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ACCESSIONPLANT NAMETAXONOMYORIGINGENEBANKIMAGEAVAILABILITYRECEIVEDSOURCE TYPESOURCE DATECOLLECTION SITECOORDINATESELEVATIONHABITATIMPROVEMENT LEVELNARRATIVE
0PI 68740215FS003Sorghum bicolor (L.) Moench subsp. bicolor S92016Breeding materialImprovement of cold tolerance at key stages of growth and deployment of favorable alleles for root traits and cold tolerance into elite sorghum genetic resources are recognized as critical factors for sorghum production in drier and cooler regions of the US, permitting farmers to capitalize on early season moisture, efficient integrated pest management and to cultivate fuller season varieties with higher yield potential. The BTx623NSZ _ RIPG mapping population consists of 292 inbred lines, was evaluated for expression of early season cold tolerance based on field and controlled condition (15°C) germinability/emergence and seedling vigor; data for these traits are provided from two years of early season field screen and minimum of three laboratory studies. A detailed analysis of gene expression pattern and root morphological traits under cold stress (15°C) were characterized for the parents of the inbred population. Seeds were bulked from 10 representative uniform plants at F6 generation and advanced by selfing to F1 generation. Briefly, BTx623NSZ_RIPG, was developed by hand emasculation of the female parent BTx623 and pollination with PI 568016 in the polyhouse at Cropping Systems Research Laboratory, Lubbock, TX in 2012. The resulting F1 hybrid was intermediate in height between the 2 parents, with brown seed color. A total of 300 F2 plants were planted at the F3 generation followed by careful advancement to F4 to F7 generations performed alternately in Lubbock, Texas and Lajas, Puerto Rico. At the F6:7 stage of development ten representative uniform plants were tagged and seeds were bulked from the 10 tagged plants to compose each line. A total of 292 RILs were generated and are used to represent the BTx623NSZ_RIPG. The population was developed thru cooperative efforts of PSGD team of: Dr. Gloria Burow, Dr. John Burke, Dr. Ratan Chopra, Ms. Halee Hughes, and Mr. Jacob Sanchez.1963499PI 687402
1PI 68740315FS004Sorghum bicolor (L.) Moench subsp. bicolor S92016Breeding materialImprovement of cold tolerance at key stages of growth and deployment of favorable alleles for root traits and cold tolerance into elite sorghum genetic resources are recognized as critical factors for sorghum production in drier and cooler regions of the US, permitting farmers to capitalize on early season moisture, efficient integrated pest management and to cultivate fuller season varieties with higher yield potential. The BTx623NSZ _ RIPG mapping population consists of 292 inbred lines, was evaluated for expression of early season cold tolerance based on field and controlled condition (15°C) germinability/emergence and seedling vigor; data for these traits are provided from two years of early season field screen and minimum of three laboratory studies. A detailed analysis of gene expression pattern and root morphological traits under cold stress (15°C) were characterized for the parents of the inbred population. Seeds were bulked from 10 representative uniform plants at F6 generation and advanced by selfing to F1 generation. Briefly, BTx623NSZ_RIPG, was developed by hand emasculation of the female parent BTx623 and pollination with PI 568016 in the polyhouse at Cropping Systems Research Laboratory, Lubbock, TX in 2012. The resulting F1 hybrid was intermediate in height between the 2 parents, with brown seed color. A total of 300 F2 plants were planted at the F3 generation followed by careful advancement to F4 to F7 generations performed alternately in Lubbock, Texas and Lajas, Puerto Rico. At the F6:7 stage of development ten representative uniform plants were tagged and seeds were bulked from the 10 tagged plants to compose each line. A total of 292 RILs were generated and are used to represent the BTx623NSZ_RIPG. The population was developed thru cooperative efforts of PSGD team of: Dr. Gloria Burow, Dr. John Burke, Dr. Ratan Chopra, Ms. Halee Hughes, and Mr. Jacob Sanchez.1963500PI 687403
2PI 68740415FS005Sorghum bicolor (L.) Moench subsp. bicolor S92016Breeding materialImprovement of cold tolerance at key stages of growth and deployment of favorable alleles for root traits and cold tolerance into elite sorghum genetic resources are recognized as critical factors for sorghum production in drier and cooler regions of the US, permitting farmers to capitalize on early season moisture, efficient integrated pest management and to cultivate fuller season varieties with higher yield potential. The BTx623NSZ _ RIPG mapping population consists of 292 inbred lines, was evaluated for expression of early season cold tolerance based on field and controlled condition (15°C) germinability/emergence and seedling vigor; data for these traits are provided from two years of early season field screen and minimum of three laboratory studies. A detailed analysis of gene expression pattern and root morphological traits under cold stress (15°C) were characterized for the parents of the inbred population. Seeds were bulked from 10 representative uniform plants at F6 generation and advanced by selfing to F1 generation. Briefly, BTx623NSZ_RIPG, was developed by hand emasculation of the female parent BTx623 and pollination with PI 568016 in the polyhouse at Cropping Systems Research Laboratory, Lubbock, TX in 2012. The resulting F1 hybrid was intermediate in height between the 2 parents, with brown seed color. A total of 300 F2 plants were planted at the F3 generation followed by careful advancement to F4 to F7 generations performed alternately in Lubbock, Texas and Lajas, Puerto Rico. At the F6:7 stage of development ten representative uniform plants were tagged and seeds were bulked from the 10 tagged plants to compose each line. A total of 292 RILs were generated and are used to represent the BTx623NSZ_RIPG. The population was developed thru cooperative efforts of PSGD team of: Dr. Gloria Burow, Dr. John Burke, Dr. Ratan Chopra, Ms. Halee Hughes, and Mr. Jacob Sanchez.1963501PI 687404
3PI 68740515FS006Sorghum bicolor (L.) Moench subsp. bicolor S92016Breeding materialImprovement of cold tolerance at key stages of growth and deployment of favorable alleles for root traits and cold tolerance into elite sorghum genetic resources are recognized as critical factors for sorghum production in drier and cooler regions of the US, permitting farmers to capitalize on early season moisture, efficient integrated pest management and to cultivate fuller season varieties with higher yield potential. The BTx623NSZ _ RIPG mapping population consists of 292 inbred lines, was evaluated for expression of early season cold tolerance based on field and controlled condition (15°C) germinability/emergence and seedling vigor; data for these traits are provided from two years of early season field screen and minimum of three laboratory studies. A detailed analysis of gene expression pattern and root morphological traits under cold stress (15°C) were characterized for the parents of the inbred population. Seeds were bulked from 10 representative uniform plants at F6 generation and advanced by selfing to F1 generation. Briefly, BTx623NSZ_RIPG, was developed by hand emasculation of the female parent BTx623 and pollination with PI 568016 in the polyhouse at Cropping Systems Research Laboratory, Lubbock, TX in 2012. The resulting F1 hybrid was intermediate in height between the 2 parents, with brown seed color. A total of 300 F2 plants were planted at the F3 generation followed by careful advancement to F4 to F7 generations performed alternately in Lubbock, Texas and Lajas, Puerto Rico. At the F6:7 stage of development ten representative uniform plants were tagged and seeds were bulked from the 10 tagged plants to compose each line. A total of 292 RILs were generated and are used to represent the BTx623NSZ_RIPG. The population was developed thru cooperative efforts of PSGD team of: Dr. Gloria Burow, Dr. John Burke, Dr. Ratan Chopra, Ms. Halee Hughes, and Mr. Jacob Sanchez.1963502PI 687405
4PI 68740615FS007Sorghum bicolor (L.) Moench subsp. bicolor S92016Breeding materialImprovement of cold tolerance at key stages of growth and deployment of favorable alleles for root traits and cold tolerance into elite sorghum genetic resources are recognized as critical factors for sorghum production in drier and cooler regions of the US, permitting farmers to capitalize on early season moisture, efficient integrated pest management and to cultivate fuller season varieties with higher yield potential. The BTx623NSZ _ RIPG mapping population consists of 292 inbred lines, was evaluated for expression of early season cold tolerance based on field and controlled condition (15°C) germinability/emergence and seedling vigor; data for these traits are provided from two years of early season field screen and minimum of three laboratory studies. A detailed analysis of gene expression pattern and root morphological traits under cold stress (15°C) were characterized for the parents of the inbred population. Seeds were bulked from 10 representative uniform plants at F6 generation and advanced by selfing to F1 generation. Briefly, BTx623NSZ_RIPG, was developed by hand emasculation of the female parent BTx623 and pollination with PI 568016 in the polyhouse at Cropping Systems Research Laboratory, Lubbock, TX in 2012. The resulting F1 hybrid was intermediate in height between the 2 parents, with brown seed color. A total of 300 F2 plants were planted at the F3 generation followed by careful advancement to F4 to F7 generations performed alternately in Lubbock, Texas and Lajas, Puerto Rico. At the F6:7 stage of development ten representative uniform plants were tagged and seeds were bulked from the 10 tagged plants to compose each line. A total of 292 RILs were generated and are used to represent the BTx623NSZ_RIPG. The population was developed thru cooperative efforts of PSGD team of: Dr. Gloria Burow, Dr. John Burke, Dr. Ratan Chopra, Ms. Halee Hughes, and Mr. Jacob Sanchez.1963503PI 687406
5PI 68740715FS008Sorghum bicolor (L.) Moench subsp. bicolor S92016Breeding materialImprovement of cold tolerance at key stages of growth and deployment of favorable alleles for root traits and cold tolerance into elite sorghum genetic resources are recognized as critical factors for sorghum production in drier and cooler regions of the US, permitting farmers to capitalize on early season moisture, efficient integrated pest management and to cultivate fuller season varieties with higher yield potential. The BTx623NSZ _ RIPG mapping population consists of 292 inbred lines, was evaluated for expression of early season cold tolerance based on field and controlled condition (15°C) germinability/emergence and seedling vigor; data for these traits are provided from two years of early season field screen and minimum of three laboratory studies. A detailed analysis of gene expression pattern and root morphological traits under cold stress (15°C) were characterized for the parents of the inbred population. Seeds were bulked from 10 representative uniform plants at F6 generation and advanced by selfing to F1 generation. Briefly, BTx623NSZ_RIPG, was developed by hand emasculation of the female parent BTx623 and pollination with PI 568016 in the polyhouse at Cropping Systems Research Laboratory, Lubbock, TX in 2012. The resulting F1 hybrid was intermediate in height between the 2 parents, with brown seed color. A total of 300 F2 plants were planted at the F3 generation followed by careful advancement to F4 to F7 generations performed alternately in Lubbock, Texas and Lajas, Puerto Rico. At the F6:7 stage of development ten representative uniform plants were tagged and seeds were bulked from the 10 tagged plants to compose each line. A total of 292 RILs were generated and are used to represent the BTx623NSZ_RIPG. The population was developed thru cooperative efforts of PSGD team of: Dr. Gloria Burow, Dr. John Burke, Dr. Ratan Chopra, Ms. Halee Hughes, and Mr. Jacob Sanchez.1963504PI 687407
6PI 68740815FS009Sorghum bicolor (L.) Moench subsp. bicolor S92016Breeding materialImprovement of cold tolerance at key stages of growth and deployment of favorable alleles for root traits and cold tolerance into elite sorghum genetic resources are recognized as critical factors for sorghum production in drier and cooler regions of the US, permitting farmers to capitalize on early season moisture, efficient integrated pest management and to cultivate fuller season varieties with higher yield potential. The BTx623NSZ _ RIPG mapping population consists of 292 inbred lines, was evaluated for expression of early season cold tolerance based on field and controlled condition (15°C) germinability/emergence and seedling vigor; data for these traits are provided from two years of early season field screen and minimum of three laboratory studies. A detailed analysis of gene expression pattern and root morphological traits under cold stress (15°C) were characterized for the parents of the inbred population. Seeds were bulked from 10 representative uniform plants at F6 generation and advanced by selfing to F1 generation. Briefly, BTx623NSZ_RIPG, was developed by hand emasculation of the female parent BTx623 and pollination with PI 568016 in the polyhouse at Cropping Systems Research Laboratory, Lubbock, TX in 2012. The resulting F1 hybrid was intermediate in height between the 2 parents, with brown seed color. A total of 300 F2 plants were planted at the F3 generation followed by careful advancement to F4 to F7 generations performed alternately in Lubbock, Texas and Lajas, Puerto Rico. At the F6:7 stage of development ten representative uniform plants were tagged and seeds were bulked from the 10 tagged plants to compose each line. A total of 292 RILs were generated and are used to represent the BTx623NSZ_RIPG. The population was developed thru cooperative efforts of PSGD team of: Dr. Gloria Burow, Dr. John Burke, Dr. Ratan Chopra, Ms. Halee Hughes, and Mr. Jacob Sanchez.1963505PI 687408
7PI 68740915FS010Sorghum bicolor (L.) Moench subsp. bicolor S92016Breeding materialImprovement of cold tolerance at key stages of growth and deployment of favorable alleles for root traits and cold tolerance into elite sorghum genetic resources are recognized as critical factors for sorghum production in drier and cooler regions of the US, permitting farmers to capitalize on early season moisture, efficient integrated pest management and to cultivate fuller season varieties with higher yield potential. The BTx623NSZ _ RIPG mapping population consists of 292 inbred lines, was evaluated for expression of early season cold tolerance based on field and controlled condition (15°C) germinability/emergence and seedling vigor; data for these traits are provided from two years of early season field screen and minimum of three laboratory studies. A detailed analysis of gene expression pattern and root morphological traits under cold stress (15°C) were characterized for the parents of the inbred population. Seeds were bulked from 10 representative uniform plants at F6 generation and advanced by selfing to F1 generation. Briefly, BTx623NSZ_RIPG, was developed by hand emasculation of the female parent BTx623 and pollination with PI 568016 in the polyhouse at Cropping Systems Research Laboratory, Lubbock, TX in 2012. The resulting F1 hybrid was intermediate in height between the 2 parents, with brown seed color. A total of 300 F2 plants were planted at the F3 generation followed by careful advancement to F4 to F7 generations performed alternately in Lubbock, Texas and Lajas, Puerto Rico. At the F6:7 stage of development ten representative uniform plants were tagged and seeds were bulked from the 10 tagged plants to compose each line. A total of 292 RILs were generated and are used to represent the BTx623NSZ_RIPG. The population was developed thru cooperative efforts of PSGD team of: Dr. Gloria Burow, Dr. John Burke, Dr. Ratan Chopra, Ms. Halee Hughes, and Mr. Jacob Sanchez.1963506PI 687409
8PI 68741015FS011Sorghum bicolor (L.) Moench subsp. bicolor S92016Breeding materialImprovement of cold tolerance at key stages of growth and deployment of favorable alleles for root traits and cold tolerance into elite sorghum genetic resources are recognized as critical factors for sorghum production in drier and cooler regions of the US, permitting farmers to capitalize on early season moisture, efficient integrated pest management and to cultivate fuller season varieties with higher yield potential. The BTx623NSZ _ RIPG mapping population consists of 292 inbred lines, was evaluated for expression of early season cold tolerance based on field and controlled condition (15°C) germinability/emergence and seedling vigor; data for these traits are provided from two years of early season field screen and minimum of three laboratory studies. A detailed analysis of gene expression pattern and root morphological traits under cold stress (15°C) were characterized for the parents of the inbred population. Seeds were bulked from 10 representative uniform plants at F6 generation and advanced by selfing to F1 generation. Briefly, BTx623NSZ_RIPG, was developed by hand emasculation of the female parent BTx623 and pollination with PI 568016 in the polyhouse at Cropping Systems Research Laboratory, Lubbock, TX in 2012. The resulting F1 hybrid was intermediate in height between the 2 parents, with brown seed color. A total of 300 F2 plants were planted at the F3 generation followed by careful advancement to F4 to F7 generations performed alternately in Lubbock, Texas and Lajas, Puerto Rico. At the F6:7 stage of development ten representative uniform plants were tagged and seeds were bulked from the 10 tagged plants to compose each line. A total of 292 RILs were generated and are used to represent the BTx623NSZ_RIPG. The population was developed thru cooperative efforts of PSGD team of: Dr. Gloria Burow, Dr. John Burke, Dr. Ratan Chopra, Ms. Halee Hughes, and Mr. Jacob Sanchez.1963507PI 687410
9PI 68741115FS012Sorghum bicolor (L.) Moench subsp. bicolor S92016Breeding materialImprovement of cold tolerance at key stages of growth and deployment of favorable alleles for root traits and cold tolerance into elite sorghum genetic resources are recognized as critical factors for sorghum production in drier and cooler regions of the US, permitting farmers to capitalize on early season moisture, efficient integrated pest management and to cultivate fuller season varieties with higher yield potential. The BTx623NSZ _ RIPG mapping population consists of 292 inbred lines, was evaluated for expression of early season cold tolerance based on field and controlled condition (15°C) germinability/emergence and seedling vigor; data for these traits are provided from two years of early season field screen and minimum of three laboratory studies. A detailed analysis of gene expression pattern and root morphological traits under cold stress (15°C) were characterized for the parents of the inbred population. Seeds were bulked from 10 representative uniform plants at F6 generation and advanced by selfing to F1 generation. Briefly, BTx623NSZ_RIPG, was developed by hand emasculation of the female parent BTx623 and pollination with PI 568016 in the polyhouse at Cropping Systems Research Laboratory, Lubbock, TX in 2012. The resulting F1 hybrid was intermediate in height between the 2 parents, with brown seed color. A total of 300 F2 plants were planted at the F3 generation followed by careful advancement to F4 to F7 generations performed alternately in Lubbock, Texas and Lajas, Puerto Rico. At the F6:7 stage of development ten representative uniform plants were tagged and seeds were bulked from the 10 tagged plants to compose each line. A total of 292 RILs were generated and are used to represent the BTx623NSZ_RIPG. The population was developed thru cooperative efforts of PSGD team of: Dr. Gloria Burow, Dr. John Burke, Dr. Ratan Chopra, Ms. Halee Hughes, and Mr. Jacob Sanchez.1963508PI 687411
10PI 68741215FS013Sorghum bicolor (L.) Moench subsp. bicolor S92016Breeding materialImprovement of cold tolerance at key stages of growth and deployment of favorable alleles for root traits and cold tolerance into elite sorghum genetic resources are recognized as critical factors for sorghum production in drier and cooler regions of the US, permitting farmers to capitalize on early season moisture, efficient integrated pest management and to cultivate fuller season varieties with higher yield potential. The BTx623NSZ _ RIPG mapping population consists of 292 inbred lines, was evaluated for expression of early season cold tolerance based on field and controlled condition (15°C) germinability/emergence and seedling vigor; data for these traits are provided from two years of early season field screen and minimum of three laboratory studies. A detailed analysis of gene expression pattern and root morphological traits under cold stress (15°C) were characterized for the parents of the inbred population. Seeds were bulked from 10 representative uniform plants at F6 generation and advanced by selfing to F1 generation. Briefly, BTx623NSZ_RIPG, was developed by hand emasculation of the female parent BTx623 and pollination with PI 568016 in the polyhouse at Cropping Systems Research Laboratory, Lubbock, TX in 2012. The resulting F1 hybrid was intermediate in height between the 2 parents, with brown seed color. A total of 300 F2 plants were planted at the F3 generation followed by careful advancement to F4 to F7 generations performed alternately in Lubbock, Texas and Lajas, Puerto Rico. At the F6:7 stage of development ten representative uniform plants were tagged and seeds were bulked from the 10 tagged plants to compose each line. A total of 292 RILs were generated and are used to represent the BTx623NSZ_RIPG. The population was developed thru cooperative efforts of PSGD team of: Dr. Gloria Burow, Dr. John Burke, Dr. Ratan Chopra, Ms. Halee Hughes, and Mr. Jacob Sanchez.1963509PI 687412
11PI 68741315FS014Sorghum bicolor (L.) Moench subsp. bicolor S92016Breeding materialImprovement of cold tolerance at key stages of growth and deployment of favorable alleles for root traits and cold tolerance into elite sorghum genetic resources are recognized as critical factors for sorghum production in drier and cooler regions of the US, permitting farmers to capitalize on early season moisture, efficient integrated pest management and to cultivate fuller season varieties with higher yield potential. The BTx623NSZ _ RIPG mapping population consists of 292 inbred lines, was evaluated for expression of early season cold tolerance based on field and controlled condition (15°C) germinability/emergence and seedling vigor; data for these traits are provided from two years of early season field screen and minimum of three laboratory studies. A detailed analysis of gene expression pattern and root morphological traits under cold stress (15°C) were characterized for the parents of the inbred population. Seeds were bulked from 10 representative uniform plants at F6 generation and advanced by selfing to F1 generation. Briefly, BTx623NSZ_RIPG, was developed by hand emasculation of the female parent BTx623 and pollination with PI 568016 in the polyhouse at Cropping Systems Research Laboratory, Lubbock, TX in 2012. The resulting F1 hybrid was intermediate in height between the 2 parents, with brown seed color. A total of 300 F2 plants were planted at the F3 generation followed by careful advancement to F4 to F7 generations performed alternately in Lubbock, Texas and Lajas, Puerto Rico. At the F6:7 stage of development ten representative uniform plants were tagged and seeds were bulked from the 10 tagged plants to compose each line. A total of 292 RILs were generated and are used to represent the BTx623NSZ_RIPG. The population was developed thru cooperative efforts of PSGD team of: Dr. Gloria Burow, Dr. John Burke, Dr. Ratan Chopra, Ms. Halee Hughes, and Mr. Jacob Sanchez.1963510PI 687413
