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Your query included: All accessions taxonomy genus name like Sorghum

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ACCESSIONPLANT NAMETAXONOMYORIGINGENEBANKIMAGEAVAILABILITYRECEIVEDSOURCE TYPESOURCE DATECOLLECTION SITECOORDINATESELEVATIONHABITATIMPROVEMENT LEVELNARRATIVE
0PI 708476'1525-PP2'Sorghum bicolor (L.) Moench Kentucky, United StatesPVPONot Available2025DEVELOPEDCultivar2191803PI 708476
1PI 707061Sorghum, MiloSorghum bicolor (L.) Moench S9Not Available2025The sorghum ARS_BTX623_NAM_ESCT population is composed of three biparental parental subpopulations with a total of 769 recombinant inbred lines (F7-F8 RILs) entries. The biparental subpopulations are referred to as: BTx623xHKZ; BTx623xNSZ and BTx623x Kaoliang. This population includes new sorghum germplasm that displayed transgressive segregation compared to cold tolerant parent based on germinability(>than 70%), field emergence (60-80%) and seedling vigor (robust score of 1.5-2.5 on a scale of 1 (robust vigor) to 5 (poor vigor), traits that are needed for early season cold tolerance in US production settings. Majority of RILs displayed combine height of 1-1.4 m and flowering time of 70-75 days. The genotype data for ARS_BTX623_NAM_ESCT population is archived at NCBI sequence read archive under project SRP8838986 [(1) Marla et al., 2019, Genes|Genomes|Genetics]. The population served as primary genetic resource for successful identification and application of DNA markers that are useful for improvement of sorghum chilling tolerance [(2)Marla et al., 2023, Genes|Genomes|Genetics]. The availability of published advanced genetics and information on sorghum chilling tolerance made this NAM population highly valuable for public availability as it is actually in use as germplasm for detailed physiological studies of sorghum chilling tolerance by various public and private research groups. References: (1)Marla et al., 2019. Genetic architecture of chilling tolerance in sorghum dissected with a nested association mapping population. G3, 9:4045-4097; (2)Marla et al., 2023.Genomics and phenomics enabled prebreeding improved early season chilling tolerance in sorghum. G3, 13:jkad116.2190088PI 707061
2PI 707062Sorghum, MiloSorghum bicolor (L.) Moench S9Not Available2025The sorghum ARS_BTX623_NAM_ESCT population is composed of three biparental parental subpopulations with a total of 769 recombinant inbred lines (F7-F8 RILs) entries. The biparental subpopulations are referred to as: BTx623xHKZ; BTx623xNSZ and BTx623x Kaoliang. This population includes new sorghum germplasm that displayed transgressive segregation compared to cold tolerant parent based on germinability(>than 70%), field emergence (60-80%) and seedling vigor (robust score of 1.5-2.5 on a scale of 1 (robust vigor) to 5 (poor vigor), traits that are needed for early season cold tolerance in US production settings. Majority of RILs displayed combine height of 1-1.4 m and flowering time of 70-75 days. The genotype data for ARS_BTX623_NAM_ESCT population is archived at NCBI sequence read archive under project SRP8838986 [(1) Marla et al., 2019, Genes|Genomes|Genetics]. The population served as primary genetic resource for successful identification and application of DNA markers that are useful for improvement of sorghum chilling tolerance [(2)Marla et al., 2023, Genes|Genomes|Genetics]. The availability of published advanced genetics and information on sorghum chilling tolerance made this NAM population highly valuable for public availability as it is actually in use as germplasm for detailed physiological studies of sorghum chilling tolerance by various public and private research groups. References: (1)Marla et al., 2019. Genetic architecture of chilling tolerance in sorghum dissected with a nested association mapping population. G3, 9:4045-4097; (2)Marla et al., 2023.Genomics and phenomics enabled prebreeding improved early season chilling tolerance in sorghum. G3, 13:jkad116.2190089PI 707062
3PI 707063Sorghum, MiloSorghum bicolor (L.) Moench S9Not Available2025The sorghum ARS_BTX623_NAM_ESCT population is composed of three biparental parental subpopulations with a total of 769 recombinant inbred lines (F7-F8 RILs) entries. The biparental subpopulations are referred to as: BTx623xHKZ; BTx623xNSZ and BTx623x Kaoliang. This population includes new sorghum germplasm that displayed transgressive segregation compared to cold tolerant parent based on germinability(>than 70%), field emergence (60-80%) and seedling vigor (robust score of 1.5-2.5 on a scale of 1 (robust vigor) to 5 (poor vigor), traits that are needed for early season cold tolerance in US production settings. Majority of RILs displayed combine height of 1-1.4 m and flowering time of 70-75 days. The genotype data for ARS_BTX623_NAM_ESCT population is archived at NCBI sequence read archive under project SRP8838986 [(1) Marla et al., 2019, Genes|Genomes|Genetics]. The population served as primary genetic resource for successful identification and application of DNA markers that are useful for improvement of sorghum chilling tolerance [(2)Marla et al., 2023, Genes|Genomes|Genetics]. The availability of published advanced genetics and information on sorghum chilling tolerance made this NAM population highly valuable for public availability as it is actually in use as germplasm for detailed physiological studies of sorghum chilling tolerance by various public and private research groups. References: (1)Marla et al., 2019. Genetic architecture of chilling tolerance in sorghum dissected with a nested association mapping population. G3, 9:4045-4097; (2)Marla et al., 2023.Genomics and phenomics enabled prebreeding improved early season chilling tolerance in sorghum. G3, 13:jkad116.2190090PI 707063
4PI 707064Sorghum, MiloSorghum bicolor (L.) Moench S9Not Available2025The sorghum ARS_BTX623_NAM_ESCT population is composed of three biparental parental subpopulations with a total of 769 recombinant inbred lines (F7-F8 RILs) entries. The biparental subpopulations are referred to as: BTx623xHKZ; BTx623xNSZ and BTx623x Kaoliang. This population includes new sorghum germplasm that displayed transgressive segregation compared to cold tolerant parent based on germinability(>than 70%), field emergence (60-80%) and seedling vigor (robust score of 1.5-2.5 on a scale of 1 (robust vigor) to 5 (poor vigor), traits that are needed for early season cold tolerance in US production settings. Majority of RILs displayed combine height of 1-1.4 m and flowering time of 70-75 days. The genotype data for ARS_BTX623_NAM_ESCT population is archived at NCBI sequence read archive under project SRP8838986 [(1) Marla et al., 2019, Genes|Genomes|Genetics]. The population served as primary genetic resource for successful identification and application of DNA markers that are useful for improvement of sorghum chilling tolerance [(2)Marla et al., 2023, Genes|Genomes|Genetics]. The availability of published advanced genetics and information on sorghum chilling tolerance made this NAM population highly valuable for public availability as it is actually in use as germplasm for detailed physiological studies of sorghum chilling tolerance by various public and private research groups. References: (1)Marla et al., 2019. Genetic architecture of chilling tolerance in sorghum dissected with a nested association mapping population. G3, 9:4045-4097; (2)Marla et al., 2023.Genomics and phenomics enabled prebreeding improved early season chilling tolerance in sorghum. G3, 13:jkad116.2190091PI 707064
5PI 707065Sorghum, MiloSorghum bicolor (L.) Moench S9Not Available2025The sorghum ARS_BTX623_NAM_ESCT population is composed of three biparental parental subpopulations with a total of 769 recombinant inbred lines (F7-F8 RILs) entries. The biparental subpopulations are referred to as: BTx623xHKZ; BTx623xNSZ and BTx623x Kaoliang. This population includes new sorghum germplasm that displayed transgressive segregation compared to cold tolerant parent based on germinability(>than 70%), field emergence (60-80%) and seedling vigor (robust score of 1.5-2.5 on a scale of 1 (robust vigor) to 5 (poor vigor), traits that are needed for early season cold tolerance in US production settings. Majority of RILs displayed combine height of 1-1.4 m and flowering time of 70-75 days. The genotype data for ARS_BTX623_NAM_ESCT population is archived at NCBI sequence read archive under project SRP8838986 [(1) Marla et al., 2019, Genes|Genomes|Genetics]. The population served as primary genetic resource for successful identification and application of DNA markers that are useful for improvement of sorghum chilling tolerance [(2)Marla et al., 2023, Genes|Genomes|Genetics]. The availability of published advanced genetics and information on sorghum chilling tolerance made this NAM population highly valuable for public availability as it is actually in use as germplasm for detailed physiological studies of sorghum chilling tolerance by various public and private research groups. References: (1)Marla et al., 2019. Genetic architecture of chilling tolerance in sorghum dissected with a nested association mapping population. G3, 9:4045-4097; (2)Marla et al., 2023.Genomics and phenomics enabled prebreeding improved early season chilling tolerance in sorghum. G3, 13:jkad116.2190092PI 707065
6PI 707066Sorghum, MiloSorghum bicolor (L.) Moench S9Not Available2025The sorghum ARS_BTX623_NAM_ESCT population is composed of three biparental parental subpopulations with a total of 769 recombinant inbred lines (F7-F8 RILs) entries. The biparental subpopulations are referred to as: BTx623xHKZ; BTx623xNSZ and BTx623x Kaoliang. This population includes new sorghum germplasm that displayed transgressive segregation compared to cold tolerant parent based on germinability(>than 70%), field emergence (60-80%) and seedling vigor (robust score of 1.5-2.5 on a scale of 1 (robust vigor) to 5 (poor vigor), traits that are needed for early season cold tolerance in US production settings. Majority of RILs displayed combine height of 1-1.4 m and flowering time of 70-75 days. The genotype data for ARS_BTX623_NAM_ESCT population is archived at NCBI sequence read archive under project SRP8838986 [(1) Marla et al., 2019, Genes|Genomes|Genetics]. The population served as primary genetic resource for successful identification and application of DNA markers that are useful for improvement of sorghum chilling tolerance [(2)Marla et al., 2023, Genes|Genomes|Genetics]. The availability of published advanced genetics and information on sorghum chilling tolerance made this NAM population highly valuable for public availability as it is actually in use as germplasm for detailed physiological studies of sorghum chilling tolerance by various public and private research groups. References: (1)Marla et al., 2019. Genetic architecture of chilling tolerance in sorghum dissected with a nested association mapping population. G3, 9:4045-4097; (2)Marla et al., 2023.Genomics and phenomics enabled prebreeding improved early season chilling tolerance in sorghum. G3, 13:jkad116.2190093PI 707066
7PI 707067Sorghum, MiloSorghum bicolor (L.) Moench S9Not Available2025The sorghum ARS_BTX623_NAM_ESCT population is composed of three biparental parental subpopulations with a total of 769 recombinant inbred lines (F7-F8 RILs) entries. The biparental subpopulations are referred to as: BTx623xHKZ; BTx623xNSZ and BTx623x Kaoliang. This population includes new sorghum germplasm that displayed transgressive segregation compared to cold tolerant parent based on germinability(>than 70%), field emergence (60-80%) and seedling vigor (robust score of 1.5-2.5 on a scale of 1 (robust vigor) to 5 (poor vigor), traits that are needed for early season cold tolerance in US production settings. Majority of RILs displayed combine height of 1-1.4 m and flowering time of 70-75 days. The genotype data for ARS_BTX623_NAM_ESCT population is archived at NCBI sequence read archive under project SRP8838986 [(1) Marla et al., 2019, Genes|Genomes|Genetics]. The population served as primary genetic resource for successful identification and application of DNA markers that are useful for improvement of sorghum chilling tolerance [(2)Marla et al., 2023, Genes|Genomes|Genetics]. The availability of published advanced genetics and information on sorghum chilling tolerance made this NAM population highly valuable for public availability as it is actually in use as germplasm for detailed physiological studies of sorghum chilling tolerance by various public and private research groups. References: (1)Marla et al., 2019. Genetic architecture of chilling tolerance in sorghum dissected with a nested association mapping population. G3, 9:4045-4097; (2)Marla et al., 2023.Genomics and phenomics enabled prebreeding improved early season chilling tolerance in sorghum. G3, 13:jkad116.2190094PI 707067
8PI 707068Sorghum, MiloSorghum bicolor (L.) Moench S9Not Available2025The sorghum ARS_BTX623_NAM_ESCT population is composed of three biparental parental subpopulations with a total of 769 recombinant inbred lines (F7-F8 RILs) entries. The biparental subpopulations are referred to as: BTx623xHKZ; BTx623xNSZ and BTx623x Kaoliang. This population includes new sorghum germplasm that displayed transgressive segregation compared to cold tolerant parent based on germinability(>than 70%), field emergence (60-80%) and seedling vigor (robust score of 1.5-2.5 on a scale of 1 (robust vigor) to 5 (poor vigor), traits that are needed for early season cold tolerance in US production settings. Majority of RILs displayed combine height of 1-1.4 m and flowering time of 70-75 days. The genotype data for ARS_BTX623_NAM_ESCT population is archived at NCBI sequence read archive under project SRP8838986 [(1) Marla et al., 2019, Genes|Genomes|Genetics]. The population served as primary genetic resource for successful identification and application of DNA markers that are useful for improvement of sorghum chilling tolerance [(2)Marla et al., 2023, Genes|Genomes|Genetics]. The availability of published advanced genetics and information on sorghum chilling tolerance made this NAM population highly valuable for public availability as it is actually in use as germplasm for detailed physiological studies of sorghum chilling tolerance by various public and private research groups. References: (1)Marla et al., 2019. Genetic architecture of chilling tolerance in sorghum dissected with a nested association mapping population. G3, 9:4045-4097; (2)Marla et al., 2023.Genomics and phenomics enabled prebreeding improved early season chilling tolerance in sorghum. G3, 13:jkad116.2190095PI 707068
9PI 707069Sorghum, MiloSorghum bicolor (L.) Moench S9Not Available2025The sorghum ARS_BTX623_NAM_ESCT population is composed of three biparental parental subpopulations with a total of 769 recombinant inbred lines (F7-F8 RILs) entries. The biparental subpopulations are referred to as: BTx623xHKZ; BTx623xNSZ and BTx623x Kaoliang. This population includes new sorghum germplasm that displayed transgressive segregation compared to cold tolerant parent based on germinability(>than 70%), field emergence (60-80%) and seedling vigor (robust score of 1.5-2.5 on a scale of 1 (robust vigor) to 5 (poor vigor), traits that are needed for early season cold tolerance in US production settings. Majority of RILs displayed combine height of 1-1.4 m and flowering time of 70-75 days. The genotype data for ARS_BTX623_NAM_ESCT population is archived at NCBI sequence read archive under project SRP8838986 [(1) Marla et al., 2019, Genes|Genomes|Genetics]. The population served as primary genetic resource for successful identification and application of DNA markers that are useful for improvement of sorghum chilling tolerance [(2)Marla et al., 2023, Genes|Genomes|Genetics]. The availability of published advanced genetics and information on sorghum chilling tolerance made this NAM population highly valuable for public availability as it is actually in use as germplasm for detailed physiological studies of sorghum chilling tolerance by various public and private research groups. References: (1)Marla et al., 2019. Genetic architecture of chilling tolerance in sorghum dissected with a nested association mapping population. G3, 9:4045-4097; (2)Marla et al., 2023.Genomics and phenomics enabled prebreeding improved early season chilling tolerance in sorghum. G3, 13:jkad116.2190096PI 707069
10PI 707070Sorghum, MiloSorghum bicolor (L.) Moench S9Not Available2025The sorghum ARS_BTX623_NAM_ESCT population is composed of three biparental parental subpopulations with a total of 769 recombinant inbred lines (F7-F8 RILs) entries. The biparental subpopulations are referred to as: BTx623xHKZ; BTx623xNSZ and BTx623x Kaoliang. This population includes new sorghum germplasm that displayed transgressive segregation compared to cold tolerant parent based on germinability(>than 70%), field emergence (60-80%) and seedling vigor (robust score of 1.5-2.5 on a scale of 1 (robust vigor) to 5 (poor vigor), traits that are needed for early season cold tolerance in US production settings. Majority of RILs displayed combine height of 1-1.4 m and flowering time of 70-75 days. The genotype data for ARS_BTX623_NAM_ESCT population is archived at NCBI sequence read archive under project SRP8838986 [(1) Marla et al., 2019, Genes|Genomes|Genetics]. The population served as primary genetic resource for successful identification and application of DNA markers that are useful for improvement of sorghum chilling tolerance [(2)Marla et al., 2023, Genes|Genomes|Genetics]. The availability of published advanced genetics and information on sorghum chilling tolerance made this NAM population highly valuable for public availability as it is actually in use as germplasm for detailed physiological studies of sorghum chilling tolerance by various public and private research groups. References: (1)Marla et al., 2019. Genetic architecture of chilling tolerance in sorghum dissected with a nested association mapping population. G3, 9:4045-4097; (2)Marla et al., 2023.Genomics and phenomics enabled prebreeding improved early season chilling tolerance in sorghum. G3, 13:jkad116.2190097PI 707070
11PI 707071Sorghum, MiloSorghum bicolor (L.) Moench S9Not Available2025The sorghum ARS_BTX623_NAM_ESCT population is composed of three biparental parental subpopulations with a total of 769 recombinant inbred lines (F7-F8 RILs) entries. The biparental subpopulations are referred to as: BTx623xHKZ; BTx623xNSZ and BTx623x Kaoliang. This population includes new sorghum germplasm that displayed transgressive segregation compared to cold tolerant parent based on germinability(>than 70%), field emergence (60-80%) and seedling vigor (robust score of 1.5-2.5 on a scale of 1 (robust vigor) to 5 (poor vigor), traits that are needed for early season cold tolerance in US production settings. Majority of RILs displayed combine height of 1-1.4 m and flowering time of 70-75 days. The genotype data for ARS_BTX623_NAM_ESCT population is archived at NCBI sequence read archive under project SRP8838986 [(1) Marla et al., 2019, Genes|Genomes|Genetics]. The population served as primary genetic resource for successful identification and application of DNA markers that are useful for improvement of sorghum chilling tolerance [(2)Marla et al., 2023, Genes|Genomes|Genetics]. The availability of published advanced genetics and information on sorghum chilling tolerance made this NAM population highly valuable for public availability as it is actually in use as germplasm for detailed physiological studies of sorghum chilling tolerance by various public and private research groups. References: (1)Marla et al., 2019. Genetic architecture of chilling tolerance in sorghum dissected with a nested association mapping population. G3, 9:4045-4097; (2)Marla et al., 2023.Genomics and phenomics enabled prebreeding improved early season chilling tolerance in sorghum. G3, 13:jkad116.2190098PI 707071
12PI 707072Sorghum, MiloSorghum bicolor (L.) Moench S9Not Available2025The sorghum ARS_BTX623_NAM_ESCT population is composed of three biparental parental subpopulations with a total of 769 recombinant inbred lines (F7-F8 RILs) entries. The biparental subpopulations are referred to as: BTx623xHKZ; BTx623xNSZ and BTx623x Kaoliang. This population includes new sorghum germplasm that displayed transgressive segregation compared to cold tolerant parent based on germinability(>than 70%), field emergence (60-80%) and seedling vigor (robust score of 1.5-2.5 on a scale of 1 (robust vigor) to 5 (poor vigor), traits that are needed for early season cold tolerance in US production settings. Majority of RILs displayed combine height of 1-1.4 m and flowering time of 70-75 days. The genotype data for ARS_BTX623_NAM_ESCT population is archived at NCBI sequence read archive under project SRP8838986 [(1) Marla et al., 2019, Genes|Genomes|Genetics]. The population served as primary genetic resource for successful identification and application of DNA markers that are useful for improvement of sorghum chilling tolerance [(2)Marla et al., 2023, Genes|Genomes|Genetics]. The availability of published advanced genetics and information on sorghum chilling tolerance made this NAM population highly valuable for public availability as it is actually in use as germplasm for detailed physiological studies of sorghum chilling tolerance by various public and private research groups. References: (1)Marla et al., 2019. Genetic architecture of chilling tolerance in sorghum dissected with a nested association mapping population. G3, 9:4045-4097; (2)Marla et al., 2023.Genomics and phenomics enabled prebreeding improved early season chilling tolerance in sorghum. G3, 13:jkad116.2190099PI 707072
13PI 707073Sorghum, MiloSorghum bicolor (L.) Moench S9Not Available2025The sorghum ARS_BTX623_NAM_ESCT population is composed of three biparental parental subpopulations with a total of 769 recombinant inbred lines (F7-F8 RILs) entries. The biparental subpopulations are referred to as: BTx623xHKZ; BTx623xNSZ and BTx623x Kaoliang. This population includes new sorghum germplasm that displayed transgressive segregation compared to cold tolerant parent based on germinability(>than 70%), field emergence (60-80%) and seedling vigor (robust score of 1.5-2.5 on a scale of 1 (robust vigor) to 5 (poor vigor), traits that are needed for early season cold tolerance in US production settings. Majority of RILs displayed combine height of 1-1.4 m and flowering time of 70-75 days. The genotype data for ARS_BTX623_NAM_ESCT population is archived at NCBI sequence read archive under project SRP8838986 [(1) Marla et al., 2019, Genes|Genomes|Genetics]. The population served as primary genetic resource for successful identification and application of DNA markers that are useful for improvement of sorghum chilling tolerance [(2)Marla et al., 2023, Genes|Genomes|Genetics]. The availability of published advanced genetics and information on sorghum chilling tolerance made this NAM population highly valuable for public availability as it is actually in use as germplasm for detailed physiological studies of sorghum chilling tolerance by various public and private research groups. References: (1)Marla et al., 2019. Genetic architecture of chilling tolerance in sorghum dissected with a nested association mapping population. G3, 9:4045-4097; (2)Marla et al., 2023.Genomics and phenomics enabled prebreeding improved early season chilling tolerance in sorghum. G3, 13:jkad116.2190100PI 707073
14PI 707074Sorghum, MiloSorghum bicolor (L.) Moench S9Not Available2025The sorghum ARS_BTX623_NAM_ESCT population is composed of three biparental parental subpopulations with a total of 769 recombinant inbred lines (F7-F8 RILs) entries. The biparental subpopulations are referred to as: BTx623xHKZ; BTx623xNSZ and BTx623x Kaoliang. This population includes new sorghum germplasm that displayed transgressive segregation compared to cold tolerant parent based on germinability(>than 70%), field emergence (60-80%) and seedling vigor (robust score of 1.5-2.5 on a scale of 1 (robust vigor) to 5 (poor vigor), traits that are needed for early season cold tolerance in US production settings. Majority of RILs displayed combine height of 1-1.4 m and flowering time of 70-75 days. The genotype data for ARS_BTX623_NAM_ESCT population is archived at NCBI sequence read archive under project SRP8838986 [(1) Marla et al., 2019, Genes|Genomes|Genetics]. The population served as primary genetic resource for successful identification and application of DNA markers that are useful for improvement of sorghum chilling tolerance [(2)Marla et al., 2023, Genes|Genomes|Genetics]. The availability of published advanced genetics and information on sorghum chilling tolerance made this NAM population highly valuable for public availability as it is actually in use as germplasm for detailed physiological studies of sorghum chilling tolerance by various public and private research groups. References: (1)Marla et al., 2019. Genetic architecture of chilling tolerance in sorghum dissected with a nested association mapping population. G3, 9:4045-4097; (2)Marla et al., 2023.Genomics and phenomics enabled prebreeding improved early season chilling tolerance in sorghum. G3, 13:jkad116.2190101PI 707074
15PI 707075Sorghum, MiloSorghum bicolor (L.) Moench S9Not Available2025The sorghum ARS_BTX623_NAM_ESCT population is composed of three biparental parental subpopulations with a total of 769 recombinant inbred lines (F7-F8 RILs) entries. The biparental subpopulations are referred to as: BTx623xHKZ; BTx623xNSZ and BTx623x Kaoliang. This population includes new sorghum germplasm that displayed transgressive segregation compared to cold tolerant parent based on germinability(>than 70%), field emergence (60-80%) and seedling vigor (robust score of 1.5-2.5 on a scale of 1 (robust vigor) to 5 (poor vigor), traits that are needed for early season cold tolerance in US production settings. Majority of RILs displayed combine height of 1-1.4 m and flowering time of 70-75 days. The genotype data for ARS_BTX623_NAM_ESCT population is archived at NCBI sequence read archive under project SRP8838986 [(1) Marla et al., 2019, Genes|Genomes|Genetics]. The population served as primary genetic resource for successful identification and application of DNA markers that are useful for improvement of sorghum chilling tolerance [(2)Marla et al., 2023, Genes|Genomes|Genetics]. The availability of published advanced genetics and information on sorghum chilling tolerance made this NAM population highly valuable for public availability as it is actually in use as germplasm for detailed physiological studies of sorghum chilling tolerance by various public and private research groups. References: (1)Marla et al., 2019. Genetic architecture of chilling tolerance in sorghum dissected with a nested association mapping population. G3, 9:4045-4097; (2)Marla et al., 2023.Genomics and phenomics enabled prebreeding improved early season chilling tolerance in sorghum. G3, 13:jkad116.2190102PI 707075
16PI 707076Sorghum, MiloSorghum bicolor (L.) Moench S9Not Available2025The sorghum ARS_BTX623_NAM_ESCT population is composed of three biparental parental subpopulations with a total of 769 recombinant inbred lines (F7-F8 RILs) entries. The biparental subpopulations are referred to as: BTx623xHKZ; BTx623xNSZ and BTx623x Kaoliang. This population includes new sorghum germplasm that displayed transgressive segregation compared to cold tolerant parent based on germinability(>than 70%), field emergence (60-80%) and seedling vigor (robust score of 1.5-2.5 on a scale of 1 (robust vigor) to 5 (poor vigor), traits that are needed for early season cold tolerance in US production settings. Majority of RILs displayed combine height of 1-1.4 m and flowering time of 70-75 days. The genotype data for ARS_BTX623_NAM_ESCT population is archived at NCBI sequence read archive under project SRP8838986 [(1) Marla et al., 2019, Genes|Genomes|Genetics]. The population served as primary genetic resource for successful identification and application of DNA markers that are useful for improvement of sorghum chilling tolerance [(2)Marla et al., 2023, Genes|Genomes|Genetics]. The availability of published advanced genetics and information on sorghum chilling tolerance made this NAM population highly valuable for public availability as it is actually in use as germplasm for detailed physiological studies of sorghum chilling tolerance by various public and private research groups. References: (1)Marla et al., 2019. Genetic architecture of chilling tolerance in sorghum dissected with a nested association mapping population. G3, 9:4045-4097; (2)Marla et al., 2023.Genomics and phenomics enabled prebreeding improved early season chilling tolerance in sorghum. G3, 13:jkad116.2190103PI 707076
17PI 707077Sorghum, MiloSorghum bicolor (L.) Moench S9Not Available2025The sorghum ARS_BTX623_NAM_ESCT population is composed of three biparental parental subpopulations with a total of 769 recombinant inbred lines (F7-F8 RILs) entries. The biparental subpopulations are referred to as: BTx623xHKZ; BTx623xNSZ and BTx623x Kaoliang. This population includes new sorghum germplasm that displayed transgressive segregation compared to cold tolerant parent based on germinability(>than 70%), field emergence (60-80%) and seedling vigor (robust score of 1.5-2.5 on a scale of 1 (robust vigor) to 5 (poor vigor), traits that are needed for early season cold tolerance in US production settings. Majority of RILs displayed combine height of 1-1.4 m and flowering time of 70-75 days. The genotype data for ARS_BTX623_NAM_ESCT population is archived at NCBI sequence read archive under project SRP8838986 [(1) Marla et al., 2019, Genes|Genomes|Genetics]. The population served as primary genetic resource for successful identification and application of DNA markers that are useful for improvement of sorghum chilling tolerance [(2)Marla et al., 2023, Genes|Genomes|Genetics]. The availability of published advanced genetics and information on sorghum chilling tolerance made this NAM population highly valuable for public availability as it is actually in use as germplasm for detailed physiological studies of sorghum chilling tolerance by various public and private research groups. References: (1)Marla et al., 2019. Genetic architecture of chilling tolerance in sorghum dissected with a nested association mapping population. G3, 9:4045-4097; (2)Marla et al., 2023.Genomics and phenomics enabled prebreeding improved early season chilling tolerance in sorghum. G3, 13:jkad116.2190104PI 707077
18PI 707078Sorghum, MiloSorghum bicolor (L.) Moench S9Not Available2025The sorghum ARS_BTX623_NAM_ESCT population is composed of three biparental parental subpopulations with a total of 769 recombinant inbred lines (F7-F8 RILs) entries. The biparental subpopulations are referred to as: BTx623xHKZ; BTx623xNSZ and BTx623x Kaoliang. This population includes new sorghum germplasm that displayed transgressive segregation compared to cold tolerant parent based on germinability(>than 70%), field emergence (60-80%) and seedling vigor (robust score of 1.5-2.5 on a scale of 1 (robust vigor) to 5 (poor vigor), traits that are needed for early season cold tolerance in US production settings. Majority of RILs displayed combine height of 1-1.4 m and flowering time of 70-75 days. The genotype data for ARS_BTX623_NAM_ESCT population is archived at NCBI sequence read archive under project SRP8838986 [(1) Marla et al., 2019, Genes|Genomes|Genetics]. The population served as primary genetic resource for successful identification and application of DNA markers that are useful for improvement of sorghum chilling tolerance [(2)Marla et al., 2023, Genes|Genomes|Genetics]. The availability of published advanced genetics and information on sorghum chilling tolerance made this NAM population highly valuable for public availability as it is actually in use as germplasm for detailed physiological studies of sorghum chilling tolerance by various public and private research groups. References: (1)Marla et al., 2019. Genetic architecture of chilling tolerance in sorghum dissected with a nested association mapping population. G3, 9:4045-4097; (2)Marla et al., 2023.Genomics and phenomics enabled prebreeding improved early season chilling tolerance in sorghum. G3, 13:jkad116.2190105PI 707078
19PI 707079Sorghum, MiloSorghum bicolor (L.) Moench S9Not Available2025The sorghum ARS_BTX623_NAM_ESCT population is composed of three biparental parental subpopulations with a total of 769 recombinant inbred lines (F7-F8 RILs) entries. The biparental subpopulations are referred to as: BTx623xHKZ; BTx623xNSZ and BTx623x Kaoliang. This population includes new sorghum germplasm that displayed transgressive segregation compared to cold tolerant parent based on germinability(>than 70%), field emergence (60-80%) and seedling vigor (robust score of 1.5-2.5 on a scale of 1 (robust vigor) to 5 (poor vigor), traits that are needed for early season cold tolerance in US production settings. Majority of RILs displayed combine height of 1-1.4 m and flowering time of 70-75 days. The genotype data for ARS_BTX623_NAM_ESCT population is archived at NCBI sequence read archive under project SRP8838986 [(1) Marla et al., 2019, Genes|Genomes|Genetics]. The population served as primary genetic resource for successful identification and application of DNA markers that are useful for improvement of sorghum chilling tolerance [(2)Marla et al., 2023, Genes|Genomes|Genetics]. The availability of published advanced genetics and information on sorghum chilling tolerance made this NAM population highly valuable for public availability as it is actually in use as germplasm for detailed physiological studies of sorghum chilling tolerance by various public and private research groups. References: (1)Marla et al., 2019. Genetic architecture of chilling tolerance in sorghum dissected with a nested association mapping population. G3, 9:4045-4097; (2)Marla et al., 2023.Genomics and phenomics enabled prebreeding improved early season chilling tolerance in sorghum. G3, 13:jkad116.2190106PI 707079
20PI 707080Sorghum, MiloSorghum bicolor (L.) Moench S9Not Available2025The sorghum ARS_BTX623_NAM_ESCT population is composed of three biparental parental subpopulations with a total of 769 recombinant inbred lines (F7-F8 RILs) entries. The biparental subpopulations are referred to as: BTx623xHKZ; BTx623xNSZ and BTx623x Kaoliang. This population includes new sorghum germplasm that displayed transgressive segregation compared to cold tolerant parent based on germinability(>than 70%), field emergence (60-80%) and seedling vigor (robust score of 1.5-2.5 on a scale of 1 (robust vigor) to 5 (poor vigor), traits that are needed for early season cold tolerance in US production settings. Majority of RILs displayed combine height of 1-1.4 m and flowering time of 70-75 days. The genotype data for ARS_BTX623_NAM_ESCT population is archived at NCBI sequence read archive under project SRP8838986 [(1) Marla et al., 2019, Genes|Genomes|Genetics]. The population served as primary genetic resource for successful identification and application of DNA markers that are useful for improvement of sorghum chilling tolerance [(2)Marla et al., 2023, Genes|Genomes|Genetics]. The availability of published advanced genetics and information on sorghum chilling tolerance made this NAM population highly valuable for public availability as it is actually in use as germplasm for detailed physiological studies of sorghum chilling tolerance by various public and private research groups. References: (1)Marla et al., 2019. Genetic architecture of chilling tolerance in sorghum dissected with a nested association mapping population. G3, 9:4045-4097; (2)Marla et al., 2023.Genomics and phenomics enabled prebreeding improved early season chilling tolerance in sorghum. G3, 13:jkad116.2190107PI 707080
21PI 707081Sorghum, MiloSorghum bicolor (L.) Moench S9Not Available2025The sorghum ARS_BTX623_NAM_ESCT population is composed of three biparental parental subpopulations with a total of 769 recombinant inbred lines (F7-F8 RILs) entries. The biparental subpopulations are referred to as: BTx623xHKZ; BTx623xNSZ and BTx623x Kaoliang. This population includes new sorghum germplasm that displayed transgressive segregation compared to cold tolerant parent based on germinability(>than 70%), field emergence (60-80%) and seedling vigor (robust score of 1.5-2.5 on a scale of 1 (robust vigor) to 5 (poor vigor), traits that are needed for early season cold tolerance in US production settings. Majority of RILs displayed combine height of 1-1.4 m and flowering time of 70-75 days. The genotype data for ARS_BTX623_NAM_ESCT population is archived at NCBI sequence read archive under project SRP8838986 [(1) Marla et al., 2019, Genes|Genomes|Genetics]. The population served as primary genetic resource for successful identification and application of DNA markers that are useful for improvement of sorghum chilling tolerance [(2)Marla et al., 2023, Genes|Genomes|Genetics]. The availability of published advanced genetics and information on sorghum chilling tolerance made this NAM population highly valuable for public availability as it is actually in use as germplasm for detailed physiological studies of sorghum chilling tolerance by various public and private research groups. References: (1)Marla et al., 2019. Genetic architecture of chilling tolerance in sorghum dissected with a nested association mapping population. G3, 9:4045-4097; (2)Marla et al., 2023.Genomics and phenomics enabled prebreeding improved early season chilling tolerance in sorghum. G3, 13:jkad116.2190108PI 707081
22PI 707082Sorghum, MiloSorghum bicolor (L.) Moench S9Not Available2025The sorghum ARS_BTX623_NAM_ESCT population is composed of three biparental parental subpopulations with a total of 769 recombinant inbred lines (F7-F8 RILs) entries. The biparental subpopulations are referred to as: BTx623xHKZ; BTx623xNSZ and BTx623x Kaoliang. This population includes new sorghum germplasm that displayed transgressive segregation compared to cold tolerant parent based on germinability(>than 70%), field emergence (60-80%) and seedling vigor (robust score of 1.5-2.5 on a scale of 1 (robust vigor) to 5 (poor vigor), traits that are needed for early season cold tolerance in US production settings. Majority of RILs displayed combine height of 1-1.4 m and flowering time of 70-75 days. The genotype data for ARS_BTX623_NAM_ESCT population is archived at NCBI sequence read archive under project SRP8838986 [(1) Marla et al., 2019, Genes|Genomes|Genetics]. The population served as primary genetic resource for successful identification and application of DNA markers that are useful for improvement of sorghum chilling tolerance [(2)Marla et al., 2023, Genes|Genomes|Genetics]. The availability of published advanced genetics and information on sorghum chilling tolerance made this NAM population highly valuable for public availability as it is actually in use as germplasm for detailed physiological studies of sorghum chilling tolerance by various public and private research groups. References: (1)Marla et al., 2019. Genetic architecture of chilling tolerance in sorghum dissected with a nested association mapping population. G3, 9:4045-4097; (2)Marla et al., 2023.Genomics and phenomics enabled prebreeding improved early season chilling tolerance in sorghum. G3, 13:jkad116.2190109PI 707082
23PI 707083Sorghum, MiloSorghum bicolor (L.) Moench S9Not Available2025The sorghum ARS_BTX623_NAM_ESCT population is composed of three biparental parental subpopulations with a total of 769 recombinant inbred lines (F7-F8 RILs) entries. The biparental subpopulations are referred to as: BTx623xHKZ; BTx623xNSZ and BTx623x Kaoliang. This population includes new sorghum germplasm that displayed transgressive segregation compared to cold tolerant parent based on germinability(>than 70%), field emergence (60-80%) and seedling vigor (robust score of 1.5-2.5 on a scale of 1 (robust vigor) to 5 (poor vigor), traits that are needed for early season cold tolerance in US production settings. Majority of RILs displayed combine height of 1-1.4 m and flowering time of 70-75 days. The genotype data for ARS_BTX623_NAM_ESCT population is archived at NCBI sequence read archive under project SRP8838986 [(1) Marla et al., 2019, Genes|Genomes|Genetics]. The population served as primary genetic resource for successful identification and application of DNA markers that are useful for improvement of sorghum chilling tolerance [(2)Marla et al., 2023, Genes|Genomes|Genetics]. The availability of published advanced genetics and information on sorghum chilling tolerance made this NAM population highly valuable for public availability as it is actually in use as germplasm for detailed physiological studies of sorghum chilling tolerance by various public and private research groups. References: (1)Marla et al., 2019. Genetic architecture of chilling tolerance in sorghum dissected with a nested association mapping population. G3, 9:4045-4097; (2)Marla et al., 2023.Genomics and phenomics enabled prebreeding improved early season chilling tolerance in sorghum. G3, 13:jkad116.2190110PI 707083
24PI 707084Sorghum, MiloSorghum bicolor (L.) Moench S9Not Available2025The sorghum ARS_BTX623_NAM_ESCT population is composed of three biparental parental subpopulations with a total of 769 recombinant inbred lines (F7-F8 RILs) entries. The biparental subpopulations are referred to as: BTx623xHKZ; BTx623xNSZ and BTx623x Kaoliang. This population includes new sorghum germplasm that displayed transgressive segregation compared to cold tolerant parent based on germinability(>than 70%), field emergence (60-80%) and seedling vigor (robust score of 1.5-2.5 on a scale of 1 (robust vigor) to 5 (poor vigor), traits that are needed for early season cold tolerance in US production settings. Majority of RILs displayed combine height of 1-1.4 m and flowering time of 70-75 days. The genotype data for ARS_BTX623_NAM_ESCT population is archived at NCBI sequence read archive under project SRP8838986 [(1) Marla et al., 2019, Genes|Genomes|Genetics]. The population served as primary genetic resource for successful identification and application of DNA markers that are useful for improvement of sorghum chilling tolerance [(2)Marla et al., 2023, Genes|Genomes|Genetics]. The availability of published advanced genetics and information on sorghum chilling tolerance made this NAM population highly valuable for public availability as it is actually in use as germplasm for detailed physiological studies of sorghum chilling tolerance by various public and private research groups. References: (1)Marla et al., 2019. Genetic architecture of chilling tolerance in sorghum dissected with a nested association mapping population. G3, 9:4045-4097; (2)Marla et al., 2023.Genomics and phenomics enabled prebreeding improved early season chilling tolerance in sorghum. G3, 13:jkad116.2190111PI 707084
25PI 707085Sorghum, MiloSorghum bicolor (L.) Moench S9Not Available2025The sorghum ARS_BTX623_NAM_ESCT population is composed of three biparental parental subpopulations with a total of 769 recombinant inbred lines (F7-F8 RILs) entries. The biparental subpopulations are referred to as: BTx623xHKZ; BTx623xNSZ and BTx623x Kaoliang. This population includes new sorghum germplasm that displayed transgressive segregation compared to cold tolerant parent based on germinability(>than 70%), field emergence (60-80%) and seedling vigor (robust score of 1.5-2.5 on a scale of 1 (robust vigor) to 5 (poor vigor), traits that are needed for early season cold tolerance in US production settings. Majority of RILs displayed combine height of 1-1.4 m and flowering time of 70-75 days. The genotype data for ARS_BTX623_NAM_ESCT population is archived at NCBI sequence read archive under project SRP8838986 [(1) Marla et al., 2019, Genes|Genomes|Genetics]. The population served as primary genetic resource for successful identification and application of DNA markers that are useful for improvement of sorghum chilling tolerance [(2)Marla et al., 2023, Genes|Genomes|Genetics]. The availability of published advanced genetics and information on sorghum chilling tolerance made this NAM population highly valuable for public availability as it is actually in use as germplasm for detailed physiological studies of sorghum chilling tolerance by various public and private research groups. References: (1)Marla et al., 2019. Genetic architecture of chilling tolerance in sorghum dissected with a nested association mapping population. G3, 9:4045-4097; (2)Marla et al., 2023.Genomics and phenomics enabled prebreeding improved early season chilling tolerance in sorghum. G3, 13:jkad116.2190112PI 707085
26PI 707086Sorghum, MiloSorghum bicolor (L.) Moench S9Not Available2025The sorghum ARS_BTX623_NAM_ESCT population is composed of three biparental parental subpopulations with a total of 769 recombinant inbred lines (F7-F8 RILs) entries. The biparental subpopulations are referred to as: BTx623xHKZ; BTx623xNSZ and BTx623x Kaoliang. This population includes new sorghum germplasm that displayed transgressive segregation compared to cold tolerant parent based on germinability(>than 70%), field emergence (60-80%) and seedling vigor (robust score of 1.5-2.5 on a scale of 1 (robust vigor) to 5 (poor vigor), traits that are needed for early season cold tolerance in US production settings. Majority of RILs displayed combine height of 1-1.4 m and flowering time of 70-75 days. The genotype data for ARS_BTX623_NAM_ESCT population is archived at NCBI sequence read archive under project SRP8838986 [(1) Marla et al., 2019, Genes|Genomes|Genetics]. The population served as primary genetic resource for successful identification and application of DNA markers that are useful for improvement of sorghum chilling tolerance [(2)Marla et al., 2023, Genes|Genomes|Genetics]. The availability of published advanced genetics and information on sorghum chilling tolerance made this NAM population highly valuable for public availability as it is actually in use as germplasm for detailed physiological studies of sorghum chilling tolerance by various public and private research groups. References: (1)Marla et al., 2019. Genetic architecture of chilling tolerance in sorghum dissected with a nested association mapping population. G3, 9:4045-4097; (2)Marla et al., 2023.Genomics and phenomics enabled prebreeding improved early season chilling tolerance in sorghum. G3, 13:jkad116.2190113PI 707086
27PI 707087Sorghum, MiloSorghum bicolor (L.) Moench S9Not Available2025The sorghum ARS_BTX623_NAM_ESCT population is composed of three biparental parental subpopulations with a total of 769 recombinant inbred lines (F7-F8 RILs) entries. The biparental subpopulations are referred to as: BTx623xHKZ; BTx623xNSZ and BTx623x Kaoliang. This population includes new sorghum germplasm that displayed transgressive segregation compared to cold tolerant parent based on germinability(>than 70%), field emergence (60-80%) and seedling vigor (robust score of 1.5-2.5 on a scale of 1 (robust vigor) to 5 (poor vigor), traits that are needed for early season cold tolerance in US production settings. Majority of RILs displayed combine height of 1-1.4 m and flowering time of 70-75 days. The genotype data for ARS_BTX623_NAM_ESCT population is archived at NCBI sequence read archive under project SRP8838986 [(1) Marla et al., 2019, Genes|Genomes|Genetics]. The population served as primary genetic resource for successful identification and application of DNA markers that are useful for improvement of sorghum chilling tolerance [(2)Marla et al., 2023, Genes|Genomes|Genetics]. The availability of published advanced genetics and information on sorghum chilling tolerance made this NAM population highly valuable for public availability as it is actually in use as germplasm for detailed physiological studies of sorghum chilling tolerance by various public and private research groups. References: (1)Marla et al., 2019. Genetic architecture of chilling tolerance in sorghum dissected with a nested association mapping population. G3, 9:4045-4097; (2)Marla et al., 2023.Genomics and phenomics enabled prebreeding improved early season chilling tolerance in sorghum. G3, 13:jkad116.2190114PI 707087
28PI 707088Sorghum, MiloSorghum bicolor (L.) Moench S9Not Available2025The sorghum ARS_BTX623_NAM_ESCT population is composed of three biparental parental subpopulations with a total of 769 recombinant inbred lines (F7-F8 RILs) entries. The biparental subpopulations are referred to as: BTx623xHKZ; BTx623xNSZ and BTx623x Kaoliang. This population includes new sorghum germplasm that displayed transgressive segregation compared to cold tolerant parent based on germinability(>than 70%), field emergence (60-80%) and seedling vigor (robust score of 1.5-2.5 on a scale of 1 (robust vigor) to 5 (poor vigor), traits that are needed for early season cold tolerance in US production settings. Majority of RILs displayed combine height of 1-1.4 m and flowering time of 70-75 days. The genotype data for ARS_BTX623_NAM_ESCT population is archived at NCBI sequence read archive under project SRP8838986 [(1) Marla et al., 2019, Genes|Genomes|Genetics]. The population served as primary genetic resource for successful identification and application of DNA markers that are useful for improvement of sorghum chilling tolerance [(2)Marla et al., 2023, Genes|Genomes|Genetics]. The availability of published advanced genetics and information on sorghum chilling tolerance made this NAM population highly valuable for public availability as it is actually in use as germplasm for detailed physiological studies of sorghum chilling tolerance by various public and private research groups. References: (1)Marla et al., 2019. Genetic architecture of chilling tolerance in sorghum dissected with a nested association mapping population. G3, 9:4045-4097; (2)Marla et al., 2023.Genomics and phenomics enabled prebreeding improved early season chilling tolerance in sorghum. G3, 13:jkad116.2190115PI 707088
29PI 707089Sorghum, MiloSorghum bicolor (L.) Moench S9Not Available2025The sorghum ARS_BTX623_NAM_ESCT population is composed of three biparental parental subpopulations with a total of 769 recombinant inbred lines (F7-F8 RILs) entries. The biparental subpopulations are referred to as: BTx623xHKZ; BTx623xNSZ and BTx623x Kaoliang. This population includes new sorghum germplasm that displayed transgressive segregation compared to cold tolerant parent based on germinability(>than 70%), field emergence (60-80%) and seedling vigor (robust score of 1.5-2.5 on a scale of 1 (robust vigor) to 5 (poor vigor), traits that are needed for early season cold tolerance in US production settings. Majority of RILs displayed combine height of 1-1.4 m and flowering time of 70-75 days. The genotype data for ARS_BTX623_NAM_ESCT population is archived at NCBI sequence read archive under project SRP8838986 [(1) Marla et al., 2019, Genes|Genomes|Genetics]. The population served as primary genetic resource for successful identification and application of DNA markers that are useful for improvement of sorghum chilling tolerance [(2)Marla et al., 2023, Genes|Genomes|Genetics]. The availability of published advanced genetics and information on sorghum chilling tolerance made this NAM population highly valuable for public availability as it is actually in use as germplasm for detailed physiological studies of sorghum chilling tolerance by various public and private research groups. References: (1)Marla et al., 2019. Genetic architecture of chilling tolerance in sorghum dissected with a nested association mapping population. G3, 9:4045-4097; (2)Marla et al., 2023.Genomics and phenomics enabled prebreeding improved early season chilling tolerance in sorghum. G3, 13:jkad116.2190116PI 707089
30PI 707090Sorghum, MiloSorghum bicolor (L.) Moench S9Not Available2025The sorghum ARS_BTX623_NAM_ESCT population is composed of three biparental parental subpopulations with a total of 769 recombinant inbred lines (F7-F8 RILs) entries. The biparental subpopulations are referred to as: BTx623xHKZ; BTx623xNSZ and BTx623x Kaoliang. This population includes new sorghum germplasm that displayed transgressive segregation compared to cold tolerant parent based on germinability(>than 70%), field emergence (60-80%) and seedling vigor (robust score of 1.5-2.5 on a scale of 1 (robust vigor) to 5 (poor vigor), traits that are needed for early season cold tolerance in US production settings. Majority of RILs displayed combine height of 1-1.4 m and flowering time of 70-75 days. The genotype data for ARS_BTX623_NAM_ESCT population is archived at NCBI sequence read archive under project SRP8838986 [(1) Marla et al., 2019, Genes|Genomes|Genetics]. The population served as primary genetic resource for successful identification and application of DNA markers that are useful for improvement of sorghum chilling tolerance [(2)Marla et al., 2023, Genes|Genomes|Genetics]. The availability of published advanced genetics and information on sorghum chilling tolerance made this NAM population highly valuable for public availability as it is actually in use as germplasm for detailed physiological studies of sorghum chilling tolerance by various public and private research groups. References: (1)Marla et al., 2019. Genetic architecture of chilling tolerance in sorghum dissected with a nested association mapping population. G3, 9:4045-4097; (2)Marla et al., 2023.Genomics and phenomics enabled prebreeding improved early season chilling tolerance in sorghum. G3, 13:jkad116.2190117PI 707090
31PI 707091Sorghum, MiloSorghum bicolor (L.) Moench S9Not Available2025The sorghum ARS_BTX623_NAM_ESCT population is composed of three biparental parental subpopulations with a total of 769 recombinant inbred lines (F7-F8 RILs) entries. The biparental subpopulations are referred to as: BTx623xHKZ; BTx623xNSZ and BTx623x Kaoliang. This population includes new sorghum germplasm that displayed transgressive segregation compared to cold tolerant parent based on germinability(>than 70%), field emergence (60-80%) and seedling vigor (robust score of 1.5-2.5 on a scale of 1 (robust vigor) to 5 (poor vigor), traits that are needed for early season cold tolerance in US production settings. Majority of RILs displayed combine height of 1-1.4 m and flowering time of 70-75 days. The genotype data for ARS_BTX623_NAM_ESCT population is archived at NCBI sequence read archive under project SRP8838986 [(1) Marla et al., 2019, Genes|Genomes|Genetics]. The population served as primary genetic resource for successful identification and application of DNA markers that are useful for improvement of sorghum chilling tolerance [(2)Marla et al., 2023, Genes|Genomes|Genetics]. The availability of published advanced genetics and information on sorghum chilling tolerance made this NAM population highly valuable for public availability as it is actually in use as germplasm for detailed physiological studies of sorghum chilling tolerance by various public and private research groups. References: (1)Marla et al., 2019. Genetic architecture of chilling tolerance in sorghum dissected with a nested association mapping population. G3, 9:4045-4097; (2)Marla et al., 2023.Genomics and phenomics enabled prebreeding improved early season chilling tolerance in sorghum. G3, 13:jkad116.2190118PI 707091
32PI 707092Sorghum, MiloSorghum bicolor (L.) Moench S9Not Available2025The sorghum ARS_BTX623_NAM_ESCT population is composed of three biparental parental subpopulations with a total of 769 recombinant inbred lines (F7-F8 RILs) entries. The biparental subpopulations are referred to as: BTx623xHKZ; BTx623xNSZ and BTx623x Kaoliang. This population includes new sorghum germplasm that displayed transgressive segregation compared to cold tolerant parent based on germinability(>than 70%), field emergence (60-80%) and seedling vigor (robust score of 1.5-2.5 on a scale of 1 (robust vigor) to 5 (poor vigor), traits that are needed for early season cold tolerance in US production settings. Majority of RILs displayed combine height of 1-1.4 m and flowering time of 70-75 days. The genotype data for ARS_BTX623_NAM_ESCT population is archived at NCBI sequence read archive under project SRP8838986 [(1) Marla et al., 2019, Genes|Genomes|Genetics]. The population served as primary genetic resource for successful identification and application of DNA markers that are useful for improvement of sorghum chilling tolerance [(2)Marla et al., 2023, Genes|Genomes|Genetics]. The availability of published advanced genetics and information on sorghum chilling tolerance made this NAM population highly valuable for public availability as it is actually in use as germplasm for detailed physiological studies of sorghum chilling tolerance by various public and private research groups. References: (1)Marla et al., 2019. Genetic architecture of chilling tolerance in sorghum dissected with a nested association mapping population. G3, 9:4045-4097; (2)Marla et al., 2023.Genomics and phenomics enabled prebreeding improved early season chilling tolerance in sorghum. G3, 13:jkad116.2190119PI 707092
33PI 707093Sorghum, MiloSorghum bicolor (L.) Moench S9Not Available2025The sorghum ARS_BTX623_NAM_ESCT population is composed of three biparental parental subpopulations with a total of 769 recombinant inbred lines (F7-F8 RILs) entries. The biparental subpopulations are referred to as: BTx623xHKZ; BTx623xNSZ and BTx623x Kaoliang. This population includes new sorghum germplasm that displayed transgressive segregation compared to cold tolerant parent based on germinability(>than 70%), field emergence (60-80%) and seedling vigor (robust score of 1.5-2.5 on a scale of 1 (robust vigor) to 5 (poor vigor), traits that are needed for early season cold tolerance in US production settings. Majority of RILs displayed combine height of 1-1.4 m and flowering time of 70-75 days. The genotype data for ARS_BTX623_NAM_ESCT population is archived at NCBI sequence read archive under project SRP8838986 [(1) Marla et al., 2019, Genes|Genomes|Genetics]. The population served as primary genetic resource for successful identification and application of DNA markers that are useful for improvement of sorghum chilling tolerance [(2)Marla et al., 2023, Genes|Genomes|Genetics]. The availability of published advanced genetics and information on sorghum chilling tolerance made this NAM population highly valuable for public availability as it is actually in use as germplasm for detailed physiological studies of sorghum chilling tolerance by various public and private research groups. References: (1)Marla et al., 2019. Genetic architecture of chilling tolerance in sorghum dissected with a nested association mapping population. G3, 9:4045-4097; (2)Marla et al., 2023.Genomics and phenomics enabled prebreeding improved early season chilling tolerance in sorghum. G3, 13:jkad116.2190120PI 707093
34PI 707094Sorghum, MiloSorghum bicolor (L.) Moench S9Not Available2025The sorghum ARS_BTX623_NAM_ESCT population is composed of three biparental parental subpopulations with a total of 769 recombinant inbred lines (F7-F8 RILs) entries. The biparental subpopulations are referred to as: BTx623xHKZ; BTx623xNSZ and BTx623x Kaoliang. This population includes new sorghum germplasm that displayed transgressive segregation compared to cold tolerant parent based on germinability(>than 70%), field emergence (60-80%) and seedling vigor (robust score of 1.5-2.5 on a scale of 1 (robust vigor) to 5 (poor vigor), traits that are needed for early season cold tolerance in US production settings. Majority of RILs displayed combine height of 1-1.4 m and flowering time of 70-75 days. The genotype data for ARS_BTX623_NAM_ESCT population is archived at NCBI sequence read archive under project SRP8838986 [(1) Marla et al., 2019, Genes|Genomes|Genetics]. The population served as primary genetic resource for successful identification and application of DNA markers that are useful for improvement of sorghum chilling tolerance [(2)Marla et al., 2023, Genes|Genomes|Genetics]. The availability of published advanced genetics and information on sorghum chilling tolerance made this NAM population highly valuable for public availability as it is actually in use as germplasm for detailed physiological studies of sorghum chilling tolerance by various public and private research groups. References: (1)Marla et al., 2019. Genetic architecture of chilling tolerance in sorghum dissected with a nested association mapping population. G3, 9:4045-4097; (2)Marla et al., 2023.Genomics and phenomics enabled prebreeding improved early season chilling tolerance in sorghum. G3, 13:jkad116.2190121PI 707094
35PI 707095Sorghum, MiloSorghum bicolor (L.) Moench S9Not Available2025The sorghum ARS_BTX623_NAM_ESCT population is composed of three biparental parental subpopulations with a total of 769 recombinant inbred lines (F7-F8 RILs) entries. The biparental subpopulations are referred to as: BTx623xHKZ; BTx623xNSZ and BTx623x Kaoliang. This population includes new sorghum germplasm that displayed transgressive segregation compared to cold tolerant parent based on germinability(>than 70%), field emergence (60-80%) and seedling vigor (robust score of 1.5-2.5 on a scale of 1 (robust vigor) to 5 (poor vigor), traits that are needed for early season cold tolerance in US production settings. Majority of RILs displayed combine height of 1-1.4 m and flowering time of 70-75 days. The genotype data for ARS_BTX623_NAM_ESCT population is archived at NCBI sequence read archive under project SRP8838986 [(1) Marla et al., 2019, Genes|Genomes|Genetics]. The population served as primary genetic resource for successful identification and application of DNA markers that are useful for improvement of sorghum chilling tolerance [(2)Marla et al., 2023, Genes|Genomes|Genetics]. The availability of published advanced genetics and information on sorghum chilling tolerance made this NAM population highly valuable for public availability as it is actually in use as germplasm for detailed physiological studies of sorghum chilling tolerance by various public and private research groups. References: (1)Marla et al., 2019. Genetic architecture of chilling tolerance in sorghum dissected with a nested association mapping population. G3, 9:4045-4097; (2)Marla et al., 2023.Genomics and phenomics enabled prebreeding improved early season chilling tolerance in sorghum. G3, 13:jkad116.2190122PI 707095
36PI 707096Sorghum, MiloSorghum bicolor (L.) Moench S9Not Available2025The sorghum ARS_BTX623_NAM_ESCT population is composed of three biparental parental subpopulations with a total of 769 recombinant inbred lines (F7-F8 RILs) entries. The biparental subpopulations are referred to as: BTx623xHKZ; BTx623xNSZ and BTx623x Kaoliang. This population includes new sorghum germplasm that displayed transgressive segregation compared to cold tolerant parent based on germinability(>than 70%), field emergence (60-80%) and seedling vigor (robust score of 1.5-2.5 on a scale of 1 (robust vigor) to 5 (poor vigor), traits that are needed for early season cold tolerance in US production settings. Majority of RILs displayed combine height of 1-1.4 m and flowering time of 70-75 days. The genotype data for ARS_BTX623_NAM_ESCT population is archived at NCBI sequence read archive under project SRP8838986 [(1) Marla et al., 2019, Genes|Genomes|Genetics]. The population served as primary genetic resource for successful identification and application of DNA markers that are useful for improvement of sorghum chilling tolerance [(2)Marla et al., 2023, Genes|Genomes|Genetics]. The availability of published advanced genetics and information on sorghum chilling tolerance made this NAM population highly valuable for public availability as it is actually in use as germplasm for detailed physiological studies of sorghum chilling tolerance by various public and private research groups. References: (1)Marla et al., 2019. Genetic architecture of chilling tolerance in sorghum dissected with a nested association mapping population. G3, 9:4045-4097; (2)Marla et al., 2023.Genomics and phenomics enabled prebreeding improved early season chilling tolerance in sorghum. G3, 13:jkad116.2190123PI 707096
37PI 707097Sorghum, MiloSorghum bicolor (L.) Moench S9Not Available2025The sorghum ARS_BTX623_NAM_ESCT population is composed of three biparental parental subpopulations with a total of 769 recombinant inbred lines (F7-F8 RILs) entries. The biparental subpopulations are referred to as: BTx623xHKZ; BTx623xNSZ and BTx623x Kaoliang. This population includes new sorghum germplasm that displayed transgressive segregation compared to cold tolerant parent based on germinability(>than 70%), field emergence (60-80%) and seedling vigor (robust score of 1.5-2.5 on a scale of 1 (robust vigor) to 5 (poor vigor), traits that are needed for early season cold tolerance in US production settings. Majority of RILs displayed combine height of 1-1.4 m and flowering time of 70-75 days. The genotype data for ARS_BTX623_NAM_ESCT population is archived at NCBI sequence read archive under project SRP8838986 [(1) Marla et al., 2019, Genes|Genomes|Genetics]. The population served as primary genetic resource for successful identification and application of DNA markers that are useful for improvement of sorghum chilling tolerance [(2)Marla et al., 2023, Genes|Genomes|Genetics]. The availability of published advanced genetics and information on sorghum chilling tolerance made this NAM population highly valuable for public availability as it is actually in use as germplasm for detailed physiological studies of sorghum chilling tolerance by various public and private research groups. References: (1)Marla et al., 2019. Genetic architecture of chilling tolerance in sorghum dissected with a nested association mapping population. G3, 9:4045-4097; (2)Marla et al., 2023.Genomics and phenomics enabled prebreeding improved early season chilling tolerance in sorghum. G3, 13:jkad116.2190124PI 707097
38PI 707098Sorghum, MiloSorghum bicolor (L.) Moench S9Not Available2025The sorghum ARS_BTX623_NAM_ESCT population is composed of three biparental parental subpopulations with a total of 769 recombinant inbred lines (F7-F8 RILs) entries. The biparental subpopulations are referred to as: BTx623xHKZ; BTx623xNSZ and BTx623x Kaoliang. This population includes new sorghum germplasm that displayed transgressive segregation compared to cold tolerant parent based on germinability(>than 70%), field emergence (60-80%) and seedling vigor (robust score of 1.5-2.5 on a scale of 1 (robust vigor) to 5 (poor vigor), traits that are needed for early season cold tolerance in US production settings. Majority of RILs displayed combine height of 1-1.4 m and flowering time of 70-75 days. The genotype data for ARS_BTX623_NAM_ESCT population is archived at NCBI sequence read archive under project SRP8838986 [(1) Marla et al., 2019, Genes|Genomes|Genetics]. The population served as primary genetic resource for successful identification and application of DNA markers that are useful for improvement of sorghum chilling tolerance [(2)Marla et al., 2023, Genes|Genomes|Genetics]. The availability of published advanced genetics and information on sorghum chilling tolerance made this NAM population highly valuable for public availability as it is actually in use as germplasm for detailed physiological studies of sorghum chilling tolerance by various public and private research groups. References: (1)Marla et al., 2019. Genetic architecture of chilling tolerance in sorghum dissected with a nested association mapping population. G3, 9:4045-4097; (2)Marla et al., 2023.Genomics and phenomics enabled prebreeding improved early season chilling tolerance in sorghum. G3, 13:jkad116.2190125PI 707098
39PI 707099Sorghum, MiloSorghum bicolor (L.) Moench S9Not Available2025The sorghum ARS_BTX623_NAM_ESCT population is composed of three biparental parental subpopulations with a total of 769 recombinant inbred lines (F7-F8 RILs) entries. The biparental subpopulations are referred to as: BTx623xHKZ; BTx623xNSZ and BTx623x Kaoliang. This population includes new sorghum germplasm that displayed transgressive segregation compared to cold tolerant parent based on germinability(>than 70%), field emergence (60-80%) and seedling vigor (robust score of 1.5-2.5 on a scale of 1 (robust vigor) to 5 (poor vigor), traits that are needed for early season cold tolerance in US production settings. Majority of RILs displayed combine height of 1-1.4 m and flowering time of 70-75 days. The genotype data for ARS_BTX623_NAM_ESCT population is archived at NCBI sequence read archive under project SRP8838986 [(1) Marla et al., 2019, Genes|Genomes|Genetics]. The population served as primary genetic resource for successful identification and application of DNA markers that are useful for improvement of sorghum chilling tolerance [(2)Marla et al., 2023, Genes|Genomes|Genetics]. The availability of published advanced genetics and information on sorghum chilling tolerance made this NAM population highly valuable for public availability as it is actually in use as germplasm for detailed physiological studies of sorghum chilling tolerance by various public and private research groups. References: (1)Marla et al., 2019. Genetic architecture of chilling tolerance in sorghum dissected with a nested association mapping population. G3, 9:4045-4097; (2)Marla et al., 2023.Genomics and phenomics enabled prebreeding improved early season chilling tolerance in sorghum. G3, 13:jkad116.2190126PI 707099
40PI 707100Sorghum, MiloSorghum bicolor (L.) Moench S9Not Available2025The sorghum ARS_BTX623_NAM_ESCT population is composed of three biparental parental subpopulations with a total of 769 recombinant inbred lines (F7-F8 RILs) entries. The biparental subpopulations are referred to as: BTx623xHKZ; BTx623xNSZ and BTx623x Kaoliang. This population includes new sorghum germplasm that displayed transgressive segregation compared to cold tolerant parent based on germinability(>than 70%), field emergence (60-80%) and seedling vigor (robust score of 1.5-2.5 on a scale of 1 (robust vigor) to 5 (poor vigor), traits that are needed for early season cold tolerance in US production settings. Majority of RILs displayed combine height of 1-1.4 m and flowering time of 70-75 days. The genotype data for ARS_BTX623_NAM_ESCT population is archived at NCBI sequence read archive under project SRP8838986 [(1) Marla et al., 2019, Genes|Genomes|Genetics]. The population served as primary genetic resource for successful identification and application of DNA markers that are useful for improvement of sorghum chilling tolerance [(2)Marla et al., 2023, Genes|Genomes|Genetics]. The availability of published advanced genetics and information on sorghum chilling tolerance made this NAM population highly valuable for public availability as it is actually in use as germplasm for detailed physiological studies of sorghum chilling tolerance by various public and private research groups. References: (1)Marla et al., 2019. Genetic architecture of chilling tolerance in sorghum dissected with a nested association mapping population. G3, 9:4045-4097; (2)Marla et al., 2023.Genomics and phenomics enabled prebreeding improved early season chilling tolerance in sorghum. G3, 13:jkad116.2190127PI 707100
41PI 707101Sorghum, MiloSorghum bicolor (L.) Moench S9Not Available2025The sorghum ARS_BTX623_NAM_ESCT population is composed of three biparental parental subpopulations with a total of 769 recombinant inbred lines (F7-F8 RILs) entries. The biparental subpopulations are referred to as: BTx623xHKZ; BTx623xNSZ and BTx623x Kaoliang. This population includes new sorghum germplasm that displayed transgressive segregation compared to cold tolerant parent based on germinability(>than 70%), field emergence (60-80%) and seedling vigor (robust score of 1.5-2.5 on a scale of 1 (robust vigor) to 5 (poor vigor), traits that are needed for early season cold tolerance in US production settings. Majority of RILs displayed combine height of 1-1.4 m and flowering time of 70-75 days. The genotype data for ARS_BTX623_NAM_ESCT population is archived at NCBI sequence read archive under project SRP8838986 [(1) Marla et al., 2019, Genes|Genomes|Genetics]. The population served as primary genetic resource for successful identification and application of DNA markers that are useful for improvement of sorghum chilling tolerance [(2)Marla et al., 2023, Genes|Genomes|Genetics]. The availability of published advanced genetics and information on sorghum chilling tolerance made this NAM population highly valuable for public availability as it is actually in use as germplasm for detailed physiological studies of sorghum chilling tolerance by various public and private research groups. References: (1)Marla et al., 2019. Genetic architecture of chilling tolerance in sorghum dissected with a nested association mapping population. G3, 9:4045-4097; (2)Marla et al., 2023.Genomics and phenomics enabled prebreeding improved early season chilling tolerance in sorghum. G3, 13:jkad116.2190128PI 707101
42PI 707102Sorghum, MiloSorghum bicolor (L.) Moench S9Not Available2025The sorghum ARS_BTX623_NAM_ESCT population is composed of three biparental parental subpopulations with a total of 769 recombinant inbred lines (F7-F8 RILs) entries. The biparental subpopulations are referred to as: BTx623xHKZ; BTx623xNSZ and BTx623x Kaoliang. This population includes new sorghum germplasm that displayed transgressive segregation compared to cold tolerant parent based on germinability(>than 70%), field emergence (60-80%) and seedling vigor (robust score of 1.5-2.5 on a scale of 1 (robust vigor) to 5 (poor vigor), traits that are needed for early season cold tolerance in US production settings. Majority of RILs displayed combine height of 1-1.4 m and flowering time of 70-75 days. The genotype data for ARS_BTX623_NAM_ESCT population is archived at NCBI sequence read archive under project SRP8838986 [(1) Marla et al., 2019, Genes|Genomes|Genetics]. The population served as primary genetic resource for successful identification and application of DNA markers that are useful for improvement of sorghum chilling tolerance [(2)Marla et al., 2023, Genes|Genomes|Genetics]. The availability of published advanced genetics and information on sorghum chilling tolerance made this NAM population highly valuable for public availability as it is actually in use as germplasm for detailed physiological studies of sorghum chilling tolerance by various public and private research groups. References: (1)Marla et al., 2019. Genetic architecture of chilling tolerance in sorghum dissected with a nested association mapping population. G3, 9:4045-4097; (2)Marla et al., 2023.Genomics and phenomics enabled prebreeding improved early season chilling tolerance in sorghum. G3, 13:jkad116.2190129PI 707102
43PI 707103Sorghum, MiloSorghum bicolor (L.) Moench S9Not Available2025The sorghum ARS_BTX623_NAM_ESCT population is composed of three biparental parental subpopulations with a total of 769 recombinant inbred lines (F7-F8 RILs) entries. The biparental subpopulations are referred to as: BTx623xHKZ; BTx623xNSZ and BTx623x Kaoliang. This population includes new sorghum germplasm that displayed transgressive segregation compared to cold tolerant parent based on germinability(>than 70%), field emergence (60-80%) and seedling vigor (robust score of 1.5-2.5 on a scale of 1 (robust vigor) to 5 (poor vigor), traits that are needed for early season cold tolerance in US production settings. Majority of RILs displayed combine height of 1-1.4 m and flowering time of 70-75 days. The genotype data for ARS_BTX623_NAM_ESCT population is archived at NCBI sequence read archive under project SRP8838986 [(1) Marla et al., 2019, Genes|Genomes|Genetics]. The population served as primary genetic resource for successful identification and application of DNA markers that are useful for improvement of sorghum chilling tolerance [(2)Marla et al., 2023, Genes|Genomes|Genetics]. The availability of published advanced genetics and information on sorghum chilling tolerance made this NAM population highly valuable for public availability as it is actually in use as germplasm for detailed physiological studies of sorghum chilling tolerance by various public and private research groups. References: (1)Marla et al., 2019. Genetic architecture of chilling tolerance in sorghum dissected with a nested association mapping population. G3, 9:4045-4097; (2)Marla et al., 2023.Genomics and phenomics enabled prebreeding improved early season chilling tolerance in sorghum. G3, 13:jkad116.2190130PI 707103
44PI 707104Sorghum, MiloSorghum bicolor (L.) Moench S9Not Available2025The sorghum ARS_BTX623_NAM_ESCT population is composed of three biparental parental subpopulations with a total of 769 recombinant inbred lines (F7-F8 RILs) entries. The biparental subpopulations are referred to as: BTx623xHKZ; BTx623xNSZ and BTx623x Kaoliang. This population includes new sorghum germplasm that displayed transgressive segregation compared to cold tolerant parent based on germinability(>than 70%), field emergence (60-80%) and seedling vigor (robust score of 1.5-2.5 on a scale of 1 (robust vigor) to 5 (poor vigor), traits that are needed for early season cold tolerance in US production settings. Majority of RILs displayed combine height of 1-1.4 m and flowering time of 70-75 days. The genotype data for ARS_BTX623_NAM_ESCT population is archived at NCBI sequence read archive under project SRP8838986 [(1) Marla et al., 2019, Genes|Genomes|Genetics]. The population served as primary genetic resource for successful identification and application of DNA markers that are useful for improvement of sorghum chilling tolerance [(2)Marla et al., 2023, Genes|Genomes|Genetics]. The availability of published advanced genetics and information on sorghum chilling tolerance made this NAM population highly valuable for public availability as it is actually in use as germplasm for detailed physiological studies of sorghum chilling tolerance by various public and private research groups. References: (1)Marla et al., 2019. Genetic architecture of chilling tolerance in sorghum dissected with a nested association mapping population. G3, 9:4045-4097; (2)Marla et al., 2023.Genomics and phenomics enabled prebreeding improved early season chilling tolerance in sorghum. G3, 13:jkad116.2190131PI 707104
45PI 707105Sorghum, MiloSorghum bicolor (L.) Moench S9Not Available2025The sorghum ARS_BTX623_NAM_ESCT population is composed of three biparental parental subpopulations with a total of 769 recombinant inbred lines (F7-F8 RILs) entries. The biparental subpopulations are referred to as: BTx623xHKZ; BTx623xNSZ and BTx623x Kaoliang. This population includes new sorghum germplasm that displayed transgressive segregation compared to cold tolerant parent based on germinability(>than 70%), field emergence (60-80%) and seedling vigor (robust score of 1.5-2.5 on a scale of 1 (robust vigor) to 5 (poor vigor), traits that are needed for early season cold tolerance in US production settings. Majority of RILs displayed combine height of 1-1.4 m and flowering time of 70-75 days. The genotype data for ARS_BTX623_NAM_ESCT population is archived at NCBI sequence read archive under project SRP8838986 [(1) Marla et al., 2019, Genes|Genomes|Genetics]. The population served as primary genetic resource for successful identification and application of DNA markers that are useful for improvement of sorghum chilling tolerance [(2)Marla et al., 2023, Genes|Genomes|Genetics]. The availability of published advanced genetics and information on sorghum chilling tolerance made this NAM population highly valuable for public availability as it is actually in use as germplasm for detailed physiological studies of sorghum chilling tolerance by various public and private research groups. References: (1)Marla et al., 2019. Genetic architecture of chilling tolerance in sorghum dissected with a nested association mapping population. G3, 9:4045-4097; (2)Marla et al., 2023.Genomics and phenomics enabled prebreeding improved early season chilling tolerance in sorghum. G3, 13:jkad116.2190132PI 707105
46PI 707106Sorghum, MiloSorghum bicolor (L.) Moench S9Not Available2025The sorghum ARS_BTX623_NAM_ESCT population is composed of three biparental parental subpopulations with a total of 769 recombinant inbred lines (F7-F8 RILs) entries. The biparental subpopulations are referred to as: BTx623xHKZ; BTx623xNSZ and BTx623x Kaoliang. This population includes new sorghum germplasm that displayed transgressive segregation compared to cold tolerant parent based on germinability(>than 70%), field emergence (60-80%) and seedling vigor (robust score of 1.5-2.5 on a scale of 1 (robust vigor) to 5 (poor vigor), traits that are needed for early season cold tolerance in US production settings. Majority of RILs displayed combine height of 1-1.4 m and flowering time of 70-75 days. The genotype data for ARS_BTX623_NAM_ESCT population is archived at NCBI sequence read archive under project SRP8838986 [(1) Marla et al., 2019, Genes|Genomes|Genetics]. The population served as primary genetic resource for successful identification and application of DNA markers that are useful for improvement of sorghum chilling tolerance [(2)Marla et al., 2023, Genes|Genomes|Genetics]. The availability of published advanced genetics and information on sorghum chilling tolerance made this NAM population highly valuable for public availability as it is actually in use as germplasm for detailed physiological studies of sorghum chilling tolerance by various public and private research groups. References: (1)Marla et al., 2019. Genetic architecture of chilling tolerance in sorghum dissected with a nested association mapping population. G3, 9:4045-4097; (2)Marla et al., 2023.Genomics and phenomics enabled prebreeding improved early season chilling tolerance in sorghum. G3, 13:jkad116.2190133PI 707106
47PI 707107Sorghum, MiloSorghum bicolor (L.) Moench S9Not Available2025The sorghum ARS_BTX623_NAM_ESCT population is composed of three biparental parental subpopulations with a total of 769 recombinant inbred lines (F7-F8 RILs) entries. The biparental subpopulations are referred to as: BTx623xHKZ; BTx623xNSZ and BTx623x Kaoliang. This population includes new sorghum germplasm that displayed transgressive segregation compared to cold tolerant parent based on germinability(>than 70%), field emergence (60-80%) and seedling vigor (robust score of 1.5-2.5 on a scale of 1 (robust vigor) to 5 (poor vigor), traits that are needed for early season cold tolerance in US production settings. Majority of RILs displayed combine height of 1-1.4 m and flowering time of 70-75 days. The genotype data for ARS_BTX623_NAM_ESCT population is archived at NCBI sequence read archive under project SRP8838986 [(1) Marla et al., 2019, Genes|Genomes|Genetics]. The population served as primary genetic resource for successful identification and application of DNA markers that are useful for improvement of sorghum chilling tolerance [(2)Marla et al., 2023, Genes|Genomes|Genetics]. The availability of published advanced genetics and information on sorghum chilling tolerance made this NAM population highly valuable for public availability as it is actually in use as germplasm for detailed physiological studies of sorghum chilling tolerance by various public and private research groups. References: (1)Marla et al., 2019. Genetic architecture of chilling tolerance in sorghum dissected with a nested association mapping population. G3, 9:4045-4097; (2)Marla et al., 2023.Genomics and phenomics enabled prebreeding improved early season chilling tolerance in sorghum. G3, 13:jkad116.2190134PI 707107
48PI 707108Sorghum, MiloSorghum bicolor (L.) Moench S9Not Available2025The sorghum ARS_BTX623_NAM_ESCT population is composed of three biparental parental subpopulations with a total of 769 recombinant inbred lines (F7-F8 RILs) entries. The biparental subpopulations are referred to as: BTx623xHKZ; BTx623xNSZ and BTx623x Kaoliang. This population includes new sorghum germplasm that displayed transgressive segregation compared to cold tolerant parent based on germinability(>than 70%), field emergence (60-80%) and seedling vigor (robust score of 1.5-2.5 on a scale of 1 (robust vigor) to 5 (poor vigor), traits that are needed for early season cold tolerance in US production settings. Majority of RILs displayed combine height of 1-1.4 m and flowering time of 70-75 days. The genotype data for ARS_BTX623_NAM_ESCT population is archived at NCBI sequence read archive under project SRP8838986 [(1) Marla et al., 2019, Genes|Genomes|Genetics]. The population served as primary genetic resource for successful identification and application of DNA markers that are useful for improvement of sorghum chilling tolerance [(2)Marla et al., 2023, Genes|Genomes|Genetics]. The availability of published advanced genetics and information on sorghum chilling tolerance made this NAM population highly valuable for public availability as it is actually in use as germplasm for detailed physiological studies of sorghum chilling tolerance by various public and private research groups. References: (1)Marla et al., 2019. Genetic architecture of chilling tolerance in sorghum dissected with a nested association mapping population. G3, 9:4045-4097; (2)Marla et al., 2023.Genomics and phenomics enabled prebreeding improved early season chilling tolerance in sorghum. G3, 13:jkad116.2190135PI 707108
49PI 707109Sorghum, MiloSorghum bicolor (L.) Moench S9Not Available2025The sorghum ARS_BTX623_NAM_ESCT population is composed of three biparental parental subpopulations with a total of 769 recombinant inbred lines (F7-F8 RILs) entries. The biparental subpopulations are referred to as: BTx623xHKZ; BTx623xNSZ and BTx623x Kaoliang. This population includes new sorghum germplasm that displayed transgressive segregation compared to cold tolerant parent based on germinability(>than 70%), field emergence (60-80%) and seedling vigor (robust score of 1.5-2.5 on a scale of 1 (robust vigor) to 5 (poor vigor), traits that are needed for early season cold tolerance in US production settings. Majority of RILs displayed combine height of 1-1.4 m and flowering time of 70-75 days. The genotype data for ARS_BTX623_NAM_ESCT population is archived at NCBI sequence read archive under project SRP8838986 [(1) Marla et al., 2019, Genes|Genomes|Genetics]. The population served as primary genetic resource for successful identification and application of DNA markers that are useful for improvement of sorghum chilling tolerance [(2)Marla et al., 2023, Genes|Genomes|Genetics]. The availability of published advanced genetics and information on sorghum chilling tolerance made this NAM population highly valuable for public availability as it is actually in use as germplasm for detailed physiological studies of sorghum chilling tolerance by various public and private research groups. References: (1)Marla et al., 2019. Genetic architecture of chilling tolerance in sorghum dissected with a nested association mapping population. G3, 9:4045-4097; (2)Marla et al., 2023.Genomics and phenomics enabled prebreeding improved early season chilling tolerance in sorghum. G3, 13:jkad116.2190136PI 707109
50PI 707110Sorghum, MiloSorghum bicolor (L.) Moench S9Not Available2025The sorghum ARS_BTX623_NAM_ESCT population is composed of three biparental parental subpopulations with a total of 769 recombinant inbred lines (F7-F8 RILs) entries. The biparental subpopulations are referred to as: BTx623xHKZ; BTx623xNSZ and BTx623x Kaoliang. This population includes new sorghum germplasm that displayed transgressive segregation compared to cold tolerant parent based on germinability(>than 70%), field emergence (60-80%) and seedling vigor (robust score of 1.5-2.5 on a scale of 1 (robust vigor) to 5 (poor vigor), traits that are needed for early season cold tolerance in US production settings. Majority of RILs displayed combine height of 1-1.4 m and flowering time of 70-75 days. The genotype data for ARS_BTX623_NAM_ESCT population is archived at NCBI sequence read archive under project SRP8838986 [(1) Marla et al., 2019, Genes|Genomes|Genetics]. The population served as primary genetic resource for successful identification and application of DNA markers that are useful for improvement of sorghum chilling tolerance [(2)Marla et al., 2023, Genes|Genomes|Genetics]. The availability of published advanced genetics and information on sorghum chilling tolerance made this NAM population highly valuable for public availability as it is actually in use as germplasm for detailed physiological studies of sorghum chilling tolerance by various public and private research groups. References: (1)Marla et al., 2019. Genetic architecture of chilling tolerance in sorghum dissected with a nested association mapping population. G3, 9:4045-4097; (2)Marla et al., 2023.Genomics and phenomics enabled prebreeding improved early season chilling tolerance in sorghum. G3, 13:jkad116.2190137PI 707110
51PI 707111Sorghum, MiloSorghum bicolor (L.) Moench S9Not Available2025The sorghum ARS_BTX623_NAM_ESCT population is composed of three biparental parental subpopulations with a total of 769 recombinant inbred lines (F7-F8 RILs) entries. The biparental subpopulations are referred to as: BTx623xHKZ; BTx623xNSZ and BTx623x Kaoliang. This population includes new sorghum germplasm that displayed transgressive segregation compared to cold tolerant parent based on germinability(>than 70%), field emergence (60-80%) and seedling vigor (robust score of 1.5-2.5 on a scale of 1 (robust vigor) to 5 (poor vigor), traits that are needed for early season cold tolerance in US production settings. Majority of RILs displayed combine height of 1-1.4 m and flowering time of 70-75 days. The genotype data for ARS_BTX623_NAM_ESCT population is archived at NCBI sequence read archive under project SRP8838986 [(1) Marla et al., 2019, Genes|Genomes|Genetics]. The population served as primary genetic resource for successful identification and application of DNA markers that are useful for improvement of sorghum chilling tolerance [(2)Marla et al., 2023, Genes|Genomes|Genetics]. The availability of published advanced genetics and information on sorghum chilling tolerance made this NAM population highly valuable for public availability as it is actually in use as germplasm for detailed physiological studies of sorghum chilling tolerance by various public and private research groups. References: (1)Marla et al., 2019. Genetic architecture of chilling tolerance in sorghum dissected with a nested association mapping population. G3, 9:4045-4097; (2)Marla et al., 2023.Genomics and phenomics enabled prebreeding improved early season chilling tolerance in sorghum. G3, 13:jkad116.2190138PI 707111
52PI 707112Sorghum, MiloSorghum bicolor (L.) Moench S9Not Available2025The sorghum ARS_BTX623_NAM_ESCT population is composed of three biparental parental subpopulations with a total of 769 recombinant inbred lines (F7-F8 RILs) entries. The biparental subpopulations are referred to as: BTx623xHKZ; BTx623xNSZ and BTx623x Kaoliang. This population includes new sorghum germplasm that displayed transgressive segregation compared to cold tolerant parent based on germinability(>than 70%), field emergence (60-80%) and seedling vigor (robust score of 1.5-2.5 on a scale of 1 (robust vigor) to 5 (poor vigor), traits that are needed for early season cold tolerance in US production settings. Majority of RILs displayed combine height of 1-1.4 m and flowering time of 70-75 days. The genotype data for ARS_BTX623_NAM_ESCT population is archived at NCBI sequence read archive under project SRP8838986 [(1) Marla et al., 2019, Genes|Genomes|Genetics]. The population served as primary genetic resource for successful identification and application of DNA markers that are useful for improvement of sorghum chilling tolerance [(2)Marla et al., 2023, Genes|Genomes|Genetics]. The availability of published advanced genetics and information on sorghum chilling tolerance made this NAM population highly valuable for public availability as it is actually in use as germplasm for detailed physiological studies of sorghum chilling tolerance by various public and private research groups. References: (1)Marla et al., 2019. Genetic architecture of chilling tolerance in sorghum dissected with a nested association mapping population. G3, 9:4045-4097; (2)Marla et al., 2023.Genomics and phenomics enabled prebreeding improved early season chilling tolerance in sorghum. G3, 13:jkad116.2190139PI 707112
53PI 707113Sorghum, MiloSorghum bicolor (L.) Moench S9Not Available2025The sorghum ARS_BTX623_NAM_ESCT population is composed of three biparental parental subpopulations with a total of 769 recombinant inbred lines (F7-F8 RILs) entries. The biparental subpopulations are referred to as: BTx623xHKZ; BTx623xNSZ and BTx623x Kaoliang. This population includes new sorghum germplasm that displayed transgressive segregation compared to cold tolerant parent based on germinability(>than 70%), field emergence (60-80%) and seedling vigor (robust score of 1.5-2.5 on a scale of 1 (robust vigor) to 5 (poor vigor), traits that are needed for early season cold tolerance in US production settings. Majority of RILs displayed combine height of 1-1.4 m and flowering time of 70-75 days. The genotype data for ARS_BTX623_NAM_ESCT population is archived at NCBI sequence read archive under project SRP8838986 [(1) Marla et al., 2019, Genes|Genomes|Genetics]. The population served as primary genetic resource for successful identification and application of DNA markers that are useful for improvement of sorghum chilling tolerance [(2)Marla et al., 2023, Genes|Genomes|Genetics]. The availability of published advanced genetics and information on sorghum chilling tolerance made this NAM population highly valuable for public availability as it is actually in use as germplasm for detailed physiological studies of sorghum chilling tolerance by various public and private research groups. References: (1)Marla et al., 2019. Genetic architecture of chilling tolerance in sorghum dissected with a nested association mapping population. G3, 9:4045-4097; (2)Marla et al., 2023.Genomics and phenomics enabled prebreeding improved early season chilling tolerance in sorghum. G3, 13:jkad116.2190140PI 707113
54PI 707114Sorghum, MiloSorghum bicolor (L.) Moench S9Not Available2025The sorghum ARS_BTX623_NAM_ESCT population is composed of three biparental parental subpopulations with a total of 769 recombinant inbred lines (F7-F8 RILs) entries. The biparental subpopulations are referred to as: BTx623xHKZ; BTx623xNSZ and BTx623x Kaoliang. This population includes new sorghum germplasm that displayed transgressive segregation compared to cold tolerant parent based on germinability(>than 70%), field emergence (60-80%) and seedling vigor (robust score of 1.5-2.5 on a scale of 1 (robust vigor) to 5 (poor vigor), traits that are needed for early season cold tolerance in US production settings. Majority of RILs displayed combine height of 1-1.4 m and flowering time of 70-75 days. The genotype data for ARS_BTX623_NAM_ESCT population is archived at NCBI sequence read archive under project SRP8838986 [(1) Marla et al., 2019, Genes|Genomes|Genetics]. The population served as primary genetic resource for successful identification and application of DNA markers that are useful for improvement of sorghum chilling tolerance [(2)Marla et al., 2023, Genes|Genomes|Genetics]. The availability of published advanced genetics and information on sorghum chilling tolerance made this NAM population highly valuable for public availability as it is actually in use as germplasm for detailed physiological studies of sorghum chilling tolerance by various public and private research groups. References: (1)Marla et al., 2019. Genetic architecture of chilling tolerance in sorghum dissected with a nested association mapping population. G3, 9:4045-4097; (2)Marla et al., 2023.Genomics and phenomics enabled prebreeding improved early season chilling tolerance in sorghum. G3, 13:jkad116.2190141PI 707114
55PI 707115Sorghum, MiloSorghum bicolor (L.) Moench S9Not Available2025The sorghum ARS_BTX623_NAM_ESCT population is composed of three biparental parental subpopulations with a total of 769 recombinant inbred lines (F7-F8 RILs) entries. The biparental subpopulations are referred to as: BTx623xHKZ; BTx623xNSZ and BTx623x Kaoliang. This population includes new sorghum germplasm that displayed transgressive segregation compared to cold tolerant parent based on germinability(>than 70%), field emergence (60-80%) and seedling vigor (robust score of 1.5-2.5 on a scale of 1 (robust vigor) to 5 (poor vigor), traits that are needed for early season cold tolerance in US production settings. Majority of RILs displayed combine height of 1-1.4 m and flowering time of 70-75 days. The genotype data for ARS_BTX623_NAM_ESCT population is archived at NCBI sequence read archive under project SRP8838986 [(1) Marla et al., 2019, Genes|Genomes|Genetics]. The population served as primary genetic resource for successful identification and application of DNA markers that are useful for improvement of sorghum chilling tolerance [(2)Marla et al., 2023, Genes|Genomes|Genetics]. The availability of published advanced genetics and information on sorghum chilling tolerance made this NAM population highly valuable for public availability as it is actually in use as germplasm for detailed physiological studies of sorghum chilling tolerance by various public and private research groups. References: (1)Marla et al., 2019. Genetic architecture of chilling tolerance in sorghum dissected with a nested association mapping population. G3, 9:4045-4097; (2)Marla et al., 2023.Genomics and phenomics enabled prebreeding improved early season chilling tolerance in sorghum. G3, 13:jkad116.2190142PI 707115
56PI 707116Sorghum, MiloSorghum bicolor (L.) Moench S9Not Available2025The sorghum ARS_BTX623_NAM_ESCT population is composed of three biparental parental subpopulations with a total of 769 recombinant inbred lines (F7-F8 RILs) entries. The biparental subpopulations are referred to as: BTx623xHKZ; BTx623xNSZ and BTx623x Kaoliang. This population includes new sorghum germplasm that displayed transgressive segregation compared to cold tolerant parent based on germinability(>than 70%), field emergence (60-80%) and seedling vigor (robust score of 1.5-2.5 on a scale of 1 (robust vigor) to 5 (poor vigor), traits that are needed for early season cold tolerance in US production settings. Majority of RILs displayed combine height of 1-1.4 m and flowering time of 70-75 days. The genotype data for ARS_BTX623_NAM_ESCT population is archived at NCBI sequence read archive under project SRP8838986 [(1) Marla et al., 2019, Genes|Genomes|Genetics]. The population served as primary genetic resource for successful identification and application of DNA markers that are useful for improvement of sorghum chilling tolerance [(2)Marla et al., 2023, Genes|Genomes|Genetics]. The availability of published advanced genetics and information on sorghum chilling tolerance made this NAM population highly valuable for public availability as it is actually in use as germplasm for detailed physiological studies of sorghum chilling tolerance by various public and private research groups. References: (1)Marla et al., 2019. Genetic architecture of chilling tolerance in sorghum dissected with a nested association mapping population. G3, 9:4045-4097; (2)Marla et al., 2023.Genomics and phenomics enabled prebreeding improved early season chilling tolerance in sorghum. G3, 13:jkad116.2190143PI 707116
57PI 707117Sorghum, MiloSorghum bicolor (L.) Moench S9Not Available2025The sorghum ARS_BTX623_NAM_ESCT population is composed of three biparental parental subpopulations with a total of 769 recombinant inbred lines (F7-F8 RILs) entries. The biparental subpopulations are referred to as: BTx623xHKZ; BTx623xNSZ and BTx623x Kaoliang. This population includes new sorghum germplasm that displayed transgressive segregation compared to cold tolerant parent based on germinability(>than 70%), field emergence (60-80%) and seedling vigor (robust score of 1.5-2.5 on a scale of 1 (robust vigor) to 5 (poor vigor), traits that are needed for early season cold tolerance in US production settings. Majority of RILs displayed combine height of 1-1.4 m and flowering time of 70-75 days. The genotype data for ARS_BTX623_NAM_ESCT population is archived at NCBI sequence read archive under project SRP8838986 [(1) Marla et al., 2019, Genes|Genomes|Genetics]. The population served as primary genetic resource for successful identification and application of DNA markers that are useful for improvement of sorghum chilling tolerance [(2)Marla et al., 2023, Genes|Genomes|Genetics]. The availability of published advanced genetics and information on sorghum chilling tolerance made this NAM population highly valuable for public availability as it is actually in use as germplasm for detailed physiological studies of sorghum chilling tolerance by various public and private research groups. References: (1)Marla et al., 2019. Genetic architecture of chilling tolerance in sorghum dissected with a nested association mapping population. G3, 9:4045-4097; (2)Marla et al., 2023.Genomics and phenomics enabled prebreeding improved early season chilling tolerance in sorghum. G3, 13:jkad116.2190144PI 707117
58PI 707118Sorghum, MiloSorghum bicolor (L.) Moench S9Not Available2025The sorghum ARS_BTX623_NAM_ESCT population is composed of three biparental parental subpopulations with a total of 769 recombinant inbred lines (F7-F8 RILs) entries. The biparental subpopulations are referred to as: BTx623xHKZ; BTx623xNSZ and BTx623x Kaoliang. This population includes new sorghum germplasm that displayed transgressive segregation compared to cold tolerant parent based on germinability(>than 70%), field emergence (60-80%) and seedling vigor (robust score of 1.5-2.5 on a scale of 1 (robust vigor) to 5 (poor vigor), traits that are needed for early season cold tolerance in US production settings. Majority of RILs displayed combine height of 1-1.4 m and flowering time of 70-75 days. The genotype data for ARS_BTX623_NAM_ESCT population is archived at NCBI sequence read archive under project SRP8838986 [(1) Marla et al., 2019, Genes|Genomes|Genetics]. The population served as primary genetic resource for successful identification and application of DNA markers that are useful for improvement of sorghum chilling tolerance [(2)Marla et al., 2023, Genes|Genomes|Genetics]. The availability of published advanced genetics and information on sorghum chilling tolerance made this NAM population highly valuable for public availability as it is actually in use as germplasm for detailed physiological studies of sorghum chilling tolerance by various public and private research groups. References: (1)Marla et al., 2019. Genetic architecture of chilling tolerance in sorghum dissected with a nested association mapping population. G3, 9:4045-4097; (2)Marla et al., 2023.Genomics and phenomics enabled prebreeding improved early season chilling tolerance in sorghum. G3, 13:jkad116.2190145PI 707118
59PI 707119Sorghum, MiloSorghum bicolor (L.) Moench S9Not Available2025The sorghum ARS_BTX623_NAM_ESCT population is composed of three biparental parental subpopulations with a total of 769 recombinant inbred lines (F7-F8 RILs) entries. The biparental subpopulations are referred to as: BTx623xHKZ; BTx623xNSZ and BTx623x Kaoliang. This population includes new sorghum germplasm that displayed transgressive segregation compared to cold tolerant parent based on germinability(>than 70%), field emergence (60-80%) and seedling vigor (robust score of 1.5-2.5 on a scale of 1 (robust vigor) to 5 (poor vigor), traits that are needed for early season cold tolerance in US production settings. Majority of RILs displayed combine height of 1-1.4 m and flowering time of 70-75 days. The genotype data for ARS_BTX623_NAM_ESCT population is archived at NCBI sequence read archive under project SRP8838986 [(1) Marla et al., 2019, Genes|Genomes|Genetics]. The population served as primary genetic resource for successful identification and application of DNA markers that are useful for improvement of sorghum chilling tolerance [(2)Marla et al., 2023, Genes|Genomes|Genetics]. The availability of published advanced genetics and information on sorghum chilling tolerance made this NAM population highly valuable for public availability as it is actually in use as germplasm for detailed physiological studies of sorghum chilling tolerance by various public and private research groups. References: (1)Marla et al., 2019. Genetic architecture of chilling tolerance in sorghum dissected with a nested association mapping population. G3, 9:4045-4097; (2)Marla et al., 2023.Genomics and phenomics enabled prebreeding improved early season chilling tolerance in sorghum. G3, 13:jkad116.2190146PI 707119
60PI 707120Sorghum, MiloSorghum bicolor (L.) Moench S9Not Available2025The sorghum ARS_BTX623_NAM_ESCT population is composed of three biparental parental subpopulations with a total of 769 recombinant inbred lines (F7-F8 RILs) entries. The biparental subpopulations are referred to as: BTx623xHKZ; BTx623xNSZ and BTx623x Kaoliang. This population includes new sorghum germplasm that displayed transgressive segregation compared to cold tolerant parent based on germinability(>than 70%), field emergence (60-80%) and seedling vigor (robust score of 1.5-2.5 on a scale of 1 (robust vigor) to 5 (poor vigor), traits that are needed for early season cold tolerance in US production settings. Majority of RILs displayed combine height of 1-1.4 m and flowering time of 70-75 days. The genotype data for ARS_BTX623_NAM_ESCT population is archived at NCBI sequence read archive under project SRP8838986 [(1) Marla et al., 2019, Genes|Genomes|Genetics]. The population served as primary genetic resource for successful identification and application of DNA markers that are useful for improvement of sorghum chilling tolerance [(2)Marla et al., 2023, Genes|Genomes|Genetics]. The availability of published advanced genetics and information on sorghum chilling tolerance made this NAM population highly valuable for public availability as it is actually in use as germplasm for detailed physiological studies of sorghum chilling tolerance by various public and private research groups. References: (1)Marla et al., 2019. Genetic architecture of chilling tolerance in sorghum dissected with a nested association mapping population. G3, 9:4045-4097; (2)Marla et al., 2023.Genomics and phenomics enabled prebreeding improved early season chilling tolerance in sorghum. G3, 13:jkad116.2190147PI 707120
61PI 707121Sorghum, MiloSorghum bicolor (L.) Moench S9Not Available2025The sorghum ARS_BTX623_NAM_ESCT population is composed of three biparental parental subpopulations with a total of 769 recombinant inbred lines (F7-F8 RILs) entries. The biparental subpopulations are referred to as: BTx623xHKZ; BTx623xNSZ and BTx623x Kaoliang. This population includes new sorghum germplasm that displayed transgressive segregation compared to cold tolerant parent based on germinability(>than 70%), field emergence (60-80%) and seedling vigor (robust score of 1.5-2.5 on a scale of 1 (robust vigor) to 5 (poor vigor), traits that are needed for early season cold tolerance in US production settings. Majority of RILs displayed combine height of 1-1.4 m and flowering time of 70-75 days. The genotype data for ARS_BTX623_NAM_ESCT population is archived at NCBI sequence read archive under project SRP8838986 [(1) Marla et al., 2019, Genes|Genomes|Genetics]. The population served as primary genetic resource for successful identification and application of DNA markers that are useful for improvement of sorghum chilling tolerance [(2)Marla et al., 2023, Genes|Genomes|Genetics]. The availability of published advanced genetics and information on sorghum chilling tolerance made this NAM population highly valuable for public availability as it is actually in use as germplasm for detailed physiological studies of sorghum chilling tolerance by various public and private research groups. References: (1)Marla et al., 2019. Genetic architecture of chilling tolerance in sorghum dissected with a nested association mapping population. G3, 9:4045-4097; (2)Marla et al., 2023.Genomics and phenomics enabled prebreeding improved early season chilling tolerance in sorghum. G3, 13:jkad116.2190148PI 707121
62PI 707122Sorghum, MiloSorghum bicolor (L.) Moench S9Not Available2025The sorghum ARS_BTX623_NAM_ESCT population is composed of three biparental parental subpopulations with a total of 769 recombinant inbred lines (F7-F8 RILs) entries. The biparental subpopulations are referred to as: BTx623xHKZ; BTx623xNSZ and BTx623x Kaoliang. This population includes new sorghum germplasm that displayed transgressive segregation compared to cold tolerant parent based on germinability(>than 70%), field emergence (60-80%) and seedling vigor (robust score of 1.5-2.5 on a scale of 1 (robust vigor) to 5 (poor vigor), traits that are needed for early season cold tolerance in US production settings. Majority of RILs displayed combine height of 1-1.4 m and flowering time of 70-75 days. The genotype data for ARS_BTX623_NAM_ESCT population is archived at NCBI sequence read archive under project SRP8838986 [(1) Marla et al., 2019, Genes|Genomes|Genetics]. The population served as primary genetic resource for successful identification and application of DNA markers that are useful for improvement of sorghum chilling tolerance [(2)Marla et al., 2023, Genes|Genomes|Genetics]. The availability of published advanced genetics and information on sorghum chilling tolerance made this NAM population highly valuable for public availability as it is actually in use as germplasm for detailed physiological studies of sorghum chilling tolerance by various public and private research groups. References: (1)Marla et al., 2019. Genetic architecture of chilling tolerance in sorghum dissected with a nested association mapping population. G3, 9:4045-4097; (2)Marla et al., 2023.Genomics and phenomics enabled prebreeding improved early season chilling tolerance in sorghum. G3, 13:jkad116.2190149PI 707122