12PI 68741415FS015Sorghum bicolor (L.) Moench subsp. bicolor S92016Breeding materialImprovement of cold tolerance at key stages of growth and deployment of favorable alleles for root traits and cold tolerance into elite sorghum genetic resources are recognized as critical factors for sorghum production in drier and cooler regions of the US, permitting farmers to capitalize on early season moisture, efficient integrated pest management and to cultivate fuller season varieties with higher yield potential. The BTx623NSZ _ RIPG mapping population consists of 292 inbred lines, was evaluated for expression of early season cold tolerance based on field and controlled condition (15°C) germinability/emergence and seedling vigor; data for these traits are provided from two years of early season field screen and minimum of three laboratory studies. A detailed analysis of gene expression pattern and root morphological traits under cold stress (15°C) were characterized for the parents of the inbred population. Seeds were bulked from 10 representative uniform plants at F6 generation and advanced by selfing to F1 generation. Briefly, BTx623NSZ_RIPG, was developed by hand emasculation of the female parent BTx623 and pollination with PI 568016 in the polyhouse at Cropping Systems Research Laboratory, Lubbock, TX in 2012. The resulting F1 hybrid was intermediate in height between the 2 parents, with brown seed color. A total of 300 F2 plants were planted at the F3 generation followed by careful advancement to F4 to F7 generations performed alternately in Lubbock, Texas and Lajas, Puerto Rico. At the F6:7 stage of development ten representative uniform plants were tagged and seeds were bulked from the 10 tagged plants to compose each line. A total of 292 RILs were generated and are used to represent the BTx623NSZ_RIPG. The population was developed thru cooperative efforts of PSGD team of: Dr. Gloria Burow, Dr. John Burke, Dr. Ratan Chopra, Ms. Halee Hughes, and Mr. Jacob Sanchez.1963511PI 687414
13PI 68741515FS016Sorghum bicolor (L.) Moench subsp. bicolor S92016Breeding materialImprovement of cold tolerance at key stages of growth and deployment of favorable alleles for root traits and cold tolerance into elite sorghum genetic resources are recognized as critical factors for sorghum production in drier and cooler regions of the US, permitting farmers to capitalize on early season moisture, efficient integrated pest management and to cultivate fuller season varieties with higher yield potential. The BTx623NSZ _ RIPG mapping population consists of 292 inbred lines, was evaluated for expression of early season cold tolerance based on field and controlled condition (15°C) germinability/emergence and seedling vigor; data for these traits are provided from two years of early season field screen and minimum of three laboratory studies. A detailed analysis of gene expression pattern and root morphological traits under cold stress (15°C) were characterized for the parents of the inbred population. Seeds were bulked from 10 representative uniform plants at F6 generation and advanced by selfing to F1 generation. Briefly, BTx623NSZ_RIPG, was developed by hand emasculation of the female parent BTx623 and pollination with PI 568016 in the polyhouse at Cropping Systems Research Laboratory, Lubbock, TX in 2012. The resulting F1 hybrid was intermediate in height between the 2 parents, with brown seed color. A total of 300 F2 plants were planted at the F3 generation followed by careful advancement to F4 to F7 generations performed alternately in Lubbock, Texas and Lajas, Puerto Rico. At the F6:7 stage of development ten representative uniform plants were tagged and seeds were bulked from the 10 tagged plants to compose each line. A total of 292 RILs were generated and are used to represent the BTx623NSZ_RIPG. The population was developed thru cooperative efforts of PSGD team of: Dr. Gloria Burow, Dr. John Burke, Dr. Ratan Chopra, Ms. Halee Hughes, and Mr. Jacob Sanchez.1963512PI 687415
14PI 68741615FS017Sorghum bicolor (L.) Moench subsp. bicolor S92016Breeding materialImprovement of cold tolerance at key stages of growth and deployment of favorable alleles for root traits and cold tolerance into elite sorghum genetic resources are recognized as critical factors for sorghum production in drier and cooler regions of the US, permitting farmers to capitalize on early season moisture, efficient integrated pest management and to cultivate fuller season varieties with higher yield potential. The BTx623NSZ _ RIPG mapping population consists of 292 inbred lines, was evaluated for expression of early season cold tolerance based on field and controlled condition (15°C) germinability/emergence and seedling vigor; data for these traits are provided from two years of early season field screen and minimum of three laboratory studies. A detailed analysis of gene expression pattern and root morphological traits under cold stress (15°C) were characterized for the parents of the inbred population. Seeds were bulked from 10 representative uniform plants at F6 generation and advanced by selfing to F1 generation. Briefly, BTx623NSZ_RIPG, was developed by hand emasculation of the female parent BTx623 and pollination with PI 568016 in the polyhouse at Cropping Systems Research Laboratory, Lubbock, TX in 2012. The resulting F1 hybrid was intermediate in height between the 2 parents, with brown seed color. A total of 300 F2 plants were planted at the F3 generation followed by careful advancement to F4 to F7 generations performed alternately in Lubbock, Texas and Lajas, Puerto Rico. At the F6:7 stage of development ten representative uniform plants were tagged and seeds were bulked from the 10 tagged plants to compose each line. A total of 292 RILs were generated and are used to represent the BTx623NSZ_RIPG. The population was developed thru cooperative efforts of PSGD team of: Dr. Gloria Burow, Dr. John Burke, Dr. Ratan Chopra, Ms. Halee Hughes, and Mr. Jacob Sanchez.1963513PI 687416
15PI 68741715FS018Sorghum bicolor (L.) Moench subsp. bicolor S92016Breeding materialImprovement of cold tolerance at key stages of growth and deployment of favorable alleles for root traits and cold tolerance into elite sorghum genetic resources are recognized as critical factors for sorghum production in drier and cooler regions of the US, permitting farmers to capitalize on early season moisture, efficient integrated pest management and to cultivate fuller season varieties with higher yield potential. The BTx623NSZ _ RIPG mapping population consists of 292 inbred lines, was evaluated for expression of early season cold tolerance based on field and controlled condition (15°C) germinability/emergence and seedling vigor; data for these traits are provided from two years of early season field screen and minimum of three laboratory studies. A detailed analysis of gene expression pattern and root morphological traits under cold stress (15°C) were characterized for the parents of the inbred population. Seeds were bulked from 10 representative uniform plants at F6 generation and advanced by selfing to F1 generation. Briefly, BTx623NSZ_RIPG, was developed by hand emasculation of the female parent BTx623 and pollination with PI 568016 in the polyhouse at Cropping Systems Research Laboratory, Lubbock, TX in 2012. The resulting F1 hybrid was intermediate in height between the 2 parents, with brown seed color. A total of 300 F2 plants were planted at the F3 generation followed by careful advancement to F4 to F7 generations performed alternately in Lubbock, Texas and Lajas, Puerto Rico. At the F6:7 stage of development ten representative uniform plants were tagged and seeds were bulked from the 10 tagged plants to compose each line. A total of 292 RILs were generated and are used to represent the BTx623NSZ_RIPG. The population was developed thru cooperative efforts of PSGD team of: Dr. Gloria Burow, Dr. John Burke, Dr. Ratan Chopra, Ms. Halee Hughes, and Mr. Jacob Sanchez.1963514PI 687417
16PI 68741815FS019Sorghum bicolor (L.) Moench subsp. bicolor S92016Breeding materialImprovement of cold tolerance at key stages of growth and deployment of favorable alleles for root traits and cold tolerance into elite sorghum genetic resources are recognized as critical factors for sorghum production in drier and cooler regions of the US, permitting farmers to capitalize on early season moisture, efficient integrated pest management and to cultivate fuller season varieties with higher yield potential. The BTx623NSZ _ RIPG mapping population consists of 292 inbred lines, was evaluated for expression of early season cold tolerance based on field and controlled condition (15°C) germinability/emergence and seedling vigor; data for these traits are provided from two years of early season field screen and minimum of three laboratory studies. A detailed analysis of gene expression pattern and root morphological traits under cold stress (15°C) were characterized for the parents of the inbred population. Seeds were bulked from 10 representative uniform plants at F6 generation and advanced by selfing to F1 generation. Briefly, BTx623NSZ_RIPG, was developed by hand emasculation of the female parent BTx623 and pollination with PI 568016 in the polyhouse at Cropping Systems Research Laboratory, Lubbock, TX in 2012. The resulting F1 hybrid was intermediate in height between the 2 parents, with brown seed color. A total of 300 F2 plants were planted at the F3 generation followed by careful advancement to F4 to F7 generations performed alternately in Lubbock, Texas and Lajas, Puerto Rico. At the F6:7 stage of development ten representative uniform plants were tagged and seeds were bulked from the 10 tagged plants to compose each line. A total of 292 RILs were generated and are used to represent the BTx623NSZ_RIPG. The population was developed thru cooperative efforts of PSGD team of: Dr. Gloria Burow, Dr. John Burke, Dr. Ratan Chopra, Ms. Halee Hughes, and Mr. Jacob Sanchez.1963515PI 687418
17PI 68741915FS020Sorghum bicolor (L.) Moench subsp. bicolor S92016Breeding materialImprovement of cold tolerance at key stages of growth and deployment of favorable alleles for root traits and cold tolerance into elite sorghum genetic resources are recognized as critical factors for sorghum production in drier and cooler regions of the US, permitting farmers to capitalize on early season moisture, efficient integrated pest management and to cultivate fuller season varieties with higher yield potential. The BTx623NSZ _ RIPG mapping population consists of 292 inbred lines, was evaluated for expression of early season cold tolerance based on field and controlled condition (15°C) germinability/emergence and seedling vigor; data for these traits are provided from two years of early season field screen and minimum of three laboratory studies. A detailed analysis of gene expression pattern and root morphological traits under cold stress (15°C) were characterized for the parents of the inbred population. Seeds were bulked from 10 representative uniform plants at F6 generation and advanced by selfing to F1 generation. Briefly, BTx623NSZ_RIPG, was developed by hand emasculation of the female parent BTx623 and pollination with PI 568016 in the polyhouse at Cropping Systems Research Laboratory, Lubbock, TX in 2012. The resulting F1 hybrid was intermediate in height between the 2 parents, with brown seed color. A total of 300 F2 plants were planted at the F3 generation followed by careful advancement to F4 to F7 generations performed alternately in Lubbock, Texas and Lajas, Puerto Rico. At the F6:7 stage of development ten representative uniform plants were tagged and seeds were bulked from the 10 tagged plants to compose each line. A total of 292 RILs were generated and are used to represent the BTx623NSZ_RIPG. The population was developed thru cooperative efforts of PSGD team of: Dr. Gloria Burow, Dr. John Burke, Dr. Ratan Chopra, Ms. Halee Hughes, and Mr. Jacob Sanchez.1963516PI 687419
18PI 68742015FS021Sorghum bicolor (L.) Moench subsp. bicolor S92016Breeding materialImprovement of cold tolerance at key stages of growth and deployment of favorable alleles for root traits and cold tolerance into elite sorghum genetic resources are recognized as critical factors for sorghum production in drier and cooler regions of the US, permitting farmers to capitalize on early season moisture, efficient integrated pest management and to cultivate fuller season varieties with higher yield potential. The BTx623NSZ _ RIPG mapping population consists of 292 inbred lines, was evaluated for expression of early season cold tolerance based on field and controlled condition (15°C) germinability/emergence and seedling vigor; data for these traits are provided from two years of early season field screen and minimum of three laboratory studies. A detailed analysis of gene expression pattern and root morphological traits under cold stress (15°C) were characterized for the parents of the inbred population. Seeds were bulked from 10 representative uniform plants at F6 generation and advanced by selfing to F1 generation. Briefly, BTx623NSZ_RIPG, was developed by hand emasculation of the female parent BTx623 and pollination with PI 568016 in the polyhouse at Cropping Systems Research Laboratory, Lubbock, TX in 2012. The resulting F1 hybrid was intermediate in height between the 2 parents, with brown seed color. A total of 300 F2 plants were planted at the F3 generation followed by careful advancement to F4 to F7 generations performed alternately in Lubbock, Texas and Lajas, Puerto Rico. At the F6:7 stage of development ten representative uniform plants were tagged and seeds were bulked from the 10 tagged plants to compose each line. A total of 292 RILs were generated and are used to represent the BTx623NSZ_RIPG. The population was developed thru cooperative efforts of PSGD team of: Dr. Gloria Burow, Dr. John Burke, Dr. Ratan Chopra, Ms. Halee Hughes, and Mr. Jacob Sanchez.1963517PI 687420
19PI 68742115FS022Sorghum bicolor (L.) Moench subsp. bicolor S92016Breeding materialImprovement of cold tolerance at key stages of growth and deployment of favorable alleles for root traits and cold tolerance into elite sorghum genetic resources are recognized as critical factors for sorghum production in drier and cooler regions of the US, permitting farmers to capitalize on early season moisture, efficient integrated pest management and to cultivate fuller season varieties with higher yield potential. The BTx623NSZ _ RIPG mapping population consists of 292 inbred lines, was evaluated for expression of early season cold tolerance based on field and controlled condition (15°C) germinability/emergence and seedling vigor; data for these traits are provided from two years of early season field screen and minimum of three laboratory studies. A detailed analysis of gene expression pattern and root morphological traits under cold stress (15°C) were characterized for the parents of the inbred population. Seeds were bulked from 10 representative uniform plants at F6 generation and advanced by selfing to F1 generation. Briefly, BTx623NSZ_RIPG, was developed by hand emasculation of the female parent BTx623 and pollination with PI 568016 in the polyhouse at Cropping Systems Research Laboratory, Lubbock, TX in 2012. The resulting F1 hybrid was intermediate in height between the 2 parents, with brown seed color. A total of 300 F2 plants were planted at the F3 generation followed by careful advancement to F4 to F7 generations performed alternately in Lubbock, Texas and Lajas, Puerto Rico. At the F6:7 stage of development ten representative uniform plants were tagged and seeds were bulked from the 10 tagged plants to compose each line. A total of 292 RILs were generated and are used to represent the BTx623NSZ_RIPG. The population was developed thru cooperative efforts of PSGD team of: Dr. Gloria Burow, Dr. John Burke, Dr. Ratan Chopra, Ms. Halee Hughes, and Mr. Jacob Sanchez.1963518PI 687421
20PI 68742215FS023Sorghum bicolor (L.) Moench subsp. bicolor S92016Breeding materialImprovement of cold tolerance at key stages of growth and deployment of favorable alleles for root traits and cold tolerance into elite sorghum genetic resources are recognized as critical factors for sorghum production in drier and cooler regions of the US, permitting farmers to capitalize on early season moisture, efficient integrated pest management and to cultivate fuller season varieties with higher yield potential. The BTx623NSZ _ RIPG mapping population consists of 292 inbred lines, was evaluated for expression of early season cold tolerance based on field and controlled condition (15°C) germinability/emergence and seedling vigor; data for these traits are provided from two years of early season field screen and minimum of three laboratory studies. A detailed analysis of gene expression pattern and root morphological traits under cold stress (15°C) were characterized for the parents of the inbred population. Seeds were bulked from 10 representative uniform plants at F6 generation and advanced by selfing to F1 generation. Briefly, BTx623NSZ_RIPG, was developed by hand emasculation of the female parent BTx623 and pollination with PI 568016 in the polyhouse at Cropping Systems Research Laboratory, Lubbock, TX in 2012. The resulting F1 hybrid was intermediate in height between the 2 parents, with brown seed color. A total of 300 F2 plants were planted at the F3 generation followed by careful advancement to F4 to F7 generations performed alternately in Lubbock, Texas and Lajas, Puerto Rico. At the F6:7 stage of development ten representative uniform plants were tagged and seeds were bulked from the 10 tagged plants to compose each line. A total of 292 RILs were generated and are used to represent the BTx623NSZ_RIPG. The population was developed thru cooperative efforts of PSGD team of: Dr. Gloria Burow, Dr. John Burke, Dr. Ratan Chopra, Ms. Halee Hughes, and Mr. Jacob Sanchez.1963519PI 687422
21PI 68742315FS024Sorghum bicolor (L.) Moench subsp. bicolor S92016Breeding materialImprovement of cold tolerance at key stages of growth and deployment of favorable alleles for root traits and cold tolerance into elite sorghum genetic resources are recognized as critical factors for sorghum production in drier and cooler regions of the US, permitting farmers to capitalize on early season moisture, efficient integrated pest management and to cultivate fuller season varieties with higher yield potential. The BTx623NSZ _ RIPG mapping population consists of 292 inbred lines, was evaluated for expression of early season cold tolerance based on field and controlled condition (15°C) germinability/emergence and seedling vigor; data for these traits are provided from two years of early season field screen and minimum of three laboratory studies. A detailed analysis of gene expression pattern and root morphological traits under cold stress (15°C) were characterized for the parents of the inbred population. Seeds were bulked from 10 representative uniform plants at F6 generation and advanced by selfing to F1 generation. Briefly, BTx623NSZ_RIPG, was developed by hand emasculation of the female parent BTx623 and pollination with PI 568016 in the polyhouse at Cropping Systems Research Laboratory, Lubbock, TX in 2012. The resulting F1 hybrid was intermediate in height between the 2 parents, with brown seed color. A total of 300 F2 plants were planted at the F3 generation followed by careful advancement to F4 to F7 generations performed alternately in Lubbock, Texas and Lajas, Puerto Rico. At the F6:7 stage of development ten representative uniform plants were tagged and seeds were bulked from the 10 tagged plants to compose each line. A total of 292 RILs were generated and are used to represent the BTx623NSZ_RIPG. The population was developed thru cooperative efforts of PSGD team of: Dr. Gloria Burow, Dr. John Burke, Dr. Ratan Chopra, Ms. Halee Hughes, and Mr. Jacob Sanchez.1963520PI 687423
22PI 68742415FS025Sorghum bicolor (L.) Moench subsp. bicolor S92016Breeding materialImprovement of cold tolerance at key stages of growth and deployment of favorable alleles for root traits and cold tolerance into elite sorghum genetic resources are recognized as critical factors for sorghum production in drier and cooler regions of the US, permitting farmers to capitalize on early season moisture, efficient integrated pest management and to cultivate fuller season varieties with higher yield potential. The BTx623NSZ _ RIPG mapping population consists of 292 inbred lines, was evaluated for expression of early season cold tolerance based on field and controlled condition (15°C) germinability/emergence and seedling vigor; data for these traits are provided from two years of early season field screen and minimum of three laboratory studies. A detailed analysis of gene expression pattern and root morphological traits under cold stress (15°C) were characterized for the parents of the inbred population. Seeds were bulked from 10 representative uniform plants at F6 generation and advanced by selfing to F1 generation. Briefly, BTx623NSZ_RIPG, was developed by hand emasculation of the female parent BTx623 and pollination with PI 568016 in the polyhouse at Cropping Systems Research Laboratory, Lubbock, TX in 2012. The resulting F1 hybrid was intermediate in height between the 2 parents, with brown seed color. A total of 300 F2 plants were planted at the F3 generation followed by careful advancement to F4 to F7 generations performed alternately in Lubbock, Texas and Lajas, Puerto Rico. At the F6:7 stage of development ten representative uniform plants were tagged and seeds were bulked from the 10 tagged plants to compose each line. A total of 292 RILs were generated and are used to represent the BTx623NSZ_RIPG. The population was developed thru cooperative efforts of PSGD team of: Dr. Gloria Burow, Dr. John Burke, Dr. Ratan Chopra, Ms. Halee Hughes, and Mr. Jacob Sanchez.1963521PI 687424
23PI 68742515FS026Sorghum bicolor (L.) Moench subsp. bicolor S92016Breeding materialImprovement of cold tolerance at key stages of growth and deployment of favorable alleles for root traits and cold tolerance into elite sorghum genetic resources are recognized as critical factors for sorghum production in drier and cooler regions of the US, permitting farmers to capitalize on early season moisture, efficient integrated pest management and to cultivate fuller season varieties with higher yield potential. The BTx623NSZ _ RIPG mapping population consists of 292 inbred lines, was evaluated for expression of early season cold tolerance based on field and controlled condition (15°C) germinability/emergence and seedling vigor; data for these traits are provided from two years of early season field screen and minimum of three laboratory studies. A detailed analysis of gene expression pattern and root morphological traits under cold stress (15°C) were characterized for the parents of the inbred population. Seeds were bulked from 10 representative uniform plants at F6 generation and advanced by selfing to F1 generation. Briefly, BTx623NSZ_RIPG, was developed by hand emasculation of the female parent BTx623 and pollination with PI 568016 in the polyhouse at Cropping Systems Research Laboratory, Lubbock, TX in 2012. The resulting F1 hybrid was intermediate in height between the 2 parents, with brown seed color. A total of 300 F2 plants were planted at the F3 generation followed by careful advancement to F4 to F7 generations performed alternately in Lubbock, Texas and Lajas, Puerto Rico. At the F6:7 stage of development ten representative uniform plants were tagged and seeds were bulked from the 10 tagged plants to compose each line. A total of 292 RILs were generated and are used to represent the BTx623NSZ_RIPG. The population was developed thru cooperative efforts of PSGD team of: Dr. Gloria Burow, Dr. John Burke, Dr. Ratan Chopra, Ms. Halee Hughes, and Mr. Jacob Sanchez.1963522PI 687425
24PI 68742615FS027Sorghum bicolor (L.) Moench subsp. bicolor S92016Breeding materialImprovement of cold tolerance at key stages of growth and deployment of favorable alleles for root traits and cold tolerance into elite sorghum genetic resources are recognized as critical factors for sorghum production in drier and cooler regions of the US, permitting farmers to capitalize on early season moisture, efficient integrated pest management and to cultivate fuller season varieties with higher yield potential. The BTx623NSZ _ RIPG mapping population consists of 292 inbred lines, was evaluated for expression of early season cold tolerance based on field and controlled condition (15°C) germinability/emergence and seedling vigor; data for these traits are provided from two years of early season field screen and minimum of three laboratory studies. A detailed analysis of gene expression pattern and root morphological traits under cold stress (15°C) were characterized for the parents of the inbred population. Seeds were bulked from 10 representative uniform plants at F6 generation and advanced by selfing to F1 generation. Briefly, BTx623NSZ_RIPG, was developed by hand emasculation of the female parent BTx623 and pollination with PI 568016 in the polyhouse at Cropping Systems Research Laboratory, Lubbock, TX in 2012. The resulting F1 hybrid was intermediate in height between the 2 parents, with brown seed color. A total of 300 F2 plants were planted at the F3 generation followed by careful advancement to F4 to F7 generations performed alternately in Lubbock, Texas and Lajas, Puerto Rico. At the F6:7 stage of development ten representative uniform plants were tagged and seeds were bulked from the 10 tagged plants to compose each line. A total of 292 RILs were generated and are used to represent the BTx623NSZ_RIPG. The population was developed thru cooperative efforts of PSGD team of: Dr. Gloria Burow, Dr. John Burke, Dr. Ratan Chopra, Ms. Halee Hughes, and Mr. Jacob Sanchez.1963523PI 687426
25PI 68742715FS028Sorghum bicolor (L.) Moench subsp. bicolor S92016Breeding materialImprovement of cold tolerance at key stages of growth and deployment of favorable alleles for root traits and cold tolerance into elite sorghum genetic resources are recognized as critical factors for sorghum production in drier and cooler regions of the US, permitting farmers to capitalize on early season moisture, efficient integrated pest management and to cultivate fuller season varieties with higher yield potential. The BTx623NSZ _ RIPG mapping population consists of 292 inbred lines, was evaluated for expression of early season cold tolerance based on field and controlled condition (15°C) germinability/emergence and seedling vigor; data for these traits are provided from two years of early season field screen and minimum of three laboratory studies. A detailed analysis of gene expression pattern and root morphological traits under cold stress (15°C) were characterized for the parents of the inbred population. Seeds were bulked from 10 representative uniform plants at F6 generation and advanced by selfing to F1 generation. Briefly, BTx623NSZ_RIPG, was developed by hand emasculation of the female parent BTx623 and pollination with PI 568016 in the polyhouse at Cropping Systems Research Laboratory, Lubbock, TX in 2012. The resulting F1 hybrid was intermediate in height between the 2 parents, with brown seed color. A total of 300 F2 plants were planted at the F3 generation followed by careful advancement to F4 to F7 generations performed alternately in Lubbock, Texas and Lajas, Puerto Rico. At the F6:7 stage of development ten representative uniform plants were tagged and seeds were bulked from the 10 tagged plants to compose each line. A total of 292 RILs were generated and are used to represent the BTx623NSZ_RIPG. The population was developed thru cooperative efforts of PSGD team of: Dr. Gloria Burow, Dr. John Burke, Dr. Ratan Chopra, Ms. Halee Hughes, and Mr. Jacob Sanchez.1963524PI 687427
26PI 68742815FS029Sorghum bicolor (L.) Moench subsp. bicolor S92016Breeding materialImprovement of cold tolerance at key stages of growth and deployment of favorable alleles for root traits and cold tolerance into elite sorghum genetic resources are recognized as critical factors for sorghum production in drier and cooler regions of the US, permitting farmers to capitalize on early season moisture, efficient integrated pest management and to cultivate fuller season varieties with higher yield potential. The BTx623NSZ _ RIPG mapping population consists of 292 inbred lines, was evaluated for expression of early season cold tolerance based on field and controlled condition (15°C) germinability/emergence and seedling vigor; data for these traits are provided from two years of early season field screen and minimum of three laboratory studies. A detailed analysis of gene expression pattern and root morphological traits under cold stress (15°C) were characterized for the parents of the inbred population. Seeds were bulked from 10 representative uniform plants at F6 generation and advanced by selfing to F1 generation. Briefly, BTx623NSZ_RIPG, was developed by hand emasculation of the female parent BTx623 and pollination with PI 568016 in the polyhouse at Cropping Systems Research Laboratory, Lubbock, TX in 2012. The resulting F1 hybrid was intermediate in height between the 2 parents, with brown seed color. A total of 300 F2 plants were planted at the F3 generation followed by careful advancement to F4 to F7 generations performed alternately in Lubbock, Texas and Lajas, Puerto Rico. At the F6:7 stage of development ten representative uniform plants were tagged and seeds were bulked from the 10 tagged plants to compose each line. A total of 292 RILs were generated and are used to represent the BTx623NSZ_RIPG. The population was developed thru cooperative efforts of PSGD team of: Dr. Gloria Burow, Dr. John Burke, Dr. Ratan Chopra, Ms. Halee Hughes, and Mr. Jacob Sanchez.1963525PI 687428
27PI 68742915FS030Sorghum bicolor (L.) Moench subsp. bicolor S92016Breeding materialImprovement of cold tolerance at key stages of growth and deployment of favorable alleles for root traits and cold tolerance into elite sorghum genetic resources are recognized as critical factors for sorghum production in drier and cooler regions of the US, permitting farmers to capitalize on early season moisture, efficient integrated pest management and to cultivate fuller season varieties with higher yield potential. The BTx623NSZ _ RIPG mapping population consists of 292 inbred lines, was evaluated for expression of early season cold tolerance based on field and controlled condition (15°C) germinability/emergence and seedling vigor; data for these traits are provided from two years of early season field screen and minimum of three laboratory studies. A detailed analysis of gene expression pattern and root morphological traits under cold stress (15°C) were characterized for the parents of the inbred population. Seeds were bulked from 10 representative uniform plants at F6 generation and advanced by selfing to F1 generation. Briefly, BTx623NSZ_RIPG, was developed by hand emasculation of the female parent BTx623 and pollination with PI 568016 in the polyhouse at Cropping Systems Research Laboratory, Lubbock, TX in 2012. The resulting F1 hybrid was intermediate in height between the 2 parents, with brown seed color. A total of 300 F2 plants were planted at the F3 generation followed by careful advancement to F4 to F7 generations performed alternately in Lubbock, Texas and Lajas, Puerto Rico. At the F6:7 stage of development ten representative uniform plants were tagged and seeds were bulked from the 10 tagged plants to compose each line. A total of 292 RILs were generated and are used to represent the BTx623NSZ_RIPG. The population was developed thru cooperative efforts of PSGD team of: Dr. Gloria Burow, Dr. John Burke, Dr. Ratan Chopra, Ms. Halee Hughes, and Mr. Jacob Sanchez.1963526PI 687429
28PI 68743015FS031Sorghum bicolor (L.) Moench subsp. bicolor S92016Breeding materialImprovement of cold tolerance at key stages of growth and deployment of favorable alleles for root traits and cold tolerance into elite sorghum genetic resources are recognized as critical factors for sorghum production in drier and cooler regions of the US, permitting farmers to capitalize on early season moisture, efficient integrated pest management and to cultivate fuller season varieties with higher yield potential. The BTx623NSZ _ RIPG mapping population consists of 292 inbred lines, was evaluated for expression of early season cold tolerance based on field and controlled condition (15°C) germinability/emergence and seedling vigor; data for these traits are provided from two years of early season field screen and minimum of three laboratory studies. A detailed analysis of gene expression pattern and root morphological traits under cold stress (15°C) were characterized for the parents of the inbred population. Seeds were bulked from 10 representative uniform plants at F6 generation and advanced by selfing to F1 generation. Briefly, BTx623NSZ_RIPG, was developed by hand emasculation of the female parent BTx623 and pollination with PI 568016 in the polyhouse at Cropping Systems Research Laboratory, Lubbock, TX in 2012. The resulting F1 hybrid was intermediate in height between the 2 parents, with brown seed color. A total of 300 F2 plants were planted at the F3 generation followed by careful advancement to F4 to F7 generations performed alternately in Lubbock, Texas and Lajas, Puerto Rico. At the F6:7 stage of development ten representative uniform plants were tagged and seeds were bulked from the 10 tagged plants to compose each line. A total of 292 RILs were generated and are used to represent the BTx623NSZ_RIPG. The population was developed thru cooperative efforts of PSGD team of: Dr. Gloria Burow, Dr. John Burke, Dr. Ratan Chopra, Ms. Halee Hughes, and Mr. Jacob Sanchez.1963527PI 687430
29PI 68743115FS032Sorghum bicolor (L.) Moench subsp. bicolor S92016Breeding materialImprovement of cold tolerance at key stages of growth and deployment of favorable alleles for root traits and cold tolerance into elite sorghum genetic resources are recognized as critical factors for sorghum production in drier and cooler regions of the US, permitting farmers to capitalize on early season moisture, efficient integrated pest management and to cultivate fuller season varieties with higher yield potential. The BTx623NSZ _ RIPG mapping population consists of 292 inbred lines, was evaluated for expression of early season cold tolerance based on field and controlled condition (15°C) germinability/emergence and seedling vigor; data for these traits are provided from two years of early season field screen and minimum of three laboratory studies. A detailed analysis of gene expression pattern and root morphological traits under cold stress (15°C) were characterized for the parents of the inbred population. Seeds were bulked from 10 representative uniform plants at F6 generation and advanced by selfing to F1 generation. Briefly, BTx623NSZ_RIPG, was developed by hand emasculation of the female parent BTx623 and pollination with PI 568016 in the polyhouse at Cropping Systems Research Laboratory, Lubbock, TX in 2012. The resulting F1 hybrid was intermediate in height between the 2 parents, with brown seed color. A total of 300 F2 plants were planted at the F3 generation followed by careful advancement to F4 to F7 generations performed alternately in Lubbock, Texas and Lajas, Puerto Rico. At the F6:7 stage of development ten representative uniform plants were tagged and seeds were bulked from the 10 tagged plants to compose each line. A total of 292 RILs were generated and are used to represent the BTx623NSZ_RIPG. The population was developed thru cooperative efforts of PSGD team of: Dr. Gloria Burow, Dr. John Burke, Dr. Ratan Chopra, Ms. Halee Hughes, and Mr. Jacob Sanchez.1963528PI 687431
30PI 68743215FS033Sorghum bicolor (L.) Moench subsp. bicolor S92016Breeding materialImprovement of cold tolerance at key stages of growth and deployment of favorable alleles for root traits and cold tolerance into elite sorghum genetic resources are recognized as critical factors for sorghum production in drier and cooler regions of the US, permitting farmers to capitalize on early season moisture, efficient integrated pest management and to cultivate fuller season varieties with higher yield potential. The BTx623NSZ _ RIPG mapping population consists of 292 inbred lines, was evaluated for expression of early season cold tolerance based on field and controlled condition (15°C) germinability/emergence and seedling vigor; data for these traits are provided from two years of early season field screen and minimum of three laboratory studies. A detailed analysis of gene expression pattern and root morphological traits under cold stress (15°C) were characterized for the parents of the inbred population. Seeds were bulked from 10 representative uniform plants at F6 generation and advanced by selfing to F1 generation. Briefly, BTx623NSZ_RIPG, was developed by hand emasculation of the female parent BTx623 and pollination with PI 568016 in the polyhouse at Cropping Systems Research Laboratory, Lubbock, TX in 2012. The resulting F1 hybrid was intermediate in height between the 2 parents, with brown seed color. A total of 300 F2 plants were planted at the F3 generation followed by careful advancement to F4 to F7 generations performed alternately in Lubbock, Texas and Lajas, Puerto Rico. At the F6:7 stage of development ten representative uniform plants were tagged and seeds were bulked from the 10 tagged plants to compose each line. A total of 292 RILs were generated and are used to represent the BTx623NSZ_RIPG. The population was developed thru cooperative efforts of PSGD team of: Dr. Gloria Burow, Dr. John Burke, Dr. Ratan Chopra, Ms. Halee Hughes, and Mr. Jacob Sanchez.1963529PI 687432
31PI 68743315FS034Sorghum bicolor (L.) Moench subsp. bicolor S92016Breeding materialImprovement of cold tolerance at key stages of growth and deployment of favorable alleles for root traits and cold tolerance into elite sorghum genetic resources are recognized as critical factors for sorghum production in drier and cooler regions of the US, permitting farmers to capitalize on early season moisture, efficient integrated pest management and to cultivate fuller season varieties with higher yield potential. The BTx623NSZ _ RIPG mapping population consists of 292 inbred lines, was evaluated for expression of early season cold tolerance based on field and controlled condition (15°C) germinability/emergence and seedling vigor; data for these traits are provided from two years of early season field screen and minimum of three laboratory studies. A detailed analysis of gene expression pattern and root morphological traits under cold stress (15°C) were characterized for the parents of the inbred population. Seeds were bulked from 10 representative uniform plants at F6 generation and advanced by selfing to F1 generation. Briefly, BTx623NSZ_RIPG, was developed by hand emasculation of the female parent BTx623 and pollination with PI 568016 in the polyhouse at Cropping Systems Research Laboratory, Lubbock, TX in 2012. The resulting F1 hybrid was intermediate in height between the 2 parents, with brown seed color. A total of 300 F2 plants were planted at the F3 generation followed by careful advancement to F4 to F7 generations performed alternately in Lubbock, Texas and Lajas, Puerto Rico. At the F6:7 stage of development ten representative uniform plants were tagged and seeds were bulked from the 10 tagged plants to compose each line. A total of 292 RILs were generated and are used to represent the BTx623NSZ_RIPG. The population was developed thru cooperative efforts of PSGD team of: Dr. Gloria Burow, Dr. John Burke, Dr. Ratan Chopra, Ms. Halee Hughes, and Mr. Jacob Sanchez.1963530PI 687433
32PI 68743415FS035Sorghum bicolor (L.) Moench subsp. bicolor S92016Breeding materialImprovement of cold tolerance at key stages of growth and deployment of favorable alleles for root traits and cold tolerance into elite sorghum genetic resources are recognized as critical factors for sorghum production in drier and cooler regions of the US, permitting farmers to capitalize on early season moisture, efficient integrated pest management and to cultivate fuller season varieties with higher yield potential. The BTx623NSZ _ RIPG mapping population consists of 292 inbred lines, was evaluated for expression of early season cold tolerance based on field and controlled condition (15°C) germinability/emergence and seedling vigor; data for these traits are provided from two years of early season field screen and minimum of three laboratory studies. A detailed analysis of gene expression pattern and root morphological traits under cold stress (15°C) were characterized for the parents of the inbred population. Seeds were bulked from 10 representative uniform plants at F6 generation and advanced by selfing to F1 generation. Briefly, BTx623NSZ_RIPG, was developed by hand emasculation of the female parent BTx623 and pollination with PI 568016 in the polyhouse at Cropping Systems Research Laboratory, Lubbock, TX in 2012. The resulting F1 hybrid was intermediate in height between the 2 parents, with brown seed color. A total of 300 F2 plants were planted at the F3 generation followed by careful advancement to F4 to F7 generations performed alternately in Lubbock, Texas and Lajas, Puerto Rico. At the F6:7 stage of development ten representative uniform plants were tagged and seeds were bulked from the 10 tagged plants to compose each line. A total of 292 RILs were generated and are used to represent the BTx623NSZ_RIPG. The population was developed thru cooperative efforts of PSGD team of: Dr. Gloria Burow, Dr. John Burke, Dr. Ratan Chopra, Ms. Halee Hughes, and Mr. Jacob Sanchez.1963531PI 687434
33PI 68743515FS477Sorghum bicolor (L.) Moench subsp. bicolor S92016Breeding materialImprovement of cold tolerance at key stages of growth and deployment of favorable alleles for root traits and cold tolerance into elite sorghum genetic resources are recognized as critical factors for sorghum production in drier and cooler regions of the US, permitting farmers to capitalize on early season moisture, efficient integrated pest management and to cultivate fuller season varieties with higher yield potential. The BTx623NSZ _ RIPG mapping population consists of 292 inbred lines, was evaluated for expression of early season cold tolerance based on field and controlled condition (15°C) germinability/emergence and seedling vigor; data for these traits are provided from two years of early season field screen and minimum of three laboratory studies. A detailed analysis of gene expression pattern and root morphological traits under cold stress (15°C) were characterized for the parents of the inbred population. Seeds were bulked from 10 representative uniform plants at F6 generation and advanced by selfing to F1 generation. Briefly, BTx623NSZ_RIPG, was developed by hand emasculation of the female parent BTx623 and pollination with PI 568016 in the polyhouse at Cropping Systems Research Laboratory, Lubbock, TX in 2012. The resulting F1 hybrid was intermediate in height between the 2 parents, with brown seed color. A total of 300 F2 plants were planted at the F3 generation followed by careful advancement to F4 to F7 generations performed alternately in Lubbock, Texas and Lajas, Puerto Rico. At the F6:7 stage of development ten representative uniform plants were tagged and seeds were bulked from the 10 tagged plants to compose each line. A total of 292 RILs were generated and are used to represent the BTx623NSZ_RIPG. The population was developed thru cooperative efforts of PSGD team of: Dr. Gloria Burow, Dr. John Burke, Dr. Ratan Chopra, Ms. Halee Hughes, and Mr. Jacob Sanchez.1963532PI 687435
34PI 68743615FS037Sorghum bicolor (L.) Moench subsp. bicolor S92016Breeding materialImprovement of cold tolerance at key stages of growth and deployment of favorable alleles for root traits and cold tolerance into elite sorghum genetic resources are recognized as critical factors for sorghum production in drier and cooler regions of the US, permitting farmers to capitalize on early season moisture, efficient integrated pest management and to cultivate fuller season varieties with higher yield potential. The BTx623NSZ _ RIPG mapping population consists of 292 inbred lines, was evaluated for expression of early season cold tolerance based on field and controlled condition (15°C) germinability/emergence and seedling vigor; data for these traits are provided from two years of early season field screen and minimum of three laboratory studies. A detailed analysis of gene expression pattern and root morphological traits under cold stress (15°C) were characterized for the parents of the inbred population. Seeds were bulked from 10 representative uniform plants at F6 generation and advanced by selfing to F1 generation. Briefly, BTx623NSZ_RIPG, was developed by hand emasculation of the female parent BTx623 and pollination with PI 568016 in the polyhouse at Cropping Systems Research Laboratory, Lubbock, TX in 2012. The resulting F1 hybrid was intermediate in height between the 2 parents, with brown seed color. A total of 300 F2 plants were planted at the F3 generation followed by careful advancement to F4 to F7 generations performed alternately in Lubbock, Texas and Lajas, Puerto Rico. At the F6:7 stage of development ten representative uniform plants were tagged and seeds were bulked from the 10 tagged plants to compose each line. A total of 292 RILs were generated and are used to represent the BTx623NSZ_RIPG. The population was developed thru cooperative efforts of PSGD team of: Dr. Gloria Burow, Dr. John Burke, Dr. Ratan Chopra, Ms. Halee Hughes, and Mr. Jacob Sanchez.1963533PI 687436
35PI 68743715FS038Sorghum bicolor (L.) Moench subsp. bicolor S92016Breeding materialImprovement of cold tolerance at key stages of growth and deployment of favorable alleles for root traits and cold tolerance into elite sorghum genetic resources are recognized as critical factors for sorghum production in drier and cooler regions of the US, permitting farmers to capitalize on early season moisture, efficient integrated pest management and to cultivate fuller season varieties with higher yield potential. The BTx623NSZ _ RIPG mapping population consists of 292 inbred lines, was evaluated for expression of early season cold tolerance based on field and controlled condition (15°C) germinability/emergence and seedling vigor; data for these traits are provided from two years of early season field screen and minimum of three laboratory studies. A detailed analysis of gene expression pattern and root morphological traits under cold stress (15°C) were characterized for the parents of the inbred population. Seeds were bulked from 10 representative uniform plants at F6 generation and advanced by selfing to F1 generation. Briefly, BTx623NSZ_RIPG, was developed by hand emasculation of the female parent BTx623 and pollination with PI 568016 in the polyhouse at Cropping Systems Research Laboratory, Lubbock, TX in 2012. The resulting F1 hybrid was intermediate in height between the 2 parents, with brown seed color. A total of 300 F2 plants were planted at the F3 generation followed by careful advancement to F4 to F7 generations performed alternately in Lubbock, Texas and Lajas, Puerto Rico. At the F6:7 stage of development ten representative uniform plants were tagged and seeds were bulked from the 10 tagged plants to compose each line. A total of 292 RILs were generated and are used to represent the BTx623NSZ_RIPG. The population was developed thru cooperative efforts of PSGD team of: Dr. Gloria Burow, Dr. John Burke, Dr. Ratan Chopra, Ms. Halee Hughes, and Mr. Jacob Sanchez.1963534PI 687437