63PI 707123Sorghum, MiloSorghum bicolor (L.) Moench S9Not Available2025The sorghum ARS_BTX623_NAM_ESCT population is composed of three biparental parental subpopulations with a total of 769 recombinant inbred lines (F7-F8 RILs) entries. The biparental subpopulations are referred to as: BTx623xHKZ; BTx623xNSZ and BTx623x Kaoliang. This population includes new sorghum germplasm that displayed transgressive segregation compared to cold tolerant parent based on germinability(>than 70%), field emergence (60-80%) and seedling vigor (robust score of 1.5-2.5 on a scale of 1 (robust vigor) to 5 (poor vigor), traits that are needed for early season cold tolerance in US production settings. Majority of RILs displayed combine height of 1-1.4 m and flowering time of 70-75 days. The genotype data for ARS_BTX623_NAM_ESCT population is archived at NCBI sequence read archive under project SRP8838986 [(1) Marla et al., 2019, Genes|Genomes|Genetics]. The population served as primary genetic resource for successful identification and application of DNA markers that are useful for improvement of sorghum chilling tolerance [(2)Marla et al., 2023, Genes|Genomes|Genetics]. The availability of published advanced genetics and information on sorghum chilling tolerance made this NAM population highly valuable for public availability as it is actually in use as germplasm for detailed physiological studies of sorghum chilling tolerance by various public and private research groups. References: (1)Marla et al., 2019. Genetic architecture of chilling tolerance in sorghum dissected with a nested association mapping population. G3, 9:4045-4097; (2)Marla et al., 2023.Genomics and phenomics enabled prebreeding improved early season chilling tolerance in sorghum. G3, 13:jkad116.2190150PI 707123
64PI 707124Sorghum, MiloSorghum bicolor (L.) Moench S9Not Available2025The sorghum ARS_BTX623_NAM_ESCT population is composed of three biparental parental subpopulations with a total of 769 recombinant inbred lines (F7-F8 RILs) entries. The biparental subpopulations are referred to as: BTx623xHKZ; BTx623xNSZ and BTx623x Kaoliang. This population includes new sorghum germplasm that displayed transgressive segregation compared to cold tolerant parent based on germinability(>than 70%), field emergence (60-80%) and seedling vigor (robust score of 1.5-2.5 on a scale of 1 (robust vigor) to 5 (poor vigor), traits that are needed for early season cold tolerance in US production settings. Majority of RILs displayed combine height of 1-1.4 m and flowering time of 70-75 days. The genotype data for ARS_BTX623_NAM_ESCT population is archived at NCBI sequence read archive under project SRP8838986 [(1) Marla et al., 2019, Genes|Genomes|Genetics]. The population served as primary genetic resource for successful identification and application of DNA markers that are useful for improvement of sorghum chilling tolerance [(2)Marla et al., 2023, Genes|Genomes|Genetics]. The availability of published advanced genetics and information on sorghum chilling tolerance made this NAM population highly valuable for public availability as it is actually in use as germplasm for detailed physiological studies of sorghum chilling tolerance by various public and private research groups. References: (1)Marla et al., 2019. Genetic architecture of chilling tolerance in sorghum dissected with a nested association mapping population. G3, 9:4045-4097; (2)Marla et al., 2023.Genomics and phenomics enabled prebreeding improved early season chilling tolerance in sorghum. G3, 13:jkad116.2190151PI 707124
65PI 707125Sorghum, MiloSorghum bicolor (L.) Moench S9Not Available2025The sorghum ARS_BTX623_NAM_ESCT population is composed of three biparental parental subpopulations with a total of 769 recombinant inbred lines (F7-F8 RILs) entries. The biparental subpopulations are referred to as: BTx623xHKZ; BTx623xNSZ and BTx623x Kaoliang. This population includes new sorghum germplasm that displayed transgressive segregation compared to cold tolerant parent based on germinability(>than 70%), field emergence (60-80%) and seedling vigor (robust score of 1.5-2.5 on a scale of 1 (robust vigor) to 5 (poor vigor), traits that are needed for early season cold tolerance in US production settings. Majority of RILs displayed combine height of 1-1.4 m and flowering time of 70-75 days. The genotype data for ARS_BTX623_NAM_ESCT population is archived at NCBI sequence read archive under project SRP8838986 [(1) Marla et al., 2019, Genes|Genomes|Genetics]. The population served as primary genetic resource for successful identification and application of DNA markers that are useful for improvement of sorghum chilling tolerance [(2)Marla et al., 2023, Genes|Genomes|Genetics]. The availability of published advanced genetics and information on sorghum chilling tolerance made this NAM population highly valuable for public availability as it is actually in use as germplasm for detailed physiological studies of sorghum chilling tolerance by various public and private research groups. References: (1)Marla et al., 2019. Genetic architecture of chilling tolerance in sorghum dissected with a nested association mapping population. G3, 9:4045-4097; (2)Marla et al., 2023.Genomics and phenomics enabled prebreeding improved early season chilling tolerance in sorghum. G3, 13:jkad116.2190152PI 707125
66PI 707126Sorghum, MiloSorghum bicolor (L.) Moench S9Not Available2025The sorghum ARS_BTX623_NAM_ESCT population is composed of three biparental parental subpopulations with a total of 769 recombinant inbred lines (F7-F8 RILs) entries. The biparental subpopulations are referred to as: BTx623xHKZ; BTx623xNSZ and BTx623x Kaoliang. This population includes new sorghum germplasm that displayed transgressive segregation compared to cold tolerant parent based on germinability(>than 70%), field emergence (60-80%) and seedling vigor (robust score of 1.5-2.5 on a scale of 1 (robust vigor) to 5 (poor vigor), traits that are needed for early season cold tolerance in US production settings. Majority of RILs displayed combine height of 1-1.4 m and flowering time of 70-75 days. The genotype data for ARS_BTX623_NAM_ESCT population is archived at NCBI sequence read archive under project SRP8838986 [(1) Marla et al., 2019, Genes|Genomes|Genetics]. The population served as primary genetic resource for successful identification and application of DNA markers that are useful for improvement of sorghum chilling tolerance [(2)Marla et al., 2023, Genes|Genomes|Genetics]. The availability of published advanced genetics and information on sorghum chilling tolerance made this NAM population highly valuable for public availability as it is actually in use as germplasm for detailed physiological studies of sorghum chilling tolerance by various public and private research groups. References: (1)Marla et al., 2019. Genetic architecture of chilling tolerance in sorghum dissected with a nested association mapping population. G3, 9:4045-4097; (2)Marla et al., 2023.Genomics and phenomics enabled prebreeding improved early season chilling tolerance in sorghum. G3, 13:jkad116.2190153PI 707126
67PI 707127Sorghum, MiloSorghum bicolor (L.) Moench S9Not Available2025The sorghum ARS_BTX623_NAM_ESCT population is composed of three biparental parental subpopulations with a total of 769 recombinant inbred lines (F7-F8 RILs) entries. The biparental subpopulations are referred to as: BTx623xHKZ; BTx623xNSZ and BTx623x Kaoliang. This population includes new sorghum germplasm that displayed transgressive segregation compared to cold tolerant parent based on germinability(>than 70%), field emergence (60-80%) and seedling vigor (robust score of 1.5-2.5 on a scale of 1 (robust vigor) to 5 (poor vigor), traits that are needed for early season cold tolerance in US production settings. Majority of RILs displayed combine height of 1-1.4 m and flowering time of 70-75 days. The genotype data for ARS_BTX623_NAM_ESCT population is archived at NCBI sequence read archive under project SRP8838986 [(1) Marla et al., 2019, Genes|Genomes|Genetics]. The population served as primary genetic resource for successful identification and application of DNA markers that are useful for improvement of sorghum chilling tolerance [(2)Marla et al., 2023, Genes|Genomes|Genetics]. The availability of published advanced genetics and information on sorghum chilling tolerance made this NAM population highly valuable for public availability as it is actually in use as germplasm for detailed physiological studies of sorghum chilling tolerance by various public and private research groups. References: (1)Marla et al., 2019. Genetic architecture of chilling tolerance in sorghum dissected with a nested association mapping population. G3, 9:4045-4097; (2)Marla et al., 2023.Genomics and phenomics enabled prebreeding improved early season chilling tolerance in sorghum. G3, 13:jkad116.2190154PI 707127
68PI 707128Sorghum, MiloSorghum bicolor (L.) Moench S9Not Available2025The sorghum ARS_BTX623_NAM_ESCT population is composed of three biparental parental subpopulations with a total of 769 recombinant inbred lines (F7-F8 RILs) entries. The biparental subpopulations are referred to as: BTx623xHKZ; BTx623xNSZ and BTx623x Kaoliang. This population includes new sorghum germplasm that displayed transgressive segregation compared to cold tolerant parent based on germinability(>than 70%), field emergence (60-80%) and seedling vigor (robust score of 1.5-2.5 on a scale of 1 (robust vigor) to 5 (poor vigor), traits that are needed for early season cold tolerance in US production settings. Majority of RILs displayed combine height of 1-1.4 m and flowering time of 70-75 days. The genotype data for ARS_BTX623_NAM_ESCT population is archived at NCBI sequence read archive under project SRP8838986 [(1) Marla et al., 2019, Genes|Genomes|Genetics]. The population served as primary genetic resource for successful identification and application of DNA markers that are useful for improvement of sorghum chilling tolerance [(2)Marla et al., 2023, Genes|Genomes|Genetics]. The availability of published advanced genetics and information on sorghum chilling tolerance made this NAM population highly valuable for public availability as it is actually in use as germplasm for detailed physiological studies of sorghum chilling tolerance by various public and private research groups. References: (1)Marla et al., 2019. Genetic architecture of chilling tolerance in sorghum dissected with a nested association mapping population. G3, 9:4045-4097; (2)Marla et al., 2023.Genomics and phenomics enabled prebreeding improved early season chilling tolerance in sorghum. G3, 13:jkad116.2190155PI 707128
69PI 707129Sorghum, MiloSorghum bicolor (L.) Moench S9Not Available2025The sorghum ARS_BTX623_NAM_ESCT population is composed of three biparental parental subpopulations with a total of 769 recombinant inbred lines (F7-F8 RILs) entries. The biparental subpopulations are referred to as: BTx623xHKZ; BTx623xNSZ and BTx623x Kaoliang. This population includes new sorghum germplasm that displayed transgressive segregation compared to cold tolerant parent based on germinability(>than 70%), field emergence (60-80%) and seedling vigor (robust score of 1.5-2.5 on a scale of 1 (robust vigor) to 5 (poor vigor), traits that are needed for early season cold tolerance in US production settings. Majority of RILs displayed combine height of 1-1.4 m and flowering time of 70-75 days. The genotype data for ARS_BTX623_NAM_ESCT population is archived at NCBI sequence read archive under project SRP8838986 [(1) Marla et al., 2019, Genes|Genomes|Genetics]. The population served as primary genetic resource for successful identification and application of DNA markers that are useful for improvement of sorghum chilling tolerance [(2)Marla et al., 2023, Genes|Genomes|Genetics]. The availability of published advanced genetics and information on sorghum chilling tolerance made this NAM population highly valuable for public availability as it is actually in use as germplasm for detailed physiological studies of sorghum chilling tolerance by various public and private research groups. References: (1)Marla et al., 2019. Genetic architecture of chilling tolerance in sorghum dissected with a nested association mapping population. G3, 9:4045-4097; (2)Marla et al., 2023.Genomics and phenomics enabled prebreeding improved early season chilling tolerance in sorghum. G3, 13:jkad116.2190156PI 707129
70PI 707130Sorghum, MiloSorghum bicolor (L.) Moench S9Not Available2025The sorghum ARS_BTX623_NAM_ESCT population is composed of three biparental parental subpopulations with a total of 769 recombinant inbred lines (F7-F8 RILs) entries. The biparental subpopulations are referred to as: BTx623xHKZ; BTx623xNSZ and BTx623x Kaoliang. This population includes new sorghum germplasm that displayed transgressive segregation compared to cold tolerant parent based on germinability(>than 70%), field emergence (60-80%) and seedling vigor (robust score of 1.5-2.5 on a scale of 1 (robust vigor) to 5 (poor vigor), traits that are needed for early season cold tolerance in US production settings. Majority of RILs displayed combine height of 1-1.4 m and flowering time of 70-75 days. The genotype data for ARS_BTX623_NAM_ESCT population is archived at NCBI sequence read archive under project SRP8838986 [(1) Marla et al., 2019, Genes|Genomes|Genetics]. The population served as primary genetic resource for successful identification and application of DNA markers that are useful for improvement of sorghum chilling tolerance [(2)Marla et al., 2023, Genes|Genomes|Genetics]. The availability of published advanced genetics and information on sorghum chilling tolerance made this NAM population highly valuable for public availability as it is actually in use as germplasm for detailed physiological studies of sorghum chilling tolerance by various public and private research groups. References: (1)Marla et al., 2019. Genetic architecture of chilling tolerance in sorghum dissected with a nested association mapping population. G3, 9:4045-4097; (2)Marla et al., 2023.Genomics and phenomics enabled prebreeding improved early season chilling tolerance in sorghum. G3, 13:jkad116.2190157PI 707130
71PI 707131Sorghum, MiloSorghum bicolor (L.) Moench S9Not Available2025The sorghum ARS_BTX623_NAM_ESCT population is composed of three biparental parental subpopulations with a total of 769 recombinant inbred lines (F7-F8 RILs) entries. The biparental subpopulations are referred to as: BTx623xHKZ; BTx623xNSZ and BTx623x Kaoliang. This population includes new sorghum germplasm that displayed transgressive segregation compared to cold tolerant parent based on germinability(>than 70%), field emergence (60-80%) and seedling vigor (robust score of 1.5-2.5 on a scale of 1 (robust vigor) to 5 (poor vigor), traits that are needed for early season cold tolerance in US production settings. Majority of RILs displayed combine height of 1-1.4 m and flowering time of 70-75 days. The genotype data for ARS_BTX623_NAM_ESCT population is archived at NCBI sequence read archive under project SRP8838986 [(1) Marla et al., 2019, Genes|Genomes|Genetics]. The population served as primary genetic resource for successful identification and application of DNA markers that are useful for improvement of sorghum chilling tolerance [(2)Marla et al., 2023, Genes|Genomes|Genetics]. The availability of published advanced genetics and information on sorghum chilling tolerance made this NAM population highly valuable for public availability as it is actually in use as germplasm for detailed physiological studies of sorghum chilling tolerance by various public and private research groups. References: (1)Marla et al., 2019. Genetic architecture of chilling tolerance in sorghum dissected with a nested association mapping population. G3, 9:4045-4097; (2)Marla et al., 2023.Genomics and phenomics enabled prebreeding improved early season chilling tolerance in sorghum. G3, 13:jkad116.2190158PI 707131
72PI 707132Sorghum, MiloSorghum bicolor (L.) Moench S9Not Available2025The sorghum ARS_BTX623_NAM_ESCT population is composed of three biparental parental subpopulations with a total of 769 recombinant inbred lines (F7-F8 RILs) entries. The biparental subpopulations are referred to as: BTx623xHKZ; BTx623xNSZ and BTx623x Kaoliang. This population includes new sorghum germplasm that displayed transgressive segregation compared to cold tolerant parent based on germinability(>than 70%), field emergence (60-80%) and seedling vigor (robust score of 1.5-2.5 on a scale of 1 (robust vigor) to 5 (poor vigor), traits that are needed for early season cold tolerance in US production settings. Majority of RILs displayed combine height of 1-1.4 m and flowering time of 70-75 days. The genotype data for ARS_BTX623_NAM_ESCT population is archived at NCBI sequence read archive under project SRP8838986 [(1) Marla et al., 2019, Genes|Genomes|Genetics]. The population served as primary genetic resource for successful identification and application of DNA markers that are useful for improvement of sorghum chilling tolerance [(2)Marla et al., 2023, Genes|Genomes|Genetics]. The availability of published advanced genetics and information on sorghum chilling tolerance made this NAM population highly valuable for public availability as it is actually in use as germplasm for detailed physiological studies of sorghum chilling tolerance by various public and private research groups. References: (1)Marla et al., 2019. Genetic architecture of chilling tolerance in sorghum dissected with a nested association mapping population. G3, 9:4045-4097; (2)Marla et al., 2023.Genomics and phenomics enabled prebreeding improved early season chilling tolerance in sorghum. G3, 13:jkad116.2190159PI 707132
73PI 707133Sorghum, MiloSorghum bicolor (L.) Moench S9Not Available2025The sorghum ARS_BTX623_NAM_ESCT population is composed of three biparental parental subpopulations with a total of 769 recombinant inbred lines (F7-F8 RILs) entries. The biparental subpopulations are referred to as: BTx623xHKZ; BTx623xNSZ and BTx623x Kaoliang. This population includes new sorghum germplasm that displayed transgressive segregation compared to cold tolerant parent based on germinability(>than 70%), field emergence (60-80%) and seedling vigor (robust score of 1.5-2.5 on a scale of 1 (robust vigor) to 5 (poor vigor), traits that are needed for early season cold tolerance in US production settings. Majority of RILs displayed combine height of 1-1.4 m and flowering time of 70-75 days. The genotype data for ARS_BTX623_NAM_ESCT population is archived at NCBI sequence read archive under project SRP8838986 [(1) Marla et al., 2019, Genes|Genomes|Genetics]. The population served as primary genetic resource for successful identification and application of DNA markers that are useful for improvement of sorghum chilling tolerance [(2)Marla et al., 2023, Genes|Genomes|Genetics]. The availability of published advanced genetics and information on sorghum chilling tolerance made this NAM population highly valuable for public availability as it is actually in use as germplasm for detailed physiological studies of sorghum chilling tolerance by various public and private research groups. References: (1)Marla et al., 2019. Genetic architecture of chilling tolerance in sorghum dissected with a nested association mapping population. G3, 9:4045-4097; (2)Marla et al., 2023.Genomics and phenomics enabled prebreeding improved early season chilling tolerance in sorghum. G3, 13:jkad116.2190160PI 707133
74PI 707134Sorghum, MiloSorghum bicolor (L.) Moench S9Not Available2025The sorghum ARS_BTX623_NAM_ESCT population is composed of three biparental parental subpopulations with a total of 769 recombinant inbred lines (F7-F8 RILs) entries. The biparental subpopulations are referred to as: BTx623xHKZ; BTx623xNSZ and BTx623x Kaoliang. This population includes new sorghum germplasm that displayed transgressive segregation compared to cold tolerant parent based on germinability(>than 70%), field emergence (60-80%) and seedling vigor (robust score of 1.5-2.5 on a scale of 1 (robust vigor) to 5 (poor vigor), traits that are needed for early season cold tolerance in US production settings. Majority of RILs displayed combine height of 1-1.4 m and flowering time of 70-75 days. The genotype data for ARS_BTX623_NAM_ESCT population is archived at NCBI sequence read archive under project SRP8838986 [(1) Marla et al., 2019, Genes|Genomes|Genetics]. The population served as primary genetic resource for successful identification and application of DNA markers that are useful for improvement of sorghum chilling tolerance [(2)Marla et al., 2023, Genes|Genomes|Genetics]. The availability of published advanced genetics and information on sorghum chilling tolerance made this NAM population highly valuable for public availability as it is actually in use as germplasm for detailed physiological studies of sorghum chilling tolerance by various public and private research groups. References: (1)Marla et al., 2019. Genetic architecture of chilling tolerance in sorghum dissected with a nested association mapping population. G3, 9:4045-4097; (2)Marla et al., 2023.Genomics and phenomics enabled prebreeding improved early season chilling tolerance in sorghum. G3, 13:jkad116.2190161PI 707134
75PI 707135Sorghum, MiloSorghum bicolor (L.) Moench S9Not Available2025The sorghum ARS_BTX623_NAM_ESCT population is composed of three biparental parental subpopulations with a total of 769 recombinant inbred lines (F7-F8 RILs) entries. The biparental subpopulations are referred to as: BTx623xHKZ; BTx623xNSZ and BTx623x Kaoliang. This population includes new sorghum germplasm that displayed transgressive segregation compared to cold tolerant parent based on germinability(>than 70%), field emergence (60-80%) and seedling vigor (robust score of 1.5-2.5 on a scale of 1 (robust vigor) to 5 (poor vigor), traits that are needed for early season cold tolerance in US production settings. Majority of RILs displayed combine height of 1-1.4 m and flowering time of 70-75 days. The genotype data for ARS_BTX623_NAM_ESCT population is archived at NCBI sequence read archive under project SRP8838986 [(1) Marla et al., 2019, Genes|Genomes|Genetics]. The population served as primary genetic resource for successful identification and application of DNA markers that are useful for improvement of sorghum chilling tolerance [(2)Marla et al., 2023, Genes|Genomes|Genetics]. The availability of published advanced genetics and information on sorghum chilling tolerance made this NAM population highly valuable for public availability as it is actually in use as germplasm for detailed physiological studies of sorghum chilling tolerance by various public and private research groups. References: (1)Marla et al., 2019. Genetic architecture of chilling tolerance in sorghum dissected with a nested association mapping population. G3, 9:4045-4097; (2)Marla et al., 2023.Genomics and phenomics enabled prebreeding improved early season chilling tolerance in sorghum. G3, 13:jkad116.2190162PI 707135
76PI 707136Sorghum, MiloSorghum bicolor (L.) Moench S9Not Available2025The sorghum ARS_BTX623_NAM_ESCT population is composed of three biparental parental subpopulations with a total of 769 recombinant inbred lines (F7-F8 RILs) entries. The biparental subpopulations are referred to as: BTx623xHKZ; BTx623xNSZ and BTx623x Kaoliang. This population includes new sorghum germplasm that displayed transgressive segregation compared to cold tolerant parent based on germinability(>than 70%), field emergence (60-80%) and seedling vigor (robust score of 1.5-2.5 on a scale of 1 (robust vigor) to 5 (poor vigor), traits that are needed for early season cold tolerance in US production settings. Majority of RILs displayed combine height of 1-1.4 m and flowering time of 70-75 days. The genotype data for ARS_BTX623_NAM_ESCT population is archived at NCBI sequence read archive under project SRP8838986 [(1) Marla et al., 2019, Genes|Genomes|Genetics]. The population served as primary genetic resource for successful identification and application of DNA markers that are useful for improvement of sorghum chilling tolerance [(2)Marla et al., 2023, Genes|Genomes|Genetics]. The availability of published advanced genetics and information on sorghum chilling tolerance made this NAM population highly valuable for public availability as it is actually in use as germplasm for detailed physiological studies of sorghum chilling tolerance by various public and private research groups. References: (1)Marla et al., 2019. Genetic architecture of chilling tolerance in sorghum dissected with a nested association mapping population. G3, 9:4045-4097; (2)Marla et al., 2023.Genomics and phenomics enabled prebreeding improved early season chilling tolerance in sorghum. G3, 13:jkad116.2190163PI 707136
77PI 707137Sorghum, MiloSorghum bicolor (L.) Moench S9Not Available2025The sorghum ARS_BTX623_NAM_ESCT population is composed of three biparental parental subpopulations with a total of 769 recombinant inbred lines (F7-F8 RILs) entries. The biparental subpopulations are referred to as: BTx623xHKZ; BTx623xNSZ and BTx623x Kaoliang. This population includes new sorghum germplasm that displayed transgressive segregation compared to cold tolerant parent based on germinability(>than 70%), field emergence (60-80%) and seedling vigor (robust score of 1.5-2.5 on a scale of 1 (robust vigor) to 5 (poor vigor), traits that are needed for early season cold tolerance in US production settings. Majority of RILs displayed combine height of 1-1.4 m and flowering time of 70-75 days. The genotype data for ARS_BTX623_NAM_ESCT population is archived at NCBI sequence read archive under project SRP8838986 [(1) Marla et al., 2019, Genes|Genomes|Genetics]. The population served as primary genetic resource for successful identification and application of DNA markers that are useful for improvement of sorghum chilling tolerance [(2)Marla et al., 2023, Genes|Genomes|Genetics]. The availability of published advanced genetics and information on sorghum chilling tolerance made this NAM population highly valuable for public availability as it is actually in use as germplasm for detailed physiological studies of sorghum chilling tolerance by various public and private research groups. References: (1)Marla et al., 2019. Genetic architecture of chilling tolerance in sorghum dissected with a nested association mapping population. G3, 9:4045-4097; (2)Marla et al., 2023.Genomics and phenomics enabled prebreeding improved early season chilling tolerance in sorghum. G3, 13:jkad116.2190164PI 707137
78PI 707138Sorghum, MiloSorghum bicolor (L.) Moench S9Not Available2025The sorghum ARS_BTX623_NAM_ESCT population is composed of three biparental parental subpopulations with a total of 769 recombinant inbred lines (F7-F8 RILs) entries. The biparental subpopulations are referred to as: BTx623xHKZ; BTx623xNSZ and BTx623x Kaoliang. This population includes new sorghum germplasm that displayed transgressive segregation compared to cold tolerant parent based on germinability(>than 70%), field emergence (60-80%) and seedling vigor (robust score of 1.5-2.5 on a scale of 1 (robust vigor) to 5 (poor vigor), traits that are needed for early season cold tolerance in US production settings. Majority of RILs displayed combine height of 1-1.4 m and flowering time of 70-75 days. The genotype data for ARS_BTX623_NAM_ESCT population is archived at NCBI sequence read archive under project SRP8838986 [(1) Marla et al., 2019, Genes|Genomes|Genetics]. The population served as primary genetic resource for successful identification and application of DNA markers that are useful for improvement of sorghum chilling tolerance [(2)Marla et al., 2023, Genes|Genomes|Genetics]. The availability of published advanced genetics and information on sorghum chilling tolerance made this NAM population highly valuable for public availability as it is actually in use as germplasm for detailed physiological studies of sorghum chilling tolerance by various public and private research groups. References: (1)Marla et al., 2019. Genetic architecture of chilling tolerance in sorghum dissected with a nested association mapping population. G3, 9:4045-4097; (2)Marla et al., 2023.Genomics and phenomics enabled prebreeding improved early season chilling tolerance in sorghum. G3, 13:jkad116.2190165PI 707138
79PI 707139Sorghum, MiloSorghum bicolor (L.) Moench S9Not Available2025The sorghum ARS_BTX623_NAM_ESCT population is composed of three biparental parental subpopulations with a total of 769 recombinant inbred lines (F7-F8 RILs) entries. The biparental subpopulations are referred to as: BTx623xHKZ; BTx623xNSZ and BTx623x Kaoliang. This population includes new sorghum germplasm that displayed transgressive segregation compared to cold tolerant parent based on germinability(>than 70%), field emergence (60-80%) and seedling vigor (robust score of 1.5-2.5 on a scale of 1 (robust vigor) to 5 (poor vigor), traits that are needed for early season cold tolerance in US production settings. Majority of RILs displayed combine height of 1-1.4 m and flowering time of 70-75 days. The genotype data for ARS_BTX623_NAM_ESCT population is archived at NCBI sequence read archive under project SRP8838986 [(1) Marla et al., 2019, Genes|Genomes|Genetics]. The population served as primary genetic resource for successful identification and application of DNA markers that are useful for improvement of sorghum chilling tolerance [(2)Marla et al., 2023, Genes|Genomes|Genetics]. The availability of published advanced genetics and information on sorghum chilling tolerance made this NAM population highly valuable for public availability as it is actually in use as germplasm for detailed physiological studies of sorghum chilling tolerance by various public and private research groups. References: (1)Marla et al., 2019. Genetic architecture of chilling tolerance in sorghum dissected with a nested association mapping population. G3, 9:4045-4097; (2)Marla et al., 2023.Genomics and phenomics enabled prebreeding improved early season chilling tolerance in sorghum. G3, 13:jkad116.2190166PI 707139
80PI 707140Sorghum, MiloSorghum bicolor (L.) Moench S9Not Available2025The sorghum ARS_BTX623_NAM_ESCT population is composed of three biparental parental subpopulations with a total of 769 recombinant inbred lines (F7-F8 RILs) entries. The biparental subpopulations are referred to as: BTx623xHKZ; BTx623xNSZ and BTx623x Kaoliang. This population includes new sorghum germplasm that displayed transgressive segregation compared to cold tolerant parent based on germinability(>than 70%), field emergence (60-80%) and seedling vigor (robust score of 1.5-2.5 on a scale of 1 (robust vigor) to 5 (poor vigor), traits that are needed for early season cold tolerance in US production settings. Majority of RILs displayed combine height of 1-1.4 m and flowering time of 70-75 days. The genotype data for ARS_BTX623_NAM_ESCT population is archived at NCBI sequence read archive under project SRP8838986 [(1) Marla et al., 2019, Genes|Genomes|Genetics]. The population served as primary genetic resource for successful identification and application of DNA markers that are useful for improvement of sorghum chilling tolerance [(2)Marla et al., 2023, Genes|Genomes|Genetics]. The availability of published advanced genetics and information on sorghum chilling tolerance made this NAM population highly valuable for public availability as it is actually in use as germplasm for detailed physiological studies of sorghum chilling tolerance by various public and private research groups. References: (1)Marla et al., 2019. Genetic architecture of chilling tolerance in sorghum dissected with a nested association mapping population. G3, 9:4045-4097; (2)Marla et al., 2023.Genomics and phenomics enabled prebreeding improved early season chilling tolerance in sorghum. G3, 13:jkad116.2190167PI 707140
81PI 707141Sorghum, MiloSorghum bicolor (L.) Moench S9Not Available2025The sorghum ARS_BTX623_NAM_ESCT population is composed of three biparental parental subpopulations with a total of 769 recombinant inbred lines (F7-F8 RILs) entries. The biparental subpopulations are referred to as: BTx623xHKZ; BTx623xNSZ and BTx623x Kaoliang. This population includes new sorghum germplasm that displayed transgressive segregation compared to cold tolerant parent based on germinability(>than 70%), field emergence (60-80%) and seedling vigor (robust score of 1.5-2.5 on a scale of 1 (robust vigor) to 5 (poor vigor), traits that are needed for early season cold tolerance in US production settings. Majority of RILs displayed combine height of 1-1.4 m and flowering time of 70-75 days. The genotype data for ARS_BTX623_NAM_ESCT population is archived at NCBI sequence read archive under project SRP8838986 [(1) Marla et al., 2019, Genes|Genomes|Genetics]. The population served as primary genetic resource for successful identification and application of DNA markers that are useful for improvement of sorghum chilling tolerance [(2)Marla et al., 2023, Genes|Genomes|Genetics]. The availability of published advanced genetics and information on sorghum chilling tolerance made this NAM population highly valuable for public availability as it is actually in use as germplasm for detailed physiological studies of sorghum chilling tolerance by various public and private research groups. References: (1)Marla et al., 2019. Genetic architecture of chilling tolerance in sorghum dissected with a nested association mapping population. G3, 9:4045-4097; (2)Marla et al., 2023.Genomics and phenomics enabled prebreeding improved early season chilling tolerance in sorghum. G3, 13:jkad116.2190168PI 707141
82PI 707142Sorghum, MiloSorghum bicolor (L.) Moench S9Not Available2025The sorghum ARS_BTX623_NAM_ESCT population is composed of three biparental parental subpopulations with a total of 769 recombinant inbred lines (F7-F8 RILs) entries. The biparental subpopulations are referred to as: BTx623xHKZ; BTx623xNSZ and BTx623x Kaoliang. This population includes new sorghum germplasm that displayed transgressive segregation compared to cold tolerant parent based on germinability(>than 70%), field emergence (60-80%) and seedling vigor (robust score of 1.5-2.5 on a scale of 1 (robust vigor) to 5 (poor vigor), traits that are needed for early season cold tolerance in US production settings. Majority of RILs displayed combine height of 1-1.4 m and flowering time of 70-75 days. The genotype data for ARS_BTX623_NAM_ESCT population is archived at NCBI sequence read archive under project SRP8838986 [(1) Marla et al., 2019, Genes|Genomes|Genetics]. The population served as primary genetic resource for successful identification and application of DNA markers that are useful for improvement of sorghum chilling tolerance [(2)Marla et al., 2023, Genes|Genomes|Genetics]. The availability of published advanced genetics and information on sorghum chilling tolerance made this NAM population highly valuable for public availability as it is actually in use as germplasm for detailed physiological studies of sorghum chilling tolerance by various public and private research groups. References: (1)Marla et al., 2019. Genetic architecture of chilling tolerance in sorghum dissected with a nested association mapping population. G3, 9:4045-4097; (2)Marla et al., 2023.Genomics and phenomics enabled prebreeding improved early season chilling tolerance in sorghum. G3, 13:jkad116.2190169PI 707142
83PI 707143Sorghum, MiloSorghum bicolor (L.) Moench S9Not Available2025The sorghum ARS_BTX623_NAM_ESCT population is composed of three biparental parental subpopulations with a total of 769 recombinant inbred lines (F7-F8 RILs) entries. The biparental subpopulations are referred to as: BTx623xHKZ; BTx623xNSZ and BTx623x Kaoliang. This population includes new sorghum germplasm that displayed transgressive segregation compared to cold tolerant parent based on germinability(>than 70%), field emergence (60-80%) and seedling vigor (robust score of 1.5-2.5 on a scale of 1 (robust vigor) to 5 (poor vigor), traits that are needed for early season cold tolerance in US production settings. Majority of RILs displayed combine height of 1-1.4 m and flowering time of 70-75 days. The genotype data for ARS_BTX623_NAM_ESCT population is archived at NCBI sequence read archive under project SRP8838986 [(1) Marla et al., 2019, Genes|Genomes|Genetics]. The population served as primary genetic resource for successful identification and application of DNA markers that are useful for improvement of sorghum chilling tolerance [(2)Marla et al., 2023, Genes|Genomes|Genetics]. The availability of published advanced genetics and information on sorghum chilling tolerance made this NAM population highly valuable for public availability as it is actually in use as germplasm for detailed physiological studies of sorghum chilling tolerance by various public and private research groups. References: (1)Marla et al., 2019. Genetic architecture of chilling tolerance in sorghum dissected with a nested association mapping population. G3, 9:4045-4097; (2)Marla et al., 2023.Genomics and phenomics enabled prebreeding improved early season chilling tolerance in sorghum. G3, 13:jkad116.2190170PI 707143
84PI 707144Sorghum, MiloSorghum bicolor (L.) Moench S9Not Available2025The sorghum ARS_BTX623_NAM_ESCT population is composed of three biparental parental subpopulations with a total of 769 recombinant inbred lines (F7-F8 RILs) entries. The biparental subpopulations are referred to as: BTx623xHKZ; BTx623xNSZ and BTx623x Kaoliang. This population includes new sorghum germplasm that displayed transgressive segregation compared to cold tolerant parent based on germinability(>than 70%), field emergence (60-80%) and seedling vigor (robust score of 1.5-2.5 on a scale of 1 (robust vigor) to 5 (poor vigor), traits that are needed for early season cold tolerance in US production settings. Majority of RILs displayed combine height of 1-1.4 m and flowering time of 70-75 days. The genotype data for ARS_BTX623_NAM_ESCT population is archived at NCBI sequence read archive under project SRP8838986 [(1) Marla et al., 2019, Genes|Genomes|Genetics]. The population served as primary genetic resource for successful identification and application of DNA markers that are useful for improvement of sorghum chilling tolerance [(2)Marla et al., 2023, Genes|Genomes|Genetics]. The availability of published advanced genetics and information on sorghum chilling tolerance made this NAM population highly valuable for public availability as it is actually in use as germplasm for detailed physiological studies of sorghum chilling tolerance by various public and private research groups. References: (1)Marla et al., 2019. Genetic architecture of chilling tolerance in sorghum dissected with a nested association mapping population. G3, 9:4045-4097; (2)Marla et al., 2023.Genomics and phenomics enabled prebreeding improved early season chilling tolerance in sorghum. G3, 13:jkad116.2190171PI 707144
85PI 707145Sorghum, MiloSorghum bicolor (L.) Moench S9Not Available2025The sorghum ARS_BTX623_NAM_ESCT population is composed of three biparental parental subpopulations with a total of 769 recombinant inbred lines (F7-F8 RILs) entries. The biparental subpopulations are referred to as: BTx623xHKZ; BTx623xNSZ and BTx623x Kaoliang. This population includes new sorghum germplasm that displayed transgressive segregation compared to cold tolerant parent based on germinability(>than 70%), field emergence (60-80%) and seedling vigor (robust score of 1.5-2.5 on a scale of 1 (robust vigor) to 5 (poor vigor), traits that are needed for early season cold tolerance in US production settings. Majority of RILs displayed combine height of 1-1.4 m and flowering time of 70-75 days. The genotype data for ARS_BTX623_NAM_ESCT population is archived at NCBI sequence read archive under project SRP8838986 [(1) Marla et al., 2019, Genes|Genomes|Genetics]. The population served as primary genetic resource for successful identification and application of DNA markers that are useful for improvement of sorghum chilling tolerance [(2)Marla et al., 2023, Genes|Genomes|Genetics]. The availability of published advanced genetics and information on sorghum chilling tolerance made this NAM population highly valuable for public availability as it is actually in use as germplasm for detailed physiological studies of sorghum chilling tolerance by various public and private research groups. References: (1)Marla et al., 2019. Genetic architecture of chilling tolerance in sorghum dissected with a nested association mapping population. G3, 9:4045-4097; (2)Marla et al., 2023.Genomics and phenomics enabled prebreeding improved early season chilling tolerance in sorghum. G3, 13:jkad116.2190172PI 707145
86PI 707146Sorghum, MiloSorghum bicolor (L.) Moench S9Not Available2025The sorghum ARS_BTX623_NAM_ESCT population is composed of three biparental parental subpopulations with a total of 769 recombinant inbred lines (F7-F8 RILs) entries. The biparental subpopulations are referred to as: BTx623xHKZ; BTx623xNSZ and BTx623x Kaoliang. This population includes new sorghum germplasm that displayed transgressive segregation compared to cold tolerant parent based on germinability(>than 70%), field emergence (60-80%) and seedling vigor (robust score of 1.5-2.5 on a scale of 1 (robust vigor) to 5 (poor vigor), traits that are needed for early season cold tolerance in US production settings. Majority of RILs displayed combine height of 1-1.4 m and flowering time of 70-75 days. The genotype data for ARS_BTX623_NAM_ESCT population is archived at NCBI sequence read archive under project SRP8838986 [(1) Marla et al., 2019, Genes|Genomes|Genetics]. The population served as primary genetic resource for successful identification and application of DNA markers that are useful for improvement of sorghum chilling tolerance [(2)Marla et al., 2023, Genes|Genomes|Genetics]. The availability of published advanced genetics and information on sorghum chilling tolerance made this NAM population highly valuable for public availability as it is actually in use as germplasm for detailed physiological studies of sorghum chilling tolerance by various public and private research groups. References: (1)Marla et al., 2019. Genetic architecture of chilling tolerance in sorghum dissected with a nested association mapping population. G3, 9:4045-4097; (2)Marla et al., 2023.Genomics and phenomics enabled prebreeding improved early season chilling tolerance in sorghum. G3, 13:jkad116.2190173PI 707146
87PI 707147Sorghum, MiloSorghum bicolor (L.) Moench S9Not Available2025The sorghum ARS_BTX623_NAM_ESCT population is composed of three biparental parental subpopulations with a total of 769 recombinant inbred lines (F7-F8 RILs) entries. The biparental subpopulations are referred to as: BTx623xHKZ; BTx623xNSZ and BTx623x Kaoliang. This population includes new sorghum germplasm that displayed transgressive segregation compared to cold tolerant parent based on germinability(>than 70%), field emergence (60-80%) and seedling vigor (robust score of 1.5-2.5 on a scale of 1 (robust vigor) to 5 (poor vigor), traits that are needed for early season cold tolerance in US production settings. Majority of RILs displayed combine height of 1-1.4 m and flowering time of 70-75 days. The genotype data for ARS_BTX623_NAM_ESCT population is archived at NCBI sequence read archive under project SRP8838986 [(1) Marla et al., 2019, Genes|Genomes|Genetics]. The population served as primary genetic resource for successful identification and application of DNA markers that are useful for improvement of sorghum chilling tolerance [(2)Marla et al., 2023, Genes|Genomes|Genetics]. The availability of published advanced genetics and information on sorghum chilling tolerance made this NAM population highly valuable for public availability as it is actually in use as germplasm for detailed physiological studies of sorghum chilling tolerance by various public and private research groups. References: (1)Marla et al., 2019. Genetic architecture of chilling tolerance in sorghum dissected with a nested association mapping population. G3, 9:4045-4097; (2)Marla et al., 2023.Genomics and phenomics enabled prebreeding improved early season chilling tolerance in sorghum. G3, 13:jkad116.2190174PI 707147
88PI 707148Sorghum, MiloSorghum bicolor (L.) Moench S9Not Available2025The sorghum ARS_BTX623_NAM_ESCT population is composed of three biparental parental subpopulations with a total of 769 recombinant inbred lines (F7-F8 RILs) entries. The biparental subpopulations are referred to as: BTx623xHKZ; BTx623xNSZ and BTx623x Kaoliang. This population includes new sorghum germplasm that displayed transgressive segregation compared to cold tolerant parent based on germinability(>than 70%), field emergence (60-80%) and seedling vigor (robust score of 1.5-2.5 on a scale of 1 (robust vigor) to 5 (poor vigor), traits that are needed for early season cold tolerance in US production settings. Majority of RILs displayed combine height of 1-1.4 m and flowering time of 70-75 days. The genotype data for ARS_BTX623_NAM_ESCT population is archived at NCBI sequence read archive under project SRP8838986 [(1) Marla et al., 2019, Genes|Genomes|Genetics]. The population served as primary genetic resource for successful identification and application of DNA markers that are useful for improvement of sorghum chilling tolerance [(2)Marla et al., 2023, Genes|Genomes|Genetics]. The availability of published advanced genetics and information on sorghum chilling tolerance made this NAM population highly valuable for public availability as it is actually in use as germplasm for detailed physiological studies of sorghum chilling tolerance by various public and private research groups. References: (1)Marla et al., 2019. Genetic architecture of chilling tolerance in sorghum dissected with a nested association mapping population. G3, 9:4045-4097; (2)Marla et al., 2023.Genomics and phenomics enabled prebreeding improved early season chilling tolerance in sorghum. G3, 13:jkad116.2190175PI 707148
89PI 707149Sorghum, MiloSorghum bicolor (L.) Moench S9Not Available2025The sorghum ARS_BTX623_NAM_ESCT population is composed of three biparental parental subpopulations with a total of 769 recombinant inbred lines (F7-F8 RILs) entries. The biparental subpopulations are referred to as: BTx623xHKZ; BTx623xNSZ and BTx623x Kaoliang. This population includes new sorghum germplasm that displayed transgressive segregation compared to cold tolerant parent based on germinability(>than 70%), field emergence (60-80%) and seedling vigor (robust score of 1.5-2.5 on a scale of 1 (robust vigor) to 5 (poor vigor), traits that are needed for early season cold tolerance in US production settings. Majority of RILs displayed combine height of 1-1.4 m and flowering time of 70-75 days. The genotype data for ARS_BTX623_NAM_ESCT population is archived at NCBI sequence read archive under project SRP8838986 [(1) Marla et al., 2019, Genes|Genomes|Genetics]. The population served as primary genetic resource for successful identification and application of DNA markers that are useful for improvement of sorghum chilling tolerance [(2)Marla et al., 2023, Genes|Genomes|Genetics]. The availability of published advanced genetics and information on sorghum chilling tolerance made this NAM population highly valuable for public availability as it is actually in use as germplasm for detailed physiological studies of sorghum chilling tolerance by various public and private research groups. References: (1)Marla et al., 2019. Genetic architecture of chilling tolerance in sorghum dissected with a nested association mapping population. G3, 9:4045-4097; (2)Marla et al., 2023.Genomics and phenomics enabled prebreeding improved early season chilling tolerance in sorghum. G3, 13:jkad116.2190176PI 707149
90PI 707150Sorghum, MiloSorghum bicolor (L.) Moench S9Not Available2025The sorghum ARS_BTX623_NAM_ESCT population is composed of three biparental parental subpopulations with a total of 769 recombinant inbred lines (F7-F8 RILs) entries. The biparental subpopulations are referred to as: BTx623xHKZ; BTx623xNSZ and BTx623x Kaoliang. This population includes new sorghum germplasm that displayed transgressive segregation compared to cold tolerant parent based on germinability(>than 70%), field emergence (60-80%) and seedling vigor (robust score of 1.5-2.5 on a scale of 1 (robust vigor) to 5 (poor vigor), traits that are needed for early season cold tolerance in US production settings. Majority of RILs displayed combine height of 1-1.4 m and flowering time of 70-75 days. The genotype data for ARS_BTX623_NAM_ESCT population is archived at NCBI sequence read archive under project SRP8838986 [(1) Marla et al., 2019, Genes|Genomes|Genetics]. The population served as primary genetic resource for successful identification and application of DNA markers that are useful for improvement of sorghum chilling tolerance [(2)Marla et al., 2023, Genes|Genomes|Genetics]. The availability of published advanced genetics and information on sorghum chilling tolerance made this NAM population highly valuable for public availability as it is actually in use as germplasm for detailed physiological studies of sorghum chilling tolerance by various public and private research groups. References: (1)Marla et al., 2019. Genetic architecture of chilling tolerance in sorghum dissected with a nested association mapping population. G3, 9:4045-4097; (2)Marla et al., 2023.Genomics and phenomics enabled prebreeding improved early season chilling tolerance in sorghum. G3, 13:jkad116.2190177PI 707150
91PI 707151Sorghum, MiloSorghum bicolor (L.) Moench S9Not Available2025The sorghum ARS_BTX623_NAM_ESCT population is composed of three biparental parental subpopulations with a total of 769 recombinant inbred lines (F7-F8 RILs) entries. The biparental subpopulations are referred to as: BTx623xHKZ; BTx623xNSZ and BTx623x Kaoliang. This population includes new sorghum germplasm that displayed transgressive segregation compared to cold tolerant parent based on germinability(>than 70%), field emergence (60-80%) and seedling vigor (robust score of 1.5-2.5 on a scale of 1 (robust vigor) to 5 (poor vigor), traits that are needed for early season cold tolerance in US production settings. Majority of RILs displayed combine height of 1-1.4 m and flowering time of 70-75 days. The genotype data for ARS_BTX623_NAM_ESCT population is archived at NCBI sequence read archive under project SRP8838986 [(1) Marla et al., 2019, Genes|Genomes|Genetics]. The population served as primary genetic resource for successful identification and application of DNA markers that are useful for improvement of sorghum chilling tolerance [(2)Marla et al., 2023, Genes|Genomes|Genetics]. The availability of published advanced genetics and information on sorghum chilling tolerance made this NAM population highly valuable for public availability as it is actually in use as germplasm for detailed physiological studies of sorghum chilling tolerance by various public and private research groups. References: (1)Marla et al., 2019. Genetic architecture of chilling tolerance in sorghum dissected with a nested association mapping population. G3, 9:4045-4097; (2)Marla et al., 2023.Genomics and phenomics enabled prebreeding improved early season chilling tolerance in sorghum. G3, 13:jkad116.2190178PI 707151
92PI 707152Sorghum, MiloSorghum bicolor (L.) Moench S9Not Available2025The sorghum ARS_BTX623_NAM_ESCT population is composed of three biparental parental subpopulations with a total of 769 recombinant inbred lines (F7-F8 RILs) entries. The biparental subpopulations are referred to as: BTx623xHKZ; BTx623xNSZ and BTx623x Kaoliang. This population includes new sorghum germplasm that displayed transgressive segregation compared to cold tolerant parent based on germinability(>than 70%), field emergence (60-80%) and seedling vigor (robust score of 1.5-2.5 on a scale of 1 (robust vigor) to 5 (poor vigor), traits that are needed for early season cold tolerance in US production settings. Majority of RILs displayed combine height of 1-1.4 m and flowering time of 70-75 days. The genotype data for ARS_BTX623_NAM_ESCT population is archived at NCBI sequence read archive under project SRP8838986 [(1) Marla et al., 2019, Genes|Genomes|Genetics]. The population served as primary genetic resource for successful identification and application of DNA markers that are useful for improvement of sorghum chilling tolerance [(2)Marla et al., 2023, Genes|Genomes|Genetics]. The availability of published advanced genetics and information on sorghum chilling tolerance made this NAM population highly valuable for public availability as it is actually in use as germplasm for detailed physiological studies of sorghum chilling tolerance by various public and private research groups. References: (1)Marla et al., 2019. Genetic architecture of chilling tolerance in sorghum dissected with a nested association mapping population. G3, 9:4045-4097; (2)Marla et al., 2023.Genomics and phenomics enabled prebreeding improved early season chilling tolerance in sorghum. G3, 13:jkad116.2190179PI 707152
93PI 707153Sorghum, MiloSorghum bicolor (L.) Moench S9Not Available2025The sorghum ARS_BTX623_NAM_ESCT population is composed of three biparental parental subpopulations with a total of 769 recombinant inbred lines (F7-F8 RILs) entries. The biparental subpopulations are referred to as: BTx623xHKZ; BTx623xNSZ and BTx623x Kaoliang. This population includes new sorghum germplasm that displayed transgressive segregation compared to cold tolerant parent based on germinability(>than 70%), field emergence (60-80%) and seedling vigor (robust score of 1.5-2.5 on a scale of 1 (robust vigor) to 5 (poor vigor), traits that are needed for early season cold tolerance in US production settings. Majority of RILs displayed combine height of 1-1.4 m and flowering time of 70-75 days. The genotype data for ARS_BTX623_NAM_ESCT population is archived at NCBI sequence read archive under project SRP8838986 [(1) Marla et al., 2019, Genes|Genomes|Genetics]. The population served as primary genetic resource for successful identification and application of DNA markers that are useful for improvement of sorghum chilling tolerance [(2)Marla et al., 2023, Genes|Genomes|Genetics]. The availability of published advanced genetics and information on sorghum chilling tolerance made this NAM population highly valuable for public availability as it is actually in use as germplasm for detailed physiological studies of sorghum chilling tolerance by various public and private research groups. References: (1)Marla et al., 2019. Genetic architecture of chilling tolerance in sorghum dissected with a nested association mapping population. G3, 9:4045-4097; (2)Marla et al., 2023.Genomics and phenomics enabled prebreeding improved early season chilling tolerance in sorghum. G3, 13:jkad116.2190180PI 707153
94PI 707154Sorghum, MiloSorghum bicolor (L.) Moench S9Not Available2025The sorghum ARS_BTX623_NAM_ESCT population is composed of three biparental parental subpopulations with a total of 769 recombinant inbred lines (F7-F8 RILs) entries. The biparental subpopulations are referred to as: BTx623xHKZ; BTx623xNSZ and BTx623x Kaoliang. This population includes new sorghum germplasm that displayed transgressive segregation compared to cold tolerant parent based on germinability(>than 70%), field emergence (60-80%) and seedling vigor (robust score of 1.5-2.5 on a scale of 1 (robust vigor) to 5 (poor vigor), traits that are needed for early season cold tolerance in US production settings. Majority of RILs displayed combine height of 1-1.4 m and flowering time of 70-75 days. The genotype data for ARS_BTX623_NAM_ESCT population is archived at NCBI sequence read archive under project SRP8838986 [(1) Marla et al., 2019, Genes|Genomes|Genetics]. The population served as primary genetic resource for successful identification and application of DNA markers that are useful for improvement of sorghum chilling tolerance [(2)Marla et al., 2023, Genes|Genomes|Genetics]. The availability of published advanced genetics and information on sorghum chilling tolerance made this NAM population highly valuable for public availability as it is actually in use as germplasm for detailed physiological studies of sorghum chilling tolerance by various public and private research groups. References: (1)Marla et al., 2019. Genetic architecture of chilling tolerance in sorghum dissected with a nested association mapping population. G3, 9:4045-4097; (2)Marla et al., 2023.Genomics and phenomics enabled prebreeding improved early season chilling tolerance in sorghum. G3, 13:jkad116.2190181PI 707154
95PI 707155Sorghum, MiloSorghum bicolor (L.) Moench S9Not Available2025The sorghum ARS_BTX623_NAM_ESCT population is composed of three biparental parental subpopulations with a total of 769 recombinant inbred lines (F7-F8 RILs) entries. The biparental subpopulations are referred to as: BTx623xHKZ; BTx623xNSZ and BTx623x Kaoliang. This population includes new sorghum germplasm that displayed transgressive segregation compared to cold tolerant parent based on germinability(>than 70%), field emergence (60-80%) and seedling vigor (robust score of 1.5-2.5 on a scale of 1 (robust vigor) to 5 (poor vigor), traits that are needed for early season cold tolerance in US production settings. Majority of RILs displayed combine height of 1-1.4 m and flowering time of 70-75 days. The genotype data for ARS_BTX623_NAM_ESCT population is archived at NCBI sequence read archive under project SRP8838986 [(1) Marla et al., 2019, Genes|Genomes|Genetics]. The population served as primary genetic resource for successful identification and application of DNA markers that are useful for improvement of sorghum chilling tolerance [(2)Marla et al., 2023, Genes|Genomes|Genetics]. The availability of published advanced genetics and information on sorghum chilling tolerance made this NAM population highly valuable for public availability as it is actually in use as germplasm for detailed physiological studies of sorghum chilling tolerance by various public and private research groups. References: (1)Marla et al., 2019. Genetic architecture of chilling tolerance in sorghum dissected with a nested association mapping population. G3, 9:4045-4097; (2)Marla et al., 2023.Genomics and phenomics enabled prebreeding improved early season chilling tolerance in sorghum. G3, 13:jkad116.2190182PI 707155
96PI 707156Sorghum, MiloSorghum bicolor (L.) Moench S9Not Available2025The sorghum ARS_BTX623_NAM_ESCT population is composed of three biparental parental subpopulations with a total of 769 recombinant inbred lines (F7-F8 RILs) entries. The biparental subpopulations are referred to as: BTx623xHKZ; BTx623xNSZ and BTx623x Kaoliang. This population includes new sorghum germplasm that displayed transgressive segregation compared to cold tolerant parent based on germinability(>than 70%), field emergence (60-80%) and seedling vigor (robust score of 1.5-2.5 on a scale of 1 (robust vigor) to 5 (poor vigor), traits that are needed for early season cold tolerance in US production settings. Majority of RILs displayed combine height of 1-1.4 m and flowering time of 70-75 days. The genotype data for ARS_BTX623_NAM_ESCT population is archived at NCBI sequence read archive under project SRP8838986 [(1) Marla et al., 2019, Genes|Genomes|Genetics]. The population served as primary genetic resource for successful identification and application of DNA markers that are useful for improvement of sorghum chilling tolerance [(2)Marla et al., 2023, Genes|Genomes|Genetics]. The availability of published advanced genetics and information on sorghum chilling tolerance made this NAM population highly valuable for public availability as it is actually in use as germplasm for detailed physiological studies of sorghum chilling tolerance by various public and private research groups. References: (1)Marla et al., 2019. Genetic architecture of chilling tolerance in sorghum dissected with a nested association mapping population. G3, 9:4045-4097; (2)Marla et al., 2023.Genomics and phenomics enabled prebreeding improved early season chilling tolerance in sorghum. G3, 13:jkad116.2190183PI 707156
97PI 707157Sorghum, MiloSorghum bicolor (L.) Moench S9Not Available2025The sorghum ARS_BTX623_NAM_ESCT population is composed of three biparental parental subpopulations with a total of 769 recombinant inbred lines (F7-F8 RILs) entries. The biparental subpopulations are referred to as: BTx623xHKZ; BTx623xNSZ and BTx623x Kaoliang. This population includes new sorghum germplasm that displayed transgressive segregation compared to cold tolerant parent based on germinability(>than 70%), field emergence (60-80%) and seedling vigor (robust score of 1.5-2.5 on a scale of 1 (robust vigor) to 5 (poor vigor), traits that are needed for early season cold tolerance in US production settings. Majority of RILs displayed combine height of 1-1.4 m and flowering time of 70-75 days. The genotype data for ARS_BTX623_NAM_ESCT population is archived at NCBI sequence read archive under project SRP8838986 [(1) Marla et al., 2019, Genes|Genomes|Genetics]. The population served as primary genetic resource for successful identification and application of DNA markers that are useful for improvement of sorghum chilling tolerance [(2)Marla et al., 2023, Genes|Genomes|Genetics]. The availability of published advanced genetics and information on sorghum chilling tolerance made this NAM population highly valuable for public availability as it is actually in use as germplasm for detailed physiological studies of sorghum chilling tolerance by various public and private research groups. References: (1)Marla et al., 2019. Genetic architecture of chilling tolerance in sorghum dissected with a nested association mapping population. G3, 9:4045-4097; (2)Marla et al., 2023.Genomics and phenomics enabled prebreeding improved early season chilling tolerance in sorghum. G3, 13:jkad116.2190184PI 707157
98PI 707158Sorghum, MiloSorghum bicolor (L.) Moench S9Not Available2025The sorghum ARS_BTX623_NAM_ESCT population is composed of three biparental parental subpopulations with a total of 769 recombinant inbred lines (F7-F8 RILs) entries. The biparental subpopulations are referred to as: BTx623xHKZ; BTx623xNSZ and BTx623x Kaoliang. This population includes new sorghum germplasm that displayed transgressive segregation compared to cold tolerant parent based on germinability(>than 70%), field emergence (60-80%) and seedling vigor (robust score of 1.5-2.5 on a scale of 1 (robust vigor) to 5 (poor vigor), traits that are needed for early season cold tolerance in US production settings. Majority of RILs displayed combine height of 1-1.4 m and flowering time of 70-75 days. The genotype data for ARS_BTX623_NAM_ESCT population is archived at NCBI sequence read archive under project SRP8838986 [(1) Marla et al., 2019, Genes|Genomes|Genetics]. The population served as primary genetic resource for successful identification and application of DNA markers that are useful for improvement of sorghum chilling tolerance [(2)Marla et al., 2023, Genes|Genomes|Genetics]. The availability of published advanced genetics and information on sorghum chilling tolerance made this NAM population highly valuable for public availability as it is actually in use as germplasm for detailed physiological studies of sorghum chilling tolerance by various public and private research groups. References: (1)Marla et al., 2019. Genetic architecture of chilling tolerance in sorghum dissected with a nested association mapping population. G3, 9:4045-4097; (2)Marla et al., 2023.Genomics and phenomics enabled prebreeding improved early season chilling tolerance in sorghum. G3, 13:jkad116.2190185PI 707158
99PI 707159Sorghum, MiloSorghum bicolor (L.) Moench S9Not Available2025The sorghum ARS_BTX623_NAM_ESCT population is composed of three biparental parental subpopulations with a total of 769 recombinant inbred lines (F7-F8 RILs) entries. The biparental subpopulations are referred to as: BTx623xHKZ; BTx623xNSZ and BTx623x Kaoliang. This population includes new sorghum germplasm that displayed transgressive segregation compared to cold tolerant parent based on germinability(>than 70%), field emergence (60-80%) and seedling vigor (robust score of 1.5-2.5 on a scale of 1 (robust vigor) to 5 (poor vigor), traits that are needed for early season cold tolerance in US production settings. Majority of RILs displayed combine height of 1-1.4 m and flowering time of 70-75 days. The genotype data for ARS_BTX623_NAM_ESCT population is archived at NCBI sequence read archive under project SRP8838986 [(1) Marla et al., 2019, Genes|Genomes|Genetics]. The population served as primary genetic resource for successful identification and application of DNA markers that are useful for improvement of sorghum chilling tolerance [(2)Marla et al., 2023, Genes|Genomes|Genetics]. The availability of published advanced genetics and information on sorghum chilling tolerance made this NAM population highly valuable for public availability as it is actually in use as germplasm for detailed physiological studies of sorghum chilling tolerance by various public and private research groups. References: (1)Marla et al., 2019. Genetic architecture of chilling tolerance in sorghum dissected with a nested association mapping population. G3, 9:4045-4097; (2)Marla et al., 2023.Genomics and phenomics enabled prebreeding improved early season chilling tolerance in sorghum. G3, 13:jkad116.2190186PI 707159
100PI 707160Sorghum, MiloSorghum bicolor (L.) Moench S9Not Available2025The sorghum ARS_BTX623_NAM_ESCT population is composed of three biparental parental subpopulations with a total of 769 recombinant inbred lines (F7-F8 RILs) entries. The biparental subpopulations are referred to as: BTx623xHKZ; BTx623xNSZ and BTx623x Kaoliang. This population includes new sorghum germplasm that displayed transgressive segregation compared to cold tolerant parent based on germinability(>than 70%), field emergence (60-80%) and seedling vigor (robust score of 1.5-2.5 on a scale of 1 (robust vigor) to 5 (poor vigor), traits that are needed for early season cold tolerance in US production settings. Majority of RILs displayed combine height of 1-1.4 m and flowering time of 70-75 days. The genotype data for ARS_BTX623_NAM_ESCT population is archived at NCBI sequence read archive under project SRP8838986 [(1) Marla et al., 2019, Genes|Genomes|Genetics]. The population served as primary genetic resource for successful identification and application of DNA markers that are useful for improvement of sorghum chilling tolerance [(2)Marla et al., 2023, Genes|Genomes|Genetics]. The availability of published advanced genetics and information on sorghum chilling tolerance made this NAM population highly valuable for public availability as it is actually in use as germplasm for detailed physiological studies of sorghum chilling tolerance by various public and private research groups. References: (1)Marla et al., 2019. Genetic architecture of chilling tolerance in sorghum dissected with a nested association mapping population. G3, 9:4045-4097; (2)Marla et al., 2023.Genomics and phenomics enabled prebreeding improved early season chilling tolerance in sorghum. G3, 13:jkad116.2190187PI 707160
101PI 707161Sorghum, MiloSorghum bicolor (L.) Moench S9Not Available2025The sorghum ARS_BTX623_NAM_ESCT population is composed of three biparental parental subpopulations with a total of 769 recombinant inbred lines (F7-F8 RILs) entries. The biparental subpopulations are referred to as: BTx623xHKZ; BTx623xNSZ and BTx623x Kaoliang. This population includes new sorghum germplasm that displayed transgressive segregation compared to cold tolerant parent based on germinability(>than 70%), field emergence (60-80%) and seedling vigor (robust score of 1.5-2.5 on a scale of 1 (robust vigor) to 5 (poor vigor), traits that are needed for early season cold tolerance in US production settings. Majority of RILs displayed combine height of 1-1.4 m and flowering time of 70-75 days. The genotype data for ARS_BTX623_NAM_ESCT population is archived at NCBI sequence read archive under project SRP8838986 [(1) Marla et al., 2019, Genes|Genomes|Genetics]. The population served as primary genetic resource for successful identification and application of DNA markers that are useful for improvement of sorghum chilling tolerance [(2)Marla et al., 2023, Genes|Genomes|Genetics]. The availability of published advanced genetics and information on sorghum chilling tolerance made this NAM population highly valuable for public availability as it is actually in use as germplasm for detailed physiological studies of sorghum chilling tolerance by various public and private research groups. References: (1)Marla et al., 2019. Genetic architecture of chilling tolerance in sorghum dissected with a nested association mapping population. G3, 9:4045-4097; (2)Marla et al., 2023.Genomics and phenomics enabled prebreeding improved early season chilling tolerance in sorghum. G3, 13:jkad116.2190188PI 707161
102PI 707162Sorghum, MiloSorghum bicolor (L.) Moench S9Not Available2025The sorghum ARS_BTX623_NAM_ESCT population is composed of three biparental parental subpopulations with a total of 769 recombinant inbred lines (F7-F8 RILs) entries. The biparental subpopulations are referred to as: BTx623xHKZ; BTx623xNSZ and BTx623x Kaoliang. This population includes new sorghum germplasm that displayed transgressive segregation compared to cold tolerant parent based on germinability(>than 70%), field emergence (60-80%) and seedling vigor (robust score of 1.5-2.5 on a scale of 1 (robust vigor) to 5 (poor vigor), traits that are needed for early season cold tolerance in US production settings. Majority of RILs displayed combine height of 1-1.4 m and flowering time of 70-75 days. The genotype data for ARS_BTX623_NAM_ESCT population is archived at NCBI sequence read archive under project SRP8838986 [(1) Marla et al., 2019, Genes|Genomes|Genetics]. The population served as primary genetic resource for successful identification and application of DNA markers that are useful for improvement of sorghum chilling tolerance [(2)Marla et al., 2023, Genes|Genomes|Genetics]. The availability of published advanced genetics and information on sorghum chilling tolerance made this NAM population highly valuable for public availability as it is actually in use as germplasm for detailed physiological studies of sorghum chilling tolerance by various public and private research groups. References: (1)Marla et al., 2019. Genetic architecture of chilling tolerance in sorghum dissected with a nested association mapping population. G3, 9:4045-4097; (2)Marla et al., 2023.Genomics and phenomics enabled prebreeding improved early season chilling tolerance in sorghum. G3, 13:jkad116.2190189PI 707162
103PI 707163Sorghum, MiloSorghum bicolor (L.) Moench S9Not Available2025The sorghum ARS_BTX623_NAM_ESCT population is composed of three biparental parental subpopulations with a total of 769 recombinant inbred lines (F7-F8 RILs) entries. The biparental subpopulations are referred to as: BTx623xHKZ; BTx623xNSZ and BTx623x Kaoliang. This population includes new sorghum germplasm that displayed transgressive segregation compared to cold tolerant parent based on germinability(>than 70%), field emergence (60-80%) and seedling vigor (robust score of 1.5-2.5 on a scale of 1 (robust vigor) to 5 (poor vigor), traits that are needed for early season cold tolerance in US production settings. Majority of RILs displayed combine height of 1-1.4 m and flowering time of 70-75 days. The genotype data for ARS_BTX623_NAM_ESCT population is archived at NCBI sequence read archive under project SRP8838986 [(1) Marla et al., 2019, Genes|Genomes|Genetics]. The population served as primary genetic resource for successful identification and application of DNA markers that are useful for improvement of sorghum chilling tolerance [(2)Marla et al., 2023, Genes|Genomes|Genetics]. The availability of published advanced genetics and information on sorghum chilling tolerance made this NAM population highly valuable for public availability as it is actually in use as germplasm for detailed physiological studies of sorghum chilling tolerance by various public and private research groups. References: (1)Marla et al., 2019. Genetic architecture of chilling tolerance in sorghum dissected with a nested association mapping population. G3, 9:4045-4097; (2)Marla et al., 2023.Genomics and phenomics enabled prebreeding improved early season chilling tolerance in sorghum. G3, 13:jkad116.2190190PI 707163
104PI 707164Sorghum, MiloSorghum bicolor (L.) Moench S9Not Available2025The sorghum ARS_BTX623_NAM_ESCT population is composed of three biparental parental subpopulations with a total of 769 recombinant inbred lines (F7-F8 RILs) entries. The biparental subpopulations are referred to as: BTx623xHKZ; BTx623xNSZ and BTx623x Kaoliang. This population includes new sorghum germplasm that displayed transgressive segregation compared to cold tolerant parent based on germinability(>than 70%), field emergence (60-80%) and seedling vigor (robust score of 1.5-2.5 on a scale of 1 (robust vigor) to 5 (poor vigor), traits that are needed for early season cold tolerance in US production settings. Majority of RILs displayed combine height of 1-1.4 m and flowering time of 70-75 days. The genotype data for ARS_BTX623_NAM_ESCT population is archived at NCBI sequence read archive under project SRP8838986 [(1) Marla et al., 2019, Genes|Genomes|Genetics]. The population served as primary genetic resource for successful identification and application of DNA markers that are useful for improvement of sorghum chilling tolerance [(2)Marla et al., 2023, Genes|Genomes|Genetics]. The availability of published advanced genetics and information on sorghum chilling tolerance made this NAM population highly valuable for public availability as it is actually in use as germplasm for detailed physiological studies of sorghum chilling tolerance by various public and private research groups. References: (1)Marla et al., 2019. Genetic architecture of chilling tolerance in sorghum dissected with a nested association mapping population. G3, 9:4045-4097; (2)Marla et al., 2023.Genomics and phenomics enabled prebreeding improved early season chilling tolerance in sorghum. G3, 13:jkad116.2190191PI 707164
105PI 707165Sorghum, MiloSorghum bicolor (L.) Moench S9Not Available2025The sorghum ARS_BTX623_NAM_ESCT population is composed of three biparental parental subpopulations with a total of 769 recombinant inbred lines (F7-F8 RILs) entries. The biparental subpopulations are referred to as: BTx623xHKZ; BTx623xNSZ and BTx623x Kaoliang. This population includes new sorghum germplasm that displayed transgressive segregation compared to cold tolerant parent based on germinability(>than 70%), field emergence (60-80%) and seedling vigor (robust score of 1.5-2.5 on a scale of 1 (robust vigor) to 5 (poor vigor), traits that are needed for early season cold tolerance in US production settings. Majority of RILs displayed combine height of 1-1.4 m and flowering time of 70-75 days. The genotype data for ARS_BTX623_NAM_ESCT population is archived at NCBI sequence read archive under project SRP8838986 [(1) Marla et al., 2019, Genes|Genomes|Genetics]. The population served as primary genetic resource for successful identification and application of DNA markers that are useful for improvement of sorghum chilling tolerance [(2)Marla et al., 2023, Genes|Genomes|Genetics]. The availability of published advanced genetics and information on sorghum chilling tolerance made this NAM population highly valuable for public availability as it is actually in use as germplasm for detailed physiological studies of sorghum chilling tolerance by various public and private research groups. References: (1)Marla et al., 2019. Genetic architecture of chilling tolerance in sorghum dissected with a nested association mapping population. G3, 9:4045-4097; (2)Marla et al., 2023.Genomics and phenomics enabled prebreeding improved early season chilling tolerance in sorghum. G3, 13:jkad116.2190192PI 707165
106PI 707166Sorghum, MiloSorghum bicolor (L.) Moench S9Not Available2025The sorghum ARS_BTX623_NAM_ESCT population is composed of three biparental parental subpopulations with a total of 769 recombinant inbred lines (F7-F8 RILs) entries. The biparental subpopulations are referred to as: BTx623xHKZ; BTx623xNSZ and BTx623x Kaoliang. This population includes new sorghum germplasm that displayed transgressive segregation compared to cold tolerant parent based on germinability(>than 70%), field emergence (60-80%) and seedling vigor (robust score of 1.5-2.5 on a scale of 1 (robust vigor) to 5 (poor vigor), traits that are needed for early season cold tolerance in US production settings. Majority of RILs displayed combine height of 1-1.4 m and flowering time of 70-75 days. The genotype data for ARS_BTX623_NAM_ESCT population is archived at NCBI sequence read archive under project SRP8838986 [(1) Marla et al., 2019, Genes|Genomes|Genetics]. The population served as primary genetic resource for successful identification and application of DNA markers that are useful for improvement of sorghum chilling tolerance [(2)Marla et al., 2023, Genes|Genomes|Genetics]. The availability of published advanced genetics and information on sorghum chilling tolerance made this NAM population highly valuable for public availability as it is actually in use as germplasm for detailed physiological studies of sorghum chilling tolerance by various public and private research groups. References: (1)Marla et al., 2019. Genetic architecture of chilling tolerance in sorghum dissected with a nested association mapping population. G3, 9:4045-4097; (2)Marla et al., 2023.Genomics and phenomics enabled prebreeding improved early season chilling tolerance in sorghum. G3, 13:jkad116.2190193PI 707166
107PI 707167Sorghum, MiloSorghum bicolor (L.) Moench S9Not Available2025The sorghum ARS_BTX623_NAM_ESCT population is composed of three biparental parental subpopulations with a total of 769 recombinant inbred lines (F7-F8 RILs) entries. The biparental subpopulations are referred to as: BTx623xHKZ; BTx623xNSZ and BTx623x Kaoliang. This population includes new sorghum germplasm that displayed transgressive segregation compared to cold tolerant parent based on germinability(>than 70%), field emergence (60-80%) and seedling vigor (robust score of 1.5-2.5 on a scale of 1 (robust vigor) to 5 (poor vigor), traits that are needed for early season cold tolerance in US production settings. Majority of RILs displayed combine height of 1-1.4 m and flowering time of 70-75 days. The genotype data for ARS_BTX623_NAM_ESCT population is archived at NCBI sequence read archive under project SRP8838986 [(1) Marla et al., 2019, Genes|Genomes|Genetics]. The population served as primary genetic resource for successful identification and application of DNA markers that are useful for improvement of sorghum chilling tolerance [(2)Marla et al., 2023, Genes|Genomes|Genetics]. The availability of published advanced genetics and information on sorghum chilling tolerance made this NAM population highly valuable for public availability as it is actually in use as germplasm for detailed physiological studies of sorghum chilling tolerance by various public and private research groups. References: (1)Marla et al., 2019. Genetic architecture of chilling tolerance in sorghum dissected with a nested association mapping population. G3, 9:4045-4097; (2)Marla et al., 2023.Genomics and phenomics enabled prebreeding improved early season chilling tolerance in sorghum. G3, 13:jkad116.2190194PI 707167
108PI 707168Sorghum, MiloSorghum bicolor (L.) Moench S9Not Available2025The sorghum ARS_BTX623_NAM_ESCT population is composed of three biparental parental subpopulations with a total of 769 recombinant inbred lines (F7-F8 RILs) entries. The biparental subpopulations are referred to as: BTx623xHKZ; BTx623xNSZ and BTx623x Kaoliang. This population includes new sorghum germplasm that displayed transgressive segregation compared to cold tolerant parent based on germinability(>than 70%), field emergence (60-80%) and seedling vigor (robust score of 1.5-2.5 on a scale of 1 (robust vigor) to 5 (poor vigor), traits that are needed for early season cold tolerance in US production settings. Majority of RILs displayed combine height of 1-1.4 m and flowering time of 70-75 days. The genotype data for ARS_BTX623_NAM_ESCT population is archived at NCBI sequence read archive under project SRP8838986 [(1) Marla et al., 2019, Genes|Genomes|Genetics]. The population served as primary genetic resource for successful identification and application of DNA markers that are useful for improvement of sorghum chilling tolerance [(2)Marla et al., 2023, Genes|Genomes|Genetics]. The availability of published advanced genetics and information on sorghum chilling tolerance made this NAM population highly valuable for public availability as it is actually in use as germplasm for detailed physiological studies of sorghum chilling tolerance by various public and private research groups. References: (1)Marla et al., 2019. Genetic architecture of chilling tolerance in sorghum dissected with a nested association mapping population. G3, 9:4045-4097; (2)Marla et al., 2023.Genomics and phenomics enabled prebreeding improved early season chilling tolerance in sorghum. G3, 13:jkad116.2190195PI 707168
109PI 707169Sorghum, MiloSorghum bicolor (L.) Moench S9Not Available2025The sorghum ARS_BTX623_NAM_ESCT population is composed of three biparental parental subpopulations with a total of 769 recombinant inbred lines (F7-F8 RILs) entries. The biparental subpopulations are referred to as: BTx623xHKZ; BTx623xNSZ and BTx623x Kaoliang. This population includes new sorghum germplasm that displayed transgressive segregation compared to cold tolerant parent based on germinability(>than 70%), field emergence (60-80%) and seedling vigor (robust score of 1.5-2.5 on a scale of 1 (robust vigor) to 5 (poor vigor), traits that are needed for early season cold tolerance in US production settings. Majority of RILs displayed combine height of 1-1.4 m and flowering time of 70-75 days. The genotype data for ARS_BTX623_NAM_ESCT population is archived at NCBI sequence read archive under project SRP8838986 [(1) Marla et al., 2019, Genes|Genomes|Genetics]. The population served as primary genetic resource for successful identification and application of DNA markers that are useful for improvement of sorghum chilling tolerance [(2)Marla et al., 2023, Genes|Genomes|Genetics]. The availability of published advanced genetics and information on sorghum chilling tolerance made this NAM population highly valuable for public availability as it is actually in use as germplasm for detailed physiological studies of sorghum chilling tolerance by various public and private research groups. References: (1)Marla et al., 2019. Genetic architecture of chilling tolerance in sorghum dissected with a nested association mapping population. G3, 9:4045-4097; (2)Marla et al., 2023.Genomics and phenomics enabled prebreeding improved early season chilling tolerance in sorghum. G3, 13:jkad116.2190196PI 707169
110PI 707170Sorghum, MiloSorghum bicolor (L.) Moench S9Not Available2025The sorghum ARS_BTX623_NAM_ESCT population is composed of three biparental parental subpopulations with a total of 769 recombinant inbred lines (F7-F8 RILs) entries. The biparental subpopulations are referred to as: BTx623xHKZ; BTx623xNSZ and BTx623x Kaoliang. This population includes new sorghum germplasm that displayed transgressive segregation compared to cold tolerant parent based on germinability(>than 70%), field emergence (60-80%) and seedling vigor (robust score of 1.5-2.5 on a scale of 1 (robust vigor) to 5 (poor vigor), traits that are needed for early season cold tolerance in US production settings. Majority of RILs displayed combine height of 1-1.4 m and flowering time of 70-75 days. The genotype data for ARS_BTX623_NAM_ESCT population is archived at NCBI sequence read archive under project SRP8838986 [(1) Marla et al., 2019, Genes|Genomes|Genetics]. The population served as primary genetic resource for successful identification and application of DNA markers that are useful for improvement of sorghum chilling tolerance [(2)Marla et al., 2023, Genes|Genomes|Genetics]. The availability of published advanced genetics and information on sorghum chilling tolerance made this NAM population highly valuable for public availability as it is actually in use as germplasm for detailed physiological studies of sorghum chilling tolerance by various public and private research groups. References: (1)Marla et al., 2019. Genetic architecture of chilling tolerance in sorghum dissected with a nested association mapping population. G3, 9:4045-4097; (2)Marla et al., 2023.Genomics and phenomics enabled prebreeding improved early season chilling tolerance in sorghum. G3, 13:jkad116.2190197PI 707170
111PI 707171Sorghum, MiloSorghum bicolor (L.) Moench S9Not Available2025The sorghum ARS_BTX623_NAM_ESCT population is composed of three biparental parental subpopulations with a total of 769 recombinant inbred lines (F7-F8 RILs) entries. The biparental subpopulations are referred to as: BTx623xHKZ; BTx623xNSZ and BTx623x Kaoliang. This population includes new sorghum germplasm that displayed transgressive segregation compared to cold tolerant parent based on germinability(>than 70%), field emergence (60-80%) and seedling vigor (robust score of 1.5-2.5 on a scale of 1 (robust vigor) to 5 (poor vigor), traits that are needed for early season cold tolerance in US production settings. Majority of RILs displayed combine height of 1-1.4 m and flowering time of 70-75 days. The genotype data for ARS_BTX623_NAM_ESCT population is archived at NCBI sequence read archive under project SRP8838986 [(1) Marla et al., 2019, Genes|Genomes|Genetics]. The population served as primary genetic resource for successful identification and application of DNA markers that are useful for improvement of sorghum chilling tolerance [(2)Marla et al., 2023, Genes|Genomes|Genetics]. The availability of published advanced genetics and information on sorghum chilling tolerance made this NAM population highly valuable for public availability as it is actually in use as germplasm for detailed physiological studies of sorghum chilling tolerance by various public and private research groups. References: (1)Marla et al., 2019. Genetic architecture of chilling tolerance in sorghum dissected with a nested association mapping population. G3, 9:4045-4097; (2)Marla et al., 2023.Genomics and phenomics enabled prebreeding improved early season chilling tolerance in sorghum. G3, 13:jkad116.2190198PI 707171
112PI 707172Sorghum, MiloSorghum bicolor (L.) Moench S9Not Available2025The sorghum ARS_BTX623_NAM_ESCT population is composed of three biparental parental subpopulations with a total of 769 recombinant inbred lines (F7-F8 RILs) entries. The biparental subpopulations are referred to as: BTx623xHKZ; BTx623xNSZ and BTx623x Kaoliang. This population includes new sorghum germplasm that displayed transgressive segregation compared to cold tolerant parent based on germinability(>than 70%), field emergence (60-80%) and seedling vigor (robust score of 1.5-2.5 on a scale of 1 (robust vigor) to 5 (poor vigor), traits that are needed for early season cold tolerance in US production settings. Majority of RILs displayed combine height of 1-1.4 m and flowering time of 70-75 days. The genotype data for ARS_BTX623_NAM_ESCT population is archived at NCBI sequence read archive under project SRP8838986 [(1) Marla et al., 2019, Genes|Genomes|Genetics]. The population served as primary genetic resource for successful identification and application of DNA markers that are useful for improvement of sorghum chilling tolerance [(2)Marla et al., 2023, Genes|Genomes|Genetics]. The availability of published advanced genetics and information on sorghum chilling tolerance made this NAM population highly valuable for public availability as it is actually in use as germplasm for detailed physiological studies of sorghum chilling tolerance by various public and private research groups. References: (1)Marla et al., 2019. Genetic architecture of chilling tolerance in sorghum dissected with a nested association mapping population. G3, 9:4045-4097; (2)Marla et al., 2023.Genomics and phenomics enabled prebreeding improved early season chilling tolerance in sorghum. G3, 13:jkad116.2190199PI 707172
113PI 707173Sorghum, MiloSorghum bicolor (L.) Moench S9Not Available2025The sorghum ARS_BTX623_NAM_ESCT population is composed of three biparental parental subpopulations with a total of 769 recombinant inbred lines (F7-F8 RILs) entries. The biparental subpopulations are referred to as: BTx623xHKZ; BTx623xNSZ and BTx623x Kaoliang. This population includes new sorghum germplasm that displayed transgressive segregation compared to cold tolerant parent based on germinability(>than 70%), field emergence (60-80%) and seedling vigor (robust score of 1.5-2.5 on a scale of 1 (robust vigor) to 5 (poor vigor), traits that are needed for early season cold tolerance in US production settings. Majority of RILs displayed combine height of 1-1.4 m and flowering time of 70-75 days. The genotype data for ARS_BTX623_NAM_ESCT population is archived at NCBI sequence read archive under project SRP8838986 [(1) Marla et al., 2019, Genes|Genomes|Genetics]. The population served as primary genetic resource for successful identification and application of DNA markers that are useful for improvement of sorghum chilling tolerance [(2)Marla et al., 2023, Genes|Genomes|Genetics]. The availability of published advanced genetics and information on sorghum chilling tolerance made this NAM population highly valuable for public availability as it is actually in use as germplasm for detailed physiological studies of sorghum chilling tolerance by various public and private research groups. References: (1)Marla et al., 2019. Genetic architecture of chilling tolerance in sorghum dissected with a nested association mapping population. G3, 9:4045-4097; (2)Marla et al., 2023.Genomics and phenomics enabled prebreeding improved early season chilling tolerance in sorghum. G3, 13:jkad116.2190200PI 707173
114PI 707174Sorghum, MiloSorghum bicolor (L.) Moench S9Not Available2025The sorghum ARS_BTX623_NAM_ESCT population is composed of three biparental parental subpopulations with a total of 769 recombinant inbred lines (F7-F8 RILs) entries. The biparental subpopulations are referred to as: BTx623xHKZ; BTx623xNSZ and BTx623x Kaoliang. This population includes new sorghum germplasm that displayed transgressive segregation compared to cold tolerant parent based on germinability(>than 70%), field emergence (60-80%) and seedling vigor (robust score of 1.5-2.5 on a scale of 1 (robust vigor) to 5 (poor vigor), traits that are needed for early season cold tolerance in US production settings. Majority of RILs displayed combine height of 1-1.4 m and flowering time of 70-75 days. The genotype data for ARS_BTX623_NAM_ESCT population is archived at NCBI sequence read archive under project SRP8838986 [(1) Marla et al., 2019, Genes|Genomes|Genetics]. The population served as primary genetic resource for successful identification and application of DNA markers that are useful for improvement of sorghum chilling tolerance [(2)Marla et al., 2023, Genes|Genomes|Genetics]. The availability of published advanced genetics and information on sorghum chilling tolerance made this NAM population highly valuable for public availability as it is actually in use as germplasm for detailed physiological studies of sorghum chilling tolerance by various public and private research groups. References: (1)Marla et al., 2019. Genetic architecture of chilling tolerance in sorghum dissected with a nested association mapping population. G3, 9:4045-4097; (2)Marla et al., 2023.Genomics and phenomics enabled prebreeding improved early season chilling tolerance in sorghum. G3, 13:jkad116.2190201PI 707174
115PI 707175Sorghum, MiloSorghum bicolor (L.) Moench S9Not Available2025The sorghum ARS_BTX623_NAM_ESCT population is composed of three biparental parental subpopulations with a total of 769 recombinant inbred lines (F7-F8 RILs) entries. The biparental subpopulations are referred to as: BTx623xHKZ; BTx623xNSZ and BTx623x Kaoliang. This population includes new sorghum germplasm that displayed transgressive segregation compared to cold tolerant parent based on germinability(>than 70%), field emergence (60-80%) and seedling vigor (robust score of 1.5-2.5 on a scale of 1 (robust vigor) to 5 (poor vigor), traits that are needed for early season cold tolerance in US production settings. Majority of RILs displayed combine height of 1-1.4 m and flowering time of 70-75 days. The genotype data for ARS_BTX623_NAM_ESCT population is archived at NCBI sequence read archive under project SRP8838986 [(1) Marla et al., 2019, Genes|Genomes|Genetics]. The population served as primary genetic resource for successful identification and application of DNA markers that are useful for improvement of sorghum chilling tolerance [(2)Marla et al., 2023, Genes|Genomes|Genetics]. The availability of published advanced genetics and information on sorghum chilling tolerance made this NAM population highly valuable for public availability as it is actually in use as germplasm for detailed physiological studies of sorghum chilling tolerance by various public and private research groups. References: (1)Marla et al., 2019. Genetic architecture of chilling tolerance in sorghum dissected with a nested association mapping population. G3, 9:4045-4097; (2)Marla et al., 2023.Genomics and phenomics enabled prebreeding improved early season chilling tolerance in sorghum. G3, 13:jkad116.2190202PI 707175
116PI 707176Sorghum, MiloSorghum bicolor (L.) Moench S9Not Available2025The sorghum ARS_BTX623_NAM_ESCT population is composed of three biparental parental subpopulations with a total of 769 recombinant inbred lines (F7-F8 RILs) entries. The biparental subpopulations are referred to as: BTx623xHKZ; BTx623xNSZ and BTx623x Kaoliang. This population includes new sorghum germplasm that displayed transgressive segregation compared to cold tolerant parent based on germinability(>than 70%), field emergence (60-80%) and seedling vigor (robust score of 1.5-2.5 on a scale of 1 (robust vigor) to 5 (poor vigor), traits that are needed for early season cold tolerance in US production settings. Majority of RILs displayed combine height of 1-1.4 m and flowering time of 70-75 days. The genotype data for ARS_BTX623_NAM_ESCT population is archived at NCBI sequence read archive under project SRP8838986 [(1) Marla et al., 2019, Genes|Genomes|Genetics]. The population served as primary genetic resource for successful identification and application of DNA markers that are useful for improvement of sorghum chilling tolerance [(2)Marla et al., 2023, Genes|Genomes|Genetics]. The availability of published advanced genetics and information on sorghum chilling tolerance made this NAM population highly valuable for public availability as it is actually in use as germplasm for detailed physiological studies of sorghum chilling tolerance by various public and private research groups. References: (1)Marla et al., 2019. Genetic architecture of chilling tolerance in sorghum dissected with a nested association mapping population. G3, 9:4045-4097; (2)Marla et al., 2023.Genomics and phenomics enabled prebreeding improved early season chilling tolerance in sorghum. G3, 13:jkad116.2190203PI 707176
117PI 707177Sorghum, MiloSorghum bicolor (L.) Moench S9Not Available2025The sorghum ARS_BTX623_NAM_ESCT population is composed of three biparental parental subpopulations with a total of 769 recombinant inbred lines (F7-F8 RILs) entries. The biparental subpopulations are referred to as: BTx623xHKZ; BTx623xNSZ and BTx623x Kaoliang. This population includes new sorghum germplasm that displayed transgressive segregation compared to cold tolerant parent based on germinability(>than 70%), field emergence (60-80%) and seedling vigor (robust score of 1.5-2.5 on a scale of 1 (robust vigor) to 5 (poor vigor), traits that are needed for early season cold tolerance in US production settings. Majority of RILs displayed combine height of 1-1.4 m and flowering time of 70-75 days. The genotype data for ARS_BTX623_NAM_ESCT population is archived at NCBI sequence read archive under project SRP8838986 [(1) Marla et al., 2019, Genes|Genomes|Genetics]. The population served as primary genetic resource for successful identification and application of DNA markers that are useful for improvement of sorghum chilling tolerance [(2)Marla et al., 2023, Genes|Genomes|Genetics]. The availability of published advanced genetics and information on sorghum chilling tolerance made this NAM population highly valuable for public availability as it is actually in use as germplasm for detailed physiological studies of sorghum chilling tolerance by various public and private research groups. References: (1)Marla et al., 2019. Genetic architecture of chilling tolerance in sorghum dissected with a nested association mapping population. G3, 9:4045-4097; (2)Marla et al., 2023.Genomics and phenomics enabled prebreeding improved early season chilling tolerance in sorghum. G3, 13:jkad116.2190204PI 707177
118PI 707178Sorghum, MiloSorghum bicolor (L.) Moench S9Not Available2025The sorghum ARS_BTX623_NAM_ESCT population is composed of three biparental parental subpopulations with a total of 769 recombinant inbred lines (F7-F8 RILs) entries. The biparental subpopulations are referred to as: BTx623xHKZ; BTx623xNSZ and BTx623x Kaoliang. This population includes new sorghum germplasm that displayed transgressive segregation compared to cold tolerant parent based on germinability(>than 70%), field emergence (60-80%) and seedling vigor (robust score of 1.5-2.5 on a scale of 1 (robust vigor) to 5 (poor vigor), traits that are needed for early season cold tolerance in US production settings. Majority of RILs displayed combine height of 1-1.4 m and flowering time of 70-75 days. The genotype data for ARS_BTX623_NAM_ESCT population is archived at NCBI sequence read archive under project SRP8838986 [(1) Marla et al., 2019, Genes|Genomes|Genetics]. The population served as primary genetic resource for successful identification and application of DNA markers that are useful for improvement of sorghum chilling tolerance [(2)Marla et al., 2023, Genes|Genomes|Genetics]. The availability of published advanced genetics and information on sorghum chilling tolerance made this NAM population highly valuable for public availability as it is actually in use as germplasm for detailed physiological studies of sorghum chilling tolerance by various public and private research groups. References: (1)Marla et al., 2019. Genetic architecture of chilling tolerance in sorghum dissected with a nested association mapping population. G3, 9:4045-4097; (2)Marla et al., 2023.Genomics and phenomics enabled prebreeding improved early season chilling tolerance in sorghum. G3, 13:jkad116.2190205PI 707178
119PI 707179Sorghum, MiloSorghum bicolor (L.) Moench S9Not Available2025The sorghum ARS_BTX623_NAM_ESCT population is composed of three biparental parental subpopulations with a total of 769 recombinant inbred lines (F7-F8 RILs) entries. The biparental subpopulations are referred to as: BTx623xHKZ; BTx623xNSZ and BTx623x Kaoliang. This population includes new sorghum germplasm that displayed transgressive segregation compared to cold tolerant parent based on germinability(>than 70%), field emergence (60-80%) and seedling vigor (robust score of 1.5-2.5 on a scale of 1 (robust vigor) to 5 (poor vigor), traits that are needed for early season cold tolerance in US production settings. Majority of RILs displayed combine height of 1-1.4 m and flowering time of 70-75 days. The genotype data for ARS_BTX623_NAM_ESCT population is archived at NCBI sequence read archive under project SRP8838986 [(1) Marla et al., 2019, Genes|Genomes|Genetics]. The population served as primary genetic resource for successful identification and application of DNA markers that are useful for improvement of sorghum chilling tolerance [(2)Marla et al., 2023, Genes|Genomes|Genetics]. The availability of published advanced genetics and information on sorghum chilling tolerance made this NAM population highly valuable for public availability as it is actually in use as germplasm for detailed physiological studies of sorghum chilling tolerance by various public and private research groups. References: (1)Marla et al., 2019. Genetic architecture of chilling tolerance in sorghum dissected with a nested association mapping population. G3, 9:4045-4097; (2)Marla et al., 2023.Genomics and phenomics enabled prebreeding improved early season chilling tolerance in sorghum. G3, 13:jkad116.2190206PI 707179
120PI 707180Sorghum, MiloSorghum bicolor (L.) Moench S9Not Available2025The sorghum ARS_BTX623_NAM_ESCT population is composed of three biparental parental subpopulations with a total of 769 recombinant inbred lines (F7-F8 RILs) entries. The biparental subpopulations are referred to as: BTx623xHKZ; BTx623xNSZ and BTx623x Kaoliang. This population includes new sorghum germplasm that displayed transgressive segregation compared to cold tolerant parent based on germinability(>than 70%), field emergence (60-80%) and seedling vigor (robust score of 1.5-2.5 on a scale of 1 (robust vigor) to 5 (poor vigor), traits that are needed for early season cold tolerance in US production settings. Majority of RILs displayed combine height of 1-1.4 m and flowering time of 70-75 days. The genotype data for ARS_BTX623_NAM_ESCT population is archived at NCBI sequence read archive under project SRP8838986 [(1) Marla et al., 2019, Genes|Genomes|Genetics]. The population served as primary genetic resource for successful identification and application of DNA markers that are useful for improvement of sorghum chilling tolerance [(2)Marla et al., 2023, Genes|Genomes|Genetics]. The availability of published advanced genetics and information on sorghum chilling tolerance made this NAM population highly valuable for public availability as it is actually in use as germplasm for detailed physiological studies of sorghum chilling tolerance by various public and private research groups. References: (1)Marla et al., 2019. Genetic architecture of chilling tolerance in sorghum dissected with a nested association mapping population. G3, 9:4045-4097; (2)Marla et al., 2023.Genomics and phenomics enabled prebreeding improved early season chilling tolerance in sorghum. G3, 13:jkad116.2190207PI 707180
121PI 707181Sorghum, MiloSorghum bicolor (L.) Moench S9Not Available2025The sorghum ARS_BTX623_NAM_ESCT population is composed of three biparental parental subpopulations with a total of 769 recombinant inbred lines (F7-F8 RILs) entries. The biparental subpopulations are referred to as: BTx623xHKZ; BTx623xNSZ and BTx623x Kaoliang. This population includes new sorghum germplasm that displayed transgressive segregation compared to cold tolerant parent based on germinability(>than 70%), field emergence (60-80%) and seedling vigor (robust score of 1.5-2.5 on a scale of 1 (robust vigor) to 5 (poor vigor), traits that are needed for early season cold tolerance in US production settings. Majority of RILs displayed combine height of 1-1.4 m and flowering time of 70-75 days. The genotype data for ARS_BTX623_NAM_ESCT population is archived at NCBI sequence read archive under project SRP8838986 [(1) Marla et al., 2019, Genes|Genomes|Genetics]. The population served as primary genetic resource for successful identification and application of DNA markers that are useful for improvement of sorghum chilling tolerance [(2)Marla et al., 2023, Genes|Genomes|Genetics]. The availability of published advanced genetics and information on sorghum chilling tolerance made this NAM population highly valuable for public availability as it is actually in use as germplasm for detailed physiological studies of sorghum chilling tolerance by various public and private research groups. References: (1)Marla et al., 2019. Genetic architecture of chilling tolerance in sorghum dissected with a nested association mapping population. G3, 9:4045-4097; (2)Marla et al., 2023.Genomics and phenomics enabled prebreeding improved early season chilling tolerance in sorghum. G3, 13:jkad116.2190208PI 707181
122PI 707182Sorghum, MiloSorghum bicolor (L.) Moench S9Not Available2025The sorghum ARS_BTX623_NAM_ESCT population is composed of three biparental parental subpopulations with a total of 769 recombinant inbred lines (F7-F8 RILs) entries. The biparental subpopulations are referred to as: BTx623xHKZ; BTx623xNSZ and BTx623x Kaoliang. This population includes new sorghum germplasm that displayed transgressive segregation compared to cold tolerant parent based on germinability(>than 70%), field emergence (60-80%) and seedling vigor (robust score of 1.5-2.5 on a scale of 1 (robust vigor) to 5 (poor vigor), traits that are needed for early season cold tolerance in US production settings. Majority of RILs displayed combine height of 1-1.4 m and flowering time of 70-75 days. The genotype data for ARS_BTX623_NAM_ESCT population is archived at NCBI sequence read archive under project SRP8838986 [(1) Marla et al., 2019, Genes|Genomes|Genetics]. The population served as primary genetic resource for successful identification and application of DNA markers that are useful for improvement of sorghum chilling tolerance [(2)Marla et al., 2023, Genes|Genomes|Genetics]. The availability of published advanced genetics and information on sorghum chilling tolerance made this NAM population highly valuable for public availability as it is actually in use as germplasm for detailed physiological studies of sorghum chilling tolerance by various public and private research groups. References: (1)Marla et al., 2019. Genetic architecture of chilling tolerance in sorghum dissected with a nested association mapping population. G3, 9:4045-4097; (2)Marla et al., 2023.Genomics and phenomics enabled prebreeding improved early season chilling tolerance in sorghum. G3, 13:jkad116.2190209PI 707182
123PI 707183Sorghum, MiloSorghum bicolor (L.) Moench S9Not Available2025The sorghum ARS_BTX623_NAM_ESCT population is composed of three biparental parental subpopulations with a total of 769 recombinant inbred lines (F7-F8 RILs) entries. The biparental subpopulations are referred to as: BTx623xHKZ; BTx623xNSZ and BTx623x Kaoliang. This population includes new sorghum germplasm that displayed transgressive segregation compared to cold tolerant parent based on germinability(>than 70%), field emergence (60-80%) and seedling vigor (robust score of 1.5-2.5 on a scale of 1 (robust vigor) to 5 (poor vigor), traits that are needed for early season cold tolerance in US production settings. Majority of RILs displayed combine height of 1-1.4 m and flowering time of 70-75 days. The genotype data for ARS_BTX623_NAM_ESCT population is archived at NCBI sequence read archive under project SRP8838986 [(1) Marla et al., 2019, Genes|Genomes|Genetics]. The population served as primary genetic resource for successful identification and application of DNA markers that are useful for improvement of sorghum chilling tolerance [(2)Marla et al., 2023, Genes|Genomes|Genetics]. The availability of published advanced genetics and information on sorghum chilling tolerance made this NAM population highly valuable for public availability as it is actually in use as germplasm for detailed physiological studies of sorghum chilling tolerance by various public and private research groups. References: (1)Marla et al., 2019. Genetic architecture of chilling tolerance in sorghum dissected with a nested association mapping population. G3, 9:4045-4097; (2)Marla et al., 2023.Genomics and phenomics enabled prebreeding improved early season chilling tolerance in sorghum. G3, 13:jkad116.2190210PI 707183
124PI 707184Sorghum, MiloSorghum bicolor (L.) Moench S9Not Available2025The sorghum ARS_BTX623_NAM_ESCT population is composed of three biparental parental subpopulations with a total of 769 recombinant inbred lines (F7-F8 RILs) entries. The biparental subpopulations are referred to as: BTx623xHKZ; BTx623xNSZ and BTx623x Kaoliang. This population includes new sorghum germplasm that displayed transgressive segregation compared to cold tolerant parent based on germinability(>than 70%), field emergence (60-80%) and seedling vigor (robust score of 1.5-2.5 on a scale of 1 (robust vigor) to 5 (poor vigor), traits that are needed for early season cold tolerance in US production settings. Majority of RILs displayed combine height of 1-1.4 m and flowering time of 70-75 days. The genotype data for ARS_BTX623_NAM_ESCT population is archived at NCBI sequence read archive under project SRP8838986 [(1) Marla et al., 2019, Genes|Genomes|Genetics]. The population served as primary genetic resource for successful identification and application of DNA markers that are useful for improvement of sorghum chilling tolerance [(2)Marla et al., 2023, Genes|Genomes|Genetics]. The availability of published advanced genetics and information on sorghum chilling tolerance made this NAM population highly valuable for public availability as it is actually in use as germplasm for detailed physiological studies of sorghum chilling tolerance by various public and private research groups. References: (1)Marla et al., 2019. Genetic architecture of chilling tolerance in sorghum dissected with a nested association mapping population. G3, 9:4045-4097; (2)Marla et al., 2023.Genomics and phenomics enabled prebreeding improved early season chilling tolerance in sorghum. G3, 13:jkad116.2190211PI 707184
125PI 707185Sorghum, MiloSorghum bicolor (L.) Moench S9Not Available2025The sorghum ARS_BTX623_NAM_ESCT population is composed of three biparental parental subpopulations with a total of 769 recombinant inbred lines (F7-F8 RILs) entries. The biparental subpopulations are referred to as: BTx623xHKZ; BTx623xNSZ and BTx623x Kaoliang. This population includes new sorghum germplasm that displayed transgressive segregation compared to cold tolerant parent based on germinability(>than 70%), field emergence (60-80%) and seedling vigor (robust score of 1.5-2.5 on a scale of 1 (robust vigor) to 5 (poor vigor), traits that are needed for early season cold tolerance in US production settings. Majority of RILs displayed combine height of 1-1.4 m and flowering time of 70-75 days. The genotype data for ARS_BTX623_NAM_ESCT population is archived at NCBI sequence read archive under project SRP8838986 [(1) Marla et al., 2019, Genes|Genomes|Genetics]. The population served as primary genetic resource for successful identification and application of DNA markers that are useful for improvement of sorghum chilling tolerance [(2)Marla et al., 2023, Genes|Genomes|Genetics]. The availability of published advanced genetics and information on sorghum chilling tolerance made this NAM population highly valuable for public availability as it is actually in use as germplasm for detailed physiological studies of sorghum chilling tolerance by various public and private research groups. References: (1)Marla et al., 2019. Genetic architecture of chilling tolerance in sorghum dissected with a nested association mapping population. G3, 9:4045-4097; (2)Marla et al., 2023.Genomics and phenomics enabled prebreeding improved early season chilling tolerance in sorghum. G3, 13:jkad116.2190212PI 707185
126PI 707186Sorghum, MiloSorghum bicolor (L.) Moench S9Not Available2025The sorghum ARS_BTX623_NAM_ESCT population is composed of three biparental parental subpopulations with a total of 769 recombinant inbred lines (F7-F8 RILs) entries. The biparental subpopulations are referred to as: BTx623xHKZ; BTx623xNSZ and BTx623x Kaoliang. This population includes new sorghum germplasm that displayed transgressive segregation compared to cold tolerant parent based on germinability(>than 70%), field emergence (60-80%) and seedling vigor (robust score of 1.5-2.5 on a scale of 1 (robust vigor) to 5 (poor vigor), traits that are needed for early season cold tolerance in US production settings. Majority of RILs displayed combine height of 1-1.4 m and flowering time of 70-75 days. The genotype data for ARS_BTX623_NAM_ESCT population is archived at NCBI sequence read archive under project SRP8838986 [(1) Marla et al., 2019, Genes|Genomes|Genetics]. The population served as primary genetic resource for successful identification and application of DNA markers that are useful for improvement of sorghum chilling tolerance [(2)Marla et al., 2023, Genes|Genomes|Genetics]. The availability of published advanced genetics and information on sorghum chilling tolerance made this NAM population highly valuable for public availability as it is actually in use as germplasm for detailed physiological studies of sorghum chilling tolerance by various public and private research groups. References: (1)Marla et al., 2019. Genetic architecture of chilling tolerance in sorghum dissected with a nested association mapping population. G3, 9:4045-4097; (2)Marla et al., 2023.Genomics and phenomics enabled prebreeding improved early season chilling tolerance in sorghum. G3, 13:jkad116.2190213PI 707186
127PI 707187Sorghum, MiloSorghum bicolor (L.) Moench S9Not Available2025The sorghum ARS_BTX623_NAM_ESCT population is composed of three biparental parental subpopulations with a total of 769 recombinant inbred lines (F7-F8 RILs) entries. The biparental subpopulations are referred to as: BTx623xHKZ; BTx623xNSZ and BTx623x Kaoliang. This population includes new sorghum germplasm that displayed transgressive segregation compared to cold tolerant parent based on germinability(>than 70%), field emergence (60-80%) and seedling vigor (robust score of 1.5-2.5 on a scale of 1 (robust vigor) to 5 (poor vigor), traits that are needed for early season cold tolerance in US production settings. Majority of RILs displayed combine height of 1-1.4 m and flowering time of 70-75 days. The genotype data for ARS_BTX623_NAM_ESCT population is archived at NCBI sequence read archive under project SRP8838986 [(1) Marla et al., 2019, Genes|Genomes|Genetics]. The population served as primary genetic resource for successful identification and application of DNA markers that are useful for improvement of sorghum chilling tolerance [(2)Marla et al., 2023, Genes|Genomes|Genetics]. The availability of published advanced genetics and information on sorghum chilling tolerance made this NAM population highly valuable for public availability as it is actually in use as germplasm for detailed physiological studies of sorghum chilling tolerance by various public and private research groups. References: (1)Marla et al., 2019. Genetic architecture of chilling tolerance in sorghum dissected with a nested association mapping population. G3, 9:4045-4097; (2)Marla et al., 2023.Genomics and phenomics enabled prebreeding improved early season chilling tolerance in sorghum. G3, 13:jkad116.2190214PI 707187
128PI 707188Sorghum, MiloSorghum bicolor (L.) Moench S9Not Available2025The sorghum ARS_BTX623_NAM_ESCT population is composed of three biparental parental subpopulations with a total of 769 recombinant inbred lines (F7-F8 RILs) entries. The biparental subpopulations are referred to as: BTx623xHKZ; BTx623xNSZ and BTx623x Kaoliang. This population includes new sorghum germplasm that displayed transgressive segregation compared to cold tolerant parent based on germinability(>than 70%), field emergence (60-80%) and seedling vigor (robust score of 1.5-2.5 on a scale of 1 (robust vigor) to 5 (poor vigor), traits that are needed for early season cold tolerance in US production settings. Majority of RILs displayed combine height of 1-1.4 m and flowering time of 70-75 days. The genotype data for ARS_BTX623_NAM_ESCT population is archived at NCBI sequence read archive under project SRP8838986 [(1) Marla et al., 2019, Genes|Genomes|Genetics]. The population served as primary genetic resource for successful identification and application of DNA markers that are useful for improvement of sorghum chilling tolerance [(2)Marla et al., 2023, Genes|Genomes|Genetics]. The availability of published advanced genetics and information on sorghum chilling tolerance made this NAM population highly valuable for public availability as it is actually in use as germplasm for detailed physiological studies of sorghum chilling tolerance by various public and private research groups. References: (1)Marla et al., 2019. Genetic architecture of chilling tolerance in sorghum dissected with a nested association mapping population. G3, 9:4045-4097; (2)Marla et al., 2023.Genomics and phenomics enabled prebreeding improved early season chilling tolerance in sorghum. G3, 13:jkad116.2190215PI 707188
129PI 707189Sorghum, MiloSorghum bicolor (L.) Moench S9Not Available2025The sorghum ARS_BTX623_NAM_ESCT population is composed of three biparental parental subpopulations with a total of 769 recombinant inbred lines (F7-F8 RILs) entries. The biparental subpopulations are referred to as: BTx623xHKZ; BTx623xNSZ and BTx623x Kaoliang. This population includes new sorghum germplasm that displayed transgressive segregation compared to cold tolerant parent based on germinability(>than 70%), field emergence (60-80%) and seedling vigor (robust score of 1.5-2.5 on a scale of 1 (robust vigor) to 5 (poor vigor), traits that are needed for early season cold tolerance in US production settings. Majority of RILs displayed combine height of 1-1.4 m and flowering time of 70-75 days. The genotype data for ARS_BTX623_NAM_ESCT population is archived at NCBI sequence read archive under project SRP8838986 [(1) Marla et al., 2019, Genes|Genomes|Genetics]. The population served as primary genetic resource for successful identification and application of DNA markers that are useful for improvement of sorghum chilling tolerance [(2)Marla et al., 2023, Genes|Genomes|Genetics]. The availability of published advanced genetics and information on sorghum chilling tolerance made this NAM population highly valuable for public availability as it is actually in use as germplasm for detailed physiological studies of sorghum chilling tolerance by various public and private research groups. References: (1)Marla et al., 2019. Genetic architecture of chilling tolerance in sorghum dissected with a nested association mapping population. G3, 9:4045-4097; (2)Marla et al., 2023.Genomics and phenomics enabled prebreeding improved early season chilling tolerance in sorghum. G3, 13:jkad116.2190216PI 707189
130PI 707190Sorghum, MiloSorghum bicolor (L.) Moench S9Not Available2025The sorghum ARS_BTX623_NAM_ESCT population is composed of three biparental parental subpopulations with a total of 769 recombinant inbred lines (F7-F8 RILs) entries. The biparental subpopulations are referred to as: BTx623xHKZ; BTx623xNSZ and BTx623x Kaoliang. This population includes new sorghum germplasm that displayed transgressive segregation compared to cold tolerant parent based on germinability(>than 70%), field emergence (60-80%) and seedling vigor (robust score of 1.5-2.5 on a scale of 1 (robust vigor) to 5 (poor vigor), traits that are needed for early season cold tolerance in US production settings. Majority of RILs displayed combine height of 1-1.4 m and flowering time of 70-75 days. The genotype data for ARS_BTX623_NAM_ESCT population is archived at NCBI sequence read archive under project SRP8838986 [(1) Marla et al., 2019, Genes|Genomes|Genetics]. The population served as primary genetic resource for successful identification and application of DNA markers that are useful for improvement of sorghum chilling tolerance [(2)Marla et al., 2023, Genes|Genomes|Genetics]. The availability of published advanced genetics and information on sorghum chilling tolerance made this NAM population highly valuable for public availability as it is actually in use as germplasm for detailed physiological studies of sorghum chilling tolerance by various public and private research groups. References: (1)Marla et al., 2019. Genetic architecture of chilling tolerance in sorghum dissected with a nested association mapping population. G3, 9:4045-4097; (2)Marla et al., 2023.Genomics and phenomics enabled prebreeding improved early season chilling tolerance in sorghum. G3, 13:jkad116.2190217PI 707190
131PI 707191Sorghum, MiloSorghum bicolor (L.) Moench S9Not Available2025The sorghum ARS_BTX623_NAM_ESCT population is composed of three biparental parental subpopulations with a total of 769 recombinant inbred lines (F7-F8 RILs) entries. The biparental subpopulations are referred to as: BTx623xHKZ; BTx623xNSZ and BTx623x Kaoliang. This population includes new sorghum germplasm that displayed transgressive segregation compared to cold tolerant parent based on germinability(>than 70%), field emergence (60-80%) and seedling vigor (robust score of 1.5-2.5 on a scale of 1 (robust vigor) to 5 (poor vigor), traits that are needed for early season cold tolerance in US production settings. Majority of RILs displayed combine height of 1-1.4 m and flowering time of 70-75 days. The genotype data for ARS_BTX623_NAM_ESCT population is archived at NCBI sequence read archive under project SRP8838986 [(1) Marla et al., 2019, Genes|Genomes|Genetics]. The population served as primary genetic resource for successful identification and application of DNA markers that are useful for improvement of sorghum chilling tolerance [(2)Marla et al., 2023, Genes|Genomes|Genetics]. The availability of published advanced genetics and information on sorghum chilling tolerance made this NAM population highly valuable for public availability as it is actually in use as germplasm for detailed physiological studies of sorghum chilling tolerance by various public and private research groups. References: (1)Marla et al., 2019. Genetic architecture of chilling tolerance in sorghum dissected with a nested association mapping population. G3, 9:4045-4097; (2)Marla et al., 2023.Genomics and phenomics enabled prebreeding improved early season chilling tolerance in sorghum. G3, 13:jkad116.2190218PI 707191
132PI 707192Sorghum, MiloSorghum bicolor (L.) Moench S9Not Available2025The sorghum ARS_BTX623_NAM_ESCT population is composed of three biparental parental subpopulations with a total of 769 recombinant inbred lines (F7-F8 RILs) entries. The biparental subpopulations are referred to as: BTx623xHKZ; BTx623xNSZ and BTx623x Kaoliang. This population includes new sorghum germplasm that displayed transgressive segregation compared to cold tolerant parent based on germinability(>than 70%), field emergence (60-80%) and seedling vigor (robust score of 1.5-2.5 on a scale of 1 (robust vigor) to 5 (poor vigor), traits that are needed for early season cold tolerance in US production settings. Majority of RILs displayed combine height of 1-1.4 m and flowering time of 70-75 days. The genotype data for ARS_BTX623_NAM_ESCT population is archived at NCBI sequence read archive under project SRP8838986 [(1) Marla et al., 2019, Genes|Genomes|Genetics]. The population served as primary genetic resource for successful identification and application of DNA markers that are useful for improvement of sorghum chilling tolerance [(2)Marla et al., 2023, Genes|Genomes|Genetics]. The availability of published advanced genetics and information on sorghum chilling tolerance made this NAM population highly valuable for public availability as it is actually in use as germplasm for detailed physiological studies of sorghum chilling tolerance by various public and private research groups. References: (1)Marla et al., 2019. Genetic architecture of chilling tolerance in sorghum dissected with a nested association mapping population. G3, 9:4045-4097; (2)Marla et al., 2023.Genomics and phenomics enabled prebreeding improved early season chilling tolerance in sorghum. G3, 13:jkad116.2190219PI 707192
133PI 707193Sorghum, MiloSorghum bicolor (L.) Moench S9Not Available2025The sorghum ARS_BTX623_NAM_ESCT population is composed of three biparental parental subpopulations with a total of 769 recombinant inbred lines (F7-F8 RILs) entries. The biparental subpopulations are referred to as: BTx623xHKZ; BTx623xNSZ and BTx623x Kaoliang. This population includes new sorghum germplasm that displayed transgressive segregation compared to cold tolerant parent based on germinability(>than 70%), field emergence (60-80%) and seedling vigor (robust score of 1.5-2.5 on a scale of 1 (robust vigor) to 5 (poor vigor), traits that are needed for early season cold tolerance in US production settings. Majority of RILs displayed combine height of 1-1.4 m and flowering time of 70-75 days. The genotype data for ARS_BTX623_NAM_ESCT population is archived at NCBI sequence read archive under project SRP8838986 [(1) Marla et al., 2019, Genes|Genomes|Genetics]. The population served as primary genetic resource for successful identification and application of DNA markers that are useful for improvement of sorghum chilling tolerance [(2)Marla et al., 2023, Genes|Genomes|Genetics]. The availability of published advanced genetics and information on sorghum chilling tolerance made this NAM population highly valuable for public availability as it is actually in use as germplasm for detailed physiological studies of sorghum chilling tolerance by various public and private research groups. References: (1)Marla et al., 2019. Genetic architecture of chilling tolerance in sorghum dissected with a nested association mapping population. G3, 9:4045-4097; (2)Marla et al., 2023.Genomics and phenomics enabled prebreeding improved early season chilling tolerance in sorghum. G3, 13:jkad116.2190220PI 707193
134PI 707194Sorghum, MiloSorghum bicolor (L.) Moench S9Not Available2025The sorghum ARS_BTX623_NAM_ESCT population is composed of three biparental parental subpopulations with a total of 769 recombinant inbred lines (F7-F8 RILs) entries. The biparental subpopulations are referred to as: BTx623xHKZ; BTx623xNSZ and BTx623x Kaoliang. This population includes new sorghum germplasm that displayed transgressive segregation compared to cold tolerant parent based on germinability(>than 70%), field emergence (60-80%) and seedling vigor (robust score of 1.5-2.5 on a scale of 1 (robust vigor) to 5 (poor vigor), traits that are needed for early season cold tolerance in US production settings. Majority of RILs displayed combine height of 1-1.4 m and flowering time of 70-75 days. The genotype data for ARS_BTX623_NAM_ESCT population is archived at NCBI sequence read archive under project SRP8838986 [(1) Marla et al., 2019, Genes|Genomes|Genetics]. The population served as primary genetic resource for successful identification and application of DNA markers that are useful for improvement of sorghum chilling tolerance [(2)Marla et al., 2023, Genes|Genomes|Genetics]. The availability of published advanced genetics and information on sorghum chilling tolerance made this NAM population highly valuable for public availability as it is actually in use as germplasm for detailed physiological studies of sorghum chilling tolerance by various public and private research groups. References: (1)Marla et al., 2019. Genetic architecture of chilling tolerance in sorghum dissected with a nested association mapping population. G3, 9:4045-4097; (2)Marla et al., 2023.Genomics and phenomics enabled prebreeding improved early season chilling tolerance in sorghum. G3, 13:jkad116.2190221PI 707194
135PI 707195Sorghum, MiloSorghum bicolor (L.) Moench S9Not Available2025The sorghum ARS_BTX623_NAM_ESCT population is composed of three biparental parental subpopulations with a total of 769 recombinant inbred lines (F7-F8 RILs) entries. The biparental subpopulations are referred to as: BTx623xHKZ; BTx623xNSZ and BTx623x Kaoliang. This population includes new sorghum germplasm that displayed transgressive segregation compared to cold tolerant parent based on germinability(>than 70%), field emergence (60-80%) and seedling vigor (robust score of 1.5-2.5 on a scale of 1 (robust vigor) to 5 (poor vigor), traits that are needed for early season cold tolerance in US production settings. Majority of RILs displayed combine height of 1-1.4 m and flowering time of 70-75 days. The genotype data for ARS_BTX623_NAM_ESCT population is archived at NCBI sequence read archive under project SRP8838986 [(1) Marla et al., 2019, Genes|Genomes|Genetics]. The population served as primary genetic resource for successful identification and application of DNA markers that are useful for improvement of sorghum chilling tolerance [(2)Marla et al., 2023, Genes|Genomes|Genetics]. The availability of published advanced genetics and information on sorghum chilling tolerance made this NAM population highly valuable for public availability as it is actually in use as germplasm for detailed physiological studies of sorghum chilling tolerance by various public and private research groups. References: (1)Marla et al., 2019. Genetic architecture of chilling tolerance in sorghum dissected with a nested association mapping population. G3, 9:4045-4097; (2)Marla et al., 2023.Genomics and phenomics enabled prebreeding improved early season chilling tolerance in sorghum. G3, 13:jkad116.2190222PI 707195
136PI 707196Sorghum, MiloSorghum bicolor (L.) Moench S9Not Available2025The sorghum ARS_BTX623_NAM_ESCT population is composed of three biparental parental subpopulations with a total of 769 recombinant inbred lines (F7-F8 RILs) entries. The biparental subpopulations are referred to as: BTx623xHKZ; BTx623xNSZ and BTx623x Kaoliang. This population includes new sorghum germplasm that displayed transgressive segregation compared to cold tolerant parent based on germinability(>than 70%), field emergence (60-80%) and seedling vigor (robust score of 1.5-2.5 on a scale of 1 (robust vigor) to 5 (poor vigor), traits that are needed for early season cold tolerance in US production settings. Majority of RILs displayed combine height of 1-1.4 m and flowering time of 70-75 days. The genotype data for ARS_BTX623_NAM_ESCT population is archived at NCBI sequence read archive under project SRP8838986 [(1) Marla et al., 2019, Genes|Genomes|Genetics]. The population served as primary genetic resource for successful identification and application of DNA markers that are useful for improvement of sorghum chilling tolerance [(2)Marla et al., 2023, Genes|Genomes|Genetics]. The availability of published advanced genetics and information on sorghum chilling tolerance made this NAM population highly valuable for public availability as it is actually in use as germplasm for detailed physiological studies of sorghum chilling tolerance by various public and private research groups. References: (1)Marla et al., 2019. Genetic architecture of chilling tolerance in sorghum dissected with a nested association mapping population. G3, 9:4045-4097; (2)Marla et al., 2023.Genomics and phenomics enabled prebreeding improved early season chilling tolerance in sorghum. G3, 13:jkad116.2190223PI 707196
137PI 707197Sorghum, MiloSorghum bicolor (L.) Moench S9Not Available2025The sorghum ARS_BTX623_NAM_ESCT population is composed of three biparental parental subpopulations with a total of 769 recombinant inbred lines (F7-F8 RILs) entries. The biparental subpopulations are referred to as: BTx623xHKZ; BTx623xNSZ and BTx623x Kaoliang. This population includes new sorghum germplasm that displayed transgressive segregation compared to cold tolerant parent based on germinability(>than 70%), field emergence (60-80%) and seedling vigor (robust score of 1.5-2.5 on a scale of 1 (robust vigor) to 5 (poor vigor), traits that are needed for early season cold tolerance in US production settings. Majority of RILs displayed combine height of 1-1.4 m and flowering time of 70-75 days. The genotype data for ARS_BTX623_NAM_ESCT population is archived at NCBI sequence read archive under project SRP8838986 [(1) Marla et al., 2019, Genes|Genomes|Genetics]. The population served as primary genetic resource for successful identification and application of DNA markers that are useful for improvement of sorghum chilling tolerance [(2)Marla et al., 2023, Genes|Genomes|Genetics]. The availability of published advanced genetics and information on sorghum chilling tolerance made this NAM population highly valuable for public availability as it is actually in use as germplasm for detailed physiological studies of sorghum chilling tolerance by various public and private research groups. References: (1)Marla et al., 2019. Genetic architecture of chilling tolerance in sorghum dissected with a nested association mapping population. G3, 9:4045-4097; (2)Marla et al., 2023.Genomics and phenomics enabled prebreeding improved early season chilling tolerance in sorghum. G3, 13:jkad116.2190224PI 707197
138PI 707198Sorghum, MiloSorghum bicolor (L.) Moench S9Not Available2025The sorghum ARS_BTX623_NAM_ESCT population is composed of three biparental parental subpopulations with a total of 769 recombinant inbred lines (F7-F8 RILs) entries. The biparental subpopulations are referred to as: BTx623xHKZ; BTx623xNSZ and BTx623x Kaoliang. This population includes new sorghum germplasm that displayed transgressive segregation compared to cold tolerant parent based on germinability(>than 70%), field emergence (60-80%) and seedling vigor (robust score of 1.5-2.5 on a scale of 1 (robust vigor) to 5 (poor vigor), traits that are needed for early season cold tolerance in US production settings. Majority of RILs displayed combine height of 1-1.4 m and flowering time of 70-75 days. The genotype data for ARS_BTX623_NAM_ESCT population is archived at NCBI sequence read archive under project SRP8838986 [(1) Marla et al., 2019, Genes|Genomes|Genetics]. The population served as primary genetic resource for successful identification and application of DNA markers that are useful for improvement of sorghum chilling tolerance [(2)Marla et al., 2023, Genes|Genomes|Genetics]. The availability of published advanced genetics and information on sorghum chilling tolerance made this NAM population highly valuable for public availability as it is actually in use as germplasm for detailed physiological studies of sorghum chilling tolerance by various public and private research groups. References: (1)Marla et al., 2019. Genetic architecture of chilling tolerance in sorghum dissected with a nested association mapping population. G3, 9:4045-4097; (2)Marla et al., 2023.Genomics and phenomics enabled prebreeding improved early season chilling tolerance in sorghum. G3, 13:jkad116.2190225PI 707198
139PI 707199Sorghum, MiloSorghum bicolor (L.) Moench S9Not Available2025The sorghum ARS_BTX623_NAM_ESCT population is composed of three biparental parental subpopulations with a total of 769 recombinant inbred lines (F7-F8 RILs) entries. The biparental subpopulations are referred to as: BTx623xHKZ; BTx623xNSZ and BTx623x Kaoliang. This population includes new sorghum germplasm that displayed transgressive segregation compared to cold tolerant parent based on germinability(>than 70%), field emergence (60-80%) and seedling vigor (robust score of 1.5-2.5 on a scale of 1 (robust vigor) to 5 (poor vigor), traits that are needed for early season cold tolerance in US production settings. Majority of RILs displayed combine height of 1-1.4 m and flowering time of 70-75 days. The genotype data for ARS_BTX623_NAM_ESCT population is archived at NCBI sequence read archive under project SRP8838986 [(1) Marla et al., 2019, Genes|Genomes|Genetics]. The population served as primary genetic resource for successful identification and application of DNA markers that are useful for improvement of sorghum chilling tolerance [(2)Marla et al., 2023, Genes|Genomes|Genetics]. The availability of published advanced genetics and information on sorghum chilling tolerance made this NAM population highly valuable for public availability as it is actually in use as germplasm for detailed physiological studies of sorghum chilling tolerance by various public and private research groups. References: (1)Marla et al., 2019. Genetic architecture of chilling tolerance in sorghum dissected with a nested association mapping population. G3, 9:4045-4097; (2)Marla et al., 2023.Genomics and phenomics enabled prebreeding improved early season chilling tolerance in sorghum. G3, 13:jkad116.2190226PI 707199
140PI 707200Sorghum, MiloSorghum bicolor (L.) Moench S9Not Available2025The sorghum ARS_BTX623_NAM_ESCT population is composed of three biparental parental subpopulations with a total of 769 recombinant inbred lines (F7-F8 RILs) entries. The biparental subpopulations are referred to as: BTx623xHKZ; BTx623xNSZ and BTx623x Kaoliang. This population includes new sorghum germplasm that displayed transgressive segregation compared to cold tolerant parent based on germinability(>than 70%), field emergence (60-80%) and seedling vigor (robust score of 1.5-2.5 on a scale of 1 (robust vigor) to 5 (poor vigor), traits that are needed for early season cold tolerance in US production settings. Majority of RILs displayed combine height of 1-1.4 m and flowering time of 70-75 days. The genotype data for ARS_BTX623_NAM_ESCT population is archived at NCBI sequence read archive under project SRP8838986 [(1) Marla et al., 2019, Genes|Genomes|Genetics]. The population served as primary genetic resource for successful identification and application of DNA markers that are useful for improvement of sorghum chilling tolerance [(2)Marla et al., 2023, Genes|Genomes|Genetics]. The availability of published advanced genetics and information on sorghum chilling tolerance made this NAM population highly valuable for public availability as it is actually in use as germplasm for detailed physiological studies of sorghum chilling tolerance by various public and private research groups. References: (1)Marla et al., 2019. Genetic architecture of chilling tolerance in sorghum dissected with a nested association mapping population. G3, 9:4045-4097; (2)Marla et al., 2023.Genomics and phenomics enabled prebreeding improved early season chilling tolerance in sorghum. G3, 13:jkad116.2190227PI 707200
141PI 707201Sorghum, MiloSorghum bicolor (L.) Moench S9Not Available2025The sorghum ARS_BTX623_NAM_ESCT population is composed of three biparental parental subpopulations with a total of 769 recombinant inbred lines (F7-F8 RILs) entries. The biparental subpopulations are referred to as: BTx623xHKZ; BTx623xNSZ and BTx623x Kaoliang. This population includes new sorghum germplasm that displayed transgressive segregation compared to cold tolerant parent based on germinability(>than 70%), field emergence (60-80%) and seedling vigor (robust score of 1.5-2.5 on a scale of 1 (robust vigor) to 5 (poor vigor), traits that are needed for early season cold tolerance in US production settings. Majority of RILs displayed combine height of 1-1.4 m and flowering time of 70-75 days. The genotype data for ARS_BTX623_NAM_ESCT population is archived at NCBI sequence read archive under project SRP8838986 [(1) Marla et al., 2019, Genes|Genomes|Genetics]. The population served as primary genetic resource for successful identification and application of DNA markers that are useful for improvement of sorghum chilling tolerance [(2)Marla et al., 2023, Genes|Genomes|Genetics]. The availability of published advanced genetics and information on sorghum chilling tolerance made this NAM population highly valuable for public availability as it is actually in use as germplasm for detailed physiological studies of sorghum chilling tolerance by various public and private research groups. References: (1)Marla et al., 2019. Genetic architecture of chilling tolerance in sorghum dissected with a nested association mapping population. G3, 9:4045-4097; (2)Marla et al., 2023.Genomics and phenomics enabled prebreeding improved early season chilling tolerance in sorghum. G3, 13:jkad116.2190228PI 707201
142PI 707202Sorghum, MiloSorghum bicolor (L.) Moench S9Not Available2025The sorghum ARS_BTX623_NAM_ESCT population is composed of three biparental parental subpopulations with a total of 769 recombinant inbred lines (F7-F8 RILs) entries. The biparental subpopulations are referred to as: BTx623xHKZ; BTx623xNSZ and BTx623x Kaoliang. This population includes new sorghum germplasm that displayed transgressive segregation compared to cold tolerant parent based on germinability(>than 70%), field emergence (60-80%) and seedling vigor (robust score of 1.5-2.5 on a scale of 1 (robust vigor) to 5 (poor vigor), traits that are needed for early season cold tolerance in US production settings. Majority of RILs displayed combine height of 1-1.4 m and flowering time of 70-75 days. The genotype data for ARS_BTX623_NAM_ESCT population is archived at NCBI sequence read archive under project SRP8838986 [(1) Marla et al., 2019, Genes|Genomes|Genetics]. The population served as primary genetic resource for successful identification and application of DNA markers that are useful for improvement of sorghum chilling tolerance [(2)Marla et al., 2023, Genes|Genomes|Genetics]. The availability of published advanced genetics and information on sorghum chilling tolerance made this NAM population highly valuable for public availability as it is actually in use as germplasm for detailed physiological studies of sorghum chilling tolerance by various public and private research groups. References: (1)Marla et al., 2019. Genetic architecture of chilling tolerance in sorghum dissected with a nested association mapping population. G3, 9:4045-4097; (2)Marla et al., 2023.Genomics and phenomics enabled prebreeding improved early season chilling tolerance in sorghum. G3, 13:jkad116.2190229PI 707202
143PI 707203Sorghum, MiloSorghum bicolor (L.) Moench S9Not Available2025The sorghum ARS_BTX623_NAM_ESCT population is composed of three biparental parental subpopulations with a total of 769 recombinant inbred lines (F7-F8 RILs) entries. The biparental subpopulations are referred to as: BTx623xHKZ; BTx623xNSZ and BTx623x Kaoliang. This population includes new sorghum germplasm that displayed transgressive segregation compared to cold tolerant parent based on germinability(>than 70%), field emergence (60-80%) and seedling vigor (robust score of 1.5-2.5 on a scale of 1 (robust vigor) to 5 (poor vigor), traits that are needed for early season cold tolerance in US production settings. Majority of RILs displayed combine height of 1-1.4 m and flowering time of 70-75 days. The genotype data for ARS_BTX623_NAM_ESCT population is archived at NCBI sequence read archive under project SRP8838986 [(1) Marla et al., 2019, Genes|Genomes|Genetics]. The population served as primary genetic resource for successful identification and application of DNA markers that are useful for improvement of sorghum chilling tolerance [(2)Marla et al., 2023, Genes|Genomes|Genetics]. The availability of published advanced genetics and information on sorghum chilling tolerance made this NAM population highly valuable for public availability as it is actually in use as germplasm for detailed physiological studies of sorghum chilling tolerance by various public and private research groups. References: (1)Marla et al., 2019. Genetic architecture of chilling tolerance in sorghum dissected with a nested association mapping population. G3, 9:4045-4097; (2)Marla et al., 2023.Genomics and phenomics enabled prebreeding improved early season chilling tolerance in sorghum. G3, 13:jkad116.2190230PI 707203
144PI 707204Sorghum, MiloSorghum bicolor (L.) Moench S9Not Available2025The sorghum ARS_BTX623_NAM_ESCT population is composed of three biparental parental subpopulations with a total of 769 recombinant inbred lines (F7-F8 RILs) entries. The biparental subpopulations are referred to as: BTx623xHKZ; BTx623xNSZ and BTx623x Kaoliang. This population includes new sorghum germplasm that displayed transgressive segregation compared to cold tolerant parent based on germinability(>than 70%), field emergence (60-80%) and seedling vigor (robust score of 1.5-2.5 on a scale of 1 (robust vigor) to 5 (poor vigor), traits that are needed for early season cold tolerance in US production settings. Majority of RILs displayed combine height of 1-1.4 m and flowering time of 70-75 days. The genotype data for ARS_BTX623_NAM_ESCT population is archived at NCBI sequence read archive under project SRP8838986 [(1) Marla et al., 2019, Genes|Genomes|Genetics]. The population served as primary genetic resource for successful identification and application of DNA markers that are useful for improvement of sorghum chilling tolerance [(2)Marla et al., 2023, Genes|Genomes|Genetics]. The availability of published advanced genetics and information on sorghum chilling tolerance made this NAM population highly valuable for public availability as it is actually in use as germplasm for detailed physiological studies of sorghum chilling tolerance by various public and private research groups. References: (1)Marla et al., 2019. Genetic architecture of chilling tolerance in sorghum dissected with a nested association mapping population. G3, 9:4045-4097; (2)Marla et al., 2023.Genomics and phenomics enabled prebreeding improved early season chilling tolerance in sorghum. G3, 13:jkad116.2190231PI 707204
145PI 707205Sorghum, MiloSorghum bicolor (L.) Moench S9Not Available2025The sorghum ARS_BTX623_NAM_ESCT population is composed of three biparental parental subpopulations with a total of 769 recombinant inbred lines (F7-F8 RILs) entries. The biparental subpopulations are referred to as: BTx623xHKZ; BTx623xNSZ and BTx623x Kaoliang. This population includes new sorghum germplasm that displayed transgressive segregation compared to cold tolerant parent based on germinability(>than 70%), field emergence (60-80%) and seedling vigor (robust score of 1.5-2.5 on a scale of 1 (robust vigor) to 5 (poor vigor), traits that are needed for early season cold tolerance in US production settings. Majority of RILs displayed combine height of 1-1.4 m and flowering time of 70-75 days. The genotype data for ARS_BTX623_NAM_ESCT population is archived at NCBI sequence read archive under project SRP8838986 [(1) Marla et al., 2019, Genes|Genomes|Genetics]. The population served as primary genetic resource for successful identification and application of DNA markers that are useful for improvement of sorghum chilling tolerance [(2)Marla et al., 2023, Genes|Genomes|Genetics]. The availability of published advanced genetics and information on sorghum chilling tolerance made this NAM population highly valuable for public availability as it is actually in use as germplasm for detailed physiological studies of sorghum chilling tolerance by various public and private research groups. References: (1)Marla et al., 2019. Genetic architecture of chilling tolerance in sorghum dissected with a nested association mapping population. G3, 9:4045-4097; (2)Marla et al., 2023.Genomics and phenomics enabled prebreeding improved early season chilling tolerance in sorghum. G3, 13:jkad116.2190232PI 707205
146PI 707206Sorghum, MiloSorghum bicolor (L.) Moench S9Not Available2025The sorghum ARS_BTX623_NAM_ESCT population is composed of three biparental parental subpopulations with a total of 769 recombinant inbred lines (F7-F8 RILs) entries. The biparental subpopulations are referred to as: BTx623xHKZ; BTx623xNSZ and BTx623x Kaoliang. This population includes new sorghum germplasm that displayed transgressive segregation compared to cold tolerant parent based on germinability(>than 70%), field emergence (60-80%) and seedling vigor (robust score of 1.5-2.5 on a scale of 1 (robust vigor) to 5 (poor vigor), traits that are needed for early season cold tolerance in US production settings. Majority of RILs displayed combine height of 1-1.4 m and flowering time of 70-75 days. The genotype data for ARS_BTX623_NAM_ESCT population is archived at NCBI sequence read archive under project SRP8838986 [(1) Marla et al., 2019, Genes|Genomes|Genetics]. The population served as primary genetic resource for successful identification and application of DNA markers that are useful for improvement of sorghum chilling tolerance [(2)Marla et al., 2023, Genes|Genomes|Genetics]. The availability of published advanced genetics and information on sorghum chilling tolerance made this NAM population highly valuable for public availability as it is actually in use as germplasm for detailed physiological studies of sorghum chilling tolerance by various public and private research groups. References: (1)Marla et al., 2019. Genetic architecture of chilling tolerance in sorghum dissected with a nested association mapping population. G3, 9:4045-4097; (2)Marla et al., 2023.Genomics and phenomics enabled prebreeding improved early season chilling tolerance in sorghum. G3, 13:jkad116.2190233PI 707206
147PI 707207Sorghum, MiloSorghum bicolor (L.) Moench S9Not Available2025The sorghum ARS_BTX623_NAM_ESCT population is composed of three biparental parental subpopulations with a total of 769 recombinant inbred lines (F7-F8 RILs) entries. The biparental subpopulations are referred to as: BTx623xHKZ; BTx623xNSZ and BTx623x Kaoliang. This population includes new sorghum germplasm that displayed transgressive segregation compared to cold tolerant parent based on germinability(>than 70%), field emergence (60-80%) and seedling vigor (robust score of 1.5-2.5 on a scale of 1 (robust vigor) to 5 (poor vigor), traits that are needed for early season cold tolerance in US production settings. Majority of RILs displayed combine height of 1-1.4 m and flowering time of 70-75 days. The genotype data for ARS_BTX623_NAM_ESCT population is archived at NCBI sequence read archive under project SRP8838986 [(1) Marla et al., 2019, Genes|Genomes|Genetics]. The population served as primary genetic resource for successful identification and application of DNA markers that are useful for improvement of sorghum chilling tolerance [(2)Marla et al., 2023, Genes|Genomes|Genetics]. The availability of published advanced genetics and information on sorghum chilling tolerance made this NAM population highly valuable for public availability as it is actually in use as germplasm for detailed physiological studies of sorghum chilling tolerance by various public and private research groups. References: (1)Marla et al., 2019. Genetic architecture of chilling tolerance in sorghum dissected with a nested association mapping population. G3, 9:4045-4097; (2)Marla et al., 2023.Genomics and phenomics enabled prebreeding improved early season chilling tolerance in sorghum. G3, 13:jkad116.2190234PI 707207
148PI 707208Sorghum, MiloSorghum bicolor (L.) Moench S9Not Available2025The sorghum ARS_BTX623_NAM_ESCT population is composed of three biparental parental subpopulations with a total of 769 recombinant inbred lines (F7-F8 RILs) entries. The biparental subpopulations are referred to as: BTx623xHKZ; BTx623xNSZ and BTx623x Kaoliang. This population includes new sorghum germplasm that displayed transgressive segregation compared to cold tolerant parent based on germinability(>than 70%), field emergence (60-80%) and seedling vigor (robust score of 1.5-2.5 on a scale of 1 (robust vigor) to 5 (poor vigor), traits that are needed for early season cold tolerance in US production settings. Majority of RILs displayed combine height of 1-1.4 m and flowering time of 70-75 days. The genotype data for ARS_BTX623_NAM_ESCT population is archived at NCBI sequence read archive under project SRP8838986 [(1) Marla et al., 2019, Genes|Genomes|Genetics]. The population served as primary genetic resource for successful identification and application of DNA markers that are useful for improvement of sorghum chilling tolerance [(2)Marla et al., 2023, Genes|Genomes|Genetics]. The availability of published advanced genetics and information on sorghum chilling tolerance made this NAM population highly valuable for public availability as it is actually in use as germplasm for detailed physiological studies of sorghum chilling tolerance by various public and private research groups. References: (1)Marla et al., 2019. Genetic architecture of chilling tolerance in sorghum dissected with a nested association mapping population. G3, 9:4045-4097; (2)Marla et al., 2023.Genomics and phenomics enabled prebreeding improved early season chilling tolerance in sorghum. G3, 13:jkad116.2190235PI 707208
149PI 707209Sorghum, MiloSorghum bicolor (L.) Moench S9Not Available2025The sorghum ARS_BTX623_NAM_ESCT population is composed of three biparental parental subpopulations with a total of 769 recombinant inbred lines (F7-F8 RILs) entries. The biparental subpopulations are referred to as: BTx623xHKZ; BTx623xNSZ and BTx623x Kaoliang. This population includes new sorghum germplasm that displayed transgressive segregation compared to cold tolerant parent based on germinability(>than 70%), field emergence (60-80%) and seedling vigor (robust score of 1.5-2.5 on a scale of 1 (robust vigor) to 5 (poor vigor), traits that are needed for early season cold tolerance in US production settings. Majority of RILs displayed combine height of 1-1.4 m and flowering time of 70-75 days. The genotype data for ARS_BTX623_NAM_ESCT population is archived at NCBI sequence read archive under project SRP8838986 [(1) Marla et al., 2019, Genes|Genomes|Genetics]. The population served as primary genetic resource for successful identification and application of DNA markers that are useful for improvement of sorghum chilling tolerance [(2)Marla et al., 2023, Genes|Genomes|Genetics]. The availability of published advanced genetics and information on sorghum chilling tolerance made this NAM population highly valuable for public availability as it is actually in use as germplasm for detailed physiological studies of sorghum chilling tolerance by various public and private research groups. References: (1)Marla et al., 2019. Genetic architecture of chilling tolerance in sorghum dissected with a nested association mapping population. G3, 9:4045-4097; (2)Marla et al., 2023.Genomics and phenomics enabled prebreeding improved early season chilling tolerance in sorghum. G3, 13:jkad116.2190236PI 707209
150PI 707210Sorghum, MiloSorghum bicolor (L.) Moench S9Not Available2025The sorghum ARS_BTX623_NAM_ESCT population is composed of three biparental parental subpopulations with a total of 769 recombinant inbred lines (F7-F8 RILs) entries. The biparental subpopulations are referred to as: BTx623xHKZ; BTx623xNSZ and BTx623x Kaoliang. This population includes new sorghum germplasm that displayed transgressive segregation compared to cold tolerant parent based on germinability(>than 70%), field emergence (60-80%) and seedling vigor (robust score of 1.5-2.5 on a scale of 1 (robust vigor) to 5 (poor vigor), traits that are needed for early season cold tolerance in US production settings. Majority of RILs displayed combine height of 1-1.4 m and flowering time of 70-75 days. The genotype data for ARS_BTX623_NAM_ESCT population is archived at NCBI sequence read archive under project SRP8838986 [(1) Marla et al., 2019, Genes|Genomes|Genetics]. The population served as primary genetic resource for successful identification and application of DNA markers that are useful for improvement of sorghum chilling tolerance [(2)Marla et al., 2023, Genes|Genomes|Genetics]. The availability of published advanced genetics and information on sorghum chilling tolerance made this NAM population highly valuable for public availability as it is actually in use as germplasm for detailed physiological studies of sorghum chilling tolerance by various public and private research groups. References: (1)Marla et al., 2019. Genetic architecture of chilling tolerance in sorghum dissected with a nested association mapping population. G3, 9:4045-4097; (2)Marla et al., 2023.Genomics and phenomics enabled prebreeding improved early season chilling tolerance in sorghum. G3, 13:jkad116.2190237PI 707210
151PI 707211Sorghum, MiloSorghum bicolor (L.) Moench S9Not Available2025The sorghum ARS_BTX623_NAM_ESCT population is composed of three biparental parental subpopulations with a total of 769 recombinant inbred lines (F7-F8 RILs) entries. The biparental subpopulations are referred to as: BTx623xHKZ; BTx623xNSZ and BTx623x Kaoliang. This population includes new sorghum germplasm that displayed transgressive segregation compared to cold tolerant parent based on germinability(>than 70%), field emergence (60-80%) and seedling vigor (robust score of 1.5-2.5 on a scale of 1 (robust vigor) to 5 (poor vigor), traits that are needed for early season cold tolerance in US production settings. Majority of RILs displayed combine height of 1-1.4 m and flowering time of 70-75 days. The genotype data for ARS_BTX623_NAM_ESCT population is archived at NCBI sequence read archive under project SRP8838986 [(1) Marla et al., 2019, Genes|Genomes|Genetics]. The population served as primary genetic resource for successful identification and application of DNA markers that are useful for improvement of sorghum chilling tolerance [(2)Marla et al., 2023, Genes|Genomes|Genetics]. The availability of published advanced genetics and information on sorghum chilling tolerance made this NAM population highly valuable for public availability as it is actually in use as germplasm for detailed physiological studies of sorghum chilling tolerance by various public and private research groups. References: (1)Marla et al., 2019. Genetic architecture of chilling tolerance in sorghum dissected with a nested association mapping population. G3, 9:4045-4097; (2)Marla et al., 2023.Genomics and phenomics enabled prebreeding improved early season chilling tolerance in sorghum. G3, 13:jkad116.2190238PI 707211
152PI 707212Sorghum, MiloSorghum bicolor (L.) Moench S9Not Available2025The sorghum ARS_BTX623_NAM_ESCT population is composed of three biparental parental subpopulations with a total of 769 recombinant inbred lines (F7-F8 RILs) entries. The biparental subpopulations are referred to as: BTx623xHKZ; BTx623xNSZ and BTx623x Kaoliang. This population includes new sorghum germplasm that displayed transgressive segregation compared to cold tolerant parent based on germinability(>than 70%), field emergence (60-80%) and seedling vigor (robust score of 1.5-2.5 on a scale of 1 (robust vigor) to 5 (poor vigor), traits that are needed for early season cold tolerance in US production settings. Majority of RILs displayed combine height of 1-1.4 m and flowering time of 70-75 days. The genotype data for ARS_BTX623_NAM_ESCT population is archived at NCBI sequence read archive under project SRP8838986 [(1) Marla et al., 2019, Genes|Genomes|Genetics]. The population served as primary genetic resource for successful identification and application of DNA markers that are useful for improvement of sorghum chilling tolerance [(2)Marla et al., 2023, Genes|Genomes|Genetics]. The availability of published advanced genetics and information on sorghum chilling tolerance made this NAM population highly valuable for public availability as it is actually in use as germplasm for detailed physiological studies of sorghum chilling tolerance by various public and private research groups. References: (1)Marla et al., 2019. Genetic architecture of chilling tolerance in sorghum dissected with a nested association mapping population. G3, 9:4045-4097; (2)Marla et al., 2023.Genomics and phenomics enabled prebreeding improved early season chilling tolerance in sorghum. G3, 13:jkad116.2190239PI 707212
153PI 707213Sorghum, MiloSorghum bicolor (L.) Moench S9Not Available2025The sorghum ARS_BTX623_NAM_ESCT population is composed of three biparental parental subpopulations with a total of 769 recombinant inbred lines (F7-F8 RILs) entries. The biparental subpopulations are referred to as: BTx623xHKZ; BTx623xNSZ and BTx623x Kaoliang. This population includes new sorghum germplasm that displayed transgressive segregation compared to cold tolerant parent based on germinability(>than 70%), field emergence (60-80%) and seedling vigor (robust score of 1.5-2.5 on a scale of 1 (robust vigor) to 5 (poor vigor), traits that are needed for early season cold tolerance in US production settings. Majority of RILs displayed combine height of 1-1.4 m and flowering time of 70-75 days. The genotype data for ARS_BTX623_NAM_ESCT population is archived at NCBI sequence read archive under project SRP8838986 [(1) Marla et al., 2019, Genes|Genomes|Genetics]. The population served as primary genetic resource for successful identification and application of DNA markers that are useful for improvement of sorghum chilling tolerance [(2)Marla et al., 2023, Genes|Genomes|Genetics]. The availability of published advanced genetics and information on sorghum chilling tolerance made this NAM population highly valuable for public availability as it is actually in use as germplasm for detailed physiological studies of sorghum chilling tolerance by various public and private research groups. References: (1)Marla et al., 2019. Genetic architecture of chilling tolerance in sorghum dissected with a nested association mapping population. G3, 9:4045-4097; (2)Marla et al., 2023.Genomics and phenomics enabled prebreeding improved early season chilling tolerance in sorghum. G3, 13:jkad116.2190240PI 707213
154PI 707214Sorghum, MiloSorghum bicolor (L.) Moench S9Not Available2025The sorghum ARS_BTX623_NAM_ESCT population is composed of three biparental parental subpopulations with a total of 769 recombinant inbred lines (F7-F8 RILs) entries. The biparental subpopulations are referred to as: BTx623xHKZ; BTx623xNSZ and BTx623x Kaoliang. This population includes new sorghum germplasm that displayed transgressive segregation compared to cold tolerant parent based on germinability(>than 70%), field emergence (60-80%) and seedling vigor (robust score of 1.5-2.5 on a scale of 1 (robust vigor) to 5 (poor vigor), traits that are needed for early season cold tolerance in US production settings. Majority of RILs displayed combine height of 1-1.4 m and flowering time of 70-75 days. The genotype data for ARS_BTX623_NAM_ESCT population is archived at NCBI sequence read archive under project SRP8838986 [(1) Marla et al., 2019, Genes|Genomes|Genetics]. The population served as primary genetic resource for successful identification and application of DNA markers that are useful for improvement of sorghum chilling tolerance [(2)Marla et al., 2023, Genes|Genomes|Genetics]. The availability of published advanced genetics and information on sorghum chilling tolerance made this NAM population highly valuable for public availability as it is actually in use as germplasm for detailed physiological studies of sorghum chilling tolerance by various public and private research groups. References: (1)Marla et al., 2019. Genetic architecture of chilling tolerance in sorghum dissected with a nested association mapping population. G3, 9:4045-4097; (2)Marla et al., 2023.Genomics and phenomics enabled prebreeding improved early season chilling tolerance in sorghum. G3, 13:jkad116.2190241PI 707214
155PI 707215Sorghum, MiloSorghum bicolor (L.) Moench S9Not Available2025The sorghum ARS_BTX623_NAM_ESCT population is composed of three biparental parental subpopulations with a total of 769 recombinant inbred lines (F7-F8 RILs) entries. The biparental subpopulations are referred to as: BTx623xHKZ; BTx623xNSZ and BTx623x Kaoliang. This population includes new sorghum germplasm that displayed transgressive segregation compared to cold tolerant parent based on germinability(>than 70%), field emergence (60-80%) and seedling vigor (robust score of 1.5-2.5 on a scale of 1 (robust vigor) to 5 (poor vigor), traits that are needed for early season cold tolerance in US production settings. Majority of RILs displayed combine height of 1-1.4 m and flowering time of 70-75 days. The genotype data for ARS_BTX623_NAM_ESCT population is archived at NCBI sequence read archive under project SRP8838986 [(1) Marla et al., 2019, Genes|Genomes|Genetics]. The population served as primary genetic resource for successful identification and application of DNA markers that are useful for improvement of sorghum chilling tolerance [(2)Marla et al., 2023, Genes|Genomes|Genetics]. The availability of published advanced genetics and information on sorghum chilling tolerance made this NAM population highly valuable for public availability as it is actually in use as germplasm for detailed physiological studies of sorghum chilling tolerance by various public and private research groups. References: (1)Marla et al., 2019. Genetic architecture of chilling tolerance in sorghum dissected with a nested association mapping population. G3, 9:4045-4097; (2)Marla et al., 2023.Genomics and phenomics enabled prebreeding improved early season chilling tolerance in sorghum. G3, 13:jkad116.2190242PI 707215
156PI 707216Sorghum, MiloSorghum bicolor (L.) Moench S9Not Available2025The sorghum ARS_BTX623_NAM_ESCT population is composed of three biparental parental subpopulations with a total of 769 recombinant inbred lines (F7-F8 RILs) entries. The biparental subpopulations are referred to as: BTx623xHKZ; BTx623xNSZ and BTx623x Kaoliang. This population includes new sorghum germplasm that displayed transgressive segregation compared to cold tolerant parent based on germinability(>than 70%), field emergence (60-80%) and seedling vigor (robust score of 1.5-2.5 on a scale of 1 (robust vigor) to 5 (poor vigor), traits that are needed for early season cold tolerance in US production settings. Majority of RILs displayed combine height of 1-1.4 m and flowering time of 70-75 days. The genotype data for ARS_BTX623_NAM_ESCT population is archived at NCBI sequence read archive under project SRP8838986 [(1) Marla et al., 2019, Genes|Genomes|Genetics]. The population served as primary genetic resource for successful identification and application of DNA markers that are useful for improvement of sorghum chilling tolerance [(2)Marla et al., 2023, Genes|Genomes|Genetics]. The availability of published advanced genetics and information on sorghum chilling tolerance made this NAM population highly valuable for public availability as it is actually in use as germplasm for detailed physiological studies of sorghum chilling tolerance by various public and private research groups. References: (1)Marla et al., 2019. Genetic architecture of chilling tolerance in sorghum dissected with a nested association mapping population. G3, 9:4045-4097; (2)Marla et al., 2023.Genomics and phenomics enabled prebreeding improved early season chilling tolerance in sorghum. G3, 13:jkad116.2190243PI 707216
157PI 707217Sorghum, MiloSorghum bicolor (L.) Moench S9Not Available2025The sorghum ARS_BTX623_NAM_ESCT population is composed of three biparental parental subpopulations with a total of 769 recombinant inbred lines (F7-F8 RILs) entries. The biparental subpopulations are referred to as: BTx623xHKZ; BTx623xNSZ and BTx623x Kaoliang. This population includes new sorghum germplasm that displayed transgressive segregation compared to cold tolerant parent based on germinability(>than 70%), field emergence (60-80%) and seedling vigor (robust score of 1.5-2.5 on a scale of 1 (robust vigor) to 5 (poor vigor), traits that are needed for early season cold tolerance in US production settings. Majority of RILs displayed combine height of 1-1.4 m and flowering time of 70-75 days. The genotype data for ARS_BTX623_NAM_ESCT population is archived at NCBI sequence read archive under project SRP8838986 [(1) Marla et al., 2019, Genes|Genomes|Genetics]. The population served as primary genetic resource for successful identification and application of DNA markers that are useful for improvement of sorghum chilling tolerance [(2)Marla et al., 2023, Genes|Genomes|Genetics]. The availability of published advanced genetics and information on sorghum chilling tolerance made this NAM population highly valuable for public availability as it is actually in use as germplasm for detailed physiological studies of sorghum chilling tolerance by various public and private research groups. References: (1)Marla et al., 2019. Genetic architecture of chilling tolerance in sorghum dissected with a nested association mapping population. G3, 9:4045-4097; (2)Marla et al., 2023.Genomics and phenomics enabled prebreeding improved early season chilling tolerance in sorghum. G3, 13:jkad116.2190244PI 707217
158PI 707218Sorghum, MiloSorghum bicolor (L.) Moench S9Not Available2025The sorghum ARS_BTX623_NAM_ESCT population is composed of three biparental parental subpopulations with a total of 769 recombinant inbred lines (F7-F8 RILs) entries. The biparental subpopulations are referred to as: BTx623xHKZ; BTx623xNSZ and BTx623x Kaoliang. This population includes new sorghum germplasm that displayed transgressive segregation compared to cold tolerant parent based on germinability(>than 70%), field emergence (60-80%) and seedling vigor (robust score of 1.5-2.5 on a scale of 1 (robust vigor) to 5 (poor vigor), traits that are needed for early season cold tolerance in US production settings. Majority of RILs displayed combine height of 1-1.4 m and flowering time of 70-75 days. The genotype data for ARS_BTX623_NAM_ESCT population is archived at NCBI sequence read archive under project SRP8838986 [(1) Marla et al., 2019, Genes|Genomes|Genetics]. The population served as primary genetic resource for successful identification and application of DNA markers that are useful for improvement of sorghum chilling tolerance [(2)Marla et al., 2023, Genes|Genomes|Genetics]. The availability of published advanced genetics and information on sorghum chilling tolerance made this NAM population highly valuable for public availability as it is actually in use as germplasm for detailed physiological studies of sorghum chilling tolerance by various public and private research groups. References: (1)Marla et al., 2019. Genetic architecture of chilling tolerance in sorghum dissected with a nested association mapping population. G3, 9:4045-4097; (2)Marla et al., 2023.Genomics and phenomics enabled prebreeding improved early season chilling tolerance in sorghum. G3, 13:jkad116.2190245PI 707218
159PI 707219Sorghum, MiloSorghum bicolor (L.) Moench S9Not Available2025The sorghum ARS_BTX623_NAM_ESCT population is composed of three biparental parental subpopulations with a total of 769 recombinant inbred lines (F7-F8 RILs) entries. The biparental subpopulations are referred to as: BTx623xHKZ; BTx623xNSZ and BTx623x Kaoliang. This population includes new sorghum germplasm that displayed transgressive segregation compared to cold tolerant parent based on germinability(>than 70%), field emergence (60-80%) and seedling vigor (robust score of 1.5-2.5 on a scale of 1 (robust vigor) to 5 (poor vigor), traits that are needed for early season cold tolerance in US production settings. Majority of RILs displayed combine height of 1-1.4 m and flowering time of 70-75 days. The genotype data for ARS_BTX623_NAM_ESCT population is archived at NCBI sequence read archive under project SRP8838986 [(1) Marla et al., 2019, Genes|Genomes|Genetics]. The population served as primary genetic resource for successful identification and application of DNA markers that are useful for improvement of sorghum chilling tolerance [(2)Marla et al., 2023, Genes|Genomes|Genetics]. The availability of published advanced genetics and information on sorghum chilling tolerance made this NAM population highly valuable for public availability as it is actually in use as germplasm for detailed physiological studies of sorghum chilling tolerance by various public and private research groups. References: (1)Marla et al., 2019. Genetic architecture of chilling tolerance in sorghum dissected with a nested association mapping population. G3, 9:4045-4097; (2)Marla et al., 2023.Genomics and phenomics enabled prebreeding improved early season chilling tolerance in sorghum. G3, 13:jkad116.2190246PI 707219
160PI 707220Sorghum, MiloSorghum bicolor (L.) Moench S9Not Available2025The sorghum ARS_BTX623_NAM_ESCT population is composed of three biparental parental subpopulations with a total of 769 recombinant inbred lines (F7-F8 RILs) entries. The biparental subpopulations are referred to as: BTx623xHKZ; BTx623xNSZ and BTx623x Kaoliang. This population includes new sorghum germplasm that displayed transgressive segregation compared to cold tolerant parent based on germinability(>than 70%), field emergence (60-80%) and seedling vigor (robust score of 1.5-2.5 on a scale of 1 (robust vigor) to 5 (poor vigor), traits that are needed for early season cold tolerance in US production settings. Majority of RILs displayed combine height of 1-1.4 m and flowering time of 70-75 days. The genotype data for ARS_BTX623_NAM_ESCT population is archived at NCBI sequence read archive under project SRP8838986 [(1) Marla et al., 2019, Genes|Genomes|Genetics]. The population served as primary genetic resource for successful identification and application of DNA markers that are useful for improvement of sorghum chilling tolerance [(2)Marla et al., 2023, Genes|Genomes|Genetics]. The availability of published advanced genetics and information on sorghum chilling tolerance made this NAM population highly valuable for public availability as it is actually in use as germplasm for detailed physiological studies of sorghum chilling tolerance by various public and private research groups. References: (1)Marla et al., 2019. Genetic architecture of chilling tolerance in sorghum dissected with a nested association mapping population. G3, 9:4045-4097; (2)Marla et al., 2023.Genomics and phenomics enabled prebreeding improved early season chilling tolerance in sorghum. G3, 13:jkad116.2190247PI 707220
161PI 707221Sorghum, MiloSorghum bicolor (L.) Moench S9Not Available2025The sorghum ARS_BTX623_NAM_ESCT population is composed of three biparental parental subpopulations with a total of 769 recombinant inbred lines (F7-F8 RILs) entries. The biparental subpopulations are referred to as: BTx623xHKZ; BTx623xNSZ and BTx623x Kaoliang. This population includes new sorghum germplasm that displayed transgressive segregation compared to cold tolerant parent based on germinability(>than 70%), field emergence (60-80%) and seedling vigor (robust score of 1.5-2.5 on a scale of 1 (robust vigor) to 5 (poor vigor), traits that are needed for early season cold tolerance in US production settings. Majority of RILs displayed combine height of 1-1.4 m and flowering time of 70-75 days. The genotype data for ARS_BTX623_NAM_ESCT population is archived at NCBI sequence read archive under project SRP8838986 [(1) Marla et al., 2019, Genes|Genomes|Genetics]. The population served as primary genetic resource for successful identification and application of DNA markers that are useful for improvement of sorghum chilling tolerance [(2)Marla et al., 2023, Genes|Genomes|Genetics]. The availability of published advanced genetics and information on sorghum chilling tolerance made this NAM population highly valuable for public availability as it is actually in use as germplasm for detailed physiological studies of sorghum chilling tolerance by various public and private research groups. References: (1)Marla et al., 2019. Genetic architecture of chilling tolerance in sorghum dissected with a nested association mapping population. G3, 9:4045-4097; (2)Marla et al., 2023.Genomics and phenomics enabled prebreeding improved early season chilling tolerance in sorghum. G3, 13:jkad116.2190248PI 707221
162PI 707222Sorghum, MiloSorghum bicolor (L.) Moench S9Not Available2025The sorghum ARS_BTX623_NAM_ESCT population is composed of three biparental parental subpopulations with a total of 769 recombinant inbred lines (F7-F8 RILs) entries. The biparental subpopulations are referred to as: BTx623xHKZ; BTx623xNSZ and BTx623x Kaoliang. This population includes new sorghum germplasm that displayed transgressive segregation compared to cold tolerant parent based on germinability(>than 70%), field emergence (60-80%) and seedling vigor (robust score of 1.5-2.5 on a scale of 1 (robust vigor) to 5 (poor vigor), traits that are needed for early season cold tolerance in US production settings. Majority of RILs displayed combine height of 1-1.4 m and flowering time of 70-75 days. The genotype data for ARS_BTX623_NAM_ESCT population is archived at NCBI sequence read archive under project SRP8838986 [(1) Marla et al., 2019, Genes|Genomes|Genetics]. The population served as primary genetic resource for successful identification and application of DNA markers that are useful for improvement of sorghum chilling tolerance [(2)Marla et al., 2023, Genes|Genomes|Genetics]. The availability of published advanced genetics and information on sorghum chilling tolerance made this NAM population highly valuable for public availability as it is actually in use as germplasm for detailed physiological studies of sorghum chilling tolerance by various public and private research groups. References: (1)Marla et al., 2019. Genetic architecture of chilling tolerance in sorghum dissected with a nested association mapping population. G3, 9:4045-4097; (2)Marla et al., 2023.Genomics and phenomics enabled prebreeding improved early season chilling tolerance in sorghum. G3, 13:jkad116.2190249PI 707222
163PI 707223Sorghum, MiloSorghum bicolor (L.) Moench S9Not Available2025The sorghum ARS_BTX623_NAM_ESCT population is composed of three biparental parental subpopulations with a total of 769 recombinant inbred lines (F7-F8 RILs) entries. The biparental subpopulations are referred to as: BTx623xHKZ; BTx623xNSZ and BTx623x Kaoliang. This population includes new sorghum germplasm that displayed transgressive segregation compared to cold tolerant parent based on germinability(>than 70%), field emergence (60-80%) and seedling vigor (robust score of 1.5-2.5 on a scale of 1 (robust vigor) to 5 (poor vigor), traits that are needed for early season cold tolerance in US production settings. Majority of RILs displayed combine height of 1-1.4 m and flowering time of 70-75 days. The genotype data for ARS_BTX623_NAM_ESCT population is archived at NCBI sequence read archive under project SRP8838986 [(1) Marla et al., 2019, Genes|Genomes|Genetics]. The population served as primary genetic resource for successful identification and application of DNA markers that are useful for improvement of sorghum chilling tolerance [(2)Marla et al., 2023, Genes|Genomes|Genetics]. The availability of published advanced genetics and information on sorghum chilling tolerance made this NAM population highly valuable for public availability as it is actually in use as germplasm for detailed physiological studies of sorghum chilling tolerance by various public and private research groups. References: (1)Marla et al., 2019. Genetic architecture of chilling tolerance in sorghum dissected with a nested association mapping population. G3, 9:4045-4097; (2)Marla et al., 2023.Genomics and phenomics enabled prebreeding improved early season chilling tolerance in sorghum. G3, 13:jkad116.2190250PI 707223
164PI 707224Sorghum, MiloSorghum bicolor (L.) Moench S9Not Available2025The sorghum ARS_BTX623_NAM_ESCT population is composed of three biparental parental subpopulations with a total of 769 recombinant inbred lines (F7-F8 RILs) entries. The biparental subpopulations are referred to as: BTx623xHKZ; BTx623xNSZ and BTx623x Kaoliang. This population includes new sorghum germplasm that displayed transgressive segregation compared to cold tolerant parent based on germinability(>than 70%), field emergence (60-80%) and seedling vigor (robust score of 1.5-2.5 on a scale of 1 (robust vigor) to 5 (poor vigor), traits that are needed for early season cold tolerance in US production settings. Majority of RILs displayed combine height of 1-1.4 m and flowering time of 70-75 days. The genotype data for ARS_BTX623_NAM_ESCT population is archived at NCBI sequence read archive under project SRP8838986 [(1) Marla et al., 2019, Genes|Genomes|Genetics]. The population served as primary genetic resource for successful identification and application of DNA markers that are useful for improvement of sorghum chilling tolerance [(2)Marla et al., 2023, Genes|Genomes|Genetics]. The availability of published advanced genetics and information on sorghum chilling tolerance made this NAM population highly valuable for public availability as it is actually in use as germplasm for detailed physiological studies of sorghum chilling tolerance by various public and private research groups. References: (1)Marla et al., 2019. Genetic architecture of chilling tolerance in sorghum dissected with a nested association mapping population. G3, 9:4045-4097; (2)Marla et al., 2023.Genomics and phenomics enabled prebreeding improved early season chilling tolerance in sorghum. G3, 13:jkad116.2190251PI 707224
165PI 707225Sorghum, MiloSorghum bicolor (L.) Moench S9Not Available2025The sorghum ARS_BTX623_NAM_ESCT population is composed of three biparental parental subpopulations with a total of 769 recombinant inbred lines (F7-F8 RILs) entries. The biparental subpopulations are referred to as: BTx623xHKZ; BTx623xNSZ and BTx623x Kaoliang. This population includes new sorghum germplasm that displayed transgressive segregation compared to cold tolerant parent based on germinability(>than 70%), field emergence (60-80%) and seedling vigor (robust score of 1.5-2.5 on a scale of 1 (robust vigor) to 5 (poor vigor), traits that are needed for early season cold tolerance in US production settings. Majority of RILs displayed combine height of 1-1.4 m and flowering time of 70-75 days. The genotype data for ARS_BTX623_NAM_ESCT population is archived at NCBI sequence read archive under project SRP8838986 [(1) Marla et al., 2019, Genes|Genomes|Genetics]. The population served as primary genetic resource for successful identification and application of DNA markers that are useful for improvement of sorghum chilling tolerance [(2)Marla et al., 2023, Genes|Genomes|Genetics]. The availability of published advanced genetics and information on sorghum chilling tolerance made this NAM population highly valuable for public availability as it is actually in use as germplasm for detailed physiological studies of sorghum chilling tolerance by various public and private research groups. References: (1)Marla et al., 2019. Genetic architecture of chilling tolerance in sorghum dissected with a nested association mapping population. G3, 9:4045-4097; (2)Marla et al., 2023.Genomics and phenomics enabled prebreeding improved early season chilling tolerance in sorghum. G3, 13:jkad116.2190252PI 707225
166PI 707226Sorghum, MiloSorghum bicolor (L.) Moench S9Not Available2025The sorghum ARS_BTX623_NAM_ESCT population is composed of three biparental parental subpopulations with a total of 769 recombinant inbred lines (F7-F8 RILs) entries. The biparental subpopulations are referred to as: BTx623xHKZ; BTx623xNSZ and BTx623x Kaoliang. This population includes new sorghum germplasm that displayed transgressive segregation compared to cold tolerant parent based on germinability(>than 70%), field emergence (60-80%) and seedling vigor (robust score of 1.5-2.5 on a scale of 1 (robust vigor) to 5 (poor vigor), traits that are needed for early season cold tolerance in US production settings. Majority of RILs displayed combine height of 1-1.4 m and flowering time of 70-75 days. The genotype data for ARS_BTX623_NAM_ESCT population is archived at NCBI sequence read archive under project SRP8838986 [(1) Marla et al., 2019, Genes|Genomes|Genetics]. The population served as primary genetic resource for successful identification and application of DNA markers that are useful for improvement of sorghum chilling tolerance [(2)Marla et al., 2023, Genes|Genomes|Genetics]. The availability of published advanced genetics and information on sorghum chilling tolerance made this NAM population highly valuable for public availability as it is actually in use as germplasm for detailed physiological studies of sorghum chilling tolerance by various public and private research groups. References: (1)Marla et al., 2019. Genetic architecture of chilling tolerance in sorghum dissected with a nested association mapping population. G3, 9:4045-4097; (2)Marla et al., 2023.Genomics and phenomics enabled prebreeding improved early season chilling tolerance in sorghum. G3, 13:jkad116.2190253PI 707226
167PI 707227Sorghum, MiloSorghum bicolor (L.) Moench S9Not Available2025The sorghum ARS_BTX623_NAM_ESCT population is composed of three biparental parental subpopulations with a total of 769 recombinant inbred lines (F7-F8 RILs) entries. The biparental subpopulations are referred to as: BTx623xHKZ; BTx623xNSZ and BTx623x Kaoliang. This population includes new sorghum germplasm that displayed transgressive segregation compared to cold tolerant parent based on germinability(>than 70%), field emergence (60-80%) and seedling vigor (robust score of 1.5-2.5 on a scale of 1 (robust vigor) to 5 (poor vigor), traits that are needed for early season cold tolerance in US production settings. Majority of RILs displayed combine height of 1-1.4 m and flowering time of 70-75 days. The genotype data for ARS_BTX623_NAM_ESCT population is archived at NCBI sequence read archive under project SRP8838986 [(1) Marla et al., 2019, Genes|Genomes|Genetics]. The population served as primary genetic resource for successful identification and application of DNA markers that are useful for improvement of sorghum chilling tolerance [(2)Marla et al., 2023, Genes|Genomes|Genetics]. The availability of published advanced genetics and information on sorghum chilling tolerance made this NAM population highly valuable for public availability as it is actually in use as germplasm for detailed physiological studies of sorghum chilling tolerance by various public and private research groups. References: (1)Marla et al., 2019. Genetic architecture of chilling tolerance in sorghum dissected with a nested association mapping population. G3, 9:4045-4097; (2)Marla et al., 2023.Genomics and phenomics enabled prebreeding improved early season chilling tolerance in sorghum. G3, 13:jkad116.2190254PI 707227
168PI 707228Sorghum, MiloSorghum bicolor (L.) Moench S9Not Available2025The sorghum ARS_BTX623_NAM_ESCT population is composed of three biparental parental subpopulations with a total of 769 recombinant inbred lines (F7-F8 RILs) entries. The biparental subpopulations are referred to as: BTx623xHKZ; BTx623xNSZ and BTx623x Kaoliang. This population includes new sorghum germplasm that displayed transgressive segregation compared to cold tolerant parent based on germinability(>than 70%), field emergence (60-80%) and seedling vigor (robust score of 1.5-2.5 on a scale of 1 (robust vigor) to 5 (poor vigor), traits that are needed for early season cold tolerance in US production settings. Majority of RILs displayed combine height of 1-1.4 m and flowering time of 70-75 days. The genotype data for ARS_BTX623_NAM_ESCT population is archived at NCBI sequence read archive under project SRP8838986 [(1) Marla et al., 2019, Genes|Genomes|Genetics]. The population served as primary genetic resource for successful identification and application of DNA markers that are useful for improvement of sorghum chilling tolerance [(2)Marla et al., 2023, Genes|Genomes|Genetics]. The availability of published advanced genetics and information on sorghum chilling tolerance made this NAM population highly valuable for public availability as it is actually in use as germplasm for detailed physiological studies of sorghum chilling tolerance by various public and private research groups. References: (1)Marla et al., 2019. Genetic architecture of chilling tolerance in sorghum dissected with a nested association mapping population. G3, 9:4045-4097; (2)Marla et al., 2023.Genomics and phenomics enabled prebreeding improved early season chilling tolerance in sorghum. G3, 13:jkad116.2190255PI 707228
169PI 707229Sorghum, MiloSorghum bicolor (L.) Moench S9Not Available2025The sorghum ARS_BTX623_NAM_ESCT population is composed of three biparental parental subpopulations with a total of 769 recombinant inbred lines (F7-F8 RILs) entries. The biparental subpopulations are referred to as: BTx623xHKZ; BTx623xNSZ and BTx623x Kaoliang. This population includes new sorghum germplasm that displayed transgressive segregation compared to cold tolerant parent based on germinability(>than 70%), field emergence (60-80%) and seedling vigor (robust score of 1.5-2.5 on a scale of 1 (robust vigor) to 5 (poor vigor), traits that are needed for early season cold tolerance in US production settings. Majority of RILs displayed combine height of 1-1.4 m and flowering time of 70-75 days. The genotype data for ARS_BTX623_NAM_ESCT population is archived at NCBI sequence read archive under project SRP8838986 [(1) Marla et al., 2019, Genes|Genomes|Genetics]. The population served as primary genetic resource for successful identification and application of DNA markers that are useful for improvement of sorghum chilling tolerance [(2)Marla et al., 2023, Genes|Genomes|Genetics]. The availability of published advanced genetics and information on sorghum chilling tolerance made this NAM population highly valuable for public availability as it is actually in use as germplasm for detailed physiological studies of sorghum chilling tolerance by various public and private research groups. References: (1)Marla et al., 2019. Genetic architecture of chilling tolerance in sorghum dissected with a nested association mapping population. G3, 9:4045-4097; (2)Marla et al., 2023.Genomics and phenomics enabled prebreeding improved early season chilling tolerance in sorghum. G3, 13:jkad116.2190256PI 707229
170PI 707230Sorghum, MiloSorghum bicolor (L.) Moench S9Not Available2025The sorghum ARS_BTX623_NAM_ESCT population is composed of three biparental parental subpopulations with a total of 769 recombinant inbred lines (F7-F8 RILs) entries. The biparental subpopulations are referred to as: BTx623xHKZ; BTx623xNSZ and BTx623x Kaoliang. This population includes new sorghum germplasm that displayed transgressive segregation compared to cold tolerant parent based on germinability(>than 70%), field emergence (60-80%) and seedling vigor (robust score of 1.5-2.5 on a scale of 1 (robust vigor) to 5 (poor vigor), traits that are needed for early season cold tolerance in US production settings. Majority of RILs displayed combine height of 1-1.4 m and flowering time of 70-75 days. The genotype data for ARS_BTX623_NAM_ESCT population is archived at NCBI sequence read archive under project SRP8838986 [(1) Marla et al., 2019, Genes|Genomes|Genetics]. The population served as primary genetic resource for successful identification and application of DNA markers that are useful for improvement of sorghum chilling tolerance [(2)Marla et al., 2023, Genes|Genomes|Genetics]. The availability of published advanced genetics and information on sorghum chilling tolerance made this NAM population highly valuable for public availability as it is actually in use as germplasm for detailed physiological studies of sorghum chilling tolerance by various public and private research groups. References: (1)Marla et al., 2019. Genetic architecture of chilling tolerance in sorghum dissected with a nested association mapping population. G3, 9:4045-4097; (2)Marla et al., 2023.Genomics and phenomics enabled prebreeding improved early season chilling tolerance in sorghum. G3, 13:jkad116.2190257PI 707230
171PI 707231Sorghum, MiloSorghum bicolor (L.) Moench S9Not Available2025The sorghum ARS_BTX623_NAM_ESCT population is composed of three biparental parental subpopulations with a total of 769 recombinant inbred lines (F7-F8 RILs) entries. The biparental subpopulations are referred to as: BTx623xHKZ; BTx623xNSZ and BTx623x Kaoliang. This population includes new sorghum germplasm that displayed transgressive segregation compared to cold tolerant parent based on germinability(>than 70%), field emergence (60-80%) and seedling vigor (robust score of 1.5-2.5 on a scale of 1 (robust vigor) to 5 (poor vigor), traits that are needed for early season cold tolerance in US production settings. Majority of RILs displayed combine height of 1-1.4 m and flowering time of 70-75 days. The genotype data for ARS_BTX623_NAM_ESCT population is archived at NCBI sequence read archive under project SRP8838986 [(1) Marla et al., 2019, Genes|Genomes|Genetics]. The population served as primary genetic resource for successful identification and application of DNA markers that are useful for improvement of sorghum chilling tolerance [(2)Marla et al., 2023, Genes|Genomes|Genetics]. The availability of published advanced genetics and information on sorghum chilling tolerance made this NAM population highly valuable for public availability as it is actually in use as germplasm for detailed physiological studies of sorghum chilling tolerance by various public and private research groups. References: (1)Marla et al., 2019. Genetic architecture of chilling tolerance in sorghum dissected with a nested association mapping population. G3, 9:4045-4097; (2)Marla et al., 2023.Genomics and phenomics enabled prebreeding improved early season chilling tolerance in sorghum. G3, 13:jkad116.2190258PI 707231
172PI 707232Sorghum, MiloSorghum bicolor (L.) Moench S9Not Available2025The sorghum ARS_BTX623_NAM_ESCT population is composed of three biparental parental subpopulations with a total of 769 recombinant inbred lines (F7-F8 RILs) entries. The biparental subpopulations are referred to as: BTx623xHKZ; BTx623xNSZ and BTx623x Kaoliang. This population includes new sorghum germplasm that displayed transgressive segregation compared to cold tolerant parent based on germinability(>than 70%), field emergence (60-80%) and seedling vigor (robust score of 1.5-2.5 on a scale of 1 (robust vigor) to 5 (poor vigor), traits that are needed for early season cold tolerance in US production settings. Majority of RILs displayed combine height of 1-1.4 m and flowering time of 70-75 days. The genotype data for ARS_BTX623_NAM_ESCT population is archived at NCBI sequence read archive under project SRP8838986 [(1) Marla et al., 2019, Genes|Genomes|Genetics]. The population served as primary genetic resource for successful identification and application of DNA markers that are useful for improvement of sorghum chilling tolerance [(2)Marla et al., 2023, Genes|Genomes|Genetics]. The availability of published advanced genetics and information on sorghum chilling tolerance made this NAM population highly valuable for public availability as it is actually in use as germplasm for detailed physiological studies of sorghum chilling tolerance by various public and private research groups. References: (1)Marla et al., 2019. Genetic architecture of chilling tolerance in sorghum dissected with a nested association mapping population. G3, 9:4045-4097; (2)Marla et al., 2023.Genomics and phenomics enabled prebreeding improved early season chilling tolerance in sorghum. G3, 13:jkad116.2190259PI 707232
173PI 707233Sorghum, MiloSorghum bicolor (L.) Moench S9Not Available2025The sorghum ARS_BTX623_NAM_ESCT population is composed of three biparental parental subpopulations with a total of 769 recombinant inbred lines (F7-F8 RILs) entries. The biparental subpopulations are referred to as: BTx623xHKZ; BTx623xNSZ and BTx623x Kaoliang. This population includes new sorghum germplasm that displayed transgressive segregation compared to cold tolerant parent based on germinability(>than 70%), field emergence (60-80%) and seedling vigor (robust score of 1.5-2.5 on a scale of 1 (robust vigor) to 5 (poor vigor), traits that are needed for early season cold tolerance in US production settings. Majority of RILs displayed combine height of 1-1.4 m and flowering time of 70-75 days. The genotype data for ARS_BTX623_NAM_ESCT population is archived at NCBI sequence read archive under project SRP8838986 [(1) Marla et al., 2019, Genes|Genomes|Genetics]. The population served as primary genetic resource for successful identification and application of DNA markers that are useful for improvement of sorghum chilling tolerance [(2)Marla et al., 2023, Genes|Genomes|Genetics]. The availability of published advanced genetics and information on sorghum chilling tolerance made this NAM population highly valuable for public availability as it is actually in use as germplasm for detailed physiological studies of sorghum chilling tolerance by various public and private research groups. References: (1)Marla et al., 2019. Genetic architecture of chilling tolerance in sorghum dissected with a nested association mapping population. G3, 9:4045-4097; (2)Marla et al., 2023.Genomics and phenomics enabled prebreeding improved early season chilling tolerance in sorghum. G3, 13:jkad116.2190260PI 707233
174PI 707234Sorghum, MiloSorghum bicolor (L.) Moench S9Not Available2025The sorghum ARS_BTX623_NAM_ESCT population is composed of three biparental parental subpopulations with a total of 769 recombinant inbred lines (F7-F8 RILs) entries. The biparental subpopulations are referred to as: BTx623xHKZ; BTx623xNSZ and BTx623x Kaoliang. This population includes new sorghum germplasm that displayed transgressive segregation compared to cold tolerant parent based on germinability(>than 70%), field emergence (60-80%) and seedling vigor (robust score of 1.5-2.5 on a scale of 1 (robust vigor) to 5 (poor vigor), traits that are needed for early season cold tolerance in US production settings. Majority of RILs displayed combine height of 1-1.4 m and flowering time of 70-75 days. The genotype data for ARS_BTX623_NAM_ESCT population is archived at NCBI sequence read archive under project SRP8838986 [(1) Marla et al., 2019, Genes|Genomes|Genetics]. The population served as primary genetic resource for successful identification and application of DNA markers that are useful for improvement of sorghum chilling tolerance [(2)Marla et al., 2023, Genes|Genomes|Genetics]. The availability of published advanced genetics and information on sorghum chilling tolerance made this NAM population highly valuable for public availability as it is actually in use as germplasm for detailed physiological studies of sorghum chilling tolerance by various public and private research groups. References: (1)Marla et al., 2019. Genetic architecture of chilling tolerance in sorghum dissected with a nested association mapping population. G3, 9:4045-4097; (2)Marla et al., 2023.Genomics and phenomics enabled prebreeding improved early season chilling tolerance in sorghum. G3, 13:jkad116.2190261PI 707234
175PI 707235Sorghum, MiloSorghum bicolor (L.) Moench S9Not Available2025The sorghum ARS_BTX623_NAM_ESCT population is composed of three biparental parental subpopulations with a total of 769 recombinant inbred lines (F7-F8 RILs) entries. The biparental subpopulations are referred to as: BTx623xHKZ; BTx623xNSZ and BTx623x Kaoliang. This population includes new sorghum germplasm that displayed transgressive segregation compared to cold tolerant parent based on germinability(>than 70%), field emergence (60-80%) and seedling vigor (robust score of 1.5-2.5 on a scale of 1 (robust vigor) to 5 (poor vigor), traits that are needed for early season cold tolerance in US production settings. Majority of RILs displayed combine height of 1-1.4 m and flowering time of 70-75 days. The genotype data for ARS_BTX623_NAM_ESCT population is archived at NCBI sequence read archive under project SRP8838986 [(1) Marla et al., 2019, Genes|Genomes|Genetics]. The population served as primary genetic resource for successful identification and application of DNA markers that are useful for improvement of sorghum chilling tolerance [(2)Marla et al., 2023, Genes|Genomes|Genetics]. The availability of published advanced genetics and information on sorghum chilling tolerance made this NAM population highly valuable for public availability as it is actually in use as germplasm for detailed physiological studies of sorghum chilling tolerance by various public and private research groups. References: (1)Marla et al., 2019. Genetic architecture of chilling tolerance in sorghum dissected with a nested association mapping population. G3, 9:4045-4097; (2)Marla et al., 2023.Genomics and phenomics enabled prebreeding improved early season chilling tolerance in sorghum. G3, 13:jkad116.2190262PI 707235
176PI 707236Sorghum, MiloSorghum bicolor (L.) Moench S9Not Available2025The sorghum ARS_BTX623_NAM_ESCT population is composed of three biparental parental subpopulations with a total of 769 recombinant inbred lines (F7-F8 RILs) entries. The biparental subpopulations are referred to as: BTx623xHKZ; BTx623xNSZ and BTx623x Kaoliang. This population includes new sorghum germplasm that displayed transgressive segregation compared to cold tolerant parent based on germinability(>than 70%), field emergence (60-80%) and seedling vigor (robust score of 1.5-2.5 on a scale of 1 (robust vigor) to 5 (poor vigor), traits that are needed for early season cold tolerance in US production settings. Majority of RILs displayed combine height of 1-1.4 m and flowering time of 70-75 days. The genotype data for ARS_BTX623_NAM_ESCT population is archived at NCBI sequence read archive under project SRP8838986 [(1) Marla et al., 2019, Genes|Genomes|Genetics]. The population served as primary genetic resource for successful identification and application of DNA markers that are useful for improvement of sorghum chilling tolerance [(2)Marla et al., 2023, Genes|Genomes|Genetics]. The availability of published advanced genetics and information on sorghum chilling tolerance made this NAM population highly valuable for public availability as it is actually in use as germplasm for detailed physiological studies of sorghum chilling tolerance by various public and private research groups. References: (1)Marla et al., 2019. Genetic architecture of chilling tolerance in sorghum dissected with a nested association mapping population. G3, 9:4045-4097; (2)Marla et al., 2023.Genomics and phenomics enabled prebreeding improved early season chilling tolerance in sorghum. G3, 13:jkad116.2190263PI 707236
177PI 707237Sorghum, MiloSorghum bicolor (L.) Moench S9Not Available2025The sorghum ARS_BTX623_NAM_ESCT population is composed of three biparental parental subpopulations with a total of 769 recombinant inbred lines (F7-F8 RILs) entries. The biparental subpopulations are referred to as: BTx623xHKZ; BTx623xNSZ and BTx623x Kaoliang. This population includes new sorghum germplasm that displayed transgressive segregation compared to cold tolerant parent based on germinability(>than 70%), field emergence (60-80%) and seedling vigor (robust score of 1.5-2.5 on a scale of 1 (robust vigor) to 5 (poor vigor), traits that are needed for early season cold tolerance in US production settings. Majority of RILs displayed combine height of 1-1.4 m and flowering time of 70-75 days. The genotype data for ARS_BTX623_NAM_ESCT population is archived at NCBI sequence read archive under project SRP8838986 [(1) Marla et al., 2019, Genes|Genomes|Genetics]. The population served as primary genetic resource for successful identification and application of DNA markers that are useful for improvement of sorghum chilling tolerance [(2)Marla et al., 2023, Genes|Genomes|Genetics]. The availability of published advanced genetics and information on sorghum chilling tolerance made this NAM population highly valuable for public availability as it is actually in use as germplasm for detailed physiological studies of sorghum chilling tolerance by various public and private research groups. References: (1)Marla et al., 2019. Genetic architecture of chilling tolerance in sorghum dissected with a nested association mapping population. G3, 9:4045-4097; (2)Marla et al., 2023.Genomics and phenomics enabled prebreeding improved early season chilling tolerance in sorghum. G3, 13:jkad116.2190264PI 707237
178PI 707238Sorghum, MiloSorghum bicolor (L.) Moench S9Not Available2025The sorghum ARS_BTX623_NAM_ESCT population is composed of three biparental parental subpopulations with a total of 769 recombinant inbred lines (F7-F8 RILs) entries. The biparental subpopulations are referred to as: BTx623xHKZ; BTx623xNSZ and BTx623x Kaoliang. This population includes new sorghum germplasm that displayed transgressive segregation compared to cold tolerant parent based on germinability(>than 70%), field emergence (60-80%) and seedling vigor (robust score of 1.5-2.5 on a scale of 1 (robust vigor) to 5 (poor vigor), traits that are needed for early season cold tolerance in US production settings. Majority of RILs displayed combine height of 1-1.4 m and flowering time of 70-75 days. The genotype data for ARS_BTX623_NAM_ESCT population is archived at NCBI sequence read archive under project SRP8838986 [(1) Marla et al., 2019, Genes|Genomes|Genetics]. The population served as primary genetic resource for successful identification and application of DNA markers that are useful for improvement of sorghum chilling tolerance [(2)Marla et al., 2023, Genes|Genomes|Genetics]. The availability of published advanced genetics and information on sorghum chilling tolerance made this NAM population highly valuable for public availability as it is actually in use as germplasm for detailed physiological studies of sorghum chilling tolerance by various public and private research groups. References: (1)Marla et al., 2019. Genetic architecture of chilling tolerance in sorghum dissected with a nested association mapping population. G3, 9:4045-4097; (2)Marla et al., 2023.Genomics and phenomics enabled prebreeding improved early season chilling tolerance in sorghum. G3, 13:jkad116.2190265PI 707238
179PI 707239Sorghum, MiloSorghum bicolor (L.) Moench S9Not Available2025The sorghum ARS_BTX623_NAM_ESCT population is composed of three biparental parental subpopulations with a total of 769 recombinant inbred lines (F7-F8 RILs) entries. The biparental subpopulations are referred to as: BTx623xHKZ; BTx623xNSZ and BTx623x Kaoliang. This population includes new sorghum germplasm that displayed transgressive segregation compared to cold tolerant parent based on germinability(>than 70%), field emergence (60-80%) and seedling vigor (robust score of 1.5-2.5 on a scale of 1 (robust vigor) to 5 (poor vigor), traits that are needed for early season cold tolerance in US production settings. Majority of RILs displayed combine height of 1-1.4 m and flowering time of 70-75 days. The genotype data for ARS_BTX623_NAM_ESCT population is archived at NCBI sequence read archive under project SRP8838986 [(1) Marla et al., 2019, Genes|Genomes|Genetics]. The population served as primary genetic resource for successful identification and application of DNA markers that are useful for improvement of sorghum chilling tolerance [(2)Marla et al., 2023, Genes|Genomes|Genetics]. The availability of published advanced genetics and information on sorghum chilling tolerance made this NAM population highly valuable for public availability as it is actually in use as germplasm for detailed physiological studies of sorghum chilling tolerance by various public and private research groups. References: (1)Marla et al., 2019. Genetic architecture of chilling tolerance in sorghum dissected with a nested association mapping population. G3, 9:4045-4097; (2)Marla et al., 2023.Genomics and phenomics enabled prebreeding improved early season chilling tolerance in sorghum. G3, 13:jkad116.2190266PI 707239
180PI 707240Sorghum, MiloSorghum bicolor (L.) Moench S9Not Available2025The sorghum ARS_BTX623_NAM_ESCT population is composed of three biparental parental subpopulations with a total of 769 recombinant inbred lines (F7-F8 RILs) entries. The biparental subpopulations are referred to as: BTx623xHKZ; BTx623xNSZ and BTx623x Kaoliang. This population includes new sorghum germplasm that displayed transgressive segregation compared to cold tolerant parent based on germinability(>than 70%), field emergence (60-80%) and seedling vigor (robust score of 1.5-2.5 on a scale of 1 (robust vigor) to 5 (poor vigor), traits that are needed for early season cold tolerance in US production settings. Majority of RILs displayed combine height of 1-1.4 m and flowering time of 70-75 days. The genotype data for ARS_BTX623_NAM_ESCT population is archived at NCBI sequence read archive under project SRP8838986 [(1) Marla et al., 2019, Genes|Genomes|Genetics]. The population served as primary genetic resource for successful identification and application of DNA markers that are useful for improvement of sorghum chilling tolerance [(2)Marla et al., 2023, Genes|Genomes|Genetics]. The availability of published advanced genetics and information on sorghum chilling tolerance made this NAM population highly valuable for public availability as it is actually in use as germplasm for detailed physiological studies of sorghum chilling tolerance by various public and private research groups. References: (1)Marla et al., 2019. Genetic architecture of chilling tolerance in sorghum dissected with a nested association mapping population. G3, 9:4045-4097; (2)Marla et al., 2023.Genomics and phenomics enabled prebreeding improved early season chilling tolerance in sorghum. G3, 13:jkad116.2190267PI 707240
181PI 707241Sorghum, MiloSorghum bicolor (L.) Moench S9Not Available2025The sorghum ARS_BTX623_NAM_ESCT population is composed of three biparental parental subpopulations with a total of 769 recombinant inbred lines (F7-F8 RILs) entries. The biparental subpopulations are referred to as: BTx623xHKZ; BTx623xNSZ and BTx623x Kaoliang. This population includes new sorghum germplasm that displayed transgressive segregation compared to cold tolerant parent based on germinability(>than 70%), field emergence (60-80%) and seedling vigor (robust score of 1.5-2.5 on a scale of 1 (robust vigor) to 5 (poor vigor), traits that are needed for early season cold tolerance in US production settings. Majority of RILs displayed combine height of 1-1.4 m and flowering time of 70-75 days. The genotype data for ARS_BTX623_NAM_ESCT population is archived at NCBI sequence read archive under project SRP8838986 [(1) Marla et al., 2019, Genes|Genomes|Genetics]. The population served as primary genetic resource for successful identification and application of DNA markers that are useful for improvement of sorghum chilling tolerance [(2)Marla et al., 2023, Genes|Genomes|Genetics]. The availability of published advanced genetics and information on sorghum chilling tolerance made this NAM population highly valuable for public availability as it is actually in use as germplasm for detailed physiological studies of sorghum chilling tolerance by various public and private research groups. References: (1)Marla et al., 2019. Genetic architecture of chilling tolerance in sorghum dissected with a nested association mapping population. G3, 9:4045-4097; (2)Marla et al., 2023.Genomics and phenomics enabled prebreeding improved early season chilling tolerance in sorghum. G3, 13:jkad116.2190268PI 707241
182PI 707242Sorghum, MiloSorghum bicolor (L.) Moench S9Not Available2025The sorghum ARS_BTX623_NAM_ESCT population is composed of three biparental parental subpopulations with a total of 769 recombinant inbred lines (F7-F8 RILs) entries. The biparental subpopulations are referred to as: BTx623xHKZ; BTx623xNSZ and BTx623x Kaoliang. This population includes new sorghum germplasm that displayed transgressive segregation compared to cold tolerant parent based on germinability(>than 70%), field emergence (60-80%) and seedling vigor (robust score of 1.5-2.5 on a scale of 1 (robust vigor) to 5 (poor vigor), traits that are needed for early season cold tolerance in US production settings. Majority of RILs displayed combine height of 1-1.4 m and flowering time of 70-75 days. The genotype data for ARS_BTX623_NAM_ESCT population is archived at NCBI sequence read archive under project SRP8838986 [(1) Marla et al., 2019, Genes|Genomes|Genetics]. The population served as primary genetic resource for successful identification and application of DNA markers that are useful for improvement of sorghum chilling tolerance [(2)Marla et al., 2023, Genes|Genomes|Genetics]. The availability of published advanced genetics and information on sorghum chilling tolerance made this NAM population highly valuable for public availability as it is actually in use as germplasm for detailed physiological studies of sorghum chilling tolerance by various public and private research groups. References: (1)Marla et al., 2019. Genetic architecture of chilling tolerance in sorghum dissected with a nested association mapping population. G3, 9:4045-4097; (2)Marla et al., 2023.Genomics and phenomics enabled prebreeding improved early season chilling tolerance in sorghum. G3, 13:jkad116.2190269PI 707242
183PI 707243Sorghum, MiloSorghum bicolor (L.) Moench S9Not Available2025The sorghum ARS_BTX623_NAM_ESCT population is composed of three biparental parental subpopulations with a total of 769 recombinant inbred lines (F7-F8 RILs) entries. The biparental subpopulations are referred to as: BTx623xHKZ; BTx623xNSZ and BTx623x Kaoliang. This population includes new sorghum germplasm that displayed transgressive segregation compared to cold tolerant parent based on germinability(>than 70%), field emergence (60-80%) and seedling vigor (robust score of 1.5-2.5 on a scale of 1 (robust vigor) to 5 (poor vigor), traits that are needed for early season cold tolerance in US production settings. Majority of RILs displayed combine height of 1-1.4 m and flowering time of 70-75 days. The genotype data for ARS_BTX623_NAM_ESCT population is archived at NCBI sequence read archive under project SRP8838986 [(1) Marla et al., 2019, Genes|Genomes|Genetics]. The population served as primary genetic resource for successful identification and application of DNA markers that are useful for improvement of sorghum chilling tolerance [(2)Marla et al., 2023, Genes|Genomes|Genetics]. The availability of published advanced genetics and information on sorghum chilling tolerance made this NAM population highly valuable for public availability as it is actually in use as germplasm for detailed physiological studies of sorghum chilling tolerance by various public and private research groups. References: (1)Marla et al., 2019. Genetic architecture of chilling tolerance in sorghum dissected with a nested association mapping population. G3, 9:4045-4097; (2)Marla et al., 2023.Genomics and phenomics enabled prebreeding improved early season chilling tolerance in sorghum. G3, 13:jkad116.2190270PI 707243
184PI 707244Sorghum, MiloSorghum bicolor (L.) Moench S9Not Available2025The sorghum ARS_BTX623_NAM_ESCT population is composed of three biparental parental subpopulations with a total of 769 recombinant inbred lines (F7-F8 RILs) entries. The biparental subpopulations are referred to as: BTx623xHKZ; BTx623xNSZ and BTx623x Kaoliang. This population includes new sorghum germplasm that displayed transgressive segregation compared to cold tolerant parent based on germinability(>than 70%), field emergence (60-80%) and seedling vigor (robust score of 1.5-2.5 on a scale of 1 (robust vigor) to 5 (poor vigor), traits that are needed for early season cold tolerance in US production settings. Majority of RILs displayed combine height of 1-1.4 m and flowering time of 70-75 days. The genotype data for ARS_BTX623_NAM_ESCT population is archived at NCBI sequence read archive under project SRP8838986 [(1) Marla et al., 2019, Genes|Genomes|Genetics]. The population served as primary genetic resource for successful identification and application of DNA markers that are useful for improvement of sorghum chilling tolerance [(2)Marla et al., 2023, Genes|Genomes|Genetics]. The availability of published advanced genetics and information on sorghum chilling tolerance made this NAM population highly valuable for public availability as it is actually in use as germplasm for detailed physiological studies of sorghum chilling tolerance by various public and private research groups. References: (1)Marla et al., 2019. Genetic architecture of chilling tolerance in sorghum dissected with a nested association mapping population. G3, 9:4045-4097; (2)Marla et al., 2023.Genomics and phenomics enabled prebreeding improved early season chilling tolerance in sorghum. G3, 13:jkad116.2190271PI 707244
185PI 707245Sorghum, MiloSorghum bicolor (L.) Moench S9Not Available2025The sorghum ARS_BTX623_NAM_ESCT population is composed of three biparental parental subpopulations with a total of 769 recombinant inbred lines (F7-F8 RILs) entries. The biparental subpopulations are referred to as: BTx623xHKZ; BTx623xNSZ and BTx623x Kaoliang. This population includes new sorghum germplasm that displayed transgressive segregation compared to cold tolerant parent based on germinability(>than 70%), field emergence (60-80%) and seedling vigor (robust score of 1.5-2.5 on a scale of 1 (robust vigor) to 5 (poor vigor), traits that are needed for early season cold tolerance in US production settings. Majority of RILs displayed combine height of 1-1.4 m and flowering time of 70-75 days. The genotype data for ARS_BTX623_NAM_ESCT population is archived at NCBI sequence read archive under project SRP8838986 [(1) Marla et al., 2019, Genes|Genomes|Genetics]. The population served as primary genetic resource for successful identification and application of DNA markers that are useful for improvement of sorghum chilling tolerance [(2)Marla et al., 2023, Genes|Genomes|Genetics]. The availability of published advanced genetics and information on sorghum chilling tolerance made this NAM population highly valuable for public availability as it is actually in use as germplasm for detailed physiological studies of sorghum chilling tolerance by various public and private research groups. References: (1)Marla et al., 2019. Genetic architecture of chilling tolerance in sorghum dissected with a nested association mapping population. G3, 9:4045-4097; (2)Marla et al., 2023.Genomics and phenomics enabled prebreeding improved early season chilling tolerance in sorghum. G3, 13:jkad116.2190272PI 707245
186PI 707246Sorghum, MiloSorghum bicolor (L.) Moench S9Not Available2025The sorghum ARS_BTX623_NAM_ESCT population is composed of three biparental parental subpopulations with a total of 769 recombinant inbred lines (F7-F8 RILs) entries. The biparental subpopulations are referred to as: BTx623xHKZ; BTx623xNSZ and BTx623x Kaoliang. This population includes new sorghum germplasm that displayed transgressive segregation compared to cold tolerant parent based on germinability(>than 70%), field emergence (60-80%) and seedling vigor (robust score of 1.5-2.5 on a scale of 1 (robust vigor) to 5 (poor vigor), traits that are needed for early season cold tolerance in US production settings. Majority of RILs displayed combine height of 1-1.4 m and flowering time of 70-75 days. The genotype data for ARS_BTX623_NAM_ESCT population is archived at NCBI sequence read archive under project SRP8838986 [(1) Marla et al., 2019, Genes|Genomes|Genetics]. The population served as primary genetic resource for successful identification and application of DNA markers that are useful for improvement of sorghum chilling tolerance [(2)Marla et al., 2023, Genes|Genomes|Genetics]. The availability of published advanced genetics and information on sorghum chilling tolerance made this NAM population highly valuable for public availability as it is actually in use as germplasm for detailed physiological studies of sorghum chilling tolerance by various public and private research groups. References: (1)Marla et al., 2019. Genetic architecture of chilling tolerance in sorghum dissected with a nested association mapping population. G3, 9:4045-4097; (2)Marla et al., 2023.Genomics and phenomics enabled prebreeding improved early season chilling tolerance in sorghum. G3, 13:jkad116.2190273PI 707246
187PI 707247Sorghum, MiloSorghum bicolor (L.) Moench S9Not Available2025The sorghum ARS_BTX623_NAM_ESCT population is composed of three biparental parental subpopulations with a total of 769 recombinant inbred lines (F7-F8 RILs) entries. The biparental subpopulations are referred to as: BTx623xHKZ; BTx623xNSZ and BTx623x Kaoliang. This population includes new sorghum germplasm that displayed transgressive segregation compared to cold tolerant parent based on germinability(>than 70%), field emergence (60-80%) and seedling vigor (robust score of 1.5-2.5 on a scale of 1 (robust vigor) to 5 (poor vigor), traits that are needed for early season cold tolerance in US production settings. Majority of RILs displayed combine height of 1-1.4 m and flowering time of 70-75 days. The genotype data for ARS_BTX623_NAM_ESCT population is archived at NCBI sequence read archive under project SRP8838986 [(1) Marla et al., 2019, Genes|Genomes|Genetics]. The population served as primary genetic resource for successful identification and application of DNA markers that are useful for improvement of sorghum chilling tolerance [(2)Marla et al., 2023, Genes|Genomes|Genetics]. The availability of published advanced genetics and information on sorghum chilling tolerance made this NAM population highly valuable for public availability as it is actually in use as germplasm for detailed physiological studies of sorghum chilling tolerance by various public and private research groups. References: (1)Marla et al., 2019. Genetic architecture of chilling tolerance in sorghum dissected with a nested association mapping population. G3, 9:4045-4097; (2)Marla et al., 2023.Genomics and phenomics enabled prebreeding improved early season chilling tolerance in sorghum. G3, 13:jkad116.2190274PI 707247