36PI 68743815FS039Sorghum bicolor (L.) Moench subsp. bicolor S92016Breeding materialImprovement of cold tolerance at key stages of growth and deployment of favorable alleles for root traits and cold tolerance into elite sorghum genetic resources are recognized as critical factors for sorghum production in drier and cooler regions of the US, permitting farmers to capitalize on early season moisture, efficient integrated pest management and to cultivate fuller season varieties with higher yield potential. The BTx623NSZ _ RIPG mapping population consists of 292 inbred lines, was evaluated for expression of early season cold tolerance based on field and controlled condition (15°C) germinability/emergence and seedling vigor; data for these traits are provided from two years of early season field screen and minimum of three laboratory studies. A detailed analysis of gene expression pattern and root morphological traits under cold stress (15°C) were characterized for the parents of the inbred population. Seeds were bulked from 10 representative uniform plants at F6 generation and advanced by selfing to F1 generation. Briefly, BTx623NSZ_RIPG, was developed by hand emasculation of the female parent BTx623 and pollination with PI 568016 in the polyhouse at Cropping Systems Research Laboratory, Lubbock, TX in 2012. The resulting F1 hybrid was intermediate in height between the 2 parents, with brown seed color. A total of 300 F2 plants were planted at the F3 generation followed by careful advancement to F4 to F7 generations performed alternately in Lubbock, Texas and Lajas, Puerto Rico. At the F6:7 stage of development ten representative uniform plants were tagged and seeds were bulked from the 10 tagged plants to compose each line. A total of 292 RILs were generated and are used to represent the BTx623NSZ_RIPG. The population was developed thru cooperative efforts of PSGD team of: Dr. Gloria Burow, Dr. John Burke, Dr. Ratan Chopra, Ms. Halee Hughes, and Mr. Jacob Sanchez.1963535PI 687438
37PI 68743915FS040Sorghum bicolor (L.) Moench subsp. bicolor S92016Breeding materialImprovement of cold tolerance at key stages of growth and deployment of favorable alleles for root traits and cold tolerance into elite sorghum genetic resources are recognized as critical factors for sorghum production in drier and cooler regions of the US, permitting farmers to capitalize on early season moisture, efficient integrated pest management and to cultivate fuller season varieties with higher yield potential. The BTx623NSZ _ RIPG mapping population consists of 292 inbred lines, was evaluated for expression of early season cold tolerance based on field and controlled condition (15°C) germinability/emergence and seedling vigor; data for these traits are provided from two years of early season field screen and minimum of three laboratory studies. A detailed analysis of gene expression pattern and root morphological traits under cold stress (15°C) were characterized for the parents of the inbred population. Seeds were bulked from 10 representative uniform plants at F6 generation and advanced by selfing to F1 generation. Briefly, BTx623NSZ_RIPG, was developed by hand emasculation of the female parent BTx623 and pollination with PI 568016 in the polyhouse at Cropping Systems Research Laboratory, Lubbock, TX in 2012. The resulting F1 hybrid was intermediate in height between the 2 parents, with brown seed color. A total of 300 F2 plants were planted at the F3 generation followed by careful advancement to F4 to F7 generations performed alternately in Lubbock, Texas and Lajas, Puerto Rico. At the F6:7 stage of development ten representative uniform plants were tagged and seeds were bulked from the 10 tagged plants to compose each line. A total of 292 RILs were generated and are used to represent the BTx623NSZ_RIPG. The population was developed thru cooperative efforts of PSGD team of: Dr. Gloria Burow, Dr. John Burke, Dr. Ratan Chopra, Ms. Halee Hughes, and Mr. Jacob Sanchez.1963536PI 687439
38PI 68744015FS041Sorghum bicolor (L.) Moench subsp. bicolor S92016Breeding materialImprovement of cold tolerance at key stages of growth and deployment of favorable alleles for root traits and cold tolerance into elite sorghum genetic resources are recognized as critical factors for sorghum production in drier and cooler regions of the US, permitting farmers to capitalize on early season moisture, efficient integrated pest management and to cultivate fuller season varieties with higher yield potential. The BTx623NSZ _ RIPG mapping population consists of 292 inbred lines, was evaluated for expression of early season cold tolerance based on field and controlled condition (15°C) germinability/emergence and seedling vigor; data for these traits are provided from two years of early season field screen and minimum of three laboratory studies. A detailed analysis of gene expression pattern and root morphological traits under cold stress (15°C) were characterized for the parents of the inbred population. Seeds were bulked from 10 representative uniform plants at F6 generation and advanced by selfing to F1 generation. Briefly, BTx623NSZ_RIPG, was developed by hand emasculation of the female parent BTx623 and pollination with PI 568016 in the polyhouse at Cropping Systems Research Laboratory, Lubbock, TX in 2012. The resulting F1 hybrid was intermediate in height between the 2 parents, with brown seed color. A total of 300 F2 plants were planted at the F3 generation followed by careful advancement to F4 to F7 generations performed alternately in Lubbock, Texas and Lajas, Puerto Rico. At the F6:7 stage of development ten representative uniform plants were tagged and seeds were bulked from the 10 tagged plants to compose each line. A total of 292 RILs were generated and are used to represent the BTx623NSZ_RIPG. The population was developed thru cooperative efforts of PSGD team of: Dr. Gloria Burow, Dr. John Burke, Dr. Ratan Chopra, Ms. Halee Hughes, and Mr. Jacob Sanchez.1963537PI 687440
39PI 68744115FS042Sorghum bicolor (L.) Moench subsp. bicolor S92016Breeding materialImprovement of cold tolerance at key stages of growth and deployment of favorable alleles for root traits and cold tolerance into elite sorghum genetic resources are recognized as critical factors for sorghum production in drier and cooler regions of the US, permitting farmers to capitalize on early season moisture, efficient integrated pest management and to cultivate fuller season varieties with higher yield potential. The BTx623NSZ _ RIPG mapping population consists of 292 inbred lines, was evaluated for expression of early season cold tolerance based on field and controlled condition (15°C) germinability/emergence and seedling vigor; data for these traits are provided from two years of early season field screen and minimum of three laboratory studies. A detailed analysis of gene expression pattern and root morphological traits under cold stress (15°C) were characterized for the parents of the inbred population. Seeds were bulked from 10 representative uniform plants at F6 generation and advanced by selfing to F1 generation. Briefly, BTx623NSZ_RIPG, was developed by hand emasculation of the female parent BTx623 and pollination with PI 568016 in the polyhouse at Cropping Systems Research Laboratory, Lubbock, TX in 2012. The resulting F1 hybrid was intermediate in height between the 2 parents, with brown seed color. A total of 300 F2 plants were planted at the F3 generation followed by careful advancement to F4 to F7 generations performed alternately in Lubbock, Texas and Lajas, Puerto Rico. At the F6:7 stage of development ten representative uniform plants were tagged and seeds were bulked from the 10 tagged plants to compose each line. A total of 292 RILs were generated and are used to represent the BTx623NSZ_RIPG. The population was developed thru cooperative efforts of PSGD team of: Dr. Gloria Burow, Dr. John Burke, Dr. Ratan Chopra, Ms. Halee Hughes, and Mr. Jacob Sanchez.1963538PI 687441
40PI 68744215FS043Sorghum bicolor (L.) Moench subsp. bicolor S92016Breeding materialImprovement of cold tolerance at key stages of growth and deployment of favorable alleles for root traits and cold tolerance into elite sorghum genetic resources are recognized as critical factors for sorghum production in drier and cooler regions of the US, permitting farmers to capitalize on early season moisture, efficient integrated pest management and to cultivate fuller season varieties with higher yield potential. The BTx623NSZ _ RIPG mapping population consists of 292 inbred lines, was evaluated for expression of early season cold tolerance based on field and controlled condition (15°C) germinability/emergence and seedling vigor; data for these traits are provided from two years of early season field screen and minimum of three laboratory studies. A detailed analysis of gene expression pattern and root morphological traits under cold stress (15°C) were characterized for the parents of the inbred population. Seeds were bulked from 10 representative uniform plants at F6 generation and advanced by selfing to F1 generation. Briefly, BTx623NSZ_RIPG, was developed by hand emasculation of the female parent BTx623 and pollination with PI 568016 in the polyhouse at Cropping Systems Research Laboratory, Lubbock, TX in 2012. The resulting F1 hybrid was intermediate in height between the 2 parents, with brown seed color. A total of 300 F2 plants were planted at the F3 generation followed by careful advancement to F4 to F7 generations performed alternately in Lubbock, Texas and Lajas, Puerto Rico. At the F6:7 stage of development ten representative uniform plants were tagged and seeds were bulked from the 10 tagged plants to compose each line. A total of 292 RILs were generated and are used to represent the BTx623NSZ_RIPG. The population was developed thru cooperative efforts of PSGD team of: Dr. Gloria Burow, Dr. John Burke, Dr. Ratan Chopra, Ms. Halee Hughes, and Mr. Jacob Sanchez.1963539PI 687442
41PI 68744315FS044Sorghum bicolor (L.) Moench subsp. bicolor S92016Breeding materialImprovement of cold tolerance at key stages of growth and deployment of favorable alleles for root traits and cold tolerance into elite sorghum genetic resources are recognized as critical factors for sorghum production in drier and cooler regions of the US, permitting farmers to capitalize on early season moisture, efficient integrated pest management and to cultivate fuller season varieties with higher yield potential. The BTx623NSZ _ RIPG mapping population consists of 292 inbred lines, was evaluated for expression of early season cold tolerance based on field and controlled condition (15°C) germinability/emergence and seedling vigor; data for these traits are provided from two years of early season field screen and minimum of three laboratory studies. A detailed analysis of gene expression pattern and root morphological traits under cold stress (15°C) were characterized for the parents of the inbred population. Seeds were bulked from 10 representative uniform plants at F6 generation and advanced by selfing to F1 generation. Briefly, BTx623NSZ_RIPG, was developed by hand emasculation of the female parent BTx623 and pollination with PI 568016 in the polyhouse at Cropping Systems Research Laboratory, Lubbock, TX in 2012. The resulting F1 hybrid was intermediate in height between the 2 parents, with brown seed color. A total of 300 F2 plants were planted at the F3 generation followed by careful advancement to F4 to F7 generations performed alternately in Lubbock, Texas and Lajas, Puerto Rico. At the F6:7 stage of development ten representative uniform plants were tagged and seeds were bulked from the 10 tagged plants to compose each line. A total of 292 RILs were generated and are used to represent the BTx623NSZ_RIPG. The population was developed thru cooperative efforts of PSGD team of: Dr. Gloria Burow, Dr. John Burke, Dr. Ratan Chopra, Ms. Halee Hughes, and Mr. Jacob Sanchez.1963540PI 687443
42PI 68744415FS045Sorghum bicolor (L.) Moench subsp. bicolor S92016Breeding materialImprovement of cold tolerance at key stages of growth and deployment of favorable alleles for root traits and cold tolerance into elite sorghum genetic resources are recognized as critical factors for sorghum production in drier and cooler regions of the US, permitting farmers to capitalize on early season moisture, efficient integrated pest management and to cultivate fuller season varieties with higher yield potential. The BTx623NSZ _ RIPG mapping population consists of 292 inbred lines, was evaluated for expression of early season cold tolerance based on field and controlled condition (15°C) germinability/emergence and seedling vigor; data for these traits are provided from two years of early season field screen and minimum of three laboratory studies. A detailed analysis of gene expression pattern and root morphological traits under cold stress (15°C) were characterized for the parents of the inbred population. Seeds were bulked from 10 representative uniform plants at F6 generation and advanced by selfing to F1 generation. Briefly, BTx623NSZ_RIPG, was developed by hand emasculation of the female parent BTx623 and pollination with PI 568016 in the polyhouse at Cropping Systems Research Laboratory, Lubbock, TX in 2012. The resulting F1 hybrid was intermediate in height between the 2 parents, with brown seed color. A total of 300 F2 plants were planted at the F3 generation followed by careful advancement to F4 to F7 generations performed alternately in Lubbock, Texas and Lajas, Puerto Rico. At the F6:7 stage of development ten representative uniform plants were tagged and seeds were bulked from the 10 tagged plants to compose each line. A total of 292 RILs were generated and are used to represent the BTx623NSZ_RIPG. The population was developed thru cooperative efforts of PSGD team of: Dr. Gloria Burow, Dr. John Burke, Dr. Ratan Chopra, Ms. Halee Hughes, and Mr. Jacob Sanchez.1963541PI 687444
43PI 68744515FS046Sorghum bicolor (L.) Moench subsp. bicolor S92016Breeding materialImprovement of cold tolerance at key stages of growth and deployment of favorable alleles for root traits and cold tolerance into elite sorghum genetic resources are recognized as critical factors for sorghum production in drier and cooler regions of the US, permitting farmers to capitalize on early season moisture, efficient integrated pest management and to cultivate fuller season varieties with higher yield potential. The BTx623NSZ _ RIPG mapping population consists of 292 inbred lines, was evaluated for expression of early season cold tolerance based on field and controlled condition (15°C) germinability/emergence and seedling vigor; data for these traits are provided from two years of early season field screen and minimum of three laboratory studies. A detailed analysis of gene expression pattern and root morphological traits under cold stress (15°C) were characterized for the parents of the inbred population. Seeds were bulked from 10 representative uniform plants at F6 generation and advanced by selfing to F1 generation. Briefly, BTx623NSZ_RIPG, was developed by hand emasculation of the female parent BTx623 and pollination with PI 568016 in the polyhouse at Cropping Systems Research Laboratory, Lubbock, TX in 2012. The resulting F1 hybrid was intermediate in height between the 2 parents, with brown seed color. A total of 300 F2 plants were planted at the F3 generation followed by careful advancement to F4 to F7 generations performed alternately in Lubbock, Texas and Lajas, Puerto Rico. At the F6:7 stage of development ten representative uniform plants were tagged and seeds were bulked from the 10 tagged plants to compose each line. A total of 292 RILs were generated and are used to represent the BTx623NSZ_RIPG. The population was developed thru cooperative efforts of PSGD team of: Dr. Gloria Burow, Dr. John Burke, Dr. Ratan Chopra, Ms. Halee Hughes, and Mr. Jacob Sanchez.1963542PI 687445
44PI 68744615FS047Sorghum bicolor (L.) Moench subsp. bicolor S92016Breeding materialImprovement of cold tolerance at key stages of growth and deployment of favorable alleles for root traits and cold tolerance into elite sorghum genetic resources are recognized as critical factors for sorghum production in drier and cooler regions of the US, permitting farmers to capitalize on early season moisture, efficient integrated pest management and to cultivate fuller season varieties with higher yield potential. The BTx623NSZ _ RIPG mapping population consists of 292 inbred lines, was evaluated for expression of early season cold tolerance based on field and controlled condition (15°C) germinability/emergence and seedling vigor; data for these traits are provided from two years of early season field screen and minimum of three laboratory studies. A detailed analysis of gene expression pattern and root morphological traits under cold stress (15°C) were characterized for the parents of the inbred population. Seeds were bulked from 10 representative uniform plants at F6 generation and advanced by selfing to F1 generation. Briefly, BTx623NSZ_RIPG, was developed by hand emasculation of the female parent BTx623 and pollination with PI 568016 in the polyhouse at Cropping Systems Research Laboratory, Lubbock, TX in 2012. The resulting F1 hybrid was intermediate in height between the 2 parents, with brown seed color. A total of 300 F2 plants were planted at the F3 generation followed by careful advancement to F4 to F7 generations performed alternately in Lubbock, Texas and Lajas, Puerto Rico. At the F6:7 stage of development ten representative uniform plants were tagged and seeds were bulked from the 10 tagged plants to compose each line. A total of 292 RILs were generated and are used to represent the BTx623NSZ_RIPG. The population was developed thru cooperative efforts of PSGD team of: Dr. Gloria Burow, Dr. John Burke, Dr. Ratan Chopra, Ms. Halee Hughes, and Mr. Jacob Sanchez.1963543PI 687446
45PI 68744715FS048Sorghum bicolor (L.) Moench subsp. bicolor S92016Breeding materialImprovement of cold tolerance at key stages of growth and deployment of favorable alleles for root traits and cold tolerance into elite sorghum genetic resources are recognized as critical factors for sorghum production in drier and cooler regions of the US, permitting farmers to capitalize on early season moisture, efficient integrated pest management and to cultivate fuller season varieties with higher yield potential. The BTx623NSZ _ RIPG mapping population consists of 292 inbred lines, was evaluated for expression of early season cold tolerance based on field and controlled condition (15°C) germinability/emergence and seedling vigor; data for these traits are provided from two years of early season field screen and minimum of three laboratory studies. A detailed analysis of gene expression pattern and root morphological traits under cold stress (15°C) were characterized for the parents of the inbred population. Seeds were bulked from 10 representative uniform plants at F6 generation and advanced by selfing to F1 generation. Briefly, BTx623NSZ_RIPG, was developed by hand emasculation of the female parent BTx623 and pollination with PI 568016 in the polyhouse at Cropping Systems Research Laboratory, Lubbock, TX in 2012. The resulting F1 hybrid was intermediate in height between the 2 parents, with brown seed color. A total of 300 F2 plants were planted at the F3 generation followed by careful advancement to F4 to F7 generations performed alternately in Lubbock, Texas and Lajas, Puerto Rico. At the F6:7 stage of development ten representative uniform plants were tagged and seeds were bulked from the 10 tagged plants to compose each line. A total of 292 RILs were generated and are used to represent the BTx623NSZ_RIPG. The population was developed thru cooperative efforts of PSGD team of: Dr. Gloria Burow, Dr. John Burke, Dr. Ratan Chopra, Ms. Halee Hughes, and Mr. Jacob Sanchez.1963544PI 687447
46PI 68744815FS049Sorghum bicolor (L.) Moench subsp. bicolor S92016Breeding materialImprovement of cold tolerance at key stages of growth and deployment of favorable alleles for root traits and cold tolerance into elite sorghum genetic resources are recognized as critical factors for sorghum production in drier and cooler regions of the US, permitting farmers to capitalize on early season moisture, efficient integrated pest management and to cultivate fuller season varieties with higher yield potential. The BTx623NSZ _ RIPG mapping population consists of 292 inbred lines, was evaluated for expression of early season cold tolerance based on field and controlled condition (15°C) germinability/emergence and seedling vigor; data for these traits are provided from two years of early season field screen and minimum of three laboratory studies. A detailed analysis of gene expression pattern and root morphological traits under cold stress (15°C) were characterized for the parents of the inbred population. Seeds were bulked from 10 representative uniform plants at F6 generation and advanced by selfing to F1 generation. Briefly, BTx623NSZ_RIPG, was developed by hand emasculation of the female parent BTx623 and pollination with PI 568016 in the polyhouse at Cropping Systems Research Laboratory, Lubbock, TX in 2012. The resulting F1 hybrid was intermediate in height between the 2 parents, with brown seed color. A total of 300 F2 plants were planted at the F3 generation followed by careful advancement to F4 to F7 generations performed alternately in Lubbock, Texas and Lajas, Puerto Rico. At the F6:7 stage of development ten representative uniform plants were tagged and seeds were bulked from the 10 tagged plants to compose each line. A total of 292 RILs were generated and are used to represent the BTx623NSZ_RIPG. The population was developed thru cooperative efforts of PSGD team of: Dr. Gloria Burow, Dr. John Burke, Dr. Ratan Chopra, Ms. Halee Hughes, and Mr. Jacob Sanchez.1963545PI 687448
47PI 68744915FS050Sorghum bicolor (L.) Moench subsp. bicolor S92016Breeding materialImprovement of cold tolerance at key stages of growth and deployment of favorable alleles for root traits and cold tolerance into elite sorghum genetic resources are recognized as critical factors for sorghum production in drier and cooler regions of the US, permitting farmers to capitalize on early season moisture, efficient integrated pest management and to cultivate fuller season varieties with higher yield potential. The BTx623NSZ _ RIPG mapping population consists of 292 inbred lines, was evaluated for expression of early season cold tolerance based on field and controlled condition (15°C) germinability/emergence and seedling vigor; data for these traits are provided from two years of early season field screen and minimum of three laboratory studies. A detailed analysis of gene expression pattern and root morphological traits under cold stress (15°C) were characterized for the parents of the inbred population. Seeds were bulked from 10 representative uniform plants at F6 generation and advanced by selfing to F1 generation. Briefly, BTx623NSZ_RIPG, was developed by hand emasculation of the female parent BTx623 and pollination with PI 568016 in the polyhouse at Cropping Systems Research Laboratory, Lubbock, TX in 2012. The resulting F1 hybrid was intermediate in height between the 2 parents, with brown seed color. A total of 300 F2 plants were planted at the F3 generation followed by careful advancement to F4 to F7 generations performed alternately in Lubbock, Texas and Lajas, Puerto Rico. At the F6:7 stage of development ten representative uniform plants were tagged and seeds were bulked from the 10 tagged plants to compose each line. A total of 292 RILs were generated and are used to represent the BTx623NSZ_RIPG. The population was developed thru cooperative efforts of PSGD team of: Dr. Gloria Burow, Dr. John Burke, Dr. Ratan Chopra, Ms. Halee Hughes, and Mr. Jacob Sanchez.1963546PI 687449
48PI 68745015FS051Sorghum bicolor (L.) Moench subsp. bicolor S92016Breeding materialImprovement of cold tolerance at key stages of growth and deployment of favorable alleles for root traits and cold tolerance into elite sorghum genetic resources are recognized as critical factors for sorghum production in drier and cooler regions of the US, permitting farmers to capitalize on early season moisture, efficient integrated pest management and to cultivate fuller season varieties with higher yield potential. The BTx623NSZ _ RIPG mapping population consists of 292 inbred lines, was evaluated for expression of early season cold tolerance based on field and controlled condition (15°C) germinability/emergence and seedling vigor; data for these traits are provided from two years of early season field screen and minimum of three laboratory studies. A detailed analysis of gene expression pattern and root morphological traits under cold stress (15°C) were characterized for the parents of the inbred population. Seeds were bulked from 10 representative uniform plants at F6 generation and advanced by selfing to F1 generation. Briefly, BTx623NSZ_RIPG, was developed by hand emasculation of the female parent BTx623 and pollination with PI 568016 in the polyhouse at Cropping Systems Research Laboratory, Lubbock, TX in 2012. The resulting F1 hybrid was intermediate in height between the 2 parents, with brown seed color. A total of 300 F2 plants were planted at the F3 generation followed by careful advancement to F4 to F7 generations performed alternately in Lubbock, Texas and Lajas, Puerto Rico. At the F6:7 stage of development ten representative uniform plants were tagged and seeds were bulked from the 10 tagged plants to compose each line. A total of 292 RILs were generated and are used to represent the BTx623NSZ_RIPG. The population was developed thru cooperative efforts of PSGD team of: Dr. Gloria Burow, Dr. John Burke, Dr. Ratan Chopra, Ms. Halee Hughes, and Mr. Jacob Sanchez.1963547PI 687450
49PI 68745115FS353Sorghum bicolor (L.) Moench subsp. bicolor S92016Breeding materialImprovement of cold tolerance at key stages of growth and deployment of favorable alleles for root traits and cold tolerance into elite sorghum genetic resources are recognized as critical factors for sorghum production in drier and cooler regions of the US, permitting farmers to capitalize on early season moisture, efficient integrated pest management and to cultivate fuller season varieties with higher yield potential. The BTx623NSZ _ RIPG mapping population consists of 292 inbred lines, was evaluated for expression of early season cold tolerance based on field and controlled condition (15°C) germinability/emergence and seedling vigor; data for these traits are provided from two years of early season field screen and minimum of three laboratory studies. A detailed analysis of gene expression pattern and root morphological traits under cold stress (15°C) were characterized for the parents of the inbred population. Seeds were bulked from 10 representative uniform plants at F6 generation and advanced by selfing to F1 generation. Briefly, BTx623NSZ_RIPG, was developed by hand emasculation of the female parent BTx623 and pollination with PI 568016 in the polyhouse at Cropping Systems Research Laboratory, Lubbock, TX in 2012. The resulting F1 hybrid was intermediate in height between the 2 parents, with brown seed color. A total of 300 F2 plants were planted at the F3 generation followed by careful advancement to F4 to F7 generations performed alternately in Lubbock, Texas and Lajas, Puerto Rico. At the F6:7 stage of development ten representative uniform plants were tagged and seeds were bulked from the 10 tagged plants to compose each line. A total of 292 RILs were generated and are used to represent the BTx623NSZ_RIPG. The population was developed thru cooperative efforts of PSGD team of: Dr. Gloria Burow, Dr. John Burke, Dr. Ratan Chopra, Ms. Halee Hughes, and Mr. Jacob Sanchez.1963548PI 687451
50PI 68745215FS053Sorghum bicolor (L.) Moench subsp. bicolor S92016Breeding materialImprovement of cold tolerance at key stages of growth and deployment of favorable alleles for root traits and cold tolerance into elite sorghum genetic resources are recognized as critical factors for sorghum production in drier and cooler regions of the US, permitting farmers to capitalize on early season moisture, efficient integrated pest management and to cultivate fuller season varieties with higher yield potential. The BTx623NSZ _ RIPG mapping population consists of 292 inbred lines, was evaluated for expression of early season cold tolerance based on field and controlled condition (15°C) germinability/emergence and seedling vigor; data for these traits are provided from two years of early season field screen and minimum of three laboratory studies. A detailed analysis of gene expression pattern and root morphological traits under cold stress (15°C) were characterized for the parents of the inbred population. Seeds were bulked from 10 representative uniform plants at F6 generation and advanced by selfing to F1 generation. Briefly, BTx623NSZ_RIPG, was developed by hand emasculation of the female parent BTx623 and pollination with PI 568016 in the polyhouse at Cropping Systems Research Laboratory, Lubbock, TX in 2012. The resulting F1 hybrid was intermediate in height between the 2 parents, with brown seed color. A total of 300 F2 plants were planted at the F3 generation followed by careful advancement to F4 to F7 generations performed alternately in Lubbock, Texas and Lajas, Puerto Rico. At the F6:7 stage of development ten representative uniform plants were tagged and seeds were bulked from the 10 tagged plants to compose each line. A total of 292 RILs were generated and are used to represent the BTx623NSZ_RIPG. The population was developed thru cooperative efforts of PSGD team of: Dr. Gloria Burow, Dr. John Burke, Dr. Ratan Chopra, Ms. Halee Hughes, and Mr. Jacob Sanchez.1963549PI 687452
51PI 68745315FS054Sorghum bicolor (L.) Moench subsp. bicolor S92016Breeding materialImprovement of cold tolerance at key stages of growth and deployment of favorable alleles for root traits and cold tolerance into elite sorghum genetic resources are recognized as critical factors for sorghum production in drier and cooler regions of the US, permitting farmers to capitalize on early season moisture, efficient integrated pest management and to cultivate fuller season varieties with higher yield potential. The BTx623NSZ _ RIPG mapping population consists of 292 inbred lines, was evaluated for expression of early season cold tolerance based on field and controlled condition (15°C) germinability/emergence and seedling vigor; data for these traits are provided from two years of early season field screen and minimum of three laboratory studies. A detailed analysis of gene expression pattern and root morphological traits under cold stress (15°C) were characterized for the parents of the inbred population. Seeds were bulked from 10 representative uniform plants at F6 generation and advanced by selfing to F1 generation. Briefly, BTx623NSZ_RIPG, was developed by hand emasculation of the female parent BTx623 and pollination with PI 568016 in the polyhouse at Cropping Systems Research Laboratory, Lubbock, TX in 2012. The resulting F1 hybrid was intermediate in height between the 2 parents, with brown seed color. A total of 300 F2 plants were planted at the F3 generation followed by careful advancement to F4 to F7 generations performed alternately in Lubbock, Texas and Lajas, Puerto Rico. At the F6:7 stage of development ten representative uniform plants were tagged and seeds were bulked from the 10 tagged plants to compose each line. A total of 292 RILs were generated and are used to represent the BTx623NSZ_RIPG. The population was developed thru cooperative efforts of PSGD team of: Dr. Gloria Burow, Dr. John Burke, Dr. Ratan Chopra, Ms. Halee Hughes, and Mr. Jacob Sanchez.1963550PI 687453
52PI 68745415FS055Sorghum bicolor (L.) Moench subsp. bicolor S92016Breeding materialImprovement of cold tolerance at key stages of growth and deployment of favorable alleles for root traits and cold tolerance into elite sorghum genetic resources are recognized as critical factors for sorghum production in drier and cooler regions of the US, permitting farmers to capitalize on early season moisture, efficient integrated pest management and to cultivate fuller season varieties with higher yield potential. The BTx623NSZ _ RIPG mapping population consists of 292 inbred lines, was evaluated for expression of early season cold tolerance based on field and controlled condition (15°C) germinability/emergence and seedling vigor; data for these traits are provided from two years of early season field screen and minimum of three laboratory studies. A detailed analysis of gene expression pattern and root morphological traits under cold stress (15°C) were characterized for the parents of the inbred population. Seeds were bulked from 10 representative uniform plants at F6 generation and advanced by selfing to F1 generation. Briefly, BTx623NSZ_RIPG, was developed by hand emasculation of the female parent BTx623 and pollination with PI 568016 in the polyhouse at Cropping Systems Research Laboratory, Lubbock, TX in 2012. The resulting F1 hybrid was intermediate in height between the 2 parents, with brown seed color. A total of 300 F2 plants were planted at the F3 generation followed by careful advancement to F4 to F7 generations performed alternately in Lubbock, Texas and Lajas, Puerto Rico. At the F6:7 stage of development ten representative uniform plants were tagged and seeds were bulked from the 10 tagged plants to compose each line. A total of 292 RILs were generated and are used to represent the BTx623NSZ_RIPG. The population was developed thru cooperative efforts of PSGD team of: Dr. Gloria Burow, Dr. John Burke, Dr. Ratan Chopra, Ms. Halee Hughes, and Mr. Jacob Sanchez.1963551PI 687454
53PI 68745515FS056Sorghum bicolor (L.) Moench subsp. bicolor S92016Breeding materialImprovement of cold tolerance at key stages of growth and deployment of favorable alleles for root traits and cold tolerance into elite sorghum genetic resources are recognized as critical factors for sorghum production in drier and cooler regions of the US, permitting farmers to capitalize on early season moisture, efficient integrated pest management and to cultivate fuller season varieties with higher yield potential. The BTx623NSZ _ RIPG mapping population consists of 292 inbred lines, was evaluated for expression of early season cold tolerance based on field and controlled condition (15°C) germinability/emergence and seedling vigor; data for these traits are provided from two years of early season field screen and minimum of three laboratory studies. A detailed analysis of gene expression pattern and root morphological traits under cold stress (15°C) were characterized for the parents of the inbred population. Seeds were bulked from 10 representative uniform plants at F6 generation and advanced by selfing to F1 generation. Briefly, BTx623NSZ_RIPG, was developed by hand emasculation of the female parent BTx623 and pollination with PI 568016 in the polyhouse at Cropping Systems Research Laboratory, Lubbock, TX in 2012. The resulting F1 hybrid was intermediate in height between the 2 parents, with brown seed color. A total of 300 F2 plants were planted at the F3 generation followed by careful advancement to F4 to F7 generations performed alternately in Lubbock, Texas and Lajas, Puerto Rico. At the F6:7 stage of development ten representative uniform plants were tagged and seeds were bulked from the 10 tagged plants to compose each line. A total of 292 RILs were generated and are used to represent the BTx623NSZ_RIPG. The population was developed thru cooperative efforts of PSGD team of: Dr. Gloria Burow, Dr. John Burke, Dr. Ratan Chopra, Ms. Halee Hughes, and Mr. Jacob Sanchez.1963552PI 687455
54PI 68745615FS057Sorghum bicolor (L.) Moench subsp. bicolor S92016Breeding materialImprovement of cold tolerance at key stages of growth and deployment of favorable alleles for root traits and cold tolerance into elite sorghum genetic resources are recognized as critical factors for sorghum production in drier and cooler regions of the US, permitting farmers to capitalize on early season moisture, efficient integrated pest management and to cultivate fuller season varieties with higher yield potential. The BTx623NSZ _ RIPG mapping population consists of 292 inbred lines, was evaluated for expression of early season cold tolerance based on field and controlled condition (15°C) germinability/emergence and seedling vigor; data for these traits are provided from two years of early season field screen and minimum of three laboratory studies. A detailed analysis of gene expression pattern and root morphological traits under cold stress (15°C) were characterized for the parents of the inbred population. Seeds were bulked from 10 representative uniform plants at F6 generation and advanced by selfing to F1 generation. Briefly, BTx623NSZ_RIPG, was developed by hand emasculation of the female parent BTx623 and pollination with PI 568016 in the polyhouse at Cropping Systems Research Laboratory, Lubbock, TX in 2012. The resulting F1 hybrid was intermediate in height between the 2 parents, with brown seed color. A total of 300 F2 plants were planted at the F3 generation followed by careful advancement to F4 to F7 generations performed alternately in Lubbock, Texas and Lajas, Puerto Rico. At the F6:7 stage of development ten representative uniform plants were tagged and seeds were bulked from the 10 tagged plants to compose each line. A total of 292 RILs were generated and are used to represent the BTx623NSZ_RIPG. The population was developed thru cooperative efforts of PSGD team of: Dr. Gloria Burow, Dr. John Burke, Dr. Ratan Chopra, Ms. Halee Hughes, and Mr. Jacob Sanchez.1963553PI 687456
55PI 68745715FS058Sorghum bicolor (L.) Moench subsp. bicolor S92016Breeding materialImprovement of cold tolerance at key stages of growth and deployment of favorable alleles for root traits and cold tolerance into elite sorghum genetic resources are recognized as critical factors for sorghum production in drier and cooler regions of the US, permitting farmers to capitalize on early season moisture, efficient integrated pest management and to cultivate fuller season varieties with higher yield potential. The BTx623NSZ _ RIPG mapping population consists of 292 inbred lines, was evaluated for expression of early season cold tolerance based on field and controlled condition (15°C) germinability/emergence and seedling vigor; data for these traits are provided from two years of early season field screen and minimum of three laboratory studies. A detailed analysis of gene expression pattern and root morphological traits under cold stress (15°C) were characterized for the parents of the inbred population. Seeds were bulked from 10 representative uniform plants at F6 generation and advanced by selfing to F1 generation. Briefly, BTx623NSZ_RIPG, was developed by hand emasculation of the female parent BTx623 and pollination with PI 568016 in the polyhouse at Cropping Systems Research Laboratory, Lubbock, TX in 2012. The resulting F1 hybrid was intermediate in height between the 2 parents, with brown seed color. A total of 300 F2 plants were planted at the F3 generation followed by careful advancement to F4 to F7 generations performed alternately in Lubbock, Texas and Lajas, Puerto Rico. At the F6:7 stage of development ten representative uniform plants were tagged and seeds were bulked from the 10 tagged plants to compose each line. A total of 292 RILs were generated and are used to represent the BTx623NSZ_RIPG. The population was developed thru cooperative efforts of PSGD team of: Dr. Gloria Burow, Dr. John Burke, Dr. Ratan Chopra, Ms. Halee Hughes, and Mr. Jacob Sanchez.1963554PI 687457
56PI 68745815FS059Sorghum bicolor (L.) Moench subsp. bicolor S92016Breeding materialImprovement of cold tolerance at key stages of growth and deployment of favorable alleles for root traits and cold tolerance into elite sorghum genetic resources are recognized as critical factors for sorghum production in drier and cooler regions of the US, permitting farmers to capitalize on early season moisture, efficient integrated pest management and to cultivate fuller season varieties with higher yield potential. The BTx623NSZ _ RIPG mapping population consists of 292 inbred lines, was evaluated for expression of early season cold tolerance based on field and controlled condition (15°C) germinability/emergence and seedling vigor; data for these traits are provided from two years of early season field screen and minimum of three laboratory studies. A detailed analysis of gene expression pattern and root morphological traits under cold stress (15°C) were characterized for the parents of the inbred population. Seeds were bulked from 10 representative uniform plants at F6 generation and advanced by selfing to F1 generation. Briefly, BTx623NSZ_RIPG, was developed by hand emasculation of the female parent BTx623 and pollination with PI 568016 in the polyhouse at Cropping Systems Research Laboratory, Lubbock, TX in 2012. The resulting F1 hybrid was intermediate in height between the 2 parents, with brown seed color. A total of 300 F2 plants were planted at the F3 generation followed by careful advancement to F4 to F7 generations performed alternately in Lubbock, Texas and Lajas, Puerto Rico. At the F6:7 stage of development ten representative uniform plants were tagged and seeds were bulked from the 10 tagged plants to compose each line. A total of 292 RILs were generated and are used to represent the BTx623NSZ_RIPG. The population was developed thru cooperative efforts of PSGD team of: Dr. Gloria Burow, Dr. John Burke, Dr. Ratan Chopra, Ms. Halee Hughes, and Mr. Jacob Sanchez.1963555PI 687458
57PI 68745915FS060Sorghum bicolor (L.) Moench subsp. bicolor S92016Breeding materialImprovement of cold tolerance at key stages of growth and deployment of favorable alleles for root traits and cold tolerance into elite sorghum genetic resources are recognized as critical factors for sorghum production in drier and cooler regions of the US, permitting farmers to capitalize on early season moisture, efficient integrated pest management and to cultivate fuller season varieties with higher yield potential. The BTx623NSZ _ RIPG mapping population consists of 292 inbred lines, was evaluated for expression of early season cold tolerance based on field and controlled condition (15°C) germinability/emergence and seedling vigor; data for these traits are provided from two years of early season field screen and minimum of three laboratory studies. A detailed analysis of gene expression pattern and root morphological traits under cold stress (15°C) were characterized for the parents of the inbred population. Seeds were bulked from 10 representative uniform plants at F6 generation and advanced by selfing to F1 generation. Briefly, BTx623NSZ_RIPG, was developed by hand emasculation of the female parent BTx623 and pollination with PI 568016 in the polyhouse at Cropping Systems Research Laboratory, Lubbock, TX in 2012. The resulting F1 hybrid was intermediate in height between the 2 parents, with brown seed color. A total of 300 F2 plants were planted at the F3 generation followed by careful advancement to F4 to F7 generations performed alternately in Lubbock, Texas and Lajas, Puerto Rico. At the F6:7 stage of development ten representative uniform plants were tagged and seeds were bulked from the 10 tagged plants to compose each line. A total of 292 RILs were generated and are used to represent the BTx623NSZ_RIPG. The population was developed thru cooperative efforts of PSGD team of: Dr. Gloria Burow, Dr. John Burke, Dr. Ratan Chopra, Ms. Halee Hughes, and Mr. Jacob Sanchez.1963556PI 687459
58PI 68746015FS061Sorghum bicolor (L.) Moench subsp. bicolor S92016Breeding materialImprovement of cold tolerance at key stages of growth and deployment of favorable alleles for root traits and cold tolerance into elite sorghum genetic resources are recognized as critical factors for sorghum production in drier and cooler regions of the US, permitting farmers to capitalize on early season moisture, efficient integrated pest management and to cultivate fuller season varieties with higher yield potential. The BTx623NSZ _ RIPG mapping population consists of 292 inbred lines, was evaluated for expression of early season cold tolerance based on field and controlled condition (15°C) germinability/emergence and seedling vigor; data for these traits are provided from two years of early season field screen and minimum of three laboratory studies. A detailed analysis of gene expression pattern and root morphological traits under cold stress (15°C) were characterized for the parents of the inbred population. Seeds were bulked from 10 representative uniform plants at F6 generation and advanced by selfing to F1 generation. Briefly, BTx623NSZ_RIPG, was developed by hand emasculation of the female parent BTx623 and pollination with PI 568016 in the polyhouse at Cropping Systems Research Laboratory, Lubbock, TX in 2012. The resulting F1 hybrid was intermediate in height between the 2 parents, with brown seed color. A total of 300 F2 plants were planted at the F3 generation followed by careful advancement to F4 to F7 generations performed alternately in Lubbock, Texas and Lajas, Puerto Rico. At the F6:7 stage of development ten representative uniform plants were tagged and seeds were bulked from the 10 tagged plants to compose each line. A total of 292 RILs were generated and are used to represent the BTx623NSZ_RIPG. The population was developed thru cooperative efforts of PSGD team of: Dr. Gloria Burow, Dr. John Burke, Dr. Ratan Chopra, Ms. Halee Hughes, and Mr. Jacob Sanchez.1963557PI 687460
59PI 68746115FS062Sorghum bicolor (L.) Moench subsp. bicolor S92016Breeding materialImprovement of cold tolerance at key stages of growth and deployment of favorable alleles for root traits and cold tolerance into elite sorghum genetic resources are recognized as critical factors for sorghum production in drier and cooler regions of the US, permitting farmers to capitalize on early season moisture, efficient integrated pest management and to cultivate fuller season varieties with higher yield potential. The BTx623NSZ _ RIPG mapping population consists of 292 inbred lines, was evaluated for expression of early season cold tolerance based on field and controlled condition (15°C) germinability/emergence and seedling vigor; data for these traits are provided from two years of early season field screen and minimum of three laboratory studies. A detailed analysis of gene expression pattern and root morphological traits under cold stress (15°C) were characterized for the parents of the inbred population. Seeds were bulked from 10 representative uniform plants at F6 generation and advanced by selfing to F1 generation. Briefly, BTx623NSZ_RIPG, was developed by hand emasculation of the female parent BTx623 and pollination with PI 568016 in the polyhouse at Cropping Systems Research Laboratory, Lubbock, TX in 2012. The resulting F1 hybrid was intermediate in height between the 2 parents, with brown seed color. A total of 300 F2 plants were planted at the F3 generation followed by careful advancement to F4 to F7 generations performed alternately in Lubbock, Texas and Lajas, Puerto Rico. At the F6:7 stage of development ten representative uniform plants were tagged and seeds were bulked from the 10 tagged plants to compose each line. A total of 292 RILs were generated and are used to represent the BTx623NSZ_RIPG. The population was developed thru cooperative efforts of PSGD team of: Dr. Gloria Burow, Dr. John Burke, Dr. Ratan Chopra, Ms. Halee Hughes, and Mr. Jacob Sanchez.1963558PI 687461
60PI 68746215FS338Sorghum bicolor (L.) Moench subsp. bicolor S92016Breeding materialImprovement of cold tolerance at key stages of growth and deployment of favorable alleles for root traits and cold tolerance into elite sorghum genetic resources are recognized as critical factors for sorghum production in drier and cooler regions of the US, permitting farmers to capitalize on early season moisture, efficient integrated pest management and to cultivate fuller season varieties with higher yield potential. The BTx623NSZ _ RIPG mapping population consists of 292 inbred lines, was evaluated for expression of early season cold tolerance based on field and controlled condition (15°C) germinability/emergence and seedling vigor; data for these traits are provided from two years of early season field screen and minimum of three laboratory studies. A detailed analysis of gene expression pattern and root morphological traits under cold stress (15°C) were characterized for the parents of the inbred population. Seeds were bulked from 10 representative uniform plants at F6 generation and advanced by selfing to F1 generation. Briefly, BTx623NSZ_RIPG, was developed by hand emasculation of the female parent BTx623 and pollination with PI 568016 in the polyhouse at Cropping Systems Research Laboratory, Lubbock, TX in 2012. The resulting F1 hybrid was intermediate in height between the 2 parents, with brown seed color. A total of 300 F2 plants were planted at the F3 generation followed by careful advancement to F4 to F7 generations performed alternately in Lubbock, Texas and Lajas, Puerto Rico. At the F6:7 stage of development ten representative uniform plants were tagged and seeds were bulked from the 10 tagged plants to compose each line. A total of 292 RILs were generated and are used to represent the BTx623NSZ_RIPG. The population was developed thru cooperative efforts of PSGD team of: Dr. Gloria Burow, Dr. John Burke, Dr. Ratan Chopra, Ms. Halee Hughes, and Mr. Jacob Sanchez.1963559PI 687462