188PI 707248Sorghum, MiloSorghum bicolor (L.) Moench S9Not Available2025The sorghum ARS_BTX623_NAM_ESCT population is composed of three biparental parental subpopulations with a total of 769 recombinant inbred lines (F7-F8 RILs) entries. The biparental subpopulations are referred to as: BTx623xHKZ; BTx623xNSZ and BTx623x Kaoliang. This population includes new sorghum germplasm that displayed transgressive segregation compared to cold tolerant parent based on germinability(>than 70%), field emergence (60-80%) and seedling vigor (robust score of 1.5-2.5 on a scale of 1 (robust vigor) to 5 (poor vigor), traits that are needed for early season cold tolerance in US production settings. Majority of RILs displayed combine height of 1-1.4 m and flowering time of 70-75 days. The genotype data for ARS_BTX623_NAM_ESCT population is archived at NCBI sequence read archive under project SRP8838986 [(1) Marla et al., 2019, Genes|Genomes|Genetics]. The population served as primary genetic resource for successful identification and application of DNA markers that are useful for improvement of sorghum chilling tolerance [(2)Marla et al., 2023, Genes|Genomes|Genetics]. The availability of published advanced genetics and information on sorghum chilling tolerance made this NAM population highly valuable for public availability as it is actually in use as germplasm for detailed physiological studies of sorghum chilling tolerance by various public and private research groups. References: (1)Marla et al., 2019. Genetic architecture of chilling tolerance in sorghum dissected with a nested association mapping population. G3, 9:4045-4097; (2)Marla et al., 2023.Genomics and phenomics enabled prebreeding improved early season chilling tolerance in sorghum. G3, 13:jkad116.2190275PI 707248
189PI 707249Sorghum, MiloSorghum bicolor (L.) Moench S9Not Available2025The sorghum ARS_BTX623_NAM_ESCT population is composed of three biparental parental subpopulations with a total of 769 recombinant inbred lines (F7-F8 RILs) entries. The biparental subpopulations are referred to as: BTx623xHKZ; BTx623xNSZ and BTx623x Kaoliang. This population includes new sorghum germplasm that displayed transgressive segregation compared to cold tolerant parent based on germinability(>than 70%), field emergence (60-80%) and seedling vigor (robust score of 1.5-2.5 on a scale of 1 (robust vigor) to 5 (poor vigor), traits that are needed for early season cold tolerance in US production settings. Majority of RILs displayed combine height of 1-1.4 m and flowering time of 70-75 days. The genotype data for ARS_BTX623_NAM_ESCT population is archived at NCBI sequence read archive under project SRP8838986 [(1) Marla et al., 2019, Genes|Genomes|Genetics]. The population served as primary genetic resource for successful identification and application of DNA markers that are useful for improvement of sorghum chilling tolerance [(2)Marla et al., 2023, Genes|Genomes|Genetics]. The availability of published advanced genetics and information on sorghum chilling tolerance made this NAM population highly valuable for public availability as it is actually in use as germplasm for detailed physiological studies of sorghum chilling tolerance by various public and private research groups. References: (1)Marla et al., 2019. Genetic architecture of chilling tolerance in sorghum dissected with a nested association mapping population. G3, 9:4045-4097; (2)Marla et al., 2023.Genomics and phenomics enabled prebreeding improved early season chilling tolerance in sorghum. G3, 13:jkad116.2190276PI 707249
190PI 707250Sorghum, MiloSorghum bicolor (L.) Moench S9Not Available2025The sorghum ARS_BTX623_NAM_ESCT population is composed of three biparental parental subpopulations with a total of 769 recombinant inbred lines (F7-F8 RILs) entries. The biparental subpopulations are referred to as: BTx623xHKZ; BTx623xNSZ and BTx623x Kaoliang. This population includes new sorghum germplasm that displayed transgressive segregation compared to cold tolerant parent based on germinability(>than 70%), field emergence (60-80%) and seedling vigor (robust score of 1.5-2.5 on a scale of 1 (robust vigor) to 5 (poor vigor), traits that are needed for early season cold tolerance in US production settings. Majority of RILs displayed combine height of 1-1.4 m and flowering time of 70-75 days. The genotype data for ARS_BTX623_NAM_ESCT population is archived at NCBI sequence read archive under project SRP8838986 [(1) Marla et al., 2019, Genes|Genomes|Genetics]. The population served as primary genetic resource for successful identification and application of DNA markers that are useful for improvement of sorghum chilling tolerance [(2)Marla et al., 2023, Genes|Genomes|Genetics]. The availability of published advanced genetics and information on sorghum chilling tolerance made this NAM population highly valuable for public availability as it is actually in use as germplasm for detailed physiological studies of sorghum chilling tolerance by various public and private research groups. References: (1)Marla et al., 2019. Genetic architecture of chilling tolerance in sorghum dissected with a nested association mapping population. G3, 9:4045-4097; (2)Marla et al., 2023.Genomics and phenomics enabled prebreeding improved early season chilling tolerance in sorghum. G3, 13:jkad116.2190277PI 707250
191PI 707251Sorghum, MiloSorghum bicolor (L.) Moench S9Not Available2025The sorghum ARS_BTX623_NAM_ESCT population is composed of three biparental parental subpopulations with a total of 769 recombinant inbred lines (F7-F8 RILs) entries. The biparental subpopulations are referred to as: BTx623xHKZ; BTx623xNSZ and BTx623x Kaoliang. This population includes new sorghum germplasm that displayed transgressive segregation compared to cold tolerant parent based on germinability(>than 70%), field emergence (60-80%) and seedling vigor (robust score of 1.5-2.5 on a scale of 1 (robust vigor) to 5 (poor vigor), traits that are needed for early season cold tolerance in US production settings. Majority of RILs displayed combine height of 1-1.4 m and flowering time of 70-75 days. The genotype data for ARS_BTX623_NAM_ESCT population is archived at NCBI sequence read archive under project SRP8838986 [(1) Marla et al., 2019, Genes|Genomes|Genetics]. The population served as primary genetic resource for successful identification and application of DNA markers that are useful for improvement of sorghum chilling tolerance [(2)Marla et al., 2023, Genes|Genomes|Genetics]. The availability of published advanced genetics and information on sorghum chilling tolerance made this NAM population highly valuable for public availability as it is actually in use as germplasm for detailed physiological studies of sorghum chilling tolerance by various public and private research groups. References: (1)Marla et al., 2019. Genetic architecture of chilling tolerance in sorghum dissected with a nested association mapping population. G3, 9:4045-4097; (2)Marla et al., 2023.Genomics and phenomics enabled prebreeding improved early season chilling tolerance in sorghum. G3, 13:jkad116.2190278PI 707251
192PI 707252Sorghum, MiloSorghum bicolor (L.) Moench S9Not Available2025The sorghum ARS_BTX623_NAM_ESCT population is composed of three biparental parental subpopulations with a total of 769 recombinant inbred lines (F7-F8 RILs) entries. The biparental subpopulations are referred to as: BTx623xHKZ; BTx623xNSZ and BTx623x Kaoliang. This population includes new sorghum germplasm that displayed transgressive segregation compared to cold tolerant parent based on germinability(>than 70%), field emergence (60-80%) and seedling vigor (robust score of 1.5-2.5 on a scale of 1 (robust vigor) to 5 (poor vigor), traits that are needed for early season cold tolerance in US production settings. Majority of RILs displayed combine height of 1-1.4 m and flowering time of 70-75 days. The genotype data for ARS_BTX623_NAM_ESCT population is archived at NCBI sequence read archive under project SRP8838986 [(1) Marla et al., 2019, Genes|Genomes|Genetics]. The population served as primary genetic resource for successful identification and application of DNA markers that are useful for improvement of sorghum chilling tolerance [(2)Marla et al., 2023, Genes|Genomes|Genetics]. The availability of published advanced genetics and information on sorghum chilling tolerance made this NAM population highly valuable for public availability as it is actually in use as germplasm for detailed physiological studies of sorghum chilling tolerance by various public and private research groups. References: (1)Marla et al., 2019. Genetic architecture of chilling tolerance in sorghum dissected with a nested association mapping population. G3, 9:4045-4097; (2)Marla et al., 2023.Genomics and phenomics enabled prebreeding improved early season chilling tolerance in sorghum. G3, 13:jkad116.2190279PI 707252
193PI 707253Sorghum, MiloSorghum bicolor (L.) Moench S9Not Available2025The sorghum ARS_BTX623_NAM_ESCT population is composed of three biparental parental subpopulations with a total of 769 recombinant inbred lines (F7-F8 RILs) entries. The biparental subpopulations are referred to as: BTx623xHKZ; BTx623xNSZ and BTx623x Kaoliang. This population includes new sorghum germplasm that displayed transgressive segregation compared to cold tolerant parent based on germinability(>than 70%), field emergence (60-80%) and seedling vigor (robust score of 1.5-2.5 on a scale of 1 (robust vigor) to 5 (poor vigor), traits that are needed for early season cold tolerance in US production settings. Majority of RILs displayed combine height of 1-1.4 m and flowering time of 70-75 days. The genotype data for ARS_BTX623_NAM_ESCT population is archived at NCBI sequence read archive under project SRP8838986 [(1) Marla et al., 2019, Genes|Genomes|Genetics]. The population served as primary genetic resource for successful identification and application of DNA markers that are useful for improvement of sorghum chilling tolerance [(2)Marla et al., 2023, Genes|Genomes|Genetics]. The availability of published advanced genetics and information on sorghum chilling tolerance made this NAM population highly valuable for public availability as it is actually in use as germplasm for detailed physiological studies of sorghum chilling tolerance by various public and private research groups. References: (1)Marla et al., 2019. Genetic architecture of chilling tolerance in sorghum dissected with a nested association mapping population. G3, 9:4045-4097; (2)Marla et al., 2023.Genomics and phenomics enabled prebreeding improved early season chilling tolerance in sorghum. G3, 13:jkad116.2190280PI 707253
194PI 707254Sorghum, MiloSorghum bicolor (L.) Moench S9Not Available2025The sorghum ARS_BTX623_NAM_ESCT population is composed of three biparental parental subpopulations with a total of 769 recombinant inbred lines (F7-F8 RILs) entries. The biparental subpopulations are referred to as: BTx623xHKZ; BTx623xNSZ and BTx623x Kaoliang. This population includes new sorghum germplasm that displayed transgressive segregation compared to cold tolerant parent based on germinability(>than 70%), field emergence (60-80%) and seedling vigor (robust score of 1.5-2.5 on a scale of 1 (robust vigor) to 5 (poor vigor), traits that are needed for early season cold tolerance in US production settings. Majority of RILs displayed combine height of 1-1.4 m and flowering time of 70-75 days. The genotype data for ARS_BTX623_NAM_ESCT population is archived at NCBI sequence read archive under project SRP8838986 [(1) Marla et al., 2019, Genes|Genomes|Genetics]. The population served as primary genetic resource for successful identification and application of DNA markers that are useful for improvement of sorghum chilling tolerance [(2)Marla et al., 2023, Genes|Genomes|Genetics]. The availability of published advanced genetics and information on sorghum chilling tolerance made this NAM population highly valuable for public availability as it is actually in use as germplasm for detailed physiological studies of sorghum chilling tolerance by various public and private research groups. References: (1)Marla et al., 2019. Genetic architecture of chilling tolerance in sorghum dissected with a nested association mapping population. G3, 9:4045-4097; (2)Marla et al., 2023.Genomics and phenomics enabled prebreeding improved early season chilling tolerance in sorghum. G3, 13:jkad116.2190281PI 707254
195PI 707255Sorghum, MiloSorghum bicolor (L.) Moench S9Not Available2025The sorghum ARS_BTX623_NAM_ESCT population is composed of three biparental parental subpopulations with a total of 769 recombinant inbred lines (F7-F8 RILs) entries. The biparental subpopulations are referred to as: BTx623xHKZ; BTx623xNSZ and BTx623x Kaoliang. This population includes new sorghum germplasm that displayed transgressive segregation compared to cold tolerant parent based on germinability(>than 70%), field emergence (60-80%) and seedling vigor (robust score of 1.5-2.5 on a scale of 1 (robust vigor) to 5 (poor vigor), traits that are needed for early season cold tolerance in US production settings. Majority of RILs displayed combine height of 1-1.4 m and flowering time of 70-75 days. The genotype data for ARS_BTX623_NAM_ESCT population is archived at NCBI sequence read archive under project SRP8838986 [(1) Marla et al., 2019, Genes|Genomes|Genetics]. The population served as primary genetic resource for successful identification and application of DNA markers that are useful for improvement of sorghum chilling tolerance [(2)Marla et al., 2023, Genes|Genomes|Genetics]. The availability of published advanced genetics and information on sorghum chilling tolerance made this NAM population highly valuable for public availability as it is actually in use as germplasm for detailed physiological studies of sorghum chilling tolerance by various public and private research groups. References: (1)Marla et al., 2019. Genetic architecture of chilling tolerance in sorghum dissected with a nested association mapping population. G3, 9:4045-4097; (2)Marla et al., 2023.Genomics and phenomics enabled prebreeding improved early season chilling tolerance in sorghum. G3, 13:jkad116.2190282PI 707255
196PI 707256Sorghum, MiloSorghum bicolor (L.) Moench S9Not Available2025The sorghum ARS_BTX623_NAM_ESCT population is composed of three biparental parental subpopulations with a total of 769 recombinant inbred lines (F7-F8 RILs) entries. The biparental subpopulations are referred to as: BTx623xHKZ; BTx623xNSZ and BTx623x Kaoliang. This population includes new sorghum germplasm that displayed transgressive segregation compared to cold tolerant parent based on germinability(>than 70%), field emergence (60-80%) and seedling vigor (robust score of 1.5-2.5 on a scale of 1 (robust vigor) to 5 (poor vigor), traits that are needed for early season cold tolerance in US production settings. Majority of RILs displayed combine height of 1-1.4 m and flowering time of 70-75 days. The genotype data for ARS_BTX623_NAM_ESCT population is archived at NCBI sequence read archive under project SRP8838986 [(1) Marla et al., 2019, Genes|Genomes|Genetics]. The population served as primary genetic resource for successful identification and application of DNA markers that are useful for improvement of sorghum chilling tolerance [(2)Marla et al., 2023, Genes|Genomes|Genetics]. The availability of published advanced genetics and information on sorghum chilling tolerance made this NAM population highly valuable for public availability as it is actually in use as germplasm for detailed physiological studies of sorghum chilling tolerance by various public and private research groups. References: (1)Marla et al., 2019. Genetic architecture of chilling tolerance in sorghum dissected with a nested association mapping population. G3, 9:4045-4097; (2)Marla et al., 2023.Genomics and phenomics enabled prebreeding improved early season chilling tolerance in sorghum. G3, 13:jkad116.2190283PI 707256
197PI 707257Sorghum, MiloSorghum bicolor (L.) Moench S9Not Available2025The sorghum ARS_BTX623_NAM_ESCT population is composed of three biparental parental subpopulations with a total of 769 recombinant inbred lines (F7-F8 RILs) entries. The biparental subpopulations are referred to as: BTx623xHKZ; BTx623xNSZ and BTx623x Kaoliang. This population includes new sorghum germplasm that displayed transgressive segregation compared to cold tolerant parent based on germinability(>than 70%), field emergence (60-80%) and seedling vigor (robust score of 1.5-2.5 on a scale of 1 (robust vigor) to 5 (poor vigor), traits that are needed for early season cold tolerance in US production settings. Majority of RILs displayed combine height of 1-1.4 m and flowering time of 70-75 days. The genotype data for ARS_BTX623_NAM_ESCT population is archived at NCBI sequence read archive under project SRP8838986 [(1) Marla et al., 2019, Genes|Genomes|Genetics]. The population served as primary genetic resource for successful identification and application of DNA markers that are useful for improvement of sorghum chilling tolerance [(2)Marla et al., 2023, Genes|Genomes|Genetics]. The availability of published advanced genetics and information on sorghum chilling tolerance made this NAM population highly valuable for public availability as it is actually in use as germplasm for detailed physiological studies of sorghum chilling tolerance by various public and private research groups. References: (1)Marla et al., 2019. Genetic architecture of chilling tolerance in sorghum dissected with a nested association mapping population. G3, 9:4045-4097; (2)Marla et al., 2023.Genomics and phenomics enabled prebreeding improved early season chilling tolerance in sorghum. G3, 13:jkad116.2190284PI 707257
198PI 707258Sorghum, MiloSorghum bicolor (L.) Moench S9Not Available2025The sorghum ARS_BTX623_NAM_ESCT population is composed of three biparental parental subpopulations with a total of 769 recombinant inbred lines (F7-F8 RILs) entries. The biparental subpopulations are referred to as: BTx623xHKZ; BTx623xNSZ and BTx623x Kaoliang. This population includes new sorghum germplasm that displayed transgressive segregation compared to cold tolerant parent based on germinability(>than 70%), field emergence (60-80%) and seedling vigor (robust score of 1.5-2.5 on a scale of 1 (robust vigor) to 5 (poor vigor), traits that are needed for early season cold tolerance in US production settings. Majority of RILs displayed combine height of 1-1.4 m and flowering time of 70-75 days. The genotype data for ARS_BTX623_NAM_ESCT population is archived at NCBI sequence read archive under project SRP8838986 [(1) Marla et al., 2019, Genes|Genomes|Genetics]. The population served as primary genetic resource for successful identification and application of DNA markers that are useful for improvement of sorghum chilling tolerance [(2)Marla et al., 2023, Genes|Genomes|Genetics]. The availability of published advanced genetics and information on sorghum chilling tolerance made this NAM population highly valuable for public availability as it is actually in use as germplasm for detailed physiological studies of sorghum chilling tolerance by various public and private research groups. References: (1)Marla et al., 2019. Genetic architecture of chilling tolerance in sorghum dissected with a nested association mapping population. G3, 9:4045-4097; (2)Marla et al., 2023.Genomics and phenomics enabled prebreeding improved early season chilling tolerance in sorghum. G3, 13:jkad116.2190285PI 707258
199PI 707259Sorghum, MiloSorghum bicolor (L.) Moench S9Not Available2025The sorghum ARS_BTX623_NAM_ESCT population is composed of three biparental parental subpopulations with a total of 769 recombinant inbred lines (F7-F8 RILs) entries. The biparental subpopulations are referred to as: BTx623xHKZ; BTx623xNSZ and BTx623x Kaoliang. This population includes new sorghum germplasm that displayed transgressive segregation compared to cold tolerant parent based on germinability(>than 70%), field emergence (60-80%) and seedling vigor (robust score of 1.5-2.5 on a scale of 1 (robust vigor) to 5 (poor vigor), traits that are needed for early season cold tolerance in US production settings. Majority of RILs displayed combine height of 1-1.4 m and flowering time of 70-75 days. The genotype data for ARS_BTX623_NAM_ESCT population is archived at NCBI sequence read archive under project SRP8838986 [(1) Marla et al., 2019, Genes|Genomes|Genetics]. The population served as primary genetic resource for successful identification and application of DNA markers that are useful for improvement of sorghum chilling tolerance [(2)Marla et al., 2023, Genes|Genomes|Genetics]. The availability of published advanced genetics and information on sorghum chilling tolerance made this NAM population highly valuable for public availability as it is actually in use as germplasm for detailed physiological studies of sorghum chilling tolerance by various public and private research groups. References: (1)Marla et al., 2019. Genetic architecture of chilling tolerance in sorghum dissected with a nested association mapping population. G3, 9:4045-4097; (2)Marla et al., 2023.Genomics and phenomics enabled prebreeding improved early season chilling tolerance in sorghum. G3, 13:jkad116.2190286PI 707259
200PI 707260Sorghum, MiloSorghum bicolor (L.) Moench S9Not Available2025The sorghum ARS_BTX623_NAM_ESCT population is composed of three biparental parental subpopulations with a total of 769 recombinant inbred lines (F7-F8 RILs) entries. The biparental subpopulations are referred to as: BTx623xHKZ; BTx623xNSZ and BTx623x Kaoliang. This population includes new sorghum germplasm that displayed transgressive segregation compared to cold tolerant parent based on germinability(>than 70%), field emergence (60-80%) and seedling vigor (robust score of 1.5-2.5 on a scale of 1 (robust vigor) to 5 (poor vigor), traits that are needed for early season cold tolerance in US production settings. Majority of RILs displayed combine height of 1-1.4 m and flowering time of 70-75 days. The genotype data for ARS_BTX623_NAM_ESCT population is archived at NCBI sequence read archive under project SRP8838986 [(1) Marla et al., 2019, Genes|Genomes|Genetics]. The population served as primary genetic resource for successful identification and application of DNA markers that are useful for improvement of sorghum chilling tolerance [(2)Marla et al., 2023, Genes|Genomes|Genetics]. The availability of published advanced genetics and information on sorghum chilling tolerance made this NAM population highly valuable for public availability as it is actually in use as germplasm for detailed physiological studies of sorghum chilling tolerance by various public and private research groups. References: (1)Marla et al., 2019. Genetic architecture of chilling tolerance in sorghum dissected with a nested association mapping population. G3, 9:4045-4097; (2)Marla et al., 2023.Genomics and phenomics enabled prebreeding improved early season chilling tolerance in sorghum. G3, 13:jkad116.2190287PI 707260
201PI 707261Sorghum, MiloSorghum bicolor (L.) Moench S9Not Available2025The sorghum ARS_BTX623_NAM_ESCT population is composed of three biparental parental subpopulations with a total of 769 recombinant inbred lines (F7-F8 RILs) entries. The biparental subpopulations are referred to as: BTx623xHKZ; BTx623xNSZ and BTx623x Kaoliang. This population includes new sorghum germplasm that displayed transgressive segregation compared to cold tolerant parent based on germinability(>than 70%), field emergence (60-80%) and seedling vigor (robust score of 1.5-2.5 on a scale of 1 (robust vigor) to 5 (poor vigor), traits that are needed for early season cold tolerance in US production settings. Majority of RILs displayed combine height of 1-1.4 m and flowering time of 70-75 days. The genotype data for ARS_BTX623_NAM_ESCT population is archived at NCBI sequence read archive under project SRP8838986 [(1) Marla et al., 2019, Genes|Genomes|Genetics]. The population served as primary genetic resource for successful identification and application of DNA markers that are useful for improvement of sorghum chilling tolerance [(2)Marla et al., 2023, Genes|Genomes|Genetics]. The availability of published advanced genetics and information on sorghum chilling tolerance made this NAM population highly valuable for public availability as it is actually in use as germplasm for detailed physiological studies of sorghum chilling tolerance by various public and private research groups. References: (1)Marla et al., 2019. Genetic architecture of chilling tolerance in sorghum dissected with a nested association mapping population. G3, 9:4045-4097; (2)Marla et al., 2023.Genomics and phenomics enabled prebreeding improved early season chilling tolerance in sorghum. G3, 13:jkad116.2190288PI 707261
202PI 707262Sorghum, MiloSorghum bicolor (L.) Moench S9Not Available2025The sorghum ARS_BTX623_NAM_ESCT population is composed of three biparental parental subpopulations with a total of 769 recombinant inbred lines (F7-F8 RILs) entries. The biparental subpopulations are referred to as: BTx623xHKZ; BTx623xNSZ and BTx623x Kaoliang. This population includes new sorghum germplasm that displayed transgressive segregation compared to cold tolerant parent based on germinability(>than 70%), field emergence (60-80%) and seedling vigor (robust score of 1.5-2.5 on a scale of 1 (robust vigor) to 5 (poor vigor), traits that are needed for early season cold tolerance in US production settings. Majority of RILs displayed combine height of 1-1.4 m and flowering time of 70-75 days. The genotype data for ARS_BTX623_NAM_ESCT population is archived at NCBI sequence read archive under project SRP8838986 [(1) Marla et al., 2019, Genes|Genomes|Genetics]. The population served as primary genetic resource for successful identification and application of DNA markers that are useful for improvement of sorghum chilling tolerance [(2)Marla et al., 2023, Genes|Genomes|Genetics]. The availability of published advanced genetics and information on sorghum chilling tolerance made this NAM population highly valuable for public availability as it is actually in use as germplasm for detailed physiological studies of sorghum chilling tolerance by various public and private research groups. References: (1)Marla et al., 2019. Genetic architecture of chilling tolerance in sorghum dissected with a nested association mapping population. G3, 9:4045-4097; (2)Marla et al., 2023.Genomics and phenomics enabled prebreeding improved early season chilling tolerance in sorghum. G3, 13:jkad116.2190289PI 707262
203PI 707263Sorghum, MiloSorghum bicolor (L.) Moench S9Not Available2025The sorghum ARS_BTX623_NAM_ESCT population is composed of three biparental parental subpopulations with a total of 769 recombinant inbred lines (F7-F8 RILs) entries. The biparental subpopulations are referred to as: BTx623xHKZ; BTx623xNSZ and BTx623x Kaoliang. This population includes new sorghum germplasm that displayed transgressive segregation compared to cold tolerant parent based on germinability(>than 70%), field emergence (60-80%) and seedling vigor (robust score of 1.5-2.5 on a scale of 1 (robust vigor) to 5 (poor vigor), traits that are needed for early season cold tolerance in US production settings. Majority of RILs displayed combine height of 1-1.4 m and flowering time of 70-75 days. The genotype data for ARS_BTX623_NAM_ESCT population is archived at NCBI sequence read archive under project SRP8838986 [(1) Marla et al., 2019, Genes|Genomes|Genetics]. The population served as primary genetic resource for successful identification and application of DNA markers that are useful for improvement of sorghum chilling tolerance [(2)Marla et al., 2023, Genes|Genomes|Genetics]. The availability of published advanced genetics and information on sorghum chilling tolerance made this NAM population highly valuable for public availability as it is actually in use as germplasm for detailed physiological studies of sorghum chilling tolerance by various public and private research groups. References: (1)Marla et al., 2019. Genetic architecture of chilling tolerance in sorghum dissected with a nested association mapping population. G3, 9:4045-4097; (2)Marla et al., 2023.Genomics and phenomics enabled prebreeding improved early season chilling tolerance in sorghum. G3, 13:jkad116.2190290PI 707263
204PI 707264Sorghum, MiloSorghum bicolor (L.) Moench S9Not Available2025The sorghum ARS_BTX623_NAM_ESCT population is composed of three biparental parental subpopulations with a total of 769 recombinant inbred lines (F7-F8 RILs) entries. The biparental subpopulations are referred to as: BTx623xHKZ; BTx623xNSZ and BTx623x Kaoliang. This population includes new sorghum germplasm that displayed transgressive segregation compared to cold tolerant parent based on germinability(>than 70%), field emergence (60-80%) and seedling vigor (robust score of 1.5-2.5 on a scale of 1 (robust vigor) to 5 (poor vigor), traits that are needed for early season cold tolerance in US production settings. Majority of RILs displayed combine height of 1-1.4 m and flowering time of 70-75 days. The genotype data for ARS_BTX623_NAM_ESCT population is archived at NCBI sequence read archive under project SRP8838986 [(1) Marla et al., 2019, Genes|Genomes|Genetics]. The population served as primary genetic resource for successful identification and application of DNA markers that are useful for improvement of sorghum chilling tolerance [(2)Marla et al., 2023, Genes|Genomes|Genetics]. The availability of published advanced genetics and information on sorghum chilling tolerance made this NAM population highly valuable for public availability as it is actually in use as germplasm for detailed physiological studies of sorghum chilling tolerance by various public and private research groups. References: (1)Marla et al., 2019. Genetic architecture of chilling tolerance in sorghum dissected with a nested association mapping population. G3, 9:4045-4097; (2)Marla et al., 2023.Genomics and phenomics enabled prebreeding improved early season chilling tolerance in sorghum. G3, 13:jkad116.2190291PI 707264
205PI 707265Sorghum, MiloSorghum bicolor (L.) Moench S9Not Available2025The sorghum ARS_BTX623_NAM_ESCT population is composed of three biparental parental subpopulations with a total of 769 recombinant inbred lines (F7-F8 RILs) entries. The biparental subpopulations are referred to as: BTx623xHKZ; BTx623xNSZ and BTx623x Kaoliang. This population includes new sorghum germplasm that displayed transgressive segregation compared to cold tolerant parent based on germinability(>than 70%), field emergence (60-80%) and seedling vigor (robust score of 1.5-2.5 on a scale of 1 (robust vigor) to 5 (poor vigor), traits that are needed for early season cold tolerance in US production settings. Majority of RILs displayed combine height of 1-1.4 m and flowering time of 70-75 days. The genotype data for ARS_BTX623_NAM_ESCT population is archived at NCBI sequence read archive under project SRP8838986 [(1) Marla et al., 2019, Genes|Genomes|Genetics]. The population served as primary genetic resource for successful identification and application of DNA markers that are useful for improvement of sorghum chilling tolerance [(2)Marla et al., 2023, Genes|Genomes|Genetics]. The availability of published advanced genetics and information on sorghum chilling tolerance made this NAM population highly valuable for public availability as it is actually in use as germplasm for detailed physiological studies of sorghum chilling tolerance by various public and private research groups. References: (1)Marla et al., 2019. Genetic architecture of chilling tolerance in sorghum dissected with a nested association mapping population. G3, 9:4045-4097; (2)Marla et al., 2023.Genomics and phenomics enabled prebreeding improved early season chilling tolerance in sorghum. G3, 13:jkad116.2190292PI 707265
206PI 707266Sorghum, MiloSorghum bicolor (L.) Moench S9Not Available2025The sorghum ARS_BTX623_NAM_ESCT population is composed of three biparental parental subpopulations with a total of 769 recombinant inbred lines (F7-F8 RILs) entries. The biparental subpopulations are referred to as: BTx623xHKZ; BTx623xNSZ and BTx623x Kaoliang. This population includes new sorghum germplasm that displayed transgressive segregation compared to cold tolerant parent based on germinability(>than 70%), field emergence (60-80%) and seedling vigor (robust score of 1.5-2.5 on a scale of 1 (robust vigor) to 5 (poor vigor), traits that are needed for early season cold tolerance in US production settings. Majority of RILs displayed combine height of 1-1.4 m and flowering time of 70-75 days. The genotype data for ARS_BTX623_NAM_ESCT population is archived at NCBI sequence read archive under project SRP8838986 [(1) Marla et al., 2019, Genes|Genomes|Genetics]. The population served as primary genetic resource for successful identification and application of DNA markers that are useful for improvement of sorghum chilling tolerance [(2)Marla et al., 2023, Genes|Genomes|Genetics]. The availability of published advanced genetics and information on sorghum chilling tolerance made this NAM population highly valuable for public availability as it is actually in use as germplasm for detailed physiological studies of sorghum chilling tolerance by various public and private research groups. References: (1)Marla et al., 2019. Genetic architecture of chilling tolerance in sorghum dissected with a nested association mapping population. G3, 9:4045-4097; (2)Marla et al., 2023.Genomics and phenomics enabled prebreeding improved early season chilling tolerance in sorghum. G3, 13:jkad116.2190293PI 707266
207PI 707267Sorghum, MiloSorghum bicolor (L.) Moench S9Not Available2025The sorghum ARS_BTX623_NAM_ESCT population is composed of three biparental parental subpopulations with a total of 769 recombinant inbred lines (F7-F8 RILs) entries. The biparental subpopulations are referred to as: BTx623xHKZ; BTx623xNSZ and BTx623x Kaoliang. This population includes new sorghum germplasm that displayed transgressive segregation compared to cold tolerant parent based on germinability(>than 70%), field emergence (60-80%) and seedling vigor (robust score of 1.5-2.5 on a scale of 1 (robust vigor) to 5 (poor vigor), traits that are needed for early season cold tolerance in US production settings. Majority of RILs displayed combine height of 1-1.4 m and flowering time of 70-75 days. The genotype data for ARS_BTX623_NAM_ESCT population is archived at NCBI sequence read archive under project SRP8838986 [(1) Marla et al., 2019, Genes|Genomes|Genetics]. The population served as primary genetic resource for successful identification and application of DNA markers that are useful for improvement of sorghum chilling tolerance [(2)Marla et al., 2023, Genes|Genomes|Genetics]. The availability of published advanced genetics and information on sorghum chilling tolerance made this NAM population highly valuable for public availability as it is actually in use as germplasm for detailed physiological studies of sorghum chilling tolerance by various public and private research groups. References: (1)Marla et al., 2019. Genetic architecture of chilling tolerance in sorghum dissected with a nested association mapping population. G3, 9:4045-4097; (2)Marla et al., 2023.Genomics and phenomics enabled prebreeding improved early season chilling tolerance in sorghum. G3, 13:jkad116.2190294PI 707267
208PI 707268Sorghum, MiloSorghum bicolor (L.) Moench S9Not Available2025The sorghum ARS_BTX623_NAM_ESCT population is composed of three biparental parental subpopulations with a total of 769 recombinant inbred lines (F7-F8 RILs) entries. The biparental subpopulations are referred to as: BTx623xHKZ; BTx623xNSZ and BTx623x Kaoliang. This population includes new sorghum germplasm that displayed transgressive segregation compared to cold tolerant parent based on germinability(>than 70%), field emergence (60-80%) and seedling vigor (robust score of 1.5-2.5 on a scale of 1 (robust vigor) to 5 (poor vigor), traits that are needed for early season cold tolerance in US production settings. Majority of RILs displayed combine height of 1-1.4 m and flowering time of 70-75 days. The genotype data for ARS_BTX623_NAM_ESCT population is archived at NCBI sequence read archive under project SRP8838986 [(1) Marla et al., 2019, Genes|Genomes|Genetics]. The population served as primary genetic resource for successful identification and application of DNA markers that are useful for improvement of sorghum chilling tolerance [(2)Marla et al., 2023, Genes|Genomes|Genetics]. The availability of published advanced genetics and information on sorghum chilling tolerance made this NAM population highly valuable for public availability as it is actually in use as germplasm for detailed physiological studies of sorghum chilling tolerance by various public and private research groups. References: (1)Marla et al., 2019. Genetic architecture of chilling tolerance in sorghum dissected with a nested association mapping population. G3, 9:4045-4097; (2)Marla et al., 2023.Genomics and phenomics enabled prebreeding improved early season chilling tolerance in sorghum. G3, 13:jkad116.2190295PI 707268
209PI 707269Sorghum, MiloSorghum bicolor (L.) Moench S9Not Available2025The sorghum ARS_BTX623_NAM_ESCT population is composed of three biparental parental subpopulations with a total of 769 recombinant inbred lines (F7-F8 RILs) entries. The biparental subpopulations are referred to as: BTx623xHKZ; BTx623xNSZ and BTx623x Kaoliang. This population includes new sorghum germplasm that displayed transgressive segregation compared to cold tolerant parent based on germinability(>than 70%), field emergence (60-80%) and seedling vigor (robust score of 1.5-2.5 on a scale of 1 (robust vigor) to 5 (poor vigor), traits that are needed for early season cold tolerance in US production settings. Majority of RILs displayed combine height of 1-1.4 m and flowering time of 70-75 days. The genotype data for ARS_BTX623_NAM_ESCT population is archived at NCBI sequence read archive under project SRP8838986 [(1) Marla et al., 2019, Genes|Genomes|Genetics]. The population served as primary genetic resource for successful identification and application of DNA markers that are useful for improvement of sorghum chilling tolerance [(2)Marla et al., 2023, Genes|Genomes|Genetics]. The availability of published advanced genetics and information on sorghum chilling tolerance made this NAM population highly valuable for public availability as it is actually in use as germplasm for detailed physiological studies of sorghum chilling tolerance by various public and private research groups. References: (1)Marla et al., 2019. Genetic architecture of chilling tolerance in sorghum dissected with a nested association mapping population. G3, 9:4045-4097; (2)Marla et al., 2023.Genomics and phenomics enabled prebreeding improved early season chilling tolerance in sorghum. G3, 13:jkad116.2190296PI 707269
210PI 707270Sorghum, MiloSorghum bicolor (L.) Moench S9Not Available2025The sorghum ARS_BTX623_NAM_ESCT population is composed of three biparental parental subpopulations with a total of 769 recombinant inbred lines (F7-F8 RILs) entries. The biparental subpopulations are referred to as: BTx623xHKZ; BTx623xNSZ and BTx623x Kaoliang. This population includes new sorghum germplasm that displayed transgressive segregation compared to cold tolerant parent based on germinability(>than 70%), field emergence (60-80%) and seedling vigor (robust score of 1.5-2.5 on a scale of 1 (robust vigor) to 5 (poor vigor), traits that are needed for early season cold tolerance in US production settings. Majority of RILs displayed combine height of 1-1.4 m and flowering time of 70-75 days. The genotype data for ARS_BTX623_NAM_ESCT population is archived at NCBI sequence read archive under project SRP8838986 [(1) Marla et al., 2019, Genes|Genomes|Genetics]. The population served as primary genetic resource for successful identification and application of DNA markers that are useful for improvement of sorghum chilling tolerance [(2)Marla et al., 2023, Genes|Genomes|Genetics]. The availability of published advanced genetics and information on sorghum chilling tolerance made this NAM population highly valuable for public availability as it is actually in use as germplasm for detailed physiological studies of sorghum chilling tolerance by various public and private research groups. References: (1)Marla et al., 2019. Genetic architecture of chilling tolerance in sorghum dissected with a nested association mapping population. G3, 9:4045-4097; (2)Marla et al., 2023.Genomics and phenomics enabled prebreeding improved early season chilling tolerance in sorghum. G3, 13:jkad116.2190297PI 707270
211PI 707271Sorghum, MiloSorghum bicolor (L.) Moench S9Not Available2025The sorghum ARS_BTX623_NAM_ESCT population is composed of three biparental parental subpopulations with a total of 769 recombinant inbred lines (F7-F8 RILs) entries. The biparental subpopulations are referred to as: BTx623xHKZ; BTx623xNSZ and BTx623x Kaoliang. This population includes new sorghum germplasm that displayed transgressive segregation compared to cold tolerant parent based on germinability(>than 70%), field emergence (60-80%) and seedling vigor (robust score of 1.5-2.5 on a scale of 1 (robust vigor) to 5 (poor vigor), traits that are needed for early season cold tolerance in US production settings. Majority of RILs displayed combine height of 1-1.4 m and flowering time of 70-75 days. The genotype data for ARS_BTX623_NAM_ESCT population is archived at NCBI sequence read archive under project SRP8838986 [(1) Marla et al., 2019, Genes|Genomes|Genetics]. The population served as primary genetic resource for successful identification and application of DNA markers that are useful for improvement of sorghum chilling tolerance [(2)Marla et al., 2023, Genes|Genomes|Genetics]. The availability of published advanced genetics and information on sorghum chilling tolerance made this NAM population highly valuable for public availability as it is actually in use as germplasm for detailed physiological studies of sorghum chilling tolerance by various public and private research groups. References: (1)Marla et al., 2019. Genetic architecture of chilling tolerance in sorghum dissected with a nested association mapping population. G3, 9:4045-4097; (2)Marla et al., 2023.Genomics and phenomics enabled prebreeding improved early season chilling tolerance in sorghum. G3, 13:jkad116.2190298PI 707271
212PI 707272Sorghum, MiloSorghum bicolor (L.) Moench S9Not Available2025The sorghum ARS_BTX623_NAM_ESCT population is composed of three biparental parental subpopulations with a total of 769 recombinant inbred lines (F7-F8 RILs) entries. The biparental subpopulations are referred to as: BTx623xHKZ; BTx623xNSZ and BTx623x Kaoliang. This population includes new sorghum germplasm that displayed transgressive segregation compared to cold tolerant parent based on germinability(>than 70%), field emergence (60-80%) and seedling vigor (robust score of 1.5-2.5 on a scale of 1 (robust vigor) to 5 (poor vigor), traits that are needed for early season cold tolerance in US production settings. Majority of RILs displayed combine height of 1-1.4 m and flowering time of 70-75 days. The genotype data for ARS_BTX623_NAM_ESCT population is archived at NCBI sequence read archive under project SRP8838986 [(1) Marla et al., 2019, Genes|Genomes|Genetics]. The population served as primary genetic resource for successful identification and application of DNA markers that are useful for improvement of sorghum chilling tolerance [(2)Marla et al., 2023, Genes|Genomes|Genetics]. The availability of published advanced genetics and information on sorghum chilling tolerance made this NAM population highly valuable for public availability as it is actually in use as germplasm for detailed physiological studies of sorghum chilling tolerance by various public and private research groups. References: (1)Marla et al., 2019. Genetic architecture of chilling tolerance in sorghum dissected with a nested association mapping population. G3, 9:4045-4097; (2)Marla et al., 2023.Genomics and phenomics enabled prebreeding improved early season chilling tolerance in sorghum. G3, 13:jkad116.2190299PI 707272
213PI 707273Sorghum, MiloSorghum bicolor (L.) Moench S9Not Available2025The sorghum ARS_BTX623_NAM_ESCT population is composed of three biparental parental subpopulations with a total of 769 recombinant inbred lines (F7-F8 RILs) entries. The biparental subpopulations are referred to as: BTx623xHKZ; BTx623xNSZ and BTx623x Kaoliang. This population includes new sorghum germplasm that displayed transgressive segregation compared to cold tolerant parent based on germinability(>than 70%), field emergence (60-80%) and seedling vigor (robust score of 1.5-2.5 on a scale of 1 (robust vigor) to 5 (poor vigor), traits that are needed for early season cold tolerance in US production settings. Majority of RILs displayed combine height of 1-1.4 m and flowering time of 70-75 days. The genotype data for ARS_BTX623_NAM_ESCT population is archived at NCBI sequence read archive under project SRP8838986 [(1) Marla et al., 2019, Genes|Genomes|Genetics]. The population served as primary genetic resource for successful identification and application of DNA markers that are useful for improvement of sorghum chilling tolerance [(2)Marla et al., 2023, Genes|Genomes|Genetics]. The availability of published advanced genetics and information on sorghum chilling tolerance made this NAM population highly valuable for public availability as it is actually in use as germplasm for detailed physiological studies of sorghum chilling tolerance by various public and private research groups. References: (1)Marla et al., 2019. Genetic architecture of chilling tolerance in sorghum dissected with a nested association mapping population. G3, 9:4045-4097; (2)Marla et al., 2023.Genomics and phenomics enabled prebreeding improved early season chilling tolerance in sorghum. G3, 13:jkad116.2190300PI 707273
214PI 707274Sorghum, MiloSorghum bicolor (L.) Moench S9Not Available2025The sorghum ARS_BTX623_NAM_ESCT population is composed of three biparental parental subpopulations with a total of 769 recombinant inbred lines (F7-F8 RILs) entries. The biparental subpopulations are referred to as: BTx623xHKZ; BTx623xNSZ and BTx623x Kaoliang. This population includes new sorghum germplasm that displayed transgressive segregation compared to cold tolerant parent based on germinability(>than 70%), field emergence (60-80%) and seedling vigor (robust score of 1.5-2.5 on a scale of 1 (robust vigor) to 5 (poor vigor), traits that are needed for early season cold tolerance in US production settings. Majority of RILs displayed combine height of 1-1.4 m and flowering time of 70-75 days. The genotype data for ARS_BTX623_NAM_ESCT population is archived at NCBI sequence read archive under project SRP8838986 [(1) Marla et al., 2019, Genes|Genomes|Genetics]. The population served as primary genetic resource for successful identification and application of DNA markers that are useful for improvement of sorghum chilling tolerance [(2)Marla et al., 2023, Genes|Genomes|Genetics]. The availability of published advanced genetics and information on sorghum chilling tolerance made this NAM population highly valuable for public availability as it is actually in use as germplasm for detailed physiological studies of sorghum chilling tolerance by various public and private research groups. References: (1)Marla et al., 2019. Genetic architecture of chilling tolerance in sorghum dissected with a nested association mapping population. G3, 9:4045-4097; (2)Marla et al., 2023.Genomics and phenomics enabled prebreeding improved early season chilling tolerance in sorghum. G3, 13:jkad116.2190301PI 707274
215PI 707275Sorghum, MiloSorghum bicolor (L.) Moench S9Not Available2025The sorghum ARS_BTX623_NAM_ESCT population is composed of three biparental parental subpopulations with a total of 769 recombinant inbred lines (F7-F8 RILs) entries. The biparental subpopulations are referred to as: BTx623xHKZ; BTx623xNSZ and BTx623x Kaoliang. This population includes new sorghum germplasm that displayed transgressive segregation compared to cold tolerant parent based on germinability(>than 70%), field emergence (60-80%) and seedling vigor (robust score of 1.5-2.5 on a scale of 1 (robust vigor) to 5 (poor vigor), traits that are needed for early season cold tolerance in US production settings. Majority of RILs displayed combine height of 1-1.4 m and flowering time of 70-75 days. The genotype data for ARS_BTX623_NAM_ESCT population is archived at NCBI sequence read archive under project SRP8838986 [(1) Marla et al., 2019, Genes|Genomes|Genetics]. The population served as primary genetic resource for successful identification and application of DNA markers that are useful for improvement of sorghum chilling tolerance [(2)Marla et al., 2023, Genes|Genomes|Genetics]. The availability of published advanced genetics and information on sorghum chilling tolerance made this NAM population highly valuable for public availability as it is actually in use as germplasm for detailed physiological studies of sorghum chilling tolerance by various public and private research groups. References: (1)Marla et al., 2019. Genetic architecture of chilling tolerance in sorghum dissected with a nested association mapping population. G3, 9:4045-4097; (2)Marla et al., 2023.Genomics and phenomics enabled prebreeding improved early season chilling tolerance in sorghum. G3, 13:jkad116.2190302PI 707275
216PI 707276Sorghum, MiloSorghum bicolor (L.) Moench S9Not Available2025The sorghum ARS_BTX623_NAM_ESCT population is composed of three biparental parental subpopulations with a total of 769 recombinant inbred lines (F7-F8 RILs) entries. The biparental subpopulations are referred to as: BTx623xHKZ; BTx623xNSZ and BTx623x Kaoliang. This population includes new sorghum germplasm that displayed transgressive segregation compared to cold tolerant parent based on germinability(>than 70%), field emergence (60-80%) and seedling vigor (robust score of 1.5-2.5 on a scale of 1 (robust vigor) to 5 (poor vigor), traits that are needed for early season cold tolerance in US production settings. Majority of RILs displayed combine height of 1-1.4 m and flowering time of 70-75 days. The genotype data for ARS_BTX623_NAM_ESCT population is archived at NCBI sequence read archive under project SRP8838986 [(1) Marla et al., 2019, Genes|Genomes|Genetics]. The population served as primary genetic resource for successful identification and application of DNA markers that are useful for improvement of sorghum chilling tolerance [(2)Marla et al., 2023, Genes|Genomes|Genetics]. The availability of published advanced genetics and information on sorghum chilling tolerance made this NAM population highly valuable for public availability as it is actually in use as germplasm for detailed physiological studies of sorghum chilling tolerance by various public and private research groups. References: (1)Marla et al., 2019. Genetic architecture of chilling tolerance in sorghum dissected with a nested association mapping population. G3, 9:4045-4097; (2)Marla et al., 2023.Genomics and phenomics enabled prebreeding improved early season chilling tolerance in sorghum. G3, 13:jkad116.2190303PI 707276
217PI 707277Sorghum, MiloSorghum bicolor (L.) Moench S9Not Available2025The sorghum ARS_BTX623_NAM_ESCT population is composed of three biparental parental subpopulations with a total of 769 recombinant inbred lines (F7-F8 RILs) entries. The biparental subpopulations are referred to as: BTx623xHKZ; BTx623xNSZ and BTx623x Kaoliang. This population includes new sorghum germplasm that displayed transgressive segregation compared to cold tolerant parent based on germinability(>than 70%), field emergence (60-80%) and seedling vigor (robust score of 1.5-2.5 on a scale of 1 (robust vigor) to 5 (poor vigor), traits that are needed for early season cold tolerance in US production settings. Majority of RILs displayed combine height of 1-1.4 m and flowering time of 70-75 days. The genotype data for ARS_BTX623_NAM_ESCT population is archived at NCBI sequence read archive under project SRP8838986 [(1) Marla et al., 2019, Genes|Genomes|Genetics]. The population served as primary genetic resource for successful identification and application of DNA markers that are useful for improvement of sorghum chilling tolerance [(2)Marla et al., 2023, Genes|Genomes|Genetics]. The availability of published advanced genetics and information on sorghum chilling tolerance made this NAM population highly valuable for public availability as it is actually in use as germplasm for detailed physiological studies of sorghum chilling tolerance by various public and private research groups. References: (1)Marla et al., 2019. Genetic architecture of chilling tolerance in sorghum dissected with a nested association mapping population. G3, 9:4045-4097; (2)Marla et al., 2023.Genomics and phenomics enabled prebreeding improved early season chilling tolerance in sorghum. G3, 13:jkad116.2190304PI 707277
218PI 707278Sorghum, MiloSorghum bicolor (L.) Moench S9Not Available2025The sorghum ARS_BTX623_NAM_ESCT population is composed of three biparental parental subpopulations with a total of 769 recombinant inbred lines (F7-F8 RILs) entries. The biparental subpopulations are referred to as: BTx623xHKZ; BTx623xNSZ and BTx623x Kaoliang. This population includes new sorghum germplasm that displayed transgressive segregation compared to cold tolerant parent based on germinability(>than 70%), field emergence (60-80%) and seedling vigor (robust score of 1.5-2.5 on a scale of 1 (robust vigor) to 5 (poor vigor), traits that are needed for early season cold tolerance in US production settings. Majority of RILs displayed combine height of 1-1.4 m and flowering time of 70-75 days. The genotype data for ARS_BTX623_NAM_ESCT population is archived at NCBI sequence read archive under project SRP8838986 [(1) Marla et al., 2019, Genes|Genomes|Genetics]. The population served as primary genetic resource for successful identification and application of DNA markers that are useful for improvement of sorghum chilling tolerance [(2)Marla et al., 2023, Genes|Genomes|Genetics]. The availability of published advanced genetics and information on sorghum chilling tolerance made this NAM population highly valuable for public availability as it is actually in use as germplasm for detailed physiological studies of sorghum chilling tolerance by various public and private research groups. References: (1)Marla et al., 2019. Genetic architecture of chilling tolerance in sorghum dissected with a nested association mapping population. G3, 9:4045-4097; (2)Marla et al., 2023.Genomics and phenomics enabled prebreeding improved early season chilling tolerance in sorghum. G3, 13:jkad116.2190305PI 707278
219PI 707279Sorghum, MiloSorghum bicolor (L.) Moench S9Not Available2025The sorghum ARS_BTX623_NAM_ESCT population is composed of three biparental parental subpopulations with a total of 769 recombinant inbred lines (F7-F8 RILs) entries. The biparental subpopulations are referred to as: BTx623xHKZ; BTx623xNSZ and BTx623x Kaoliang. This population includes new sorghum germplasm that displayed transgressive segregation compared to cold tolerant parent based on germinability(>than 70%), field emergence (60-80%) and seedling vigor (robust score of 1.5-2.5 on a scale of 1 (robust vigor) to 5 (poor vigor), traits that are needed for early season cold tolerance in US production settings. Majority of RILs displayed combine height of 1-1.4 m and flowering time of 70-75 days. The genotype data for ARS_BTX623_NAM_ESCT population is archived at NCBI sequence read archive under project SRP8838986 [(1) Marla et al., 2019, Genes|Genomes|Genetics]. The population served as primary genetic resource for successful identification and application of DNA markers that are useful for improvement of sorghum chilling tolerance [(2)Marla et al., 2023, Genes|Genomes|Genetics]. The availability of published advanced genetics and information on sorghum chilling tolerance made this NAM population highly valuable for public availability as it is actually in use as germplasm for detailed physiological studies of sorghum chilling tolerance by various public and private research groups. References: (1)Marla et al., 2019. Genetic architecture of chilling tolerance in sorghum dissected with a nested association mapping population. G3, 9:4045-4097; (2)Marla et al., 2023.Genomics and phenomics enabled prebreeding improved early season chilling tolerance in sorghum. G3, 13:jkad116.2190306PI 707279
220PI 707280Sorghum, MiloSorghum bicolor (L.) Moench S9Not Available2025The sorghum ARS_BTX623_NAM_ESCT population is composed of three biparental parental subpopulations with a total of 769 recombinant inbred lines (F7-F8 RILs) entries. The biparental subpopulations are referred to as: BTx623xHKZ; BTx623xNSZ and BTx623x Kaoliang. This population includes new sorghum germplasm that displayed transgressive segregation compared to cold tolerant parent based on germinability(>than 70%), field emergence (60-80%) and seedling vigor (robust score of 1.5-2.5 on a scale of 1 (robust vigor) to 5 (poor vigor), traits that are needed for early season cold tolerance in US production settings. Majority of RILs displayed combine height of 1-1.4 m and flowering time of 70-75 days. The genotype data for ARS_BTX623_NAM_ESCT population is archived at NCBI sequence read archive under project SRP8838986 [(1) Marla et al., 2019, Genes|Genomes|Genetics]. The population served as primary genetic resource for successful identification and application of DNA markers that are useful for improvement of sorghum chilling tolerance [(2)Marla et al., 2023, Genes|Genomes|Genetics]. The availability of published advanced genetics and information on sorghum chilling tolerance made this NAM population highly valuable for public availability as it is actually in use as germplasm for detailed physiological studies of sorghum chilling tolerance by various public and private research groups. References: (1)Marla et al., 2019. Genetic architecture of chilling tolerance in sorghum dissected with a nested association mapping population. G3, 9:4045-4097; (2)Marla et al., 2023.Genomics and phenomics enabled prebreeding improved early season chilling tolerance in sorghum. G3, 13:jkad116.2190307PI 707280
221PI 707281Sorghum, MiloSorghum bicolor (L.) Moench S9Not Available2025The sorghum ARS_BTX623_NAM_ESCT population is composed of three biparental parental subpopulations with a total of 769 recombinant inbred lines (F7-F8 RILs) entries. The biparental subpopulations are referred to as: BTx623xHKZ; BTx623xNSZ and BTx623x Kaoliang. This population includes new sorghum germplasm that displayed transgressive segregation compared to cold tolerant parent based on germinability(>than 70%), field emergence (60-80%) and seedling vigor (robust score of 1.5-2.5 on a scale of 1 (robust vigor) to 5 (poor vigor), traits that are needed for early season cold tolerance in US production settings. Majority of RILs displayed combine height of 1-1.4 m and flowering time of 70-75 days. The genotype data for ARS_BTX623_NAM_ESCT population is archived at NCBI sequence read archive under project SRP8838986 [(1) Marla et al., 2019, Genes|Genomes|Genetics]. The population served as primary genetic resource for successful identification and application of DNA markers that are useful for improvement of sorghum chilling tolerance [(2)Marla et al., 2023, Genes|Genomes|Genetics]. The availability of published advanced genetics and information on sorghum chilling tolerance made this NAM population highly valuable for public availability as it is actually in use as germplasm for detailed physiological studies of sorghum chilling tolerance by various public and private research groups. References: (1)Marla et al., 2019. Genetic architecture of chilling tolerance in sorghum dissected with a nested association mapping population. G3, 9:4045-4097; (2)Marla et al., 2023.Genomics and phenomics enabled prebreeding improved early season chilling tolerance in sorghum. G3, 13:jkad116.2190308PI 707281
222PI 707282Sorghum, MiloSorghum bicolor (L.) Moench S9Not Available2025The sorghum ARS_BTX623_NAM_ESCT population is composed of three biparental parental subpopulations with a total of 769 recombinant inbred lines (F7-F8 RILs) entries. The biparental subpopulations are referred to as: BTx623xHKZ; BTx623xNSZ and BTx623x Kaoliang. This population includes new sorghum germplasm that displayed transgressive segregation compared to cold tolerant parent based on germinability(>than 70%), field emergence (60-80%) and seedling vigor (robust score of 1.5-2.5 on a scale of 1 (robust vigor) to 5 (poor vigor), traits that are needed for early season cold tolerance in US production settings. Majority of RILs displayed combine height of 1-1.4 m and flowering time of 70-75 days. The genotype data for ARS_BTX623_NAM_ESCT population is archived at NCBI sequence read archive under project SRP8838986 [(1) Marla et al., 2019, Genes|Genomes|Genetics]. The population served as primary genetic resource for successful identification and application of DNA markers that are useful for improvement of sorghum chilling tolerance [(2)Marla et al., 2023, Genes|Genomes|Genetics]. The availability of published advanced genetics and information on sorghum chilling tolerance made this NAM population highly valuable for public availability as it is actually in use as germplasm for detailed physiological studies of sorghum chilling tolerance by various public and private research groups. References: (1)Marla et al., 2019. Genetic architecture of chilling tolerance in sorghum dissected with a nested association mapping population. G3, 9:4045-4097; (2)Marla et al., 2023.Genomics and phenomics enabled prebreeding improved early season chilling tolerance in sorghum. G3, 13:jkad116.2190309PI 707282
223PI 707283Sorghum, MiloSorghum bicolor (L.) Moench S9Not Available2025The sorghum ARS_BTX623_NAM_ESCT population is composed of three biparental parental subpopulations with a total of 769 recombinant inbred lines (F7-F8 RILs) entries. The biparental subpopulations are referred to as: BTx623xHKZ; BTx623xNSZ and BTx623x Kaoliang. This population includes new sorghum germplasm that displayed transgressive segregation compared to cold tolerant parent based on germinability(>than 70%), field emergence (60-80%) and seedling vigor (robust score of 1.5-2.5 on a scale of 1 (robust vigor) to 5 (poor vigor), traits that are needed for early season cold tolerance in US production settings. Majority of RILs displayed combine height of 1-1.4 m and flowering time of 70-75 days. The genotype data for ARS_BTX623_NAM_ESCT population is archived at NCBI sequence read archive under project SRP8838986 [(1) Marla et al., 2019, Genes|Genomes|Genetics]. The population served as primary genetic resource for successful identification and application of DNA markers that are useful for improvement of sorghum chilling tolerance [(2)Marla et al., 2023, Genes|Genomes|Genetics]. The availability of published advanced genetics and information on sorghum chilling tolerance made this NAM population highly valuable for public availability as it is actually in use as germplasm for detailed physiological studies of sorghum chilling tolerance by various public and private research groups. References: (1)Marla et al., 2019. Genetic architecture of chilling tolerance in sorghum dissected with a nested association mapping population. G3, 9:4045-4097; (2)Marla et al., 2023.Genomics and phenomics enabled prebreeding improved early season chilling tolerance in sorghum. G3, 13:jkad116.2190310PI 707283
224PI 707284Sorghum, MiloSorghum bicolor (L.) Moench S9Not Available2025The sorghum ARS_BTX623_NAM_ESCT population is composed of three biparental parental subpopulations with a total of 769 recombinant inbred lines (F7-F8 RILs) entries. The biparental subpopulations are referred to as: BTx623xHKZ; BTx623xNSZ and BTx623x Kaoliang. This population includes new sorghum germplasm that displayed transgressive segregation compared to cold tolerant parent based on germinability(>than 70%), field emergence (60-80%) and seedling vigor (robust score of 1.5-2.5 on a scale of 1 (robust vigor) to 5 (poor vigor), traits that are needed for early season cold tolerance in US production settings. Majority of RILs displayed combine height of 1-1.4 m and flowering time of 70-75 days. The genotype data for ARS_BTX623_NAM_ESCT population is archived at NCBI sequence read archive under project SRP8838986 [(1) Marla et al., 2019, Genes|Genomes|Genetics]. The population served as primary genetic resource for successful identification and application of DNA markers that are useful for improvement of sorghum chilling tolerance [(2)Marla et al., 2023, Genes|Genomes|Genetics]. The availability of published advanced genetics and information on sorghum chilling tolerance made this NAM population highly valuable for public availability as it is actually in use as germplasm for detailed physiological studies of sorghum chilling tolerance by various public and private research groups. References: (1)Marla et al., 2019. Genetic architecture of chilling tolerance in sorghum dissected with a nested association mapping population. G3, 9:4045-4097; (2)Marla et al., 2023.Genomics and phenomics enabled prebreeding improved early season chilling tolerance in sorghum. G3, 13:jkad116.2190311PI 707284
225PI 707285Sorghum, MiloSorghum bicolor (L.) Moench S9Not Available2025The sorghum ARS_BTX623_NAM_ESCT population is composed of three biparental parental subpopulations with a total of 769 recombinant inbred lines (F7-F8 RILs) entries. The biparental subpopulations are referred to as: BTx623xHKZ; BTx623xNSZ and BTx623x Kaoliang. This population includes new sorghum germplasm that displayed transgressive segregation compared to cold tolerant parent based on germinability(>than 70%), field emergence (60-80%) and seedling vigor (robust score of 1.5-2.5 on a scale of 1 (robust vigor) to 5 (poor vigor), traits that are needed for early season cold tolerance in US production settings. Majority of RILs displayed combine height of 1-1.4 m and flowering time of 70-75 days. The genotype data for ARS_BTX623_NAM_ESCT population is archived at NCBI sequence read archive under project SRP8838986 [(1) Marla et al., 2019, Genes|Genomes|Genetics]. The population served as primary genetic resource for successful identification and application of DNA markers that are useful for improvement of sorghum chilling tolerance [(2)Marla et al., 2023, Genes|Genomes|Genetics]. The availability of published advanced genetics and information on sorghum chilling tolerance made this NAM population highly valuable for public availability as it is actually in use as germplasm for detailed physiological studies of sorghum chilling tolerance by various public and private research groups. References: (1)Marla et al., 2019. Genetic architecture of chilling tolerance in sorghum dissected with a nested association mapping population. G3, 9:4045-4097; (2)Marla et al., 2023.Genomics and phenomics enabled prebreeding improved early season chilling tolerance in sorghum. G3, 13:jkad116.2190312PI 707285
226PI 707286Sorghum, MiloSorghum bicolor (L.) Moench S9Not Available2025The sorghum ARS_BTX623_NAM_ESCT population is composed of three biparental parental subpopulations with a total of 769 recombinant inbred lines (F7-F8 RILs) entries. The biparental subpopulations are referred to as: BTx623xHKZ; BTx623xNSZ and BTx623x Kaoliang. This population includes new sorghum germplasm that displayed transgressive segregation compared to cold tolerant parent based on germinability(>than 70%), field emergence (60-80%) and seedling vigor (robust score of 1.5-2.5 on a scale of 1 (robust vigor) to 5 (poor vigor), traits that are needed for early season cold tolerance in US production settings. Majority of RILs displayed combine height of 1-1.4 m and flowering time of 70-75 days. The genotype data for ARS_BTX623_NAM_ESCT population is archived at NCBI sequence read archive under project SRP8838986 [(1) Marla et al., 2019, Genes|Genomes|Genetics]. The population served as primary genetic resource for successful identification and application of DNA markers that are useful for improvement of sorghum chilling tolerance [(2)Marla et al., 2023, Genes|Genomes|Genetics]. The availability of published advanced genetics and information on sorghum chilling tolerance made this NAM population highly valuable for public availability as it is actually in use as germplasm for detailed physiological studies of sorghum chilling tolerance by various public and private research groups. References: (1)Marla et al., 2019. Genetic architecture of chilling tolerance in sorghum dissected with a nested association mapping population. G3, 9:4045-4097; (2)Marla et al., 2023.Genomics and phenomics enabled prebreeding improved early season chilling tolerance in sorghum. G3, 13:jkad116.2190313PI 707286
227PI 707287Sorghum, MiloSorghum bicolor (L.) Moench S9Not Available2025The sorghum ARS_BTX623_NAM_ESCT population is composed of three biparental parental subpopulations with a total of 769 recombinant inbred lines (F7-F8 RILs) entries. The biparental subpopulations are referred to as: BTx623xHKZ; BTx623xNSZ and BTx623x Kaoliang. This population includes new sorghum germplasm that displayed transgressive segregation compared to cold tolerant parent based on germinability(>than 70%), field emergence (60-80%) and seedling vigor (robust score of 1.5-2.5 on a scale of 1 (robust vigor) to 5 (poor vigor), traits that are needed for early season cold tolerance in US production settings. Majority of RILs displayed combine height of 1-1.4 m and flowering time of 70-75 days. The genotype data for ARS_BTX623_NAM_ESCT population is archived at NCBI sequence read archive under project SRP8838986 [(1) Marla et al., 2019, Genes|Genomes|Genetics]. The population served as primary genetic resource for successful identification and application of DNA markers that are useful for improvement of sorghum chilling tolerance [(2)Marla et al., 2023, Genes|Genomes|Genetics]. The availability of published advanced genetics and information on sorghum chilling tolerance made this NAM population highly valuable for public availability as it is actually in use as germplasm for detailed physiological studies of sorghum chilling tolerance by various public and private research groups. References: (1)Marla et al., 2019. Genetic architecture of chilling tolerance in sorghum dissected with a nested association mapping population. G3, 9:4045-4097; (2)Marla et al., 2023.Genomics and phenomics enabled prebreeding improved early season chilling tolerance in sorghum. G3, 13:jkad116.2190314PI 707287
228PI 707288Sorghum, MiloSorghum bicolor (L.) Moench S9Not Available2025The sorghum ARS_BTX623_NAM_ESCT population is composed of three biparental parental subpopulations with a total of 769 recombinant inbred lines (F7-F8 RILs) entries. The biparental subpopulations are referred to as: BTx623xHKZ; BTx623xNSZ and BTx623x Kaoliang. This population includes new sorghum germplasm that displayed transgressive segregation compared to cold tolerant parent based on germinability(>than 70%), field emergence (60-80%) and seedling vigor (robust score of 1.5-2.5 on a scale of 1 (robust vigor) to 5 (poor vigor), traits that are needed for early season cold tolerance in US production settings. Majority of RILs displayed combine height of 1-1.4 m and flowering time of 70-75 days. The genotype data for ARS_BTX623_NAM_ESCT population is archived at NCBI sequence read archive under project SRP8838986 [(1) Marla et al., 2019, Genes|Genomes|Genetics]. The population served as primary genetic resource for successful identification and application of DNA markers that are useful for improvement of sorghum chilling tolerance [(2)Marla et al., 2023, Genes|Genomes|Genetics]. The availability of published advanced genetics and information on sorghum chilling tolerance made this NAM population highly valuable for public availability as it is actually in use as germplasm for detailed physiological studies of sorghum chilling tolerance by various public and private research groups. References: (1)Marla et al., 2019. Genetic architecture of chilling tolerance in sorghum dissected with a nested association mapping population. G3, 9:4045-4097; (2)Marla et al., 2023.Genomics and phenomics enabled prebreeding improved early season chilling tolerance in sorghum. G3, 13:jkad116.2190315PI 707288
229PI 707289Sorghum, MiloSorghum bicolor (L.) Moench S9Not Available2025The sorghum ARS_BTX623_NAM_ESCT population is composed of three biparental parental subpopulations with a total of 769 recombinant inbred lines (F7-F8 RILs) entries. The biparental subpopulations are referred to as: BTx623xHKZ; BTx623xNSZ and BTx623x Kaoliang. This population includes new sorghum germplasm that displayed transgressive segregation compared to cold tolerant parent based on germinability(>than 70%), field emergence (60-80%) and seedling vigor (robust score of 1.5-2.5 on a scale of 1 (robust vigor) to 5 (poor vigor), traits that are needed for early season cold tolerance in US production settings. Majority of RILs displayed combine height of 1-1.4 m and flowering time of 70-75 days. The genotype data for ARS_BTX623_NAM_ESCT population is archived at NCBI sequence read archive under project SRP8838986 [(1) Marla et al., 2019, Genes|Genomes|Genetics]. The population served as primary genetic resource for successful identification and application of DNA markers that are useful for improvement of sorghum chilling tolerance [(2)Marla et al., 2023, Genes|Genomes|Genetics]. The availability of published advanced genetics and information on sorghum chilling tolerance made this NAM population highly valuable for public availability as it is actually in use as germplasm for detailed physiological studies of sorghum chilling tolerance by various public and private research groups. References: (1)Marla et al., 2019. Genetic architecture of chilling tolerance in sorghum dissected with a nested association mapping population. G3, 9:4045-4097; (2)Marla et al., 2023.Genomics and phenomics enabled prebreeding improved early season chilling tolerance in sorghum. G3, 13:jkad116.2190316PI 707289
230PI 707290Sorghum, MiloSorghum bicolor (L.) Moench S9Not Available2025The sorghum ARS_BTX623_NAM_ESCT population is composed of three biparental parental subpopulations with a total of 769 recombinant inbred lines (F7-F8 RILs) entries. The biparental subpopulations are referred to as: BTx623xHKZ; BTx623xNSZ and BTx623x Kaoliang. This population includes new sorghum germplasm that displayed transgressive segregation compared to cold tolerant parent based on germinability(>than 70%), field emergence (60-80%) and seedling vigor (robust score of 1.5-2.5 on a scale of 1 (robust vigor) to 5 (poor vigor), traits that are needed for early season cold tolerance in US production settings. Majority of RILs displayed combine height of 1-1.4 m and flowering time of 70-75 days. The genotype data for ARS_BTX623_NAM_ESCT population is archived at NCBI sequence read archive under project SRP8838986 [(1) Marla et al., 2019, Genes|Genomes|Genetics]. The population served as primary genetic resource for successful identification and application of DNA markers that are useful for improvement of sorghum chilling tolerance [(2)Marla et al., 2023, Genes|Genomes|Genetics]. The availability of published advanced genetics and information on sorghum chilling tolerance made this NAM population highly valuable for public availability as it is actually in use as germplasm for detailed physiological studies of sorghum chilling tolerance by various public and private research groups. References: (1)Marla et al., 2019. Genetic architecture of chilling tolerance in sorghum dissected with a nested association mapping population. G3, 9:4045-4097; (2)Marla et al., 2023.Genomics and phenomics enabled prebreeding improved early season chilling tolerance in sorghum. G3, 13:jkad116.2190317PI 707290
231PI 707291Sorghum, MiloSorghum bicolor (L.) Moench S9Not Available2025The sorghum ARS_BTX623_NAM_ESCT population is composed of three biparental parental subpopulations with a total of 769 recombinant inbred lines (F7-F8 RILs) entries. The biparental subpopulations are referred to as: BTx623xHKZ; BTx623xNSZ and BTx623x Kaoliang. This population includes new sorghum germplasm that displayed transgressive segregation compared to cold tolerant parent based on germinability(>than 70%), field emergence (60-80%) and seedling vigor (robust score of 1.5-2.5 on a scale of 1 (robust vigor) to 5 (poor vigor), traits that are needed for early season cold tolerance in US production settings. Majority of RILs displayed combine height of 1-1.4 m and flowering time of 70-75 days. The genotype data for ARS_BTX623_NAM_ESCT population is archived at NCBI sequence read archive under project SRP8838986 [(1) Marla et al., 2019, Genes|Genomes|Genetics]. The population served as primary genetic resource for successful identification and application of DNA markers that are useful for improvement of sorghum chilling tolerance [(2)Marla et al., 2023, Genes|Genomes|Genetics]. The availability of published advanced genetics and information on sorghum chilling tolerance made this NAM population highly valuable for public availability as it is actually in use as germplasm for detailed physiological studies of sorghum chilling tolerance by various public and private research groups. References: (1)Marla et al., 2019. Genetic architecture of chilling tolerance in sorghum dissected with a nested association mapping population. G3, 9:4045-4097; (2)Marla et al., 2023.Genomics and phenomics enabled prebreeding improved early season chilling tolerance in sorghum. G3, 13:jkad116.2190318PI 707291
232PI 707292Sorghum, MiloSorghum bicolor (L.) Moench S9Not Available2025The sorghum ARS_BTX623_NAM_ESCT population is composed of three biparental parental subpopulations with a total of 769 recombinant inbred lines (F7-F8 RILs) entries. The biparental subpopulations are referred to as: BTx623xHKZ; BTx623xNSZ and BTx623x Kaoliang. This population includes new sorghum germplasm that displayed transgressive segregation compared to cold tolerant parent based on germinability(>than 70%), field emergence (60-80%) and seedling vigor (robust score of 1.5-2.5 on a scale of 1 (robust vigor) to 5 (poor vigor), traits that are needed for early season cold tolerance in US production settings. Majority of RILs displayed combine height of 1-1.4 m and flowering time of 70-75 days. The genotype data for ARS_BTX623_NAM_ESCT population is archived at NCBI sequence read archive under project SRP8838986 [(1) Marla et al., 2019, Genes|Genomes|Genetics]. The population served as primary genetic resource for successful identification and application of DNA markers that are useful for improvement of sorghum chilling tolerance [(2)Marla et al., 2023, Genes|Genomes|Genetics]. The availability of published advanced genetics and information on sorghum chilling tolerance made this NAM population highly valuable for public availability as it is actually in use as germplasm for detailed physiological studies of sorghum chilling tolerance by various public and private research groups. References: (1)Marla et al., 2019. Genetic architecture of chilling tolerance in sorghum dissected with a nested association mapping population. G3, 9:4045-4097; (2)Marla et al., 2023.Genomics and phenomics enabled prebreeding improved early season chilling tolerance in sorghum. G3, 13:jkad116.2190319PI 707292
233PI 707293Sorghum, MiloSorghum bicolor (L.) Moench S9Not Available2025The sorghum ARS_BTX623_NAM_ESCT population is composed of three biparental parental subpopulations with a total of 769 recombinant inbred lines (F7-F8 RILs) entries. The biparental subpopulations are referred to as: BTx623xHKZ; BTx623xNSZ and BTx623x Kaoliang. This population includes new sorghum germplasm that displayed transgressive segregation compared to cold tolerant parent based on germinability(>than 70%), field emergence (60-80%) and seedling vigor (robust score of 1.5-2.5 on a scale of 1 (robust vigor) to 5 (poor vigor), traits that are needed for early season cold tolerance in US production settings. Majority of RILs displayed combine height of 1-1.4 m and flowering time of 70-75 days. The genotype data for ARS_BTX623_NAM_ESCT population is archived at NCBI sequence read archive under project SRP8838986 [(1) Marla et al., 2019, Genes|Genomes|Genetics]. The population served as primary genetic resource for successful identification and application of DNA markers that are useful for improvement of sorghum chilling tolerance [(2)Marla et al., 2023, Genes|Genomes|Genetics]. The availability of published advanced genetics and information on sorghum chilling tolerance made this NAM population highly valuable for public availability as it is actually in use as germplasm for detailed physiological studies of sorghum chilling tolerance by various public and private research groups. References: (1)Marla et al., 2019. Genetic architecture of chilling tolerance in sorghum dissected with a nested association mapping population. G3, 9:4045-4097; (2)Marla et al., 2023.Genomics and phenomics enabled prebreeding improved early season chilling tolerance in sorghum. G3, 13:jkad116.2190320PI 707293
234PI 707294Sorghum, MiloSorghum bicolor (L.) Moench S9Not Available2025The sorghum ARS_BTX623_NAM_ESCT population is composed of three biparental parental subpopulations with a total of 769 recombinant inbred lines (F7-F8 RILs) entries. The biparental subpopulations are referred to as: BTx623xHKZ; BTx623xNSZ and BTx623x Kaoliang. This population includes new sorghum germplasm that displayed transgressive segregation compared to cold tolerant parent based on germinability(>than 70%), field emergence (60-80%) and seedling vigor (robust score of 1.5-2.5 on a scale of 1 (robust vigor) to 5 (poor vigor), traits that are needed for early season cold tolerance in US production settings. Majority of RILs displayed combine height of 1-1.4 m and flowering time of 70-75 days. The genotype data for ARS_BTX623_NAM_ESCT population is archived at NCBI sequence read archive under project SRP8838986 [(1) Marla et al., 2019, Genes|Genomes|Genetics]. The population served as primary genetic resource for successful identification and application of DNA markers that are useful for improvement of sorghum chilling tolerance [(2)Marla et al., 2023, Genes|Genomes|Genetics]. The availability of published advanced genetics and information on sorghum chilling tolerance made this NAM population highly valuable for public availability as it is actually in use as germplasm for detailed physiological studies of sorghum chilling tolerance by various public and private research groups. References: (1)Marla et al., 2019. Genetic architecture of chilling tolerance in sorghum dissected with a nested association mapping population. G3, 9:4045-4097; (2)Marla et al., 2023.Genomics and phenomics enabled prebreeding improved early season chilling tolerance in sorghum. G3, 13:jkad116.2190321PI 707294
235PI 707295Sorghum, MiloSorghum bicolor (L.) Moench S9Not Available2025The sorghum ARS_BTX623_NAM_ESCT population is composed of three biparental parental subpopulations with a total of 769 recombinant inbred lines (F7-F8 RILs) entries. The biparental subpopulations are referred to as: BTx623xHKZ; BTx623xNSZ and BTx623x Kaoliang. This population includes new sorghum germplasm that displayed transgressive segregation compared to cold tolerant parent based on germinability(>than 70%), field emergence (60-80%) and seedling vigor (robust score of 1.5-2.5 on a scale of 1 (robust vigor) to 5 (poor vigor), traits that are needed for early season cold tolerance in US production settings. Majority of RILs displayed combine height of 1-1.4 m and flowering time of 70-75 days. The genotype data for ARS_BTX623_NAM_ESCT population is archived at NCBI sequence read archive under project SRP8838986 [(1) Marla et al., 2019, Genes|Genomes|Genetics]. The population served as primary genetic resource for successful identification and application of DNA markers that are useful for improvement of sorghum chilling tolerance [(2)Marla et al., 2023, Genes|Genomes|Genetics]. The availability of published advanced genetics and information on sorghum chilling tolerance made this NAM population highly valuable for public availability as it is actually in use as germplasm for detailed physiological studies of sorghum chilling tolerance by various public and private research groups. References: (1)Marla et al., 2019. Genetic architecture of chilling tolerance in sorghum dissected with a nested association mapping population. G3, 9:4045-4097; (2)Marla et al., 2023.Genomics and phenomics enabled prebreeding improved early season chilling tolerance in sorghum. G3, 13:jkad116.2190322PI 707295
236PI 707296Sorghum, MiloSorghum bicolor (L.) Moench S9Not Available2025The sorghum ARS_BTX623_NAM_ESCT population is composed of three biparental parental subpopulations with a total of 769 recombinant inbred lines (F7-F8 RILs) entries. The biparental subpopulations are referred to as: BTx623xHKZ; BTx623xNSZ and BTx623x Kaoliang. This population includes new sorghum germplasm that displayed transgressive segregation compared to cold tolerant parent based on germinability(>than 70%), field emergence (60-80%) and seedling vigor (robust score of 1.5-2.5 on a scale of 1 (robust vigor) to 5 (poor vigor), traits that are needed for early season cold tolerance in US production settings. Majority of RILs displayed combine height of 1-1.4 m and flowering time of 70-75 days. The genotype data for ARS_BTX623_NAM_ESCT population is archived at NCBI sequence read archive under project SRP8838986 [(1) Marla et al., 2019, Genes|Genomes|Genetics]. The population served as primary genetic resource for successful identification and application of DNA markers that are useful for improvement of sorghum chilling tolerance [(2)Marla et al., 2023, Genes|Genomes|Genetics]. The availability of published advanced genetics and information on sorghum chilling tolerance made this NAM population highly valuable for public availability as it is actually in use as germplasm for detailed physiological studies of sorghum chilling tolerance by various public and private research groups. References: (1)Marla et al., 2019. Genetic architecture of chilling tolerance in sorghum dissected with a nested association mapping population. G3, 9:4045-4097; (2)Marla et al., 2023.Genomics and phenomics enabled prebreeding improved early season chilling tolerance in sorghum. G3, 13:jkad116.2190323PI 707296
237PI 707297Sorghum, MiloSorghum bicolor (L.) Moench S9Not Available2025The sorghum ARS_BTX623_NAM_ESCT population is composed of three biparental parental subpopulations with a total of 769 recombinant inbred lines (F7-F8 RILs) entries. The biparental subpopulations are referred to as: BTx623xHKZ; BTx623xNSZ and BTx623x Kaoliang. This population includes new sorghum germplasm that displayed transgressive segregation compared to cold tolerant parent based on germinability(>than 70%), field emergence (60-80%) and seedling vigor (robust score of 1.5-2.5 on a scale of 1 (robust vigor) to 5 (poor vigor), traits that are needed for early season cold tolerance in US production settings. Majority of RILs displayed combine height of 1-1.4 m and flowering time of 70-75 days. The genotype data for ARS_BTX623_NAM_ESCT population is archived at NCBI sequence read archive under project SRP8838986 [(1) Marla et al., 2019, Genes|Genomes|Genetics]. The population served as primary genetic resource for successful identification and application of DNA markers that are useful for improvement of sorghum chilling tolerance [(2)Marla et al., 2023, Genes|Genomes|Genetics]. The availability of published advanced genetics and information on sorghum chilling tolerance made this NAM population highly valuable for public availability as it is actually in use as germplasm for detailed physiological studies of sorghum chilling tolerance by various public and private research groups. References: (1)Marla et al., 2019. Genetic architecture of chilling tolerance in sorghum dissected with a nested association mapping population. G3, 9:4045-4097; (2)Marla et al., 2023.Genomics and phenomics enabled prebreeding improved early season chilling tolerance in sorghum. G3, 13:jkad116.2190324PI 707297
238PI 707298Sorghum, MiloSorghum bicolor (L.) Moench S9Not Available2025The sorghum ARS_BTX623_NAM_ESCT population is composed of three biparental parental subpopulations with a total of 769 recombinant inbred lines (F7-F8 RILs) entries. The biparental subpopulations are referred to as: BTx623xHKZ; BTx623xNSZ and BTx623x Kaoliang. This population includes new sorghum germplasm that displayed transgressive segregation compared to cold tolerant parent based on germinability(>than 70%), field emergence (60-80%) and seedling vigor (robust score of 1.5-2.5 on a scale of 1 (robust vigor) to 5 (poor vigor), traits that are needed for early season cold tolerance in US production settings. Majority of RILs displayed combine height of 1-1.4 m and flowering time of 70-75 days. The genotype data for ARS_BTX623_NAM_ESCT population is archived at NCBI sequence read archive under project SRP8838986 [(1) Marla et al., 2019, Genes|Genomes|Genetics]. The population served as primary genetic resource for successful identification and application of DNA markers that are useful for improvement of sorghum chilling tolerance [(2)Marla et al., 2023, Genes|Genomes|Genetics]. The availability of published advanced genetics and information on sorghum chilling tolerance made this NAM population highly valuable for public availability as it is actually in use as germplasm for detailed physiological studies of sorghum chilling tolerance by various public and private research groups. References: (1)Marla et al., 2019. Genetic architecture of chilling tolerance in sorghum dissected with a nested association mapping population. G3, 9:4045-4097; (2)Marla et al., 2023.Genomics and phenomics enabled prebreeding improved early season chilling tolerance in sorghum. G3, 13:jkad116.2190325PI 707298
239PI 707299Sorghum, MiloSorghum bicolor (L.) Moench S9Not Available2025The sorghum ARS_BTX623_NAM_ESCT population is composed of three biparental parental subpopulations with a total of 769 recombinant inbred lines (F7-F8 RILs) entries. The biparental subpopulations are referred to as: BTx623xHKZ; BTx623xNSZ and BTx623x Kaoliang. This population includes new sorghum germplasm that displayed transgressive segregation compared to cold tolerant parent based on germinability(>than 70%), field emergence (60-80%) and seedling vigor (robust score of 1.5-2.5 on a scale of 1 (robust vigor) to 5 (poor vigor), traits that are needed for early season cold tolerance in US production settings. Majority of RILs displayed combine height of 1-1.4 m and flowering time of 70-75 days. The genotype data for ARS_BTX623_NAM_ESCT population is archived at NCBI sequence read archive under project SRP8838986 [(1) Marla et al., 2019, Genes|Genomes|Genetics]. The population served as primary genetic resource for successful identification and application of DNA markers that are useful for improvement of sorghum chilling tolerance [(2)Marla et al., 2023, Genes|Genomes|Genetics]. The availability of published advanced genetics and information on sorghum chilling tolerance made this NAM population highly valuable for public availability as it is actually in use as germplasm for detailed physiological studies of sorghum chilling tolerance by various public and private research groups. References: (1)Marla et al., 2019. Genetic architecture of chilling tolerance in sorghum dissected with a nested association mapping population. G3, 9:4045-4097; (2)Marla et al., 2023.Genomics and phenomics enabled prebreeding improved early season chilling tolerance in sorghum. G3, 13:jkad116.2190326PI 707299
240PI 707300Sorghum, MiloSorghum bicolor (L.) Moench S9Not Available2025The sorghum ARS_BTX623_NAM_ESCT population is composed of three biparental parental subpopulations with a total of 769 recombinant inbred lines (F7-F8 RILs) entries. The biparental subpopulations are referred to as: BTx623xHKZ; BTx623xNSZ and BTx623x Kaoliang. This population includes new sorghum germplasm that displayed transgressive segregation compared to cold tolerant parent based on germinability(>than 70%), field emergence (60-80%) and seedling vigor (robust score of 1.5-2.5 on a scale of 1 (robust vigor) to 5 (poor vigor), traits that are needed for early season cold tolerance in US production settings. Majority of RILs displayed combine height of 1-1.4 m and flowering time of 70-75 days. The genotype data for ARS_BTX623_NAM_ESCT population is archived at NCBI sequence read archive under project SRP8838986 [(1) Marla et al., 2019, Genes|Genomes|Genetics]. The population served as primary genetic resource for successful identification and application of DNA markers that are useful for improvement of sorghum chilling tolerance [(2)Marla et al., 2023, Genes|Genomes|Genetics]. The availability of published advanced genetics and information on sorghum chilling tolerance made this NAM population highly valuable for public availability as it is actually in use as germplasm for detailed physiological studies of sorghum chilling tolerance by various public and private research groups. References: (1)Marla et al., 2019. Genetic architecture of chilling tolerance in sorghum dissected with a nested association mapping population. G3, 9:4045-4097; (2)Marla et al., 2023.Genomics and phenomics enabled prebreeding improved early season chilling tolerance in sorghum. G3, 13:jkad116.2190327PI 707300
241PI 707301Sorghum, MiloSorghum bicolor (L.) Moench S9Not Available2025The sorghum ARS_BTX623_NAM_ESCT population is composed of three biparental parental subpopulations with a total of 769 recombinant inbred lines (F7-F8 RILs) entries. The biparental subpopulations are referred to as: BTx623xHKZ; BTx623xNSZ and BTx623x Kaoliang. This population includes new sorghum germplasm that displayed transgressive segregation compared to cold tolerant parent based on germinability(>than 70%), field emergence (60-80%) and seedling vigor (robust score of 1.5-2.5 on a scale of 1 (robust vigor) to 5 (poor vigor), traits that are needed for early season cold tolerance in US production settings. Majority of RILs displayed combine height of 1-1.4 m and flowering time of 70-75 days. The genotype data for ARS_BTX623_NAM_ESCT population is archived at NCBI sequence read archive under project SRP8838986 [(1) Marla et al., 2019, Genes|Genomes|Genetics]. The population served as primary genetic resource for successful identification and application of DNA markers that are useful for improvement of sorghum chilling tolerance [(2)Marla et al., 2023, Genes|Genomes|Genetics]. The availability of published advanced genetics and information on sorghum chilling tolerance made this NAM population highly valuable for public availability as it is actually in use as germplasm for detailed physiological studies of sorghum chilling tolerance by various public and private research groups. References: (1)Marla et al., 2019. Genetic architecture of chilling tolerance in sorghum dissected with a nested association mapping population. G3, 9:4045-4097; (2)Marla et al., 2023.Genomics and phenomics enabled prebreeding improved early season chilling tolerance in sorghum. G3, 13:jkad116.2190328PI 707301
242PI 707302Sorghum, MiloSorghum bicolor (L.) Moench S9Not Available2025The sorghum ARS_BTX623_NAM_ESCT population is composed of three biparental parental subpopulations with a total of 769 recombinant inbred lines (F7-F8 RILs) entries. The biparental subpopulations are referred to as: BTx623xHKZ; BTx623xNSZ and BTx623x Kaoliang. This population includes new sorghum germplasm that displayed transgressive segregation compared to cold tolerant parent based on germinability(>than 70%), field emergence (60-80%) and seedling vigor (robust score of 1.5-2.5 on a scale of 1 (robust vigor) to 5 (poor vigor), traits that are needed for early season cold tolerance in US production settings. Majority of RILs displayed combine height of 1-1.4 m and flowering time of 70-75 days. The genotype data for ARS_BTX623_NAM_ESCT population is archived at NCBI sequence read archive under project SRP8838986 [(1) Marla et al., 2019, Genes|Genomes|Genetics]. The population served as primary genetic resource for successful identification and application of DNA markers that are useful for improvement of sorghum chilling tolerance [(2)Marla et al., 2023, Genes|Genomes|Genetics]. The availability of published advanced genetics and information on sorghum chilling tolerance made this NAM population highly valuable for public availability as it is actually in use as germplasm for detailed physiological studies of sorghum chilling tolerance by various public and private research groups. References: (1)Marla et al., 2019. Genetic architecture of chilling tolerance in sorghum dissected with a nested association mapping population. G3, 9:4045-4097; (2)Marla et al., 2023.Genomics and phenomics enabled prebreeding improved early season chilling tolerance in sorghum. G3, 13:jkad116.2190329PI 707302
243PI 707303Sorghum, MiloSorghum bicolor (L.) Moench S9Not Available2025The sorghum ARS_BTX623_NAM_ESCT population is composed of three biparental parental subpopulations with a total of 769 recombinant inbred lines (F7-F8 RILs) entries. The biparental subpopulations are referred to as: BTx623xHKZ; BTx623xNSZ and BTx623x Kaoliang. This population includes new sorghum germplasm that displayed transgressive segregation compared to cold tolerant parent based on germinability(>than 70%), field emergence (60-80%) and seedling vigor (robust score of 1.5-2.5 on a scale of 1 (robust vigor) to 5 (poor vigor), traits that are needed for early season cold tolerance in US production settings. Majority of RILs displayed combine height of 1-1.4 m and flowering time of 70-75 days. The genotype data for ARS_BTX623_NAM_ESCT population is archived at NCBI sequence read archive under project SRP8838986 [(1) Marla et al., 2019, Genes|Genomes|Genetics]. The population served as primary genetic resource for successful identification and application of DNA markers that are useful for improvement of sorghum chilling tolerance [(2)Marla et al., 2023, Genes|Genomes|Genetics]. The availability of published advanced genetics and information on sorghum chilling tolerance made this NAM population highly valuable for public availability as it is actually in use as germplasm for detailed physiological studies of sorghum chilling tolerance by various public and private research groups. References: (1)Marla et al., 2019. Genetic architecture of chilling tolerance in sorghum dissected with a nested association mapping population. G3, 9:4045-4097; (2)Marla et al., 2023.Genomics and phenomics enabled prebreeding improved early season chilling tolerance in sorghum. G3, 13:jkad116.2190330PI 707303
244PI 707304Sorghum, MiloSorghum bicolor (L.) Moench S9Not Available2025The sorghum ARS_BTX623_NAM_ESCT population is composed of three biparental parental subpopulations with a total of 769 recombinant inbred lines (F7-F8 RILs) entries. The biparental subpopulations are referred to as: BTx623xHKZ; BTx623xNSZ and BTx623x Kaoliang. This population includes new sorghum germplasm that displayed transgressive segregation compared to cold tolerant parent based on germinability(>than 70%), field emergence (60-80%) and seedling vigor (robust score of 1.5-2.5 on a scale of 1 (robust vigor) to 5 (poor vigor), traits that are needed for early season cold tolerance in US production settings. Majority of RILs displayed combine height of 1-1.4 m and flowering time of 70-75 days. The genotype data for ARS_BTX623_NAM_ESCT population is archived at NCBI sequence read archive under project SRP8838986 [(1) Marla et al., 2019, Genes|Genomes|Genetics]. The population served as primary genetic resource for successful identification and application of DNA markers that are useful for improvement of sorghum chilling tolerance [(2)Marla et al., 2023, Genes|Genomes|Genetics]. The availability of published advanced genetics and information on sorghum chilling tolerance made this NAM population highly valuable for public availability as it is actually in use as germplasm for detailed physiological studies of sorghum chilling tolerance by various public and private research groups. References: (1)Marla et al., 2019. Genetic architecture of chilling tolerance in sorghum dissected with a nested association mapping population. G3, 9:4045-4097; (2)Marla et al., 2023.Genomics and phenomics enabled prebreeding improved early season chilling tolerance in sorghum. G3, 13:jkad116.2190331PI 707304
245PI 707305Sorghum, MiloSorghum bicolor (L.) Moench S9Not Available2025The sorghum ARS_BTX623_NAM_ESCT population is composed of three biparental parental subpopulations with a total of 769 recombinant inbred lines (F7-F8 RILs) entries. The biparental subpopulations are referred to as: BTx623xHKZ; BTx623xNSZ and BTx623x Kaoliang. This population includes new sorghum germplasm that displayed transgressive segregation compared to cold tolerant parent based on germinability(>than 70%), field emergence (60-80%) and seedling vigor (robust score of 1.5-2.5 on a scale of 1 (robust vigor) to 5 (poor vigor), traits that are needed for early season cold tolerance in US production settings. Majority of RILs displayed combine height of 1-1.4 m and flowering time of 70-75 days. The genotype data for ARS_BTX623_NAM_ESCT population is archived at NCBI sequence read archive under project SRP8838986 [(1) Marla et al., 2019, Genes|Genomes|Genetics]. The population served as primary genetic resource for successful identification and application of DNA markers that are useful for improvement of sorghum chilling tolerance [(2)Marla et al., 2023, Genes|Genomes|Genetics]. The availability of published advanced genetics and information on sorghum chilling tolerance made this NAM population highly valuable for public availability as it is actually in use as germplasm for detailed physiological studies of sorghum chilling tolerance by various public and private research groups. References: (1)Marla et al., 2019. Genetic architecture of chilling tolerance in sorghum dissected with a nested association mapping population. G3, 9:4045-4097; (2)Marla et al., 2023.Genomics and phenomics enabled prebreeding improved early season chilling tolerance in sorghum. G3, 13:jkad116.2190332PI 707305
246PI 707306Sorghum, MiloSorghum bicolor (L.) Moench S9Not Available2025The sorghum ARS_BTX623_NAM_ESCT population is composed of three biparental parental subpopulations with a total of 769 recombinant inbred lines (F7-F8 RILs) entries. The biparental subpopulations are referred to as: BTx623xHKZ; BTx623xNSZ and BTx623x Kaoliang. This population includes new sorghum germplasm that displayed transgressive segregation compared to cold tolerant parent based on germinability(>than 70%), field emergence (60-80%) and seedling vigor (robust score of 1.5-2.5 on a scale of 1 (robust vigor) to 5 (poor vigor), traits that are needed for early season cold tolerance in US production settings. Majority of RILs displayed combine height of 1-1.4 m and flowering time of 70-75 days. The genotype data for ARS_BTX623_NAM_ESCT population is archived at NCBI sequence read archive under project SRP8838986 [(1) Marla et al., 2019, Genes|Genomes|Genetics]. The population served as primary genetic resource for successful identification and application of DNA markers that are useful for improvement of sorghum chilling tolerance [(2)Marla et al., 2023, Genes|Genomes|Genetics]. The availability of published advanced genetics and information on sorghum chilling tolerance made this NAM population highly valuable for public availability as it is actually in use as germplasm for detailed physiological studies of sorghum chilling tolerance by various public and private research groups. References: (1)Marla et al., 2019. Genetic architecture of chilling tolerance in sorghum dissected with a nested association mapping population. G3, 9:4045-4097; (2)Marla et al., 2023.Genomics and phenomics enabled prebreeding improved early season chilling tolerance in sorghum. G3, 13:jkad116.2190333PI 707306
247PI 707307Sorghum, MiloSorghum bicolor (L.) Moench S9Not Available2025The sorghum ARS_BTX623_NAM_ESCT population is composed of three biparental parental subpopulations with a total of 769 recombinant inbred lines (F7-F8 RILs) entries. The biparental subpopulations are referred to as: BTx623xHKZ; BTx623xNSZ and BTx623x Kaoliang. This population includes new sorghum germplasm that displayed transgressive segregation compared to cold tolerant parent based on germinability(>than 70%), field emergence (60-80%) and seedling vigor (robust score of 1.5-2.5 on a scale of 1 (robust vigor) to 5 (poor vigor), traits that are needed for early season cold tolerance in US production settings. Majority of RILs displayed combine height of 1-1.4 m and flowering time of 70-75 days. The genotype data for ARS_BTX623_NAM_ESCT population is archived at NCBI sequence read archive under project SRP8838986 [(1) Marla et al., 2019, Genes|Genomes|Genetics]. The population served as primary genetic resource for successful identification and application of DNA markers that are useful for improvement of sorghum chilling tolerance [(2)Marla et al., 2023, Genes|Genomes|Genetics]. The availability of published advanced genetics and information on sorghum chilling tolerance made this NAM population highly valuable for public availability as it is actually in use as germplasm for detailed physiological studies of sorghum chilling tolerance by various public and private research groups. References: (1)Marla et al., 2019. Genetic architecture of chilling tolerance in sorghum dissected with a nested association mapping population. G3, 9:4045-4097; (2)Marla et al., 2023.Genomics and phenomics enabled prebreeding improved early season chilling tolerance in sorghum. G3, 13:jkad116.2190334PI 707307
248PI 707308Sorghum, MiloSorghum bicolor (L.) Moench S9Not Available2025The sorghum ARS_BTX623_NAM_ESCT population is composed of three biparental parental subpopulations with a total of 769 recombinant inbred lines (F7-F8 RILs) entries. The biparental subpopulations are referred to as: BTx623xHKZ; BTx623xNSZ and BTx623x Kaoliang. This population includes new sorghum germplasm that displayed transgressive segregation compared to cold tolerant parent based on germinability(>than 70%), field emergence (60-80%) and seedling vigor (robust score of 1.5-2.5 on a scale of 1 (robust vigor) to 5 (poor vigor), traits that are needed for early season cold tolerance in US production settings. Majority of RILs displayed combine height of 1-1.4 m and flowering time of 70-75 days. The genotype data for ARS_BTX623_NAM_ESCT population is archived at NCBI sequence read archive under project SRP8838986 [(1) Marla et al., 2019, Genes|Genomes|Genetics]. The population served as primary genetic resource for successful identification and application of DNA markers that are useful for improvement of sorghum chilling tolerance [(2)Marla et al., 2023, Genes|Genomes|Genetics]. The availability of published advanced genetics and information on sorghum chilling tolerance made this NAM population highly valuable for public availability as it is actually in use as germplasm for detailed physiological studies of sorghum chilling tolerance by various public and private research groups. References: (1)Marla et al., 2019. Genetic architecture of chilling tolerance in sorghum dissected with a nested association mapping population. G3, 9:4045-4097; (2)Marla et al., 2023.Genomics and phenomics enabled prebreeding improved early season chilling tolerance in sorghum. G3, 13:jkad116.2190335PI 707308
249PI 707309Sorghum, MiloSorghum bicolor (L.) Moench S9Not Available2025The sorghum ARS_BTX623_NAM_ESCT population is composed of three biparental parental subpopulations with a total of 769 recombinant inbred lines (F7-F8 RILs) entries. The biparental subpopulations are referred to as: BTx623xHKZ; BTx623xNSZ and BTx623x Kaoliang. This population includes new sorghum germplasm that displayed transgressive segregation compared to cold tolerant parent based on germinability(>than 70%), field emergence (60-80%) and seedling vigor (robust score of 1.5-2.5 on a scale of 1 (robust vigor) to 5 (poor vigor), traits that are needed for early season cold tolerance in US production settings. Majority of RILs displayed combine height of 1-1.4 m and flowering time of 70-75 days. The genotype data for ARS_BTX623_NAM_ESCT population is archived at NCBI sequence read archive under project SRP8838986 [(1) Marla et al., 2019, Genes|Genomes|Genetics]. The population served as primary genetic resource for successful identification and application of DNA markers that are useful for improvement of sorghum chilling tolerance [(2)Marla et al., 2023, Genes|Genomes|Genetics]. The availability of published advanced genetics and information on sorghum chilling tolerance made this NAM population highly valuable for public availability as it is actually in use as germplasm for detailed physiological studies of sorghum chilling tolerance by various public and private research groups. References: (1)Marla et al., 2019. Genetic architecture of chilling tolerance in sorghum dissected with a nested association mapping population. G3, 9:4045-4097; (2)Marla et al., 2023.Genomics and phenomics enabled prebreeding improved early season chilling tolerance in sorghum. G3, 13:jkad116.2190336PI 707309