61PI 68746315FS064Sorghum bicolor (L.) Moench subsp. bicolor S92016Breeding materialImprovement of cold tolerance at key stages of growth and deployment of favorable alleles for root traits and cold tolerance into elite sorghum genetic resources are recognized as critical factors for sorghum production in drier and cooler regions of the US, permitting farmers to capitalize on early season moisture, efficient integrated pest management and to cultivate fuller season varieties with higher yield potential. The BTx623NSZ _ RIPG mapping population consists of 292 inbred lines, was evaluated for expression of early season cold tolerance based on field and controlled condition (15°C) germinability/emergence and seedling vigor; data for these traits are provided from two years of early season field screen and minimum of three laboratory studies. A detailed analysis of gene expression pattern and root morphological traits under cold stress (15°C) were characterized for the parents of the inbred population. Seeds were bulked from 10 representative uniform plants at F6 generation and advanced by selfing to F1 generation. Briefly, BTx623NSZ_RIPG, was developed by hand emasculation of the female parent BTx623 and pollination with PI 568016 in the polyhouse at Cropping Systems Research Laboratory, Lubbock, TX in 2012. The resulting F1 hybrid was intermediate in height between the 2 parents, with brown seed color. A total of 300 F2 plants were planted at the F3 generation followed by careful advancement to F4 to F7 generations performed alternately in Lubbock, Texas and Lajas, Puerto Rico. At the F6:7 stage of development ten representative uniform plants were tagged and seeds were bulked from the 10 tagged plants to compose each line. A total of 292 RILs were generated and are used to represent the BTx623NSZ_RIPG. The population was developed thru cooperative efforts of PSGD team of: Dr. Gloria Burow, Dr. John Burke, Dr. Ratan Chopra, Ms. Halee Hughes, and Mr. Jacob Sanchez.1963560PI 687463
62PI 68746415FS065Sorghum bicolor (L.) Moench subsp. bicolor S92016Breeding materialImprovement of cold tolerance at key stages of growth and deployment of favorable alleles for root traits and cold tolerance into elite sorghum genetic resources are recognized as critical factors for sorghum production in drier and cooler regions of the US, permitting farmers to capitalize on early season moisture, efficient integrated pest management and to cultivate fuller season varieties with higher yield potential. The BTx623NSZ _ RIPG mapping population consists of 292 inbred lines, was evaluated for expression of early season cold tolerance based on field and controlled condition (15°C) germinability/emergence and seedling vigor; data for these traits are provided from two years of early season field screen and minimum of three laboratory studies. A detailed analysis of gene expression pattern and root morphological traits under cold stress (15°C) were characterized for the parents of the inbred population. Seeds were bulked from 10 representative uniform plants at F6 generation and advanced by selfing to F1 generation. Briefly, BTx623NSZ_RIPG, was developed by hand emasculation of the female parent BTx623 and pollination with PI 568016 in the polyhouse at Cropping Systems Research Laboratory, Lubbock, TX in 2012. The resulting F1 hybrid was intermediate in height between the 2 parents, with brown seed color. A total of 300 F2 plants were planted at the F3 generation followed by careful advancement to F4 to F7 generations performed alternately in Lubbock, Texas and Lajas, Puerto Rico. At the F6:7 stage of development ten representative uniform plants were tagged and seeds were bulked from the 10 tagged plants to compose each line. A total of 292 RILs were generated and are used to represent the BTx623NSZ_RIPG. The population was developed thru cooperative efforts of PSGD team of: Dr. Gloria Burow, Dr. John Burke, Dr. Ratan Chopra, Ms. Halee Hughes, and Mr. Jacob Sanchez.1963561PI 687464
63PI 68746515FS066Sorghum bicolor (L.) Moench subsp. bicolor S92016Breeding materialImprovement of cold tolerance at key stages of growth and deployment of favorable alleles for root traits and cold tolerance into elite sorghum genetic resources are recognized as critical factors for sorghum production in drier and cooler regions of the US, permitting farmers to capitalize on early season moisture, efficient integrated pest management and to cultivate fuller season varieties with higher yield potential. The BTx623NSZ _ RIPG mapping population consists of 292 inbred lines, was evaluated for expression of early season cold tolerance based on field and controlled condition (15°C) germinability/emergence and seedling vigor; data for these traits are provided from two years of early season field screen and minimum of three laboratory studies. A detailed analysis of gene expression pattern and root morphological traits under cold stress (15°C) were characterized for the parents of the inbred population. Seeds were bulked from 10 representative uniform plants at F6 generation and advanced by selfing to F1 generation. Briefly, BTx623NSZ_RIPG, was developed by hand emasculation of the female parent BTx623 and pollination with PI 568016 in the polyhouse at Cropping Systems Research Laboratory, Lubbock, TX in 2012. The resulting F1 hybrid was intermediate in height between the 2 parents, with brown seed color. A total of 300 F2 plants were planted at the F3 generation followed by careful advancement to F4 to F7 generations performed alternately in Lubbock, Texas and Lajas, Puerto Rico. At the F6:7 stage of development ten representative uniform plants were tagged and seeds were bulked from the 10 tagged plants to compose each line. A total of 292 RILs were generated and are used to represent the BTx623NSZ_RIPG. The population was developed thru cooperative efforts of PSGD team of: Dr. Gloria Burow, Dr. John Burke, Dr. Ratan Chopra, Ms. Halee Hughes, and Mr. Jacob Sanchez.1963562PI 687465
64PI 68746615FS067Sorghum bicolor (L.) Moench subsp. bicolor S92016Breeding materialImprovement of cold tolerance at key stages of growth and deployment of favorable alleles for root traits and cold tolerance into elite sorghum genetic resources are recognized as critical factors for sorghum production in drier and cooler regions of the US, permitting farmers to capitalize on early season moisture, efficient integrated pest management and to cultivate fuller season varieties with higher yield potential. The BTx623NSZ _ RIPG mapping population consists of 292 inbred lines, was evaluated for expression of early season cold tolerance based on field and controlled condition (15°C) germinability/emergence and seedling vigor; data for these traits are provided from two years of early season field screen and minimum of three laboratory studies. A detailed analysis of gene expression pattern and root morphological traits under cold stress (15°C) were characterized for the parents of the inbred population. Seeds were bulked from 10 representative uniform plants at F6 generation and advanced by selfing to F1 generation. Briefly, BTx623NSZ_RIPG, was developed by hand emasculation of the female parent BTx623 and pollination with PI 568016 in the polyhouse at Cropping Systems Research Laboratory, Lubbock, TX in 2012. The resulting F1 hybrid was intermediate in height between the 2 parents, with brown seed color. A total of 300 F2 plants were planted at the F3 generation followed by careful advancement to F4 to F7 generations performed alternately in Lubbock, Texas and Lajas, Puerto Rico. At the F6:7 stage of development ten representative uniform plants were tagged and seeds were bulked from the 10 tagged plants to compose each line. A total of 292 RILs were generated and are used to represent the BTx623NSZ_RIPG. The population was developed thru cooperative efforts of PSGD team of: Dr. Gloria Burow, Dr. John Burke, Dr. Ratan Chopra, Ms. Halee Hughes, and Mr. Jacob Sanchez.1963563PI 687466
65PI 68746715FS068Sorghum bicolor (L.) Moench subsp. bicolor S92016Breeding materialImprovement of cold tolerance at key stages of growth and deployment of favorable alleles for root traits and cold tolerance into elite sorghum genetic resources are recognized as critical factors for sorghum production in drier and cooler regions of the US, permitting farmers to capitalize on early season moisture, efficient integrated pest management and to cultivate fuller season varieties with higher yield potential. The BTx623NSZ _ RIPG mapping population consists of 292 inbred lines, was evaluated for expression of early season cold tolerance based on field and controlled condition (15°C) germinability/emergence and seedling vigor; data for these traits are provided from two years of early season field screen and minimum of three laboratory studies. A detailed analysis of gene expression pattern and root morphological traits under cold stress (15°C) were characterized for the parents of the inbred population. Seeds were bulked from 10 representative uniform plants at F6 generation and advanced by selfing to F1 generation. Briefly, BTx623NSZ_RIPG, was developed by hand emasculation of the female parent BTx623 and pollination with PI 568016 in the polyhouse at Cropping Systems Research Laboratory, Lubbock, TX in 2012. The resulting F1 hybrid was intermediate in height between the 2 parents, with brown seed color. A total of 300 F2 plants were planted at the F3 generation followed by careful advancement to F4 to F7 generations performed alternately in Lubbock, Texas and Lajas, Puerto Rico. At the F6:7 stage of development ten representative uniform plants were tagged and seeds were bulked from the 10 tagged plants to compose each line. A total of 292 RILs were generated and are used to represent the BTx623NSZ_RIPG. The population was developed thru cooperative efforts of PSGD team of: Dr. Gloria Burow, Dr. John Burke, Dr. Ratan Chopra, Ms. Halee Hughes, and Mr. Jacob Sanchez.1963564PI 687467
66PI 68746815FS069Sorghum bicolor (L.) Moench subsp. bicolor S92016Breeding materialImprovement of cold tolerance at key stages of growth and deployment of favorable alleles for root traits and cold tolerance into elite sorghum genetic resources are recognized as critical factors for sorghum production in drier and cooler regions of the US, permitting farmers to capitalize on early season moisture, efficient integrated pest management and to cultivate fuller season varieties with higher yield potential. The BTx623NSZ _ RIPG mapping population consists of 292 inbred lines, was evaluated for expression of early season cold tolerance based on field and controlled condition (15°C) germinability/emergence and seedling vigor; data for these traits are provided from two years of early season field screen and minimum of three laboratory studies. A detailed analysis of gene expression pattern and root morphological traits under cold stress (15°C) were characterized for the parents of the inbred population. Seeds were bulked from 10 representative uniform plants at F6 generation and advanced by selfing to F1 generation. Briefly, BTx623NSZ_RIPG, was developed by hand emasculation of the female parent BTx623 and pollination with PI 568016 in the polyhouse at Cropping Systems Research Laboratory, Lubbock, TX in 2012. The resulting F1 hybrid was intermediate in height between the 2 parents, with brown seed color. A total of 300 F2 plants were planted at the F3 generation followed by careful advancement to F4 to F7 generations performed alternately in Lubbock, Texas and Lajas, Puerto Rico. At the F6:7 stage of development ten representative uniform plants were tagged and seeds were bulked from the 10 tagged plants to compose each line. A total of 292 RILs were generated and are used to represent the BTx623NSZ_RIPG. The population was developed thru cooperative efforts of PSGD team of: Dr. Gloria Burow, Dr. John Burke, Dr. Ratan Chopra, Ms. Halee Hughes, and Mr. Jacob Sanchez.1963565PI 687468
67PI 68746915FS070Sorghum bicolor (L.) Moench subsp. bicolor S92016Breeding materialImprovement of cold tolerance at key stages of growth and deployment of favorable alleles for root traits and cold tolerance into elite sorghum genetic resources are recognized as critical factors for sorghum production in drier and cooler regions of the US, permitting farmers to capitalize on early season moisture, efficient integrated pest management and to cultivate fuller season varieties with higher yield potential. The BTx623NSZ _ RIPG mapping population consists of 292 inbred lines, was evaluated for expression of early season cold tolerance based on field and controlled condition (15°C) germinability/emergence and seedling vigor; data for these traits are provided from two years of early season field screen and minimum of three laboratory studies. A detailed analysis of gene expression pattern and root morphological traits under cold stress (15°C) were characterized for the parents of the inbred population. Seeds were bulked from 10 representative uniform plants at F6 generation and advanced by selfing to F1 generation. Briefly, BTx623NSZ_RIPG, was developed by hand emasculation of the female parent BTx623 and pollination with PI 568016 in the polyhouse at Cropping Systems Research Laboratory, Lubbock, TX in 2012. The resulting F1 hybrid was intermediate in height between the 2 parents, with brown seed color. A total of 300 F2 plants were planted at the F3 generation followed by careful advancement to F4 to F7 generations performed alternately in Lubbock, Texas and Lajas, Puerto Rico. At the F6:7 stage of development ten representative uniform plants were tagged and seeds were bulked from the 10 tagged plants to compose each line. A total of 292 RILs were generated and are used to represent the BTx623NSZ_RIPG. The population was developed thru cooperative efforts of PSGD team of: Dr. Gloria Burow, Dr. John Burke, Dr. Ratan Chopra, Ms. Halee Hughes, and Mr. Jacob Sanchez.1963566PI 687469
68PI 68747015FS071Sorghum bicolor (L.) Moench subsp. bicolor S92016Breeding materialImprovement of cold tolerance at key stages of growth and deployment of favorable alleles for root traits and cold tolerance into elite sorghum genetic resources are recognized as critical factors for sorghum production in drier and cooler regions of the US, permitting farmers to capitalize on early season moisture, efficient integrated pest management and to cultivate fuller season varieties with higher yield potential. The BTx623NSZ _ RIPG mapping population consists of 292 inbred lines, was evaluated for expression of early season cold tolerance based on field and controlled condition (15°C) germinability/emergence and seedling vigor; data for these traits are provided from two years of early season field screen and minimum of three laboratory studies. A detailed analysis of gene expression pattern and root morphological traits under cold stress (15°C) were characterized for the parents of the inbred population. Seeds were bulked from 10 representative uniform plants at F6 generation and advanced by selfing to F1 generation. Briefly, BTx623NSZ_RIPG, was developed by hand emasculation of the female parent BTx623 and pollination with PI 568016 in the polyhouse at Cropping Systems Research Laboratory, Lubbock, TX in 2012. The resulting F1 hybrid was intermediate in height between the 2 parents, with brown seed color. A total of 300 F2 plants were planted at the F3 generation followed by careful advancement to F4 to F7 generations performed alternately in Lubbock, Texas and Lajas, Puerto Rico. At the F6:7 stage of development ten representative uniform plants were tagged and seeds were bulked from the 10 tagged plants to compose each line. A total of 292 RILs were generated and are used to represent the BTx623NSZ_RIPG. The population was developed thru cooperative efforts of PSGD team of: Dr. Gloria Burow, Dr. John Burke, Dr. Ratan Chopra, Ms. Halee Hughes, and Mr. Jacob Sanchez.1963567PI 687470
69PI 68747115FS072Sorghum bicolor (L.) Moench subsp. bicolor S92016Breeding materialImprovement of cold tolerance at key stages of growth and deployment of favorable alleles for root traits and cold tolerance into elite sorghum genetic resources are recognized as critical factors for sorghum production in drier and cooler regions of the US, permitting farmers to capitalize on early season moisture, efficient integrated pest management and to cultivate fuller season varieties with higher yield potential. The BTx623NSZ _ RIPG mapping population consists of 292 inbred lines, was evaluated for expression of early season cold tolerance based on field and controlled condition (15°C) germinability/emergence and seedling vigor; data for these traits are provided from two years of early season field screen and minimum of three laboratory studies. A detailed analysis of gene expression pattern and root morphological traits under cold stress (15°C) were characterized for the parents of the inbred population. Seeds were bulked from 10 representative uniform plants at F6 generation and advanced by selfing to F1 generation. Briefly, BTx623NSZ_RIPG, was developed by hand emasculation of the female parent BTx623 and pollination with PI 568016 in the polyhouse at Cropping Systems Research Laboratory, Lubbock, TX in 2012. The resulting F1 hybrid was intermediate in height between the 2 parents, with brown seed color. A total of 300 F2 plants were planted at the F3 generation followed by careful advancement to F4 to F7 generations performed alternately in Lubbock, Texas and Lajas, Puerto Rico. At the F6:7 stage of development ten representative uniform plants were tagged and seeds were bulked from the 10 tagged plants to compose each line. A total of 292 RILs were generated and are used to represent the BTx623NSZ_RIPG. The population was developed thru cooperative efforts of PSGD team of: Dr. Gloria Burow, Dr. John Burke, Dr. Ratan Chopra, Ms. Halee Hughes, and Mr. Jacob Sanchez.1963568PI 687471
70PI 68747215FS073Sorghum bicolor (L.) Moench subsp. bicolor S92016Breeding materialImprovement of cold tolerance at key stages of growth and deployment of favorable alleles for root traits and cold tolerance into elite sorghum genetic resources are recognized as critical factors for sorghum production in drier and cooler regions of the US, permitting farmers to capitalize on early season moisture, efficient integrated pest management and to cultivate fuller season varieties with higher yield potential. The BTx623NSZ _ RIPG mapping population consists of 292 inbred lines, was evaluated for expression of early season cold tolerance based on field and controlled condition (15°C) germinability/emergence and seedling vigor; data for these traits are provided from two years of early season field screen and minimum of three laboratory studies. A detailed analysis of gene expression pattern and root morphological traits under cold stress (15°C) were characterized for the parents of the inbred population. Seeds were bulked from 10 representative uniform plants at F6 generation and advanced by selfing to F1 generation. Briefly, BTx623NSZ_RIPG, was developed by hand emasculation of the female parent BTx623 and pollination with PI 568016 in the polyhouse at Cropping Systems Research Laboratory, Lubbock, TX in 2012. The resulting F1 hybrid was intermediate in height between the 2 parents, with brown seed color. A total of 300 F2 plants were planted at the F3 generation followed by careful advancement to F4 to F7 generations performed alternately in Lubbock, Texas and Lajas, Puerto Rico. At the F6:7 stage of development ten representative uniform plants were tagged and seeds were bulked from the 10 tagged plants to compose each line. A total of 292 RILs were generated and are used to represent the BTx623NSZ_RIPG. The population was developed thru cooperative efforts of PSGD team of: Dr. Gloria Burow, Dr. John Burke, Dr. Ratan Chopra, Ms. Halee Hughes, and Mr. Jacob Sanchez.1963569PI 687472
71PI 68747315FS074Sorghum bicolor (L.) Moench subsp. bicolor S92016Breeding materialImprovement of cold tolerance at key stages of growth and deployment of favorable alleles for root traits and cold tolerance into elite sorghum genetic resources are recognized as critical factors for sorghum production in drier and cooler regions of the US, permitting farmers to capitalize on early season moisture, efficient integrated pest management and to cultivate fuller season varieties with higher yield potential. The BTx623NSZ _ RIPG mapping population consists of 292 inbred lines, was evaluated for expression of early season cold tolerance based on field and controlled condition (15°C) germinability/emergence and seedling vigor; data for these traits are provided from two years of early season field screen and minimum of three laboratory studies. A detailed analysis of gene expression pattern and root morphological traits under cold stress (15°C) were characterized for the parents of the inbred population. Seeds were bulked from 10 representative uniform plants at F6 generation and advanced by selfing to F1 generation. Briefly, BTx623NSZ_RIPG, was developed by hand emasculation of the female parent BTx623 and pollination with PI 568016 in the polyhouse at Cropping Systems Research Laboratory, Lubbock, TX in 2012. The resulting F1 hybrid was intermediate in height between the 2 parents, with brown seed color. A total of 300 F2 plants were planted at the F3 generation followed by careful advancement to F4 to F7 generations performed alternately in Lubbock, Texas and Lajas, Puerto Rico. At the F6:7 stage of development ten representative uniform plants were tagged and seeds were bulked from the 10 tagged plants to compose each line. A total of 292 RILs were generated and are used to represent the BTx623NSZ_RIPG. The population was developed thru cooperative efforts of PSGD team of: Dr. Gloria Burow, Dr. John Burke, Dr. Ratan Chopra, Ms. Halee Hughes, and Mr. Jacob Sanchez.1963570PI 687473
72PI 68747415FS075Sorghum bicolor (L.) Moench subsp. bicolor S92016Breeding materialImprovement of cold tolerance at key stages of growth and deployment of favorable alleles for root traits and cold tolerance into elite sorghum genetic resources are recognized as critical factors for sorghum production in drier and cooler regions of the US, permitting farmers to capitalize on early season moisture, efficient integrated pest management and to cultivate fuller season varieties with higher yield potential. The BTx623NSZ _ RIPG mapping population consists of 292 inbred lines, was evaluated for expression of early season cold tolerance based on field and controlled condition (15°C) germinability/emergence and seedling vigor; data for these traits are provided from two years of early season field screen and minimum of three laboratory studies. A detailed analysis of gene expression pattern and root morphological traits under cold stress (15°C) were characterized for the parents of the inbred population. Seeds were bulked from 10 representative uniform plants at F6 generation and advanced by selfing to F1 generation. Briefly, BTx623NSZ_RIPG, was developed by hand emasculation of the female parent BTx623 and pollination with PI 568016 in the polyhouse at Cropping Systems Research Laboratory, Lubbock, TX in 2012. The resulting F1 hybrid was intermediate in height between the 2 parents, with brown seed color. A total of 300 F2 plants were planted at the F3 generation followed by careful advancement to F4 to F7 generations performed alternately in Lubbock, Texas and Lajas, Puerto Rico. At the F6:7 stage of development ten representative uniform plants were tagged and seeds were bulked from the 10 tagged plants to compose each line. A total of 292 RILs were generated and are used to represent the BTx623NSZ_RIPG. The population was developed thru cooperative efforts of PSGD team of: Dr. Gloria Burow, Dr. John Burke, Dr. Ratan Chopra, Ms. Halee Hughes, and Mr. Jacob Sanchez.1963571PI 687474