250PI 707310Sorghum, MiloSorghum bicolor (L.) Moench S9Not Available2025The sorghum ARS_BTX623_NAM_ESCT population is composed of three biparental parental subpopulations with a total of 769 recombinant inbred lines (F7-F8 RILs) entries. The biparental subpopulations are referred to as: BTx623xHKZ; BTx623xNSZ and BTx623x Kaoliang. This population includes new sorghum germplasm that displayed transgressive segregation compared to cold tolerant parent based on germinability(>than 70%), field emergence (60-80%) and seedling vigor (robust score of 1.5-2.5 on a scale of 1 (robust vigor) to 5 (poor vigor), traits that are needed for early season cold tolerance in US production settings. Majority of RILs displayed combine height of 1-1.4 m and flowering time of 70-75 days. The genotype data for ARS_BTX623_NAM_ESCT population is archived at NCBI sequence read archive under project SRP8838986 [(1) Marla et al., 2019, Genes|Genomes|Genetics]. The population served as primary genetic resource for successful identification and application of DNA markers that are useful for improvement of sorghum chilling tolerance [(2)Marla et al., 2023, Genes|Genomes|Genetics]. The availability of published advanced genetics and information on sorghum chilling tolerance made this NAM population highly valuable for public availability as it is actually in use as germplasm for detailed physiological studies of sorghum chilling tolerance by various public and private research groups. References: (1)Marla et al., 2019. Genetic architecture of chilling tolerance in sorghum dissected with a nested association mapping population. G3, 9:4045-4097; (2)Marla et al., 2023.Genomics and phenomics enabled prebreeding improved early season chilling tolerance in sorghum. G3, 13:jkad116.2190337PI 707310
251PI 707311Sorghum, MiloSorghum bicolor (L.) Moench S9Not Available2025The sorghum ARS_BTX623_NAM_ESCT population is composed of three biparental parental subpopulations with a total of 769 recombinant inbred lines (F7-F8 RILs) entries. The biparental subpopulations are referred to as: BTx623xHKZ; BTx623xNSZ and BTx623x Kaoliang. This population includes new sorghum germplasm that displayed transgressive segregation compared to cold tolerant parent based on germinability(>than 70%), field emergence (60-80%) and seedling vigor (robust score of 1.5-2.5 on a scale of 1 (robust vigor) to 5 (poor vigor), traits that are needed for early season cold tolerance in US production settings. Majority of RILs displayed combine height of 1-1.4 m and flowering time of 70-75 days. The genotype data for ARS_BTX623_NAM_ESCT population is archived at NCBI sequence read archive under project SRP8838986 [(1) Marla et al., 2019, Genes|Genomes|Genetics]. The population served as primary genetic resource for successful identification and application of DNA markers that are useful for improvement of sorghum chilling tolerance [(2)Marla et al., 2023, Genes|Genomes|Genetics]. The availability of published advanced genetics and information on sorghum chilling tolerance made this NAM population highly valuable for public availability as it is actually in use as germplasm for detailed physiological studies of sorghum chilling tolerance by various public and private research groups. References: (1)Marla et al., 2019. Genetic architecture of chilling tolerance in sorghum dissected with a nested association mapping population. G3, 9:4045-4097; (2)Marla et al., 2023.Genomics and phenomics enabled prebreeding improved early season chilling tolerance in sorghum. G3, 13:jkad116.2190338PI 707311
252PI 707312Sorghum, MiloSorghum bicolor (L.) Moench S9Not Available2025The sorghum ARS_BTX623_NAM_ESCT population is composed of three biparental parental subpopulations with a total of 769 recombinant inbred lines (F7-F8 RILs) entries. The biparental subpopulations are referred to as: BTx623xHKZ; BTx623xNSZ and BTx623x Kaoliang. This population includes new sorghum germplasm that displayed transgressive segregation compared to cold tolerant parent based on germinability(>than 70%), field emergence (60-80%) and seedling vigor (robust score of 1.5-2.5 on a scale of 1 (robust vigor) to 5 (poor vigor), traits that are needed for early season cold tolerance in US production settings. Majority of RILs displayed combine height of 1-1.4 m and flowering time of 70-75 days. The genotype data for ARS_BTX623_NAM_ESCT population is archived at NCBI sequence read archive under project SRP8838986 [(1) Marla et al., 2019, Genes|Genomes|Genetics]. The population served as primary genetic resource for successful identification and application of DNA markers that are useful for improvement of sorghum chilling tolerance [(2)Marla et al., 2023, Genes|Genomes|Genetics]. The availability of published advanced genetics and information on sorghum chilling tolerance made this NAM population highly valuable for public availability as it is actually in use as germplasm for detailed physiological studies of sorghum chilling tolerance by various public and private research groups. References: (1)Marla et al., 2019. Genetic architecture of chilling tolerance in sorghum dissected with a nested association mapping population. G3, 9:4045-4097; (2)Marla et al., 2023.Genomics and phenomics enabled prebreeding improved early season chilling tolerance in sorghum. G3, 13:jkad116.2190339PI 707312
253PI 707313Sorghum, MiloSorghum bicolor (L.) Moench S9Not Available2025The sorghum ARS_BTX623_NAM_ESCT population is composed of three biparental parental subpopulations with a total of 769 recombinant inbred lines (F7-F8 RILs) entries. The biparental subpopulations are referred to as: BTx623xHKZ; BTx623xNSZ and BTx623x Kaoliang. This population includes new sorghum germplasm that displayed transgressive segregation compared to cold tolerant parent based on germinability(>than 70%), field emergence (60-80%) and seedling vigor (robust score of 1.5-2.5 on a scale of 1 (robust vigor) to 5 (poor vigor), traits that are needed for early season cold tolerance in US production settings. Majority of RILs displayed combine height of 1-1.4 m and flowering time of 70-75 days. The genotype data for ARS_BTX623_NAM_ESCT population is archived at NCBI sequence read archive under project SRP8838986 [(1) Marla et al., 2019, Genes|Genomes|Genetics]. The population served as primary genetic resource for successful identification and application of DNA markers that are useful for improvement of sorghum chilling tolerance [(2)Marla et al., 2023, Genes|Genomes|Genetics]. The availability of published advanced genetics and information on sorghum chilling tolerance made this NAM population highly valuable for public availability as it is actually in use as germplasm for detailed physiological studies of sorghum chilling tolerance by various public and private research groups. References: (1)Marla et al., 2019. Genetic architecture of chilling tolerance in sorghum dissected with a nested association mapping population. G3, 9:4045-4097; (2)Marla et al., 2023.Genomics and phenomics enabled prebreeding improved early season chilling tolerance in sorghum. G3, 13:jkad116.2190340PI 707313
254PI 707314Sorghum, MiloSorghum bicolor (L.) Moench S9Not Available2025The sorghum ARS_BTX623_NAM_ESCT population is composed of three biparental parental subpopulations with a total of 769 recombinant inbred lines (F7-F8 RILs) entries. The biparental subpopulations are referred to as: BTx623xHKZ; BTx623xNSZ and BTx623x Kaoliang. This population includes new sorghum germplasm that displayed transgressive segregation compared to cold tolerant parent based on germinability(>than 70%), field emergence (60-80%) and seedling vigor (robust score of 1.5-2.5 on a scale of 1 (robust vigor) to 5 (poor vigor), traits that are needed for early season cold tolerance in US production settings. Majority of RILs displayed combine height of 1-1.4 m and flowering time of 70-75 days. The genotype data for ARS_BTX623_NAM_ESCT population is archived at NCBI sequence read archive under project SRP8838986 [(1) Marla et al., 2019, Genes|Genomes|Genetics]. The population served as primary genetic resource for successful identification and application of DNA markers that are useful for improvement of sorghum chilling tolerance [(2)Marla et al., 2023, Genes|Genomes|Genetics]. The availability of published advanced genetics and information on sorghum chilling tolerance made this NAM population highly valuable for public availability as it is actually in use as germplasm for detailed physiological studies of sorghum chilling tolerance by various public and private research groups. References: (1)Marla et al., 2019. Genetic architecture of chilling tolerance in sorghum dissected with a nested association mapping population. G3, 9:4045-4097; (2)Marla et al., 2023.Genomics and phenomics enabled prebreeding improved early season chilling tolerance in sorghum. G3, 13:jkad116.2190341PI 707314
255PI 707315Sorghum, MiloSorghum bicolor (L.) Moench S9Not Available2025The sorghum ARS_BTX623_NAM_ESCT population is composed of three biparental parental subpopulations with a total of 769 recombinant inbred lines (F7-F8 RILs) entries. The biparental subpopulations are referred to as: BTx623xHKZ; BTx623xNSZ and BTx623x Kaoliang. This population includes new sorghum germplasm that displayed transgressive segregation compared to cold tolerant parent based on germinability(>than 70%), field emergence (60-80%) and seedling vigor (robust score of 1.5-2.5 on a scale of 1 (robust vigor) to 5 (poor vigor), traits that are needed for early season cold tolerance in US production settings. Majority of RILs displayed combine height of 1-1.4 m and flowering time of 70-75 days. The genotype data for ARS_BTX623_NAM_ESCT population is archived at NCBI sequence read archive under project SRP8838986 [(1) Marla et al., 2019, Genes|Genomes|Genetics]. The population served as primary genetic resource for successful identification and application of DNA markers that are useful for improvement of sorghum chilling tolerance [(2)Marla et al., 2023, Genes|Genomes|Genetics]. The availability of published advanced genetics and information on sorghum chilling tolerance made this NAM population highly valuable for public availability as it is actually in use as germplasm for detailed physiological studies of sorghum chilling tolerance by various public and private research groups. References: (1)Marla et al., 2019. Genetic architecture of chilling tolerance in sorghum dissected with a nested association mapping population. G3, 9:4045-4097; (2)Marla et al., 2023.Genomics and phenomics enabled prebreeding improved early season chilling tolerance in sorghum. G3, 13:jkad116.2190342PI 707315
256PI 707316Sorghum, MiloSorghum bicolor (L.) Moench S9Not Available2025The sorghum ARS_BTX623_NAM_ESCT population is composed of three biparental parental subpopulations with a total of 769 recombinant inbred lines (F7-F8 RILs) entries. The biparental subpopulations are referred to as: BTx623xHKZ; BTx623xNSZ and BTx623x Kaoliang. This population includes new sorghum germplasm that displayed transgressive segregation compared to cold tolerant parent based on germinability(>than 70%), field emergence (60-80%) and seedling vigor (robust score of 1.5-2.5 on a scale of 1 (robust vigor) to 5 (poor vigor), traits that are needed for early season cold tolerance in US production settings. Majority of RILs displayed combine height of 1-1.4 m and flowering time of 70-75 days. The genotype data for ARS_BTX623_NAM_ESCT population is archived at NCBI sequence read archive under project SRP8838986 [(1) Marla et al., 2019, Genes|Genomes|Genetics]. The population served as primary genetic resource for successful identification and application of DNA markers that are useful for improvement of sorghum chilling tolerance [(2)Marla et al., 2023, Genes|Genomes|Genetics]. The availability of published advanced genetics and information on sorghum chilling tolerance made this NAM population highly valuable for public availability as it is actually in use as germplasm for detailed physiological studies of sorghum chilling tolerance by various public and private research groups. References: (1)Marla et al., 2019. Genetic architecture of chilling tolerance in sorghum dissected with a nested association mapping population. G3, 9:4045-4097; (2)Marla et al., 2023.Genomics and phenomics enabled prebreeding improved early season chilling tolerance in sorghum. G3, 13:jkad116.2190343PI 707316
257PI 707317Sorghum, MiloSorghum bicolor (L.) Moench S9Not Available2025The sorghum ARS_BTX623_NAM_ESCT population is composed of three biparental parental subpopulations with a total of 769 recombinant inbred lines (F7-F8 RILs) entries. The biparental subpopulations are referred to as: BTx623xHKZ; BTx623xNSZ and BTx623x Kaoliang. This population includes new sorghum germplasm that displayed transgressive segregation compared to cold tolerant parent based on germinability(>than 70%), field emergence (60-80%) and seedling vigor (robust score of 1.5-2.5 on a scale of 1 (robust vigor) to 5 (poor vigor), traits that are needed for early season cold tolerance in US production settings. Majority of RILs displayed combine height of 1-1.4 m and flowering time of 70-75 days. The genotype data for ARS_BTX623_NAM_ESCT population is archived at NCBI sequence read archive under project SRP8838986 [(1) Marla et al., 2019, Genes|Genomes|Genetics]. The population served as primary genetic resource for successful identification and application of DNA markers that are useful for improvement of sorghum chilling tolerance [(2)Marla et al., 2023, Genes|Genomes|Genetics]. The availability of published advanced genetics and information on sorghum chilling tolerance made this NAM population highly valuable for public availability as it is actually in use as germplasm for detailed physiological studies of sorghum chilling tolerance by various public and private research groups. References: (1)Marla et al., 2019. Genetic architecture of chilling tolerance in sorghum dissected with a nested association mapping population. G3, 9:4045-4097; (2)Marla et al., 2023.Genomics and phenomics enabled prebreeding improved early season chilling tolerance in sorghum. G3, 13:jkad116.2190344PI 707317
258PI 707318Sorghum, MiloSorghum bicolor (L.) Moench S9Not Available2025The sorghum ARS_BTX623_NAM_ESCT population is composed of three biparental parental subpopulations with a total of 769 recombinant inbred lines (F7-F8 RILs) entries. The biparental subpopulations are referred to as: BTx623xHKZ; BTx623xNSZ and BTx623x Kaoliang. This population includes new sorghum germplasm that displayed transgressive segregation compared to cold tolerant parent based on germinability(>than 70%), field emergence (60-80%) and seedling vigor (robust score of 1.5-2.5 on a scale of 1 (robust vigor) to 5 (poor vigor), traits that are needed for early season cold tolerance in US production settings. Majority of RILs displayed combine height of 1-1.4 m and flowering time of 70-75 days. The genotype data for ARS_BTX623_NAM_ESCT population is archived at NCBI sequence read archive under project SRP8838986 [(1) Marla et al., 2019, Genes|Genomes|Genetics]. The population served as primary genetic resource for successful identification and application of DNA markers that are useful for improvement of sorghum chilling tolerance [(2)Marla et al., 2023, Genes|Genomes|Genetics]. The availability of published advanced genetics and information on sorghum chilling tolerance made this NAM population highly valuable for public availability as it is actually in use as germplasm for detailed physiological studies of sorghum chilling tolerance by various public and private research groups. References: (1)Marla et al., 2019. Genetic architecture of chilling tolerance in sorghum dissected with a nested association mapping population. G3, 9:4045-4097; (2)Marla et al., 2023.Genomics and phenomics enabled prebreeding improved early season chilling tolerance in sorghum. G3, 13:jkad116.2190345PI 707318
259PI 707319Sorghum, MiloSorghum bicolor (L.) Moench S9Not Available2025The sorghum ARS_BTX623_NAM_ESCT population is composed of three biparental parental subpopulations with a total of 769 recombinant inbred lines (F7-F8 RILs) entries. The biparental subpopulations are referred to as: BTx623xHKZ; BTx623xNSZ and BTx623x Kaoliang. This population includes new sorghum germplasm that displayed transgressive segregation compared to cold tolerant parent based on germinability(>than 70%), field emergence (60-80%) and seedling vigor (robust score of 1.5-2.5 on a scale of 1 (robust vigor) to 5 (poor vigor), traits that are needed for early season cold tolerance in US production settings. Majority of RILs displayed combine height of 1-1.4 m and flowering time of 70-75 days. The genotype data for ARS_BTX623_NAM_ESCT population is archived at NCBI sequence read archive under project SRP8838986 [(1) Marla et al., 2019, Genes|Genomes|Genetics]. The population served as primary genetic resource for successful identification and application of DNA markers that are useful for improvement of sorghum chilling tolerance [(2)Marla et al., 2023, Genes|Genomes|Genetics]. The availability of published advanced genetics and information on sorghum chilling tolerance made this NAM population highly valuable for public availability as it is actually in use as germplasm for detailed physiological studies of sorghum chilling tolerance by various public and private research groups. References: (1)Marla et al., 2019. Genetic architecture of chilling tolerance in sorghum dissected with a nested association mapping population. G3, 9:4045-4097; (2)Marla et al., 2023.Genomics and phenomics enabled prebreeding improved early season chilling tolerance in sorghum. G3, 13:jkad116.2190346PI 707319
260PI 707320Sorghum, MiloSorghum bicolor (L.) Moench S9Not Available2025The sorghum ARS_BTX623_NAM_ESCT population is composed of three biparental parental subpopulations with a total of 769 recombinant inbred lines (F7-F8 RILs) entries. The biparental subpopulations are referred to as: BTx623xHKZ; BTx623xNSZ and BTx623x Kaoliang. This population includes new sorghum germplasm that displayed transgressive segregation compared to cold tolerant parent based on germinability(>than 70%), field emergence (60-80%) and seedling vigor (robust score of 1.5-2.5 on a scale of 1 (robust vigor) to 5 (poor vigor), traits that are needed for early season cold tolerance in US production settings. Majority of RILs displayed combine height of 1-1.4 m and flowering time of 70-75 days. The genotype data for ARS_BTX623_NAM_ESCT population is archived at NCBI sequence read archive under project SRP8838986 [(1) Marla et al., 2019, Genes|Genomes|Genetics]. The population served as primary genetic resource for successful identification and application of DNA markers that are useful for improvement of sorghum chilling tolerance [(2)Marla et al., 2023, Genes|Genomes|Genetics]. The availability of published advanced genetics and information on sorghum chilling tolerance made this NAM population highly valuable for public availability as it is actually in use as germplasm for detailed physiological studies of sorghum chilling tolerance by various public and private research groups. References: (1)Marla et al., 2019. Genetic architecture of chilling tolerance in sorghum dissected with a nested association mapping population. G3, 9:4045-4097; (2)Marla et al., 2023.Genomics and phenomics enabled prebreeding improved early season chilling tolerance in sorghum. G3, 13:jkad116.2190347PI 707320
261PI 707321Sorghum, MiloSorghum bicolor (L.) Moench S9Not Available2025The sorghum ARS_BTX623_NAM_ESCT population is composed of three biparental parental subpopulations with a total of 769 recombinant inbred lines (F7-F8 RILs) entries. The biparental subpopulations are referred to as: BTx623xHKZ; BTx623xNSZ and BTx623x Kaoliang. This population includes new sorghum germplasm that displayed transgressive segregation compared to cold tolerant parent based on germinability(>than 70%), field emergence (60-80%) and seedling vigor (robust score of 1.5-2.5 on a scale of 1 (robust vigor) to 5 (poor vigor), traits that are needed for early season cold tolerance in US production settings. Majority of RILs displayed combine height of 1-1.4 m and flowering time of 70-75 days. The genotype data for ARS_BTX623_NAM_ESCT population is archived at NCBI sequence read archive under project SRP8838986 [(1) Marla et al., 2019, Genes|Genomes|Genetics]. The population served as primary genetic resource for successful identification and application of DNA markers that are useful for improvement of sorghum chilling tolerance [(2)Marla et al., 2023, Genes|Genomes|Genetics]. The availability of published advanced genetics and information on sorghum chilling tolerance made this NAM population highly valuable for public availability as it is actually in use as germplasm for detailed physiological studies of sorghum chilling tolerance by various public and private research groups. References: (1)Marla et al., 2019. Genetic architecture of chilling tolerance in sorghum dissected with a nested association mapping population. G3, 9:4045-4097; (2)Marla et al., 2023.Genomics and phenomics enabled prebreeding improved early season chilling tolerance in sorghum. G3, 13:jkad116.2190348PI 707321
262PI 707322Sorghum, MiloSorghum bicolor (L.) Moench S9Not Available2025The sorghum ARS_BTX623_NAM_ESCT population is composed of three biparental parental subpopulations with a total of 769 recombinant inbred lines (F7-F8 RILs) entries. The biparental subpopulations are referred to as: BTx623xHKZ; BTx623xNSZ and BTx623x Kaoliang. This population includes new sorghum germplasm that displayed transgressive segregation compared to cold tolerant parent based on germinability(>than 70%), field emergence (60-80%) and seedling vigor (robust score of 1.5-2.5 on a scale of 1 (robust vigor) to 5 (poor vigor), traits that are needed for early season cold tolerance in US production settings. Majority of RILs displayed combine height of 1-1.4 m and flowering time of 70-75 days. The genotype data for ARS_BTX623_NAM_ESCT population is archived at NCBI sequence read archive under project SRP8838986 [(1) Marla et al., 2019, Genes|Genomes|Genetics]. The population served as primary genetic resource for successful identification and application of DNA markers that are useful for improvement of sorghum chilling tolerance [(2)Marla et al., 2023, Genes|Genomes|Genetics]. The availability of published advanced genetics and information on sorghum chilling tolerance made this NAM population highly valuable for public availability as it is actually in use as germplasm for detailed physiological studies of sorghum chilling tolerance by various public and private research groups. References: (1)Marla et al., 2019. Genetic architecture of chilling tolerance in sorghum dissected with a nested association mapping population. G3, 9:4045-4097; (2)Marla et al., 2023.Genomics and phenomics enabled prebreeding improved early season chilling tolerance in sorghum. G3, 13:jkad116.2190349PI 707322
263PI 707323Sorghum, MiloSorghum bicolor (L.) Moench S9Not Available2025The sorghum ARS_BTX623_NAM_ESCT population is composed of three biparental parental subpopulations with a total of 769 recombinant inbred lines (F7-F8 RILs) entries. The biparental subpopulations are referred to as: BTx623xHKZ; BTx623xNSZ and BTx623x Kaoliang. This population includes new sorghum germplasm that displayed transgressive segregation compared to cold tolerant parent based on germinability(>than 70%), field emergence (60-80%) and seedling vigor (robust score of 1.5-2.5 on a scale of 1 (robust vigor) to 5 (poor vigor), traits that are needed for early season cold tolerance in US production settings. Majority of RILs displayed combine height of 1-1.4 m and flowering time of 70-75 days. The genotype data for ARS_BTX623_NAM_ESCT population is archived at NCBI sequence read archive under project SRP8838986 [(1) Marla et al., 2019, Genes|Genomes|Genetics]. The population served as primary genetic resource for successful identification and application of DNA markers that are useful for improvement of sorghum chilling tolerance [(2)Marla et al., 2023, Genes|Genomes|Genetics]. The availability of published advanced genetics and information on sorghum chilling tolerance made this NAM population highly valuable for public availability as it is actually in use as germplasm for detailed physiological studies of sorghum chilling tolerance by various public and private research groups. References: (1)Marla et al., 2019. Genetic architecture of chilling tolerance in sorghum dissected with a nested association mapping population. G3, 9:4045-4097; (2)Marla et al., 2023.Genomics and phenomics enabled prebreeding improved early season chilling tolerance in sorghum. G3, 13:jkad116.2190350PI 707323
264PI 707324Sorghum, MiloSorghum bicolor (L.) Moench S9Not Available2025The sorghum ARS_BTX623_NAM_ESCT population is composed of three biparental parental subpopulations with a total of 769 recombinant inbred lines (F7-F8 RILs) entries. The biparental subpopulations are referred to as: BTx623xHKZ; BTx623xNSZ and BTx623x Kaoliang. This population includes new sorghum germplasm that displayed transgressive segregation compared to cold tolerant parent based on germinability(>than 70%), field emergence (60-80%) and seedling vigor (robust score of 1.5-2.5 on a scale of 1 (robust vigor) to 5 (poor vigor), traits that are needed for early season cold tolerance in US production settings. Majority of RILs displayed combine height of 1-1.4 m and flowering time of 70-75 days. The genotype data for ARS_BTX623_NAM_ESCT population is archived at NCBI sequence read archive under project SRP8838986 [(1) Marla et al., 2019, Genes|Genomes|Genetics]. The population served as primary genetic resource for successful identification and application of DNA markers that are useful for improvement of sorghum chilling tolerance [(2)Marla et al., 2023, Genes|Genomes|Genetics]. The availability of published advanced genetics and information on sorghum chilling tolerance made this NAM population highly valuable for public availability as it is actually in use as germplasm for detailed physiological studies of sorghum chilling tolerance by various public and private research groups. References: (1)Marla et al., 2019. Genetic architecture of chilling tolerance in sorghum dissected with a nested association mapping population. G3, 9:4045-4097; (2)Marla et al., 2023.Genomics and phenomics enabled prebreeding improved early season chilling tolerance in sorghum. G3, 13:jkad116.2190351PI 707324
265PI 707325Sorghum, MiloSorghum bicolor (L.) Moench S9Not Available2025The sorghum ARS_BTX623_NAM_ESCT population is composed of three biparental parental subpopulations with a total of 769 recombinant inbred lines (F7-F8 RILs) entries. The biparental subpopulations are referred to as: BTx623xHKZ; BTx623xNSZ and BTx623x Kaoliang. This population includes new sorghum germplasm that displayed transgressive segregation compared to cold tolerant parent based on germinability(>than 70%), field emergence (60-80%) and seedling vigor (robust score of 1.5-2.5 on a scale of 1 (robust vigor) to 5 (poor vigor), traits that are needed for early season cold tolerance in US production settings. Majority of RILs displayed combine height of 1-1.4 m and flowering time of 70-75 days. The genotype data for ARS_BTX623_NAM_ESCT population is archived at NCBI sequence read archive under project SRP8838986 [(1) Marla et al., 2019, Genes|Genomes|Genetics]. The population served as primary genetic resource for successful identification and application of DNA markers that are useful for improvement of sorghum chilling tolerance [(2)Marla et al., 2023, Genes|Genomes|Genetics]. The availability of published advanced genetics and information on sorghum chilling tolerance made this NAM population highly valuable for public availability as it is actually in use as germplasm for detailed physiological studies of sorghum chilling tolerance by various public and private research groups. References: (1)Marla et al., 2019. Genetic architecture of chilling tolerance in sorghum dissected with a nested association mapping population. G3, 9:4045-4097; (2)Marla et al., 2023.Genomics and phenomics enabled prebreeding improved early season chilling tolerance in sorghum. G3, 13:jkad116.2190352PI 707325
266PI 707326Sorghum, MiloSorghum bicolor (L.) Moench S9Not Available2025The sorghum ARS_BTX623_NAM_ESCT population is composed of three biparental parental subpopulations with a total of 769 recombinant inbred lines (F7-F8 RILs) entries. The biparental subpopulations are referred to as: BTx623xHKZ; BTx623xNSZ and BTx623x Kaoliang. This population includes new sorghum germplasm that displayed transgressive segregation compared to cold tolerant parent based on germinability(>than 70%), field emergence (60-80%) and seedling vigor (robust score of 1.5-2.5 on a scale of 1 (robust vigor) to 5 (poor vigor), traits that are needed for early season cold tolerance in US production settings. Majority of RILs displayed combine height of 1-1.4 m and flowering time of 70-75 days. The genotype data for ARS_BTX623_NAM_ESCT population is archived at NCBI sequence read archive under project SRP8838986 [(1) Marla et al., 2019, Genes|Genomes|Genetics]. The population served as primary genetic resource for successful identification and application of DNA markers that are useful for improvement of sorghum chilling tolerance [(2)Marla et al., 2023, Genes|Genomes|Genetics]. The availability of published advanced genetics and information on sorghum chilling tolerance made this NAM population highly valuable for public availability as it is actually in use as germplasm for detailed physiological studies of sorghum chilling tolerance by various public and private research groups. References: (1)Marla et al., 2019. Genetic architecture of chilling tolerance in sorghum dissected with a nested association mapping population. G3, 9:4045-4097; (2)Marla et al., 2023.Genomics and phenomics enabled prebreeding improved early season chilling tolerance in sorghum. G3, 13:jkad116.2190353PI 707326
267PI 707327Sorghum, MiloSorghum bicolor (L.) Moench S9Not Available2025The sorghum ARS_BTX623_NAM_ESCT population is composed of three biparental parental subpopulations with a total of 769 recombinant inbred lines (F7-F8 RILs) entries. The biparental subpopulations are referred to as: BTx623xHKZ; BTx623xNSZ and BTx623x Kaoliang. This population includes new sorghum germplasm that displayed transgressive segregation compared to cold tolerant parent based on germinability(>than 70%), field emergence (60-80%) and seedling vigor (robust score of 1.5-2.5 on a scale of 1 (robust vigor) to 5 (poor vigor), traits that are needed for early season cold tolerance in US production settings. Majority of RILs displayed combine height of 1-1.4 m and flowering time of 70-75 days. The genotype data for ARS_BTX623_NAM_ESCT population is archived at NCBI sequence read archive under project SRP8838986 [(1) Marla et al., 2019, Genes|Genomes|Genetics]. The population served as primary genetic resource for successful identification and application of DNA markers that are useful for improvement of sorghum chilling tolerance [(2)Marla et al., 2023, Genes|Genomes|Genetics]. The availability of published advanced genetics and information on sorghum chilling tolerance made this NAM population highly valuable for public availability as it is actually in use as germplasm for detailed physiological studies of sorghum chilling tolerance by various public and private research groups. References: (1)Marla et al., 2019. Genetic architecture of chilling tolerance in sorghum dissected with a nested association mapping population. G3, 9:4045-4097; (2)Marla et al., 2023.Genomics and phenomics enabled prebreeding improved early season chilling tolerance in sorghum. G3, 13:jkad116.2190354PI 707327
268PI 707328Sorghum, MiloSorghum bicolor (L.) Moench S9Not Available2025The sorghum ARS_BTX623_NAM_ESCT population is composed of three biparental parental subpopulations with a total of 769 recombinant inbred lines (F7-F8 RILs) entries. The biparental subpopulations are referred to as: BTx623xHKZ; BTx623xNSZ and BTx623x Kaoliang. This population includes new sorghum germplasm that displayed transgressive segregation compared to cold tolerant parent based on germinability(>than 70%), field emergence (60-80%) and seedling vigor (robust score of 1.5-2.5 on a scale of 1 (robust vigor) to 5 (poor vigor), traits that are needed for early season cold tolerance in US production settings. Majority of RILs displayed combine height of 1-1.4 m and flowering time of 70-75 days. The genotype data for ARS_BTX623_NAM_ESCT population is archived at NCBI sequence read archive under project SRP8838986 [(1) Marla et al., 2019, Genes|Genomes|Genetics]. The population served as primary genetic resource for successful identification and application of DNA markers that are useful for improvement of sorghum chilling tolerance [(2)Marla et al., 2023, Genes|Genomes|Genetics]. The availability of published advanced genetics and information on sorghum chilling tolerance made this NAM population highly valuable for public availability as it is actually in use as germplasm for detailed physiological studies of sorghum chilling tolerance by various public and private research groups. References: (1)Marla et al., 2019. Genetic architecture of chilling tolerance in sorghum dissected with a nested association mapping population. G3, 9:4045-4097; (2)Marla et al., 2023.Genomics and phenomics enabled prebreeding improved early season chilling tolerance in sorghum. G3, 13:jkad116.2190355PI 707328
269PI 707329Sorghum, MiloSorghum bicolor (L.) Moench S9Not Available2025The sorghum ARS_BTX623_NAM_ESCT population is composed of three biparental parental subpopulations with a total of 769 recombinant inbred lines (F7-F8 RILs) entries. The biparental subpopulations are referred to as: BTx623xHKZ; BTx623xNSZ and BTx623x Kaoliang. This population includes new sorghum germplasm that displayed transgressive segregation compared to cold tolerant parent based on germinability(>than 70%), field emergence (60-80%) and seedling vigor (robust score of 1.5-2.5 on a scale of 1 (robust vigor) to 5 (poor vigor), traits that are needed for early season cold tolerance in US production settings. Majority of RILs displayed combine height of 1-1.4 m and flowering time of 70-75 days. The genotype data for ARS_BTX623_NAM_ESCT population is archived at NCBI sequence read archive under project SRP8838986 [(1) Marla et al., 2019, Genes|Genomes|Genetics]. The population served as primary genetic resource for successful identification and application of DNA markers that are useful for improvement of sorghum chilling tolerance [(2)Marla et al., 2023, Genes|Genomes|Genetics]. The availability of published advanced genetics and information on sorghum chilling tolerance made this NAM population highly valuable for public availability as it is actually in use as germplasm for detailed physiological studies of sorghum chilling tolerance by various public and private research groups. References: (1)Marla et al., 2019. Genetic architecture of chilling tolerance in sorghum dissected with a nested association mapping population. G3, 9:4045-4097; (2)Marla et al., 2023.Genomics and phenomics enabled prebreeding improved early season chilling tolerance in sorghum. G3, 13:jkad116.2190356PI 707329
270PI 707330Sorghum, MiloSorghum bicolor (L.) Moench S9Not Available2025The sorghum ARS_BTX623_NAM_ESCT population is composed of three biparental parental subpopulations with a total of 769 recombinant inbred lines (F7-F8 RILs) entries. The biparental subpopulations are referred to as: BTx623xHKZ; BTx623xNSZ and BTx623x Kaoliang. This population includes new sorghum germplasm that displayed transgressive segregation compared to cold tolerant parent based on germinability(>than 70%), field emergence (60-80%) and seedling vigor (robust score of 1.5-2.5 on a scale of 1 (robust vigor) to 5 (poor vigor), traits that are needed for early season cold tolerance in US production settings. Majority of RILs displayed combine height of 1-1.4 m and flowering time of 70-75 days. The genotype data for ARS_BTX623_NAM_ESCT population is archived at NCBI sequence read archive under project SRP8838986 [(1) Marla et al., 2019, Genes|Genomes|Genetics]. The population served as primary genetic resource for successful identification and application of DNA markers that are useful for improvement of sorghum chilling tolerance [(2)Marla et al., 2023, Genes|Genomes|Genetics]. The availability of published advanced genetics and information on sorghum chilling tolerance made this NAM population highly valuable for public availability as it is actually in use as germplasm for detailed physiological studies of sorghum chilling tolerance by various public and private research groups. References: (1)Marla et al., 2019. Genetic architecture of chilling tolerance in sorghum dissected with a nested association mapping population. G3, 9:4045-4097; (2)Marla et al., 2023.Genomics and phenomics enabled prebreeding improved early season chilling tolerance in sorghum. G3, 13:jkad116.2190357PI 707330
271PI 707331Sorghum, MiloSorghum bicolor (L.) Moench S9Not Available2025The sorghum ARS_BTX623_NAM_ESCT population is composed of three biparental parental subpopulations with a total of 769 recombinant inbred lines (F7-F8 RILs) entries. The biparental subpopulations are referred to as: BTx623xHKZ; BTx623xNSZ and BTx623x Kaoliang. This population includes new sorghum germplasm that displayed transgressive segregation compared to cold tolerant parent based on germinability(>than 70%), field emergence (60-80%) and seedling vigor (robust score of 1.5-2.5 on a scale of 1 (robust vigor) to 5 (poor vigor), traits that are needed for early season cold tolerance in US production settings. Majority of RILs displayed combine height of 1-1.4 m and flowering time of 70-75 days. The genotype data for ARS_BTX623_NAM_ESCT population is archived at NCBI sequence read archive under project SRP8838986 [(1) Marla et al., 2019, Genes|Genomes|Genetics]. The population served as primary genetic resource for successful identification and application of DNA markers that are useful for improvement of sorghum chilling tolerance [(2)Marla et al., 2023, Genes|Genomes|Genetics]. The availability of published advanced genetics and information on sorghum chilling tolerance made this NAM population highly valuable for public availability as it is actually in use as germplasm for detailed physiological studies of sorghum chilling tolerance by various public and private research groups. References: (1)Marla et al., 2019. Genetic architecture of chilling tolerance in sorghum dissected with a nested association mapping population. G3, 9:4045-4097; (2)Marla et al., 2023.Genomics and phenomics enabled prebreeding improved early season chilling tolerance in sorghum. G3, 13:jkad116.2190358PI 707331
272PI 707332Sorghum, MiloSorghum bicolor (L.) Moench S9Not Available2025The sorghum ARS_BTX623_NAM_ESCT population is composed of three biparental parental subpopulations with a total of 769 recombinant inbred lines (F7-F8 RILs) entries. The biparental subpopulations are referred to as: BTx623xHKZ; BTx623xNSZ and BTx623x Kaoliang. This population includes new sorghum germplasm that displayed transgressive segregation compared to cold tolerant parent based on germinability(>than 70%), field emergence (60-80%) and seedling vigor (robust score of 1.5-2.5 on a scale of 1 (robust vigor) to 5 (poor vigor), traits that are needed for early season cold tolerance in US production settings. Majority of RILs displayed combine height of 1-1.4 m and flowering time of 70-75 days. The genotype data for ARS_BTX623_NAM_ESCT population is archived at NCBI sequence read archive under project SRP8838986 [(1) Marla et al., 2019, Genes|Genomes|Genetics]. The population served as primary genetic resource for successful identification and application of DNA markers that are useful for improvement of sorghum chilling tolerance [(2)Marla et al., 2023, Genes|Genomes|Genetics]. The availability of published advanced genetics and information on sorghum chilling tolerance made this NAM population highly valuable for public availability as it is actually in use as germplasm for detailed physiological studies of sorghum chilling tolerance by various public and private research groups. References: (1)Marla et al., 2019. Genetic architecture of chilling tolerance in sorghum dissected with a nested association mapping population. G3, 9:4045-4097; (2)Marla et al., 2023.Genomics and phenomics enabled prebreeding improved early season chilling tolerance in sorghum. G3, 13:jkad116.2190359PI 707332
273PI 707333Sorghum, MiloSorghum bicolor (L.) Moench S9Not Available2025The sorghum ARS_BTX623_NAM_ESCT population is composed of three biparental parental subpopulations with a total of 769 recombinant inbred lines (F7-F8 RILs) entries. The biparental subpopulations are referred to as: BTx623xHKZ; BTx623xNSZ and BTx623x Kaoliang. This population includes new sorghum germplasm that displayed transgressive segregation compared to cold tolerant parent based on germinability(>than 70%), field emergence (60-80%) and seedling vigor (robust score of 1.5-2.5 on a scale of 1 (robust vigor) to 5 (poor vigor), traits that are needed for early season cold tolerance in US production settings. Majority of RILs displayed combine height of 1-1.4 m and flowering time of 70-75 days. The genotype data for ARS_BTX623_NAM_ESCT population is archived at NCBI sequence read archive under project SRP8838986 [(1) Marla et al., 2019, Genes|Genomes|Genetics]. The population served as primary genetic resource for successful identification and application of DNA markers that are useful for improvement of sorghum chilling tolerance [(2)Marla et al., 2023, Genes|Genomes|Genetics]. The availability of published advanced genetics and information on sorghum chilling tolerance made this NAM population highly valuable for public availability as it is actually in use as germplasm for detailed physiological studies of sorghum chilling tolerance by various public and private research groups. References: (1)Marla et al., 2019. Genetic architecture of chilling tolerance in sorghum dissected with a nested association mapping population. G3, 9:4045-4097; (2)Marla et al., 2023.Genomics and phenomics enabled prebreeding improved early season chilling tolerance in sorghum. G3, 13:jkad116.2190360PI 707333
274PI 707334Sorghum, MiloSorghum bicolor (L.) Moench S9Not Available2025The sorghum ARS_BTX623_NAM_ESCT population is composed of three biparental parental subpopulations with a total of 769 recombinant inbred lines (F7-F8 RILs) entries. The biparental subpopulations are referred to as: BTx623xHKZ; BTx623xNSZ and BTx623x Kaoliang. This population includes new sorghum germplasm that displayed transgressive segregation compared to cold tolerant parent based on germinability(>than 70%), field emergence (60-80%) and seedling vigor (robust score of 1.5-2.5 on a scale of 1 (robust vigor) to 5 (poor vigor), traits that are needed for early season cold tolerance in US production settings. Majority of RILs displayed combine height of 1-1.4 m and flowering time of 70-75 days. The genotype data for ARS_BTX623_NAM_ESCT population is archived at NCBI sequence read archive under project SRP8838986 [(1) Marla et al., 2019, Genes|Genomes|Genetics]. The population served as primary genetic resource for successful identification and application of DNA markers that are useful for improvement of sorghum chilling tolerance [(2)Marla et al., 2023, Genes|Genomes|Genetics]. The availability of published advanced genetics and information on sorghum chilling tolerance made this NAM population highly valuable for public availability as it is actually in use as germplasm for detailed physiological studies of sorghum chilling tolerance by various public and private research groups. References: (1)Marla et al., 2019. Genetic architecture of chilling tolerance in sorghum dissected with a nested association mapping population. G3, 9:4045-4097; (2)Marla et al., 2023.Genomics and phenomics enabled prebreeding improved early season chilling tolerance in sorghum. G3, 13:jkad116.2190361PI 707334
275PI 707335Sorghum, MiloSorghum bicolor (L.) Moench S9Not Available2025The sorghum ARS_BTX623_NAM_ESCT population is composed of three biparental parental subpopulations with a total of 769 recombinant inbred lines (F7-F8 RILs) entries. The biparental subpopulations are referred to as: BTx623xHKZ; BTx623xNSZ and BTx623x Kaoliang. This population includes new sorghum germplasm that displayed transgressive segregation compared to cold tolerant parent based on germinability(>than 70%), field emergence (60-80%) and seedling vigor (robust score of 1.5-2.5 on a scale of 1 (robust vigor) to 5 (poor vigor), traits that are needed for early season cold tolerance in US production settings. Majority of RILs displayed combine height of 1-1.4 m and flowering time of 70-75 days. The genotype data for ARS_BTX623_NAM_ESCT population is archived at NCBI sequence read archive under project SRP8838986 [(1) Marla et al., 2019, Genes|Genomes|Genetics]. The population served as primary genetic resource for successful identification and application of DNA markers that are useful for improvement of sorghum chilling tolerance [(2)Marla et al., 2023, Genes|Genomes|Genetics]. The availability of published advanced genetics and information on sorghum chilling tolerance made this NAM population highly valuable for public availability as it is actually in use as germplasm for detailed physiological studies of sorghum chilling tolerance by various public and private research groups. References: (1)Marla et al., 2019. Genetic architecture of chilling tolerance in sorghum dissected with a nested association mapping population. G3, 9:4045-4097; (2)Marla et al., 2023.Genomics and phenomics enabled prebreeding improved early season chilling tolerance in sorghum. G3, 13:jkad116.2190362PI 707335
276PI 707336Sorghum, MiloSorghum bicolor (L.) Moench S9Not Available2025The sorghum ARS_BTX623_NAM_ESCT population is composed of three biparental parental subpopulations with a total of 769 recombinant inbred lines (F7-F8 RILs) entries. The biparental subpopulations are referred to as: BTx623xHKZ; BTx623xNSZ and BTx623x Kaoliang. This population includes new sorghum germplasm that displayed transgressive segregation compared to cold tolerant parent based on germinability(>than 70%), field emergence (60-80%) and seedling vigor (robust score of 1.5-2.5 on a scale of 1 (robust vigor) to 5 (poor vigor), traits that are needed for early season cold tolerance in US production settings. Majority of RILs displayed combine height of 1-1.4 m and flowering time of 70-75 days. The genotype data for ARS_BTX623_NAM_ESCT population is archived at NCBI sequence read archive under project SRP8838986 [(1) Marla et al., 2019, Genes|Genomes|Genetics]. The population served as primary genetic resource for successful identification and application of DNA markers that are useful for improvement of sorghum chilling tolerance [(2)Marla et al., 2023, Genes|Genomes|Genetics]. The availability of published advanced genetics and information on sorghum chilling tolerance made this NAM population highly valuable for public availability as it is actually in use as germplasm for detailed physiological studies of sorghum chilling tolerance by various public and private research groups. References: (1)Marla et al., 2019. Genetic architecture of chilling tolerance in sorghum dissected with a nested association mapping population. G3, 9:4045-4097; (2)Marla et al., 2023.Genomics and phenomics enabled prebreeding improved early season chilling tolerance in sorghum. G3, 13:jkad116.2190363PI 707336
277PI 707337Sorghum, MiloSorghum bicolor (L.) Moench S9Not Available2025The sorghum ARS_BTX623_NAM_ESCT population is composed of three biparental parental subpopulations with a total of 769 recombinant inbred lines (F7-F8 RILs) entries. The biparental subpopulations are referred to as: BTx623xHKZ; BTx623xNSZ and BTx623x Kaoliang. This population includes new sorghum germplasm that displayed transgressive segregation compared to cold tolerant parent based on germinability(>than 70%), field emergence (60-80%) and seedling vigor (robust score of 1.5-2.5 on a scale of 1 (robust vigor) to 5 (poor vigor), traits that are needed for early season cold tolerance in US production settings. Majority of RILs displayed combine height of 1-1.4 m and flowering time of 70-75 days. The genotype data for ARS_BTX623_NAM_ESCT population is archived at NCBI sequence read archive under project SRP8838986 [(1) Marla et al., 2019, Genes|Genomes|Genetics]. The population served as primary genetic resource for successful identification and application of DNA markers that are useful for improvement of sorghum chilling tolerance [(2)Marla et al., 2023, Genes|Genomes|Genetics]. The availability of published advanced genetics and information on sorghum chilling tolerance made this NAM population highly valuable for public availability as it is actually in use as germplasm for detailed physiological studies of sorghum chilling tolerance by various public and private research groups. References: (1)Marla et al., 2019. Genetic architecture of chilling tolerance in sorghum dissected with a nested association mapping population. G3, 9:4045-4097; (2)Marla et al., 2023.Genomics and phenomics enabled prebreeding improved early season chilling tolerance in sorghum. G3, 13:jkad116.2190364PI 707337
278PI 707338Sorghum, MiloSorghum bicolor (L.) Moench S9Not Available2025The sorghum ARS_BTX623_NAM_ESCT population is composed of three biparental parental subpopulations with a total of 769 recombinant inbred lines (F7-F8 RILs) entries. The biparental subpopulations are referred to as: BTx623xHKZ; BTx623xNSZ and BTx623x Kaoliang. This population includes new sorghum germplasm that displayed transgressive segregation compared to cold tolerant parent based on germinability(>than 70%), field emergence (60-80%) and seedling vigor (robust score of 1.5-2.5 on a scale of 1 (robust vigor) to 5 (poor vigor), traits that are needed for early season cold tolerance in US production settings. Majority of RILs displayed combine height of 1-1.4 m and flowering time of 70-75 days. The genotype data for ARS_BTX623_NAM_ESCT population is archived at NCBI sequence read archive under project SRP8838986 [(1) Marla et al., 2019, Genes|Genomes|Genetics]. The population served as primary genetic resource for successful identification and application of DNA markers that are useful for improvement of sorghum chilling tolerance [(2)Marla et al., 2023, Genes|Genomes|Genetics]. The availability of published advanced genetics and information on sorghum chilling tolerance made this NAM population highly valuable for public availability as it is actually in use as germplasm for detailed physiological studies of sorghum chilling tolerance by various public and private research groups. References: (1)Marla et al., 2019. Genetic architecture of chilling tolerance in sorghum dissected with a nested association mapping population. G3, 9:4045-4097; (2)Marla et al., 2023.Genomics and phenomics enabled prebreeding improved early season chilling tolerance in sorghum. G3, 13:jkad116.2190365PI 707338
279PI 707339Sorghum, MiloSorghum bicolor (L.) Moench S9Not Available2025The sorghum ARS_BTX623_NAM_ESCT population is composed of three biparental parental subpopulations with a total of 769 recombinant inbred lines (F7-F8 RILs) entries. The biparental subpopulations are referred to as: BTx623xHKZ; BTx623xNSZ and BTx623x Kaoliang. This population includes new sorghum germplasm that displayed transgressive segregation compared to cold tolerant parent based on germinability(>than 70%), field emergence (60-80%) and seedling vigor (robust score of 1.5-2.5 on a scale of 1 (robust vigor) to 5 (poor vigor), traits that are needed for early season cold tolerance in US production settings. Majority of RILs displayed combine height of 1-1.4 m and flowering time of 70-75 days. The genotype data for ARS_BTX623_NAM_ESCT population is archived at NCBI sequence read archive under project SRP8838986 [(1) Marla et al., 2019, Genes|Genomes|Genetics]. The population served as primary genetic resource for successful identification and application of DNA markers that are useful for improvement of sorghum chilling tolerance [(2)Marla et al., 2023, Genes|Genomes|Genetics]. The availability of published advanced genetics and information on sorghum chilling tolerance made this NAM population highly valuable for public availability as it is actually in use as germplasm for detailed physiological studies of sorghum chilling tolerance by various public and private research groups. References: (1)Marla et al., 2019. Genetic architecture of chilling tolerance in sorghum dissected with a nested association mapping population. G3, 9:4045-4097; (2)Marla et al., 2023.Genomics and phenomics enabled prebreeding improved early season chilling tolerance in sorghum. G3, 13:jkad116.2190366PI 707339
280PI 707340Sorghum, MiloSorghum bicolor (L.) Moench S9Not Available2025The sorghum ARS_BTX623_NAM_ESCT population is composed of three biparental parental subpopulations with a total of 769 recombinant inbred lines (F7-F8 RILs) entries. The biparental subpopulations are referred to as: BTx623xHKZ; BTx623xNSZ and BTx623x Kaoliang. This population includes new sorghum germplasm that displayed transgressive segregation compared to cold tolerant parent based on germinability(>than 70%), field emergence (60-80%) and seedling vigor (robust score of 1.5-2.5 on a scale of 1 (robust vigor) to 5 (poor vigor), traits that are needed for early season cold tolerance in US production settings. Majority of RILs displayed combine height of 1-1.4 m and flowering time of 70-75 days. The genotype data for ARS_BTX623_NAM_ESCT population is archived at NCBI sequence read archive under project SRP8838986 [(1) Marla et al., 2019, Genes|Genomes|Genetics]. The population served as primary genetic resource for successful identification and application of DNA markers that are useful for improvement of sorghum chilling tolerance [(2)Marla et al., 2023, Genes|Genomes|Genetics]. The availability of published advanced genetics and information on sorghum chilling tolerance made this NAM population highly valuable for public availability as it is actually in use as germplasm for detailed physiological studies of sorghum chilling tolerance by various public and private research groups. References: (1)Marla et al., 2019. Genetic architecture of chilling tolerance in sorghum dissected with a nested association mapping population. G3, 9:4045-4097; (2)Marla et al., 2023.Genomics and phenomics enabled prebreeding improved early season chilling tolerance in sorghum. G3, 13:jkad116.2190367PI 707340
281PI 707341Sorghum, MiloSorghum bicolor (L.) Moench S9Not Available2025The sorghum ARS_BTX623_NAM_ESCT population is composed of three biparental parental subpopulations with a total of 769 recombinant inbred lines (F7-F8 RILs) entries. The biparental subpopulations are referred to as: BTx623xHKZ; BTx623xNSZ and BTx623x Kaoliang. This population includes new sorghum germplasm that displayed transgressive segregation compared to cold tolerant parent based on germinability(>than 70%), field emergence (60-80%) and seedling vigor (robust score of 1.5-2.5 on a scale of 1 (robust vigor) to 5 (poor vigor), traits that are needed for early season cold tolerance in US production settings. Majority of RILs displayed combine height of 1-1.4 m and flowering time of 70-75 days. The genotype data for ARS_BTX623_NAM_ESCT population is archived at NCBI sequence read archive under project SRP8838986 [(1) Marla et al., 2019, Genes|Genomes|Genetics]. The population served as primary genetic resource for successful identification and application of DNA markers that are useful for improvement of sorghum chilling tolerance [(2)Marla et al., 2023, Genes|Genomes|Genetics]. The availability of published advanced genetics and information on sorghum chilling tolerance made this NAM population highly valuable for public availability as it is actually in use as germplasm for detailed physiological studies of sorghum chilling tolerance by various public and private research groups. References: (1)Marla et al., 2019. Genetic architecture of chilling tolerance in sorghum dissected with a nested association mapping population. G3, 9:4045-4097; (2)Marla et al., 2023.Genomics and phenomics enabled prebreeding improved early season chilling tolerance in sorghum. G3, 13:jkad116.2190368PI 707341
282PI 707342Sorghum, MiloSorghum bicolor (L.) Moench S9Not Available2025The sorghum ARS_BTX623_NAM_ESCT population is composed of three biparental parental subpopulations with a total of 769 recombinant inbred lines (F7-F8 RILs) entries. The biparental subpopulations are referred to as: BTx623xHKZ; BTx623xNSZ and BTx623x Kaoliang. This population includes new sorghum germplasm that displayed transgressive segregation compared to cold tolerant parent based on germinability(>than 70%), field emergence (60-80%) and seedling vigor (robust score of 1.5-2.5 on a scale of 1 (robust vigor) to 5 (poor vigor), traits that are needed for early season cold tolerance in US production settings. Majority of RILs displayed combine height of 1-1.4 m and flowering time of 70-75 days. The genotype data for ARS_BTX623_NAM_ESCT population is archived at NCBI sequence read archive under project SRP8838986 [(1) Marla et al., 2019, Genes|Genomes|Genetics]. The population served as primary genetic resource for successful identification and application of DNA markers that are useful for improvement of sorghum chilling tolerance [(2)Marla et al., 2023, Genes|Genomes|Genetics]. The availability of published advanced genetics and information on sorghum chilling tolerance made this NAM population highly valuable for public availability as it is actually in use as germplasm for detailed physiological studies of sorghum chilling tolerance by various public and private research groups. References: (1)Marla et al., 2019. Genetic architecture of chilling tolerance in sorghum dissected with a nested association mapping population. G3, 9:4045-4097; (2)Marla et al., 2023.Genomics and phenomics enabled prebreeding improved early season chilling tolerance in sorghum. G3, 13:jkad116.2190369PI 707342
283PI 707343Sorghum, MiloSorghum bicolor (L.) Moench S9Not Available2025The sorghum ARS_BTX623_NAM_ESCT population is composed of three biparental parental subpopulations with a total of 769 recombinant inbred lines (F7-F8 RILs) entries. The biparental subpopulations are referred to as: BTx623xHKZ; BTx623xNSZ and BTx623x Kaoliang. This population includes new sorghum germplasm that displayed transgressive segregation compared to cold tolerant parent based on germinability(>than 70%), field emergence (60-80%) and seedling vigor (robust score of 1.5-2.5 on a scale of 1 (robust vigor) to 5 (poor vigor), traits that are needed for early season cold tolerance in US production settings. Majority of RILs displayed combine height of 1-1.4 m and flowering time of 70-75 days. The genotype data for ARS_BTX623_NAM_ESCT population is archived at NCBI sequence read archive under project SRP8838986 [(1) Marla et al., 2019, Genes|Genomes|Genetics]. The population served as primary genetic resource for successful identification and application of DNA markers that are useful for improvement of sorghum chilling tolerance [(2)Marla et al., 2023, Genes|Genomes|Genetics]. The availability of published advanced genetics and information on sorghum chilling tolerance made this NAM population highly valuable for public availability as it is actually in use as germplasm for detailed physiological studies of sorghum chilling tolerance by various public and private research groups. References: (1)Marla et al., 2019. Genetic architecture of chilling tolerance in sorghum dissected with a nested association mapping population. G3, 9:4045-4097; (2)Marla et al., 2023.Genomics and phenomics enabled prebreeding improved early season chilling tolerance in sorghum. G3, 13:jkad116.2190370PI 707343
284PI 707344Sorghum, MiloSorghum bicolor (L.) Moench S9Not Available2025The sorghum ARS_BTX623_NAM_ESCT population is composed of three biparental parental subpopulations with a total of 769 recombinant inbred lines (F7-F8 RILs) entries. The biparental subpopulations are referred to as: BTx623xHKZ; BTx623xNSZ and BTx623x Kaoliang. This population includes new sorghum germplasm that displayed transgressive segregation compared to cold tolerant parent based on germinability(>than 70%), field emergence (60-80%) and seedling vigor (robust score of 1.5-2.5 on a scale of 1 (robust vigor) to 5 (poor vigor), traits that are needed for early season cold tolerance in US production settings. Majority of RILs displayed combine height of 1-1.4 m and flowering time of 70-75 days. The genotype data for ARS_BTX623_NAM_ESCT population is archived at NCBI sequence read archive under project SRP8838986 [(1) Marla et al., 2019, Genes|Genomes|Genetics]. The population served as primary genetic resource for successful identification and application of DNA markers that are useful for improvement of sorghum chilling tolerance [(2)Marla et al., 2023, Genes|Genomes|Genetics]. The availability of published advanced genetics and information on sorghum chilling tolerance made this NAM population highly valuable for public availability as it is actually in use as germplasm for detailed physiological studies of sorghum chilling tolerance by various public and private research groups. References: (1)Marla et al., 2019. Genetic architecture of chilling tolerance in sorghum dissected with a nested association mapping population. G3, 9:4045-4097; (2)Marla et al., 2023.Genomics and phenomics enabled prebreeding improved early season chilling tolerance in sorghum. G3, 13:jkad116.2190371PI 707344
285PI 707345Sorghum, MiloSorghum bicolor (L.) Moench S9Not Available2025The sorghum ARS_BTX623_NAM_ESCT population is composed of three biparental parental subpopulations with a total of 769 recombinant inbred lines (F7-F8 RILs) entries. The biparental subpopulations are referred to as: BTx623xHKZ; BTx623xNSZ and BTx623x Kaoliang. This population includes new sorghum germplasm that displayed transgressive segregation compared to cold tolerant parent based on germinability(>than 70%), field emergence (60-80%) and seedling vigor (robust score of 1.5-2.5 on a scale of 1 (robust vigor) to 5 (poor vigor), traits that are needed for early season cold tolerance in US production settings. Majority of RILs displayed combine height of 1-1.4 m and flowering time of 70-75 days. The genotype data for ARS_BTX623_NAM_ESCT population is archived at NCBI sequence read archive under project SRP8838986 [(1) Marla et al., 2019, Genes|Genomes|Genetics]. The population served as primary genetic resource for successful identification and application of DNA markers that are useful for improvement of sorghum chilling tolerance [(2)Marla et al., 2023, Genes|Genomes|Genetics]. The availability of published advanced genetics and information on sorghum chilling tolerance made this NAM population highly valuable for public availability as it is actually in use as germplasm for detailed physiological studies of sorghum chilling tolerance by various public and private research groups. References: (1)Marla et al., 2019. Genetic architecture of chilling tolerance in sorghum dissected with a nested association mapping population. G3, 9:4045-4097; (2)Marla et al., 2023.Genomics and phenomics enabled prebreeding improved early season chilling tolerance in sorghum. G3, 13:jkad116.2190372PI 707345
286PI 707346Sorghum, MiloSorghum bicolor (L.) Moench S9Not Available2025The sorghum ARS_BTX623_NAM_ESCT population is composed of three biparental parental subpopulations with a total of 769 recombinant inbred lines (F7-F8 RILs) entries. The biparental subpopulations are referred to as: BTx623xHKZ; BTx623xNSZ and BTx623x Kaoliang. This population includes new sorghum germplasm that displayed transgressive segregation compared to cold tolerant parent based on germinability(>than 70%), field emergence (60-80%) and seedling vigor (robust score of 1.5-2.5 on a scale of 1 (robust vigor) to 5 (poor vigor), traits that are needed for early season cold tolerance in US production settings. Majority of RILs displayed combine height of 1-1.4 m and flowering time of 70-75 days. The genotype data for ARS_BTX623_NAM_ESCT population is archived at NCBI sequence read archive under project SRP8838986 [(1) Marla et al., 2019, Genes|Genomes|Genetics]. The population served as primary genetic resource for successful identification and application of DNA markers that are useful for improvement of sorghum chilling tolerance [(2)Marla et al., 2023, Genes|Genomes|Genetics]. The availability of published advanced genetics and information on sorghum chilling tolerance made this NAM population highly valuable for public availability as it is actually in use as germplasm for detailed physiological studies of sorghum chilling tolerance by various public and private research groups. References: (1)Marla et al., 2019. Genetic architecture of chilling tolerance in sorghum dissected with a nested association mapping population. G3, 9:4045-4097; (2)Marla et al., 2023.Genomics and phenomics enabled prebreeding improved early season chilling tolerance in sorghum. G3, 13:jkad116.2190373PI 707346
287PI 707347Sorghum, MiloSorghum bicolor (L.) Moench S9Not Available2025The sorghum ARS_BTX623_NAM_ESCT population is composed of three biparental parental subpopulations with a total of 769 recombinant inbred lines (F7-F8 RILs) entries. The biparental subpopulations are referred to as: BTx623xHKZ; BTx623xNSZ and BTx623x Kaoliang. This population includes new sorghum germplasm that displayed transgressive segregation compared to cold tolerant parent based on germinability(>than 70%), field emergence (60-80%) and seedling vigor (robust score of 1.5-2.5 on a scale of 1 (robust vigor) to 5 (poor vigor), traits that are needed for early season cold tolerance in US production settings. Majority of RILs displayed combine height of 1-1.4 m and flowering time of 70-75 days. The genotype data for ARS_BTX623_NAM_ESCT population is archived at NCBI sequence read archive under project SRP8838986 [(1) Marla et al., 2019, Genes|Genomes|Genetics]. The population served as primary genetic resource for successful identification and application of DNA markers that are useful for improvement of sorghum chilling tolerance [(2)Marla et al., 2023, Genes|Genomes|Genetics]. The availability of published advanced genetics and information on sorghum chilling tolerance made this NAM population highly valuable for public availability as it is actually in use as germplasm for detailed physiological studies of sorghum chilling tolerance by various public and private research groups. References: (1)Marla et al., 2019. Genetic architecture of chilling tolerance in sorghum dissected with a nested association mapping population. G3, 9:4045-4097; (2)Marla et al., 2023.Genomics and phenomics enabled prebreeding improved early season chilling tolerance in sorghum. G3, 13:jkad116.2190374PI 707347
288PI 707348Sorghum, MiloSorghum bicolor (L.) Moench S9Not Available2025The sorghum ARS_BTX623_NAM_ESCT population is composed of three biparental parental subpopulations with a total of 769 recombinant inbred lines (F7-F8 RILs) entries. The biparental subpopulations are referred to as: BTx623xHKZ; BTx623xNSZ and BTx623x Kaoliang. This population includes new sorghum germplasm that displayed transgressive segregation compared to cold tolerant parent based on germinability(>than 70%), field emergence (60-80%) and seedling vigor (robust score of 1.5-2.5 on a scale of 1 (robust vigor) to 5 (poor vigor), traits that are needed for early season cold tolerance in US production settings. Majority of RILs displayed combine height of 1-1.4 m and flowering time of 70-75 days. The genotype data for ARS_BTX623_NAM_ESCT population is archived at NCBI sequence read archive under project SRP8838986 [(1) Marla et al., 2019, Genes|Genomes|Genetics]. The population served as primary genetic resource for successful identification and application of DNA markers that are useful for improvement of sorghum chilling tolerance [(2)Marla et al., 2023, Genes|Genomes|Genetics]. The availability of published advanced genetics and information on sorghum chilling tolerance made this NAM population highly valuable for public availability as it is actually in use as germplasm for detailed physiological studies of sorghum chilling tolerance by various public and private research groups. References: (1)Marla et al., 2019. Genetic architecture of chilling tolerance in sorghum dissected with a nested association mapping population. G3, 9:4045-4097; (2)Marla et al., 2023.Genomics and phenomics enabled prebreeding improved early season chilling tolerance in sorghum. G3, 13:jkad116.2190375PI 707348
289PI 707349Sorghum, MiloSorghum bicolor (L.) Moench S9Not Available2025The sorghum ARS_BTX623_NAM_ESCT population is composed of three biparental parental subpopulations with a total of 769 recombinant inbred lines (F7-F8 RILs) entries. The biparental subpopulations are referred to as: BTx623xHKZ; BTx623xNSZ and BTx623x Kaoliang. This population includes new sorghum germplasm that displayed transgressive segregation compared to cold tolerant parent based on germinability(>than 70%), field emergence (60-80%) and seedling vigor (robust score of 1.5-2.5 on a scale of 1 (robust vigor) to 5 (poor vigor), traits that are needed for early season cold tolerance in US production settings. Majority of RILs displayed combine height of 1-1.4 m and flowering time of 70-75 days. The genotype data for ARS_BTX623_NAM_ESCT population is archived at NCBI sequence read archive under project SRP8838986 [(1) Marla et al., 2019, Genes|Genomes|Genetics]. The population served as primary genetic resource for successful identification and application of DNA markers that are useful for improvement of sorghum chilling tolerance [(2)Marla et al., 2023, Genes|Genomes|Genetics]. The availability of published advanced genetics and information on sorghum chilling tolerance made this NAM population highly valuable for public availability as it is actually in use as germplasm for detailed physiological studies of sorghum chilling tolerance by various public and private research groups. References: (1)Marla et al., 2019. Genetic architecture of chilling tolerance in sorghum dissected with a nested association mapping population. G3, 9:4045-4097; (2)Marla et al., 2023.Genomics and phenomics enabled prebreeding improved early season chilling tolerance in sorghum. G3, 13:jkad116.2190376PI 707349
290PI 707350Sorghum, MiloSorghum bicolor (L.) Moench S9Not Available2025The sorghum ARS_BTX623_NAM_ESCT population is composed of three biparental parental subpopulations with a total of 769 recombinant inbred lines (F7-F8 RILs) entries. The biparental subpopulations are referred to as: BTx623xHKZ; BTx623xNSZ and BTx623x Kaoliang. This population includes new sorghum germplasm that displayed transgressive segregation compared to cold tolerant parent based on germinability(>than 70%), field emergence (60-80%) and seedling vigor (robust score of 1.5-2.5 on a scale of 1 (robust vigor) to 5 (poor vigor), traits that are needed for early season cold tolerance in US production settings. Majority of RILs displayed combine height of 1-1.4 m and flowering time of 70-75 days. The genotype data for ARS_BTX623_NAM_ESCT population is archived at NCBI sequence read archive under project SRP8838986 [(1) Marla et al., 2019, Genes|Genomes|Genetics]. The population served as primary genetic resource for successful identification and application of DNA markers that are useful for improvement of sorghum chilling tolerance [(2)Marla et al., 2023, Genes|Genomes|Genetics]. The availability of published advanced genetics and information on sorghum chilling tolerance made this NAM population highly valuable for public availability as it is actually in use as germplasm for detailed physiological studies of sorghum chilling tolerance by various public and private research groups. References: (1)Marla et al., 2019. Genetic architecture of chilling tolerance in sorghum dissected with a nested association mapping population. G3, 9:4045-4097; (2)Marla et al., 2023.Genomics and phenomics enabled prebreeding improved early season chilling tolerance in sorghum. G3, 13:jkad116.2190377PI 707350
291PI 707351Sorghum, MiloSorghum bicolor (L.) Moench S9Not Available2025The sorghum ARS_BTX623_NAM_ESCT population is composed of three biparental parental subpopulations with a total of 769 recombinant inbred lines (F7-F8 RILs) entries. The biparental subpopulations are referred to as: BTx623xHKZ; BTx623xNSZ and BTx623x Kaoliang. This population includes new sorghum germplasm that displayed transgressive segregation compared to cold tolerant parent based on germinability(>than 70%), field emergence (60-80%) and seedling vigor (robust score of 1.5-2.5 on a scale of 1 (robust vigor) to 5 (poor vigor), traits that are needed for early season cold tolerance in US production settings. Majority of RILs displayed combine height of 1-1.4 m and flowering time of 70-75 days. The genotype data for ARS_BTX623_NAM_ESCT population is archived at NCBI sequence read archive under project SRP8838986 [(1) Marla et al., 2019, Genes|Genomes|Genetics]. The population served as primary genetic resource for successful identification and application of DNA markers that are useful for improvement of sorghum chilling tolerance [(2)Marla et al., 2023, Genes|Genomes|Genetics]. The availability of published advanced genetics and information on sorghum chilling tolerance made this NAM population highly valuable for public availability as it is actually in use as germplasm for detailed physiological studies of sorghum chilling tolerance by various public and private research groups. References: (1)Marla et al., 2019. Genetic architecture of chilling tolerance in sorghum dissected with a nested association mapping population. G3, 9:4045-4097; (2)Marla et al., 2023.Genomics and phenomics enabled prebreeding improved early season chilling tolerance in sorghum. G3, 13:jkad116.2190378PI 707351
292PI 707352Sorghum, MiloSorghum bicolor (L.) Moench S9Not Available2025The sorghum ARS_BTX623_NAM_ESCT population is composed of three biparental parental subpopulations with a total of 769 recombinant inbred lines (F7-F8 RILs) entries. The biparental subpopulations are referred to as: BTx623xHKZ; BTx623xNSZ and BTx623x Kaoliang. This population includes new sorghum germplasm that displayed transgressive segregation compared to cold tolerant parent based on germinability(>than 70%), field emergence (60-80%) and seedling vigor (robust score of 1.5-2.5 on a scale of 1 (robust vigor) to 5 (poor vigor), traits that are needed for early season cold tolerance in US production settings. Majority of RILs displayed combine height of 1-1.4 m and flowering time of 70-75 days. The genotype data for ARS_BTX623_NAM_ESCT population is archived at NCBI sequence read archive under project SRP8838986 [(1) Marla et al., 2019, Genes|Genomes|Genetics]. The population served as primary genetic resource for successful identification and application of DNA markers that are useful for improvement of sorghum chilling tolerance [(2)Marla et al., 2023, Genes|Genomes|Genetics]. The availability of published advanced genetics and information on sorghum chilling tolerance made this NAM population highly valuable for public availability as it is actually in use as germplasm for detailed physiological studies of sorghum chilling tolerance by various public and private research groups. References: (1)Marla et al., 2019. Genetic architecture of chilling tolerance in sorghum dissected with a nested association mapping population. G3, 9:4045-4097; (2)Marla et al., 2023.Genomics and phenomics enabled prebreeding improved early season chilling tolerance in sorghum. G3, 13:jkad116.2190379PI 707352
293PI 707353Sorghum, MiloSorghum bicolor (L.) Moench S9Not Available2025The sorghum ARS_BTX623_NAM_ESCT population is composed of three biparental parental subpopulations with a total of 769 recombinant inbred lines (F7-F8 RILs) entries. The biparental subpopulations are referred to as: BTx623xHKZ; BTx623xNSZ and BTx623x Kaoliang. This population includes new sorghum germplasm that displayed transgressive segregation compared to cold tolerant parent based on germinability(>than 70%), field emergence (60-80%) and seedling vigor (robust score of 1.5-2.5 on a scale of 1 (robust vigor) to 5 (poor vigor), traits that are needed for early season cold tolerance in US production settings. Majority of RILs displayed combine height of 1-1.4 m and flowering time of 70-75 days. The genotype data for ARS_BTX623_NAM_ESCT population is archived at NCBI sequence read archive under project SRP8838986 [(1) Marla et al., 2019, Genes|Genomes|Genetics]. The population served as primary genetic resource for successful identification and application of DNA markers that are useful for improvement of sorghum chilling tolerance [(2)Marla et al., 2023, Genes|Genomes|Genetics]. The availability of published advanced genetics and information on sorghum chilling tolerance made this NAM population highly valuable for public availability as it is actually in use as germplasm for detailed physiological studies of sorghum chilling tolerance by various public and private research groups. References: (1)Marla et al., 2019. Genetic architecture of chilling tolerance in sorghum dissected with a nested association mapping population. G3, 9:4045-4097; (2)Marla et al., 2023.Genomics and phenomics enabled prebreeding improved early season chilling tolerance in sorghum. G3, 13:jkad116.2190380PI 707353
294PI 707354Sorghum, MiloSorghum bicolor (L.) Moench S9Not Available2025The sorghum ARS_BTX623_NAM_ESCT population is composed of three biparental parental subpopulations with a total of 769 recombinant inbred lines (F7-F8 RILs) entries. The biparental subpopulations are referred to as: BTx623xHKZ; BTx623xNSZ and BTx623x Kaoliang. This population includes new sorghum germplasm that displayed transgressive segregation compared to cold tolerant parent based on germinability(>than 70%), field emergence (60-80%) and seedling vigor (robust score of 1.5-2.5 on a scale of 1 (robust vigor) to 5 (poor vigor), traits that are needed for early season cold tolerance in US production settings. Majority of RILs displayed combine height of 1-1.4 m and flowering time of 70-75 days. The genotype data for ARS_BTX623_NAM_ESCT population is archived at NCBI sequence read archive under project SRP8838986 [(1) Marla et al., 2019, Genes|Genomes|Genetics]. The population served as primary genetic resource for successful identification and application of DNA markers that are useful for improvement of sorghum chilling tolerance [(2)Marla et al., 2023, Genes|Genomes|Genetics]. The availability of published advanced genetics and information on sorghum chilling tolerance made this NAM population highly valuable for public availability as it is actually in use as germplasm for detailed physiological studies of sorghum chilling tolerance by various public and private research groups. References: (1)Marla et al., 2019. Genetic architecture of chilling tolerance in sorghum dissected with a nested association mapping population. G3, 9:4045-4097; (2)Marla et al., 2023.Genomics and phenomics enabled prebreeding improved early season chilling tolerance in sorghum. G3, 13:jkad116.2190381PI 707354
295PI 707355Sorghum, MiloSorghum bicolor (L.) Moench S9Not Available2025The sorghum ARS_BTX623_NAM_ESCT population is composed of three biparental parental subpopulations with a total of 769 recombinant inbred lines (F7-F8 RILs) entries. The biparental subpopulations are referred to as: BTx623xHKZ; BTx623xNSZ and BTx623x Kaoliang. This population includes new sorghum germplasm that displayed transgressive segregation compared to cold tolerant parent based on germinability(>than 70%), field emergence (60-80%) and seedling vigor (robust score of 1.5-2.5 on a scale of 1 (robust vigor) to 5 (poor vigor), traits that are needed for early season cold tolerance in US production settings. Majority of RILs displayed combine height of 1-1.4 m and flowering time of 70-75 days. The genotype data for ARS_BTX623_NAM_ESCT population is archived at NCBI sequence read archive under project SRP8838986 [(1) Marla et al., 2019, Genes|Genomes|Genetics]. The population served as primary genetic resource for successful identification and application of DNA markers that are useful for improvement of sorghum chilling tolerance [(2)Marla et al., 2023, Genes|Genomes|Genetics]. The availability of published advanced genetics and information on sorghum chilling tolerance made this NAM population highly valuable for public availability as it is actually in use as germplasm for detailed physiological studies of sorghum chilling tolerance by various public and private research groups. References: (1)Marla et al., 2019. Genetic architecture of chilling tolerance in sorghum dissected with a nested association mapping population. G3, 9:4045-4097; (2)Marla et al., 2023.Genomics and phenomics enabled prebreeding improved early season chilling tolerance in sorghum. G3, 13:jkad116.2190382PI 707355
296PI 707356Sorghum, MiloSorghum bicolor (L.) Moench S9Not Available2025The sorghum ARS_BTX623_NAM_ESCT population is composed of three biparental parental subpopulations with a total of 769 recombinant inbred lines (F7-F8 RILs) entries. The biparental subpopulations are referred to as: BTx623xHKZ; BTx623xNSZ and BTx623x Kaoliang. This population includes new sorghum germplasm that displayed transgressive segregation compared to cold tolerant parent based on germinability(>than 70%), field emergence (60-80%) and seedling vigor (robust score of 1.5-2.5 on a scale of 1 (robust vigor) to 5 (poor vigor), traits that are needed for early season cold tolerance in US production settings. Majority of RILs displayed combine height of 1-1.4 m and flowering time of 70-75 days. The genotype data for ARS_BTX623_NAM_ESCT population is archived at NCBI sequence read archive under project SRP8838986 [(1) Marla et al., 2019, Genes|Genomes|Genetics]. The population served as primary genetic resource for successful identification and application of DNA markers that are useful for improvement of sorghum chilling tolerance [(2)Marla et al., 2023, Genes|Genomes|Genetics]. The availability of published advanced genetics and information on sorghum chilling tolerance made this NAM population highly valuable for public availability as it is actually in use as germplasm for detailed physiological studies of sorghum chilling tolerance by various public and private research groups. References: (1)Marla et al., 2019. Genetic architecture of chilling tolerance in sorghum dissected with a nested association mapping population. G3, 9:4045-4097; (2)Marla et al., 2023.Genomics and phenomics enabled prebreeding improved early season chilling tolerance in sorghum. G3, 13:jkad116.2190383PI 707356
297PI 707357Sorghum, MiloSorghum bicolor (L.) Moench S9Not Available2025The sorghum ARS_BTX623_NAM_ESCT population is composed of three biparental parental subpopulations with a total of 769 recombinant inbred lines (F7-F8 RILs) entries. The biparental subpopulations are referred to as: BTx623xHKZ; BTx623xNSZ and BTx623x Kaoliang. This population includes new sorghum germplasm that displayed transgressive segregation compared to cold tolerant parent based on germinability(>than 70%), field emergence (60-80%) and seedling vigor (robust score of 1.5-2.5 on a scale of 1 (robust vigor) to 5 (poor vigor), traits that are needed for early season cold tolerance in US production settings. Majority of RILs displayed combine height of 1-1.4 m and flowering time of 70-75 days. The genotype data for ARS_BTX623_NAM_ESCT population is archived at NCBI sequence read archive under project SRP8838986 [(1) Marla et al., 2019, Genes|Genomes|Genetics]. The population served as primary genetic resource for successful identification and application of DNA markers that are useful for improvement of sorghum chilling tolerance [(2)Marla et al., 2023, Genes|Genomes|Genetics]. The availability of published advanced genetics and information on sorghum chilling tolerance made this NAM population highly valuable for public availability as it is actually in use as germplasm for detailed physiological studies of sorghum chilling tolerance by various public and private research groups. References: (1)Marla et al., 2019. Genetic architecture of chilling tolerance in sorghum dissected with a nested association mapping population. G3, 9:4045-4097; (2)Marla et al., 2023.Genomics and phenomics enabled prebreeding improved early season chilling tolerance in sorghum. G3, 13:jkad116.2190384PI 707357
298PI 707358Sorghum, MiloSorghum bicolor (L.) Moench S9Not Available2025The sorghum ARS_BTX623_NAM_ESCT population is composed of three biparental parental subpopulations with a total of 769 recombinant inbred lines (F7-F8 RILs) entries. The biparental subpopulations are referred to as: BTx623xHKZ; BTx623xNSZ and BTx623x Kaoliang. This population includes new sorghum germplasm that displayed transgressive segregation compared to cold tolerant parent based on germinability(>than 70%), field emergence (60-80%) and seedling vigor (robust score of 1.5-2.5 on a scale of 1 (robust vigor) to 5 (poor vigor), traits that are needed for early season cold tolerance in US production settings. Majority of RILs displayed combine height of 1-1.4 m and flowering time of 70-75 days. The genotype data for ARS_BTX623_NAM_ESCT population is archived at NCBI sequence read archive under project SRP8838986 [(1) Marla et al., 2019, Genes|Genomes|Genetics]. The population served as primary genetic resource for successful identification and application of DNA markers that are useful for improvement of sorghum chilling tolerance [(2)Marla et al., 2023, Genes|Genomes|Genetics]. The availability of published advanced genetics and information on sorghum chilling tolerance made this NAM population highly valuable for public availability as it is actually in use as germplasm for detailed physiological studies of sorghum chilling tolerance by various public and private research groups. References: (1)Marla et al., 2019. Genetic architecture of chilling tolerance in sorghum dissected with a nested association mapping population. G3, 9:4045-4097; (2)Marla et al., 2023.Genomics and phenomics enabled prebreeding improved early season chilling tolerance in sorghum. G3, 13:jkad116.2190385PI 707358
299PI 707359Sorghum, MiloSorghum bicolor (L.) Moench S9Not Available2025The sorghum ARS_BTX623_NAM_ESCT population is composed of three biparental parental subpopulations with a total of 769 recombinant inbred lines (F7-F8 RILs) entries. The biparental subpopulations are referred to as: BTx623xHKZ; BTx623xNSZ and BTx623x Kaoliang. This population includes new sorghum germplasm that displayed transgressive segregation compared to cold tolerant parent based on germinability(>than 70%), field emergence (60-80%) and seedling vigor (robust score of 1.5-2.5 on a scale of 1 (robust vigor) to 5 (poor vigor), traits that are needed for early season cold tolerance in US production settings. Majority of RILs displayed combine height of 1-1.4 m and flowering time of 70-75 days. The genotype data for ARS_BTX623_NAM_ESCT population is archived at NCBI sequence read archive under project SRP8838986 [(1) Marla et al., 2019, Genes|Genomes|Genetics]. The population served as primary genetic resource for successful identification and application of DNA markers that are useful for improvement of sorghum chilling tolerance [(2)Marla et al., 2023, Genes|Genomes|Genetics]. The availability of published advanced genetics and information on sorghum chilling tolerance made this NAM population highly valuable for public availability as it is actually in use as germplasm for detailed physiological studies of sorghum chilling tolerance by various public and private research groups. References: (1)Marla et al., 2019. Genetic architecture of chilling tolerance in sorghum dissected with a nested association mapping population. G3, 9:4045-4097; (2)Marla et al., 2023.Genomics and phenomics enabled prebreeding improved early season chilling tolerance in sorghum. G3, 13:jkad116.2190386PI 707359
300PI 707360Sorghum, MiloSorghum bicolor (L.) Moench S9Not Available2025The sorghum ARS_BTX623_NAM_ESCT population is composed of three biparental parental subpopulations with a total of 769 recombinant inbred lines (F7-F8 RILs) entries. The biparental subpopulations are referred to as: BTx623xHKZ; BTx623xNSZ and BTx623x Kaoliang. This population includes new sorghum germplasm that displayed transgressive segregation compared to cold tolerant parent based on germinability(>than 70%), field emergence (60-80%) and seedling vigor (robust score of 1.5-2.5 on a scale of 1 (robust vigor) to 5 (poor vigor), traits that are needed for early season cold tolerance in US production settings. Majority of RILs displayed combine height of 1-1.4 m and flowering time of 70-75 days. The genotype data for ARS_BTX623_NAM_ESCT population is archived at NCBI sequence read archive under project SRP8838986 [(1) Marla et al., 2019, Genes|Genomes|Genetics]. The population served as primary genetic resource for successful identification and application of DNA markers that are useful for improvement of sorghum chilling tolerance [(2)Marla et al., 2023, Genes|Genomes|Genetics]. The availability of published advanced genetics and information on sorghum chilling tolerance made this NAM population highly valuable for public availability as it is actually in use as germplasm for detailed physiological studies of sorghum chilling tolerance by various public and private research groups. References: (1)Marla et al., 2019. Genetic architecture of chilling tolerance in sorghum dissected with a nested association mapping population. G3, 9:4045-4097; (2)Marla et al., 2023.Genomics and phenomics enabled prebreeding improved early season chilling tolerance in sorghum. G3, 13:jkad116.2190387PI 707360
301PI 707361Sorghum, MiloSorghum bicolor (L.) Moench S9Not Available2025The sorghum ARS_BTX623_NAM_ESCT population is composed of three biparental parental subpopulations with a total of 769 recombinant inbred lines (F7-F8 RILs) entries. The biparental subpopulations are referred to as: BTx623xHKZ; BTx623xNSZ and BTx623x Kaoliang. This population includes new sorghum germplasm that displayed transgressive segregation compared to cold tolerant parent based on germinability(>than 70%), field emergence (60-80%) and seedling vigor (robust score of 1.5-2.5 on a scale of 1 (robust vigor) to 5 (poor vigor), traits that are needed for early season cold tolerance in US production settings. Majority of RILs displayed combine height of 1-1.4 m and flowering time of 70-75 days. The genotype data for ARS_BTX623_NAM_ESCT population is archived at NCBI sequence read archive under project SRP8838986 [(1) Marla et al., 2019, Genes|Genomes|Genetics]. The population served as primary genetic resource for successful identification and application of DNA markers that are useful for improvement of sorghum chilling tolerance [(2)Marla et al., 2023, Genes|Genomes|Genetics]. The availability of published advanced genetics and information on sorghum chilling tolerance made this NAM population highly valuable for public availability as it is actually in use as germplasm for detailed physiological studies of sorghum chilling tolerance by various public and private research groups. References: (1)Marla et al., 2019. Genetic architecture of chilling tolerance in sorghum dissected with a nested association mapping population. G3, 9:4045-4097; (2)Marla et al., 2023.Genomics and phenomics enabled prebreeding improved early season chilling tolerance in sorghum. G3, 13:jkad116.2190388PI 707361
302PI 707362Sorghum, MiloSorghum bicolor (L.) Moench S9Not Available2025The sorghum ARS_BTX623_NAM_ESCT population is composed of three biparental parental subpopulations with a total of 769 recombinant inbred lines (F7-F8 RILs) entries. The biparental subpopulations are referred to as: BTx623xHKZ; BTx623xNSZ and BTx623x Kaoliang. This population includes new sorghum germplasm that displayed transgressive segregation compared to cold tolerant parent based on germinability(>than 70%), field emergence (60-80%) and seedling vigor (robust score of 1.5-2.5 on a scale of 1 (robust vigor) to 5 (poor vigor), traits that are needed for early season cold tolerance in US production settings. Majority of RILs displayed combine height of 1-1.4 m and flowering time of 70-75 days. The genotype data for ARS_BTX623_NAM_ESCT population is archived at NCBI sequence read archive under project SRP8838986 [(1) Marla et al., 2019, Genes|Genomes|Genetics]. The population served as primary genetic resource for successful identification and application of DNA markers that are useful for improvement of sorghum chilling tolerance [(2)Marla et al., 2023, Genes|Genomes|Genetics]. The availability of published advanced genetics and information on sorghum chilling tolerance made this NAM population highly valuable for public availability as it is actually in use as germplasm for detailed physiological studies of sorghum chilling tolerance by various public and private research groups. References: (1)Marla et al., 2019. Genetic architecture of chilling tolerance in sorghum dissected with a nested association mapping population. G3, 9:4045-4097; (2)Marla et al., 2023.Genomics and phenomics enabled prebreeding improved early season chilling tolerance in sorghum. G3, 13:jkad116.2190389PI 707362
303PI 707363Sorghum, MiloSorghum bicolor (L.) Moench S9Not Available2025The sorghum ARS_BTX623_NAM_ESCT population is composed of three biparental parental subpopulations with a total of 769 recombinant inbred lines (F7-F8 RILs) entries. The biparental subpopulations are referred to as: BTx623xHKZ; BTx623xNSZ and BTx623x Kaoliang. This population includes new sorghum germplasm that displayed transgressive segregation compared to cold tolerant parent based on germinability(>than 70%), field emergence (60-80%) and seedling vigor (robust score of 1.5-2.5 on a scale of 1 (robust vigor) to 5 (poor vigor), traits that are needed for early season cold tolerance in US production settings. Majority of RILs displayed combine height of 1-1.4 m and flowering time of 70-75 days. The genotype data for ARS_BTX623_NAM_ESCT population is archived at NCBI sequence read archive under project SRP8838986 [(1) Marla et al., 2019, Genes|Genomes|Genetics]. The population served as primary genetic resource for successful identification and application of DNA markers that are useful for improvement of sorghum chilling tolerance [(2)Marla et al., 2023, Genes|Genomes|Genetics]. The availability of published advanced genetics and information on sorghum chilling tolerance made this NAM population highly valuable for public availability as it is actually in use as germplasm for detailed physiological studies of sorghum chilling tolerance by various public and private research groups. References: (1)Marla et al., 2019. Genetic architecture of chilling tolerance in sorghum dissected with a nested association mapping population. G3, 9:4045-4097; (2)Marla et al., 2023.Genomics and phenomics enabled prebreeding improved early season chilling tolerance in sorghum. G3, 13:jkad116.2190390PI 707363
304PI 707364Sorghum, MiloSorghum bicolor (L.) Moench S9Not Available2025The sorghum ARS_BTX623_NAM_ESCT population is composed of three biparental parental subpopulations with a total of 769 recombinant inbred lines (F7-F8 RILs) entries. The biparental subpopulations are referred to as: BTx623xHKZ; BTx623xNSZ and BTx623x Kaoliang. This population includes new sorghum germplasm that displayed transgressive segregation compared to cold tolerant parent based on germinability(>than 70%), field emergence (60-80%) and seedling vigor (robust score of 1.5-2.5 on a scale of 1 (robust vigor) to 5 (poor vigor), traits that are needed for early season cold tolerance in US production settings. Majority of RILs displayed combine height of 1-1.4 m and flowering time of 70-75 days. The genotype data for ARS_BTX623_NAM_ESCT population is archived at NCBI sequence read archive under project SRP8838986 [(1) Marla et al., 2019, Genes|Genomes|Genetics]. The population served as primary genetic resource for successful identification and application of DNA markers that are useful for improvement of sorghum chilling tolerance [(2)Marla et al., 2023, Genes|Genomes|Genetics]. The availability of published advanced genetics and information on sorghum chilling tolerance made this NAM population highly valuable for public availability as it is actually in use as germplasm for detailed physiological studies of sorghum chilling tolerance by various public and private research groups. References: (1)Marla et al., 2019. Genetic architecture of chilling tolerance in sorghum dissected with a nested association mapping population. G3, 9:4045-4097; (2)Marla et al., 2023.Genomics and phenomics enabled prebreeding improved early season chilling tolerance in sorghum. G3, 13:jkad116.2190391PI 707364
305PI 707365Sorghum, MiloSorghum bicolor (L.) Moench S9Not Available2025The sorghum ARS_BTX623_NAM_ESCT population is composed of three biparental parental subpopulations with a total of 769 recombinant inbred lines (F7-F8 RILs) entries. The biparental subpopulations are referred to as: BTx623xHKZ; BTx623xNSZ and BTx623x Kaoliang. This population includes new sorghum germplasm that displayed transgressive segregation compared to cold tolerant parent based on germinability(>than 70%), field emergence (60-80%) and seedling vigor (robust score of 1.5-2.5 on a scale of 1 (robust vigor) to 5 (poor vigor), traits that are needed for early season cold tolerance in US production settings. Majority of RILs displayed combine height of 1-1.4 m and flowering time of 70-75 days. The genotype data for ARS_BTX623_NAM_ESCT population is archived at NCBI sequence read archive under project SRP8838986 [(1) Marla et al., 2019, Genes|Genomes|Genetics]. The population served as primary genetic resource for successful identification and application of DNA markers that are useful for improvement of sorghum chilling tolerance [(2)Marla et al., 2023, Genes|Genomes|Genetics]. The availability of published advanced genetics and information on sorghum chilling tolerance made this NAM population highly valuable for public availability as it is actually in use as germplasm for detailed physiological studies of sorghum chilling tolerance by various public and private research groups. References: (1)Marla et al., 2019. Genetic architecture of chilling tolerance in sorghum dissected with a nested association mapping population. G3, 9:4045-4097; (2)Marla et al., 2023.Genomics and phenomics enabled prebreeding improved early season chilling tolerance in sorghum. G3, 13:jkad116.2190392PI 707365
306PI 707366Sorghum, MiloSorghum bicolor (L.) Moench S9Not Available2025The sorghum ARS_BTX623_NAM_ESCT population is composed of three biparental parental subpopulations with a total of 769 recombinant inbred lines (F7-F8 RILs) entries. The biparental subpopulations are referred to as: BTx623xHKZ; BTx623xNSZ and BTx623x Kaoliang. This population includes new sorghum germplasm that displayed transgressive segregation compared to cold tolerant parent based on germinability(>than 70%), field emergence (60-80%) and seedling vigor (robust score of 1.5-2.5 on a scale of 1 (robust vigor) to 5 (poor vigor), traits that are needed for early season cold tolerance in US production settings. Majority of RILs displayed combine height of 1-1.4 m and flowering time of 70-75 days. The genotype data for ARS_BTX623_NAM_ESCT population is archived at NCBI sequence read archive under project SRP8838986 [(1) Marla et al., 2019, Genes|Genomes|Genetics]. The population served as primary genetic resource for successful identification and application of DNA markers that are useful for improvement of sorghum chilling tolerance [(2)Marla et al., 2023, Genes|Genomes|Genetics]. The availability of published advanced genetics and information on sorghum chilling tolerance made this NAM population highly valuable for public availability as it is actually in use as germplasm for detailed physiological studies of sorghum chilling tolerance by various public and private research groups. References: (1)Marla et al., 2019. Genetic architecture of chilling tolerance in sorghum dissected with a nested association mapping population. G3, 9:4045-4097; (2)Marla et al., 2023.Genomics and phenomics enabled prebreeding improved early season chilling tolerance in sorghum. G3, 13:jkad116.2190393PI 707366
307PI 707367Sorghum, MiloSorghum bicolor (L.) Moench S9Not Available2025The sorghum ARS_BTX623_NAM_ESCT population is composed of three biparental parental subpopulations with a total of 769 recombinant inbred lines (F7-F8 RILs) entries. The biparental subpopulations are referred to as: BTx623xHKZ; BTx623xNSZ and BTx623x Kaoliang. This population includes new sorghum germplasm that displayed transgressive segregation compared to cold tolerant parent based on germinability(>than 70%), field emergence (60-80%) and seedling vigor (robust score of 1.5-2.5 on a scale of 1 (robust vigor) to 5 (poor vigor), traits that are needed for early season cold tolerance in US production settings. Majority of RILs displayed combine height of 1-1.4 m and flowering time of 70-75 days. The genotype data for ARS_BTX623_NAM_ESCT population is archived at NCBI sequence read archive under project SRP8838986 [(1) Marla et al., 2019, Genes|Genomes|Genetics]. The population served as primary genetic resource for successful identification and application of DNA markers that are useful for improvement of sorghum chilling tolerance [(2)Marla et al., 2023, Genes|Genomes|Genetics]. The availability of published advanced genetics and information on sorghum chilling tolerance made this NAM population highly valuable for public availability as it is actually in use as germplasm for detailed physiological studies of sorghum chilling tolerance by various public and private research groups. References: (1)Marla et al., 2019. Genetic architecture of chilling tolerance in sorghum dissected with a nested association mapping population. G3, 9:4045-4097; (2)Marla et al., 2023.Genomics and phenomics enabled prebreeding improved early season chilling tolerance in sorghum. G3, 13:jkad116.2190394PI 707367
308PI 707368Sorghum, MiloSorghum bicolor (L.) Moench S9Not Available2025The sorghum ARS_BTX623_NAM_ESCT population is composed of three biparental parental subpopulations with a total of 769 recombinant inbred lines (F7-F8 RILs) entries. The biparental subpopulations are referred to as: BTx623xHKZ; BTx623xNSZ and BTx623x Kaoliang. This population includes new sorghum germplasm that displayed transgressive segregation compared to cold tolerant parent based on germinability(>than 70%), field emergence (60-80%) and seedling vigor (robust score of 1.5-2.5 on a scale of 1 (robust vigor) to 5 (poor vigor), traits that are needed for early season cold tolerance in US production settings. Majority of RILs displayed combine height of 1-1.4 m and flowering time of 70-75 days. The genotype data for ARS_BTX623_NAM_ESCT population is archived at NCBI sequence read archive under project SRP8838986 [(1) Marla et al., 2019, Genes|Genomes|Genetics]. The population served as primary genetic resource for successful identification and application of DNA markers that are useful for improvement of sorghum chilling tolerance [(2)Marla et al., 2023, Genes|Genomes|Genetics]. The availability of published advanced genetics and information on sorghum chilling tolerance made this NAM population highly valuable for public availability as it is actually in use as germplasm for detailed physiological studies of sorghum chilling tolerance by various public and private research groups. References: (1)Marla et al., 2019. Genetic architecture of chilling tolerance in sorghum dissected with a nested association mapping population. G3, 9:4045-4097; (2)Marla et al., 2023.Genomics and phenomics enabled prebreeding improved early season chilling tolerance in sorghum. G3, 13:jkad116.2190395PI 707368
309PI 707369Sorghum, MiloSorghum bicolor (L.) Moench S9Not Available2025The sorghum ARS_BTX623_NAM_ESCT population is composed of three biparental parental subpopulations with a total of 769 recombinant inbred lines (F7-F8 RILs) entries. The biparental subpopulations are referred to as: BTx623xHKZ; BTx623xNSZ and BTx623x Kaoliang. This population includes new sorghum germplasm that displayed transgressive segregation compared to cold tolerant parent based on germinability(>than 70%), field emergence (60-80%) and seedling vigor (robust score of 1.5-2.5 on a scale of 1 (robust vigor) to 5 (poor vigor), traits that are needed for early season cold tolerance in US production settings. Majority of RILs displayed combine height of 1-1.4 m and flowering time of 70-75 days. The genotype data for ARS_BTX623_NAM_ESCT population is archived at NCBI sequence read archive under project SRP8838986 [(1) Marla et al., 2019, Genes|Genomes|Genetics]. The population served as primary genetic resource for successful identification and application of DNA markers that are useful for improvement of sorghum chilling tolerance [(2)Marla et al., 2023, Genes|Genomes|Genetics]. The availability of published advanced genetics and information on sorghum chilling tolerance made this NAM population highly valuable for public availability as it is actually in use as germplasm for detailed physiological studies of sorghum chilling tolerance by various public and private research groups. References: (1)Marla et al., 2019. Genetic architecture of chilling tolerance in sorghum dissected with a nested association mapping population. G3, 9:4045-4097; (2)Marla et al., 2023.Genomics and phenomics enabled prebreeding improved early season chilling tolerance in sorghum. G3, 13:jkad116.2190396PI 707369
310PI 707370Sorghum, MiloSorghum bicolor (L.) Moench S9Not Available2025The sorghum ARS_BTX623_NAM_ESCT population is composed of three biparental parental subpopulations with a total of 769 recombinant inbred lines (F7-F8 RILs) entries. The biparental subpopulations are referred to as: BTx623xHKZ; BTx623xNSZ and BTx623x Kaoliang. This population includes new sorghum germplasm that displayed transgressive segregation compared to cold tolerant parent based on germinability(>than 70%), field emergence (60-80%) and seedling vigor (robust score of 1.5-2.5 on a scale of 1 (robust vigor) to 5 (poor vigor), traits that are needed for early season cold tolerance in US production settings. Majority of RILs displayed combine height of 1-1.4 m and flowering time of 70-75 days. The genotype data for ARS_BTX623_NAM_ESCT population is archived at NCBI sequence read archive under project SRP8838986 [(1) Marla et al., 2019, Genes|Genomes|Genetics]. The population served as primary genetic resource for successful identification and application of DNA markers that are useful for improvement of sorghum chilling tolerance [(2)Marla et al., 2023, Genes|Genomes|Genetics]. The availability of published advanced genetics and information on sorghum chilling tolerance made this NAM population highly valuable for public availability as it is actually in use as germplasm for detailed physiological studies of sorghum chilling tolerance by various public and private research groups. References: (1)Marla et al., 2019. Genetic architecture of chilling tolerance in sorghum dissected with a nested association mapping population. G3, 9:4045-4097; (2)Marla et al., 2023.Genomics and phenomics enabled prebreeding improved early season chilling tolerance in sorghum. G3, 13:jkad116.2190397PI 707370
311PI 707371Sorghum, MiloSorghum bicolor (L.) Moench S9Not Available2025The sorghum ARS_BTX623_NAM_ESCT population is composed of three biparental parental subpopulations with a total of 769 recombinant inbred lines (F7-F8 RILs) entries. The biparental subpopulations are referred to as: BTx623xHKZ; BTx623xNSZ and BTx623x Kaoliang. This population includes new sorghum germplasm that displayed transgressive segregation compared to cold tolerant parent based on germinability(>than 70%), field emergence (60-80%) and seedling vigor (robust score of 1.5-2.5 on a scale of 1 (robust vigor) to 5 (poor vigor), traits that are needed for early season cold tolerance in US production settings. Majority of RILs displayed combine height of 1-1.4 m and flowering time of 70-75 days. The genotype data for ARS_BTX623_NAM_ESCT population is archived at NCBI sequence read archive under project SRP8838986 [(1) Marla et al., 2019, Genes|Genomes|Genetics]. The population served as primary genetic resource for successful identification and application of DNA markers that are useful for improvement of sorghum chilling tolerance [(2)Marla et al., 2023, Genes|Genomes|Genetics]. The availability of published advanced genetics and information on sorghum chilling tolerance made this NAM population highly valuable for public availability as it is actually in use as germplasm for detailed physiological studies of sorghum chilling tolerance by various public and private research groups. References: (1)Marla et al., 2019. Genetic architecture of chilling tolerance in sorghum dissected with a nested association mapping population. G3, 9:4045-4097; (2)Marla et al., 2023.Genomics and phenomics enabled prebreeding improved early season chilling tolerance in sorghum. G3, 13:jkad116.2190398PI 707371
312PI 707372Sorghum, MiloSorghum bicolor (L.) Moench S9Not Available2025The sorghum ARS_BTX623_NAM_ESCT population is composed of three biparental parental subpopulations with a total of 769 recombinant inbred lines (F7-F8 RILs) entries. The biparental subpopulations are referred to as: BTx623xHKZ; BTx623xNSZ and BTx623x Kaoliang. This population includes new sorghum germplasm that displayed transgressive segregation compared to cold tolerant parent based on germinability(>than 70%), field emergence (60-80%) and seedling vigor (robust score of 1.5-2.5 on a scale of 1 (robust vigor) to 5 (poor vigor), traits that are needed for early season cold tolerance in US production settings. Majority of RILs displayed combine height of 1-1.4 m and flowering time of 70-75 days. The genotype data for ARS_BTX623_NAM_ESCT population is archived at NCBI sequence read archive under project SRP8838986 [(1) Marla et al., 2019, Genes|Genomes|Genetics]. The population served as primary genetic resource for successful identification and application of DNA markers that are useful for improvement of sorghum chilling tolerance [(2)Marla et al., 2023, Genes|Genomes|Genetics]. The availability of published advanced genetics and information on sorghum chilling tolerance made this NAM population highly valuable for public availability as it is actually in use as germplasm for detailed physiological studies of sorghum chilling tolerance by various public and private research groups. References: (1)Marla et al., 2019. Genetic architecture of chilling tolerance in sorghum dissected with a nested association mapping population. G3, 9:4045-4097; (2)Marla et al., 2023.Genomics and phenomics enabled prebreeding improved early season chilling tolerance in sorghum. G3, 13:jkad116.2190399PI 707372
313PI 707373Sorghum, MiloSorghum bicolor (L.) Moench S9Not Available2025The sorghum ARS_BTX623_NAM_ESCT population is composed of three biparental parental subpopulations with a total of 769 recombinant inbred lines (F7-F8 RILs) entries. The biparental subpopulations are referred to as: BTx623xHKZ; BTx623xNSZ and BTx623x Kaoliang. This population includes new sorghum germplasm that displayed transgressive segregation compared to cold tolerant parent based on germinability(>than 70%), field emergence (60-80%) and seedling vigor (robust score of 1.5-2.5 on a scale of 1 (robust vigor) to 5 (poor vigor), traits that are needed for early season cold tolerance in US production settings. Majority of RILs displayed combine height of 1-1.4 m and flowering time of 70-75 days. The genotype data for ARS_BTX623_NAM_ESCT population is archived at NCBI sequence read archive under project SRP8838986 [(1) Marla et al., 2019, Genes|Genomes|Genetics]. The population served as primary genetic resource for successful identification and application of DNA markers that are useful for improvement of sorghum chilling tolerance [(2)Marla et al., 2023, Genes|Genomes|Genetics]. The availability of published advanced genetics and information on sorghum chilling tolerance made this NAM population highly valuable for public availability as it is actually in use as germplasm for detailed physiological studies of sorghum chilling tolerance by various public and private research groups. References: (1)Marla et al., 2019. Genetic architecture of chilling tolerance in sorghum dissected with a nested association mapping population. G3, 9:4045-4097; (2)Marla et al., 2023.Genomics and phenomics enabled prebreeding improved early season chilling tolerance in sorghum. G3, 13:jkad116.2190400PI 707373
314PI 707374Sorghum, MiloSorghum bicolor (L.) Moench S9Not Available2025The sorghum ARS_BTX623_NAM_ESCT population is composed of three biparental parental subpopulations with a total of 769 recombinant inbred lines (F7-F8 RILs) entries. The biparental subpopulations are referred to as: BTx623xHKZ; BTx623xNSZ and BTx623x Kaoliang. This population includes new sorghum germplasm that displayed transgressive segregation compared to cold tolerant parent based on germinability(>than 70%), field emergence (60-80%) and seedling vigor (robust score of 1.5-2.5 on a scale of 1 (robust vigor) to 5 (poor vigor), traits that are needed for early season cold tolerance in US production settings. Majority of RILs displayed combine height of 1-1.4 m and flowering time of 70-75 days. The genotype data for ARS_BTX623_NAM_ESCT population is archived at NCBI sequence read archive under project SRP8838986 [(1) Marla et al., 2019, Genes|Genomes|Genetics]. The population served as primary genetic resource for successful identification and application of DNA markers that are useful for improvement of sorghum chilling tolerance [(2)Marla et al., 2023, Genes|Genomes|Genetics]. The availability of published advanced genetics and information on sorghum chilling tolerance made this NAM population highly valuable for public availability as it is actually in use as germplasm for detailed physiological studies of sorghum chilling tolerance by various public and private research groups. References: (1)Marla et al., 2019. Genetic architecture of chilling tolerance in sorghum dissected with a nested association mapping population. G3, 9:4045-4097; (2)Marla et al., 2023.Genomics and phenomics enabled prebreeding improved early season chilling tolerance in sorghum. G3, 13:jkad116.2190401PI 707374
315PI 707375Sorghum, MiloSorghum bicolor (L.) Moench S9Not Available2025The sorghum ARS_BTX623_NAM_ESCT population is composed of three biparental parental subpopulations with a total of 769 recombinant inbred lines (F7-F8 RILs) entries. The biparental subpopulations are referred to as: BTx623xHKZ; BTx623xNSZ and BTx623x Kaoliang. This population includes new sorghum germplasm that displayed transgressive segregation compared to cold tolerant parent based on germinability(>than 70%), field emergence (60-80%) and seedling vigor (robust score of 1.5-2.5 on a scale of 1 (robust vigor) to 5 (poor vigor), traits that are needed for early season cold tolerance in US production settings. Majority of RILs displayed combine height of 1-1.4 m and flowering time of 70-75 days. The genotype data for ARS_BTX623_NAM_ESCT population is archived at NCBI sequence read archive under project SRP8838986 [(1) Marla et al., 2019, Genes|Genomes|Genetics]. The population served as primary genetic resource for successful identification and application of DNA markers that are useful for improvement of sorghum chilling tolerance [(2)Marla et al., 2023, Genes|Genomes|Genetics]. The availability of published advanced genetics and information on sorghum chilling tolerance made this NAM population highly valuable for public availability as it is actually in use as germplasm for detailed physiological studies of sorghum chilling tolerance by various public and private research groups. References: (1)Marla et al., 2019. Genetic architecture of chilling tolerance in sorghum dissected with a nested association mapping population. G3, 9:4045-4097; (2)Marla et al., 2023.Genomics and phenomics enabled prebreeding improved early season chilling tolerance in sorghum. G3, 13:jkad116.2190402PI 707375
316PI 707376Sorghum, MiloSorghum bicolor (L.) Moench S9Not Available2025The sorghum ARS_BTX623_NAM_ESCT population is composed of three biparental parental subpopulations with a total of 769 recombinant inbred lines (F7-F8 RILs) entries. The biparental subpopulations are referred to as: BTx623xHKZ; BTx623xNSZ and BTx623x Kaoliang. This population includes new sorghum germplasm that displayed transgressive segregation compared to cold tolerant parent based on germinability(>than 70%), field emergence (60-80%) and seedling vigor (robust score of 1.5-2.5 on a scale of 1 (robust vigor) to 5 (poor vigor), traits that are needed for early season cold tolerance in US production settings. Majority of RILs displayed combine height of 1-1.4 m and flowering time of 70-75 days. The genotype data for ARS_BTX623_NAM_ESCT population is archived at NCBI sequence read archive under project SRP8838986 [(1) Marla et al., 2019, Genes|Genomes|Genetics]. The population served as primary genetic resource for successful identification and application of DNA markers that are useful for improvement of sorghum chilling tolerance [(2)Marla et al., 2023, Genes|Genomes|Genetics]. The availability of published advanced genetics and information on sorghum chilling tolerance made this NAM population highly valuable for public availability as it is actually in use as germplasm for detailed physiological studies of sorghum chilling tolerance by various public and private research groups. References: (1)Marla et al., 2019. Genetic architecture of chilling tolerance in sorghum dissected with a nested association mapping population. G3, 9:4045-4097; (2)Marla et al., 2023.Genomics and phenomics enabled prebreeding improved early season chilling tolerance in sorghum. G3, 13:jkad116.2190403PI 707376
317PI 707377Sorghum, MiloSorghum bicolor (L.) Moench S9Not Available2025The sorghum ARS_BTX623_NAM_ESCT population is composed of three biparental parental subpopulations with a total of 769 recombinant inbred lines (F7-F8 RILs) entries. The biparental subpopulations are referred to as: BTx623xHKZ; BTx623xNSZ and BTx623x Kaoliang. This population includes new sorghum germplasm that displayed transgressive segregation compared to cold tolerant parent based on germinability(>than 70%), field emergence (60-80%) and seedling vigor (robust score of 1.5-2.5 on a scale of 1 (robust vigor) to 5 (poor vigor), traits that are needed for early season cold tolerance in US production settings. Majority of RILs displayed combine height of 1-1.4 m and flowering time of 70-75 days. The genotype data for ARS_BTX623_NAM_ESCT population is archived at NCBI sequence read archive under project SRP8838986 [(1) Marla et al., 2019, Genes|Genomes|Genetics]. The population served as primary genetic resource for successful identification and application of DNA markers that are useful for improvement of sorghum chilling tolerance [(2)Marla et al., 2023, Genes|Genomes|Genetics]. The availability of published advanced genetics and information on sorghum chilling tolerance made this NAM population highly valuable for public availability as it is actually in use as germplasm for detailed physiological studies of sorghum chilling tolerance by various public and private research groups. References: (1)Marla et al., 2019. Genetic architecture of chilling tolerance in sorghum dissected with a nested association mapping population. G3, 9:4045-4097; (2)Marla et al., 2023.Genomics and phenomics enabled prebreeding improved early season chilling tolerance in sorghum. G3, 13:jkad116.2190404PI 707377
318PI 707378Sorghum, MiloSorghum bicolor (L.) Moench S9Not Available2025The sorghum ARS_BTX623_NAM_ESCT population is composed of three biparental parental subpopulations with a total of 769 recombinant inbred lines (F7-F8 RILs) entries. The biparental subpopulations are referred to as: BTx623xHKZ; BTx623xNSZ and BTx623x Kaoliang. This population includes new sorghum germplasm that displayed transgressive segregation compared to cold tolerant parent based on germinability(>than 70%), field emergence (60-80%) and seedling vigor (robust score of 1.5-2.5 on a scale of 1 (robust vigor) to 5 (poor vigor), traits that are needed for early season cold tolerance in US production settings. Majority of RILs displayed combine height of 1-1.4 m and flowering time of 70-75 days. The genotype data for ARS_BTX623_NAM_ESCT population is archived at NCBI sequence read archive under project SRP8838986 [(1) Marla et al., 2019, Genes|Genomes|Genetics]. The population served as primary genetic resource for successful identification and application of DNA markers that are useful for improvement of sorghum chilling tolerance [(2)Marla et al., 2023, Genes|Genomes|Genetics]. The availability of published advanced genetics and information on sorghum chilling tolerance made this NAM population highly valuable for public availability as it is actually in use as germplasm for detailed physiological studies of sorghum chilling tolerance by various public and private research groups. References: (1)Marla et al., 2019. Genetic architecture of chilling tolerance in sorghum dissected with a nested association mapping population. G3, 9:4045-4097; (2)Marla et al., 2023.Genomics and phenomics enabled prebreeding improved early season chilling tolerance in sorghum. G3, 13:jkad116.2190405PI 707378
319PI 707379Sorghum, MiloSorghum bicolor (L.) Moench S9Not Available2025The sorghum ARS_BTX623_NAM_ESCT population is composed of three biparental parental subpopulations with a total of 769 recombinant inbred lines (F7-F8 RILs) entries. The biparental subpopulations are referred to as: BTx623xHKZ; BTx623xNSZ and BTx623x Kaoliang. This population includes new sorghum germplasm that displayed transgressive segregation compared to cold tolerant parent based on germinability(>than 70%), field emergence (60-80%) and seedling vigor (robust score of 1.5-2.5 on a scale of 1 (robust vigor) to 5 (poor vigor), traits that are needed for early season cold tolerance in US production settings. Majority of RILs displayed combine height of 1-1.4 m and flowering time of 70-75 days. The genotype data for ARS_BTX623_NAM_ESCT population is archived at NCBI sequence read archive under project SRP8838986 [(1) Marla et al., 2019, Genes|Genomes|Genetics]. The population served as primary genetic resource for successful identification and application of DNA markers that are useful for improvement of sorghum chilling tolerance [(2)Marla et al., 2023, Genes|Genomes|Genetics]. The availability of published advanced genetics and information on sorghum chilling tolerance made this NAM population highly valuable for public availability as it is actually in use as germplasm for detailed physiological studies of sorghum chilling tolerance by various public and private research groups. References: (1)Marla et al., 2019. Genetic architecture of chilling tolerance in sorghum dissected with a nested association mapping population. G3, 9:4045-4097; (2)Marla et al., 2023.Genomics and phenomics enabled prebreeding improved early season chilling tolerance in sorghum. G3, 13:jkad116.2190406PI 707379
320PI 707380Sorghum, MiloSorghum bicolor (L.) Moench S9Not Available2025The sorghum ARS_BTX623_NAM_ESCT population is composed of three biparental parental subpopulations with a total of 769 recombinant inbred lines (F7-F8 RILs) entries. The biparental subpopulations are referred to as: BTx623xHKZ; BTx623xNSZ and BTx623x Kaoliang. This population includes new sorghum germplasm that displayed transgressive segregation compared to cold tolerant parent based on germinability(>than 70%), field emergence (60-80%) and seedling vigor (robust score of 1.5-2.5 on a scale of 1 (robust vigor) to 5 (poor vigor), traits that are needed for early season cold tolerance in US production settings. Majority of RILs displayed combine height of 1-1.4 m and flowering time of 70-75 days. The genotype data for ARS_BTX623_NAM_ESCT population is archived at NCBI sequence read archive under project SRP8838986 [(1) Marla et al., 2019, Genes|Genomes|Genetics]. The population served as primary genetic resource for successful identification and application of DNA markers that are useful for improvement of sorghum chilling tolerance [(2)Marla et al., 2023, Genes|Genomes|Genetics]. The availability of published advanced genetics and information on sorghum chilling tolerance made this NAM population highly valuable for public availability as it is actually in use as germplasm for detailed physiological studies of sorghum chilling tolerance by various public and private research groups. References: (1)Marla et al., 2019. Genetic architecture of chilling tolerance in sorghum dissected with a nested association mapping population. G3, 9:4045-4097; (2)Marla et al., 2023.Genomics and phenomics enabled prebreeding improved early season chilling tolerance in sorghum. G3, 13:jkad116.2190407PI 707380
321PI 707381Sorghum, MiloSorghum bicolor (L.) Moench S9Not Available2025The sorghum ARS_BTX623_NAM_ESCT population is composed of three biparental parental subpopulations with a total of 769 recombinant inbred lines (F7-F8 RILs) entries. The biparental subpopulations are referred to as: BTx623xHKZ; BTx623xNSZ and BTx623x Kaoliang. This population includes new sorghum germplasm that displayed transgressive segregation compared to cold tolerant parent based on germinability(>than 70%), field emergence (60-80%) and seedling vigor (robust score of 1.5-2.5 on a scale of 1 (robust vigor) to 5 (poor vigor), traits that are needed for early season cold tolerance in US production settings. Majority of RILs displayed combine height of 1-1.4 m and flowering time of 70-75 days. The genotype data for ARS_BTX623_NAM_ESCT population is archived at NCBI sequence read archive under project SRP8838986 [(1) Marla et al., 2019, Genes|Genomes|Genetics]. The population served as primary genetic resource for successful identification and application of DNA markers that are useful for improvement of sorghum chilling tolerance [(2)Marla et al., 2023, Genes|Genomes|Genetics]. The availability of published advanced genetics and information on sorghum chilling tolerance made this NAM population highly valuable for public availability as it is actually in use as germplasm for detailed physiological studies of sorghum chilling tolerance by various public and private research groups. References: (1)Marla et al., 2019. Genetic architecture of chilling tolerance in sorghum dissected with a nested association mapping population. G3, 9:4045-4097; (2)Marla et al., 2023.Genomics and phenomics enabled prebreeding improved early season chilling tolerance in sorghum. G3, 13:jkad116.2190408PI 707381
322PI 707382Sorghum, MiloSorghum bicolor (L.) Moench S9Not Available2025The sorghum ARS_BTX623_NAM_ESCT population is composed of three biparental parental subpopulations with a total of 769 recombinant inbred lines (F7-F8 RILs) entries. The biparental subpopulations are referred to as: BTx623xHKZ; BTx623xNSZ and BTx623x Kaoliang. This population includes new sorghum germplasm that displayed transgressive segregation compared to cold tolerant parent based on germinability(>than 70%), field emergence (60-80%) and seedling vigor (robust score of 1.5-2.5 on a scale of 1 (robust vigor) to 5 (poor vigor), traits that are needed for early season cold tolerance in US production settings. Majority of RILs displayed combine height of 1-1.4 m and flowering time of 70-75 days. The genotype data for ARS_BTX623_NAM_ESCT population is archived at NCBI sequence read archive under project SRP8838986 [(1) Marla et al., 2019, Genes|Genomes|Genetics]. The population served as primary genetic resource for successful identification and application of DNA markers that are useful for improvement of sorghum chilling tolerance [(2)Marla et al., 2023, Genes|Genomes|Genetics]. The availability of published advanced genetics and information on sorghum chilling tolerance made this NAM population highly valuable for public availability as it is actually in use as germplasm for detailed physiological studies of sorghum chilling tolerance by various public and private research groups. References: (1)Marla et al., 2019. Genetic architecture of chilling tolerance in sorghum dissected with a nested association mapping population. G3, 9:4045-4097; (2)Marla et al., 2023.Genomics and phenomics enabled prebreeding improved early season chilling tolerance in sorghum. G3, 13:jkad116.2190409PI 707382
323PI 707383Sorghum, MiloSorghum bicolor (L.) Moench S9Not Available2025The sorghum ARS_BTX623_NAM_ESCT population is composed of three biparental parental subpopulations with a total of 769 recombinant inbred lines (F7-F8 RILs) entries. The biparental subpopulations are referred to as: BTx623xHKZ; BTx623xNSZ and BTx623x Kaoliang. This population includes new sorghum germplasm that displayed transgressive segregation compared to cold tolerant parent based on germinability(>than 70%), field emergence (60-80%) and seedling vigor (robust score of 1.5-2.5 on a scale of 1 (robust vigor) to 5 (poor vigor), traits that are needed for early season cold tolerance in US production settings. Majority of RILs displayed combine height of 1-1.4 m and flowering time of 70-75 days. The genotype data for ARS_BTX623_NAM_ESCT population is archived at NCBI sequence read archive under project SRP8838986 [(1) Marla et al., 2019, Genes|Genomes|Genetics]. The population served as primary genetic resource for successful identification and application of DNA markers that are useful for improvement of sorghum chilling tolerance [(2)Marla et al., 2023, Genes|Genomes|Genetics]. The availability of published advanced genetics and information on sorghum chilling tolerance made this NAM population highly valuable for public availability as it is actually in use as germplasm for detailed physiological studies of sorghum chilling tolerance by various public and private research groups. References: (1)Marla et al., 2019. Genetic architecture of chilling tolerance in sorghum dissected with a nested association mapping population. G3, 9:4045-4097; (2)Marla et al., 2023.Genomics and phenomics enabled prebreeding improved early season chilling tolerance in sorghum. G3, 13:jkad116.2190410PI 707383
324PI 707384Sorghum, MiloSorghum bicolor (L.) Moench S9Not Available2025The sorghum ARS_BTX623_NAM_ESCT population is composed of three biparental parental subpopulations with a total of 769 recombinant inbred lines (F7-F8 RILs) entries. The biparental subpopulations are referred to as: BTx623xHKZ; BTx623xNSZ and BTx623x Kaoliang. This population includes new sorghum germplasm that displayed transgressive segregation compared to cold tolerant parent based on germinability(>than 70%), field emergence (60-80%) and seedling vigor (robust score of 1.5-2.5 on a scale of 1 (robust vigor) to 5 (poor vigor), traits that are needed for early season cold tolerance in US production settings. Majority of RILs displayed combine height of 1-1.4 m and flowering time of 70-75 days. The genotype data for ARS_BTX623_NAM_ESCT population is archived at NCBI sequence read archive under project SRP8838986 [(1) Marla et al., 2019, Genes|Genomes|Genetics]. The population served as primary genetic resource for successful identification and application of DNA markers that are useful for improvement of sorghum chilling tolerance [(2)Marla et al., 2023, Genes|Genomes|Genetics]. The availability of published advanced genetics and information on sorghum chilling tolerance made this NAM population highly valuable for public availability as it is actually in use as germplasm for detailed physiological studies of sorghum chilling tolerance by various public and private research groups. References: (1)Marla et al., 2019. Genetic architecture of chilling tolerance in sorghum dissected with a nested association mapping population. G3, 9:4045-4097; (2)Marla et al., 2023.Genomics and phenomics enabled prebreeding improved early season chilling tolerance in sorghum. G3, 13:jkad116.2190411PI 707384
325PI 707385Sorghum, MiloSorghum bicolor (L.) Moench S9Not Available2025The sorghum ARS_BTX623_NAM_ESCT population is composed of three biparental parental subpopulations with a total of 769 recombinant inbred lines (F7-F8 RILs) entries. The biparental subpopulations are referred to as: BTx623xHKZ; BTx623xNSZ and BTx623x Kaoliang. This population includes new sorghum germplasm that displayed transgressive segregation compared to cold tolerant parent based on germinability(>than 70%), field emergence (60-80%) and seedling vigor (robust score of 1.5-2.5 on a scale of 1 (robust vigor) to 5 (poor vigor), traits that are needed for early season cold tolerance in US production settings. Majority of RILs displayed combine height of 1-1.4 m and flowering time of 70-75 days. The genotype data for ARS_BTX623_NAM_ESCT population is archived at NCBI sequence read archive under project SRP8838986 [(1) Marla et al., 2019, Genes|Genomes|Genetics]. The population served as primary genetic resource for successful identification and application of DNA markers that are useful for improvement of sorghum chilling tolerance [(2)Marla et al., 2023, Genes|Genomes|Genetics]. The availability of published advanced genetics and information on sorghum chilling tolerance made this NAM population highly valuable for public availability as it is actually in use as germplasm for detailed physiological studies of sorghum chilling tolerance by various public and private research groups. References: (1)Marla et al., 2019. Genetic architecture of chilling tolerance in sorghum dissected with a nested association mapping population. G3, 9:4045-4097; (2)Marla et al., 2023.Genomics and phenomics enabled prebreeding improved early season chilling tolerance in sorghum. G3, 13:jkad116.2190412PI 707385
326PI 707386Sorghum, MiloSorghum bicolor (L.) Moench S9Not Available2025The sorghum ARS_BTX623_NAM_ESCT population is composed of three biparental parental subpopulations with a total of 769 recombinant inbred lines (F7-F8 RILs) entries. The biparental subpopulations are referred to as: BTx623xHKZ; BTx623xNSZ and BTx623x Kaoliang. This population includes new sorghum germplasm that displayed transgressive segregation compared to cold tolerant parent based on germinability(>than 70%), field emergence (60-80%) and seedling vigor (robust score of 1.5-2.5 on a scale of 1 (robust vigor) to 5 (poor vigor), traits that are needed for early season cold tolerance in US production settings. Majority of RILs displayed combine height of 1-1.4 m and flowering time of 70-75 days. The genotype data for ARS_BTX623_NAM_ESCT population is archived at NCBI sequence read archive under project SRP8838986 [(1) Marla et al., 2019, Genes|Genomes|Genetics]. The population served as primary genetic resource for successful identification and application of DNA markers that are useful for improvement of sorghum chilling tolerance [(2)Marla et al., 2023, Genes|Genomes|Genetics]. The availability of published advanced genetics and information on sorghum chilling tolerance made this NAM population highly valuable for public availability as it is actually in use as germplasm for detailed physiological studies of sorghum chilling tolerance by various public and private research groups. References: (1)Marla et al., 2019. Genetic architecture of chilling tolerance in sorghum dissected with a nested association mapping population. G3, 9:4045-4097; (2)Marla et al., 2023.Genomics and phenomics enabled prebreeding improved early season chilling tolerance in sorghum. G3, 13:jkad116.2190413PI 707386
327PI 707387Sorghum, MiloSorghum bicolor (L.) Moench S9Not Available2025The sorghum ARS_BTX623_NAM_ESCT population is composed of three biparental parental subpopulations with a total of 769 recombinant inbred lines (F7-F8 RILs) entries. The biparental subpopulations are referred to as: BTx623xHKZ; BTx623xNSZ and BTx623x Kaoliang. This population includes new sorghum germplasm that displayed transgressive segregation compared to cold tolerant parent based on germinability(>than 70%), field emergence (60-80%) and seedling vigor (robust score of 1.5-2.5 on a scale of 1 (robust vigor) to 5 (poor vigor), traits that are needed for early season cold tolerance in US production settings. Majority of RILs displayed combine height of 1-1.4 m and flowering time of 70-75 days. The genotype data for ARS_BTX623_NAM_ESCT population is archived at NCBI sequence read archive under project SRP8838986 [(1) Marla et al., 2019, Genes|Genomes|Genetics]. The population served as primary genetic resource for successful identification and application of DNA markers that are useful for improvement of sorghum chilling tolerance [(2)Marla et al., 2023, Genes|Genomes|Genetics]. The availability of published advanced genetics and information on sorghum chilling tolerance made this NAM population highly valuable for public availability as it is actually in use as germplasm for detailed physiological studies of sorghum chilling tolerance by various public and private research groups. References: (1)Marla et al., 2019. Genetic architecture of chilling tolerance in sorghum dissected with a nested association mapping population. G3, 9:4045-4097; (2)Marla et al., 2023.Genomics and phenomics enabled prebreeding improved early season chilling tolerance in sorghum. G3, 13:jkad116.2190414PI 707387
328PI 707388Sorghum, MiloSorghum bicolor (L.) Moench S9Not Available2025The sorghum ARS_BTX623_NAM_ESCT population is composed of three biparental parental subpopulations with a total of 769 recombinant inbred lines (F7-F8 RILs) entries. The biparental subpopulations are referred to as: BTx623xHKZ; BTx623xNSZ and BTx623x Kaoliang. This population includes new sorghum germplasm that displayed transgressive segregation compared to cold tolerant parent based on germinability(>than 70%), field emergence (60-80%) and seedling vigor (robust score of 1.5-2.5 on a scale of 1 (robust vigor) to 5 (poor vigor), traits that are needed for early season cold tolerance in US production settings. Majority of RILs displayed combine height of 1-1.4 m and flowering time of 70-75 days. The genotype data for ARS_BTX623_NAM_ESCT population is archived at NCBI sequence read archive under project SRP8838986 [(1) Marla et al., 2019, Genes|Genomes|Genetics]. The population served as primary genetic resource for successful identification and application of DNA markers that are useful for improvement of sorghum chilling tolerance [(2)Marla et al., 2023, Genes|Genomes|Genetics]. The availability of published advanced genetics and information on sorghum chilling tolerance made this NAM population highly valuable for public availability as it is actually in use as germplasm for detailed physiological studies of sorghum chilling tolerance by various public and private research groups. References: (1)Marla et al., 2019. Genetic architecture of chilling tolerance in sorghum dissected with a nested association mapping population. G3, 9:4045-4097; (2)Marla et al., 2023.Genomics and phenomics enabled prebreeding improved early season chilling tolerance in sorghum. G3, 13:jkad116.2190415PI 707388
329PI 707389Sorghum, MiloSorghum bicolor (L.) Moench S9Not Available2025The sorghum ARS_BTX623_NAM_ESCT population is composed of three biparental parental subpopulations with a total of 769 recombinant inbred lines (F7-F8 RILs) entries. The biparental subpopulations are referred to as: BTx623xHKZ; BTx623xNSZ and BTx623x Kaoliang. This population includes new sorghum germplasm that displayed transgressive segregation compared to cold tolerant parent based on germinability(>than 70%), field emergence (60-80%) and seedling vigor (robust score of 1.5-2.5 on a scale of 1 (robust vigor) to 5 (poor vigor), traits that are needed for early season cold tolerance in US production settings. Majority of RILs displayed combine height of 1-1.4 m and flowering time of 70-75 days. The genotype data for ARS_BTX623_NAM_ESCT population is archived at NCBI sequence read archive under project SRP8838986 [(1) Marla et al., 2019, Genes|Genomes|Genetics]. The population served as primary genetic resource for successful identification and application of DNA markers that are useful for improvement of sorghum chilling tolerance [(2)Marla et al., 2023, Genes|Genomes|Genetics]. The availability of published advanced genetics and information on sorghum chilling tolerance made this NAM population highly valuable for public availability as it is actually in use as germplasm for detailed physiological studies of sorghum chilling tolerance by various public and private research groups. References: (1)Marla et al., 2019. Genetic architecture of chilling tolerance in sorghum dissected with a nested association mapping population. G3, 9:4045-4097; (2)Marla et al., 2023.Genomics and phenomics enabled prebreeding improved early season chilling tolerance in sorghum. G3, 13:jkad116.2190416PI 707389
330PI 707390Sorghum, MiloSorghum bicolor (L.) Moench S9Not Available2025The sorghum ARS_BTX623_NAM_ESCT population is composed of three biparental parental subpopulations with a total of 769 recombinant inbred lines (F7-F8 RILs) entries. The biparental subpopulations are referred to as: BTx623xHKZ; BTx623xNSZ and BTx623x Kaoliang. This population includes new sorghum germplasm that displayed transgressive segregation compared to cold tolerant parent based on germinability(>than 70%), field emergence (60-80%) and seedling vigor (robust score of 1.5-2.5 on a scale of 1 (robust vigor) to 5 (poor vigor), traits that are needed for early season cold tolerance in US production settings. Majority of RILs displayed combine height of 1-1.4 m and flowering time of 70-75 days. The genotype data for ARS_BTX623_NAM_ESCT population is archived at NCBI sequence read archive under project SRP8838986 [(1) Marla et al., 2019, Genes|Genomes|Genetics]. The population served as primary genetic resource for successful identification and application of DNA markers that are useful for improvement of sorghum chilling tolerance [(2)Marla et al., 2023, Genes|Genomes|Genetics]. The availability of published advanced genetics and information on sorghum chilling tolerance made this NAM population highly valuable for public availability as it is actually in use as germplasm for detailed physiological studies of sorghum chilling tolerance by various public and private research groups. References: (1)Marla et al., 2019. Genetic architecture of chilling tolerance in sorghum dissected with a nested association mapping population. G3, 9:4045-4097; (2)Marla et al., 2023.Genomics and phenomics enabled prebreeding improved early season chilling tolerance in sorghum. G3, 13:jkad116.2190417PI 707390
331PI 707391Sorghum, MiloSorghum bicolor (L.) Moench S9Not Available2025The sorghum ARS_BTX623_NAM_ESCT population is composed of three biparental parental subpopulations with a total of 769 recombinant inbred lines (F7-F8 RILs) entries. The biparental subpopulations are referred to as: BTx623xHKZ; BTx623xNSZ and BTx623x Kaoliang. This population includes new sorghum germplasm that displayed transgressive segregation compared to cold tolerant parent based on germinability(>than 70%), field emergence (60-80%) and seedling vigor (robust score of 1.5-2.5 on a scale of 1 (robust vigor) to 5 (poor vigor), traits that are needed for early season cold tolerance in US production settings. Majority of RILs displayed combine height of 1-1.4 m and flowering time of 70-75 days. The genotype data for ARS_BTX623_NAM_ESCT population is archived at NCBI sequence read archive under project SRP8838986 [(1) Marla et al., 2019, Genes|Genomes|Genetics]. The population served as primary genetic resource for successful identification and application of DNA markers that are useful for improvement of sorghum chilling tolerance [(2)Marla et al., 2023, Genes|Genomes|Genetics]. The availability of published advanced genetics and information on sorghum chilling tolerance made this NAM population highly valuable for public availability as it is actually in use as germplasm for detailed physiological studies of sorghum chilling tolerance by various public and private research groups. References: (1)Marla et al., 2019. Genetic architecture of chilling tolerance in sorghum dissected with a nested association mapping population. G3, 9:4045-4097; (2)Marla et al., 2023.Genomics and phenomics enabled prebreeding improved early season chilling tolerance in sorghum. G3, 13:jkad116.2190418PI 707391
332PI 707392Sorghum, MiloSorghum bicolor (L.) Moench S9Not Available2025The sorghum ARS_BTX623_NAM_ESCT population is composed of three biparental parental subpopulations with a total of 769 recombinant inbred lines (F7-F8 RILs) entries. The biparental subpopulations are referred to as: BTx623xHKZ; BTx623xNSZ and BTx623x Kaoliang. This population includes new sorghum germplasm that displayed transgressive segregation compared to cold tolerant parent based on germinability(>than 70%), field emergence (60-80%) and seedling vigor (robust score of 1.5-2.5 on a scale of 1 (robust vigor) to 5 (poor vigor), traits that are needed for early season cold tolerance in US production settings. Majority of RILs displayed combine height of 1-1.4 m and flowering time of 70-75 days. The genotype data for ARS_BTX623_NAM_ESCT population is archived at NCBI sequence read archive under project SRP8838986 [(1) Marla et al., 2019, Genes|Genomes|Genetics]. The population served as primary genetic resource for successful identification and application of DNA markers that are useful for improvement of sorghum chilling tolerance [(2)Marla et al., 2023, Genes|Genomes|Genetics]. The availability of published advanced genetics and information on sorghum chilling tolerance made this NAM population highly valuable for public availability as it is actually in use as germplasm for detailed physiological studies of sorghum chilling tolerance by various public and private research groups. References: (1)Marla et al., 2019. Genetic architecture of chilling tolerance in sorghum dissected with a nested association mapping population. G3, 9:4045-4097; (2)Marla et al., 2023.Genomics and phenomics enabled prebreeding improved early season chilling tolerance in sorghum. G3, 13:jkad116.2190419PI 707392
333PI 707393Sorghum, MiloSorghum bicolor (L.) Moench S9Not Available2025The sorghum ARS_BTX623_NAM_ESCT population is composed of three biparental parental subpopulations with a total of 769 recombinant inbred lines (F7-F8 RILs) entries. The biparental subpopulations are referred to as: BTx623xHKZ; BTx623xNSZ and BTx623x Kaoliang. This population includes new sorghum germplasm that displayed transgressive segregation compared to cold tolerant parent based on germinability(>than 70%), field emergence (60-80%) and seedling vigor (robust score of 1.5-2.5 on a scale of 1 (robust vigor) to 5 (poor vigor), traits that are needed for early season cold tolerance in US production settings. Majority of RILs displayed combine height of 1-1.4 m and flowering time of 70-75 days. The genotype data for ARS_BTX623_NAM_ESCT population is archived at NCBI sequence read archive under project SRP8838986 [(1) Marla et al., 2019, Genes|Genomes|Genetics]. The population served as primary genetic resource for successful identification and application of DNA markers that are useful for improvement of sorghum chilling tolerance [(2)Marla et al., 2023, Genes|Genomes|Genetics]. The availability of published advanced genetics and information on sorghum chilling tolerance made this NAM population highly valuable for public availability as it is actually in use as germplasm for detailed physiological studies of sorghum chilling tolerance by various public and private research groups. References: (1)Marla et al., 2019. Genetic architecture of chilling tolerance in sorghum dissected with a nested association mapping population. G3, 9:4045-4097; (2)Marla et al., 2023.Genomics and phenomics enabled prebreeding improved early season chilling tolerance in sorghum. G3, 13:jkad116.2190420PI 707393
334PI 707394Sorghum, MiloSorghum bicolor (L.) Moench S9Not Available2025The sorghum ARS_BTX623_NAM_ESCT population is composed of three biparental parental subpopulations with a total of 769 recombinant inbred lines (F7-F8 RILs) entries. The biparental subpopulations are referred to as: BTx623xHKZ; BTx623xNSZ and BTx623x Kaoliang. This population includes new sorghum germplasm that displayed transgressive segregation compared to cold tolerant parent based on germinability(>than 70%), field emergence (60-80%) and seedling vigor (robust score of 1.5-2.5 on a scale of 1 (robust vigor) to 5 (poor vigor), traits that are needed for early season cold tolerance in US production settings. Majority of RILs displayed combine height of 1-1.4 m and flowering time of 70-75 days. The genotype data for ARS_BTX623_NAM_ESCT population is archived at NCBI sequence read archive under project SRP8838986 [(1) Marla et al., 2019, Genes|Genomes|Genetics]. The population served as primary genetic resource for successful identification and application of DNA markers that are useful for improvement of sorghum chilling tolerance [(2)Marla et al., 2023, Genes|Genomes|Genetics]. The availability of published advanced genetics and information on sorghum chilling tolerance made this NAM population highly valuable for public availability as it is actually in use as germplasm for detailed physiological studies of sorghum chilling tolerance by various public and private research groups. References: (1)Marla et al., 2019. Genetic architecture of chilling tolerance in sorghum dissected with a nested association mapping population. G3, 9:4045-4097; (2)Marla et al., 2023.Genomics and phenomics enabled prebreeding improved early season chilling tolerance in sorghum. G3, 13:jkad116.2190421PI 707394
335PI 707395Sorghum, MiloSorghum bicolor (L.) Moench S9Not Available2025The sorghum ARS_BTX623_NAM_ESCT population is composed of three biparental parental subpopulations with a total of 769 recombinant inbred lines (F7-F8 RILs) entries. The biparental subpopulations are referred to as: BTx623xHKZ; BTx623xNSZ and BTx623x Kaoliang. This population includes new sorghum germplasm that displayed transgressive segregation compared to cold tolerant parent based on germinability(>than 70%), field emergence (60-80%) and seedling vigor (robust score of 1.5-2.5 on a scale of 1 (robust vigor) to 5 (poor vigor), traits that are needed for early season cold tolerance in US production settings. Majority of RILs displayed combine height of 1-1.4 m and flowering time of 70-75 days. The genotype data for ARS_BTX623_NAM_ESCT population is archived at NCBI sequence read archive under project SRP8838986 [(1) Marla et al., 2019, Genes|Genomes|Genetics]. The population served as primary genetic resource for successful identification and application of DNA markers that are useful for improvement of sorghum chilling tolerance [(2)Marla et al., 2023, Genes|Genomes|Genetics]. The availability of published advanced genetics and information on sorghum chilling tolerance made this NAM population highly valuable for public availability as it is actually in use as germplasm for detailed physiological studies of sorghum chilling tolerance by various public and private research groups. References: (1)Marla et al., 2019. Genetic architecture of chilling tolerance in sorghum dissected with a nested association mapping population. G3, 9:4045-4097; (2)Marla et al., 2023.Genomics and phenomics enabled prebreeding improved early season chilling tolerance in sorghum. G3, 13:jkad116.2190422PI 707395
336PI 707396Sorghum, MiloSorghum bicolor (L.) Moench S9Not Available2025The sorghum ARS_BTX623_NAM_ESCT population is composed of three biparental parental subpopulations with a total of 769 recombinant inbred lines (F7-F8 RILs) entries. The biparental subpopulations are referred to as: BTx623xHKZ; BTx623xNSZ and BTx623x Kaoliang. This population includes new sorghum germplasm that displayed transgressive segregation compared to cold tolerant parent based on germinability(>than 70%), field emergence (60-80%) and seedling vigor (robust score of 1.5-2.5 on a scale of 1 (robust vigor) to 5 (poor vigor), traits that are needed for early season cold tolerance in US production settings. Majority of RILs displayed combine height of 1-1.4 m and flowering time of 70-75 days. The genotype data for ARS_BTX623_NAM_ESCT population is archived at NCBI sequence read archive under project SRP8838986 [(1) Marla et al., 2019, Genes|Genomes|Genetics]. The population served as primary genetic resource for successful identification and application of DNA markers that are useful for improvement of sorghum chilling tolerance [(2)Marla et al., 2023, Genes|Genomes|Genetics]. The availability of published advanced genetics and information on sorghum chilling tolerance made this NAM population highly valuable for public availability as it is actually in use as germplasm for detailed physiological studies of sorghum chilling tolerance by various public and private research groups. References: (1)Marla et al., 2019. Genetic architecture of chilling tolerance in sorghum dissected with a nested association mapping population. G3, 9:4045-4097; (2)Marla et al., 2023.Genomics and phenomics enabled prebreeding improved early season chilling tolerance in sorghum. G3, 13:jkad116.2190423PI 707396
337PI 707397Sorghum, MiloSorghum bicolor (L.) Moench S9Not Available2025The sorghum ARS_BTX623_NAM_ESCT population is composed of three biparental parental subpopulations with a total of 769 recombinant inbred lines (F7-F8 RILs) entries. The biparental subpopulations are referred to as: BTx623xHKZ; BTx623xNSZ and BTx623x Kaoliang. This population includes new sorghum germplasm that displayed transgressive segregation compared to cold tolerant parent based on germinability(>than 70%), field emergence (60-80%) and seedling vigor (robust score of 1.5-2.5 on a scale of 1 (robust vigor) to 5 (poor vigor), traits that are needed for early season cold tolerance in US production settings. Majority of RILs displayed combine height of 1-1.4 m and flowering time of 70-75 days. The genotype data for ARS_BTX623_NAM_ESCT population is archived at NCBI sequence read archive under project SRP8838986 [(1) Marla et al., 2019, Genes|Genomes|Genetics]. The population served as primary genetic resource for successful identification and application of DNA markers that are useful for improvement of sorghum chilling tolerance [(2)Marla et al., 2023, Genes|Genomes|Genetics]. The availability of published advanced genetics and information on sorghum chilling tolerance made this NAM population highly valuable for public availability as it is actually in use as germplasm for detailed physiological studies of sorghum chilling tolerance by various public and private research groups. References: (1)Marla et al., 2019. Genetic architecture of chilling tolerance in sorghum dissected with a nested association mapping population. G3, 9:4045-4097; (2)Marla et al., 2023.Genomics and phenomics enabled prebreeding improved early season chilling tolerance in sorghum. G3, 13:jkad116.2190424PI 707397
338PI 707398Sorghum, MiloSorghum bicolor (L.) Moench S9Not Available2025The sorghum ARS_BTX623_NAM_ESCT population is composed of three biparental parental subpopulations with a total of 769 recombinant inbred lines (F7-F8 RILs) entries. The biparental subpopulations are referred to as: BTx623xHKZ; BTx623xNSZ and BTx623x Kaoliang. This population includes new sorghum germplasm that displayed transgressive segregation compared to cold tolerant parent based on germinability(>than 70%), field emergence (60-80%) and seedling vigor (robust score of 1.5-2.5 on a scale of 1 (robust vigor) to 5 (poor vigor), traits that are needed for early season cold tolerance in US production settings. Majority of RILs displayed combine height of 1-1.4 m and flowering time of 70-75 days. The genotype data for ARS_BTX623_NAM_ESCT population is archived at NCBI sequence read archive under project SRP8838986 [(1) Marla et al., 2019, Genes|Genomes|Genetics]. The population served as primary genetic resource for successful identification and application of DNA markers that are useful for improvement of sorghum chilling tolerance [(2)Marla et al., 2023, Genes|Genomes|Genetics]. The availability of published advanced genetics and information on sorghum chilling tolerance made this NAM population highly valuable for public availability as it is actually in use as germplasm for detailed physiological studies of sorghum chilling tolerance by various public and private research groups. References: (1)Marla et al., 2019. Genetic architecture of chilling tolerance in sorghum dissected with a nested association mapping population. G3, 9:4045-4097; (2)Marla et al., 2023.Genomics and phenomics enabled prebreeding improved early season chilling tolerance in sorghum. G3, 13:jkad116.2190425PI 707398
339PI 707399Sorghum, MiloSorghum bicolor (L.) Moench S9Not Available2025The sorghum ARS_BTX623_NAM_ESCT population is composed of three biparental parental subpopulations with a total of 769 recombinant inbred lines (F7-F8 RILs) entries. The biparental subpopulations are referred to as: BTx623xHKZ; BTx623xNSZ and BTx623x Kaoliang. This population includes new sorghum germplasm that displayed transgressive segregation compared to cold tolerant parent based on germinability(>than 70%), field emergence (60-80%) and seedling vigor (robust score of 1.5-2.5 on a scale of 1 (robust vigor) to 5 (poor vigor), traits that are needed for early season cold tolerance in US production settings. Majority of RILs displayed combine height of 1-1.4 m and flowering time of 70-75 days. The genotype data for ARS_BTX623_NAM_ESCT population is archived at NCBI sequence read archive under project SRP8838986 [(1) Marla et al., 2019, Genes|Genomes|Genetics]. The population served as primary genetic resource for successful identification and application of DNA markers that are useful for improvement of sorghum chilling tolerance [(2)Marla et al., 2023, Genes|Genomes|Genetics]. The availability of published advanced genetics and information on sorghum chilling tolerance made this NAM population highly valuable for public availability as it is actually in use as germplasm for detailed physiological studies of sorghum chilling tolerance by various public and private research groups. References: (1)Marla et al., 2019. Genetic architecture of chilling tolerance in sorghum dissected with a nested association mapping population. G3, 9:4045-4097; (2)Marla et al., 2023.Genomics and phenomics enabled prebreeding improved early season chilling tolerance in sorghum. G3, 13:jkad116.2190426PI 707399
340PI 707400Sorghum, MiloSorghum bicolor (L.) Moench S9Not Available2025The sorghum ARS_BTX623_NAM_ESCT population is composed of three biparental parental subpopulations with a total of 769 recombinant inbred lines (F7-F8 RILs) entries. The biparental subpopulations are referred to as: BTx623xHKZ; BTx623xNSZ and BTx623x Kaoliang. This population includes new sorghum germplasm that displayed transgressive segregation compared to cold tolerant parent based on germinability(>than 70%), field emergence (60-80%) and seedling vigor (robust score of 1.5-2.5 on a scale of 1 (robust vigor) to 5 (poor vigor), traits that are needed for early season cold tolerance in US production settings. Majority of RILs displayed combine height of 1-1.4 m and flowering time of 70-75 days. The genotype data for ARS_BTX623_NAM_ESCT population is archived at NCBI sequence read archive under project SRP8838986 [(1) Marla et al., 2019, Genes|Genomes|Genetics]. The population served as primary genetic resource for successful identification and application of DNA markers that are useful for improvement of sorghum chilling tolerance [(2)Marla et al., 2023, Genes|Genomes|Genetics]. The availability of published advanced genetics and information on sorghum chilling tolerance made this NAM population highly valuable for public availability as it is actually in use as germplasm for detailed physiological studies of sorghum chilling tolerance by various public and private research groups. References: (1)Marla et al., 2019. Genetic architecture of chilling tolerance in sorghum dissected with a nested association mapping population. G3, 9:4045-4097; (2)Marla et al., 2023.Genomics and phenomics enabled prebreeding improved early season chilling tolerance in sorghum. G3, 13:jkad116.2190427PI 707400
341PI 707401Sorghum, MiloSorghum bicolor (L.) Moench S9Not Available2025The sorghum ARS_BTX623_NAM_ESCT population is composed of three biparental parental subpopulations with a total of 769 recombinant inbred lines (F7-F8 RILs) entries. The biparental subpopulations are referred to as: BTx623xHKZ; BTx623xNSZ and BTx623x Kaoliang. This population includes new sorghum germplasm that displayed transgressive segregation compared to cold tolerant parent based on germinability(>than 70%), field emergence (60-80%) and seedling vigor (robust score of 1.5-2.5 on a scale of 1 (robust vigor) to 5 (poor vigor), traits that are needed for early season cold tolerance in US production settings. Majority of RILs displayed combine height of 1-1.4 m and flowering time of 70-75 days. The genotype data for ARS_BTX623_NAM_ESCT population is archived at NCBI sequence read archive under project SRP8838986 [(1) Marla et al., 2019, Genes|Genomes|Genetics]. The population served as primary genetic resource for successful identification and application of DNA markers that are useful for improvement of sorghum chilling tolerance [(2)Marla et al., 2023, Genes|Genomes|Genetics]. The availability of published advanced genetics and information on sorghum chilling tolerance made this NAM population highly valuable for public availability as it is actually in use as germplasm for detailed physiological studies of sorghum chilling tolerance by various public and private research groups. References: (1)Marla et al., 2019. Genetic architecture of chilling tolerance in sorghum dissected with a nested association mapping population. G3, 9:4045-4097; (2)Marla et al., 2023.Genomics and phenomics enabled prebreeding improved early season chilling tolerance in sorghum. G3, 13:jkad116.2190428PI 707401
342PI 707402Sorghum, MiloSorghum bicolor (L.) Moench S9Not Available2025The sorghum ARS_BTX623_NAM_ESCT population is composed of three biparental parental subpopulations with a total of 769 recombinant inbred lines (F7-F8 RILs) entries. The biparental subpopulations are referred to as: BTx623xHKZ; BTx623xNSZ and BTx623x Kaoliang. This population includes new sorghum germplasm that displayed transgressive segregation compared to cold tolerant parent based on germinability(>than 70%), field emergence (60-80%) and seedling vigor (robust score of 1.5-2.5 on a scale of 1 (robust vigor) to 5 (poor vigor), traits that are needed for early season cold tolerance in US production settings. Majority of RILs displayed combine height of 1-1.4 m and flowering time of 70-75 days. The genotype data for ARS_BTX623_NAM_ESCT population is archived at NCBI sequence read archive under project SRP8838986 [(1) Marla et al., 2019, Genes|Genomes|Genetics]. The population served as primary genetic resource for successful identification and application of DNA markers that are useful for improvement of sorghum chilling tolerance [(2)Marla et al., 2023, Genes|Genomes|Genetics]. The availability of published advanced genetics and information on sorghum chilling tolerance made this NAM population highly valuable for public availability as it is actually in use as germplasm for detailed physiological studies of sorghum chilling tolerance by various public and private research groups. References: (1)Marla et al., 2019. Genetic architecture of chilling tolerance in sorghum dissected with a nested association mapping population. G3, 9:4045-4097; (2)Marla et al., 2023.Genomics and phenomics enabled prebreeding improved early season chilling tolerance in sorghum. G3, 13:jkad116.2190429PI 707402
343PI 707403Sorghum, MiloSorghum bicolor (L.) Moench S9Not Available2025The sorghum ARS_BTX623_NAM_ESCT population is composed of three biparental parental subpopulations with a total of 769 recombinant inbred lines (F7-F8 RILs) entries. The biparental subpopulations are referred to as: BTx623xHKZ; BTx623xNSZ and BTx623x Kaoliang. This population includes new sorghum germplasm that displayed transgressive segregation compared to cold tolerant parent based on germinability(>than 70%), field emergence (60-80%) and seedling vigor (robust score of 1.5-2.5 on a scale of 1 (robust vigor) to 5 (poor vigor), traits that are needed for early season cold tolerance in US production settings. Majority of RILs displayed combine height of 1-1.4 m and flowering time of 70-75 days. The genotype data for ARS_BTX623_NAM_ESCT population is archived at NCBI sequence read archive under project SRP8838986 [(1) Marla et al., 2019, Genes|Genomes|Genetics]. The population served as primary genetic resource for successful identification and application of DNA markers that are useful for improvement of sorghum chilling tolerance [(2)Marla et al., 2023, Genes|Genomes|Genetics]. The availability of published advanced genetics and information on sorghum chilling tolerance made this NAM population highly valuable for public availability as it is actually in use as germplasm for detailed physiological studies of sorghum chilling tolerance by various public and private research groups. References: (1)Marla et al., 2019. Genetic architecture of chilling tolerance in sorghum dissected with a nested association mapping population. G3, 9:4045-4097; (2)Marla et al., 2023.Genomics and phenomics enabled prebreeding improved early season chilling tolerance in sorghum. G3, 13:jkad116.2190430PI 707403
344PI 707404Sorghum, MiloSorghum bicolor (L.) Moench S9Not Available2025The sorghum ARS_BTX623_NAM_ESCT population is composed of three biparental parental subpopulations with a total of 769 recombinant inbred lines (F7-F8 RILs) entries. The biparental subpopulations are referred to as: BTx623xHKZ; BTx623xNSZ and BTx623x Kaoliang. This population includes new sorghum germplasm that displayed transgressive segregation compared to cold tolerant parent based on germinability(>than 70%), field emergence (60-80%) and seedling vigor (robust score of 1.5-2.5 on a scale of 1 (robust vigor) to 5 (poor vigor), traits that are needed for early season cold tolerance in US production settings. Majority of RILs displayed combine height of 1-1.4 m and flowering time of 70-75 days. The genotype data for ARS_BTX623_NAM_ESCT population is archived at NCBI sequence read archive under project SRP8838986 [(1) Marla et al., 2019, Genes|Genomes|Genetics]. The population served as primary genetic resource for successful identification and application of DNA markers that are useful for improvement of sorghum chilling tolerance [(2)Marla et al., 2023, Genes|Genomes|Genetics]. The availability of published advanced genetics and information on sorghum chilling tolerance made this NAM population highly valuable for public availability as it is actually in use as germplasm for detailed physiological studies of sorghum chilling tolerance by various public and private research groups. References: (1)Marla et al., 2019. Genetic architecture of chilling tolerance in sorghum dissected with a nested association mapping population. G3, 9:4045-4097; (2)Marla et al., 2023.Genomics and phenomics enabled prebreeding improved early season chilling tolerance in sorghum. G3, 13:jkad116.2190431PI 707404
345PI 707405Sorghum, MiloSorghum bicolor (L.) Moench S9Not Available2025The sorghum ARS_BTX623_NAM_ESCT population is composed of three biparental parental subpopulations with a total of 769 recombinant inbred lines (F7-F8 RILs) entries. The biparental subpopulations are referred to as: BTx623xHKZ; BTx623xNSZ and BTx623x Kaoliang. This population includes new sorghum germplasm that displayed transgressive segregation compared to cold tolerant parent based on germinability(>than 70%), field emergence (60-80%) and seedling vigor (robust score of 1.5-2.5 on a scale of 1 (robust vigor) to 5 (poor vigor), traits that are needed for early season cold tolerance in US production settings. Majority of RILs displayed combine height of 1-1.4 m and flowering time of 70-75 days. The genotype data for ARS_BTX623_NAM_ESCT population is archived at NCBI sequence read archive under project SRP8838986 [(1) Marla et al., 2019, Genes|Genomes|Genetics]. The population served as primary genetic resource for successful identification and application of DNA markers that are useful for improvement of sorghum chilling tolerance [(2)Marla et al., 2023, Genes|Genomes|Genetics]. The availability of published advanced genetics and information on sorghum chilling tolerance made this NAM population highly valuable for public availability as it is actually in use as germplasm for detailed physiological studies of sorghum chilling tolerance by various public and private research groups. References: (1)Marla et al., 2019. Genetic architecture of chilling tolerance in sorghum dissected with a nested association mapping population. G3, 9:4045-4097; (2)Marla et al., 2023.Genomics and phenomics enabled prebreeding improved early season chilling tolerance in sorghum. G3, 13:jkad116.2190432PI 707405
346PI 707406Sorghum, MiloSorghum bicolor (L.) Moench S9Not Available2025The sorghum ARS_BTX623_NAM_ESCT population is composed of three biparental parental subpopulations with a total of 769 recombinant inbred lines (F7-F8 RILs) entries. The biparental subpopulations are referred to as: BTx623xHKZ; BTx623xNSZ and BTx623x Kaoliang. This population includes new sorghum germplasm that displayed transgressive segregation compared to cold tolerant parent based on germinability(>than 70%), field emergence (60-80%) and seedling vigor (robust score of 1.5-2.5 on a scale of 1 (robust vigor) to 5 (poor vigor), traits that are needed for early season cold tolerance in US production settings. Majority of RILs displayed combine height of 1-1.4 m and flowering time of 70-75 days. The genotype data for ARS_BTX623_NAM_ESCT population is archived at NCBI sequence read archive under project SRP8838986 [(1) Marla et al., 2019, Genes|Genomes|Genetics]. The population served as primary genetic resource for successful identification and application of DNA markers that are useful for improvement of sorghum chilling tolerance [(2)Marla et al., 2023, Genes|Genomes|Genetics]. The availability of published advanced genetics and information on sorghum chilling tolerance made this NAM population highly valuable for public availability as it is actually in use as germplasm for detailed physiological studies of sorghum chilling tolerance by various public and private research groups. References: (1)Marla et al., 2019. Genetic architecture of chilling tolerance in sorghum dissected with a nested association mapping population. G3, 9:4045-4097; (2)Marla et al., 2023.Genomics and phenomics enabled prebreeding improved early season chilling tolerance in sorghum. G3, 13:jkad116.2190433PI 707406
347PI 707407Sorghum, MiloSorghum bicolor (L.) Moench S9Not Available2025The sorghum ARS_BTX623_NAM_ESCT population is composed of three biparental parental subpopulations with a total of 769 recombinant inbred lines (F7-F8 RILs) entries. The biparental subpopulations are referred to as: BTx623xHKZ; BTx623xNSZ and BTx623x Kaoliang. This population includes new sorghum germplasm that displayed transgressive segregation compared to cold tolerant parent based on germinability(>than 70%), field emergence (60-80%) and seedling vigor (robust score of 1.5-2.5 on a scale of 1 (robust vigor) to 5 (poor vigor), traits that are needed for early season cold tolerance in US production settings. Majority of RILs displayed combine height of 1-1.4 m and flowering time of 70-75 days. The genotype data for ARS_BTX623_NAM_ESCT population is archived at NCBI sequence read archive under project SRP8838986 [(1) Marla et al., 2019, Genes|Genomes|Genetics]. The population served as primary genetic resource for successful identification and application of DNA markers that are useful for improvement of sorghum chilling tolerance [(2)Marla et al., 2023, Genes|Genomes|Genetics]. The availability of published advanced genetics and information on sorghum chilling tolerance made this NAM population highly valuable for public availability as it is actually in use as germplasm for detailed physiological studies of sorghum chilling tolerance by various public and private research groups. References: (1)Marla et al., 2019. Genetic architecture of chilling tolerance in sorghum dissected with a nested association mapping population. G3, 9:4045-4097; (2)Marla et al., 2023.Genomics and phenomics enabled prebreeding improved early season chilling tolerance in sorghum. G3, 13:jkad116.2190434PI 707407
348PI 707408Sorghum, MiloSorghum bicolor (L.) Moench S9Not Available2025The sorghum ARS_BTX623_NAM_ESCT population is composed of three biparental parental subpopulations with a total of 769 recombinant inbred lines (F7-F8 RILs) entries. The biparental subpopulations are referred to as: BTx623xHKZ; BTx623xNSZ and BTx623x Kaoliang. This population includes new sorghum germplasm that displayed transgressive segregation compared to cold tolerant parent based on germinability(>than 70%), field emergence (60-80%) and seedling vigor (robust score of 1.5-2.5 on a scale of 1 (robust vigor) to 5 (poor vigor), traits that are needed for early season cold tolerance in US production settings. Majority of RILs displayed combine height of 1-1.4 m and flowering time of 70-75 days. The genotype data for ARS_BTX623_NAM_ESCT population is archived at NCBI sequence read archive under project SRP8838986 [(1) Marla et al., 2019, Genes|Genomes|Genetics]. The population served as primary genetic resource for successful identification and application of DNA markers that are useful for improvement of sorghum chilling tolerance [(2)Marla et al., 2023, Genes|Genomes|Genetics]. The availability of published advanced genetics and information on sorghum chilling tolerance made this NAM population highly valuable for public availability as it is actually in use as germplasm for detailed physiological studies of sorghum chilling tolerance by various public and private research groups. References: (1)Marla et al., 2019. Genetic architecture of chilling tolerance in sorghum dissected with a nested association mapping population. G3, 9:4045-4097; (2)Marla et al., 2023.Genomics and phenomics enabled prebreeding improved early season chilling tolerance in sorghum. G3, 13:jkad116.2190435PI 707408
349PI 707409Sorghum, MiloSorghum bicolor (L.) Moench S9Not Available2025The sorghum ARS_BTX623_NAM_ESCT population is composed of three biparental parental subpopulations with a total of 769 recombinant inbred lines (F7-F8 RILs) entries. The biparental subpopulations are referred to as: BTx623xHKZ; BTx623xNSZ and BTx623x Kaoliang. This population includes new sorghum germplasm that displayed transgressive segregation compared to cold tolerant parent based on germinability(>than 70%), field emergence (60-80%) and seedling vigor (robust score of 1.5-2.5 on a scale of 1 (robust vigor) to 5 (poor vigor), traits that are needed for early season cold tolerance in US production settings. Majority of RILs displayed combine height of 1-1.4 m and flowering time of 70-75 days. The genotype data for ARS_BTX623_NAM_ESCT population is archived at NCBI sequence read archive under project SRP8838986 [(1) Marla et al., 2019, Genes|Genomes|Genetics]. The population served as primary genetic resource for successful identification and application of DNA markers that are useful for improvement of sorghum chilling tolerance [(2)Marla et al., 2023, Genes|Genomes|Genetics]. The availability of published advanced genetics and information on sorghum chilling tolerance made this NAM population highly valuable for public availability as it is actually in use as germplasm for detailed physiological studies of sorghum chilling tolerance by various public and private research groups. References: (1)Marla et al., 2019. Genetic architecture of chilling tolerance in sorghum dissected with a nested association mapping population. G3, 9:4045-4097; (2)Marla et al., 2023.Genomics and phenomics enabled prebreeding improved early season chilling tolerance in sorghum. G3, 13:jkad116.2190436PI 707409
350PI 707410Sorghum, MiloSorghum bicolor (L.) Moench S9Not Available2025The sorghum ARS_BTX623_NAM_ESCT population is composed of three biparental parental subpopulations with a total of 769 recombinant inbred lines (F7-F8 RILs) entries. The biparental subpopulations are referred to as: BTx623xHKZ; BTx623xNSZ and BTx623x Kaoliang. This population includes new sorghum germplasm that displayed transgressive segregation compared to cold tolerant parent based on germinability(>than 70%), field emergence (60-80%) and seedling vigor (robust score of 1.5-2.5 on a scale of 1 (robust vigor) to 5 (poor vigor), traits that are needed for early season cold tolerance in US production settings. Majority of RILs displayed combine height of 1-1.4 m and flowering time of 70-75 days. The genotype data for ARS_BTX623_NAM_ESCT population is archived at NCBI sequence read archive under project SRP8838986 [(1) Marla et al., 2019, Genes|Genomes|Genetics]. The population served as primary genetic resource for successful identification and application of DNA markers that are useful for improvement of sorghum chilling tolerance [(2)Marla et al., 2023, Genes|Genomes|Genetics]. The availability of published advanced genetics and information on sorghum chilling tolerance made this NAM population highly valuable for public availability as it is actually in use as germplasm for detailed physiological studies of sorghum chilling tolerance by various public and private research groups. References: (1)Marla et al., 2019. Genetic architecture of chilling tolerance in sorghum dissected with a nested association mapping population. G3, 9:4045-4097; (2)Marla et al., 2023.Genomics and phenomics enabled prebreeding improved early season chilling tolerance in sorghum. G3, 13:jkad116.2190437PI 707410
351PI 707411Sorghum, MiloSorghum bicolor (L.) Moench S9Not Available2025The sorghum ARS_BTX623_NAM_ESCT population is composed of three biparental parental subpopulations with a total of 769 recombinant inbred lines (F7-F8 RILs) entries. The biparental subpopulations are referred to as: BTx623xHKZ; BTx623xNSZ and BTx623x Kaoliang. This population includes new sorghum germplasm that displayed transgressive segregation compared to cold tolerant parent based on germinability(>than 70%), field emergence (60-80%) and seedling vigor (robust score of 1.5-2.5 on a scale of 1 (robust vigor) to 5 (poor vigor), traits that are needed for early season cold tolerance in US production settings. Majority of RILs displayed combine height of 1-1.4 m and flowering time of 70-75 days. The genotype data for ARS_BTX623_NAM_ESCT population is archived at NCBI sequence read archive under project SRP8838986 [(1) Marla et al., 2019, Genes|Genomes|Genetics]. The population served as primary genetic resource for successful identification and application of DNA markers that are useful for improvement of sorghum chilling tolerance [(2)Marla et al., 2023, Genes|Genomes|Genetics]. The availability of published advanced genetics and information on sorghum chilling tolerance made this NAM population highly valuable for public availability as it is actually in use as germplasm for detailed physiological studies of sorghum chilling tolerance by various public and private research groups. References: (1)Marla et al., 2019. Genetic architecture of chilling tolerance in sorghum dissected with a nested association mapping population. G3, 9:4045-4097; (2)Marla et al., 2023.Genomics and phenomics enabled prebreeding improved early season chilling tolerance in sorghum. G3, 13:jkad116.2190438PI 707411
352PI 707412Sorghum, MiloSorghum bicolor (L.) Moench S9Not Available2025The sorghum ARS_BTX623_NAM_ESCT population is composed of three biparental parental subpopulations with a total of 769 recombinant inbred lines (F7-F8 RILs) entries. The biparental subpopulations are referred to as: BTx623xHKZ; BTx623xNSZ and BTx623x Kaoliang. This population includes new sorghum germplasm that displayed transgressive segregation compared to cold tolerant parent based on germinability(>than 70%), field emergence (60-80%) and seedling vigor (robust score of 1.5-2.5 on a scale of 1 (robust vigor) to 5 (poor vigor), traits that are needed for early season cold tolerance in US production settings. Majority of RILs displayed combine height of 1-1.4 m and flowering time of 70-75 days. The genotype data for ARS_BTX623_NAM_ESCT population is archived at NCBI sequence read archive under project SRP8838986 [(1) Marla et al., 2019, Genes|Genomes|Genetics]. The population served as primary genetic resource for successful identification and application of DNA markers that are useful for improvement of sorghum chilling tolerance [(2)Marla et al., 2023, Genes|Genomes|Genetics]. The availability of published advanced genetics and information on sorghum chilling tolerance made this NAM population highly valuable for public availability as it is actually in use as germplasm for detailed physiological studies of sorghum chilling tolerance by various public and private research groups. References: (1)Marla et al., 2019. Genetic architecture of chilling tolerance in sorghum dissected with a nested association mapping population. G3, 9:4045-4097; (2)Marla et al., 2023.Genomics and phenomics enabled prebreeding improved early season chilling tolerance in sorghum. G3, 13:jkad116.2190439PI 707412
353PI 707413Sorghum, MiloSorghum bicolor (L.) Moench S9Not Available2025The sorghum ARS_BTX623_NAM_ESCT population is composed of three biparental parental subpopulations with a total of 769 recombinant inbred lines (F7-F8 RILs) entries. The biparental subpopulations are referred to as: BTx623xHKZ; BTx623xNSZ and BTx623x Kaoliang. This population includes new sorghum germplasm that displayed transgressive segregation compared to cold tolerant parent based on germinability(>than 70%), field emergence (60-80%) and seedling vigor (robust score of 1.5-2.5 on a scale of 1 (robust vigor) to 5 (poor vigor), traits that are needed for early season cold tolerance in US production settings. Majority of RILs displayed combine height of 1-1.4 m and flowering time of 70-75 days. The genotype data for ARS_BTX623_NAM_ESCT population is archived at NCBI sequence read archive under project SRP8838986 [(1) Marla et al., 2019, Genes|Genomes|Genetics]. The population served as primary genetic resource for successful identification and application of DNA markers that are useful for improvement of sorghum chilling tolerance [(2)Marla et al., 2023, Genes|Genomes|Genetics]. The availability of published advanced genetics and information on sorghum chilling tolerance made this NAM population highly valuable for public availability as it is actually in use as germplasm for detailed physiological studies of sorghum chilling tolerance by various public and private research groups. References: (1)Marla et al., 2019. Genetic architecture of chilling tolerance in sorghum dissected with a nested association mapping population. G3, 9:4045-4097; (2)Marla et al., 2023.Genomics and phenomics enabled prebreeding improved early season chilling tolerance in sorghum. G3, 13:jkad116.2190440PI 707413
354PI 707414Sorghum, MiloSorghum bicolor (L.) Moench S9Not Available2025The sorghum ARS_BTX623_NAM_ESCT population is composed of three biparental parental subpopulations with a total of 769 recombinant inbred lines (F7-F8 RILs) entries. The biparental subpopulations are referred to as: BTx623xHKZ; BTx623xNSZ and BTx623x Kaoliang. This population includes new sorghum germplasm that displayed transgressive segregation compared to cold tolerant parent based on germinability(>than 70%), field emergence (60-80%) and seedling vigor (robust score of 1.5-2.5 on a scale of 1 (robust vigor) to 5 (poor vigor), traits that are needed for early season cold tolerance in US production settings. Majority of RILs displayed combine height of 1-1.4 m and flowering time of 70-75 days. The genotype data for ARS_BTX623_NAM_ESCT population is archived at NCBI sequence read archive under project SRP8838986 [(1) Marla et al., 2019, Genes|Genomes|Genetics]. The population served as primary genetic resource for successful identification and application of DNA markers that are useful for improvement of sorghum chilling tolerance [(2)Marla et al., 2023, Genes|Genomes|Genetics]. The availability of published advanced genetics and information on sorghum chilling tolerance made this NAM population highly valuable for public availability as it is actually in use as germplasm for detailed physiological studies of sorghum chilling tolerance by various public and private research groups. References: (1)Marla et al., 2019. Genetic architecture of chilling tolerance in sorghum dissected with a nested association mapping population. G3, 9:4045-4097; (2)Marla et al., 2023.Genomics and phenomics enabled prebreeding improved early season chilling tolerance in sorghum. G3, 13:jkad116.2190441PI 707414
355PI 707415Sorghum, MiloSorghum bicolor (L.) Moench S9Not Available2025The sorghum ARS_BTX623_NAM_ESCT population is composed of three biparental parental subpopulations with a total of 769 recombinant inbred lines (F7-F8 RILs) entries. The biparental subpopulations are referred to as: BTx623xHKZ; BTx623xNSZ and BTx623x Kaoliang. This population includes new sorghum germplasm that displayed transgressive segregation compared to cold tolerant parent based on germinability(>than 70%), field emergence (60-80%) and seedling vigor (robust score of 1.5-2.5 on a scale of 1 (robust vigor) to 5 (poor vigor), traits that are needed for early season cold tolerance in US production settings. Majority of RILs displayed combine height of 1-1.4 m and flowering time of 70-75 days. The genotype data for ARS_BTX623_NAM_ESCT population is archived at NCBI sequence read archive under project SRP8838986 [(1) Marla et al., 2019, Genes|Genomes|Genetics]. The population served as primary genetic resource for successful identification and application of DNA markers that are useful for improvement of sorghum chilling tolerance [(2)Marla et al., 2023, Genes|Genomes|Genetics]. The availability of published advanced genetics and information on sorghum chilling tolerance made this NAM population highly valuable for public availability as it is actually in use as germplasm for detailed physiological studies of sorghum chilling tolerance by various public and private research groups. References: (1)Marla et al., 2019. Genetic architecture of chilling tolerance in sorghum dissected with a nested association mapping population. G3, 9:4045-4097; (2)Marla et al., 2023.Genomics and phenomics enabled prebreeding improved early season chilling tolerance in sorghum. G3, 13:jkad116.2190442PI 707415
356PI 707416Sorghum, MiloSorghum bicolor (L.) Moench S9Not Available2025The sorghum ARS_BTX623_NAM_ESCT population is composed of three biparental parental subpopulations with a total of 769 recombinant inbred lines (F7-F8 RILs) entries. The biparental subpopulations are referred to as: BTx623xHKZ; BTx623xNSZ and BTx623x Kaoliang. This population includes new sorghum germplasm that displayed transgressive segregation compared to cold tolerant parent based on germinability(>than 70%), field emergence (60-80%) and seedling vigor (robust score of 1.5-2.5 on a scale of 1 (robust vigor) to 5 (poor vigor), traits that are needed for early season cold tolerance in US production settings. Majority of RILs displayed combine height of 1-1.4 m and flowering time of 70-75 days. The genotype data for ARS_BTX623_NAM_ESCT population is archived at NCBI sequence read archive under project SRP8838986 [(1) Marla et al., 2019, Genes|Genomes|Genetics]. The population served as primary genetic resource for successful identification and application of DNA markers that are useful for improvement of sorghum chilling tolerance [(2)Marla et al., 2023, Genes|Genomes|Genetics]. The availability of published advanced genetics and information on sorghum chilling tolerance made this NAM population highly valuable for public availability as it is actually in use as germplasm for detailed physiological studies of sorghum chilling tolerance by various public and private research groups. References: (1)Marla et al., 2019. Genetic architecture of chilling tolerance in sorghum dissected with a nested association mapping population. G3, 9:4045-4097; (2)Marla et al., 2023.Genomics and phenomics enabled prebreeding improved early season chilling tolerance in sorghum. G3, 13:jkad116.2190443PI 707416
357PI 707417Sorghum, MiloSorghum bicolor (L.) Moench S9Not Available2025The sorghum ARS_BTX623_NAM_ESCT population is composed of three biparental parental subpopulations with a total of 769 recombinant inbred lines (F7-F8 RILs) entries. The biparental subpopulations are referred to as: BTx623xHKZ; BTx623xNSZ and BTx623x Kaoliang. This population includes new sorghum germplasm that displayed transgressive segregation compared to cold tolerant parent based on germinability(>than 70%), field emergence (60-80%) and seedling vigor (robust score of 1.5-2.5 on a scale of 1 (robust vigor) to 5 (poor vigor), traits that are needed for early season cold tolerance in US production settings. Majority of RILs displayed combine height of 1-1.4 m and flowering time of 70-75 days. The genotype data for ARS_BTX623_NAM_ESCT population is archived at NCBI sequence read archive under project SRP8838986 [(1) Marla et al., 2019, Genes|Genomes|Genetics]. The population served as primary genetic resource for successful identification and application of DNA markers that are useful for improvement of sorghum chilling tolerance [(2)Marla et al., 2023, Genes|Genomes|Genetics]. The availability of published advanced genetics and information on sorghum chilling tolerance made this NAM population highly valuable for public availability as it is actually in use as germplasm for detailed physiological studies of sorghum chilling tolerance by various public and private research groups. References: (1)Marla et al., 2019. Genetic architecture of chilling tolerance in sorghum dissected with a nested association mapping population. G3, 9:4045-4097; (2)Marla et al., 2023.Genomics and phenomics enabled prebreeding improved early season chilling tolerance in sorghum. G3, 13:jkad116.2190444PI 707417
358PI 707418Sorghum, MiloSorghum bicolor (L.) Moench S9Not Available2025The sorghum ARS_BTX623_NAM_ESCT population is composed of three biparental parental subpopulations with a total of 769 recombinant inbred lines (F7-F8 RILs) entries. The biparental subpopulations are referred to as: BTx623xHKZ; BTx623xNSZ and BTx623x Kaoliang. This population includes new sorghum germplasm that displayed transgressive segregation compared to cold tolerant parent based on germinability(>than 70%), field emergence (60-80%) and seedling vigor (robust score of 1.5-2.5 on a scale of 1 (robust vigor) to 5 (poor vigor), traits that are needed for early season cold tolerance in US production settings. Majority of RILs displayed combine height of 1-1.4 m and flowering time of 70-75 days. The genotype data for ARS_BTX623_NAM_ESCT population is archived at NCBI sequence read archive under project SRP8838986 [(1) Marla et al., 2019, Genes|Genomes|Genetics]. The population served as primary genetic resource for successful identification and application of DNA markers that are useful for improvement of sorghum chilling tolerance [(2)Marla et al., 2023, Genes|Genomes|Genetics]. The availability of published advanced genetics and information on sorghum chilling tolerance made this NAM population highly valuable for public availability as it is actually in use as germplasm for detailed physiological studies of sorghum chilling tolerance by various public and private research groups. References: (1)Marla et al., 2019. Genetic architecture of chilling tolerance in sorghum dissected with a nested association mapping population. G3, 9:4045-4097; (2)Marla et al., 2023.Genomics and phenomics enabled prebreeding improved early season chilling tolerance in sorghum. G3, 13:jkad116.2190445PI 707418
359PI 707419Sorghum, MiloSorghum bicolor (L.) Moench S9Not Available2025The sorghum ARS_BTX623_NAM_ESCT population is composed of three biparental parental subpopulations with a total of 769 recombinant inbred lines (F7-F8 RILs) entries. The biparental subpopulations are referred to as: BTx623xHKZ; BTx623xNSZ and BTx623x Kaoliang. This population includes new sorghum germplasm that displayed transgressive segregation compared to cold tolerant parent based on germinability(>than 70%), field emergence (60-80%) and seedling vigor (robust score of 1.5-2.5 on a scale of 1 (robust vigor) to 5 (poor vigor), traits that are needed for early season cold tolerance in US production settings. Majority of RILs displayed combine height of 1-1.4 m and flowering time of 70-75 days. The genotype data for ARS_BTX623_NAM_ESCT population is archived at NCBI sequence read archive under project SRP8838986 [(1) Marla et al., 2019, Genes|Genomes|Genetics]. The population served as primary genetic resource for successful identification and application of DNA markers that are useful for improvement of sorghum chilling tolerance [(2)Marla et al., 2023, Genes|Genomes|Genetics]. The availability of published advanced genetics and information on sorghum chilling tolerance made this NAM population highly valuable for public availability as it is actually in use as germplasm for detailed physiological studies of sorghum chilling tolerance by various public and private research groups. References: (1)Marla et al., 2019. Genetic architecture of chilling tolerance in sorghum dissected with a nested association mapping population. G3, 9:4045-4097; (2)Marla et al., 2023.Genomics and phenomics enabled prebreeding improved early season chilling tolerance in sorghum. G3, 13:jkad116.2190446PI 707419
360PI 707420Sorghum, MiloSorghum bicolor (L.) Moench S9Not Available2025The sorghum ARS_BTX623_NAM_ESCT population is composed of three biparental parental subpopulations with a total of 769 recombinant inbred lines (F7-F8 RILs) entries. The biparental subpopulations are referred to as: BTx623xHKZ; BTx623xNSZ and BTx623x Kaoliang. This population includes new sorghum germplasm that displayed transgressive segregation compared to cold tolerant parent based on germinability(>than 70%), field emergence (60-80%) and seedling vigor (robust score of 1.5-2.5 on a scale of 1 (robust vigor) to 5 (poor vigor), traits that are needed for early season cold tolerance in US production settings. Majority of RILs displayed combine height of 1-1.4 m and flowering time of 70-75 days. The genotype data for ARS_BTX623_NAM_ESCT population is archived at NCBI sequence read archive under project SRP8838986 [(1) Marla et al., 2019, Genes|Genomes|Genetics]. The population served as primary genetic resource for successful identification and application of DNA markers that are useful for improvement of sorghum chilling tolerance [(2)Marla et al., 2023, Genes|Genomes|Genetics]. The availability of published advanced genetics and information on sorghum chilling tolerance made this NAM population highly valuable for public availability as it is actually in use as germplasm for detailed physiological studies of sorghum chilling tolerance by various public and private research groups. References: (1)Marla et al., 2019. Genetic architecture of chilling tolerance in sorghum dissected with a nested association mapping population. G3, 9:4045-4097; (2)Marla et al., 2023.Genomics and phenomics enabled prebreeding improved early season chilling tolerance in sorghum. G3, 13:jkad116.2190447PI 707420
361PI 707421Sorghum, MiloSorghum bicolor (L.) Moench S9Not Available2025The sorghum ARS_BTX623_NAM_ESCT population is composed of three biparental parental subpopulations with a total of 769 recombinant inbred lines (F7-F8 RILs) entries. The biparental subpopulations are referred to as: BTx623xHKZ; BTx623xNSZ and BTx623x Kaoliang. This population includes new sorghum germplasm that displayed transgressive segregation compared to cold tolerant parent based on germinability(>than 70%), field emergence (60-80%) and seedling vigor (robust score of 1.5-2.5 on a scale of 1 (robust vigor) to 5 (poor vigor), traits that are needed for early season cold tolerance in US production settings. Majority of RILs displayed combine height of 1-1.4 m and flowering time of 70-75 days. The genotype data for ARS_BTX623_NAM_ESCT population is archived at NCBI sequence read archive under project SRP8838986 [(1) Marla et al., 2019, Genes|Genomes|Genetics]. The population served as primary genetic resource for successful identification and application of DNA markers that are useful for improvement of sorghum chilling tolerance [(2)Marla et al., 2023, Genes|Genomes|Genetics]. The availability of published advanced genetics and information on sorghum chilling tolerance made this NAM population highly valuable for public availability as it is actually in use as germplasm for detailed physiological studies of sorghum chilling tolerance by various public and private research groups. References: (1)Marla et al., 2019. Genetic architecture of chilling tolerance in sorghum dissected with a nested association mapping population. G3, 9:4045-4097; (2)Marla et al., 2023.Genomics and phenomics enabled prebreeding improved early season chilling tolerance in sorghum. G3, 13:jkad116.2190448PI 707421
362PI 707422Sorghum, MiloSorghum bicolor (L.) Moench S9Not Available2025The sorghum ARS_BTX623_NAM_ESCT population is composed of three biparental parental subpopulations with a total of 769 recombinant inbred lines (F7-F8 RILs) entries. The biparental subpopulations are referred to as: BTx623xHKZ; BTx623xNSZ and BTx623x Kaoliang. This population includes new sorghum germplasm that displayed transgressive segregation compared to cold tolerant parent based on germinability(>than 70%), field emergence (60-80%) and seedling vigor (robust score of 1.5-2.5 on a scale of 1 (robust vigor) to 5 (poor vigor), traits that are needed for early season cold tolerance in US production settings. Majority of RILs displayed combine height of 1-1.4 m and flowering time of 70-75 days. The genotype data for ARS_BTX623_NAM_ESCT population is archived at NCBI sequence read archive under project SRP8838986 [(1) Marla et al., 2019, Genes|Genomes|Genetics]. The population served as primary genetic resource for successful identification and application of DNA markers that are useful for improvement of sorghum chilling tolerance [(2)Marla et al., 2023, Genes|Genomes|Genetics]. The availability of published advanced genetics and information on sorghum chilling tolerance made this NAM population highly valuable for public availability as it is actually in use as germplasm for detailed physiological studies of sorghum chilling tolerance by various public and private research groups. References: (1)Marla et al., 2019. Genetic architecture of chilling tolerance in sorghum dissected with a nested association mapping population. G3, 9:4045-4097; (2)Marla et al., 2023.Genomics and phenomics enabled prebreeding improved early season chilling tolerance in sorghum. G3, 13:jkad116.2190449PI 707422
363PI 707423Sorghum, MiloSorghum bicolor (L.) Moench S9Not Available2025The sorghum ARS_BTX623_NAM_ESCT population is composed of three biparental parental subpopulations with a total of 769 recombinant inbred lines (F7-F8 RILs) entries. The biparental subpopulations are referred to as: BTx623xHKZ; BTx623xNSZ and BTx623x Kaoliang. This population includes new sorghum germplasm that displayed transgressive segregation compared to cold tolerant parent based on germinability(>than 70%), field emergence (60-80%) and seedling vigor (robust score of 1.5-2.5 on a scale of 1 (robust vigor) to 5 (poor vigor), traits that are needed for early season cold tolerance in US production settings. Majority of RILs displayed combine height of 1-1.4 m and flowering time of 70-75 days. The genotype data for ARS_BTX623_NAM_ESCT population is archived at NCBI sequence read archive under project SRP8838986 [(1) Marla et al., 2019, Genes|Genomes|Genetics]. The population served as primary genetic resource for successful identification and application of DNA markers that are useful for improvement of sorghum chilling tolerance [(2)Marla et al., 2023, Genes|Genomes|Genetics]. The availability of published advanced genetics and information on sorghum chilling tolerance made this NAM population highly valuable for public availability as it is actually in use as germplasm for detailed physiological studies of sorghum chilling tolerance by various public and private research groups. References: (1)Marla et al., 2019. Genetic architecture of chilling tolerance in sorghum dissected with a nested association mapping population. G3, 9:4045-4097; (2)Marla et al., 2023.Genomics and phenomics enabled prebreeding improved early season chilling tolerance in sorghum. G3, 13:jkad116.2190450PI 707423
364PI 707424Sorghum, MiloSorghum bicolor (L.) Moench S9Not Available2025The sorghum ARS_BTX623_NAM_ESCT population is composed of three biparental parental subpopulations with a total of 769 recombinant inbred lines (F7-F8 RILs) entries. The biparental subpopulations are referred to as: BTx623xHKZ; BTx623xNSZ and BTx623x Kaoliang. This population includes new sorghum germplasm that displayed transgressive segregation compared to cold tolerant parent based on germinability(>than 70%), field emergence (60-80%) and seedling vigor (robust score of 1.5-2.5 on a scale of 1 (robust vigor) to 5 (poor vigor), traits that are needed for early season cold tolerance in US production settings. Majority of RILs displayed combine height of 1-1.4 m and flowering time of 70-75 days. The genotype data for ARS_BTX623_NAM_ESCT population is archived at NCBI sequence read archive under project SRP8838986 [(1) Marla et al., 2019, Genes|Genomes|Genetics]. The population served as primary genetic resource for successful identification and application of DNA markers that are useful for improvement of sorghum chilling tolerance [(2)Marla et al., 2023, Genes|Genomes|Genetics]. The availability of published advanced genetics and information on sorghum chilling tolerance made this NAM population highly valuable for public availability as it is actually in use as germplasm for detailed physiological studies of sorghum chilling tolerance by various public and private research groups. References: (1)Marla et al., 2019. Genetic architecture of chilling tolerance in sorghum dissected with a nested association mapping population. G3, 9:4045-4097; (2)Marla et al., 2023.Genomics and phenomics enabled prebreeding improved early season chilling tolerance in sorghum. G3, 13:jkad116.2190451PI 707424
365PI 707425Sorghum, MiloSorghum bicolor (L.) Moench S9Not Available2025The sorghum ARS_BTX623_NAM_ESCT population is composed of three biparental parental subpopulations with a total of 769 recombinant inbred lines (F7-F8 RILs) entries. The biparental subpopulations are referred to as: BTx623xHKZ; BTx623xNSZ and BTx623x Kaoliang. This population includes new sorghum germplasm that displayed transgressive segregation compared to cold tolerant parent based on germinability(>than 70%), field emergence (60-80%) and seedling vigor (robust score of 1.5-2.5 on a scale of 1 (robust vigor) to 5 (poor vigor), traits that are needed for early season cold tolerance in US production settings. Majority of RILs displayed combine height of 1-1.4 m and flowering time of 70-75 days. The genotype data for ARS_BTX623_NAM_ESCT population is archived at NCBI sequence read archive under project SRP8838986 [(1) Marla et al., 2019, Genes|Genomes|Genetics]. The population served as primary genetic resource for successful identification and application of DNA markers that are useful for improvement of sorghum chilling tolerance [(2)Marla et al., 2023, Genes|Genomes|Genetics]. The availability of published advanced genetics and information on sorghum chilling tolerance made this NAM population highly valuable for public availability as it is actually in use as germplasm for detailed physiological studies of sorghum chilling tolerance by various public and private research groups. References: (1)Marla et al., 2019. Genetic architecture of chilling tolerance in sorghum dissected with a nested association mapping population. G3, 9:4045-4097; (2)Marla et al., 2023.Genomics and phenomics enabled prebreeding improved early season chilling tolerance in sorghum. G3, 13:jkad116.2190452PI 707425
366PI 707426Sorghum, MiloSorghum bicolor (L.) Moench S9Not Available2025The sorghum ARS_BTX623_NAM_ESCT population is composed of three biparental parental subpopulations with a total of 769 recombinant inbred lines (F7-F8 RILs) entries. The biparental subpopulations are referred to as: BTx623xHKZ; BTx623xNSZ and BTx623x Kaoliang. This population includes new sorghum germplasm that displayed transgressive segregation compared to cold tolerant parent based on germinability(>than 70%), field emergence (60-80%) and seedling vigor (robust score of 1.5-2.5 on a scale of 1 (robust vigor) to 5 (poor vigor), traits that are needed for early season cold tolerance in US production settings. Majority of RILs displayed combine height of 1-1.4 m and flowering time of 70-75 days. The genotype data for ARS_BTX623_NAM_ESCT population is archived at NCBI sequence read archive under project SRP8838986 [(1) Marla et al., 2019, Genes|Genomes|Genetics]. The population served as primary genetic resource for successful identification and application of DNA markers that are useful for improvement of sorghum chilling tolerance [(2)Marla et al., 2023, Genes|Genomes|Genetics]. The availability of published advanced genetics and information on sorghum chilling tolerance made this NAM population highly valuable for public availability as it is actually in use as germplasm for detailed physiological studies of sorghum chilling tolerance by various public and private research groups. References: (1)Marla et al., 2019. Genetic architecture of chilling tolerance in sorghum dissected with a nested association mapping population. G3, 9:4045-4097; (2)Marla et al., 2023.Genomics and phenomics enabled prebreeding improved early season chilling tolerance in sorghum. G3, 13:jkad116.2190453PI 707426
367PI 707427Sorghum, MiloSorghum bicolor (L.) Moench S9Not Available2025The sorghum ARS_BTX623_NAM_ESCT population is composed of three biparental parental subpopulations with a total of 769 recombinant inbred lines (F7-F8 RILs) entries. The biparental subpopulations are referred to as: BTx623xHKZ; BTx623xNSZ and BTx623x Kaoliang. This population includes new sorghum germplasm that displayed transgressive segregation compared to cold tolerant parent based on germinability(>than 70%), field emergence (60-80%) and seedling vigor (robust score of 1.5-2.5 on a scale of 1 (robust vigor) to 5 (poor vigor), traits that are needed for early season cold tolerance in US production settings. Majority of RILs displayed combine height of 1-1.4 m and flowering time of 70-75 days. The genotype data for ARS_BTX623_NAM_ESCT population is archived at NCBI sequence read archive under project SRP8838986 [(1) Marla et al., 2019, Genes|Genomes|Genetics]. The population served as primary genetic resource for successful identification and application of DNA markers that are useful for improvement of sorghum chilling tolerance [(2)Marla et al., 2023, Genes|Genomes|Genetics]. The availability of published advanced genetics and information on sorghum chilling tolerance made this NAM population highly valuable for public availability as it is actually in use as germplasm for detailed physiological studies of sorghum chilling tolerance by various public and private research groups. References: (1)Marla et al., 2019. Genetic architecture of chilling tolerance in sorghum dissected with a nested association mapping population. G3, 9:4045-4097; (2)Marla et al., 2023.Genomics and phenomics enabled prebreeding improved early season chilling tolerance in sorghum. G3, 13:jkad116.2190454PI 707427
368PI 707428Sorghum, MiloSorghum bicolor (L.) Moench S9Not Available2025The sorghum ARS_BTX623_NAM_ESCT population is composed of three biparental parental subpopulations with a total of 769 recombinant inbred lines (F7-F8 RILs) entries. The biparental subpopulations are referred to as: BTx623xHKZ; BTx623xNSZ and BTx623x Kaoliang. This population includes new sorghum germplasm that displayed transgressive segregation compared to cold tolerant parent based on germinability(>than 70%), field emergence (60-80%) and seedling vigor (robust score of 1.5-2.5 on a scale of 1 (robust vigor) to 5 (poor vigor), traits that are needed for early season cold tolerance in US production settings. Majority of RILs displayed combine height of 1-1.4 m and flowering time of 70-75 days. The genotype data for ARS_BTX623_NAM_ESCT population is archived at NCBI sequence read archive under project SRP8838986 [(1) Marla et al., 2019, Genes|Genomes|Genetics]. The population served as primary genetic resource for successful identification and application of DNA markers that are useful for improvement of sorghum chilling tolerance [(2)Marla et al., 2023, Genes|Genomes|Genetics]. The availability of published advanced genetics and information on sorghum chilling tolerance made this NAM population highly valuable for public availability as it is actually in use as germplasm for detailed physiological studies of sorghum chilling tolerance by various public and private research groups. References: (1)Marla et al., 2019. Genetic architecture of chilling tolerance in sorghum dissected with a nested association mapping population. G3, 9:4045-4097; (2)Marla et al., 2023.Genomics and phenomics enabled prebreeding improved early season chilling tolerance in sorghum. G3, 13:jkad116.2190455PI 707428
369PI 707429Sorghum, MiloSorghum bicolor (L.) Moench S9Not Available2025The sorghum ARS_BTX623_NAM_ESCT population is composed of three biparental parental subpopulations with a total of 769 recombinant inbred lines (F7-F8 RILs) entries. The biparental subpopulations are referred to as: BTx623xHKZ; BTx623xNSZ and BTx623x Kaoliang. This population includes new sorghum germplasm that displayed transgressive segregation compared to cold tolerant parent based on germinability(>than 70%), field emergence (60-80%) and seedling vigor (robust score of 1.5-2.5 on a scale of 1 (robust vigor) to 5 (poor vigor), traits that are needed for early season cold tolerance in US production settings. Majority of RILs displayed combine height of 1-1.4 m and flowering time of 70-75 days. The genotype data for ARS_BTX623_NAM_ESCT population is archived at NCBI sequence read archive under project SRP8838986 [(1) Marla et al., 2019, Genes|Genomes|Genetics]. The population served as primary genetic resource for successful identification and application of DNA markers that are useful for improvement of sorghum chilling tolerance [(2)Marla et al., 2023, Genes|Genomes|Genetics]. The availability of published advanced genetics and information on sorghum chilling tolerance made this NAM population highly valuable for public availability as it is actually in use as germplasm for detailed physiological studies of sorghum chilling tolerance by various public and private research groups. References: (1)Marla et al., 2019. Genetic architecture of chilling tolerance in sorghum dissected with a nested association mapping population. G3, 9:4045-4097; (2)Marla et al., 2023.Genomics and phenomics enabled prebreeding improved early season chilling tolerance in sorghum. G3, 13:jkad116.2190456PI 707429
370PI 707430Sorghum, MiloSorghum bicolor (L.) Moench S9Not Available2025The sorghum ARS_BTX623_NAM_ESCT population is composed of three biparental parental subpopulations with a total of 769 recombinant inbred lines (F7-F8 RILs) entries. The biparental subpopulations are referred to as: BTx623xHKZ; BTx623xNSZ and BTx623x Kaoliang. This population includes new sorghum germplasm that displayed transgressive segregation compared to cold tolerant parent based on germinability(>than 70%), field emergence (60-80%) and seedling vigor (robust score of 1.5-2.5 on a scale of 1 (robust vigor) to 5 (poor vigor), traits that are needed for early season cold tolerance in US production settings. Majority of RILs displayed combine height of 1-1.4 m and flowering time of 70-75 days. The genotype data for ARS_BTX623_NAM_ESCT population is archived at NCBI sequence read archive under project SRP8838986 [(1) Marla et al., 2019, Genes|Genomes|Genetics]. The population served as primary genetic resource for successful identification and application of DNA markers that are useful for improvement of sorghum chilling tolerance [(2)Marla et al., 2023, Genes|Genomes|Genetics]. The availability of published advanced genetics and information on sorghum chilling tolerance made this NAM population highly valuable for public availability as it is actually in use as germplasm for detailed physiological studies of sorghum chilling tolerance by various public and private research groups. References: (1)Marla et al., 2019. Genetic architecture of chilling tolerance in sorghum dissected with a nested association mapping population. G3, 9:4045-4097; (2)Marla et al., 2023.Genomics and phenomics enabled prebreeding improved early season chilling tolerance in sorghum. G3, 13:jkad116.2190457PI 707430
371PI 707431Sorghum, MiloSorghum bicolor (L.) Moench S9Not Available2025The sorghum ARS_BTX623_NAM_ESCT population is composed of three biparental parental subpopulations with a total of 769 recombinant inbred lines (F7-F8 RILs) entries. The biparental subpopulations are referred to as: BTx623xHKZ; BTx623xNSZ and BTx623x Kaoliang. This population includes new sorghum germplasm that displayed transgressive segregation compared to cold tolerant parent based on germinability(>than 70%), field emergence (60-80%) and seedling vigor (robust score of 1.5-2.5 on a scale of 1 (robust vigor) to 5 (poor vigor), traits that are needed for early season cold tolerance in US production settings. Majority of RILs displayed combine height of 1-1.4 m and flowering time of 70-75 days. The genotype data for ARS_BTX623_NAM_ESCT population is archived at NCBI sequence read archive under project SRP8838986 [(1) Marla et al., 2019, Genes|Genomes|Genetics]. The population served as primary genetic resource for successful identification and application of DNA markers that are useful for improvement of sorghum chilling tolerance [(2)Marla et al., 2023, Genes|Genomes|Genetics]. The availability of published advanced genetics and information on sorghum chilling tolerance made this NAM population highly valuable for public availability as it is actually in use as germplasm for detailed physiological studies of sorghum chilling tolerance by various public and private research groups. References: (1)Marla et al., 2019. Genetic architecture of chilling tolerance in sorghum dissected with a nested association mapping population. G3, 9:4045-4097; (2)Marla et al., 2023.Genomics and phenomics enabled prebreeding improved early season chilling tolerance in sorghum. G3, 13:jkad116.2190458PI 707431
372PI 707432Sorghum, MiloSorghum bicolor (L.) Moench S9Not Available2025The sorghum ARS_BTX623_NAM_ESCT population is composed of three biparental parental subpopulations with a total of 769 recombinant inbred lines (F7-F8 RILs) entries. The biparental subpopulations are referred to as: BTx623xHKZ; BTx623xNSZ and BTx623x Kaoliang. This population includes new sorghum germplasm that displayed transgressive segregation compared to cold tolerant parent based on germinability(>than 70%), field emergence (60-80%) and seedling vigor (robust score of 1.5-2.5 on a scale of 1 (robust vigor) to 5 (poor vigor), traits that are needed for early season cold tolerance in US production settings. Majority of RILs displayed combine height of 1-1.4 m and flowering time of 70-75 days. The genotype data for ARS_BTX623_NAM_ESCT population is archived at NCBI sequence read archive under project SRP8838986 [(1) Marla et al., 2019, Genes|Genomes|Genetics]. The population served as primary genetic resource for successful identification and application of DNA markers that are useful for improvement of sorghum chilling tolerance [(2)Marla et al., 2023, Genes|Genomes|Genetics]. The availability of published advanced genetics and information on sorghum chilling tolerance made this NAM population highly valuable for public availability as it is actually in use as germplasm for detailed physiological studies of sorghum chilling tolerance by various public and private research groups. References: (1)Marla et al., 2019. Genetic architecture of chilling tolerance in sorghum dissected with a nested association mapping population. G3, 9:4045-4097; (2)Marla et al., 2023.Genomics and phenomics enabled prebreeding improved early season chilling tolerance in sorghum. G3, 13:jkad116.2190459PI 707432
373PI 707433Sorghum, MiloSorghum bicolor (L.) Moench S9Not Available2025The sorghum ARS_BTX623_NAM_ESCT population is composed of three biparental parental subpopulations with a total of 769 recombinant inbred lines (F7-F8 RILs) entries. The biparental subpopulations are referred to as: BTx623xHKZ; BTx623xNSZ and BTx623x Kaoliang. This population includes new sorghum germplasm that displayed transgressive segregation compared to cold tolerant parent based on germinability(>than 70%), field emergence (60-80%) and seedling vigor (robust score of 1.5-2.5 on a scale of 1 (robust vigor) to 5 (poor vigor), traits that are needed for early season cold tolerance in US production settings. Majority of RILs displayed combine height of 1-1.4 m and flowering time of 70-75 days. The genotype data for ARS_BTX623_NAM_ESCT population is archived at NCBI sequence read archive under project SRP8838986 [(1) Marla et al., 2019, Genes|Genomes|Genetics]. The population served as primary genetic resource for successful identification and application of DNA markers that are useful for improvement of sorghum chilling tolerance [(2)Marla et al., 2023, Genes|Genomes|Genetics]. The availability of published advanced genetics and information on sorghum chilling tolerance made this NAM population highly valuable for public availability as it is actually in use as germplasm for detailed physiological studies of sorghum chilling tolerance by various public and private research groups. References: (1)Marla et al., 2019. Genetic architecture of chilling tolerance in sorghum dissected with a nested association mapping population. G3, 9:4045-4097; (2)Marla et al., 2023.Genomics and phenomics enabled prebreeding improved early season chilling tolerance in sorghum. G3, 13:jkad116.2190460PI 707433
374PI 707434Sorghum, MiloSorghum bicolor (L.) Moench S9Not Available2025The sorghum ARS_BTX623_NAM_ESCT population is composed of three biparental parental subpopulations with a total of 769 recombinant inbred lines (F7-F8 RILs) entries. The biparental subpopulations are referred to as: BTx623xHKZ; BTx623xNSZ and BTx623x Kaoliang. This population includes new sorghum germplasm that displayed transgressive segregation compared to cold tolerant parent based on germinability(>than 70%), field emergence (60-80%) and seedling vigor (robust score of 1.5-2.5 on a scale of 1 (robust vigor) to 5 (poor vigor), traits that are needed for early season cold tolerance in US production settings. Majority of RILs displayed combine height of 1-1.4 m and flowering time of 70-75 days. The genotype data for ARS_BTX623_NAM_ESCT population is archived at NCBI sequence read archive under project SRP8838986 [(1) Marla et al., 2019, Genes|Genomes|Genetics]. The population served as primary genetic resource for successful identification and application of DNA markers that are useful for improvement of sorghum chilling tolerance [(2)Marla et al., 2023, Genes|Genomes|Genetics]. The availability of published advanced genetics and information on sorghum chilling tolerance made this NAM population highly valuable for public availability as it is actually in use as germplasm for detailed physiological studies of sorghum chilling tolerance by various public and private research groups. References: (1)Marla et al., 2019. Genetic architecture of chilling tolerance in sorghum dissected with a nested association mapping population. G3, 9:4045-4097; (2)Marla et al., 2023.Genomics and phenomics enabled prebreeding improved early season chilling tolerance in sorghum. G3, 13:jkad116.2190461PI 707434