73PI 68747515FS076Sorghum bicolor (L.) Moench subsp. bicolor S92016Breeding materialImprovement of cold tolerance at key stages of growth and deployment of favorable alleles for root traits and cold tolerance into elite sorghum genetic resources are recognized as critical factors for sorghum production in drier and cooler regions of the US, permitting farmers to capitalize on early season moisture, efficient integrated pest management and to cultivate fuller season varieties with higher yield potential. The BTx623NSZ _ RIPG mapping population consists of 292 inbred lines, was evaluated for expression of early season cold tolerance based on field and controlled condition (15°C) germinability/emergence and seedling vigor; data for these traits are provided from two years of early season field screen and minimum of three laboratory studies. A detailed analysis of gene expression pattern and root morphological traits under cold stress (15°C) were characterized for the parents of the inbred population. Seeds were bulked from 10 representative uniform plants at F6 generation and advanced by selfing to F1 generation. Briefly, BTx623NSZ_RIPG, was developed by hand emasculation of the female parent BTx623 and pollination with PI 568016 in the polyhouse at Cropping Systems Research Laboratory, Lubbock, TX in 2012. The resulting F1 hybrid was intermediate in height between the 2 parents, with brown seed color. A total of 300 F2 plants were planted at the F3 generation followed by careful advancement to F4 to F7 generations performed alternately in Lubbock, Texas and Lajas, Puerto Rico. At the F6:7 stage of development ten representative uniform plants were tagged and seeds were bulked from the 10 tagged plants to compose each line. A total of 292 RILs were generated and are used to represent the BTx623NSZ_RIPG. The population was developed thru cooperative efforts of PSGD team of: Dr. Gloria Burow, Dr. John Burke, Dr. Ratan Chopra, Ms. Halee Hughes, and Mr. Jacob Sanchez.1963572PI 687475
74PI 68747615FS077Sorghum bicolor (L.) Moench subsp. bicolor S92016Breeding materialImprovement of cold tolerance at key stages of growth and deployment of favorable alleles for root traits and cold tolerance into elite sorghum genetic resources are recognized as critical factors for sorghum production in drier and cooler regions of the US, permitting farmers to capitalize on early season moisture, efficient integrated pest management and to cultivate fuller season varieties with higher yield potential. The BTx623NSZ _ RIPG mapping population consists of 292 inbred lines, was evaluated for expression of early season cold tolerance based on field and controlled condition (15°C) germinability/emergence and seedling vigor; data for these traits are provided from two years of early season field screen and minimum of three laboratory studies. A detailed analysis of gene expression pattern and root morphological traits under cold stress (15°C) were characterized for the parents of the inbred population. Seeds were bulked from 10 representative uniform plants at F6 generation and advanced by selfing to F1 generation. Briefly, BTx623NSZ_RIPG, was developed by hand emasculation of the female parent BTx623 and pollination with PI 568016 in the polyhouse at Cropping Systems Research Laboratory, Lubbock, TX in 2012. The resulting F1 hybrid was intermediate in height between the 2 parents, with brown seed color. A total of 300 F2 plants were planted at the F3 generation followed by careful advancement to F4 to F7 generations performed alternately in Lubbock, Texas and Lajas, Puerto Rico. At the F6:7 stage of development ten representative uniform plants were tagged and seeds were bulked from the 10 tagged plants to compose each line. A total of 292 RILs were generated and are used to represent the BTx623NSZ_RIPG. The population was developed thru cooperative efforts of PSGD team of: Dr. Gloria Burow, Dr. John Burke, Dr. Ratan Chopra, Ms. Halee Hughes, and Mr. Jacob Sanchez.1963573PI 687476
75PI 68747715FS078Sorghum bicolor (L.) Moench subsp. bicolor S92016Breeding materialImprovement of cold tolerance at key stages of growth and deployment of favorable alleles for root traits and cold tolerance into elite sorghum genetic resources are recognized as critical factors for sorghum production in drier and cooler regions of the US, permitting farmers to capitalize on early season moisture, efficient integrated pest management and to cultivate fuller season varieties with higher yield potential. The BTx623NSZ _ RIPG mapping population consists of 292 inbred lines, was evaluated for expression of early season cold tolerance based on field and controlled condition (15°C) germinability/emergence and seedling vigor; data for these traits are provided from two years of early season field screen and minimum of three laboratory studies. A detailed analysis of gene expression pattern and root morphological traits under cold stress (15°C) were characterized for the parents of the inbred population. Seeds were bulked from 10 representative uniform plants at F6 generation and advanced by selfing to F1 generation. Briefly, BTx623NSZ_RIPG, was developed by hand emasculation of the female parent BTx623 and pollination with PI 568016 in the polyhouse at Cropping Systems Research Laboratory, Lubbock, TX in 2012. The resulting F1 hybrid was intermediate in height between the 2 parents, with brown seed color. A total of 300 F2 plants were planted at the F3 generation followed by careful advancement to F4 to F7 generations performed alternately in Lubbock, Texas and Lajas, Puerto Rico. At the F6:7 stage of development ten representative uniform plants were tagged and seeds were bulked from the 10 tagged plants to compose each line. A total of 292 RILs were generated and are used to represent the BTx623NSZ_RIPG. The population was developed thru cooperative efforts of PSGD team of: Dr. Gloria Burow, Dr. John Burke, Dr. Ratan Chopra, Ms. Halee Hughes, and Mr. Jacob Sanchez.1963574PI 687477
76PI 68747815FS079Sorghum bicolor (L.) Moench subsp. bicolor S92016Breeding materialImprovement of cold tolerance at key stages of growth and deployment of favorable alleles for root traits and cold tolerance into elite sorghum genetic resources are recognized as critical factors for sorghum production in drier and cooler regions of the US, permitting farmers to capitalize on early season moisture, efficient integrated pest management and to cultivate fuller season varieties with higher yield potential. The BTx623NSZ _ RIPG mapping population consists of 292 inbred lines, was evaluated for expression of early season cold tolerance based on field and controlled condition (15°C) germinability/emergence and seedling vigor; data for these traits are provided from two years of early season field screen and minimum of three laboratory studies. A detailed analysis of gene expression pattern and root morphological traits under cold stress (15°C) were characterized for the parents of the inbred population. Seeds were bulked from 10 representative uniform plants at F6 generation and advanced by selfing to F1 generation. Briefly, BTx623NSZ_RIPG, was developed by hand emasculation of the female parent BTx623 and pollination with PI 568016 in the polyhouse at Cropping Systems Research Laboratory, Lubbock, TX in 2012. The resulting F1 hybrid was intermediate in height between the 2 parents, with brown seed color. A total of 300 F2 plants were planted at the F3 generation followed by careful advancement to F4 to F7 generations performed alternately in Lubbock, Texas and Lajas, Puerto Rico. At the F6:7 stage of development ten representative uniform plants were tagged and seeds were bulked from the 10 tagged plants to compose each line. A total of 292 RILs were generated and are used to represent the BTx623NSZ_RIPG. The population was developed thru cooperative efforts of PSGD team of: Dr. Gloria Burow, Dr. John Burke, Dr. Ratan Chopra, Ms. Halee Hughes, and Mr. Jacob Sanchez.1963575PI 687478
77PI 68747915FS080Sorghum bicolor (L.) Moench subsp. bicolor S92016Breeding materialImprovement of cold tolerance at key stages of growth and deployment of favorable alleles for root traits and cold tolerance into elite sorghum genetic resources are recognized as critical factors for sorghum production in drier and cooler regions of the US, permitting farmers to capitalize on early season moisture, efficient integrated pest management and to cultivate fuller season varieties with higher yield potential. The BTx623NSZ _ RIPG mapping population consists of 292 inbred lines, was evaluated for expression of early season cold tolerance based on field and controlled condition (15°C) germinability/emergence and seedling vigor; data for these traits are provided from two years of early season field screen and minimum of three laboratory studies. A detailed analysis of gene expression pattern and root morphological traits under cold stress (15°C) were characterized for the parents of the inbred population. Seeds were bulked from 10 representative uniform plants at F6 generation and advanced by selfing to F1 generation. Briefly, BTx623NSZ_RIPG, was developed by hand emasculation of the female parent BTx623 and pollination with PI 568016 in the polyhouse at Cropping Systems Research Laboratory, Lubbock, TX in 2012. The resulting F1 hybrid was intermediate in height between the 2 parents, with brown seed color. A total of 300 F2 plants were planted at the F3 generation followed by careful advancement to F4 to F7 generations performed alternately in Lubbock, Texas and Lajas, Puerto Rico. At the F6:7 stage of development ten representative uniform plants were tagged and seeds were bulked from the 10 tagged plants to compose each line. A total of 292 RILs were generated and are used to represent the BTx623NSZ_RIPG. The population was developed thru cooperative efforts of PSGD team of: Dr. Gloria Burow, Dr. John Burke, Dr. Ratan Chopra, Ms. Halee Hughes, and Mr. Jacob Sanchez.1963576PI 687479
78PI 68748015FS081Sorghum bicolor (L.) Moench subsp. bicolor S92016Breeding materialImprovement of cold tolerance at key stages of growth and deployment of favorable alleles for root traits and cold tolerance into elite sorghum genetic resources are recognized as critical factors for sorghum production in drier and cooler regions of the US, permitting farmers to capitalize on early season moisture, efficient integrated pest management and to cultivate fuller season varieties with higher yield potential. The BTx623NSZ _ RIPG mapping population consists of 292 inbred lines, was evaluated for expression of early season cold tolerance based on field and controlled condition (15°C) germinability/emergence and seedling vigor; data for these traits are provided from two years of early season field screen and minimum of three laboratory studies. A detailed analysis of gene expression pattern and root morphological traits under cold stress (15°C) were characterized for the parents of the inbred population. Seeds were bulked from 10 representative uniform plants at F6 generation and advanced by selfing to F1 generation. Briefly, BTx623NSZ_RIPG, was developed by hand emasculation of the female parent BTx623 and pollination with PI 568016 in the polyhouse at Cropping Systems Research Laboratory, Lubbock, TX in 2012. The resulting F1 hybrid was intermediate in height between the 2 parents, with brown seed color. A total of 300 F2 plants were planted at the F3 generation followed by careful advancement to F4 to F7 generations performed alternately in Lubbock, Texas and Lajas, Puerto Rico. At the F6:7 stage of development ten representative uniform plants were tagged and seeds were bulked from the 10 tagged plants to compose each line. A total of 292 RILs were generated and are used to represent the BTx623NSZ_RIPG. The population was developed thru cooperative efforts of PSGD team of: Dr. Gloria Burow, Dr. John Burke, Dr. Ratan Chopra, Ms. Halee Hughes, and Mr. Jacob Sanchez.1963577PI 687480
79PI 68748115FS082Sorghum bicolor (L.) Moench subsp. bicolor S92016Breeding materialImprovement of cold tolerance at key stages of growth and deployment of favorable alleles for root traits and cold tolerance into elite sorghum genetic resources are recognized as critical factors for sorghum production in drier and cooler regions of the US, permitting farmers to capitalize on early season moisture, efficient integrated pest management and to cultivate fuller season varieties with higher yield potential. The BTx623NSZ _ RIPG mapping population consists of 292 inbred lines, was evaluated for expression of early season cold tolerance based on field and controlled condition (15°C) germinability/emergence and seedling vigor; data for these traits are provided from two years of early season field screen and minimum of three laboratory studies. A detailed analysis of gene expression pattern and root morphological traits under cold stress (15°C) were characterized for the parents of the inbred population. Seeds were bulked from 10 representative uniform plants at F6 generation and advanced by selfing to F1 generation. Briefly, BTx623NSZ_RIPG, was developed by hand emasculation of the female parent BTx623 and pollination with PI 568016 in the polyhouse at Cropping Systems Research Laboratory, Lubbock, TX in 2012. The resulting F1 hybrid was intermediate in height between the 2 parents, with brown seed color. A total of 300 F2 plants were planted at the F3 generation followed by careful advancement to F4 to F7 generations performed alternately in Lubbock, Texas and Lajas, Puerto Rico. At the F6:7 stage of development ten representative uniform plants were tagged and seeds were bulked from the 10 tagged plants to compose each line. A total of 292 RILs were generated and are used to represent the BTx623NSZ_RIPG. The population was developed thru cooperative efforts of PSGD team of: Dr. Gloria Burow, Dr. John Burke, Dr. Ratan Chopra, Ms. Halee Hughes, and Mr. Jacob Sanchez.1963578PI 687481
80PI 68748215FS083Sorghum bicolor (L.) Moench subsp. bicolor S92016Breeding materialImprovement of cold tolerance at key stages of growth and deployment of favorable alleles for root traits and cold tolerance into elite sorghum genetic resources are recognized as critical factors for sorghum production in drier and cooler regions of the US, permitting farmers to capitalize on early season moisture, efficient integrated pest management and to cultivate fuller season varieties with higher yield potential. The BTx623NSZ _ RIPG mapping population consists of 292 inbred lines, was evaluated for expression of early season cold tolerance based on field and controlled condition (15°C) germinability/emergence and seedling vigor; data for these traits are provided from two years of early season field screen and minimum of three laboratory studies. A detailed analysis of gene expression pattern and root morphological traits under cold stress (15°C) were characterized for the parents of the inbred population. Seeds were bulked from 10 representative uniform plants at F6 generation and advanced by selfing to F1 generation. Briefly, BTx623NSZ_RIPG, was developed by hand emasculation of the female parent BTx623 and pollination with PI 568016 in the polyhouse at Cropping Systems Research Laboratory, Lubbock, TX in 2012. The resulting F1 hybrid was intermediate in height between the 2 parents, with brown seed color. A total of 300 F2 plants were planted at the F3 generation followed by careful advancement to F4 to F7 generations performed alternately in Lubbock, Texas and Lajas, Puerto Rico. At the F6:7 stage of development ten representative uniform plants were tagged and seeds were bulked from the 10 tagged plants to compose each line. A total of 292 RILs were generated and are used to represent the BTx623NSZ_RIPG. The population was developed thru cooperative efforts of PSGD team of: Dr. Gloria Burow, Dr. John Burke, Dr. Ratan Chopra, Ms. Halee Hughes, and Mr. Jacob Sanchez.1963579PI 687482
81PI 68748315FS084Sorghum bicolor (L.) Moench subsp. bicolor S92016Breeding materialImprovement of cold tolerance at key stages of growth and deployment of favorable alleles for root traits and cold tolerance into elite sorghum genetic resources are recognized as critical factors for sorghum production in drier and cooler regions of the US, permitting farmers to capitalize on early season moisture, efficient integrated pest management and to cultivate fuller season varieties with higher yield potential. The BTx623NSZ _ RIPG mapping population consists of 292 inbred lines, was evaluated for expression of early season cold tolerance based on field and controlled condition (15°C) germinability/emergence and seedling vigor; data for these traits are provided from two years of early season field screen and minimum of three laboratory studies. A detailed analysis of gene expression pattern and root morphological traits under cold stress (15°C) were characterized for the parents of the inbred population. Seeds were bulked from 10 representative uniform plants at F6 generation and advanced by selfing to F1 generation. Briefly, BTx623NSZ_RIPG, was developed by hand emasculation of the female parent BTx623 and pollination with PI 568016 in the polyhouse at Cropping Systems Research Laboratory, Lubbock, TX in 2012. The resulting F1 hybrid was intermediate in height between the 2 parents, with brown seed color. A total of 300 F2 plants were planted at the F3 generation followed by careful advancement to F4 to F7 generations performed alternately in Lubbock, Texas and Lajas, Puerto Rico. At the F6:7 stage of development ten representative uniform plants were tagged and seeds were bulked from the 10 tagged plants to compose each line. A total of 292 RILs were generated and are used to represent the BTx623NSZ_RIPG. The population was developed thru cooperative efforts of PSGD team of: Dr. Gloria Burow, Dr. John Burke, Dr. Ratan Chopra, Ms. Halee Hughes, and Mr. Jacob Sanchez.1963580PI 687483
82PI 68748415FS085Sorghum bicolor (L.) Moench subsp. bicolor S92016Breeding materialImprovement of cold tolerance at key stages of growth and deployment of favorable alleles for root traits and cold tolerance into elite sorghum genetic resources are recognized as critical factors for sorghum production in drier and cooler regions of the US, permitting farmers to capitalize on early season moisture, efficient integrated pest management and to cultivate fuller season varieties with higher yield potential. The BTx623NSZ _ RIPG mapping population consists of 292 inbred lines, was evaluated for expression of early season cold tolerance based on field and controlled condition (15°C) germinability/emergence and seedling vigor; data for these traits are provided from two years of early season field screen and minimum of three laboratory studies. A detailed analysis of gene expression pattern and root morphological traits under cold stress (15°C) were characterized for the parents of the inbred population. Seeds were bulked from 10 representative uniform plants at F6 generation and advanced by selfing to F1 generation. Briefly, BTx623NSZ_RIPG, was developed by hand emasculation of the female parent BTx623 and pollination with PI 568016 in the polyhouse at Cropping Systems Research Laboratory, Lubbock, TX in 2012. The resulting F1 hybrid was intermediate in height between the 2 parents, with brown seed color. A total of 300 F2 plants were planted at the F3 generation followed by careful advancement to F4 to F7 generations performed alternately in Lubbock, Texas and Lajas, Puerto Rico. At the F6:7 stage of development ten representative uniform plants were tagged and seeds were bulked from the 10 tagged plants to compose each line. A total of 292 RILs were generated and are used to represent the BTx623NSZ_RIPG. The population was developed thru cooperative efforts of PSGD team of: Dr. Gloria Burow, Dr. John Burke, Dr. Ratan Chopra, Ms. Halee Hughes, and Mr. Jacob Sanchez.1963581PI 687484
83PI 68748515FS086Sorghum bicolor (L.) Moench subsp. bicolor S92016Breeding materialImprovement of cold tolerance at key stages of growth and deployment of favorable alleles for root traits and cold tolerance into elite sorghum genetic resources are recognized as critical factors for sorghum production in drier and cooler regions of the US, permitting farmers to capitalize on early season moisture, efficient integrated pest management and to cultivate fuller season varieties with higher yield potential. The BTx623NSZ _ RIPG mapping population consists of 292 inbred lines, was evaluated for expression of early season cold tolerance based on field and controlled condition (15°C) germinability/emergence and seedling vigor; data for these traits are provided from two years of early season field screen and minimum of three laboratory studies. A detailed analysis of gene expression pattern and root morphological traits under cold stress (15°C) were characterized for the parents of the inbred population. Seeds were bulked from 10 representative uniform plants at F6 generation and advanced by selfing to F1 generation. Briefly, BTx623NSZ_RIPG, was developed by hand emasculation of the female parent BTx623 and pollination with PI 568016 in the polyhouse at Cropping Systems Research Laboratory, Lubbock, TX in 2012. The resulting F1 hybrid was intermediate in height between the 2 parents, with brown seed color. A total of 300 F2 plants were planted at the F3 generation followed by careful advancement to F4 to F7 generations performed alternately in Lubbock, Texas and Lajas, Puerto Rico. At the F6:7 stage of development ten representative uniform plants were tagged and seeds were bulked from the 10 tagged plants to compose each line. A total of 292 RILs were generated and are used to represent the BTx623NSZ_RIPG. The population was developed thru cooperative efforts of PSGD team of: Dr. Gloria Burow, Dr. John Burke, Dr. Ratan Chopra, Ms. Halee Hughes, and Mr. Jacob Sanchez.1963582PI 687485
84PI 68748615FS528Sorghum bicolor (L.) Moench subsp. bicolor S92016Breeding materialImprovement of cold tolerance at key stages of growth and deployment of favorable alleles for root traits and cold tolerance into elite sorghum genetic resources are recognized as critical factors for sorghum production in drier and cooler regions of the US, permitting farmers to capitalize on early season moisture, efficient integrated pest management and to cultivate fuller season varieties with higher yield potential. The BTx623NSZ _ RIPG mapping population consists of 292 inbred lines, was evaluated for expression of early season cold tolerance based on field and controlled condition (15°C) germinability/emergence and seedling vigor; data for these traits are provided from two years of early season field screen and minimum of three laboratory studies. A detailed analysis of gene expression pattern and root morphological traits under cold stress (15°C) were characterized for the parents of the inbred population. Seeds were bulked from 10 representative uniform plants at F6 generation and advanced by selfing to F1 generation. Briefly, BTx623NSZ_RIPG, was developed by hand emasculation of the female parent BTx623 and pollination with PI 568016 in the polyhouse at Cropping Systems Research Laboratory, Lubbock, TX in 2012. The resulting F1 hybrid was intermediate in height between the 2 parents, with brown seed color. A total of 300 F2 plants were planted at the F3 generation followed by careful advancement to F4 to F7 generations performed alternately in Lubbock, Texas and Lajas, Puerto Rico. At the F6:7 stage of development ten representative uniform plants were tagged and seeds were bulked from the 10 tagged plants to compose each line. A total of 292 RILs were generated and are used to represent the BTx623NSZ_RIPG. The population was developed thru cooperative efforts of PSGD team of: Dr. Gloria Burow, Dr. John Burke, Dr. Ratan Chopra, Ms. Halee Hughes, and Mr. Jacob Sanchez.1963583PI 687486