375PI 707435Sorghum, MiloSorghum bicolor (L.) Moench S9Not Available2025The sorghum ARS_BTX623_NAM_ESCT population is composed of three biparental parental subpopulations with a total of 769 recombinant inbred lines (F7-F8 RILs) entries. The biparental subpopulations are referred to as: BTx623xHKZ; BTx623xNSZ and BTx623x Kaoliang. This population includes new sorghum germplasm that displayed transgressive segregation compared to cold tolerant parent based on germinability(>than 70%), field emergence (60-80%) and seedling vigor (robust score of 1.5-2.5 on a scale of 1 (robust vigor) to 5 (poor vigor), traits that are needed for early season cold tolerance in US production settings. Majority of RILs displayed combine height of 1-1.4 m and flowering time of 70-75 days. The genotype data for ARS_BTX623_NAM_ESCT population is archived at NCBI sequence read archive under project SRP8838986 [(1) Marla et al., 2019, Genes|Genomes|Genetics]. The population served as primary genetic resource for successful identification and application of DNA markers that are useful for improvement of sorghum chilling tolerance [(2)Marla et al., 2023, Genes|Genomes|Genetics]. The availability of published advanced genetics and information on sorghum chilling tolerance made this NAM population highly valuable for public availability as it is actually in use as germplasm for detailed physiological studies of sorghum chilling tolerance by various public and private research groups. References: (1)Marla et al., 2019. Genetic architecture of chilling tolerance in sorghum dissected with a nested association mapping population. G3, 9:4045-4097; (2)Marla et al., 2023.Genomics and phenomics enabled prebreeding improved early season chilling tolerance in sorghum. G3, 13:jkad116.2190462PI 707435
376PI 707436Sorghum, MiloSorghum bicolor (L.) Moench S9Not Available2025The sorghum ARS_BTX623_NAM_ESCT population is composed of three biparental parental subpopulations with a total of 769 recombinant inbred lines (F7-F8 RILs) entries. The biparental subpopulations are referred to as: BTx623xHKZ; BTx623xNSZ and BTx623x Kaoliang. This population includes new sorghum germplasm that displayed transgressive segregation compared to cold tolerant parent based on germinability(>than 70%), field emergence (60-80%) and seedling vigor (robust score of 1.5-2.5 on a scale of 1 (robust vigor) to 5 (poor vigor), traits that are needed for early season cold tolerance in US production settings. Majority of RILs displayed combine height of 1-1.4 m and flowering time of 70-75 days. The genotype data for ARS_BTX623_NAM_ESCT population is archived at NCBI sequence read archive under project SRP8838986 [(1) Marla et al., 2019, Genes|Genomes|Genetics]. The population served as primary genetic resource for successful identification and application of DNA markers that are useful for improvement of sorghum chilling tolerance [(2)Marla et al., 2023, Genes|Genomes|Genetics]. The availability of published advanced genetics and information on sorghum chilling tolerance made this NAM population highly valuable for public availability as it is actually in use as germplasm for detailed physiological studies of sorghum chilling tolerance by various public and private research groups. References: (1)Marla et al., 2019. Genetic architecture of chilling tolerance in sorghum dissected with a nested association mapping population. G3, 9:4045-4097; (2)Marla et al., 2023.Genomics and phenomics enabled prebreeding improved early season chilling tolerance in sorghum. G3, 13:jkad116.2190463PI 707436
377PI 707437Sorghum, MiloSorghum bicolor (L.) Moench S9Not Available2025The sorghum ARS_BTX623_NAM_ESCT population is composed of three biparental parental subpopulations with a total of 769 recombinant inbred lines (F7-F8 RILs) entries. The biparental subpopulations are referred to as: BTx623xHKZ; BTx623xNSZ and BTx623x Kaoliang. This population includes new sorghum germplasm that displayed transgressive segregation compared to cold tolerant parent based on germinability(>than 70%), field emergence (60-80%) and seedling vigor (robust score of 1.5-2.5 on a scale of 1 (robust vigor) to 5 (poor vigor), traits that are needed for early season cold tolerance in US production settings. Majority of RILs displayed combine height of 1-1.4 m and flowering time of 70-75 days. The genotype data for ARS_BTX623_NAM_ESCT population is archived at NCBI sequence read archive under project SRP8838986 [(1) Marla et al., 2019, Genes|Genomes|Genetics]. The population served as primary genetic resource for successful identification and application of DNA markers that are useful for improvement of sorghum chilling tolerance [(2)Marla et al., 2023, Genes|Genomes|Genetics]. The availability of published advanced genetics and information on sorghum chilling tolerance made this NAM population highly valuable for public availability as it is actually in use as germplasm for detailed physiological studies of sorghum chilling tolerance by various public and private research groups. References: (1)Marla et al., 2019. Genetic architecture of chilling tolerance in sorghum dissected with a nested association mapping population. G3, 9:4045-4097; (2)Marla et al., 2023.Genomics and phenomics enabled prebreeding improved early season chilling tolerance in sorghum. G3, 13:jkad116.2190464PI 707437
378PI 707438Sorghum, MiloSorghum bicolor (L.) Moench S9Not Available2025The sorghum ARS_BTX623_NAM_ESCT population is composed of three biparental parental subpopulations with a total of 769 recombinant inbred lines (F7-F8 RILs) entries. The biparental subpopulations are referred to as: BTx623xHKZ; BTx623xNSZ and BTx623x Kaoliang. This population includes new sorghum germplasm that displayed transgressive segregation compared to cold tolerant parent based on germinability(>than 70%), field emergence (60-80%) and seedling vigor (robust score of 1.5-2.5 on a scale of 1 (robust vigor) to 5 (poor vigor), traits that are needed for early season cold tolerance in US production settings. Majority of RILs displayed combine height of 1-1.4 m and flowering time of 70-75 days. The genotype data for ARS_BTX623_NAM_ESCT population is archived at NCBI sequence read archive under project SRP8838986 [(1) Marla et al., 2019, Genes|Genomes|Genetics]. The population served as primary genetic resource for successful identification and application of DNA markers that are useful for improvement of sorghum chilling tolerance [(2)Marla et al., 2023, Genes|Genomes|Genetics]. The availability of published advanced genetics and information on sorghum chilling tolerance made this NAM population highly valuable for public availability as it is actually in use as germplasm for detailed physiological studies of sorghum chilling tolerance by various public and private research groups. References: (1)Marla et al., 2019. Genetic architecture of chilling tolerance in sorghum dissected with a nested association mapping population. G3, 9:4045-4097; (2)Marla et al., 2023.Genomics and phenomics enabled prebreeding improved early season chilling tolerance in sorghum. G3, 13:jkad116.2190465PI 707438
379PI 707439Sorghum, MiloSorghum bicolor (L.) Moench S9Not Available2025The sorghum ARS_BTX623_NAM_ESCT population is composed of three biparental parental subpopulations with a total of 769 recombinant inbred lines (F7-F8 RILs) entries. The biparental subpopulations are referred to as: BTx623xHKZ; BTx623xNSZ and BTx623x Kaoliang. This population includes new sorghum germplasm that displayed transgressive segregation compared to cold tolerant parent based on germinability(>than 70%), field emergence (60-80%) and seedling vigor (robust score of 1.5-2.5 on a scale of 1 (robust vigor) to 5 (poor vigor), traits that are needed for early season cold tolerance in US production settings. Majority of RILs displayed combine height of 1-1.4 m and flowering time of 70-75 days. The genotype data for ARS_BTX623_NAM_ESCT population is archived at NCBI sequence read archive under project SRP8838986 [(1) Marla et al., 2019, Genes|Genomes|Genetics]. The population served as primary genetic resource for successful identification and application of DNA markers that are useful for improvement of sorghum chilling tolerance [(2)Marla et al., 2023, Genes|Genomes|Genetics]. The availability of published advanced genetics and information on sorghum chilling tolerance made this NAM population highly valuable for public availability as it is actually in use as germplasm for detailed physiological studies of sorghum chilling tolerance by various public and private research groups. References: (1)Marla et al., 2019. Genetic architecture of chilling tolerance in sorghum dissected with a nested association mapping population. G3, 9:4045-4097; (2)Marla et al., 2023.Genomics and phenomics enabled prebreeding improved early season chilling tolerance in sorghum. G3, 13:jkad116.2190466PI 707439
380PI 707440Sorghum, MiloSorghum bicolor (L.) Moench S9Not Available2025The sorghum ARS_BTX623_NAM_ESCT population is composed of three biparental parental subpopulations with a total of 769 recombinant inbred lines (F7-F8 RILs) entries. The biparental subpopulations are referred to as: BTx623xHKZ; BTx623xNSZ and BTx623x Kaoliang. This population includes new sorghum germplasm that displayed transgressive segregation compared to cold tolerant parent based on germinability(>than 70%), field emergence (60-80%) and seedling vigor (robust score of 1.5-2.5 on a scale of 1 (robust vigor) to 5 (poor vigor), traits that are needed for early season cold tolerance in US production settings. Majority of RILs displayed combine height of 1-1.4 m and flowering time of 70-75 days. The genotype data for ARS_BTX623_NAM_ESCT population is archived at NCBI sequence read archive under project SRP8838986 [(1) Marla et al., 2019, Genes|Genomes|Genetics]. The population served as primary genetic resource for successful identification and application of DNA markers that are useful for improvement of sorghum chilling tolerance [(2)Marla et al., 2023, Genes|Genomes|Genetics]. The availability of published advanced genetics and information on sorghum chilling tolerance made this NAM population highly valuable for public availability as it is actually in use as germplasm for detailed physiological studies of sorghum chilling tolerance by various public and private research groups. References: (1)Marla et al., 2019. Genetic architecture of chilling tolerance in sorghum dissected with a nested association mapping population. G3, 9:4045-4097; (2)Marla et al., 2023.Genomics and phenomics enabled prebreeding improved early season chilling tolerance in sorghum. G3, 13:jkad116.2190467PI 707440
381PI 707441Sorghum, MiloSorghum bicolor (L.) Moench S9Not Available2025The sorghum ARS_BTX623_NAM_ESCT population is composed of three biparental parental subpopulations with a total of 769 recombinant inbred lines (F7-F8 RILs) entries. The biparental subpopulations are referred to as: BTx623xHKZ; BTx623xNSZ and BTx623x Kaoliang. This population includes new sorghum germplasm that displayed transgressive segregation compared to cold tolerant parent based on germinability(>than 70%), field emergence (60-80%) and seedling vigor (robust score of 1.5-2.5 on a scale of 1 (robust vigor) to 5 (poor vigor), traits that are needed for early season cold tolerance in US production settings. Majority of RILs displayed combine height of 1-1.4 m and flowering time of 70-75 days. The genotype data for ARS_BTX623_NAM_ESCT population is archived at NCBI sequence read archive under project SRP8838986 [(1) Marla et al., 2019, Genes|Genomes|Genetics]. The population served as primary genetic resource for successful identification and application of DNA markers that are useful for improvement of sorghum chilling tolerance [(2)Marla et al., 2023, Genes|Genomes|Genetics]. The availability of published advanced genetics and information on sorghum chilling tolerance made this NAM population highly valuable for public availability as it is actually in use as germplasm for detailed physiological studies of sorghum chilling tolerance by various public and private research groups. References: (1)Marla et al., 2019. Genetic architecture of chilling tolerance in sorghum dissected with a nested association mapping population. G3, 9:4045-4097; (2)Marla et al., 2023.Genomics and phenomics enabled prebreeding improved early season chilling tolerance in sorghum. G3, 13:jkad116.2190468PI 707441
382PI 707442Sorghum, MiloSorghum bicolor (L.) Moench S9Not Available2025The sorghum ARS_BTX623_NAM_ESCT population is composed of three biparental parental subpopulations with a total of 769 recombinant inbred lines (F7-F8 RILs) entries. The biparental subpopulations are referred to as: BTx623xHKZ; BTx623xNSZ and BTx623x Kaoliang. This population includes new sorghum germplasm that displayed transgressive segregation compared to cold tolerant parent based on germinability(>than 70%), field emergence (60-80%) and seedling vigor (robust score of 1.5-2.5 on a scale of 1 (robust vigor) to 5 (poor vigor), traits that are needed for early season cold tolerance in US production settings. Majority of RILs displayed combine height of 1-1.4 m and flowering time of 70-75 days. The genotype data for ARS_BTX623_NAM_ESCT population is archived at NCBI sequence read archive under project SRP8838986 [(1) Marla et al., 2019, Genes|Genomes|Genetics]. The population served as primary genetic resource for successful identification and application of DNA markers that are useful for improvement of sorghum chilling tolerance [(2)Marla et al., 2023, Genes|Genomes|Genetics]. The availability of published advanced genetics and information on sorghum chilling tolerance made this NAM population highly valuable for public availability as it is actually in use as germplasm for detailed physiological studies of sorghum chilling tolerance by various public and private research groups. References: (1)Marla et al., 2019. Genetic architecture of chilling tolerance in sorghum dissected with a nested association mapping population. G3, 9:4045-4097; (2)Marla et al., 2023.Genomics and phenomics enabled prebreeding improved early season chilling tolerance in sorghum. G3, 13:jkad116.2190469PI 707442
383PI 707443Sorghum, MiloSorghum bicolor (L.) Moench S9Not Available2025The sorghum ARS_BTX623_NAM_ESCT population is composed of three biparental parental subpopulations with a total of 769 recombinant inbred lines (F7-F8 RILs) entries. The biparental subpopulations are referred to as: BTx623xHKZ; BTx623xNSZ and BTx623x Kaoliang. This population includes new sorghum germplasm that displayed transgressive segregation compared to cold tolerant parent based on germinability(>than 70%), field emergence (60-80%) and seedling vigor (robust score of 1.5-2.5 on a scale of 1 (robust vigor) to 5 (poor vigor), traits that are needed for early season cold tolerance in US production settings. Majority of RILs displayed combine height of 1-1.4 m and flowering time of 70-75 days. The genotype data for ARS_BTX623_NAM_ESCT population is archived at NCBI sequence read archive under project SRP8838986 [(1) Marla et al., 2019, Genes|Genomes|Genetics]. The population served as primary genetic resource for successful identification and application of DNA markers that are useful for improvement of sorghum chilling tolerance [(2)Marla et al., 2023, Genes|Genomes|Genetics]. The availability of published advanced genetics and information on sorghum chilling tolerance made this NAM population highly valuable for public availability as it is actually in use as germplasm for detailed physiological studies of sorghum chilling tolerance by various public and private research groups. References: (1)Marla et al., 2019. Genetic architecture of chilling tolerance in sorghum dissected with a nested association mapping population. G3, 9:4045-4097; (2)Marla et al., 2023.Genomics and phenomics enabled prebreeding improved early season chilling tolerance in sorghum. G3, 13:jkad116.2190470PI 707443
384PI 707444Sorghum, MiloSorghum bicolor (L.) Moench S9Not Available2025The sorghum ARS_BTX623_NAM_ESCT population is composed of three biparental parental subpopulations with a total of 769 recombinant inbred lines (F7-F8 RILs) entries. The biparental subpopulations are referred to as: BTx623xHKZ; BTx623xNSZ and BTx623x Kaoliang. This population includes new sorghum germplasm that displayed transgressive segregation compared to cold tolerant parent based on germinability(>than 70%), field emergence (60-80%) and seedling vigor (robust score of 1.5-2.5 on a scale of 1 (robust vigor) to 5 (poor vigor), traits that are needed for early season cold tolerance in US production settings. Majority of RILs displayed combine height of 1-1.4 m and flowering time of 70-75 days. The genotype data for ARS_BTX623_NAM_ESCT population is archived at NCBI sequence read archive under project SRP8838986 [(1) Marla et al., 2019, Genes|Genomes|Genetics]. The population served as primary genetic resource for successful identification and application of DNA markers that are useful for improvement of sorghum chilling tolerance [(2)Marla et al., 2023, Genes|Genomes|Genetics]. The availability of published advanced genetics and information on sorghum chilling tolerance made this NAM population highly valuable for public availability as it is actually in use as germplasm for detailed physiological studies of sorghum chilling tolerance by various public and private research groups. References: (1)Marla et al., 2019. Genetic architecture of chilling tolerance in sorghum dissected with a nested association mapping population. G3, 9:4045-4097; (2)Marla et al., 2023.Genomics and phenomics enabled prebreeding improved early season chilling tolerance in sorghum. G3, 13:jkad116.2190471PI 707444
385PI 707445Sorghum, MiloSorghum bicolor (L.) Moench S9Not Available2025The sorghum ARS_BTX623_NAM_ESCT population is composed of three biparental parental subpopulations with a total of 769 recombinant inbred lines (F7-F8 RILs) entries. The biparental subpopulations are referred to as: BTx623xHKZ; BTx623xNSZ and BTx623x Kaoliang. This population includes new sorghum germplasm that displayed transgressive segregation compared to cold tolerant parent based on germinability(>than 70%), field emergence (60-80%) and seedling vigor (robust score of 1.5-2.5 on a scale of 1 (robust vigor) to 5 (poor vigor), traits that are needed for early season cold tolerance in US production settings. Majority of RILs displayed combine height of 1-1.4 m and flowering time of 70-75 days. The genotype data for ARS_BTX623_NAM_ESCT population is archived at NCBI sequence read archive under project SRP8838986 [(1) Marla et al., 2019, Genes|Genomes|Genetics]. The population served as primary genetic resource for successful identification and application of DNA markers that are useful for improvement of sorghum chilling tolerance [(2)Marla et al., 2023, Genes|Genomes|Genetics]. The availability of published advanced genetics and information on sorghum chilling tolerance made this NAM population highly valuable for public availability as it is actually in use as germplasm for detailed physiological studies of sorghum chilling tolerance by various public and private research groups. References: (1)Marla et al., 2019. Genetic architecture of chilling tolerance in sorghum dissected with a nested association mapping population. G3, 9:4045-4097; (2)Marla et al., 2023.Genomics and phenomics enabled prebreeding improved early season chilling tolerance in sorghum. G3, 13:jkad116.2190472PI 707445
386PI 707446Sorghum, MiloSorghum bicolor (L.) Moench S9Not Available2025The sorghum ARS_BTX623_NAM_ESCT population is composed of three biparental parental subpopulations with a total of 769 recombinant inbred lines (F7-F8 RILs) entries. The biparental subpopulations are referred to as: BTx623xHKZ; BTx623xNSZ and BTx623x Kaoliang. This population includes new sorghum germplasm that displayed transgressive segregation compared to cold tolerant parent based on germinability(>than 70%), field emergence (60-80%) and seedling vigor (robust score of 1.5-2.5 on a scale of 1 (robust vigor) to 5 (poor vigor), traits that are needed for early season cold tolerance in US production settings. Majority of RILs displayed combine height of 1-1.4 m and flowering time of 70-75 days. The genotype data for ARS_BTX623_NAM_ESCT population is archived at NCBI sequence read archive under project SRP8838986 [(1) Marla et al., 2019, Genes|Genomes|Genetics]. The population served as primary genetic resource for successful identification and application of DNA markers that are useful for improvement of sorghum chilling tolerance [(2)Marla et al., 2023, Genes|Genomes|Genetics]. The availability of published advanced genetics and information on sorghum chilling tolerance made this NAM population highly valuable for public availability as it is actually in use as germplasm for detailed physiological studies of sorghum chilling tolerance by various public and private research groups. References: (1)Marla et al., 2019. Genetic architecture of chilling tolerance in sorghum dissected with a nested association mapping population. G3, 9:4045-4097; (2)Marla et al., 2023.Genomics and phenomics enabled prebreeding improved early season chilling tolerance in sorghum. G3, 13:jkad116.2190473PI 707446
387PI 707447Sorghum, MiloSorghum bicolor (L.) Moench S9Not Available2025The sorghum ARS_BTX623_NAM_ESCT population is composed of three biparental parental subpopulations with a total of 769 recombinant inbred lines (F7-F8 RILs) entries. The biparental subpopulations are referred to as: BTx623xHKZ; BTx623xNSZ and BTx623x Kaoliang. This population includes new sorghum germplasm that displayed transgressive segregation compared to cold tolerant parent based on germinability(>than 70%), field emergence (60-80%) and seedling vigor (robust score of 1.5-2.5 on a scale of 1 (robust vigor) to 5 (poor vigor), traits that are needed for early season cold tolerance in US production settings. Majority of RILs displayed combine height of 1-1.4 m and flowering time of 70-75 days. The genotype data for ARS_BTX623_NAM_ESCT population is archived at NCBI sequence read archive under project SRP8838986 [(1) Marla et al., 2019, Genes|Genomes|Genetics]. The population served as primary genetic resource for successful identification and application of DNA markers that are useful for improvement of sorghum chilling tolerance [(2)Marla et al., 2023, Genes|Genomes|Genetics]. The availability of published advanced genetics and information on sorghum chilling tolerance made this NAM population highly valuable for public availability as it is actually in use as germplasm for detailed physiological studies of sorghum chilling tolerance by various public and private research groups. References: (1)Marla et al., 2019. Genetic architecture of chilling tolerance in sorghum dissected with a nested association mapping population. G3, 9:4045-4097; (2)Marla et al., 2023.Genomics and phenomics enabled prebreeding improved early season chilling tolerance in sorghum. G3, 13:jkad116.2190474PI 707447
388PI 707448Sorghum, MiloSorghum bicolor (L.) Moench S9Not Available2025The sorghum ARS_BTX623_NAM_ESCT population is composed of three biparental parental subpopulations with a total of 769 recombinant inbred lines (F7-F8 RILs) entries. The biparental subpopulations are referred to as: BTx623xHKZ; BTx623xNSZ and BTx623x Kaoliang. This population includes new sorghum germplasm that displayed transgressive segregation compared to cold tolerant parent based on germinability(>than 70%), field emergence (60-80%) and seedling vigor (robust score of 1.5-2.5 on a scale of 1 (robust vigor) to 5 (poor vigor), traits that are needed for early season cold tolerance in US production settings. Majority of RILs displayed combine height of 1-1.4 m and flowering time of 70-75 days. The genotype data for ARS_BTX623_NAM_ESCT population is archived at NCBI sequence read archive under project SRP8838986 [(1) Marla et al., 2019, Genes|Genomes|Genetics]. The population served as primary genetic resource for successful identification and application of DNA markers that are useful for improvement of sorghum chilling tolerance [(2)Marla et al., 2023, Genes|Genomes|Genetics]. The availability of published advanced genetics and information on sorghum chilling tolerance made this NAM population highly valuable for public availability as it is actually in use as germplasm for detailed physiological studies of sorghum chilling tolerance by various public and private research groups. References: (1)Marla et al., 2019. Genetic architecture of chilling tolerance in sorghum dissected with a nested association mapping population. G3, 9:4045-4097; (2)Marla et al., 2023.Genomics and phenomics enabled prebreeding improved early season chilling tolerance in sorghum. G3, 13:jkad116.2190475PI 707448
389PI 707449Sorghum, MiloSorghum bicolor (L.) Moench S9Not Available2025The sorghum ARS_BTX623_NAM_ESCT population is composed of three biparental parental subpopulations with a total of 769 recombinant inbred lines (F7-F8 RILs) entries. The biparental subpopulations are referred to as: BTx623xHKZ; BTx623xNSZ and BTx623x Kaoliang. This population includes new sorghum germplasm that displayed transgressive segregation compared to cold tolerant parent based on germinability(>than 70%), field emergence (60-80%) and seedling vigor (robust score of 1.5-2.5 on a scale of 1 (robust vigor) to 5 (poor vigor), traits that are needed for early season cold tolerance in US production settings. Majority of RILs displayed combine height of 1-1.4 m and flowering time of 70-75 days. The genotype data for ARS_BTX623_NAM_ESCT population is archived at NCBI sequence read archive under project SRP8838986 [(1) Marla et al., 2019, Genes|Genomes|Genetics]. The population served as primary genetic resource for successful identification and application of DNA markers that are useful for improvement of sorghum chilling tolerance [(2)Marla et al., 2023, Genes|Genomes|Genetics]. The availability of published advanced genetics and information on sorghum chilling tolerance made this NAM population highly valuable for public availability as it is actually in use as germplasm for detailed physiological studies of sorghum chilling tolerance by various public and private research groups. References: (1)Marla et al., 2019. Genetic architecture of chilling tolerance in sorghum dissected with a nested association mapping population. G3, 9:4045-4097; (2)Marla et al., 2023.Genomics and phenomics enabled prebreeding improved early season chilling tolerance in sorghum. G3, 13:jkad116.2190476PI 707449
390PI 707450Sorghum, MiloSorghum bicolor (L.) Moench S9Not Available2025The sorghum ARS_BTX623_NAM_ESCT population is composed of three biparental parental subpopulations with a total of 769 recombinant inbred lines (F7-F8 RILs) entries. The biparental subpopulations are referred to as: BTx623xHKZ; BTx623xNSZ and BTx623x Kaoliang. This population includes new sorghum germplasm that displayed transgressive segregation compared to cold tolerant parent based on germinability(>than 70%), field emergence (60-80%) and seedling vigor (robust score of 1.5-2.5 on a scale of 1 (robust vigor) to 5 (poor vigor), traits that are needed for early season cold tolerance in US production settings. Majority of RILs displayed combine height of 1-1.4 m and flowering time of 70-75 days. The genotype data for ARS_BTX623_NAM_ESCT population is archived at NCBI sequence read archive under project SRP8838986 [(1) Marla et al., 2019, Genes|Genomes|Genetics]. The population served as primary genetic resource for successful identification and application of DNA markers that are useful for improvement of sorghum chilling tolerance [(2)Marla et al., 2023, Genes|Genomes|Genetics]. The availability of published advanced genetics and information on sorghum chilling tolerance made this NAM population highly valuable for public availability as it is actually in use as germplasm for detailed physiological studies of sorghum chilling tolerance by various public and private research groups. References: (1)Marla et al., 2019. Genetic architecture of chilling tolerance in sorghum dissected with a nested association mapping population. G3, 9:4045-4097; (2)Marla et al., 2023.Genomics and phenomics enabled prebreeding improved early season chilling tolerance in sorghum. G3, 13:jkad116.2190477PI 707450
391PI 707451Sorghum, MiloSorghum bicolor (L.) Moench S9Not Available2025The sorghum ARS_BTX623_NAM_ESCT population is composed of three biparental parental subpopulations with a total of 769 recombinant inbred lines (F7-F8 RILs) entries. The biparental subpopulations are referred to as: BTx623xHKZ; BTx623xNSZ and BTx623x Kaoliang. This population includes new sorghum germplasm that displayed transgressive segregation compared to cold tolerant parent based on germinability(>than 70%), field emergence (60-80%) and seedling vigor (robust score of 1.5-2.5 on a scale of 1 (robust vigor) to 5 (poor vigor), traits that are needed for early season cold tolerance in US production settings. Majority of RILs displayed combine height of 1-1.4 m and flowering time of 70-75 days. The genotype data for ARS_BTX623_NAM_ESCT population is archived at NCBI sequence read archive under project SRP8838986 [(1) Marla et al., 2019, Genes|Genomes|Genetics]. The population served as primary genetic resource for successful identification and application of DNA markers that are useful for improvement of sorghum chilling tolerance [(2)Marla et al., 2023, Genes|Genomes|Genetics]. The availability of published advanced genetics and information on sorghum chilling tolerance made this NAM population highly valuable for public availability as it is actually in use as germplasm for detailed physiological studies of sorghum chilling tolerance by various public and private research groups. References: (1)Marla et al., 2019. Genetic architecture of chilling tolerance in sorghum dissected with a nested association mapping population. G3, 9:4045-4097; (2)Marla et al., 2023.Genomics and phenomics enabled prebreeding improved early season chilling tolerance in sorghum. G3, 13:jkad116.2190478PI 707451
392PI 707452Sorghum, MiloSorghum bicolor (L.) Moench S9Not Available2025The sorghum ARS_BTX623_NAM_ESCT population is composed of three biparental parental subpopulations with a total of 769 recombinant inbred lines (F7-F8 RILs) entries. The biparental subpopulations are referred to as: BTx623xHKZ; BTx623xNSZ and BTx623x Kaoliang. This population includes new sorghum germplasm that displayed transgressive segregation compared to cold tolerant parent based on germinability(>than 70%), field emergence (60-80%) and seedling vigor (robust score of 1.5-2.5 on a scale of 1 (robust vigor) to 5 (poor vigor), traits that are needed for early season cold tolerance in US production settings. Majority of RILs displayed combine height of 1-1.4 m and flowering time of 70-75 days. The genotype data for ARS_BTX623_NAM_ESCT population is archived at NCBI sequence read archive under project SRP8838986 [(1) Marla et al., 2019, Genes|Genomes|Genetics]. The population served as primary genetic resource for successful identification and application of DNA markers that are useful for improvement of sorghum chilling tolerance [(2)Marla et al., 2023, Genes|Genomes|Genetics]. The availability of published advanced genetics and information on sorghum chilling tolerance made this NAM population highly valuable for public availability as it is actually in use as germplasm for detailed physiological studies of sorghum chilling tolerance by various public and private research groups. References: (1)Marla et al., 2019. Genetic architecture of chilling tolerance in sorghum dissected with a nested association mapping population. G3, 9:4045-4097; (2)Marla et al., 2023.Genomics and phenomics enabled prebreeding improved early season chilling tolerance in sorghum. G3, 13:jkad116.2190479PI 707452
393PI 707453Sorghum, MiloSorghum bicolor (L.) Moench S9Not Available2025The sorghum ARS_BTX623_NAM_ESCT population is composed of three biparental parental subpopulations with a total of 769 recombinant inbred lines (F7-F8 RILs) entries. The biparental subpopulations are referred to as: BTx623xHKZ; BTx623xNSZ and BTx623x Kaoliang. This population includes new sorghum germplasm that displayed transgressive segregation compared to cold tolerant parent based on germinability(>than 70%), field emergence (60-80%) and seedling vigor (robust score of 1.5-2.5 on a scale of 1 (robust vigor) to 5 (poor vigor), traits that are needed for early season cold tolerance in US production settings. Majority of RILs displayed combine height of 1-1.4 m and flowering time of 70-75 days. The genotype data for ARS_BTX623_NAM_ESCT population is archived at NCBI sequence read archive under project SRP8838986 [(1) Marla et al., 2019, Genes|Genomes|Genetics]. The population served as primary genetic resource for successful identification and application of DNA markers that are useful for improvement of sorghum chilling tolerance [(2)Marla et al., 2023, Genes|Genomes|Genetics]. The availability of published advanced genetics and information on sorghum chilling tolerance made this NAM population highly valuable for public availability as it is actually in use as germplasm for detailed physiological studies of sorghum chilling tolerance by various public and private research groups. References: (1)Marla et al., 2019. Genetic architecture of chilling tolerance in sorghum dissected with a nested association mapping population. G3, 9:4045-4097; (2)Marla et al., 2023.Genomics and phenomics enabled prebreeding improved early season chilling tolerance in sorghum. G3, 13:jkad116.2190480PI 707453
394PI 707454Sorghum, MiloSorghum bicolor (L.) Moench S9Not Available2025The sorghum ARS_BTX623_NAM_ESCT population is composed of three biparental parental subpopulations with a total of 769 recombinant inbred lines (F7-F8 RILs) entries. The biparental subpopulations are referred to as: BTx623xHKZ; BTx623xNSZ and BTx623x Kaoliang. This population includes new sorghum germplasm that displayed transgressive segregation compared to cold tolerant parent based on germinability(>than 70%), field emergence (60-80%) and seedling vigor (robust score of 1.5-2.5 on a scale of 1 (robust vigor) to 5 (poor vigor), traits that are needed for early season cold tolerance in US production settings. Majority of RILs displayed combine height of 1-1.4 m and flowering time of 70-75 days. The genotype data for ARS_BTX623_NAM_ESCT population is archived at NCBI sequence read archive under project SRP8838986 [(1) Marla et al., 2019, Genes|Genomes|Genetics]. The population served as primary genetic resource for successful identification and application of DNA markers that are useful for improvement of sorghum chilling tolerance [(2)Marla et al., 2023, Genes|Genomes|Genetics]. The availability of published advanced genetics and information on sorghum chilling tolerance made this NAM population highly valuable for public availability as it is actually in use as germplasm for detailed physiological studies of sorghum chilling tolerance by various public and private research groups. References: (1)Marla et al., 2019. Genetic architecture of chilling tolerance in sorghum dissected with a nested association mapping population. G3, 9:4045-4097; (2)Marla et al., 2023.Genomics and phenomics enabled prebreeding improved early season chilling tolerance in sorghum. G3, 13:jkad116.2190481PI 707454
395PI 707455Sorghum, MiloSorghum bicolor (L.) Moench S9Not Available2025The sorghum ARS_BTX623_NAM_ESCT population is composed of three biparental parental subpopulations with a total of 769 recombinant inbred lines (F7-F8 RILs) entries. The biparental subpopulations are referred to as: BTx623xHKZ; BTx623xNSZ and BTx623x Kaoliang. This population includes new sorghum germplasm that displayed transgressive segregation compared to cold tolerant parent based on germinability(>than 70%), field emergence (60-80%) and seedling vigor (robust score of 1.5-2.5 on a scale of 1 (robust vigor) to 5 (poor vigor), traits that are needed for early season cold tolerance in US production settings. Majority of RILs displayed combine height of 1-1.4 m and flowering time of 70-75 days. The genotype data for ARS_BTX623_NAM_ESCT population is archived at NCBI sequence read archive under project SRP8838986 [(1) Marla et al., 2019, Genes|Genomes|Genetics]. The population served as primary genetic resource for successful identification and application of DNA markers that are useful for improvement of sorghum chilling tolerance [(2)Marla et al., 2023, Genes|Genomes|Genetics]. The availability of published advanced genetics and information on sorghum chilling tolerance made this NAM population highly valuable for public availability as it is actually in use as germplasm for detailed physiological studies of sorghum chilling tolerance by various public and private research groups. References: (1)Marla et al., 2019. Genetic architecture of chilling tolerance in sorghum dissected with a nested association mapping population. G3, 9:4045-4097; (2)Marla et al., 2023.Genomics and phenomics enabled prebreeding improved early season chilling tolerance in sorghum. G3, 13:jkad116.2190482PI 707455
396PI 707456Sorghum, MiloSorghum bicolor (L.) Moench S9Not Available2025The sorghum ARS_BTX623_NAM_ESCT population is composed of three biparental parental subpopulations with a total of 769 recombinant inbred lines (F7-F8 RILs) entries. The biparental subpopulations are referred to as: BTx623xHKZ; BTx623xNSZ and BTx623x Kaoliang. This population includes new sorghum germplasm that displayed transgressive segregation compared to cold tolerant parent based on germinability(>than 70%), field emergence (60-80%) and seedling vigor (robust score of 1.5-2.5 on a scale of 1 (robust vigor) to 5 (poor vigor), traits that are needed for early season cold tolerance in US production settings. Majority of RILs displayed combine height of 1-1.4 m and flowering time of 70-75 days. The genotype data for ARS_BTX623_NAM_ESCT population is archived at NCBI sequence read archive under project SRP8838986 [(1) Marla et al., 2019, Genes|Genomes|Genetics]. The population served as primary genetic resource for successful identification and application of DNA markers that are useful for improvement of sorghum chilling tolerance [(2)Marla et al., 2023, Genes|Genomes|Genetics]. The availability of published advanced genetics and information on sorghum chilling tolerance made this NAM population highly valuable for public availability as it is actually in use as germplasm for detailed physiological studies of sorghum chilling tolerance by various public and private research groups. References: (1)Marla et al., 2019. Genetic architecture of chilling tolerance in sorghum dissected with a nested association mapping population. G3, 9:4045-4097; (2)Marla et al., 2023.Genomics and phenomics enabled prebreeding improved early season chilling tolerance in sorghum. G3, 13:jkad116.2190483PI 707456
397PI 707457Sorghum, MiloSorghum bicolor (L.) Moench S9Not Available2025The sorghum ARS_BTX623_NAM_ESCT population is composed of three biparental parental subpopulations with a total of 769 recombinant inbred lines (F7-F8 RILs) entries. The biparental subpopulations are referred to as: BTx623xHKZ; BTx623xNSZ and BTx623x Kaoliang. This population includes new sorghum germplasm that displayed transgressive segregation compared to cold tolerant parent based on germinability(>than 70%), field emergence (60-80%) and seedling vigor (robust score of 1.5-2.5 on a scale of 1 (robust vigor) to 5 (poor vigor), traits that are needed for early season cold tolerance in US production settings. Majority of RILs displayed combine height of 1-1.4 m and flowering time of 70-75 days. The genotype data for ARS_BTX623_NAM_ESCT population is archived at NCBI sequence read archive under project SRP8838986 [(1) Marla et al., 2019, Genes|Genomes|Genetics]. The population served as primary genetic resource for successful identification and application of DNA markers that are useful for improvement of sorghum chilling tolerance [(2)Marla et al., 2023, Genes|Genomes|Genetics]. The availability of published advanced genetics and information on sorghum chilling tolerance made this NAM population highly valuable for public availability as it is actually in use as germplasm for detailed physiological studies of sorghum chilling tolerance by various public and private research groups. References: (1)Marla et al., 2019. Genetic architecture of chilling tolerance in sorghum dissected with a nested association mapping population. G3, 9:4045-4097; (2)Marla et al., 2023.Genomics and phenomics enabled prebreeding improved early season chilling tolerance in sorghum. G3, 13:jkad116.2190484PI 707457
398PI 707458Sorghum, MiloSorghum bicolor (L.) Moench S9Not Available2025The sorghum ARS_BTX623_NAM_ESCT population is composed of three biparental parental subpopulations with a total of 769 recombinant inbred lines (F7-F8 RILs) entries. The biparental subpopulations are referred to as: BTx623xHKZ; BTx623xNSZ and BTx623x Kaoliang. This population includes new sorghum germplasm that displayed transgressive segregation compared to cold tolerant parent based on germinability(>than 70%), field emergence (60-80%) and seedling vigor (robust score of 1.5-2.5 on a scale of 1 (robust vigor) to 5 (poor vigor), traits that are needed for early season cold tolerance in US production settings. Majority of RILs displayed combine height of 1-1.4 m and flowering time of 70-75 days. The genotype data for ARS_BTX623_NAM_ESCT population is archived at NCBI sequence read archive under project SRP8838986 [(1) Marla et al., 2019, Genes|Genomes|Genetics]. The population served as primary genetic resource for successful identification and application of DNA markers that are useful for improvement of sorghum chilling tolerance [(2)Marla et al., 2023, Genes|Genomes|Genetics]. The availability of published advanced genetics and information on sorghum chilling tolerance made this NAM population highly valuable for public availability as it is actually in use as germplasm for detailed physiological studies of sorghum chilling tolerance by various public and private research groups. References: (1)Marla et al., 2019. Genetic architecture of chilling tolerance in sorghum dissected with a nested association mapping population. G3, 9:4045-4097; (2)Marla et al., 2023.Genomics and phenomics enabled prebreeding improved early season chilling tolerance in sorghum. G3, 13:jkad116.2190485PI 707458
399PI 707459Sorghum, MiloSorghum bicolor (L.) Moench S9Not Available2025The sorghum ARS_BTX623_NAM_ESCT population is composed of three biparental parental subpopulations with a total of 769 recombinant inbred lines (F7-F8 RILs) entries. The biparental subpopulations are referred to as: BTx623xHKZ; BTx623xNSZ and BTx623x Kaoliang. This population includes new sorghum germplasm that displayed transgressive segregation compared to cold tolerant parent based on germinability(>than 70%), field emergence (60-80%) and seedling vigor (robust score of 1.5-2.5 on a scale of 1 (robust vigor) to 5 (poor vigor), traits that are needed for early season cold tolerance in US production settings. Majority of RILs displayed combine height of 1-1.4 m and flowering time of 70-75 days. The genotype data for ARS_BTX623_NAM_ESCT population is archived at NCBI sequence read archive under project SRP8838986 [(1) Marla et al., 2019, Genes|Genomes|Genetics]. The population served as primary genetic resource for successful identification and application of DNA markers that are useful for improvement of sorghum chilling tolerance [(2)Marla et al., 2023, Genes|Genomes|Genetics]. The availability of published advanced genetics and information on sorghum chilling tolerance made this NAM population highly valuable for public availability as it is actually in use as germplasm for detailed physiological studies of sorghum chilling tolerance by various public and private research groups. References: (1)Marla et al., 2019. Genetic architecture of chilling tolerance in sorghum dissected with a nested association mapping population. G3, 9:4045-4097; (2)Marla et al., 2023.Genomics and phenomics enabled prebreeding improved early season chilling tolerance in sorghum. G3, 13:jkad116.2190486PI 707459
400PI 707460Sorghum, MiloSorghum bicolor (L.) Moench S9Not Available2025The sorghum ARS_BTX623_NAM_ESCT population is composed of three biparental parental subpopulations with a total of 769 recombinant inbred lines (F7-F8 RILs) entries. The biparental subpopulations are referred to as: BTx623xHKZ; BTx623xNSZ and BTx623x Kaoliang. This population includes new sorghum germplasm that displayed transgressive segregation compared to cold tolerant parent based on germinability(>than 70%), field emergence (60-80%) and seedling vigor (robust score of 1.5-2.5 on a scale of 1 (robust vigor) to 5 (poor vigor), traits that are needed for early season cold tolerance in US production settings. Majority of RILs displayed combine height of 1-1.4 m and flowering time of 70-75 days. The genotype data for ARS_BTX623_NAM_ESCT population is archived at NCBI sequence read archive under project SRP8838986 [(1) Marla et al., 2019, Genes|Genomes|Genetics]. The population served as primary genetic resource for successful identification and application of DNA markers that are useful for improvement of sorghum chilling tolerance [(2)Marla et al., 2023, Genes|Genomes|Genetics]. The availability of published advanced genetics and information on sorghum chilling tolerance made this NAM population highly valuable for public availability as it is actually in use as germplasm for detailed physiological studies of sorghum chilling tolerance by various public and private research groups. References: (1)Marla et al., 2019. Genetic architecture of chilling tolerance in sorghum dissected with a nested association mapping population. G3, 9:4045-4097; (2)Marla et al., 2023.Genomics and phenomics enabled prebreeding improved early season chilling tolerance in sorghum. G3, 13:jkad116.2190487PI 707460
401PI 707461Sorghum, MiloSorghum bicolor (L.) Moench S9Not Available2025The sorghum ARS_BTX623_NAM_ESCT population is composed of three biparental parental subpopulations with a total of 769 recombinant inbred lines (F7-F8 RILs) entries. The biparental subpopulations are referred to as: BTx623xHKZ; BTx623xNSZ and BTx623x Kaoliang. This population includes new sorghum germplasm that displayed transgressive segregation compared to cold tolerant parent based on germinability(>than 70%), field emergence (60-80%) and seedling vigor (robust score of 1.5-2.5 on a scale of 1 (robust vigor) to 5 (poor vigor), traits that are needed for early season cold tolerance in US production settings. Majority of RILs displayed combine height of 1-1.4 m and flowering time of 70-75 days. The genotype data for ARS_BTX623_NAM_ESCT population is archived at NCBI sequence read archive under project SRP8838986 [(1) Marla et al., 2019, Genes|Genomes|Genetics]. The population served as primary genetic resource for successful identification and application of DNA markers that are useful for improvement of sorghum chilling tolerance [(2)Marla et al., 2023, Genes|Genomes|Genetics]. The availability of published advanced genetics and information on sorghum chilling tolerance made this NAM population highly valuable for public availability as it is actually in use as germplasm for detailed physiological studies of sorghum chilling tolerance by various public and private research groups. References: (1)Marla et al., 2019. Genetic architecture of chilling tolerance in sorghum dissected with a nested association mapping population. G3, 9:4045-4097; (2)Marla et al., 2023.Genomics and phenomics enabled prebreeding improved early season chilling tolerance in sorghum. G3, 13:jkad116.2190488PI 707461
402PI 707462Sorghum, MiloSorghum bicolor (L.) Moench S9Not Available2025The sorghum ARS_BTX623_NAM_ESCT population is composed of three biparental parental subpopulations with a total of 769 recombinant inbred lines (F7-F8 RILs) entries. The biparental subpopulations are referred to as: BTx623xHKZ; BTx623xNSZ and BTx623x Kaoliang. This population includes new sorghum germplasm that displayed transgressive segregation compared to cold tolerant parent based on germinability(>than 70%), field emergence (60-80%) and seedling vigor (robust score of 1.5-2.5 on a scale of 1 (robust vigor) to 5 (poor vigor), traits that are needed for early season cold tolerance in US production settings. Majority of RILs displayed combine height of 1-1.4 m and flowering time of 70-75 days. The genotype data for ARS_BTX623_NAM_ESCT population is archived at NCBI sequence read archive under project SRP8838986 [(1) Marla et al., 2019, Genes|Genomes|Genetics]. The population served as primary genetic resource for successful identification and application of DNA markers that are useful for improvement of sorghum chilling tolerance [(2)Marla et al., 2023, Genes|Genomes|Genetics]. The availability of published advanced genetics and information on sorghum chilling tolerance made this NAM population highly valuable for public availability as it is actually in use as germplasm for detailed physiological studies of sorghum chilling tolerance by various public and private research groups. References: (1)Marla et al., 2019. Genetic architecture of chilling tolerance in sorghum dissected with a nested association mapping population. G3, 9:4045-4097; (2)Marla et al., 2023.Genomics and phenomics enabled prebreeding improved early season chilling tolerance in sorghum. G3, 13:jkad116.2190489PI 707462
403PI 707463Sorghum, MiloSorghum bicolor (L.) Moench S9Not Available2025The sorghum ARS_BTX623_NAM_ESCT population is composed of three biparental parental subpopulations with a total of 769 recombinant inbred lines (F7-F8 RILs) entries. The biparental subpopulations are referred to as: BTx623xHKZ; BTx623xNSZ and BTx623x Kaoliang. This population includes new sorghum germplasm that displayed transgressive segregation compared to cold tolerant parent based on germinability(>than 70%), field emergence (60-80%) and seedling vigor (robust score of 1.5-2.5 on a scale of 1 (robust vigor) to 5 (poor vigor), traits that are needed for early season cold tolerance in US production settings. Majority of RILs displayed combine height of 1-1.4 m and flowering time of 70-75 days. The genotype data for ARS_BTX623_NAM_ESCT population is archived at NCBI sequence read archive under project SRP8838986 [(1) Marla et al., 2019, Genes|Genomes|Genetics]. The population served as primary genetic resource for successful identification and application of DNA markers that are useful for improvement of sorghum chilling tolerance [(2)Marla et al., 2023, Genes|Genomes|Genetics]. The availability of published advanced genetics and information on sorghum chilling tolerance made this NAM population highly valuable for public availability as it is actually in use as germplasm for detailed physiological studies of sorghum chilling tolerance by various public and private research groups. References: (1)Marla et al., 2019. Genetic architecture of chilling tolerance in sorghum dissected with a nested association mapping population. G3, 9:4045-4097; (2)Marla et al., 2023.Genomics and phenomics enabled prebreeding improved early season chilling tolerance in sorghum. G3, 13:jkad116.2190490PI 707463
404PI 707464Sorghum, MiloSorghum bicolor (L.) Moench S9Not Available2025The sorghum ARS_BTX623_NAM_ESCT population is composed of three biparental parental subpopulations with a total of 769 recombinant inbred lines (F7-F8 RILs) entries. The biparental subpopulations are referred to as: BTx623xHKZ; BTx623xNSZ and BTx623x Kaoliang. This population includes new sorghum germplasm that displayed transgressive segregation compared to cold tolerant parent based on germinability(>than 70%), field emergence (60-80%) and seedling vigor (robust score of 1.5-2.5 on a scale of 1 (robust vigor) to 5 (poor vigor), traits that are needed for early season cold tolerance in US production settings. Majority of RILs displayed combine height of 1-1.4 m and flowering time of 70-75 days. The genotype data for ARS_BTX623_NAM_ESCT population is archived at NCBI sequence read archive under project SRP8838986 [(1) Marla et al., 2019, Genes|Genomes|Genetics]. The population served as primary genetic resource for successful identification and application of DNA markers that are useful for improvement of sorghum chilling tolerance [(2)Marla et al., 2023, Genes|Genomes|Genetics]. The availability of published advanced genetics and information on sorghum chilling tolerance made this NAM population highly valuable for public availability as it is actually in use as germplasm for detailed physiological studies of sorghum chilling tolerance by various public and private research groups. References: (1)Marla et al., 2019. Genetic architecture of chilling tolerance in sorghum dissected with a nested association mapping population. G3, 9:4045-4097; (2)Marla et al., 2023.Genomics and phenomics enabled prebreeding improved early season chilling tolerance in sorghum. G3, 13:jkad116.2190491PI 707464
405PI 707465Sorghum, MiloSorghum bicolor (L.) Moench S9Not Available2025The sorghum ARS_BTX623_NAM_ESCT population is composed of three biparental parental subpopulations with a total of 769 recombinant inbred lines (F7-F8 RILs) entries. The biparental subpopulations are referred to as: BTx623xHKZ; BTx623xNSZ and BTx623x Kaoliang. This population includes new sorghum germplasm that displayed transgressive segregation compared to cold tolerant parent based on germinability(>than 70%), field emergence (60-80%) and seedling vigor (robust score of 1.5-2.5 on a scale of 1 (robust vigor) to 5 (poor vigor), traits that are needed for early season cold tolerance in US production settings. Majority of RILs displayed combine height of 1-1.4 m and flowering time of 70-75 days. The genotype data for ARS_BTX623_NAM_ESCT population is archived at NCBI sequence read archive under project SRP8838986 [(1) Marla et al., 2019, Genes|Genomes|Genetics]. The population served as primary genetic resource for successful identification and application of DNA markers that are useful for improvement of sorghum chilling tolerance [(2)Marla et al., 2023, Genes|Genomes|Genetics]. The availability of published advanced genetics and information on sorghum chilling tolerance made this NAM population highly valuable for public availability as it is actually in use as germplasm for detailed physiological studies of sorghum chilling tolerance by various public and private research groups. References: (1)Marla et al., 2019. Genetic architecture of chilling tolerance in sorghum dissected with a nested association mapping population. G3, 9:4045-4097; (2)Marla et al., 2023.Genomics and phenomics enabled prebreeding improved early season chilling tolerance in sorghum. G3, 13:jkad116.2190492PI 707465
406PI 707466Sorghum, MiloSorghum bicolor (L.) Moench S9Not Available2025The sorghum ARS_BTX623_NAM_ESCT population is composed of three biparental parental subpopulations with a total of 769 recombinant inbred lines (F7-F8 RILs) entries. The biparental subpopulations are referred to as: BTx623xHKZ; BTx623xNSZ and BTx623x Kaoliang. This population includes new sorghum germplasm that displayed transgressive segregation compared to cold tolerant parent based on germinability(>than 70%), field emergence (60-80%) and seedling vigor (robust score of 1.5-2.5 on a scale of 1 (robust vigor) to 5 (poor vigor), traits that are needed for early season cold tolerance in US production settings. Majority of RILs displayed combine height of 1-1.4 m and flowering time of 70-75 days. The genotype data for ARS_BTX623_NAM_ESCT population is archived at NCBI sequence read archive under project SRP8838986 [(1) Marla et al., 2019, Genes|Genomes|Genetics]. The population served as primary genetic resource for successful identification and application of DNA markers that are useful for improvement of sorghum chilling tolerance [(2)Marla et al., 2023, Genes|Genomes|Genetics]. The availability of published advanced genetics and information on sorghum chilling tolerance made this NAM population highly valuable for public availability as it is actually in use as germplasm for detailed physiological studies of sorghum chilling tolerance by various public and private research groups. References: (1)Marla et al., 2019. Genetic architecture of chilling tolerance in sorghum dissected with a nested association mapping population. G3, 9:4045-4097; (2)Marla et al., 2023.Genomics and phenomics enabled prebreeding improved early season chilling tolerance in sorghum. G3, 13:jkad116.2190493PI 707466
407PI 707467Sorghum, MiloSorghum bicolor (L.) Moench S9Not Available2025The sorghum ARS_BTX623_NAM_ESCT population is composed of three biparental parental subpopulations with a total of 769 recombinant inbred lines (F7-F8 RILs) entries. The biparental subpopulations are referred to as: BTx623xHKZ; BTx623xNSZ and BTx623x Kaoliang. This population includes new sorghum germplasm that displayed transgressive segregation compared to cold tolerant parent based on germinability(>than 70%), field emergence (60-80%) and seedling vigor (robust score of 1.5-2.5 on a scale of 1 (robust vigor) to 5 (poor vigor), traits that are needed for early season cold tolerance in US production settings. Majority of RILs displayed combine height of 1-1.4 m and flowering time of 70-75 days. The genotype data for ARS_BTX623_NAM_ESCT population is archived at NCBI sequence read archive under project SRP8838986 [(1) Marla et al., 2019, Genes|Genomes|Genetics]. The population served as primary genetic resource for successful identification and application of DNA markers that are useful for improvement of sorghum chilling tolerance [(2)Marla et al., 2023, Genes|Genomes|Genetics]. The availability of published advanced genetics and information on sorghum chilling tolerance made this NAM population highly valuable for public availability as it is actually in use as germplasm for detailed physiological studies of sorghum chilling tolerance by various public and private research groups. References: (1)Marla et al., 2019. Genetic architecture of chilling tolerance in sorghum dissected with a nested association mapping population. G3, 9:4045-4097; (2)Marla et al., 2023.Genomics and phenomics enabled prebreeding improved early season chilling tolerance in sorghum. G3, 13:jkad116.2190494PI 707467
408PI 707468Sorghum, MiloSorghum bicolor (L.) Moench S9Not Available2025The sorghum ARS_BTX623_NAM_ESCT population is composed of three biparental parental subpopulations with a total of 769 recombinant inbred lines (F7-F8 RILs) entries. The biparental subpopulations are referred to as: BTx623xHKZ; BTx623xNSZ and BTx623x Kaoliang. This population includes new sorghum germplasm that displayed transgressive segregation compared to cold tolerant parent based on germinability(>than 70%), field emergence (60-80%) and seedling vigor (robust score of 1.5-2.5 on a scale of 1 (robust vigor) to 5 (poor vigor), traits that are needed for early season cold tolerance in US production settings. Majority of RILs displayed combine height of 1-1.4 m and flowering time of 70-75 days. The genotype data for ARS_BTX623_NAM_ESCT population is archived at NCBI sequence read archive under project SRP8838986 [(1) Marla et al., 2019, Genes|Genomes|Genetics]. The population served as primary genetic resource for successful identification and application of DNA markers that are useful for improvement of sorghum chilling tolerance [(2)Marla et al., 2023, Genes|Genomes|Genetics]. The availability of published advanced genetics and information on sorghum chilling tolerance made this NAM population highly valuable for public availability as it is actually in use as germplasm for detailed physiological studies of sorghum chilling tolerance by various public and private research groups. References: (1)Marla et al., 2019. Genetic architecture of chilling tolerance in sorghum dissected with a nested association mapping population. G3, 9:4045-4097; (2)Marla et al., 2023.Genomics and phenomics enabled prebreeding improved early season chilling tolerance in sorghum. G3, 13:jkad116.2190495PI 707468
409PI 707469Sorghum, MiloSorghum bicolor (L.) Moench S9Not Available2025The sorghum ARS_BTX623_NAM_ESCT population is composed of three biparental parental subpopulations with a total of 769 recombinant inbred lines (F7-F8 RILs) entries. The biparental subpopulations are referred to as: BTx623xHKZ; BTx623xNSZ and BTx623x Kaoliang. This population includes new sorghum germplasm that displayed transgressive segregation compared to cold tolerant parent based on germinability(>than 70%), field emergence (60-80%) and seedling vigor (robust score of 1.5-2.5 on a scale of 1 (robust vigor) to 5 (poor vigor), traits that are needed for early season cold tolerance in US production settings. Majority of RILs displayed combine height of 1-1.4 m and flowering time of 70-75 days. The genotype data for ARS_BTX623_NAM_ESCT population is archived at NCBI sequence read archive under project SRP8838986 [(1) Marla et al., 2019, Genes|Genomes|Genetics]. The population served as primary genetic resource for successful identification and application of DNA markers that are useful for improvement of sorghum chilling tolerance [(2)Marla et al., 2023, Genes|Genomes|Genetics]. The availability of published advanced genetics and information on sorghum chilling tolerance made this NAM population highly valuable for public availability as it is actually in use as germplasm for detailed physiological studies of sorghum chilling tolerance by various public and private research groups. References: (1)Marla et al., 2019. Genetic architecture of chilling tolerance in sorghum dissected with a nested association mapping population. G3, 9:4045-4097; (2)Marla et al., 2023.Genomics and phenomics enabled prebreeding improved early season chilling tolerance in sorghum. G3, 13:jkad116.2190496PI 707469
410PI 707470Sorghum, MiloSorghum bicolor (L.) Moench S9Not Available2025The sorghum ARS_BTX623_NAM_ESCT population is composed of three biparental parental subpopulations with a total of 769 recombinant inbred lines (F7-F8 RILs) entries. The biparental subpopulations are referred to as: BTx623xHKZ; BTx623xNSZ and BTx623x Kaoliang. This population includes new sorghum germplasm that displayed transgressive segregation compared to cold tolerant parent based on germinability(>than 70%), field emergence (60-80%) and seedling vigor (robust score of 1.5-2.5 on a scale of 1 (robust vigor) to 5 (poor vigor), traits that are needed for early season cold tolerance in US production settings. Majority of RILs displayed combine height of 1-1.4 m and flowering time of 70-75 days. The genotype data for ARS_BTX623_NAM_ESCT population is archived at NCBI sequence read archive under project SRP8838986 [(1) Marla et al., 2019, Genes|Genomes|Genetics]. The population served as primary genetic resource for successful identification and application of DNA markers that are useful for improvement of sorghum chilling tolerance [(2)Marla et al., 2023, Genes|Genomes|Genetics]. The availability of published advanced genetics and information on sorghum chilling tolerance made this NAM population highly valuable for public availability as it is actually in use as germplasm for detailed physiological studies of sorghum chilling tolerance by various public and private research groups. References: (1)Marla et al., 2019. Genetic architecture of chilling tolerance in sorghum dissected with a nested association mapping population. G3, 9:4045-4097; (2)Marla et al., 2023.Genomics and phenomics enabled prebreeding improved early season chilling tolerance in sorghum. G3, 13:jkad116.2190497PI 707470
411PI 707471Sorghum, MiloSorghum bicolor (L.) Moench S9Not Available2025The sorghum ARS_BTX623_NAM_ESCT population is composed of three biparental parental subpopulations with a total of 769 recombinant inbred lines (F7-F8 RILs) entries. The biparental subpopulations are referred to as: BTx623xHKZ; BTx623xNSZ and BTx623x Kaoliang. This population includes new sorghum germplasm that displayed transgressive segregation compared to cold tolerant parent based on germinability(>than 70%), field emergence (60-80%) and seedling vigor (robust score of 1.5-2.5 on a scale of 1 (robust vigor) to 5 (poor vigor), traits that are needed for early season cold tolerance in US production settings. Majority of RILs displayed combine height of 1-1.4 m and flowering time of 70-75 days. The genotype data for ARS_BTX623_NAM_ESCT population is archived at NCBI sequence read archive under project SRP8838986 [(1) Marla et al., 2019, Genes|Genomes|Genetics]. The population served as primary genetic resource for successful identification and application of DNA markers that are useful for improvement of sorghum chilling tolerance [(2)Marla et al., 2023, Genes|Genomes|Genetics]. The availability of published advanced genetics and information on sorghum chilling tolerance made this NAM population highly valuable for public availability as it is actually in use as germplasm for detailed physiological studies of sorghum chilling tolerance by various public and private research groups. References: (1)Marla et al., 2019. Genetic architecture of chilling tolerance in sorghum dissected with a nested association mapping population. G3, 9:4045-4097; (2)Marla et al., 2023.Genomics and phenomics enabled prebreeding improved early season chilling tolerance in sorghum. G3, 13:jkad116.2190498PI 707471
412PI 707472Sorghum, MiloSorghum bicolor (L.) Moench S9Not Available2025The sorghum ARS_BTX623_NAM_ESCT population is composed of three biparental parental subpopulations with a total of 769 recombinant inbred lines (F7-F8 RILs) entries. The biparental subpopulations are referred to as: BTx623xHKZ; BTx623xNSZ and BTx623x Kaoliang. This population includes new sorghum germplasm that displayed transgressive segregation compared to cold tolerant parent based on germinability(>than 70%), field emergence (60-80%) and seedling vigor (robust score of 1.5-2.5 on a scale of 1 (robust vigor) to 5 (poor vigor), traits that are needed for early season cold tolerance in US production settings. Majority of RILs displayed combine height of 1-1.4 m and flowering time of 70-75 days. The genotype data for ARS_BTX623_NAM_ESCT population is archived at NCBI sequence read archive under project SRP8838986 [(1) Marla et al., 2019, Genes|Genomes|Genetics]. The population served as primary genetic resource for successful identification and application of DNA markers that are useful for improvement of sorghum chilling tolerance [(2)Marla et al., 2023, Genes|Genomes|Genetics]. The availability of published advanced genetics and information on sorghum chilling tolerance made this NAM population highly valuable for public availability as it is actually in use as germplasm for detailed physiological studies of sorghum chilling tolerance by various public and private research groups. References: (1)Marla et al., 2019. Genetic architecture of chilling tolerance in sorghum dissected with a nested association mapping population. G3, 9:4045-4097; (2)Marla et al., 2023.Genomics and phenomics enabled prebreeding improved early season chilling tolerance in sorghum. G3, 13:jkad116.2190499PI 707472
413PI 707473Sorghum, MiloSorghum bicolor (L.) Moench S9Not Available2025The sorghum ARS_BTX623_NAM_ESCT population is composed of three biparental parental subpopulations with a total of 769 recombinant inbred lines (F7-F8 RILs) entries. The biparental subpopulations are referred to as: BTx623xHKZ; BTx623xNSZ and BTx623x Kaoliang. This population includes new sorghum germplasm that displayed transgressive segregation compared to cold tolerant parent based on germinability(>than 70%), field emergence (60-80%) and seedling vigor (robust score of 1.5-2.5 on a scale of 1 (robust vigor) to 5 (poor vigor), traits that are needed for early season cold tolerance in US production settings. Majority of RILs displayed combine height of 1-1.4 m and flowering time of 70-75 days. The genotype data for ARS_BTX623_NAM_ESCT population is archived at NCBI sequence read archive under project SRP8838986 [(1) Marla et al., 2019, Genes|Genomes|Genetics]. The population served as primary genetic resource for successful identification and application of DNA markers that are useful for improvement of sorghum chilling tolerance [(2)Marla et al., 2023, Genes|Genomes|Genetics]. The availability of published advanced genetics and information on sorghum chilling tolerance made this NAM population highly valuable for public availability as it is actually in use as germplasm for detailed physiological studies of sorghum chilling tolerance by various public and private research groups. References: (1)Marla et al., 2019. Genetic architecture of chilling tolerance in sorghum dissected with a nested association mapping population. G3, 9:4045-4097; (2)Marla et al., 2023.Genomics and phenomics enabled prebreeding improved early season chilling tolerance in sorghum. G3, 13:jkad116.2190500PI 707473
414PI 707474Sorghum, MiloSorghum bicolor (L.) Moench S9Not Available2025The sorghum ARS_BTX623_NAM_ESCT population is composed of three biparental parental subpopulations with a total of 769 recombinant inbred lines (F7-F8 RILs) entries. The biparental subpopulations are referred to as: BTx623xHKZ; BTx623xNSZ and BTx623x Kaoliang. This population includes new sorghum germplasm that displayed transgressive segregation compared to cold tolerant parent based on germinability(>than 70%), field emergence (60-80%) and seedling vigor (robust score of 1.5-2.5 on a scale of 1 (robust vigor) to 5 (poor vigor), traits that are needed for early season cold tolerance in US production settings. Majority of RILs displayed combine height of 1-1.4 m and flowering time of 70-75 days. The genotype data for ARS_BTX623_NAM_ESCT population is archived at NCBI sequence read archive under project SRP8838986 [(1) Marla et al., 2019, Genes|Genomes|Genetics]. The population served as primary genetic resource for successful identification and application of DNA markers that are useful for improvement of sorghum chilling tolerance [(2)Marla et al., 2023, Genes|Genomes|Genetics]. The availability of published advanced genetics and information on sorghum chilling tolerance made this NAM population highly valuable for public availability as it is actually in use as germplasm for detailed physiological studies of sorghum chilling tolerance by various public and private research groups. References: (1)Marla et al., 2019. Genetic architecture of chilling tolerance in sorghum dissected with a nested association mapping population. G3, 9:4045-4097; (2)Marla et al., 2023.Genomics and phenomics enabled prebreeding improved early season chilling tolerance in sorghum. G3, 13:jkad116.2190501PI 707474
415PI 707475Sorghum, MiloSorghum bicolor (L.) Moench S9Not Available2025The sorghum ARS_BTX623_NAM_ESCT population is composed of three biparental parental subpopulations with a total of 769 recombinant inbred lines (F7-F8 RILs) entries. The biparental subpopulations are referred to as: BTx623xHKZ; BTx623xNSZ and BTx623x Kaoliang. This population includes new sorghum germplasm that displayed transgressive segregation compared to cold tolerant parent based on germinability(>than 70%), field emergence (60-80%) and seedling vigor (robust score of 1.5-2.5 on a scale of 1 (robust vigor) to 5 (poor vigor), traits that are needed for early season cold tolerance in US production settings. Majority of RILs displayed combine height of 1-1.4 m and flowering time of 70-75 days. The genotype data for ARS_BTX623_NAM_ESCT population is archived at NCBI sequence read archive under project SRP8838986 [(1) Marla et al., 2019, Genes|Genomes|Genetics]. The population served as primary genetic resource for successful identification and application of DNA markers that are useful for improvement of sorghum chilling tolerance [(2)Marla et al., 2023, Genes|Genomes|Genetics]. The availability of published advanced genetics and information on sorghum chilling tolerance made this NAM population highly valuable for public availability as it is actually in use as germplasm for detailed physiological studies of sorghum chilling tolerance by various public and private research groups. References: (1)Marla et al., 2019. Genetic architecture of chilling tolerance in sorghum dissected with a nested association mapping population. G3, 9:4045-4097; (2)Marla et al., 2023.Genomics and phenomics enabled prebreeding improved early season chilling tolerance in sorghum. G3, 13:jkad116.2190502PI 707475
416PI 707476Sorghum, MiloSorghum bicolor (L.) Moench S9Not Available2025The sorghum ARS_BTX623_NAM_ESCT population is composed of three biparental parental subpopulations with a total of 769 recombinant inbred lines (F7-F8 RILs) entries. The biparental subpopulations are referred to as: BTx623xHKZ; BTx623xNSZ and BTx623x Kaoliang. This population includes new sorghum germplasm that displayed transgressive segregation compared to cold tolerant parent based on germinability(>than 70%), field emergence (60-80%) and seedling vigor (robust score of 1.5-2.5 on a scale of 1 (robust vigor) to 5 (poor vigor), traits that are needed for early season cold tolerance in US production settings. Majority of RILs displayed combine height of 1-1.4 m and flowering time of 70-75 days. The genotype data for ARS_BTX623_NAM_ESCT population is archived at NCBI sequence read archive under project SRP8838986 [(1) Marla et al., 2019, Genes|Genomes|Genetics]. The population served as primary genetic resource for successful identification and application of DNA markers that are useful for improvement of sorghum chilling tolerance [(2)Marla et al., 2023, Genes|Genomes|Genetics]. The availability of published advanced genetics and information on sorghum chilling tolerance made this NAM population highly valuable for public availability as it is actually in use as germplasm for detailed physiological studies of sorghum chilling tolerance by various public and private research groups. References: (1)Marla et al., 2019. Genetic architecture of chilling tolerance in sorghum dissected with a nested association mapping population. G3, 9:4045-4097; (2)Marla et al., 2023.Genomics and phenomics enabled prebreeding improved early season chilling tolerance in sorghum. G3, 13:jkad116.2190503PI 707476
417PI 707477Sorghum, MiloSorghum bicolor (L.) Moench S9Not Available2025The sorghum ARS_BTX623_NAM_ESCT population is composed of three biparental parental subpopulations with a total of 769 recombinant inbred lines (F7-F8 RILs) entries. The biparental subpopulations are referred to as: BTx623xHKZ; BTx623xNSZ and BTx623x Kaoliang. This population includes new sorghum germplasm that displayed transgressive segregation compared to cold tolerant parent based on germinability(>than 70%), field emergence (60-80%) and seedling vigor (robust score of 1.5-2.5 on a scale of 1 (robust vigor) to 5 (poor vigor), traits that are needed for early season cold tolerance in US production settings. Majority of RILs displayed combine height of 1-1.4 m and flowering time of 70-75 days. The genotype data for ARS_BTX623_NAM_ESCT population is archived at NCBI sequence read archive under project SRP8838986 [(1) Marla et al., 2019, Genes|Genomes|Genetics]. The population served as primary genetic resource for successful identification and application of DNA markers that are useful for improvement of sorghum chilling tolerance [(2)Marla et al., 2023, Genes|Genomes|Genetics]. The availability of published advanced genetics and information on sorghum chilling tolerance made this NAM population highly valuable for public availability as it is actually in use as germplasm for detailed physiological studies of sorghum chilling tolerance by various public and private research groups. References: (1)Marla et al., 2019. Genetic architecture of chilling tolerance in sorghum dissected with a nested association mapping population. G3, 9:4045-4097; (2)Marla et al., 2023.Genomics and phenomics enabled prebreeding improved early season chilling tolerance in sorghum. G3, 13:jkad116.2190504PI 707477
418PI 707478Sorghum, MiloSorghum bicolor (L.) Moench S9Not Available2025The sorghum ARS_BTX623_NAM_ESCT population is composed of three biparental parental subpopulations with a total of 769 recombinant inbred lines (F7-F8 RILs) entries. The biparental subpopulations are referred to as: BTx623xHKZ; BTx623xNSZ and BTx623x Kaoliang. This population includes new sorghum germplasm that displayed transgressive segregation compared to cold tolerant parent based on germinability(>than 70%), field emergence (60-80%) and seedling vigor (robust score of 1.5-2.5 on a scale of 1 (robust vigor) to 5 (poor vigor), traits that are needed for early season cold tolerance in US production settings. Majority of RILs displayed combine height of 1-1.4 m and flowering time of 70-75 days. The genotype data for ARS_BTX623_NAM_ESCT population is archived at NCBI sequence read archive under project SRP8838986 [(1) Marla et al., 2019, Genes|Genomes|Genetics]. The population served as primary genetic resource for successful identification and application of DNA markers that are useful for improvement of sorghum chilling tolerance [(2)Marla et al., 2023, Genes|Genomes|Genetics]. The availability of published advanced genetics and information on sorghum chilling tolerance made this NAM population highly valuable for public availability as it is actually in use as germplasm for detailed physiological studies of sorghum chilling tolerance by various public and private research groups. References: (1)Marla et al., 2019. Genetic architecture of chilling tolerance in sorghum dissected with a nested association mapping population. G3, 9:4045-4097; (2)Marla et al., 2023.Genomics and phenomics enabled prebreeding improved early season chilling tolerance in sorghum. G3, 13:jkad116.2190505PI 707478
419PI 707479Sorghum, MiloSorghum bicolor (L.) Moench S9Not Available2025The sorghum ARS_BTX623_NAM_ESCT population is composed of three biparental parental subpopulations with a total of 769 recombinant inbred lines (F7-F8 RILs) entries. The biparental subpopulations are referred to as: BTx623xHKZ; BTx623xNSZ and BTx623x Kaoliang. This population includes new sorghum germplasm that displayed transgressive segregation compared to cold tolerant parent based on germinability(>than 70%), field emergence (60-80%) and seedling vigor (robust score of 1.5-2.5 on a scale of 1 (robust vigor) to 5 (poor vigor), traits that are needed for early season cold tolerance in US production settings. Majority of RILs displayed combine height of 1-1.4 m and flowering time of 70-75 days. The genotype data for ARS_BTX623_NAM_ESCT population is archived at NCBI sequence read archive under project SRP8838986 [(1) Marla et al., 2019, Genes|Genomes|Genetics]. The population served as primary genetic resource for successful identification and application of DNA markers that are useful for improvement of sorghum chilling tolerance [(2)Marla et al., 2023, Genes|Genomes|Genetics]. The availability of published advanced genetics and information on sorghum chilling tolerance made this NAM population highly valuable for public availability as it is actually in use as germplasm for detailed physiological studies of sorghum chilling tolerance by various public and private research groups. References: (1)Marla et al., 2019. Genetic architecture of chilling tolerance in sorghum dissected with a nested association mapping population. G3, 9:4045-4097; (2)Marla et al., 2023.Genomics and phenomics enabled prebreeding improved early season chilling tolerance in sorghum. G3, 13:jkad116.2190506PI 707479
420PI 707480Sorghum, MiloSorghum bicolor (L.) Moench S9Not Available2025The sorghum ARS_BTX623_NAM_ESCT population is composed of three biparental parental subpopulations with a total of 769 recombinant inbred lines (F7-F8 RILs) entries. The biparental subpopulations are referred to as: BTx623xHKZ; BTx623xNSZ and BTx623x Kaoliang. This population includes new sorghum germplasm that displayed transgressive segregation compared to cold tolerant parent based on germinability(>than 70%), field emergence (60-80%) and seedling vigor (robust score of 1.5-2.5 on a scale of 1 (robust vigor) to 5 (poor vigor), traits that are needed for early season cold tolerance in US production settings. Majority of RILs displayed combine height of 1-1.4 m and flowering time of 70-75 days. The genotype data for ARS_BTX623_NAM_ESCT population is archived at NCBI sequence read archive under project SRP8838986 [(1) Marla et al., 2019, Genes|Genomes|Genetics]. The population served as primary genetic resource for successful identification and application of DNA markers that are useful for improvement of sorghum chilling tolerance [(2)Marla et al., 2023, Genes|Genomes|Genetics]. The availability of published advanced genetics and information on sorghum chilling tolerance made this NAM population highly valuable for public availability as it is actually in use as germplasm for detailed physiological studies of sorghum chilling tolerance by various public and private research groups. References: (1)Marla et al., 2019. Genetic architecture of chilling tolerance in sorghum dissected with a nested association mapping population. G3, 9:4045-4097; (2)Marla et al., 2023.Genomics and phenomics enabled prebreeding improved early season chilling tolerance in sorghum. G3, 13:jkad116.2190507PI 707480
421PI 707481Sorghum, MiloSorghum bicolor (L.) Moench S9Not Available2025The sorghum ARS_BTX623_NAM_ESCT population is composed of three biparental parental subpopulations with a total of 769 recombinant inbred lines (F7-F8 RILs) entries. The biparental subpopulations are referred to as: BTx623xHKZ; BTx623xNSZ and BTx623x Kaoliang. This population includes new sorghum germplasm that displayed transgressive segregation compared to cold tolerant parent based on germinability(>than 70%), field emergence (60-80%) and seedling vigor (robust score of 1.5-2.5 on a scale of 1 (robust vigor) to 5 (poor vigor), traits that are needed for early season cold tolerance in US production settings. Majority of RILs displayed combine height of 1-1.4 m and flowering time of 70-75 days. The genotype data for ARS_BTX623_NAM_ESCT population is archived at NCBI sequence read archive under project SRP8838986 [(1) Marla et al., 2019, Genes|Genomes|Genetics]. The population served as primary genetic resource for successful identification and application of DNA markers that are useful for improvement of sorghum chilling tolerance [(2)Marla et al., 2023, Genes|Genomes|Genetics]. The availability of published advanced genetics and information on sorghum chilling tolerance made this NAM population highly valuable for public availability as it is actually in use as germplasm for detailed physiological studies of sorghum chilling tolerance by various public and private research groups. References: (1)Marla et al., 2019. Genetic architecture of chilling tolerance in sorghum dissected with a nested association mapping population. G3, 9:4045-4097; (2)Marla et al., 2023.Genomics and phenomics enabled prebreeding improved early season chilling tolerance in sorghum. G3, 13:jkad116.2190508PI 707481
422PI 707482Sorghum, MiloSorghum bicolor (L.) Moench S9Not Available2025The sorghum ARS_BTX623_NAM_ESCT population is composed of three biparental parental subpopulations with a total of 769 recombinant inbred lines (F7-F8 RILs) entries. The biparental subpopulations are referred to as: BTx623xHKZ; BTx623xNSZ and BTx623x Kaoliang. This population includes new sorghum germplasm that displayed transgressive segregation compared to cold tolerant parent based on germinability(>than 70%), field emergence (60-80%) and seedling vigor (robust score of 1.5-2.5 on a scale of 1 (robust vigor) to 5 (poor vigor), traits that are needed for early season cold tolerance in US production settings. Majority of RILs displayed combine height of 1-1.4 m and flowering time of 70-75 days. The genotype data for ARS_BTX623_NAM_ESCT population is archived at NCBI sequence read archive under project SRP8838986 [(1) Marla et al., 2019, Genes|Genomes|Genetics]. The population served as primary genetic resource for successful identification and application of DNA markers that are useful for improvement of sorghum chilling tolerance [(2)Marla et al., 2023, Genes|Genomes|Genetics]. The availability of published advanced genetics and information on sorghum chilling tolerance made this NAM population highly valuable for public availability as it is actually in use as germplasm for detailed physiological studies of sorghum chilling tolerance by various public and private research groups. References: (1)Marla et al., 2019. Genetic architecture of chilling tolerance in sorghum dissected with a nested association mapping population. G3, 9:4045-4097; (2)Marla et al., 2023.Genomics and phenomics enabled prebreeding improved early season chilling tolerance in sorghum. G3, 13:jkad116.2190509PI 707482
423PI 707483Sorghum, MiloSorghum bicolor (L.) Moench S9Not Available2025The sorghum ARS_BTX623_NAM_ESCT population is composed of three biparental parental subpopulations with a total of 769 recombinant inbred lines (F7-F8 RILs) entries. The biparental subpopulations are referred to as: BTx623xHKZ; BTx623xNSZ and BTx623x Kaoliang. This population includes new sorghum germplasm that displayed transgressive segregation compared to cold tolerant parent based on germinability(>than 70%), field emergence (60-80%) and seedling vigor (robust score of 1.5-2.5 on a scale of 1 (robust vigor) to 5 (poor vigor), traits that are needed for early season cold tolerance in US production settings. Majority of RILs displayed combine height of 1-1.4 m and flowering time of 70-75 days. The genotype data for ARS_BTX623_NAM_ESCT population is archived at NCBI sequence read archive under project SRP8838986 [(1) Marla et al., 2019, Genes|Genomes|Genetics]. The population served as primary genetic resource for successful identification and application of DNA markers that are useful for improvement of sorghum chilling tolerance [(2)Marla et al., 2023, Genes|Genomes|Genetics]. The availability of published advanced genetics and information on sorghum chilling tolerance made this NAM population highly valuable for public availability as it is actually in use as germplasm for detailed physiological studies of sorghum chilling tolerance by various public and private research groups. References: (1)Marla et al., 2019. Genetic architecture of chilling tolerance in sorghum dissected with a nested association mapping population. G3, 9:4045-4097; (2)Marla et al., 2023.Genomics and phenomics enabled prebreeding improved early season chilling tolerance in sorghum. G3, 13:jkad116.2190510PI 707483
424PI 707484Sorghum, MiloSorghum bicolor (L.) Moench S9Not Available2025The sorghum ARS_BTX623_NAM_ESCT population is composed of three biparental parental subpopulations with a total of 769 recombinant inbred lines (F7-F8 RILs) entries. The biparental subpopulations are referred to as: BTx623xHKZ; BTx623xNSZ and BTx623x Kaoliang. This population includes new sorghum germplasm that displayed transgressive segregation compared to cold tolerant parent based on germinability(>than 70%), field emergence (60-80%) and seedling vigor (robust score of 1.5-2.5 on a scale of 1 (robust vigor) to 5 (poor vigor), traits that are needed for early season cold tolerance in US production settings. Majority of RILs displayed combine height of 1-1.4 m and flowering time of 70-75 days. The genotype data for ARS_BTX623_NAM_ESCT population is archived at NCBI sequence read archive under project SRP8838986 [(1) Marla et al., 2019, Genes|Genomes|Genetics]. The population served as primary genetic resource for successful identification and application of DNA markers that are useful for improvement of sorghum chilling tolerance [(2)Marla et al., 2023, Genes|Genomes|Genetics]. The availability of published advanced genetics and information on sorghum chilling tolerance made this NAM population highly valuable for public availability as it is actually in use as germplasm for detailed physiological studies of sorghum chilling tolerance by various public and private research groups. References: (1)Marla et al., 2019. Genetic architecture of chilling tolerance in sorghum dissected with a nested association mapping population. G3, 9:4045-4097; (2)Marla et al., 2023.Genomics and phenomics enabled prebreeding improved early season chilling tolerance in sorghum. G3, 13:jkad116.2190511PI 707484
425PI 707485Sorghum, MiloSorghum bicolor (L.) Moench S9Not Available2025The sorghum ARS_BTX623_NAM_ESCT population is composed of three biparental parental subpopulations with a total of 769 recombinant inbred lines (F7-F8 RILs) entries. The biparental subpopulations are referred to as: BTx623xHKZ; BTx623xNSZ and BTx623x Kaoliang. This population includes new sorghum germplasm that displayed transgressive segregation compared to cold tolerant parent based on germinability(>than 70%), field emergence (60-80%) and seedling vigor (robust score of 1.5-2.5 on a scale of 1 (robust vigor) to 5 (poor vigor), traits that are needed for early season cold tolerance in US production settings. Majority of RILs displayed combine height of 1-1.4 m and flowering time of 70-75 days. The genotype data for ARS_BTX623_NAM_ESCT population is archived at NCBI sequence read archive under project SRP8838986 [(1) Marla et al., 2019, Genes|Genomes|Genetics]. The population served as primary genetic resource for successful identification and application of DNA markers that are useful for improvement of sorghum chilling tolerance [(2)Marla et al., 2023, Genes|Genomes|Genetics]. The availability of published advanced genetics and information on sorghum chilling tolerance made this NAM population highly valuable for public availability as it is actually in use as germplasm for detailed physiological studies of sorghum chilling tolerance by various public and private research groups. References: (1)Marla et al., 2019. Genetic architecture of chilling tolerance in sorghum dissected with a nested association mapping population. G3, 9:4045-4097; (2)Marla et al., 2023.Genomics and phenomics enabled prebreeding improved early season chilling tolerance in sorghum. G3, 13:jkad116.2190512PI 707485
426PI 707486Sorghum, MiloSorghum bicolor (L.) Moench S9Not Available2025The sorghum ARS_BTX623_NAM_ESCT population is composed of three biparental parental subpopulations with a total of 769 recombinant inbred lines (F7-F8 RILs) entries. The biparental subpopulations are referred to as: BTx623xHKZ; BTx623xNSZ and BTx623x Kaoliang. This population includes new sorghum germplasm that displayed transgressive segregation compared to cold tolerant parent based on germinability(>than 70%), field emergence (60-80%) and seedling vigor (robust score of 1.5-2.5 on a scale of 1 (robust vigor) to 5 (poor vigor), traits that are needed for early season cold tolerance in US production settings. Majority of RILs displayed combine height of 1-1.4 m and flowering time of 70-75 days. The genotype data for ARS_BTX623_NAM_ESCT population is archived at NCBI sequence read archive under project SRP8838986 [(1) Marla et al., 2019, Genes|Genomes|Genetics]. The population served as primary genetic resource for successful identification and application of DNA markers that are useful for improvement of sorghum chilling tolerance [(2)Marla et al., 2023, Genes|Genomes|Genetics]. The availability of published advanced genetics and information on sorghum chilling tolerance made this NAM population highly valuable for public availability as it is actually in use as germplasm for detailed physiological studies of sorghum chilling tolerance by various public and private research groups. References: (1)Marla et al., 2019. Genetic architecture of chilling tolerance in sorghum dissected with a nested association mapping population. G3, 9:4045-4097; (2)Marla et al., 2023.Genomics and phenomics enabled prebreeding improved early season chilling tolerance in sorghum. G3, 13:jkad116.2190513PI 707486
427PI 707487Sorghum, MiloSorghum bicolor (L.) Moench S9Not Available2025The sorghum ARS_BTX623_NAM_ESCT population is composed of three biparental parental subpopulations with a total of 769 recombinant inbred lines (F7-F8 RILs) entries. The biparental subpopulations are referred to as: BTx623xHKZ; BTx623xNSZ and BTx623x Kaoliang. This population includes new sorghum germplasm that displayed transgressive segregation compared to cold tolerant parent based on germinability(>than 70%), field emergence (60-80%) and seedling vigor (robust score of 1.5-2.5 on a scale of 1 (robust vigor) to 5 (poor vigor), traits that are needed for early season cold tolerance in US production settings. Majority of RILs displayed combine height of 1-1.4 m and flowering time of 70-75 days. The genotype data for ARS_BTX623_NAM_ESCT population is archived at NCBI sequence read archive under project SRP8838986 [(1) Marla et al., 2019, Genes|Genomes|Genetics]. The population served as primary genetic resource for successful identification and application of DNA markers that are useful for improvement of sorghum chilling tolerance [(2)Marla et al., 2023, Genes|Genomes|Genetics]. The availability of published advanced genetics and information on sorghum chilling tolerance made this NAM population highly valuable for public availability as it is actually in use as germplasm for detailed physiological studies of sorghum chilling tolerance by various public and private research groups. References: (1)Marla et al., 2019. Genetic architecture of chilling tolerance in sorghum dissected with a nested association mapping population. G3, 9:4045-4097; (2)Marla et al., 2023.Genomics and phenomics enabled prebreeding improved early season chilling tolerance in sorghum. G3, 13:jkad116.2190514PI 707487
428PI 707488Sorghum, MiloSorghum bicolor (L.) Moench S9Not Available2025The sorghum ARS_BTX623_NAM_ESCT population is composed of three biparental parental subpopulations with a total of 769 recombinant inbred lines (F7-F8 RILs) entries. The biparental subpopulations are referred to as: BTx623xHKZ; BTx623xNSZ and BTx623x Kaoliang. This population includes new sorghum germplasm that displayed transgressive segregation compared to cold tolerant parent based on germinability(>than 70%), field emergence (60-80%) and seedling vigor (robust score of 1.5-2.5 on a scale of 1 (robust vigor) to 5 (poor vigor), traits that are needed for early season cold tolerance in US production settings. Majority of RILs displayed combine height of 1-1.4 m and flowering time of 70-75 days. The genotype data for ARS_BTX623_NAM_ESCT population is archived at NCBI sequence read archive under project SRP8838986 [(1) Marla et al., 2019, Genes|Genomes|Genetics]. The population served as primary genetic resource for successful identification and application of DNA markers that are useful for improvement of sorghum chilling tolerance [(2)Marla et al., 2023, Genes|Genomes|Genetics]. The availability of published advanced genetics and information on sorghum chilling tolerance made this NAM population highly valuable for public availability as it is actually in use as germplasm for detailed physiological studies of sorghum chilling tolerance by various public and private research groups. References: (1)Marla et al., 2019. Genetic architecture of chilling tolerance in sorghum dissected with a nested association mapping population. G3, 9:4045-4097; (2)Marla et al., 2023.Genomics and phenomics enabled prebreeding improved early season chilling tolerance in sorghum. G3, 13:jkad116.2190515PI 707488
429PI 707489Sorghum, MiloSorghum bicolor (L.) Moench S9Not Available2025The sorghum ARS_BTX623_NAM_ESCT population is composed of three biparental parental subpopulations with a total of 769 recombinant inbred lines (F7-F8 RILs) entries. The biparental subpopulations are referred to as: BTx623xHKZ; BTx623xNSZ and BTx623x Kaoliang. This population includes new sorghum germplasm that displayed transgressive segregation compared to cold tolerant parent based on germinability(>than 70%), field emergence (60-80%) and seedling vigor (robust score of 1.5-2.5 on a scale of 1 (robust vigor) to 5 (poor vigor), traits that are needed for early season cold tolerance in US production settings. Majority of RILs displayed combine height of 1-1.4 m and flowering time of 70-75 days. The genotype data for ARS_BTX623_NAM_ESCT population is archived at NCBI sequence read archive under project SRP8838986 [(1) Marla et al., 2019, Genes|Genomes|Genetics]. The population served as primary genetic resource for successful identification and application of DNA markers that are useful for improvement of sorghum chilling tolerance [(2)Marla et al., 2023, Genes|Genomes|Genetics]. The availability of published advanced genetics and information on sorghum chilling tolerance made this NAM population highly valuable for public availability as it is actually in use as germplasm for detailed physiological studies of sorghum chilling tolerance by various public and private research groups. References: (1)Marla et al., 2019. Genetic architecture of chilling tolerance in sorghum dissected with a nested association mapping population. G3, 9:4045-4097; (2)Marla et al., 2023.Genomics and phenomics enabled prebreeding improved early season chilling tolerance in sorghum. G3, 13:jkad116.2190516PI 707489
430PI 707490Sorghum, MiloSorghum bicolor (L.) Moench S9Not Available2025The sorghum ARS_BTX623_NAM_ESCT population is composed of three biparental parental subpopulations with a total of 769 recombinant inbred lines (F7-F8 RILs) entries. The biparental subpopulations are referred to as: BTx623xHKZ; BTx623xNSZ and BTx623x Kaoliang. This population includes new sorghum germplasm that displayed transgressive segregation compared to cold tolerant parent based on germinability(>than 70%), field emergence (60-80%) and seedling vigor (robust score of 1.5-2.5 on a scale of 1 (robust vigor) to 5 (poor vigor), traits that are needed for early season cold tolerance in US production settings. Majority of RILs displayed combine height of 1-1.4 m and flowering time of 70-75 days. The genotype data for ARS_BTX623_NAM_ESCT population is archived at NCBI sequence read archive under project SRP8838986 [(1) Marla et al., 2019, Genes|Genomes|Genetics]. The population served as primary genetic resource for successful identification and application of DNA markers that are useful for improvement of sorghum chilling tolerance [(2)Marla et al., 2023, Genes|Genomes|Genetics]. The availability of published advanced genetics and information on sorghum chilling tolerance made this NAM population highly valuable for public availability as it is actually in use as germplasm for detailed physiological studies of sorghum chilling tolerance by various public and private research groups. References: (1)Marla et al., 2019. Genetic architecture of chilling tolerance in sorghum dissected with a nested association mapping population. G3, 9:4045-4097; (2)Marla et al., 2023.Genomics and phenomics enabled prebreeding improved early season chilling tolerance in sorghum. G3, 13:jkad116.2190517PI 707490
431PI 707491Sorghum, MiloSorghum bicolor (L.) Moench S9Not Available2025The sorghum ARS_BTX623_NAM_ESCT population is composed of three biparental parental subpopulations with a total of 769 recombinant inbred lines (F7-F8 RILs) entries. The biparental subpopulations are referred to as: BTx623xHKZ; BTx623xNSZ and BTx623x Kaoliang. This population includes new sorghum germplasm that displayed transgressive segregation compared to cold tolerant parent based on germinability(>than 70%), field emergence (60-80%) and seedling vigor (robust score of 1.5-2.5 on a scale of 1 (robust vigor) to 5 (poor vigor), traits that are needed for early season cold tolerance in US production settings. Majority of RILs displayed combine height of 1-1.4 m and flowering time of 70-75 days. The genotype data for ARS_BTX623_NAM_ESCT population is archived at NCBI sequence read archive under project SRP8838986 [(1) Marla et al., 2019, Genes|Genomes|Genetics]. The population served as primary genetic resource for successful identification and application of DNA markers that are useful for improvement of sorghum chilling tolerance [(2)Marla et al., 2023, Genes|Genomes|Genetics]. The availability of published advanced genetics and information on sorghum chilling tolerance made this NAM population highly valuable for public availability as it is actually in use as germplasm for detailed physiological studies of sorghum chilling tolerance by various public and private research groups. References: (1)Marla et al., 2019. Genetic architecture of chilling tolerance in sorghum dissected with a nested association mapping population. G3, 9:4045-4097; (2)Marla et al., 2023.Genomics and phenomics enabled prebreeding improved early season chilling tolerance in sorghum. G3, 13:jkad116.2190518PI 707491
432PI 707492Sorghum, MiloSorghum bicolor (L.) Moench S9Not Available2025The sorghum ARS_BTX623_NAM_ESCT population is composed of three biparental parental subpopulations with a total of 769 recombinant inbred lines (F7-F8 RILs) entries. The biparental subpopulations are referred to as: BTx623xHKZ; BTx623xNSZ and BTx623x Kaoliang. This population includes new sorghum germplasm that displayed transgressive segregation compared to cold tolerant parent based on germinability(>than 70%), field emergence (60-80%) and seedling vigor (robust score of 1.5-2.5 on a scale of 1 (robust vigor) to 5 (poor vigor), traits that are needed for early season cold tolerance in US production settings. Majority of RILs displayed combine height of 1-1.4 m and flowering time of 70-75 days. The genotype data for ARS_BTX623_NAM_ESCT population is archived at NCBI sequence read archive under project SRP8838986 [(1) Marla et al., 2019, Genes|Genomes|Genetics]. The population served as primary genetic resource for successful identification and application of DNA markers that are useful for improvement of sorghum chilling tolerance [(2)Marla et al., 2023, Genes|Genomes|Genetics]. The availability of published advanced genetics and information on sorghum chilling tolerance made this NAM population highly valuable for public availability as it is actually in use as germplasm for detailed physiological studies of sorghum chilling tolerance by various public and private research groups. References: (1)Marla et al., 2019. Genetic architecture of chilling tolerance in sorghum dissected with a nested association mapping population. G3, 9:4045-4097; (2)Marla et al., 2023.Genomics and phenomics enabled prebreeding improved early season chilling tolerance in sorghum. G3, 13:jkad116.2190519PI 707492
433PI 707493Sorghum, MiloSorghum bicolor (L.) Moench S9Not Available2025The sorghum ARS_BTX623_NAM_ESCT population is composed of three biparental parental subpopulations with a total of 769 recombinant inbred lines (F7-F8 RILs) entries. The biparental subpopulations are referred to as: BTx623xHKZ; BTx623xNSZ and BTx623x Kaoliang. This population includes new sorghum germplasm that displayed transgressive segregation compared to cold tolerant parent based on germinability(>than 70%), field emergence (60-80%) and seedling vigor (robust score of 1.5-2.5 on a scale of 1 (robust vigor) to 5 (poor vigor), traits that are needed for early season cold tolerance in US production settings. Majority of RILs displayed combine height of 1-1.4 m and flowering time of 70-75 days. The genotype data for ARS_BTX623_NAM_ESCT population is archived at NCBI sequence read archive under project SRP8838986 [(1) Marla et al., 2019, Genes|Genomes|Genetics]. The population served as primary genetic resource for successful identification and application of DNA markers that are useful for improvement of sorghum chilling tolerance [(2)Marla et al., 2023, Genes|Genomes|Genetics]. The availability of published advanced genetics and information on sorghum chilling tolerance made this NAM population highly valuable for public availability as it is actually in use as germplasm for detailed physiological studies of sorghum chilling tolerance by various public and private research groups. References: (1)Marla et al., 2019. Genetic architecture of chilling tolerance in sorghum dissected with a nested association mapping population. G3, 9:4045-4097; (2)Marla et al., 2023.Genomics and phenomics enabled prebreeding improved early season chilling tolerance in sorghum. G3, 13:jkad116.2190520PI 707493
434PI 707494Sorghum, MiloSorghum bicolor (L.) Moench S9Not Available2025The sorghum ARS_BTX623_NAM_ESCT population is composed of three biparental parental subpopulations with a total of 769 recombinant inbred lines (F7-F8 RILs) entries. The biparental subpopulations are referred to as: BTx623xHKZ; BTx623xNSZ and BTx623x Kaoliang. This population includes new sorghum germplasm that displayed transgressive segregation compared to cold tolerant parent based on germinability(>than 70%), field emergence (60-80%) and seedling vigor (robust score of 1.5-2.5 on a scale of 1 (robust vigor) to 5 (poor vigor), traits that are needed for early season cold tolerance in US production settings. Majority of RILs displayed combine height of 1-1.4 m and flowering time of 70-75 days. The genotype data for ARS_BTX623_NAM_ESCT population is archived at NCBI sequence read archive under project SRP8838986 [(1) Marla et al., 2019, Genes|Genomes|Genetics]. The population served as primary genetic resource for successful identification and application of DNA markers that are useful for improvement of sorghum chilling tolerance [(2)Marla et al., 2023, Genes|Genomes|Genetics]. The availability of published advanced genetics and information on sorghum chilling tolerance made this NAM population highly valuable for public availability as it is actually in use as germplasm for detailed physiological studies of sorghum chilling tolerance by various public and private research groups. References: (1)Marla et al., 2019. Genetic architecture of chilling tolerance in sorghum dissected with a nested association mapping population. G3, 9:4045-4097; (2)Marla et al., 2023.Genomics and phenomics enabled prebreeding improved early season chilling tolerance in sorghum. G3, 13:jkad116.2190521PI 707494
435PI 707495Sorghum, MiloSorghum bicolor (L.) Moench S9Not Available2025The sorghum ARS_BTX623_NAM_ESCT population is composed of three biparental parental subpopulations with a total of 769 recombinant inbred lines (F7-F8 RILs) entries. The biparental subpopulations are referred to as: BTx623xHKZ; BTx623xNSZ and BTx623x Kaoliang. This population includes new sorghum germplasm that displayed transgressive segregation compared to cold tolerant parent based on germinability(>than 70%), field emergence (60-80%) and seedling vigor (robust score of 1.5-2.5 on a scale of 1 (robust vigor) to 5 (poor vigor), traits that are needed for early season cold tolerance in US production settings. Majority of RILs displayed combine height of 1-1.4 m and flowering time of 70-75 days. The genotype data for ARS_BTX623_NAM_ESCT population is archived at NCBI sequence read archive under project SRP8838986 [(1) Marla et al., 2019, Genes|Genomes|Genetics]. The population served as primary genetic resource for successful identification and application of DNA markers that are useful for improvement of sorghum chilling tolerance [(2)Marla et al., 2023, Genes|Genomes|Genetics]. The availability of published advanced genetics and information on sorghum chilling tolerance made this NAM population highly valuable for public availability as it is actually in use as germplasm for detailed physiological studies of sorghum chilling tolerance by various public and private research groups. References: (1)Marla et al., 2019. Genetic architecture of chilling tolerance in sorghum dissected with a nested association mapping population. G3, 9:4045-4097; (2)Marla et al., 2023.Genomics and phenomics enabled prebreeding improved early season chilling tolerance in sorghum. G3, 13:jkad116.2190522PI 707495
436PI 707496Sorghum, MiloSorghum bicolor (L.) Moench S9Not Available2025The sorghum ARS_BTX623_NAM_ESCT population is composed of three biparental parental subpopulations with a total of 769 recombinant inbred lines (F7-F8 RILs) entries. The biparental subpopulations are referred to as: BTx623xHKZ; BTx623xNSZ and BTx623x Kaoliang. This population includes new sorghum germplasm that displayed transgressive segregation compared to cold tolerant parent based on germinability(>than 70%), field emergence (60-80%) and seedling vigor (robust score of 1.5-2.5 on a scale of 1 (robust vigor) to 5 (poor vigor), traits that are needed for early season cold tolerance in US production settings. Majority of RILs displayed combine height of 1-1.4 m and flowering time of 70-75 days. The genotype data for ARS_BTX623_NAM_ESCT population is archived at NCBI sequence read archive under project SRP8838986 [(1) Marla et al., 2019, Genes|Genomes|Genetics]. The population served as primary genetic resource for successful identification and application of DNA markers that are useful for improvement of sorghum chilling tolerance [(2)Marla et al., 2023, Genes|Genomes|Genetics]. The availability of published advanced genetics and information on sorghum chilling tolerance made this NAM population highly valuable for public availability as it is actually in use as germplasm for detailed physiological studies of sorghum chilling tolerance by various public and private research groups. References: (1)Marla et al., 2019. Genetic architecture of chilling tolerance in sorghum dissected with a nested association mapping population. G3, 9:4045-4097; (2)Marla et al., 2023.Genomics and phenomics enabled prebreeding improved early season chilling tolerance in sorghum. G3, 13:jkad116.2190523PI 707496
437PI 707497Sorghum, MiloSorghum bicolor (L.) Moench S9Not Available2025The sorghum ARS_BTX623_NAM_ESCT population is composed of three biparental parental subpopulations with a total of 769 recombinant inbred lines (F7-F8 RILs) entries. The biparental subpopulations are referred to as: BTx623xHKZ; BTx623xNSZ and BTx623x Kaoliang. This population includes new sorghum germplasm that displayed transgressive segregation compared to cold tolerant parent based on germinability(>than 70%), field emergence (60-80%) and seedling vigor (robust score of 1.5-2.5 on a scale of 1 (robust vigor) to 5 (poor vigor), traits that are needed for early season cold tolerance in US production settings. Majority of RILs displayed combine height of 1-1.4 m and flowering time of 70-75 days. The genotype data for ARS_BTX623_NAM_ESCT population is archived at NCBI sequence read archive under project SRP8838986 [(1) Marla et al., 2019, Genes|Genomes|Genetics]. The population served as primary genetic resource for successful identification and application of DNA markers that are useful for improvement of sorghum chilling tolerance [(2)Marla et al., 2023, Genes|Genomes|Genetics]. The availability of published advanced genetics and information on sorghum chilling tolerance made this NAM population highly valuable for public availability as it is actually in use as germplasm for detailed physiological studies of sorghum chilling tolerance by various public and private research groups. References: (1)Marla et al., 2019. Genetic architecture of chilling tolerance in sorghum dissected with a nested association mapping population. G3, 9:4045-4097; (2)Marla et al., 2023.Genomics and phenomics enabled prebreeding improved early season chilling tolerance in sorghum. G3, 13:jkad116.2190524PI 707497
438PI 707498Sorghum, MiloSorghum bicolor (L.) Moench S9Not Available2025The sorghum ARS_BTX623_NAM_ESCT population is composed of three biparental parental subpopulations with a total of 769 recombinant inbred lines (F7-F8 RILs) entries. The biparental subpopulations are referred to as: BTx623xHKZ; BTx623xNSZ and BTx623x Kaoliang. This population includes new sorghum germplasm that displayed transgressive segregation compared to cold tolerant parent based on germinability(>than 70%), field emergence (60-80%) and seedling vigor (robust score of 1.5-2.5 on a scale of 1 (robust vigor) to 5 (poor vigor), traits that are needed for early season cold tolerance in US production settings. Majority of RILs displayed combine height of 1-1.4 m and flowering time of 70-75 days. The genotype data for ARS_BTX623_NAM_ESCT population is archived at NCBI sequence read archive under project SRP8838986 [(1) Marla et al., 2019, Genes|Genomes|Genetics]. The population served as primary genetic resource for successful identification and application of DNA markers that are useful for improvement of sorghum chilling tolerance [(2)Marla et al., 2023, Genes|Genomes|Genetics]. The availability of published advanced genetics and information on sorghum chilling tolerance made this NAM population highly valuable for public availability as it is actually in use as germplasm for detailed physiological studies of sorghum chilling tolerance by various public and private research groups. References: (1)Marla et al., 2019. Genetic architecture of chilling tolerance in sorghum dissected with a nested association mapping population. G3, 9:4045-4097; (2)Marla et al., 2023.Genomics and phenomics enabled prebreeding improved early season chilling tolerance in sorghum. G3, 13:jkad116.2190525PI 707498
439PI 707499Sorghum, MiloSorghum bicolor (L.) Moench S9Not Available2025The sorghum ARS_BTX623_NAM_ESCT population is composed of three biparental parental subpopulations with a total of 769 recombinant inbred lines (F7-F8 RILs) entries. The biparental subpopulations are referred to as: BTx623xHKZ; BTx623xNSZ and BTx623x Kaoliang. This population includes new sorghum germplasm that displayed transgressive segregation compared to cold tolerant parent based on germinability(>than 70%), field emergence (60-80%) and seedling vigor (robust score of 1.5-2.5 on a scale of 1 (robust vigor) to 5 (poor vigor), traits that are needed for early season cold tolerance in US production settings. Majority of RILs displayed combine height of 1-1.4 m and flowering time of 70-75 days. The genotype data for ARS_BTX623_NAM_ESCT population is archived at NCBI sequence read archive under project SRP8838986 [(1) Marla et al., 2019, Genes|Genomes|Genetics]. The population served as primary genetic resource for successful identification and application of DNA markers that are useful for improvement of sorghum chilling tolerance [(2)Marla et al., 2023, Genes|Genomes|Genetics]. The availability of published advanced genetics and information on sorghum chilling tolerance made this NAM population highly valuable for public availability as it is actually in use as germplasm for detailed physiological studies of sorghum chilling tolerance by various public and private research groups. References: (1)Marla et al., 2019. Genetic architecture of chilling tolerance in sorghum dissected with a nested association mapping population. G3, 9:4045-4097; (2)Marla et al., 2023.Genomics and phenomics enabled prebreeding improved early season chilling tolerance in sorghum. G3, 13:jkad116.2190526PI 707499
440PI 707500Sorghum, MiloSorghum bicolor (L.) Moench S9Not Available2025The sorghum ARS_BTX623_NAM_ESCT population is composed of three biparental parental subpopulations with a total of 769 recombinant inbred lines (F7-F8 RILs) entries. The biparental subpopulations are referred to as: BTx623xHKZ; BTx623xNSZ and BTx623x Kaoliang. This population includes new sorghum germplasm that displayed transgressive segregation compared to cold tolerant parent based on germinability(>than 70%), field emergence (60-80%) and seedling vigor (robust score of 1.5-2.5 on a scale of 1 (robust vigor) to 5 (poor vigor), traits that are needed for early season cold tolerance in US production settings. Majority of RILs displayed combine height of 1-1.4 m and flowering time of 70-75 days. The genotype data for ARS_BTX623_NAM_ESCT population is archived at NCBI sequence read archive under project SRP8838986 [(1) Marla et al., 2019, Genes|Genomes|Genetics]. The population served as primary genetic resource for successful identification and application of DNA markers that are useful for improvement of sorghum chilling tolerance [(2)Marla et al., 2023, Genes|Genomes|Genetics]. The availability of published advanced genetics and information on sorghum chilling tolerance made this NAM population highly valuable for public availability as it is actually in use as germplasm for detailed physiological studies of sorghum chilling tolerance by various public and private research groups. References: (1)Marla et al., 2019. Genetic architecture of chilling tolerance in sorghum dissected with a nested association mapping population. G3, 9:4045-4097; (2)Marla et al., 2023.Genomics and phenomics enabled prebreeding improved early season chilling tolerance in sorghum. G3, 13:jkad116.2190527PI 707500
441PI 707501Sorghum, MiloSorghum bicolor (L.) Moench S9Not Available2025The sorghum ARS_BTX623_NAM_ESCT population is composed of three biparental parental subpopulations with a total of 769 recombinant inbred lines (F7-F8 RILs) entries. The biparental subpopulations are referred to as: BTx623xHKZ; BTx623xNSZ and BTx623x Kaoliang. This population includes new sorghum germplasm that displayed transgressive segregation compared to cold tolerant parent based on germinability(>than 70%), field emergence (60-80%) and seedling vigor (robust score of 1.5-2.5 on a scale of 1 (robust vigor) to 5 (poor vigor), traits that are needed for early season cold tolerance in US production settings. Majority of RILs displayed combine height of 1-1.4 m and flowering time of 70-75 days. The genotype data for ARS_BTX623_NAM_ESCT population is archived at NCBI sequence read archive under project SRP8838986 [(1) Marla et al., 2019, Genes|Genomes|Genetics]. The population served as primary genetic resource for successful identification and application of DNA markers that are useful for improvement of sorghum chilling tolerance [(2)Marla et al., 2023, Genes|Genomes|Genetics]. The availability of published advanced genetics and information on sorghum chilling tolerance made this NAM population highly valuable for public availability as it is actually in use as germplasm for detailed physiological studies of sorghum chilling tolerance by various public and private research groups. References: (1)Marla et al., 2019. Genetic architecture of chilling tolerance in sorghum dissected with a nested association mapping population. G3, 9:4045-4097; (2)Marla et al., 2023.Genomics and phenomics enabled prebreeding improved early season chilling tolerance in sorghum. G3, 13:jkad116.2190528PI 707501
442PI 707502Sorghum, MiloSorghum bicolor (L.) Moench S9Not Available2025The sorghum ARS_BTX623_NAM_ESCT population is composed of three biparental parental subpopulations with a total of 769 recombinant inbred lines (F7-F8 RILs) entries. The biparental subpopulations are referred to as: BTx623xHKZ; BTx623xNSZ and BTx623x Kaoliang. This population includes new sorghum germplasm that displayed transgressive segregation compared to cold tolerant parent based on germinability(>than 70%), field emergence (60-80%) and seedling vigor (robust score of 1.5-2.5 on a scale of 1 (robust vigor) to 5 (poor vigor), traits that are needed for early season cold tolerance in US production settings. Majority of RILs displayed combine height of 1-1.4 m and flowering time of 70-75 days. The genotype data for ARS_BTX623_NAM_ESCT population is archived at NCBI sequence read archive under project SRP8838986 [(1) Marla et al., 2019, Genes|Genomes|Genetics]. The population served as primary genetic resource for successful identification and application of DNA markers that are useful for improvement of sorghum chilling tolerance [(2)Marla et al., 2023, Genes|Genomes|Genetics]. The availability of published advanced genetics and information on sorghum chilling tolerance made this NAM population highly valuable for public availability as it is actually in use as germplasm for detailed physiological studies of sorghum chilling tolerance by various public and private research groups. References: (1)Marla et al., 2019. Genetic architecture of chilling tolerance in sorghum dissected with a nested association mapping population. G3, 9:4045-4097; (2)Marla et al., 2023.Genomics and phenomics enabled prebreeding improved early season chilling tolerance in sorghum. G3, 13:jkad116.2190529PI 707502
443PI 707503Sorghum, MiloSorghum bicolor (L.) Moench S9Not Available2025The sorghum ARS_BTX623_NAM_ESCT population is composed of three biparental parental subpopulations with a total of 769 recombinant inbred lines (F7-F8 RILs) entries. The biparental subpopulations are referred to as: BTx623xHKZ; BTx623xNSZ and BTx623x Kaoliang. This population includes new sorghum germplasm that displayed transgressive segregation compared to cold tolerant parent based on germinability(>than 70%), field emergence (60-80%) and seedling vigor (robust score of 1.5-2.5 on a scale of 1 (robust vigor) to 5 (poor vigor), traits that are needed for early season cold tolerance in US production settings. Majority of RILs displayed combine height of 1-1.4 m and flowering time of 70-75 days. The genotype data for ARS_BTX623_NAM_ESCT population is archived at NCBI sequence read archive under project SRP8838986 [(1) Marla et al., 2019, Genes|Genomes|Genetics]. The population served as primary genetic resource for successful identification and application of DNA markers that are useful for improvement of sorghum chilling tolerance [(2)Marla et al., 2023, Genes|Genomes|Genetics]. The availability of published advanced genetics and information on sorghum chilling tolerance made this NAM population highly valuable for public availability as it is actually in use as germplasm for detailed physiological studies of sorghum chilling tolerance by various public and private research groups. References: (1)Marla et al., 2019. Genetic architecture of chilling tolerance in sorghum dissected with a nested association mapping population. G3, 9:4045-4097; (2)Marla et al., 2023.Genomics and phenomics enabled prebreeding improved early season chilling tolerance in sorghum. G3, 13:jkad116.2190530PI 707503
444PI 707504Sorghum, MiloSorghum bicolor (L.) Moench S9Not Available2025The sorghum ARS_BTX623_NAM_ESCT population is composed of three biparental parental subpopulations with a total of 769 recombinant inbred lines (F7-F8 RILs) entries. The biparental subpopulations are referred to as: BTx623xHKZ; BTx623xNSZ and BTx623x Kaoliang. This population includes new sorghum germplasm that displayed transgressive segregation compared to cold tolerant parent based on germinability(>than 70%), field emergence (60-80%) and seedling vigor (robust score of 1.5-2.5 on a scale of 1 (robust vigor) to 5 (poor vigor), traits that are needed for early season cold tolerance in US production settings. Majority of RILs displayed combine height of 1-1.4 m and flowering time of 70-75 days. The genotype data for ARS_BTX623_NAM_ESCT population is archived at NCBI sequence read archive under project SRP8838986 [(1) Marla et al., 2019, Genes|Genomes|Genetics]. The population served as primary genetic resource for successful identification and application of DNA markers that are useful for improvement of sorghum chilling tolerance [(2)Marla et al., 2023, Genes|Genomes|Genetics]. The availability of published advanced genetics and information on sorghum chilling tolerance made this NAM population highly valuable for public availability as it is actually in use as germplasm for detailed physiological studies of sorghum chilling tolerance by various public and private research groups. References: (1)Marla et al., 2019. Genetic architecture of chilling tolerance in sorghum dissected with a nested association mapping population. G3, 9:4045-4097; (2)Marla et al., 2023.Genomics and phenomics enabled prebreeding improved early season chilling tolerance in sorghum. G3, 13:jkad116.2190531PI 707504
445PI 707505Sorghum, MiloSorghum bicolor (L.) Moench S9Not Available2025The sorghum ARS_BTX623_NAM_ESCT population is composed of three biparental parental subpopulations with a total of 769 recombinant inbred lines (F7-F8 RILs) entries. The biparental subpopulations are referred to as: BTx623xHKZ; BTx623xNSZ and BTx623x Kaoliang. This population includes new sorghum germplasm that displayed transgressive segregation compared to cold tolerant parent based on germinability(>than 70%), field emergence (60-80%) and seedling vigor (robust score of 1.5-2.5 on a scale of 1 (robust vigor) to 5 (poor vigor), traits that are needed for early season cold tolerance in US production settings. Majority of RILs displayed combine height of 1-1.4 m and flowering time of 70-75 days. The genotype data for ARS_BTX623_NAM_ESCT population is archived at NCBI sequence read archive under project SRP8838986 [(1) Marla et al., 2019, Genes|Genomes|Genetics]. The population served as primary genetic resource for successful identification and application of DNA markers that are useful for improvement of sorghum chilling tolerance [(2)Marla et al., 2023, Genes|Genomes|Genetics]. The availability of published advanced genetics and information on sorghum chilling tolerance made this NAM population highly valuable for public availability as it is actually in use as germplasm for detailed physiological studies of sorghum chilling tolerance by various public and private research groups. References: (1)Marla et al., 2019. Genetic architecture of chilling tolerance in sorghum dissected with a nested association mapping population. G3, 9:4045-4097; (2)Marla et al., 2023.Genomics and phenomics enabled prebreeding improved early season chilling tolerance in sorghum. G3, 13:jkad116.2190532PI 707505
446PI 707506Sorghum, MiloSorghum bicolor (L.) Moench S9Not Available2025The sorghum ARS_BTX623_NAM_ESCT population is composed of three biparental parental subpopulations with a total of 769 recombinant inbred lines (F7-F8 RILs) entries. The biparental subpopulations are referred to as: BTx623xHKZ; BTx623xNSZ and BTx623x Kaoliang. This population includes new sorghum germplasm that displayed transgressive segregation compared to cold tolerant parent based on germinability(>than 70%), field emergence (60-80%) and seedling vigor (robust score of 1.5-2.5 on a scale of 1 (robust vigor) to 5 (poor vigor), traits that are needed for early season cold tolerance in US production settings. Majority of RILs displayed combine height of 1-1.4 m and flowering time of 70-75 days. The genotype data for ARS_BTX623_NAM_ESCT population is archived at NCBI sequence read archive under project SRP8838986 [(1) Marla et al., 2019, Genes|Genomes|Genetics]. The population served as primary genetic resource for successful identification and application of DNA markers that are useful for improvement of sorghum chilling tolerance [(2)Marla et al., 2023, Genes|Genomes|Genetics]. The availability of published advanced genetics and information on sorghum chilling tolerance made this NAM population highly valuable for public availability as it is actually in use as germplasm for detailed physiological studies of sorghum chilling tolerance by various public and private research groups. References: (1)Marla et al., 2019. Genetic architecture of chilling tolerance in sorghum dissected with a nested association mapping population. G3, 9:4045-4097; (2)Marla et al., 2023.Genomics and phenomics enabled prebreeding improved early season chilling tolerance in sorghum. G3, 13:jkad116.2190533PI 707506
447PI 707507Sorghum, MiloSorghum bicolor (L.) Moench S9Not Available2025The sorghum ARS_BTX623_NAM_ESCT population is composed of three biparental parental subpopulations with a total of 769 recombinant inbred lines (F7-F8 RILs) entries. The biparental subpopulations are referred to as: BTx623xHKZ; BTx623xNSZ and BTx623x Kaoliang. This population includes new sorghum germplasm that displayed transgressive segregation compared to cold tolerant parent based on germinability(>than 70%), field emergence (60-80%) and seedling vigor (robust score of 1.5-2.5 on a scale of 1 (robust vigor) to 5 (poor vigor), traits that are needed for early season cold tolerance in US production settings. Majority of RILs displayed combine height of 1-1.4 m and flowering time of 70-75 days. The genotype data for ARS_BTX623_NAM_ESCT population is archived at NCBI sequence read archive under project SRP8838986 [(1) Marla et al., 2019, Genes|Genomes|Genetics]. The population served as primary genetic resource for successful identification and application of DNA markers that are useful for improvement of sorghum chilling tolerance [(2)Marla et al., 2023, Genes|Genomes|Genetics]. The availability of published advanced genetics and information on sorghum chilling tolerance made this NAM population highly valuable for public availability as it is actually in use as germplasm for detailed physiological studies of sorghum chilling tolerance by various public and private research groups. References: (1)Marla et al., 2019. Genetic architecture of chilling tolerance in sorghum dissected with a nested association mapping population. G3, 9:4045-4097; (2)Marla et al., 2023.Genomics and phenomics enabled prebreeding improved early season chilling tolerance in sorghum. G3, 13:jkad116.2190534PI 707507
448PI 707508Sorghum, MiloSorghum bicolor (L.) Moench S9Not Available2025The sorghum ARS_BTX623_NAM_ESCT population is composed of three biparental parental subpopulations with a total of 769 recombinant inbred lines (F7-F8 RILs) entries. The biparental subpopulations are referred to as: BTx623xHKZ; BTx623xNSZ and BTx623x Kaoliang. This population includes new sorghum germplasm that displayed transgressive segregation compared to cold tolerant parent based on germinability(>than 70%), field emergence (60-80%) and seedling vigor (robust score of 1.5-2.5 on a scale of 1 (robust vigor) to 5 (poor vigor), traits that are needed for early season cold tolerance in US production settings. Majority of RILs displayed combine height of 1-1.4 m and flowering time of 70-75 days. The genotype data for ARS_BTX623_NAM_ESCT population is archived at NCBI sequence read archive under project SRP8838986 [(1) Marla et al., 2019, Genes|Genomes|Genetics]. The population served as primary genetic resource for successful identification and application of DNA markers that are useful for improvement of sorghum chilling tolerance [(2)Marla et al., 2023, Genes|Genomes|Genetics]. The availability of published advanced genetics and information on sorghum chilling tolerance made this NAM population highly valuable for public availability as it is actually in use as germplasm for detailed physiological studies of sorghum chilling tolerance by various public and private research groups. References: (1)Marla et al., 2019. Genetic architecture of chilling tolerance in sorghum dissected with a nested association mapping population. G3, 9:4045-4097; (2)Marla et al., 2023.Genomics and phenomics enabled prebreeding improved early season chilling tolerance in sorghum. G3, 13:jkad116.2190535PI 707508
449PI 707509Sorghum, MiloSorghum bicolor (L.) Moench S9Not Available2025The sorghum ARS_BTX623_NAM_ESCT population is composed of three biparental parental subpopulations with a total of 769 recombinant inbred lines (F7-F8 RILs) entries. The biparental subpopulations are referred to as: BTx623xHKZ; BTx623xNSZ and BTx623x Kaoliang. This population includes new sorghum germplasm that displayed transgressive segregation compared to cold tolerant parent based on germinability(>than 70%), field emergence (60-80%) and seedling vigor (robust score of 1.5-2.5 on a scale of 1 (robust vigor) to 5 (poor vigor), traits that are needed for early season cold tolerance in US production settings. Majority of RILs displayed combine height of 1-1.4 m and flowering time of 70-75 days. The genotype data for ARS_BTX623_NAM_ESCT population is archived at NCBI sequence read archive under project SRP8838986 [(1) Marla et al., 2019, Genes|Genomes|Genetics]. The population served as primary genetic resource for successful identification and application of DNA markers that are useful for improvement of sorghum chilling tolerance [(2)Marla et al., 2023, Genes|Genomes|Genetics]. The availability of published advanced genetics and information on sorghum chilling tolerance made this NAM population highly valuable for public availability as it is actually in use as germplasm for detailed physiological studies of sorghum chilling tolerance by various public and private research groups. References: (1)Marla et al., 2019. Genetic architecture of chilling tolerance in sorghum dissected with a nested association mapping population. G3, 9:4045-4097; (2)Marla et al., 2023.Genomics and phenomics enabled prebreeding improved early season chilling tolerance in sorghum. G3, 13:jkad116.2190536PI 707509
450PI 707510Sorghum, MiloSorghum bicolor (L.) Moench S9Not Available2025The sorghum ARS_BTX623_NAM_ESCT population is composed of three biparental parental subpopulations with a total of 769 recombinant inbred lines (F7-F8 RILs) entries. The biparental subpopulations are referred to as: BTx623xHKZ; BTx623xNSZ and BTx623x Kaoliang. This population includes new sorghum germplasm that displayed transgressive segregation compared to cold tolerant parent based on germinability(>than 70%), field emergence (60-80%) and seedling vigor (robust score of 1.5-2.5 on a scale of 1 (robust vigor) to 5 (poor vigor), traits that are needed for early season cold tolerance in US production settings. Majority of RILs displayed combine height of 1-1.4 m and flowering time of 70-75 days. The genotype data for ARS_BTX623_NAM_ESCT population is archived at NCBI sequence read archive under project SRP8838986 [(1) Marla et al., 2019, Genes|Genomes|Genetics]. The population served as primary genetic resource for successful identification and application of DNA markers that are useful for improvement of sorghum chilling tolerance [(2)Marla et al., 2023, Genes|Genomes|Genetics]. The availability of published advanced genetics and information on sorghum chilling tolerance made this NAM population highly valuable for public availability as it is actually in use as germplasm for detailed physiological studies of sorghum chilling tolerance by various public and private research groups. References: (1)Marla et al., 2019. Genetic architecture of chilling tolerance in sorghum dissected with a nested association mapping population. G3, 9:4045-4097; (2)Marla et al., 2023.Genomics and phenomics enabled prebreeding improved early season chilling tolerance in sorghum. G3, 13:jkad116.2190537PI 707510
451PI 707511Sorghum, MiloSorghum bicolor (L.) Moench S9Not Available2025The sorghum ARS_BTX623_NAM_ESCT population is composed of three biparental parental subpopulations with a total of 769 recombinant inbred lines (F7-F8 RILs) entries. The biparental subpopulations are referred to as: BTx623xHKZ; BTx623xNSZ and BTx623x Kaoliang. This population includes new sorghum germplasm that displayed transgressive segregation compared to cold tolerant parent based on germinability(>than 70%), field emergence (60-80%) and seedling vigor (robust score of 1.5-2.5 on a scale of 1 (robust vigor) to 5 (poor vigor), traits that are needed for early season cold tolerance in US production settings. Majority of RILs displayed combine height of 1-1.4 m and flowering time of 70-75 days. The genotype data for ARS_BTX623_NAM_ESCT population is archived at NCBI sequence read archive under project SRP8838986 [(1) Marla et al., 2019, Genes|Genomes|Genetics]. The population served as primary genetic resource for successful identification and application of DNA markers that are useful for improvement of sorghum chilling tolerance [(2)Marla et al., 2023, Genes|Genomes|Genetics]. The availability of published advanced genetics and information on sorghum chilling tolerance made this NAM population highly valuable for public availability as it is actually in use as germplasm for detailed physiological studies of sorghum chilling tolerance by various public and private research groups. References: (1)Marla et al., 2019. Genetic architecture of chilling tolerance in sorghum dissected with a nested association mapping population. G3, 9:4045-4097; (2)Marla et al., 2023.Genomics and phenomics enabled prebreeding improved early season chilling tolerance in sorghum. G3, 13:jkad116.2190538PI 707511
452PI 707512Sorghum, MiloSorghum bicolor (L.) Moench S9Not Available2025The sorghum ARS_BTX623_NAM_ESCT population is composed of three biparental parental subpopulations with a total of 769 recombinant inbred lines (F7-F8 RILs) entries. The biparental subpopulations are referred to as: BTx623xHKZ; BTx623xNSZ and BTx623x Kaoliang. This population includes new sorghum germplasm that displayed transgressive segregation compared to cold tolerant parent based on germinability(>than 70%), field emergence (60-80%) and seedling vigor (robust score of 1.5-2.5 on a scale of 1 (robust vigor) to 5 (poor vigor), traits that are needed for early season cold tolerance in US production settings. Majority of RILs displayed combine height of 1-1.4 m and flowering time of 70-75 days. The genotype data for ARS_BTX623_NAM_ESCT population is archived at NCBI sequence read archive under project SRP8838986 [(1) Marla et al., 2019, Genes|Genomes|Genetics]. The population served as primary genetic resource for successful identification and application of DNA markers that are useful for improvement of sorghum chilling tolerance [(2)Marla et al., 2023, Genes|Genomes|Genetics]. The availability of published advanced genetics and information on sorghum chilling tolerance made this NAM population highly valuable for public availability as it is actually in use as germplasm for detailed physiological studies of sorghum chilling tolerance by various public and private research groups. References: (1)Marla et al., 2019. Genetic architecture of chilling tolerance in sorghum dissected with a nested association mapping population. G3, 9:4045-4097; (2)Marla et al., 2023.Genomics and phenomics enabled prebreeding improved early season chilling tolerance in sorghum. G3, 13:jkad116.2190539PI 707512
453PI 707513Sorghum, MiloSorghum bicolor (L.) Moench S9Not Available2025The sorghum ARS_BTX623_NAM_ESCT population is composed of three biparental parental subpopulations with a total of 769 recombinant inbred lines (F7-F8 RILs) entries. The biparental subpopulations are referred to as: BTx623xHKZ; BTx623xNSZ and BTx623x Kaoliang. This population includes new sorghum germplasm that displayed transgressive segregation compared to cold tolerant parent based on germinability(>than 70%), field emergence (60-80%) and seedling vigor (robust score of 1.5-2.5 on a scale of 1 (robust vigor) to 5 (poor vigor), traits that are needed for early season cold tolerance in US production settings. Majority of RILs displayed combine height of 1-1.4 m and flowering time of 70-75 days. The genotype data for ARS_BTX623_NAM_ESCT population is archived at NCBI sequence read archive under project SRP8838986 [(1) Marla et al., 2019, Genes|Genomes|Genetics]. The population served as primary genetic resource for successful identification and application of DNA markers that are useful for improvement of sorghum chilling tolerance [(2)Marla et al., 2023, Genes|Genomes|Genetics]. The availability of published advanced genetics and information on sorghum chilling tolerance made this NAM population highly valuable for public availability as it is actually in use as germplasm for detailed physiological studies of sorghum chilling tolerance by various public and private research groups. References: (1)Marla et al., 2019. Genetic architecture of chilling tolerance in sorghum dissected with a nested association mapping population. G3, 9:4045-4097; (2)Marla et al., 2023.Genomics and phenomics enabled prebreeding improved early season chilling tolerance in sorghum. G3, 13:jkad116.2190540PI 707513
454PI 707514Sorghum, MiloSorghum bicolor (L.) Moench S9Not Available2025The sorghum ARS_BTX623_NAM_ESCT population is composed of three biparental parental subpopulations with a total of 769 recombinant inbred lines (F7-F8 RILs) entries. The biparental subpopulations are referred to as: BTx623xHKZ; BTx623xNSZ and BTx623x Kaoliang. This population includes new sorghum germplasm that displayed transgressive segregation compared to cold tolerant parent based on germinability(>than 70%), field emergence (60-80%) and seedling vigor (robust score of 1.5-2.5 on a scale of 1 (robust vigor) to 5 (poor vigor), traits that are needed for early season cold tolerance in US production settings. Majority of RILs displayed combine height of 1-1.4 m and flowering time of 70-75 days. The genotype data for ARS_BTX623_NAM_ESCT population is archived at NCBI sequence read archive under project SRP8838986 [(1) Marla et al., 2019, Genes|Genomes|Genetics]. The population served as primary genetic resource for successful identification and application of DNA markers that are useful for improvement of sorghum chilling tolerance [(2)Marla et al., 2023, Genes|Genomes|Genetics]. The availability of published advanced genetics and information on sorghum chilling tolerance made this NAM population highly valuable for public availability as it is actually in use as germplasm for detailed physiological studies of sorghum chilling tolerance by various public and private research groups. References: (1)Marla et al., 2019. Genetic architecture of chilling tolerance in sorghum dissected with a nested association mapping population. G3, 9:4045-4097; (2)Marla et al., 2023.Genomics and phenomics enabled prebreeding improved early season chilling tolerance in sorghum. G3, 13:jkad116.2190541PI 707514
455PI 707515Sorghum, MiloSorghum bicolor (L.) Moench S9Not Available2025The sorghum ARS_BTX623_NAM_ESCT population is composed of three biparental parental subpopulations with a total of 769 recombinant inbred lines (F7-F8 RILs) entries. The biparental subpopulations are referred to as: BTx623xHKZ; BTx623xNSZ and BTx623x Kaoliang. This population includes new sorghum germplasm that displayed transgressive segregation compared to cold tolerant parent based on germinability(>than 70%), field emergence (60-80%) and seedling vigor (robust score of 1.5-2.5 on a scale of 1 (robust vigor) to 5 (poor vigor), traits that are needed for early season cold tolerance in US production settings. Majority of RILs displayed combine height of 1-1.4 m and flowering time of 70-75 days. The genotype data for ARS_BTX623_NAM_ESCT population is archived at NCBI sequence read archive under project SRP8838986 [(1) Marla et al., 2019, Genes|Genomes|Genetics]. The population served as primary genetic resource for successful identification and application of DNA markers that are useful for improvement of sorghum chilling tolerance [(2)Marla et al., 2023, Genes|Genomes|Genetics]. The availability of published advanced genetics and information on sorghum chilling tolerance made this NAM population highly valuable for public availability as it is actually in use as germplasm for detailed physiological studies of sorghum chilling tolerance by various public and private research groups. References: (1)Marla et al., 2019. Genetic architecture of chilling tolerance in sorghum dissected with a nested association mapping population. G3, 9:4045-4097; (2)Marla et al., 2023.Genomics and phenomics enabled prebreeding improved early season chilling tolerance in sorghum. G3, 13:jkad116.2190542PI 707515
456PI 707516Sorghum, MiloSorghum bicolor (L.) Moench S9Not Available2025The sorghum ARS_BTX623_NAM_ESCT population is composed of three biparental parental subpopulations with a total of 769 recombinant inbred lines (F7-F8 RILs) entries. The biparental subpopulations are referred to as: BTx623xHKZ; BTx623xNSZ and BTx623x Kaoliang. This population includes new sorghum germplasm that displayed transgressive segregation compared to cold tolerant parent based on germinability(>than 70%), field emergence (60-80%) and seedling vigor (robust score of 1.5-2.5 on a scale of 1 (robust vigor) to 5 (poor vigor), traits that are needed for early season cold tolerance in US production settings. Majority of RILs displayed combine height of 1-1.4 m and flowering time of 70-75 days. The genotype data for ARS_BTX623_NAM_ESCT population is archived at NCBI sequence read archive under project SRP8838986 [(1) Marla et al., 2019, Genes|Genomes|Genetics]. The population served as primary genetic resource for successful identification and application of DNA markers that are useful for improvement of sorghum chilling tolerance [(2)Marla et al., 2023, Genes|Genomes|Genetics]. The availability of published advanced genetics and information on sorghum chilling tolerance made this NAM population highly valuable for public availability as it is actually in use as germplasm for detailed physiological studies of sorghum chilling tolerance by various public and private research groups. References: (1)Marla et al., 2019. Genetic architecture of chilling tolerance in sorghum dissected with a nested association mapping population. G3, 9:4045-4097; (2)Marla et al., 2023.Genomics and phenomics enabled prebreeding improved early season chilling tolerance in sorghum. G3, 13:jkad116.2190543PI 707516
457PI 707517Sorghum, MiloSorghum bicolor (L.) Moench S9Not Available2025The sorghum ARS_BTX623_NAM_ESCT population is composed of three biparental parental subpopulations with a total of 769 recombinant inbred lines (F7-F8 RILs) entries. The biparental subpopulations are referred to as: BTx623xHKZ; BTx623xNSZ and BTx623x Kaoliang. This population includes new sorghum germplasm that displayed transgressive segregation compared to cold tolerant parent based on germinability(>than 70%), field emergence (60-80%) and seedling vigor (robust score of 1.5-2.5 on a scale of 1 (robust vigor) to 5 (poor vigor), traits that are needed for early season cold tolerance in US production settings. Majority of RILs displayed combine height of 1-1.4 m and flowering time of 70-75 days. The genotype data for ARS_BTX623_NAM_ESCT population is archived at NCBI sequence read archive under project SRP8838986 [(1) Marla et al., 2019, Genes|Genomes|Genetics]. The population served as primary genetic resource for successful identification and application of DNA markers that are useful for improvement of sorghum chilling tolerance [(2)Marla et al., 2023, Genes|Genomes|Genetics]. The availability of published advanced genetics and information on sorghum chilling tolerance made this NAM population highly valuable for public availability as it is actually in use as germplasm for detailed physiological studies of sorghum chilling tolerance by various public and private research groups. References: (1)Marla et al., 2019. Genetic architecture of chilling tolerance in sorghum dissected with a nested association mapping population. G3, 9:4045-4097; (2)Marla et al., 2023.Genomics and phenomics enabled prebreeding improved early season chilling tolerance in sorghum. G3, 13:jkad116.2190544PI 707517
458PI 707518Sorghum, MiloSorghum bicolor (L.) Moench S9Not Available2025The sorghum ARS_BTX623_NAM_ESCT population is composed of three biparental parental subpopulations with a total of 769 recombinant inbred lines (F7-F8 RILs) entries. The biparental subpopulations are referred to as: BTx623xHKZ; BTx623xNSZ and BTx623x Kaoliang. This population includes new sorghum germplasm that displayed transgressive segregation compared to cold tolerant parent based on germinability(>than 70%), field emergence (60-80%) and seedling vigor (robust score of 1.5-2.5 on a scale of 1 (robust vigor) to 5 (poor vigor), traits that are needed for early season cold tolerance in US production settings. Majority of RILs displayed combine height of 1-1.4 m and flowering time of 70-75 days. The genotype data for ARS_BTX623_NAM_ESCT population is archived at NCBI sequence read archive under project SRP8838986 [(1) Marla et al., 2019, Genes|Genomes|Genetics]. The population served as primary genetic resource for successful identification and application of DNA markers that are useful for improvement of sorghum chilling tolerance [(2)Marla et al., 2023, Genes|Genomes|Genetics]. The availability of published advanced genetics and information on sorghum chilling tolerance made this NAM population highly valuable for public availability as it is actually in use as germplasm for detailed physiological studies of sorghum chilling tolerance by various public and private research groups. References: (1)Marla et al., 2019. Genetic architecture of chilling tolerance in sorghum dissected with a nested association mapping population. G3, 9:4045-4097; (2)Marla et al., 2023.Genomics and phenomics enabled prebreeding improved early season chilling tolerance in sorghum. G3, 13:jkad116.2190545PI 707518
459PI 707519Sorghum, MiloSorghum bicolor (L.) Moench S9Not Available2025The sorghum ARS_BTX623_NAM_ESCT population is composed of three biparental parental subpopulations with a total of 769 recombinant inbred lines (F7-F8 RILs) entries. The biparental subpopulations are referred to as: BTx623xHKZ; BTx623xNSZ and BTx623x Kaoliang. This population includes new sorghum germplasm that displayed transgressive segregation compared to cold tolerant parent based on germinability(>than 70%), field emergence (60-80%) and seedling vigor (robust score of 1.5-2.5 on a scale of 1 (robust vigor) to 5 (poor vigor), traits that are needed for early season cold tolerance in US production settings. Majority of RILs displayed combine height of 1-1.4 m and flowering time of 70-75 days. The genotype data for ARS_BTX623_NAM_ESCT population is archived at NCBI sequence read archive under project SRP8838986 [(1) Marla et al., 2019, Genes|Genomes|Genetics]. The population served as primary genetic resource for successful identification and application of DNA markers that are useful for improvement of sorghum chilling tolerance [(2)Marla et al., 2023, Genes|Genomes|Genetics]. The availability of published advanced genetics and information on sorghum chilling tolerance made this NAM population highly valuable for public availability as it is actually in use as germplasm for detailed physiological studies of sorghum chilling tolerance by various public and private research groups. References: (1)Marla et al., 2019. Genetic architecture of chilling tolerance in sorghum dissected with a nested association mapping population. G3, 9:4045-4097; (2)Marla et al., 2023.Genomics and phenomics enabled prebreeding improved early season chilling tolerance in sorghum. G3, 13:jkad116.2190546PI 707519
460PI 707520Sorghum, MiloSorghum bicolor (L.) Moench S9Not Available2025The sorghum ARS_BTX623_NAM_ESCT population is composed of three biparental parental subpopulations with a total of 769 recombinant inbred lines (F7-F8 RILs) entries. The biparental subpopulations are referred to as: BTx623xHKZ; BTx623xNSZ and BTx623x Kaoliang. This population includes new sorghum germplasm that displayed transgressive segregation compared to cold tolerant parent based on germinability(>than 70%), field emergence (60-80%) and seedling vigor (robust score of 1.5-2.5 on a scale of 1 (robust vigor) to 5 (poor vigor), traits that are needed for early season cold tolerance in US production settings. Majority of RILs displayed combine height of 1-1.4 m and flowering time of 70-75 days. The genotype data for ARS_BTX623_NAM_ESCT population is archived at NCBI sequence read archive under project SRP8838986 [(1) Marla et al., 2019, Genes|Genomes|Genetics]. The population served as primary genetic resource for successful identification and application of DNA markers that are useful for improvement of sorghum chilling tolerance [(2)Marla et al., 2023, Genes|Genomes|Genetics]. The availability of published advanced genetics and information on sorghum chilling tolerance made this NAM population highly valuable for public availability as it is actually in use as germplasm for detailed physiological studies of sorghum chilling tolerance by various public and private research groups. References: (1)Marla et al., 2019. Genetic architecture of chilling tolerance in sorghum dissected with a nested association mapping population. G3, 9:4045-4097; (2)Marla et al., 2023.Genomics and phenomics enabled prebreeding improved early season chilling tolerance in sorghum. G3, 13:jkad116.2190547PI 707520
461PI 707521Sorghum, MiloSorghum bicolor (L.) Moench S9Not Available2025The sorghum ARS_BTX623_NAM_ESCT population is composed of three biparental parental subpopulations with a total of 769 recombinant inbred lines (F7-F8 RILs) entries. The biparental subpopulations are referred to as: BTx623xHKZ; BTx623xNSZ and BTx623x Kaoliang. This population includes new sorghum germplasm that displayed transgressive segregation compared to cold tolerant parent based on germinability(>than 70%), field emergence (60-80%) and seedling vigor (robust score of 1.5-2.5 on a scale of 1 (robust vigor) to 5 (poor vigor), traits that are needed for early season cold tolerance in US production settings. Majority of RILs displayed combine height of 1-1.4 m and flowering time of 70-75 days. The genotype data for ARS_BTX623_NAM_ESCT population is archived at NCBI sequence read archive under project SRP8838986 [(1) Marla et al., 2019, Genes|Genomes|Genetics]. The population served as primary genetic resource for successful identification and application of DNA markers that are useful for improvement of sorghum chilling tolerance [(2)Marla et al., 2023, Genes|Genomes|Genetics]. The availability of published advanced genetics and information on sorghum chilling tolerance made this NAM population highly valuable for public availability as it is actually in use as germplasm for detailed physiological studies of sorghum chilling tolerance by various public and private research groups. References: (1)Marla et al., 2019. Genetic architecture of chilling tolerance in sorghum dissected with a nested association mapping population. G3, 9:4045-4097; (2)Marla et al., 2023.Genomics and phenomics enabled prebreeding improved early season chilling tolerance in sorghum. G3, 13:jkad116.2190548PI 707521
462PI 707522Sorghum, MiloSorghum bicolor (L.) Moench S9Not Available2025The sorghum ARS_BTX623_NAM_ESCT population is composed of three biparental parental subpopulations with a total of 769 recombinant inbred lines (F7-F8 RILs) entries. The biparental subpopulations are referred to as: BTx623xHKZ; BTx623xNSZ and BTx623x Kaoliang. This population includes new sorghum germplasm that displayed transgressive segregation compared to cold tolerant parent based on germinability(>than 70%), field emergence (60-80%) and seedling vigor (robust score of 1.5-2.5 on a scale of 1 (robust vigor) to 5 (poor vigor), traits that are needed for early season cold tolerance in US production settings. Majority of RILs displayed combine height of 1-1.4 m and flowering time of 70-75 days. The genotype data for ARS_BTX623_NAM_ESCT population is archived at NCBI sequence read archive under project SRP8838986 [(1) Marla et al., 2019, Genes|Genomes|Genetics]. The population served as primary genetic resource for successful identification and application of DNA markers that are useful for improvement of sorghum chilling tolerance [(2)Marla et al., 2023, Genes|Genomes|Genetics]. The availability of published advanced genetics and information on sorghum chilling tolerance made this NAM population highly valuable for public availability as it is actually in use as germplasm for detailed physiological studies of sorghum chilling tolerance by various public and private research groups. References: (1)Marla et al., 2019. Genetic architecture of chilling tolerance in sorghum dissected with a nested association mapping population. G3, 9:4045-4097; (2)Marla et al., 2023.Genomics and phenomics enabled prebreeding improved early season chilling tolerance in sorghum. G3, 13:jkad116.2190549PI 707522
463PI 707523Sorghum, MiloSorghum bicolor (L.) Moench S9Not Available2025The sorghum ARS_BTX623_NAM_ESCT population is composed of three biparental parental subpopulations with a total of 769 recombinant inbred lines (F7-F8 RILs) entries. The biparental subpopulations are referred to as: BTx623xHKZ; BTx623xNSZ and BTx623x Kaoliang. This population includes new sorghum germplasm that displayed transgressive segregation compared to cold tolerant parent based on germinability(>than 70%), field emergence (60-80%) and seedling vigor (robust score of 1.5-2.5 on a scale of 1 (robust vigor) to 5 (poor vigor), traits that are needed for early season cold tolerance in US production settings. Majority of RILs displayed combine height of 1-1.4 m and flowering time of 70-75 days. The genotype data for ARS_BTX623_NAM_ESCT population is archived at NCBI sequence read archive under project SRP8838986 [(1) Marla et al., 2019, Genes|Genomes|Genetics]. The population served as primary genetic resource for successful identification and application of DNA markers that are useful for improvement of sorghum chilling tolerance [(2)Marla et al., 2023, Genes|Genomes|Genetics]. The availability of published advanced genetics and information on sorghum chilling tolerance made this NAM population highly valuable for public availability as it is actually in use as germplasm for detailed physiological studies of sorghum chilling tolerance by various public and private research groups. References: (1)Marla et al., 2019. Genetic architecture of chilling tolerance in sorghum dissected with a nested association mapping population. G3, 9:4045-4097; (2)Marla et al., 2023.Genomics and phenomics enabled prebreeding improved early season chilling tolerance in sorghum. G3, 13:jkad116.2190550PI 707523
464PI 707524Sorghum, MiloSorghum bicolor (L.) Moench S9Not Available2025The sorghum ARS_BTX623_NAM_ESCT population is composed of three biparental parental subpopulations with a total of 769 recombinant inbred lines (F7-F8 RILs) entries. The biparental subpopulations are referred to as: BTx623xHKZ; BTx623xNSZ and BTx623x Kaoliang. This population includes new sorghum germplasm that displayed transgressive segregation compared to cold tolerant parent based on germinability(>than 70%), field emergence (60-80%) and seedling vigor (robust score of 1.5-2.5 on a scale of 1 (robust vigor) to 5 (poor vigor), traits that are needed for early season cold tolerance in US production settings. Majority of RILs displayed combine height of 1-1.4 m and flowering time of 70-75 days. The genotype data for ARS_BTX623_NAM_ESCT population is archived at NCBI sequence read archive under project SRP8838986 [(1) Marla et al., 2019, Genes|Genomes|Genetics]. The population served as primary genetic resource for successful identification and application of DNA markers that are useful for improvement of sorghum chilling tolerance [(2)Marla et al., 2023, Genes|Genomes|Genetics]. The availability of published advanced genetics and information on sorghum chilling tolerance made this NAM population highly valuable for public availability as it is actually in use as germplasm for detailed physiological studies of sorghum chilling tolerance by various public and private research groups. References: (1)Marla et al., 2019. Genetic architecture of chilling tolerance in sorghum dissected with a nested association mapping population. G3, 9:4045-4097; (2)Marla et al., 2023.Genomics and phenomics enabled prebreeding improved early season chilling tolerance in sorghum. G3, 13:jkad116.2190551PI 707524
465PI 707525Sorghum, MiloSorghum bicolor (L.) Moench S9Not Available2025The sorghum ARS_BTX623_NAM_ESCT population is composed of three biparental parental subpopulations with a total of 769 recombinant inbred lines (F7-F8 RILs) entries. The biparental subpopulations are referred to as: BTx623xHKZ; BTx623xNSZ and BTx623x Kaoliang. This population includes new sorghum germplasm that displayed transgressive segregation compared to cold tolerant parent based on germinability(>than 70%), field emergence (60-80%) and seedling vigor (robust score of 1.5-2.5 on a scale of 1 (robust vigor) to 5 (poor vigor), traits that are needed for early season cold tolerance in US production settings. Majority of RILs displayed combine height of 1-1.4 m and flowering time of 70-75 days. The genotype data for ARS_BTX623_NAM_ESCT population is archived at NCBI sequence read archive under project SRP8838986 [(1) Marla et al., 2019, Genes|Genomes|Genetics]. The population served as primary genetic resource for successful identification and application of DNA markers that are useful for improvement of sorghum chilling tolerance [(2)Marla et al., 2023, Genes|Genomes|Genetics]. The availability of published advanced genetics and information on sorghum chilling tolerance made this NAM population highly valuable for public availability as it is actually in use as germplasm for detailed physiological studies of sorghum chilling tolerance by various public and private research groups. References: (1)Marla et al., 2019. Genetic architecture of chilling tolerance in sorghum dissected with a nested association mapping population. G3, 9:4045-4097; (2)Marla et al., 2023.Genomics and phenomics enabled prebreeding improved early season chilling tolerance in sorghum. G3, 13:jkad116.2190552PI 707525
466PI 707526Sorghum, MiloSorghum bicolor (L.) Moench S9Not Available2025The sorghum ARS_BTX623_NAM_ESCT population is composed of three biparental parental subpopulations with a total of 769 recombinant inbred lines (F7-F8 RILs) entries. The biparental subpopulations are referred to as: BTx623xHKZ; BTx623xNSZ and BTx623x Kaoliang. This population includes new sorghum germplasm that displayed transgressive segregation compared to cold tolerant parent based on germinability(>than 70%), field emergence (60-80%) and seedling vigor (robust score of 1.5-2.5 on a scale of 1 (robust vigor) to 5 (poor vigor), traits that are needed for early season cold tolerance in US production settings. Majority of RILs displayed combine height of 1-1.4 m and flowering time of 70-75 days. The genotype data for ARS_BTX623_NAM_ESCT population is archived at NCBI sequence read archive under project SRP8838986 [(1) Marla et al., 2019, Genes|Genomes|Genetics]. The population served as primary genetic resource for successful identification and application of DNA markers that are useful for improvement of sorghum chilling tolerance [(2)Marla et al., 2023, Genes|Genomes|Genetics]. The availability of published advanced genetics and information on sorghum chilling tolerance made this NAM population highly valuable for public availability as it is actually in use as germplasm for detailed physiological studies of sorghum chilling tolerance by various public and private research groups. References: (1)Marla et al., 2019. Genetic architecture of chilling tolerance in sorghum dissected with a nested association mapping population. G3, 9:4045-4097; (2)Marla et al., 2023.Genomics and phenomics enabled prebreeding improved early season chilling tolerance in sorghum. G3, 13:jkad116.2190553PI 707526
467PI 707527Sorghum, MiloSorghum bicolor (L.) Moench S9Not Available2025The sorghum ARS_BTX623_NAM_ESCT population is composed of three biparental parental subpopulations with a total of 769 recombinant inbred lines (F7-F8 RILs) entries. The biparental subpopulations are referred to as: BTx623xHKZ; BTx623xNSZ and BTx623x Kaoliang. This population includes new sorghum germplasm that displayed transgressive segregation compared to cold tolerant parent based on germinability(>than 70%), field emergence (60-80%) and seedling vigor (robust score of 1.5-2.5 on a scale of 1 (robust vigor) to 5 (poor vigor), traits that are needed for early season cold tolerance in US production settings. Majority of RILs displayed combine height of 1-1.4 m and flowering time of 70-75 days. The genotype data for ARS_BTX623_NAM_ESCT population is archived at NCBI sequence read archive under project SRP8838986 [(1) Marla et al., 2019, Genes|Genomes|Genetics]. The population served as primary genetic resource for successful identification and application of DNA markers that are useful for improvement of sorghum chilling tolerance [(2)Marla et al., 2023, Genes|Genomes|Genetics]. The availability of published advanced genetics and information on sorghum chilling tolerance made this NAM population highly valuable for public availability as it is actually in use as germplasm for detailed physiological studies of sorghum chilling tolerance by various public and private research groups. References: (1)Marla et al., 2019. Genetic architecture of chilling tolerance in sorghum dissected with a nested association mapping population. G3, 9:4045-4097; (2)Marla et al., 2023.Genomics and phenomics enabled prebreeding improved early season chilling tolerance in sorghum. G3, 13:jkad116.2190554PI 707527
468PI 707528Sorghum, MiloSorghum bicolor (L.) Moench S9Not Available2025The sorghum ARS_BTX623_NAM_ESCT population is composed of three biparental parental subpopulations with a total of 769 recombinant inbred lines (F7-F8 RILs) entries. The biparental subpopulations are referred to as: BTx623xHKZ; BTx623xNSZ and BTx623x Kaoliang. This population includes new sorghum germplasm that displayed transgressive segregation compared to cold tolerant parent based on germinability(>than 70%), field emergence (60-80%) and seedling vigor (robust score of 1.5-2.5 on a scale of 1 (robust vigor) to 5 (poor vigor), traits that are needed for early season cold tolerance in US production settings. Majority of RILs displayed combine height of 1-1.4 m and flowering time of 70-75 days. The genotype data for ARS_BTX623_NAM_ESCT population is archived at NCBI sequence read archive under project SRP8838986 [(1) Marla et al., 2019, Genes|Genomes|Genetics]. The population served as primary genetic resource for successful identification and application of DNA markers that are useful for improvement of sorghum chilling tolerance [(2)Marla et al., 2023, Genes|Genomes|Genetics]. The availability of published advanced genetics and information on sorghum chilling tolerance made this NAM population highly valuable for public availability as it is actually in use as germplasm for detailed physiological studies of sorghum chilling tolerance by various public and private research groups. References: (1)Marla et al., 2019. Genetic architecture of chilling tolerance in sorghum dissected with a nested association mapping population. G3, 9:4045-4097; (2)Marla et al., 2023.Genomics and phenomics enabled prebreeding improved early season chilling tolerance in sorghum. G3, 13:jkad116.2190555PI 707528
469PI 707529Sorghum, MiloSorghum bicolor (L.) Moench S9Not Available2025The sorghum ARS_BTX623_NAM_ESCT population is composed of three biparental parental subpopulations with a total of 769 recombinant inbred lines (F7-F8 RILs) entries. The biparental subpopulations are referred to as: BTx623xHKZ; BTx623xNSZ and BTx623x Kaoliang. This population includes new sorghum germplasm that displayed transgressive segregation compared to cold tolerant parent based on germinability(>than 70%), field emergence (60-80%) and seedling vigor (robust score of 1.5-2.5 on a scale of 1 (robust vigor) to 5 (poor vigor), traits that are needed for early season cold tolerance in US production settings. Majority of RILs displayed combine height of 1-1.4 m and flowering time of 70-75 days. The genotype data for ARS_BTX623_NAM_ESCT population is archived at NCBI sequence read archive under project SRP8838986 [(1) Marla et al., 2019, Genes|Genomes|Genetics]. The population served as primary genetic resource for successful identification and application of DNA markers that are useful for improvement of sorghum chilling tolerance [(2)Marla et al., 2023, Genes|Genomes|Genetics]. The availability of published advanced genetics and information on sorghum chilling tolerance made this NAM population highly valuable for public availability as it is actually in use as germplasm for detailed physiological studies of sorghum chilling tolerance by various public and private research groups. References: (1)Marla et al., 2019. Genetic architecture of chilling tolerance in sorghum dissected with a nested association mapping population. G3, 9:4045-4097; (2)Marla et al., 2023.Genomics and phenomics enabled prebreeding improved early season chilling tolerance in sorghum. G3, 13:jkad116.2190556PI 707529
470PI 707530Sorghum, MiloSorghum bicolor (L.) Moench S9Not Available2025The sorghum ARS_BTX623_NAM_ESCT population is composed of three biparental parental subpopulations with a total of 769 recombinant inbred lines (F7-F8 RILs) entries. The biparental subpopulations are referred to as: BTx623xHKZ; BTx623xNSZ and BTx623x Kaoliang. This population includes new sorghum germplasm that displayed transgressive segregation compared to cold tolerant parent based on germinability(>than 70%), field emergence (60-80%) and seedling vigor (robust score of 1.5-2.5 on a scale of 1 (robust vigor) to 5 (poor vigor), traits that are needed for early season cold tolerance in US production settings. Majority of RILs displayed combine height of 1-1.4 m and flowering time of 70-75 days. The genotype data for ARS_BTX623_NAM_ESCT population is archived at NCBI sequence read archive under project SRP8838986 [(1) Marla et al., 2019, Genes|Genomes|Genetics]. The population served as primary genetic resource for successful identification and application of DNA markers that are useful for improvement of sorghum chilling tolerance [(2)Marla et al., 2023, Genes|Genomes|Genetics]. The availability of published advanced genetics and information on sorghum chilling tolerance made this NAM population highly valuable for public availability as it is actually in use as germplasm for detailed physiological studies of sorghum chilling tolerance by various public and private research groups. References: (1)Marla et al., 2019. Genetic architecture of chilling tolerance in sorghum dissected with a nested association mapping population. G3, 9:4045-4097; (2)Marla et al., 2023.Genomics and phenomics enabled prebreeding improved early season chilling tolerance in sorghum. G3, 13:jkad116.2190557PI 707530
471PI 707531Sorghum, MiloSorghum bicolor (L.) Moench S9Not Available2025The sorghum ARS_BTX623_NAM_ESCT population is composed of three biparental parental subpopulations with a total of 769 recombinant inbred lines (F7-F8 RILs) entries. The biparental subpopulations are referred to as: BTx623xHKZ; BTx623xNSZ and BTx623x Kaoliang. This population includes new sorghum germplasm that displayed transgressive segregation compared to cold tolerant parent based on germinability(>than 70%), field emergence (60-80%) and seedling vigor (robust score of 1.5-2.5 on a scale of 1 (robust vigor) to 5 (poor vigor), traits that are needed for early season cold tolerance in US production settings. Majority of RILs displayed combine height of 1-1.4 m and flowering time of 70-75 days. The genotype data for ARS_BTX623_NAM_ESCT population is archived at NCBI sequence read archive under project SRP8838986 [(1) Marla et al., 2019, Genes|Genomes|Genetics]. The population served as primary genetic resource for successful identification and application of DNA markers that are useful for improvement of sorghum chilling tolerance [(2)Marla et al., 2023, Genes|Genomes|Genetics]. The availability of published advanced genetics and information on sorghum chilling tolerance made this NAM population highly valuable for public availability as it is actually in use as germplasm for detailed physiological studies of sorghum chilling tolerance by various public and private research groups. References: (1)Marla et al., 2019. Genetic architecture of chilling tolerance in sorghum dissected with a nested association mapping population. G3, 9:4045-4097; (2)Marla et al., 2023.Genomics and phenomics enabled prebreeding improved early season chilling tolerance in sorghum. G3, 13:jkad116.2190558PI 707531
472PI 707532Sorghum, MiloSorghum bicolor (L.) Moench S9Not Available2025The sorghum ARS_BTX623_NAM_ESCT population is composed of three biparental parental subpopulations with a total of 769 recombinant inbred lines (F7-F8 RILs) entries. The biparental subpopulations are referred to as: BTx623xHKZ; BTx623xNSZ and BTx623x Kaoliang. This population includes new sorghum germplasm that displayed transgressive segregation compared to cold tolerant parent based on germinability(>than 70%), field emergence (60-80%) and seedling vigor (robust score of 1.5-2.5 on a scale of 1 (robust vigor) to 5 (poor vigor), traits that are needed for early season cold tolerance in US production settings. Majority of RILs displayed combine height of 1-1.4 m and flowering time of 70-75 days. The genotype data for ARS_BTX623_NAM_ESCT population is archived at NCBI sequence read archive under project SRP8838986 [(1) Marla et al., 2019, Genes|Genomes|Genetics]. The population served as primary genetic resource for successful identification and application of DNA markers that are useful for improvement of sorghum chilling tolerance [(2)Marla et al., 2023, Genes|Genomes|Genetics]. The availability of published advanced genetics and information on sorghum chilling tolerance made this NAM population highly valuable for public availability as it is actually in use as germplasm for detailed physiological studies of sorghum chilling tolerance by various public and private research groups. References: (1)Marla et al., 2019. Genetic architecture of chilling tolerance in sorghum dissected with a nested association mapping population. G3, 9:4045-4097; (2)Marla et al., 2023.Genomics and phenomics enabled prebreeding improved early season chilling tolerance in sorghum. G3, 13:jkad116.2190559PI 707532
473PI 707533Sorghum, MiloSorghum bicolor (L.) Moench S9Not Available2025The sorghum ARS_BTX623_NAM_ESCT population is composed of three biparental parental subpopulations with a total of 769 recombinant inbred lines (F7-F8 RILs) entries. The biparental subpopulations are referred to as: BTx623xHKZ; BTx623xNSZ and BTx623x Kaoliang. This population includes new sorghum germplasm that displayed transgressive segregation compared to cold tolerant parent based on germinability(>than 70%), field emergence (60-80%) and seedling vigor (robust score of 1.5-2.5 on a scale of 1 (robust vigor) to 5 (poor vigor), traits that are needed for early season cold tolerance in US production settings. Majority of RILs displayed combine height of 1-1.4 m and flowering time of 70-75 days. The genotype data for ARS_BTX623_NAM_ESCT population is archived at NCBI sequence read archive under project SRP8838986 [(1) Marla et al., 2019, Genes|Genomes|Genetics]. The population served as primary genetic resource for successful identification and application of DNA markers that are useful for improvement of sorghum chilling tolerance [(2)Marla et al., 2023, Genes|Genomes|Genetics]. The availability of published advanced genetics and information on sorghum chilling tolerance made this NAM population highly valuable for public availability as it is actually in use as germplasm for detailed physiological studies of sorghum chilling tolerance by various public and private research groups. References: (1)Marla et al., 2019. Genetic architecture of chilling tolerance in sorghum dissected with a nested association mapping population. G3, 9:4045-4097; (2)Marla et al., 2023.Genomics and phenomics enabled prebreeding improved early season chilling tolerance in sorghum. G3, 13:jkad116.2190560PI 707533
474PI 707534Sorghum, MiloSorghum bicolor (L.) Moench S9Not Available2025The sorghum ARS_BTX623_NAM_ESCT population is composed of three biparental parental subpopulations with a total of 769 recombinant inbred lines (F7-F8 RILs) entries. The biparental subpopulations are referred to as: BTx623xHKZ; BTx623xNSZ and BTx623x Kaoliang. This population includes new sorghum germplasm that displayed transgressive segregation compared to cold tolerant parent based on germinability(>than 70%), field emergence (60-80%) and seedling vigor (robust score of 1.5-2.5 on a scale of 1 (robust vigor) to 5 (poor vigor), traits that are needed for early season cold tolerance in US production settings. Majority of RILs displayed combine height of 1-1.4 m and flowering time of 70-75 days. The genotype data for ARS_BTX623_NAM_ESCT population is archived at NCBI sequence read archive under project SRP8838986 [(1) Marla et al., 2019, Genes|Genomes|Genetics]. The population served as primary genetic resource for successful identification and application of DNA markers that are useful for improvement of sorghum chilling tolerance [(2)Marla et al., 2023, Genes|Genomes|Genetics]. The availability of published advanced genetics and information on sorghum chilling tolerance made this NAM population highly valuable for public availability as it is actually in use as germplasm for detailed physiological studies of sorghum chilling tolerance by various public and private research groups. References: (1)Marla et al., 2019. Genetic architecture of chilling tolerance in sorghum dissected with a nested association mapping population. G3, 9:4045-4097; (2)Marla et al., 2023.Genomics and phenomics enabled prebreeding improved early season chilling tolerance in sorghum. G3, 13:jkad116.2190561PI 707534
475PI 707535Sorghum, MiloSorghum bicolor (L.) Moench S9Not Available2025The sorghum ARS_BTX623_NAM_ESCT population is composed of three biparental parental subpopulations with a total of 769 recombinant inbred lines (F7-F8 RILs) entries. The biparental subpopulations are referred to as: BTx623xHKZ; BTx623xNSZ and BTx623x Kaoliang. This population includes new sorghum germplasm that displayed transgressive segregation compared to cold tolerant parent based on germinability(>than 70%), field emergence (60-80%) and seedling vigor (robust score of 1.5-2.5 on a scale of 1 (robust vigor) to 5 (poor vigor), traits that are needed for early season cold tolerance in US production settings. Majority of RILs displayed combine height of 1-1.4 m and flowering time of 70-75 days. The genotype data for ARS_BTX623_NAM_ESCT population is archived at NCBI sequence read archive under project SRP8838986 [(1) Marla et al., 2019, Genes|Genomes|Genetics]. The population served as primary genetic resource for successful identification and application of DNA markers that are useful for improvement of sorghum chilling tolerance [(2)Marla et al., 2023, Genes|Genomes|Genetics]. The availability of published advanced genetics and information on sorghum chilling tolerance made this NAM population highly valuable for public availability as it is actually in use as germplasm for detailed physiological studies of sorghum chilling tolerance by various public and private research groups. References: (1)Marla et al., 2019. Genetic architecture of chilling tolerance in sorghum dissected with a nested association mapping population. G3, 9:4045-4097; (2)Marla et al., 2023.Genomics and phenomics enabled prebreeding improved early season chilling tolerance in sorghum. G3, 13:jkad116.2190562PI 707535
476PI 707536Sorghum, MiloSorghum bicolor (L.) Moench S9Not Available2025The sorghum ARS_BTX623_NAM_ESCT population is composed of three biparental parental subpopulations with a total of 769 recombinant inbred lines (F7-F8 RILs) entries. The biparental subpopulations are referred to as: BTx623xHKZ; BTx623xNSZ and BTx623x Kaoliang. This population includes new sorghum germplasm that displayed transgressive segregation compared to cold tolerant parent based on germinability(>than 70%), field emergence (60-80%) and seedling vigor (robust score of 1.5-2.5 on a scale of 1 (robust vigor) to 5 (poor vigor), traits that are needed for early season cold tolerance in US production settings. Majority of RILs displayed combine height of 1-1.4 m and flowering time of 70-75 days. The genotype data for ARS_BTX623_NAM_ESCT population is archived at NCBI sequence read archive under project SRP8838986 [(1) Marla et al., 2019, Genes|Genomes|Genetics]. The population served as primary genetic resource for successful identification and application of DNA markers that are useful for improvement of sorghum chilling tolerance [(2)Marla et al., 2023, Genes|Genomes|Genetics]. The availability of published advanced genetics and information on sorghum chilling tolerance made this NAM population highly valuable for public availability as it is actually in use as germplasm for detailed physiological studies of sorghum chilling tolerance by various public and private research groups. References: (1)Marla et al., 2019. Genetic architecture of chilling tolerance in sorghum dissected with a nested association mapping population. G3, 9:4045-4097; (2)Marla et al., 2023.Genomics and phenomics enabled prebreeding improved early season chilling tolerance in sorghum. G3, 13:jkad116.2190563PI 707536
477PI 707537Sorghum, MiloSorghum bicolor (L.) Moench S9Not Available2025The sorghum ARS_BTX623_NAM_ESCT population is composed of three biparental parental subpopulations with a total of 769 recombinant inbred lines (F7-F8 RILs) entries. The biparental subpopulations are referred to as: BTx623xHKZ; BTx623xNSZ and BTx623x Kaoliang. This population includes new sorghum germplasm that displayed transgressive segregation compared to cold tolerant parent based on germinability(>than 70%), field emergence (60-80%) and seedling vigor (robust score of 1.5-2.5 on a scale of 1 (robust vigor) to 5 (poor vigor), traits that are needed for early season cold tolerance in US production settings. Majority of RILs displayed combine height of 1-1.4 m and flowering time of 70-75 days. The genotype data for ARS_BTX623_NAM_ESCT population is archived at NCBI sequence read archive under project SRP8838986 [(1) Marla et al., 2019, Genes|Genomes|Genetics]. The population served as primary genetic resource for successful identification and application of DNA markers that are useful for improvement of sorghum chilling tolerance [(2)Marla et al., 2023, Genes|Genomes|Genetics]. The availability of published advanced genetics and information on sorghum chilling tolerance made this NAM population highly valuable for public availability as it is actually in use as germplasm for detailed physiological studies of sorghum chilling tolerance by various public and private research groups. References: (1)Marla et al., 2019. Genetic architecture of chilling tolerance in sorghum dissected with a nested association mapping population. G3, 9:4045-4097; (2)Marla et al., 2023.Genomics and phenomics enabled prebreeding improved early season chilling tolerance in sorghum. G3, 13:jkad116.2190564PI 707537
478PI 707538Sorghum, MiloSorghum bicolor (L.) Moench S9Not Available2025The sorghum ARS_BTX623_NAM_ESCT population is composed of three biparental parental subpopulations with a total of 769 recombinant inbred lines (F7-F8 RILs) entries. The biparental subpopulations are referred to as: BTx623xHKZ; BTx623xNSZ and BTx623x Kaoliang. This population includes new sorghum germplasm that displayed transgressive segregation compared to cold tolerant parent based on germinability(>than 70%), field emergence (60-80%) and seedling vigor (robust score of 1.5-2.5 on a scale of 1 (robust vigor) to 5 (poor vigor), traits that are needed for early season cold tolerance in US production settings. Majority of RILs displayed combine height of 1-1.4 m and flowering time of 70-75 days. The genotype data for ARS_BTX623_NAM_ESCT population is archived at NCBI sequence read archive under project SRP8838986 [(1) Marla et al., 2019, Genes|Genomes|Genetics]. The population served as primary genetic resource for successful identification and application of DNA markers that are useful for improvement of sorghum chilling tolerance [(2)Marla et al., 2023, Genes|Genomes|Genetics]. The availability of published advanced genetics and information on sorghum chilling tolerance made this NAM population highly valuable for public availability as it is actually in use as germplasm for detailed physiological studies of sorghum chilling tolerance by various public and private research groups. References: (1)Marla et al., 2019. Genetic architecture of chilling tolerance in sorghum dissected with a nested association mapping population. G3, 9:4045-4097; (2)Marla et al., 2023.Genomics and phenomics enabled prebreeding improved early season chilling tolerance in sorghum. G3, 13:jkad116.2190565PI 707538
479PI 707539Sorghum, MiloSorghum bicolor (L.) Moench S9Not Available2025The sorghum ARS_BTX623_NAM_ESCT population is composed of three biparental parental subpopulations with a total of 769 recombinant inbred lines (F7-F8 RILs) entries. The biparental subpopulations are referred to as: BTx623xHKZ; BTx623xNSZ and BTx623x Kaoliang. This population includes new sorghum germplasm that displayed transgressive segregation compared to cold tolerant parent based on germinability(>than 70%), field emergence (60-80%) and seedling vigor (robust score of 1.5-2.5 on a scale of 1 (robust vigor) to 5 (poor vigor), traits that are needed for early season cold tolerance in US production settings. Majority of RILs displayed combine height of 1-1.4 m and flowering time of 70-75 days. The genotype data for ARS_BTX623_NAM_ESCT population is archived at NCBI sequence read archive under project SRP8838986 [(1) Marla et al., 2019, Genes|Genomes|Genetics]. The population served as primary genetic resource for successful identification and application of DNA markers that are useful for improvement of sorghum chilling tolerance [(2)Marla et al., 2023, Genes|Genomes|Genetics]. The availability of published advanced genetics and information on sorghum chilling tolerance made this NAM population highly valuable for public availability as it is actually in use as germplasm for detailed physiological studies of sorghum chilling tolerance by various public and private research groups. References: (1)Marla et al., 2019. Genetic architecture of chilling tolerance in sorghum dissected with a nested association mapping population. G3, 9:4045-4097; (2)Marla et al., 2023.Genomics and phenomics enabled prebreeding improved early season chilling tolerance in sorghum. G3, 13:jkad116.2190566PI 707539
480PI 707540Sorghum, MiloSorghum bicolor (L.) Moench S9Not Available2025The sorghum ARS_BTX623_NAM_ESCT population is composed of three biparental parental subpopulations with a total of 769 recombinant inbred lines (F7-F8 RILs) entries. The biparental subpopulations are referred to as: BTx623xHKZ; BTx623xNSZ and BTx623x Kaoliang. This population includes new sorghum germplasm that displayed transgressive segregation compared to cold tolerant parent based on germinability(>than 70%), field emergence (60-80%) and seedling vigor (robust score of 1.5-2.5 on a scale of 1 (robust vigor) to 5 (poor vigor), traits that are needed for early season cold tolerance in US production settings. Majority of RILs displayed combine height of 1-1.4 m and flowering time of 70-75 days. The genotype data for ARS_BTX623_NAM_ESCT population is archived at NCBI sequence read archive under project SRP8838986 [(1) Marla et al., 2019, Genes|Genomes|Genetics]. The population served as primary genetic resource for successful identification and application of DNA markers that are useful for improvement of sorghum chilling tolerance [(2)Marla et al., 2023, Genes|Genomes|Genetics]. The availability of published advanced genetics and information on sorghum chilling tolerance made this NAM population highly valuable for public availability as it is actually in use as germplasm for detailed physiological studies of sorghum chilling tolerance by various public and private research groups. References: (1)Marla et al., 2019. Genetic architecture of chilling tolerance in sorghum dissected with a nested association mapping population. G3, 9:4045-4097; (2)Marla et al., 2023.Genomics and phenomics enabled prebreeding improved early season chilling tolerance in sorghum. G3, 13:jkad116.2190567PI 707540
481PI 707541Sorghum, MiloSorghum bicolor (L.) Moench S9Not Available2025The sorghum ARS_BTX623_NAM_ESCT population is composed of three biparental parental subpopulations with a total of 769 recombinant inbred lines (F7-F8 RILs) entries. The biparental subpopulations are referred to as: BTx623xHKZ; BTx623xNSZ and BTx623x Kaoliang. This population includes new sorghum germplasm that displayed transgressive segregation compared to cold tolerant parent based on germinability(>than 70%), field emergence (60-80%) and seedling vigor (robust score of 1.5-2.5 on a scale of 1 (robust vigor) to 5 (poor vigor), traits that are needed for early season cold tolerance in US production settings. Majority of RILs displayed combine height of 1-1.4 m and flowering time of 70-75 days. The genotype data for ARS_BTX623_NAM_ESCT population is archived at NCBI sequence read archive under project SRP8838986 [(1) Marla et al., 2019, Genes|Genomes|Genetics]. The population served as primary genetic resource for successful identification and application of DNA markers that are useful for improvement of sorghum chilling tolerance [(2)Marla et al., 2023, Genes|Genomes|Genetics]. The availability of published advanced genetics and information on sorghum chilling tolerance made this NAM population highly valuable for public availability as it is actually in use as germplasm for detailed physiological studies of sorghum chilling tolerance by various public and private research groups. References: (1)Marla et al., 2019. Genetic architecture of chilling tolerance in sorghum dissected with a nested association mapping population. G3, 9:4045-4097; (2)Marla et al., 2023.Genomics and phenomics enabled prebreeding improved early season chilling tolerance in sorghum. G3, 13:jkad116.2190568PI 707541
482PI 707542Sorghum, MiloSorghum bicolor (L.) Moench S9Not Available2025The sorghum ARS_BTX623_NAM_ESCT population is composed of three biparental parental subpopulations with a total of 769 recombinant inbred lines (F7-F8 RILs) entries. The biparental subpopulations are referred to as: BTx623xHKZ; BTx623xNSZ and BTx623x Kaoliang. This population includes new sorghum germplasm that displayed transgressive segregation compared to cold tolerant parent based on germinability(>than 70%), field emergence (60-80%) and seedling vigor (robust score of 1.5-2.5 on a scale of 1 (robust vigor) to 5 (poor vigor), traits that are needed for early season cold tolerance in US production settings. Majority of RILs displayed combine height of 1-1.4 m and flowering time of 70-75 days. The genotype data for ARS_BTX623_NAM_ESCT population is archived at NCBI sequence read archive under project SRP8838986 [(1) Marla et al., 2019, Genes|Genomes|Genetics]. The population served as primary genetic resource for successful identification and application of DNA markers that are useful for improvement of sorghum chilling tolerance [(2)Marla et al., 2023, Genes|Genomes|Genetics]. The availability of published advanced genetics and information on sorghum chilling tolerance made this NAM population highly valuable for public availability as it is actually in use as germplasm for detailed physiological studies of sorghum chilling tolerance by various public and private research groups. References: (1)Marla et al., 2019. Genetic architecture of chilling tolerance in sorghum dissected with a nested association mapping population. G3, 9:4045-4097; (2)Marla et al., 2023.Genomics and phenomics enabled prebreeding improved early season chilling tolerance in sorghum. G3, 13:jkad116.2190569PI 707542
483PI 707543Sorghum, MiloSorghum bicolor (L.) Moench S9Not Available2025The sorghum ARS_BTX623_NAM_ESCT population is composed of three biparental parental subpopulations with a total of 769 recombinant inbred lines (F7-F8 RILs) entries. The biparental subpopulations are referred to as: BTx623xHKZ; BTx623xNSZ and BTx623x Kaoliang. This population includes new sorghum germplasm that displayed transgressive segregation compared to cold tolerant parent based on germinability(>than 70%), field emergence (60-80%) and seedling vigor (robust score of 1.5-2.5 on a scale of 1 (robust vigor) to 5 (poor vigor), traits that are needed for early season cold tolerance in US production settings. Majority of RILs displayed combine height of 1-1.4 m and flowering time of 70-75 days. The genotype data for ARS_BTX623_NAM_ESCT population is archived at NCBI sequence read archive under project SRP8838986 [(1) Marla et al., 2019, Genes|Genomes|Genetics]. The population served as primary genetic resource for successful identification and application of DNA markers that are useful for improvement of sorghum chilling tolerance [(2)Marla et al., 2023, Genes|Genomes|Genetics]. The availability of published advanced genetics and information on sorghum chilling tolerance made this NAM population highly valuable for public availability as it is actually in use as germplasm for detailed physiological studies of sorghum chilling tolerance by various public and private research groups. References: (1)Marla et al., 2019. Genetic architecture of chilling tolerance in sorghum dissected with a nested association mapping population. G3, 9:4045-4097; (2)Marla et al., 2023.Genomics and phenomics enabled prebreeding improved early season chilling tolerance in sorghum. G3, 13:jkad116.2190570PI 707543
484PI 707544Sorghum, MiloSorghum bicolor (L.) Moench S9Not Available2025The sorghum ARS_BTX623_NAM_ESCT population is composed of three biparental parental subpopulations with a total of 769 recombinant inbred lines (F7-F8 RILs) entries. The biparental subpopulations are referred to as: BTx623xHKZ; BTx623xNSZ and BTx623x Kaoliang. This population includes new sorghum germplasm that displayed transgressive segregation compared to cold tolerant parent based on germinability(>than 70%), field emergence (60-80%) and seedling vigor (robust score of 1.5-2.5 on a scale of 1 (robust vigor) to 5 (poor vigor), traits that are needed for early season cold tolerance in US production settings. Majority of RILs displayed combine height of 1-1.4 m and flowering time of 70-75 days. The genotype data for ARS_BTX623_NAM_ESCT population is archived at NCBI sequence read archive under project SRP8838986 [(1) Marla et al., 2019, Genes|Genomes|Genetics]. The population served as primary genetic resource for successful identification and application of DNA markers that are useful for improvement of sorghum chilling tolerance [(2)Marla et al., 2023, Genes|Genomes|Genetics]. The availability of published advanced genetics and information on sorghum chilling tolerance made this NAM population highly valuable for public availability as it is actually in use as germplasm for detailed physiological studies of sorghum chilling tolerance by various public and private research groups. References: (1)Marla et al., 2019. Genetic architecture of chilling tolerance in sorghum dissected with a nested association mapping population. G3, 9:4045-4097; (2)Marla et al., 2023.Genomics and phenomics enabled prebreeding improved early season chilling tolerance in sorghum. G3, 13:jkad116.2190571PI 707544
485PI 707545Sorghum, MiloSorghum bicolor (L.) Moench S9Not Available2025The sorghum ARS_BTX623_NAM_ESCT population is composed of three biparental parental subpopulations with a total of 769 recombinant inbred lines (F7-F8 RILs) entries. The biparental subpopulations are referred to as: BTx623xHKZ; BTx623xNSZ and BTx623x Kaoliang. This population includes new sorghum germplasm that displayed transgressive segregation compared to cold tolerant parent based on germinability(>than 70%), field emergence (60-80%) and seedling vigor (robust score of 1.5-2.5 on a scale of 1 (robust vigor) to 5 (poor vigor), traits that are needed for early season cold tolerance in US production settings. Majority of RILs displayed combine height of 1-1.4 m and flowering time of 70-75 days. The genotype data for ARS_BTX623_NAM_ESCT population is archived at NCBI sequence read archive under project SRP8838986 [(1) Marla et al., 2019, Genes|Genomes|Genetics]. The population served as primary genetic resource for successful identification and application of DNA markers that are useful for improvement of sorghum chilling tolerance [(2)Marla et al., 2023, Genes|Genomes|Genetics]. The availability of published advanced genetics and information on sorghum chilling tolerance made this NAM population highly valuable for public availability as it is actually in use as germplasm for detailed physiological studies of sorghum chilling tolerance by various public and private research groups. References: (1)Marla et al., 2019. Genetic architecture of chilling tolerance in sorghum dissected with a nested association mapping population. G3, 9:4045-4097; (2)Marla et al., 2023.Genomics and phenomics enabled prebreeding improved early season chilling tolerance in sorghum. G3, 13:jkad116.2190572PI 707545
486PI 707546Sorghum, MiloSorghum bicolor (L.) Moench S9Not Available2025The sorghum ARS_BTX623_NAM_ESCT population is composed of three biparental parental subpopulations with a total of 769 recombinant inbred lines (F7-F8 RILs) entries. The biparental subpopulations are referred to as: BTx623xHKZ; BTx623xNSZ and BTx623x Kaoliang. This population includes new sorghum germplasm that displayed transgressive segregation compared to cold tolerant parent based on germinability(>than 70%), field emergence (60-80%) and seedling vigor (robust score of 1.5-2.5 on a scale of 1 (robust vigor) to 5 (poor vigor), traits that are needed for early season cold tolerance in US production settings. Majority of RILs displayed combine height of 1-1.4 m and flowering time of 70-75 days. The genotype data for ARS_BTX623_NAM_ESCT population is archived at NCBI sequence read archive under project SRP8838986 [(1) Marla et al., 2019, Genes|Genomes|Genetics]. The population served as primary genetic resource for successful identification and application of DNA markers that are useful for improvement of sorghum chilling tolerance [(2)Marla et al., 2023, Genes|Genomes|Genetics]. The availability of published advanced genetics and information on sorghum chilling tolerance made this NAM population highly valuable for public availability as it is actually in use as germplasm for detailed physiological studies of sorghum chilling tolerance by various public and private research groups. References: (1)Marla et al., 2019. Genetic architecture of chilling tolerance in sorghum dissected with a nested association mapping population. G3, 9:4045-4097; (2)Marla et al., 2023.Genomics and phenomics enabled prebreeding improved early season chilling tolerance in sorghum. G3, 13:jkad116.2190573PI 707546
487PI 707547Sorghum, MiloSorghum bicolor (L.) Moench S9Not Available2025The sorghum ARS_BTX623_NAM_ESCT population is composed of three biparental parental subpopulations with a total of 769 recombinant inbred lines (F7-F8 RILs) entries. The biparental subpopulations are referred to as: BTx623xHKZ; BTx623xNSZ and BTx623x Kaoliang. This population includes new sorghum germplasm that displayed transgressive segregation compared to cold tolerant parent based on germinability(>than 70%), field emergence (60-80%) and seedling vigor (robust score of 1.5-2.5 on a scale of 1 (robust vigor) to 5 (poor vigor), traits that are needed for early season cold tolerance in US production settings. Majority of RILs displayed combine height of 1-1.4 m and flowering time of 70-75 days. The genotype data for ARS_BTX623_NAM_ESCT population is archived at NCBI sequence read archive under project SRP8838986 [(1) Marla et al., 2019, Genes|Genomes|Genetics]. The population served as primary genetic resource for successful identification and application of DNA markers that are useful for improvement of sorghum chilling tolerance [(2)Marla et al., 2023, Genes|Genomes|Genetics]. The availability of published advanced genetics and information on sorghum chilling tolerance made this NAM population highly valuable for public availability as it is actually in use as germplasm for detailed physiological studies of sorghum chilling tolerance by various public and private research groups. References: (1)Marla et al., 2019. Genetic architecture of chilling tolerance in sorghum dissected with a nested association mapping population. G3, 9:4045-4097; (2)Marla et al., 2023.Genomics and phenomics enabled prebreeding improved early season chilling tolerance in sorghum. G3, 13:jkad116.2190574PI 707547
488PI 707548Sorghum, MiloSorghum bicolor (L.) Moench S9Not Available2025The sorghum ARS_BTX623_NAM_ESCT population is composed of three biparental parental subpopulations with a total of 769 recombinant inbred lines (F7-F8 RILs) entries. The biparental subpopulations are referred to as: BTx623xHKZ; BTx623xNSZ and BTx623x Kaoliang. This population includes new sorghum germplasm that displayed transgressive segregation compared to cold tolerant parent based on germinability(>than 70%), field emergence (60-80%) and seedling vigor (robust score of 1.5-2.5 on a scale of 1 (robust vigor) to 5 (poor vigor), traits that are needed for early season cold tolerance in US production settings. Majority of RILs displayed combine height of 1-1.4 m and flowering time of 70-75 days. The genotype data for ARS_BTX623_NAM_ESCT population is archived at NCBI sequence read archive under project SRP8838986 [(1) Marla et al., 2019, Genes|Genomes|Genetics]. The population served as primary genetic resource for successful identification and application of DNA markers that are useful for improvement of sorghum chilling tolerance [(2)Marla et al., 2023, Genes|Genomes|Genetics]. The availability of published advanced genetics and information on sorghum chilling tolerance made this NAM population highly valuable for public availability as it is actually in use as germplasm for detailed physiological studies of sorghum chilling tolerance by various public and private research groups. References: (1)Marla et al., 2019. Genetic architecture of chilling tolerance in sorghum dissected with a nested association mapping population. G3, 9:4045-4097; (2)Marla et al., 2023.Genomics and phenomics enabled prebreeding improved early season chilling tolerance in sorghum. G3, 13:jkad116.2190575PI 707548
489PI 707549Sorghum, MiloSorghum bicolor (L.) Moench S9Not Available2025The sorghum ARS_BTX623_NAM_ESCT population is composed of three biparental parental subpopulations with a total of 769 recombinant inbred lines (F7-F8 RILs) entries. The biparental subpopulations are referred to as: BTx623xHKZ; BTx623xNSZ and BTx623x Kaoliang. This population includes new sorghum germplasm that displayed transgressive segregation compared to cold tolerant parent based on germinability(>than 70%), field emergence (60-80%) and seedling vigor (robust score of 1.5-2.5 on a scale of 1 (robust vigor) to 5 (poor vigor), traits that are needed for early season cold tolerance in US production settings. Majority of RILs displayed combine height of 1-1.4 m and flowering time of 70-75 days. The genotype data for ARS_BTX623_NAM_ESCT population is archived at NCBI sequence read archive under project SRP8838986 [(1) Marla et al., 2019, Genes|Genomes|Genetics]. The population served as primary genetic resource for successful identification and application of DNA markers that are useful for improvement of sorghum chilling tolerance [(2)Marla et al., 2023, Genes|Genomes|Genetics]. The availability of published advanced genetics and information on sorghum chilling tolerance made this NAM population highly valuable for public availability as it is actually in use as germplasm for detailed physiological studies of sorghum chilling tolerance by various public and private research groups. References: (1)Marla et al., 2019. Genetic architecture of chilling tolerance in sorghum dissected with a nested association mapping population. G3, 9:4045-4097; (2)Marla et al., 2023.Genomics and phenomics enabled prebreeding improved early season chilling tolerance in sorghum. G3, 13:jkad116.2190576PI 707549
490PI 707550Sorghum, MiloSorghum bicolor (L.) Moench S9Not Available2025The sorghum ARS_BTX623_NAM_ESCT population is composed of three biparental parental subpopulations with a total of 769 recombinant inbred lines (F7-F8 RILs) entries. The biparental subpopulations are referred to as: BTx623xHKZ; BTx623xNSZ and BTx623x Kaoliang. This population includes new sorghum germplasm that displayed transgressive segregation compared to cold tolerant parent based on germinability(>than 70%), field emergence (60-80%) and seedling vigor (robust score of 1.5-2.5 on a scale of 1 (robust vigor) to 5 (poor vigor), traits that are needed for early season cold tolerance in US production settings. Majority of RILs displayed combine height of 1-1.4 m and flowering time of 70-75 days. The genotype data for ARS_BTX623_NAM_ESCT population is archived at NCBI sequence read archive under project SRP8838986 [(1) Marla et al., 2019, Genes|Genomes|Genetics]. The population served as primary genetic resource for successful identification and application of DNA markers that are useful for improvement of sorghum chilling tolerance [(2)Marla et al., 2023, Genes|Genomes|Genetics]. The availability of published advanced genetics and information on sorghum chilling tolerance made this NAM population highly valuable for public availability as it is actually in use as germplasm for detailed physiological studies of sorghum chilling tolerance by various public and private research groups. References: (1)Marla et al., 2019. Genetic architecture of chilling tolerance in sorghum dissected with a nested association mapping population. G3, 9:4045-4097; (2)Marla et al., 2023.Genomics and phenomics enabled prebreeding improved early season chilling tolerance in sorghum. G3, 13:jkad116.2190577PI 707550
491PI 707551Sorghum, MiloSorghum bicolor (L.) Moench S9Not Available2025The sorghum ARS_BTX623_NAM_ESCT population is composed of three biparental parental subpopulations with a total of 769 recombinant inbred lines (F7-F8 RILs) entries. The biparental subpopulations are referred to as: BTx623xHKZ; BTx623xNSZ and BTx623x Kaoliang. This population includes new sorghum germplasm that displayed transgressive segregation compared to cold tolerant parent based on germinability(>than 70%), field emergence (60-80%) and seedling vigor (robust score of 1.5-2.5 on a scale of 1 (robust vigor) to 5 (poor vigor), traits that are needed for early season cold tolerance in US production settings. Majority of RILs displayed combine height of 1-1.4 m and flowering time of 70-75 days. The genotype data for ARS_BTX623_NAM_ESCT population is archived at NCBI sequence read archive under project SRP8838986 [(1) Marla et al., 2019, Genes|Genomes|Genetics]. The population served as primary genetic resource for successful identification and application of DNA markers that are useful for improvement of sorghum chilling tolerance [(2)Marla et al., 2023, Genes|Genomes|Genetics]. The availability of published advanced genetics and information on sorghum chilling tolerance made this NAM population highly valuable for public availability as it is actually in use as germplasm for detailed physiological studies of sorghum chilling tolerance by various public and private research groups. References: (1)Marla et al., 2019. Genetic architecture of chilling tolerance in sorghum dissected with a nested association mapping population. G3, 9:4045-4097; (2)Marla et al., 2023.Genomics and phenomics enabled prebreeding improved early season chilling tolerance in sorghum. G3, 13:jkad116.2190578PI 707551
492PI 707552Sorghum, MiloSorghum bicolor (L.) Moench S9Not Available2025The sorghum ARS_BTX623_NAM_ESCT population is composed of three biparental parental subpopulations with a total of 769 recombinant inbred lines (F7-F8 RILs) entries. The biparental subpopulations are referred to as: BTx623xHKZ; BTx623xNSZ and BTx623x Kaoliang. This population includes new sorghum germplasm that displayed transgressive segregation compared to cold tolerant parent based on germinability(>than 70%), field emergence (60-80%) and seedling vigor (robust score of 1.5-2.5 on a scale of 1 (robust vigor) to 5 (poor vigor), traits that are needed for early season cold tolerance in US production settings. Majority of RILs displayed combine height of 1-1.4 m and flowering time of 70-75 days. The genotype data for ARS_BTX623_NAM_ESCT population is archived at NCBI sequence read archive under project SRP8838986 [(1) Marla et al., 2019, Genes|Genomes|Genetics]. The population served as primary genetic resource for successful identification and application of DNA markers that are useful for improvement of sorghum chilling tolerance [(2)Marla et al., 2023, Genes|Genomes|Genetics]. The availability of published advanced genetics and information on sorghum chilling tolerance made this NAM population highly valuable for public availability as it is actually in use as germplasm for detailed physiological studies of sorghum chilling tolerance by various public and private research groups. References: (1)Marla et al., 2019. Genetic architecture of chilling tolerance in sorghum dissected with a nested association mapping population. G3, 9:4045-4097; (2)Marla et al., 2023.Genomics and phenomics enabled prebreeding improved early season chilling tolerance in sorghum. G3, 13:jkad116.2190579PI 707552
493PI 707553Sorghum, MiloSorghum bicolor (L.) Moench S9Not Available2025The sorghum ARS_BTX623_NAM_ESCT population is composed of three biparental parental subpopulations with a total of 769 recombinant inbred lines (F7-F8 RILs) entries. The biparental subpopulations are referred to as: BTx623xHKZ; BTx623xNSZ and BTx623x Kaoliang. This population includes new sorghum germplasm that displayed transgressive segregation compared to cold tolerant parent based on germinability(>than 70%), field emergence (60-80%) and seedling vigor (robust score of 1.5-2.5 on a scale of 1 (robust vigor) to 5 (poor vigor), traits that are needed for early season cold tolerance in US production settings. Majority of RILs displayed combine height of 1-1.4 m and flowering time of 70-75 days. The genotype data for ARS_BTX623_NAM_ESCT population is archived at NCBI sequence read archive under project SRP8838986 [(1) Marla et al., 2019, Genes|Genomes|Genetics]. The population served as primary genetic resource for successful identification and application of DNA markers that are useful for improvement of sorghum chilling tolerance [(2)Marla et al., 2023, Genes|Genomes|Genetics]. The availability of published advanced genetics and information on sorghum chilling tolerance made this NAM population highly valuable for public availability as it is actually in use as germplasm for detailed physiological studies of sorghum chilling tolerance by various public and private research groups. References: (1)Marla et al., 2019. Genetic architecture of chilling tolerance in sorghum dissected with a nested association mapping population. G3, 9:4045-4097; (2)Marla et al., 2023.Genomics and phenomics enabled prebreeding improved early season chilling tolerance in sorghum. G3, 13:jkad116.2190580PI 707553
494PI 707554Sorghum, MiloSorghum bicolor (L.) Moench S9Not Available2025The sorghum ARS_BTX623_NAM_ESCT population is composed of three biparental parental subpopulations with a total of 769 recombinant inbred lines (F7-F8 RILs) entries. The biparental subpopulations are referred to as: BTx623xHKZ; BTx623xNSZ and BTx623x Kaoliang. This population includes new sorghum germplasm that displayed transgressive segregation compared to cold tolerant parent based on germinability(>than 70%), field emergence (60-80%) and seedling vigor (robust score of 1.5-2.5 on a scale of 1 (robust vigor) to 5 (poor vigor), traits that are needed for early season cold tolerance in US production settings. Majority of RILs displayed combine height of 1-1.4 m and flowering time of 70-75 days. The genotype data for ARS_BTX623_NAM_ESCT population is archived at NCBI sequence read archive under project SRP8838986 [(1) Marla et al., 2019, Genes|Genomes|Genetics]. The population served as primary genetic resource for successful identification and application of DNA markers that are useful for improvement of sorghum chilling tolerance [(2)Marla et al., 2023, Genes|Genomes|Genetics]. The availability of published advanced genetics and information on sorghum chilling tolerance made this NAM population highly valuable for public availability as it is actually in use as germplasm for detailed physiological studies of sorghum chilling tolerance by various public and private research groups. References: (1)Marla et al., 2019. Genetic architecture of chilling tolerance in sorghum dissected with a nested association mapping population. G3, 9:4045-4097; (2)Marla et al., 2023.Genomics and phenomics enabled prebreeding improved early season chilling tolerance in sorghum. G3, 13:jkad116.2190581PI 707554
495PI 707555Sorghum, MiloSorghum bicolor (L.) Moench S9Not Available2025The sorghum ARS_BTX623_NAM_ESCT population is composed of three biparental parental subpopulations with a total of 769 recombinant inbred lines (F7-F8 RILs) entries. The biparental subpopulations are referred to as: BTx623xHKZ; BTx623xNSZ and BTx623x Kaoliang. This population includes new sorghum germplasm that displayed transgressive segregation compared to cold tolerant parent based on germinability(>than 70%), field emergence (60-80%) and seedling vigor (robust score of 1.5-2.5 on a scale of 1 (robust vigor) to 5 (poor vigor), traits that are needed for early season cold tolerance in US production settings. Majority of RILs displayed combine height of 1-1.4 m and flowering time of 70-75 days. The genotype data for ARS_BTX623_NAM_ESCT population is archived at NCBI sequence read archive under project SRP8838986 [(1) Marla et al., 2019, Genes|Genomes|Genetics]. The population served as primary genetic resource for successful identification and application of DNA markers that are useful for improvement of sorghum chilling tolerance [(2)Marla et al., 2023, Genes|Genomes|Genetics]. The availability of published advanced genetics and information on sorghum chilling tolerance made this NAM population highly valuable for public availability as it is actually in use as germplasm for detailed physiological studies of sorghum chilling tolerance by various public and private research groups. References: (1)Marla et al., 2019. Genetic architecture of chilling tolerance in sorghum dissected with a nested association mapping population. G3, 9:4045-4097; (2)Marla et al., 2023.Genomics and phenomics enabled prebreeding improved early season chilling tolerance in sorghum. G3, 13:jkad116.2190582PI 707555
496PI 707556Sorghum, MiloSorghum bicolor (L.) Moench S9Not Available2025The sorghum ARS_BTX623_NAM_ESCT population is composed of three biparental parental subpopulations with a total of 769 recombinant inbred lines (F7-F8 RILs) entries. The biparental subpopulations are referred to as: BTx623xHKZ; BTx623xNSZ and BTx623x Kaoliang. This population includes new sorghum germplasm that displayed transgressive segregation compared to cold tolerant parent based on germinability(>than 70%), field emergence (60-80%) and seedling vigor (robust score of 1.5-2.5 on a scale of 1 (robust vigor) to 5 (poor vigor), traits that are needed for early season cold tolerance in US production settings. Majority of RILs displayed combine height of 1-1.4 m and flowering time of 70-75 days. The genotype data for ARS_BTX623_NAM_ESCT population is archived at NCBI sequence read archive under project SRP8838986 [(1) Marla et al., 2019, Genes|Genomes|Genetics]. The population served as primary genetic resource for successful identification and application of DNA markers that are useful for improvement of sorghum chilling tolerance [(2)Marla et al., 2023, Genes|Genomes|Genetics]. The availability of published advanced genetics and information on sorghum chilling tolerance made this NAM population highly valuable for public availability as it is actually in use as germplasm for detailed physiological studies of sorghum chilling tolerance by various public and private research groups. References: (1)Marla et al., 2019. Genetic architecture of chilling tolerance in sorghum dissected with a nested association mapping population. G3, 9:4045-4097; (2)Marla et al., 2023.Genomics and phenomics enabled prebreeding improved early season chilling tolerance in sorghum. G3, 13:jkad116.2190583PI 707556
497PI 707557Sorghum, MiloSorghum bicolor (L.) Moench S9Not Available2025The sorghum ARS_BTX623_NAM_ESCT population is composed of three biparental parental subpopulations with a total of 769 recombinant inbred lines (F7-F8 RILs) entries. The biparental subpopulations are referred to as: BTx623xHKZ; BTx623xNSZ and BTx623x Kaoliang. This population includes new sorghum germplasm that displayed transgressive segregation compared to cold tolerant parent based on germinability(>than 70%), field emergence (60-80%) and seedling vigor (robust score of 1.5-2.5 on a scale of 1 (robust vigor) to 5 (poor vigor), traits that are needed for early season cold tolerance in US production settings. Majority of RILs displayed combine height of 1-1.4 m and flowering time of 70-75 days. The genotype data for ARS_BTX623_NAM_ESCT population is archived at NCBI sequence read archive under project SRP8838986 [(1) Marla et al., 2019, Genes|Genomes|Genetics]. The population served as primary genetic resource for successful identification and application of DNA markers that are useful for improvement of sorghum chilling tolerance [(2)Marla et al., 2023, Genes|Genomes|Genetics]. The availability of published advanced genetics and information on sorghum chilling tolerance made this NAM population highly valuable for public availability as it is actually in use as germplasm for detailed physiological studies of sorghum chilling tolerance by various public and private research groups. References: (1)Marla et al., 2019. Genetic architecture of chilling tolerance in sorghum dissected with a nested association mapping population. G3, 9:4045-4097; (2)Marla et al., 2023.Genomics and phenomics enabled prebreeding improved early season chilling tolerance in sorghum. G3, 13:jkad116.2190584PI 707557
498PI 707558Sorghum, MiloSorghum bicolor (L.) Moench S9Not Available2025The sorghum ARS_BTX623_NAM_ESCT population is composed of three biparental parental subpopulations with a total of 769 recombinant inbred lines (F7-F8 RILs) entries. The biparental subpopulations are referred to as: BTx623xHKZ; BTx623xNSZ and BTx623x Kaoliang. This population includes new sorghum germplasm that displayed transgressive segregation compared to cold tolerant parent based on germinability(>than 70%), field emergence (60-80%) and seedling vigor (robust score of 1.5-2.5 on a scale of 1 (robust vigor) to 5 (poor vigor), traits that are needed for early season cold tolerance in US production settings. Majority of RILs displayed combine height of 1-1.4 m and flowering time of 70-75 days. The genotype data for ARS_BTX623_NAM_ESCT population is archived at NCBI sequence read archive under project SRP8838986 [(1) Marla et al., 2019, Genes|Genomes|Genetics]. The population served as primary genetic resource for successful identification and application of DNA markers that are useful for improvement of sorghum chilling tolerance [(2)Marla et al., 2023, Genes|Genomes|Genetics]. The availability of published advanced genetics and information on sorghum chilling tolerance made this NAM population highly valuable for public availability as it is actually in use as germplasm for detailed physiological studies of sorghum chilling tolerance by various public and private research groups. References: (1)Marla et al., 2019. Genetic architecture of chilling tolerance in sorghum dissected with a nested association mapping population. G3, 9:4045-4097; (2)Marla et al., 2023.Genomics and phenomics enabled prebreeding improved early season chilling tolerance in sorghum. G3, 13:jkad116.2190585PI 707558
499PI 707559Sorghum, MiloSorghum bicolor (L.) Moench S9Not Available2025The sorghum ARS_BTX623_NAM_ESCT population is composed of three biparental parental subpopulations with a total of 769 recombinant inbred lines (F7-F8 RILs) entries. The biparental subpopulations are referred to as: BTx623xHKZ; BTx623xNSZ and BTx623x Kaoliang. This population includes new sorghum germplasm that displayed transgressive segregation compared to cold tolerant parent based on germinability(>than 70%), field emergence (60-80%) and seedling vigor (robust score of 1.5-2.5 on a scale of 1 (robust vigor) to 5 (poor vigor), traits that are needed for early season cold tolerance in US production settings. Majority of RILs displayed combine height of 1-1.4 m and flowering time of 70-75 days. The genotype data for ARS_BTX623_NAM_ESCT population is archived at NCBI sequence read archive under project SRP8838986 [(1) Marla et al., 2019, Genes|Genomes|Genetics]. The population served as primary genetic resource for successful identification and application of DNA markers that are useful for improvement of sorghum chilling tolerance [(2)Marla et al., 2023, Genes|Genomes|Genetics]. The availability of published advanced genetics and information on sorghum chilling tolerance made this NAM population highly valuable for public availability as it is actually in use as germplasm for detailed physiological studies of sorghum chilling tolerance by various public and private research groups. References: (1)Marla et al., 2019. Genetic architecture of chilling tolerance in sorghum dissected with a nested association mapping population. G3, 9:4045-4097; (2)Marla et al., 2023.Genomics and phenomics enabled prebreeding improved early season chilling tolerance in sorghum. G3, 13:jkad116.2190586PI 707559