85PI 68748715FS088Sorghum bicolor (L.) Moench subsp. bicolor S92016Breeding materialImprovement of cold tolerance at key stages of growth and deployment of favorable alleles for root traits and cold tolerance into elite sorghum genetic resources are recognized as critical factors for sorghum production in drier and cooler regions of the US, permitting farmers to capitalize on early season moisture, efficient integrated pest management and to cultivate fuller season varieties with higher yield potential. The BTx623NSZ _ RIPG mapping population consists of 292 inbred lines, was evaluated for expression of early season cold tolerance based on field and controlled condition (15°C) germinability/emergence and seedling vigor; data for these traits are provided from two years of early season field screen and minimum of three laboratory studies. A detailed analysis of gene expression pattern and root morphological traits under cold stress (15°C) were characterized for the parents of the inbred population. Seeds were bulked from 10 representative uniform plants at F6 generation and advanced by selfing to F1 generation. Briefly, BTx623NSZ_RIPG, was developed by hand emasculation of the female parent BTx623 and pollination with PI 568016 in the polyhouse at Cropping Systems Research Laboratory, Lubbock, TX in 2012. The resulting F1 hybrid was intermediate in height between the 2 parents, with brown seed color. A total of 300 F2 plants were planted at the F3 generation followed by careful advancement to F4 to F7 generations performed alternately in Lubbock, Texas and Lajas, Puerto Rico. At the F6:7 stage of development ten representative uniform plants were tagged and seeds were bulked from the 10 tagged plants to compose each line. A total of 292 RILs were generated and are used to represent the BTx623NSZ_RIPG. The population was developed thru cooperative efforts of PSGD team of: Dr. Gloria Burow, Dr. John Burke, Dr. Ratan Chopra, Ms. Halee Hughes, and Mr. Jacob Sanchez.1963584PI 687487
86PI 68748815FS089Sorghum bicolor (L.) Moench subsp. bicolor S92016Breeding materialImprovement of cold tolerance at key stages of growth and deployment of favorable alleles for root traits and cold tolerance into elite sorghum genetic resources are recognized as critical factors for sorghum production in drier and cooler regions of the US, permitting farmers to capitalize on early season moisture, efficient integrated pest management and to cultivate fuller season varieties with higher yield potential. The BTx623NSZ _ RIPG mapping population consists of 292 inbred lines, was evaluated for expression of early season cold tolerance based on field and controlled condition (15°C) germinability/emergence and seedling vigor; data for these traits are provided from two years of early season field screen and minimum of three laboratory studies. A detailed analysis of gene expression pattern and root morphological traits under cold stress (15°C) were characterized for the parents of the inbred population. Seeds were bulked from 10 representative uniform plants at F6 generation and advanced by selfing to F1 generation. Briefly, BTx623NSZ_RIPG, was developed by hand emasculation of the female parent BTx623 and pollination with PI 568016 in the polyhouse at Cropping Systems Research Laboratory, Lubbock, TX in 2012. The resulting F1 hybrid was intermediate in height between the 2 parents, with brown seed color. A total of 300 F2 plants were planted at the F3 generation followed by careful advancement to F4 to F7 generations performed alternately in Lubbock, Texas and Lajas, Puerto Rico. At the F6:7 stage of development ten representative uniform plants were tagged and seeds were bulked from the 10 tagged plants to compose each line. A total of 292 RILs were generated and are used to represent the BTx623NSZ_RIPG. The population was developed thru cooperative efforts of PSGD team of: Dr. Gloria Burow, Dr. John Burke, Dr. Ratan Chopra, Ms. Halee Hughes, and Mr. Jacob Sanchez.1963585PI 687488
87PI 68748915FS090Sorghum bicolor (L.) Moench subsp. bicolor S92016Breeding materialImprovement of cold tolerance at key stages of growth and deployment of favorable alleles for root traits and cold tolerance into elite sorghum genetic resources are recognized as critical factors for sorghum production in drier and cooler regions of the US, permitting farmers to capitalize on early season moisture, efficient integrated pest management and to cultivate fuller season varieties with higher yield potential. The BTx623NSZ _ RIPG mapping population consists of 292 inbred lines, was evaluated for expression of early season cold tolerance based on field and controlled condition (15°C) germinability/emergence and seedling vigor; data for these traits are provided from two years of early season field screen and minimum of three laboratory studies. A detailed analysis of gene expression pattern and root morphological traits under cold stress (15°C) were characterized for the parents of the inbred population. Seeds were bulked from 10 representative uniform plants at F6 generation and advanced by selfing to F1 generation. Briefly, BTx623NSZ_RIPG, was developed by hand emasculation of the female parent BTx623 and pollination with PI 568016 in the polyhouse at Cropping Systems Research Laboratory, Lubbock, TX in 2012. The resulting F1 hybrid was intermediate in height between the 2 parents, with brown seed color. A total of 300 F2 plants were planted at the F3 generation followed by careful advancement to F4 to F7 generations performed alternately in Lubbock, Texas and Lajas, Puerto Rico. At the F6:7 stage of development ten representative uniform plants were tagged and seeds were bulked from the 10 tagged plants to compose each line. A total of 292 RILs were generated and are used to represent the BTx623NSZ_RIPG. The population was developed thru cooperative efforts of PSGD team of: Dr. Gloria Burow, Dr. John Burke, Dr. Ratan Chopra, Ms. Halee Hughes, and Mr. Jacob Sanchez.1963586PI 687489
88PI 68749015FS091Sorghum bicolor (L.) Moench subsp. bicolor S92016Breeding materialImprovement of cold tolerance at key stages of growth and deployment of favorable alleles for root traits and cold tolerance into elite sorghum genetic resources are recognized as critical factors for sorghum production in drier and cooler regions of the US, permitting farmers to capitalize on early season moisture, efficient integrated pest management and to cultivate fuller season varieties with higher yield potential. The BTx623NSZ _ RIPG mapping population consists of 292 inbred lines, was evaluated for expression of early season cold tolerance based on field and controlled condition (15°C) germinability/emergence and seedling vigor; data for these traits are provided from two years of early season field screen and minimum of three laboratory studies. A detailed analysis of gene expression pattern and root morphological traits under cold stress (15°C) were characterized for the parents of the inbred population. Seeds were bulked from 10 representative uniform plants at F6 generation and advanced by selfing to F1 generation. Briefly, BTx623NSZ_RIPG, was developed by hand emasculation of the female parent BTx623 and pollination with PI 568016 in the polyhouse at Cropping Systems Research Laboratory, Lubbock, TX in 2012. The resulting F1 hybrid was intermediate in height between the 2 parents, with brown seed color. A total of 300 F2 plants were planted at the F3 generation followed by careful advancement to F4 to F7 generations performed alternately in Lubbock, Texas and Lajas, Puerto Rico. At the F6:7 stage of development ten representative uniform plants were tagged and seeds were bulked from the 10 tagged plants to compose each line. A total of 292 RILs were generated and are used to represent the BTx623NSZ_RIPG. The population was developed thru cooperative efforts of PSGD team of: Dr. Gloria Burow, Dr. John Burke, Dr. Ratan Chopra, Ms. Halee Hughes, and Mr. Jacob Sanchez.1963587PI 687490
89PI 68749115FS092Sorghum bicolor (L.) Moench subsp. bicolor S92016Breeding materialImprovement of cold tolerance at key stages of growth and deployment of favorable alleles for root traits and cold tolerance into elite sorghum genetic resources are recognized as critical factors for sorghum production in drier and cooler regions of the US, permitting farmers to capitalize on early season moisture, efficient integrated pest management and to cultivate fuller season varieties with higher yield potential. The BTx623NSZ _ RIPG mapping population consists of 292 inbred lines, was evaluated for expression of early season cold tolerance based on field and controlled condition (15°C) germinability/emergence and seedling vigor; data for these traits are provided from two years of early season field screen and minimum of three laboratory studies. A detailed analysis of gene expression pattern and root morphological traits under cold stress (15°C) were characterized for the parents of the inbred population. Seeds were bulked from 10 representative uniform plants at F6 generation and advanced by selfing to F1 generation. Briefly, BTx623NSZ_RIPG, was developed by hand emasculation of the female parent BTx623 and pollination with PI 568016 in the polyhouse at Cropping Systems Research Laboratory, Lubbock, TX in 2012. The resulting F1 hybrid was intermediate in height between the 2 parents, with brown seed color. A total of 300 F2 plants were planted at the F3 generation followed by careful advancement to F4 to F7 generations performed alternately in Lubbock, Texas and Lajas, Puerto Rico. At the F6:7 stage of development ten representative uniform plants were tagged and seeds were bulked from the 10 tagged plants to compose each line. A total of 292 RILs were generated and are used to represent the BTx623NSZ_RIPG. The population was developed thru cooperative efforts of PSGD team of: Dr. Gloria Burow, Dr. John Burke, Dr. Ratan Chopra, Ms. Halee Hughes, and Mr. Jacob Sanchez.1963588PI 687491
90PI 68749215FS093Sorghum bicolor (L.) Moench subsp. bicolor S92016Breeding materialImprovement of cold tolerance at key stages of growth and deployment of favorable alleles for root traits and cold tolerance into elite sorghum genetic resources are recognized as critical factors for sorghum production in drier and cooler regions of the US, permitting farmers to capitalize on early season moisture, efficient integrated pest management and to cultivate fuller season varieties with higher yield potential. The BTx623NSZ _ RIPG mapping population consists of 292 inbred lines, was evaluated for expression of early season cold tolerance based on field and controlled condition (15°C) germinability/emergence and seedling vigor; data for these traits are provided from two years of early season field screen and minimum of three laboratory studies. A detailed analysis of gene expression pattern and root morphological traits under cold stress (15°C) were characterized for the parents of the inbred population. Seeds were bulked from 10 representative uniform plants at F6 generation and advanced by selfing to F1 generation. Briefly, BTx623NSZ_RIPG, was developed by hand emasculation of the female parent BTx623 and pollination with PI 568016 in the polyhouse at Cropping Systems Research Laboratory, Lubbock, TX in 2012. The resulting F1 hybrid was intermediate in height between the 2 parents, with brown seed color. A total of 300 F2 plants were planted at the F3 generation followed by careful advancement to F4 to F7 generations performed alternately in Lubbock, Texas and Lajas, Puerto Rico. At the F6:7 stage of development ten representative uniform plants were tagged and seeds were bulked from the 10 tagged plants to compose each line. A total of 292 RILs were generated and are used to represent the BTx623NSZ_RIPG. The population was developed thru cooperative efforts of PSGD team of: Dr. Gloria Burow, Dr. John Burke, Dr. Ratan Chopra, Ms. Halee Hughes, and Mr. Jacob Sanchez.1963589PI 687492
91PI 68749315FS094Sorghum bicolor (L.) Moench subsp. bicolor S92016Breeding materialImprovement of cold tolerance at key stages of growth and deployment of favorable alleles for root traits and cold tolerance into elite sorghum genetic resources are recognized as critical factors for sorghum production in drier and cooler regions of the US, permitting farmers to capitalize on early season moisture, efficient integrated pest management and to cultivate fuller season varieties with higher yield potential. The BTx623NSZ _ RIPG mapping population consists of 292 inbred lines, was evaluated for expression of early season cold tolerance based on field and controlled condition (15°C) germinability/emergence and seedling vigor; data for these traits are provided from two years of early season field screen and minimum of three laboratory studies. A detailed analysis of gene expression pattern and root morphological traits under cold stress (15°C) were characterized for the parents of the inbred population. Seeds were bulked from 10 representative uniform plants at F6 generation and advanced by selfing to F1 generation. Briefly, BTx623NSZ_RIPG, was developed by hand emasculation of the female parent BTx623 and pollination with PI 568016 in the polyhouse at Cropping Systems Research Laboratory, Lubbock, TX in 2012. The resulting F1 hybrid was intermediate in height between the 2 parents, with brown seed color. A total of 300 F2 plants were planted at the F3 generation followed by careful advancement to F4 to F7 generations performed alternately in Lubbock, Texas and Lajas, Puerto Rico. At the F6:7 stage of development ten representative uniform plants were tagged and seeds were bulked from the 10 tagged plants to compose each line. A total of 292 RILs were generated and are used to represent the BTx623NSZ_RIPG. The population was developed thru cooperative efforts of PSGD team of: Dr. Gloria Burow, Dr. John Burke, Dr. Ratan Chopra, Ms. Halee Hughes, and Mr. Jacob Sanchez.1963590PI 687493
92PI 68749415FS095Sorghum bicolor (L.) Moench subsp. bicolor S92016Breeding materialImprovement of cold tolerance at key stages of growth and deployment of favorable alleles for root traits and cold tolerance into elite sorghum genetic resources are recognized as critical factors for sorghum production in drier and cooler regions of the US, permitting farmers to capitalize on early season moisture, efficient integrated pest management and to cultivate fuller season varieties with higher yield potential. The BTx623NSZ _ RIPG mapping population consists of 292 inbred lines, was evaluated for expression of early season cold tolerance based on field and controlled condition (15°C) germinability/emergence and seedling vigor; data for these traits are provided from two years of early season field screen and minimum of three laboratory studies. A detailed analysis of gene expression pattern and root morphological traits under cold stress (15°C) were characterized for the parents of the inbred population. Seeds were bulked from 10 representative uniform plants at F6 generation and advanced by selfing to F1 generation. Briefly, BTx623NSZ_RIPG, was developed by hand emasculation of the female parent BTx623 and pollination with PI 568016 in the polyhouse at Cropping Systems Research Laboratory, Lubbock, TX in 2012. The resulting F1 hybrid was intermediate in height between the 2 parents, with brown seed color. A total of 300 F2 plants were planted at the F3 generation followed by careful advancement to F4 to F7 generations performed alternately in Lubbock, Texas and Lajas, Puerto Rico. At the F6:7 stage of development ten representative uniform plants were tagged and seeds were bulked from the 10 tagged plants to compose each line. A total of 292 RILs were generated and are used to represent the BTx623NSZ_RIPG. The population was developed thru cooperative efforts of PSGD team of: Dr. Gloria Burow, Dr. John Burke, Dr. Ratan Chopra, Ms. Halee Hughes, and Mr. Jacob Sanchez.1963591PI 687494
93PI 68749515FS096Sorghum bicolor (L.) Moench subsp. bicolor S92016Breeding materialImprovement of cold tolerance at key stages of growth and deployment of favorable alleles for root traits and cold tolerance into elite sorghum genetic resources are recognized as critical factors for sorghum production in drier and cooler regions of the US, permitting farmers to capitalize on early season moisture, efficient integrated pest management and to cultivate fuller season varieties with higher yield potential. The BTx623NSZ _ RIPG mapping population consists of 292 inbred lines, was evaluated for expression of early season cold tolerance based on field and controlled condition (15°C) germinability/emergence and seedling vigor; data for these traits are provided from two years of early season field screen and minimum of three laboratory studies. A detailed analysis of gene expression pattern and root morphological traits under cold stress (15°C) were characterized for the parents of the inbred population. Seeds were bulked from 10 representative uniform plants at F6 generation and advanced by selfing to F1 generation. Briefly, BTx623NSZ_RIPG, was developed by hand emasculation of the female parent BTx623 and pollination with PI 568016 in the polyhouse at Cropping Systems Research Laboratory, Lubbock, TX in 2012. The resulting F1 hybrid was intermediate in height between the 2 parents, with brown seed color. A total of 300 F2 plants were planted at the F3 generation followed by careful advancement to F4 to F7 generations performed alternately in Lubbock, Texas and Lajas, Puerto Rico. At the F6:7 stage of development ten representative uniform plants were tagged and seeds were bulked from the 10 tagged plants to compose each line. A total of 292 RILs were generated and are used to represent the BTx623NSZ_RIPG. The population was developed thru cooperative efforts of PSGD team of: Dr. Gloria Burow, Dr. John Burke, Dr. Ratan Chopra, Ms. Halee Hughes, and Mr. Jacob Sanchez.1963592PI 687495
94PI 68749615FS097Sorghum bicolor (L.) Moench subsp. bicolor S92016Breeding materialImprovement of cold tolerance at key stages of growth and deployment of favorable alleles for root traits and cold tolerance into elite sorghum genetic resources are recognized as critical factors for sorghum production in drier and cooler regions of the US, permitting farmers to capitalize on early season moisture, efficient integrated pest management and to cultivate fuller season varieties with higher yield potential. The BTx623NSZ _ RIPG mapping population consists of 292 inbred lines, was evaluated for expression of early season cold tolerance based on field and controlled condition (15°C) germinability/emergence and seedling vigor; data for these traits are provided from two years of early season field screen and minimum of three laboratory studies. A detailed analysis of gene expression pattern and root morphological traits under cold stress (15°C) were characterized for the parents of the inbred population. Seeds were bulked from 10 representative uniform plants at F6 generation and advanced by selfing to F1 generation. Briefly, BTx623NSZ_RIPG, was developed by hand emasculation of the female parent BTx623 and pollination with PI 568016 in the polyhouse at Cropping Systems Research Laboratory, Lubbock, TX in 2012. The resulting F1 hybrid was intermediate in height between the 2 parents, with brown seed color. A total of 300 F2 plants were planted at the F3 generation followed by careful advancement to F4 to F7 generations performed alternately in Lubbock, Texas and Lajas, Puerto Rico. At the F6:7 stage of development ten representative uniform plants were tagged and seeds were bulked from the 10 tagged plants to compose each line. A total of 292 RILs were generated and are used to represent the BTx623NSZ_RIPG. The population was developed thru cooperative efforts of PSGD team of: Dr. Gloria Burow, Dr. John Burke, Dr. Ratan Chopra, Ms. Halee Hughes, and Mr. Jacob Sanchez.1963593PI 687496
95PI 68749715FS098Sorghum bicolor (L.) Moench subsp. bicolor S92016Breeding materialImprovement of cold tolerance at key stages of growth and deployment of favorable alleles for root traits and cold tolerance into elite sorghum genetic resources are recognized as critical factors for sorghum production in drier and cooler regions of the US, permitting farmers to capitalize on early season moisture, efficient integrated pest management and to cultivate fuller season varieties with higher yield potential. The BTx623NSZ _ RIPG mapping population consists of 292 inbred lines, was evaluated for expression of early season cold tolerance based on field and controlled condition (15°C) germinability/emergence and seedling vigor; data for these traits are provided from two years of early season field screen and minimum of three laboratory studies. A detailed analysis of gene expression pattern and root morphological traits under cold stress (15°C) were characterized for the parents of the inbred population. Seeds were bulked from 10 representative uniform plants at F6 generation and advanced by selfing to F1 generation. Briefly, BTx623NSZ_RIPG, was developed by hand emasculation of the female parent BTx623 and pollination with PI 568016 in the polyhouse at Cropping Systems Research Laboratory, Lubbock, TX in 2012. The resulting F1 hybrid was intermediate in height between the 2 parents, with brown seed color. A total of 300 F2 plants were planted at the F3 generation followed by careful advancement to F4 to F7 generations performed alternately in Lubbock, Texas and Lajas, Puerto Rico. At the F6:7 stage of development ten representative uniform plants were tagged and seeds were bulked from the 10 tagged plants to compose each line. A total of 292 RILs were generated and are used to represent the BTx623NSZ_RIPG. The population was developed thru cooperative efforts of PSGD team of: Dr. Gloria Burow, Dr. John Burke, Dr. Ratan Chopra, Ms. Halee Hughes, and Mr. Jacob Sanchez.1963594PI 687497
96PI 68749815FS099Sorghum bicolor (L.) Moench subsp. bicolor S92016Breeding materialImprovement of cold tolerance at key stages of growth and deployment of favorable alleles for root traits and cold tolerance into elite sorghum genetic resources are recognized as critical factors for sorghum production in drier and cooler regions of the US, permitting farmers to capitalize on early season moisture, efficient integrated pest management and to cultivate fuller season varieties with higher yield potential. The BTx623NSZ _ RIPG mapping population consists of 292 inbred lines, was evaluated for expression of early season cold tolerance based on field and controlled condition (15°C) germinability/emergence and seedling vigor; data for these traits are provided from two years of early season field screen and minimum of three laboratory studies. A detailed analysis of gene expression pattern and root morphological traits under cold stress (15°C) were characterized for the parents of the inbred population. Seeds were bulked from 10 representative uniform plants at F6 generation and advanced by selfing to F1 generation. Briefly, BTx623NSZ_RIPG, was developed by hand emasculation of the female parent BTx623 and pollination with PI 568016 in the polyhouse at Cropping Systems Research Laboratory, Lubbock, TX in 2012. The resulting F1 hybrid was intermediate in height between the 2 parents, with brown seed color. A total of 300 F2 plants were planted at the F3 generation followed by careful advancement to F4 to F7 generations performed alternately in Lubbock, Texas and Lajas, Puerto Rico. At the F6:7 stage of development ten representative uniform plants were tagged and seeds were bulked from the 10 tagged plants to compose each line. A total of 292 RILs were generated and are used to represent the BTx623NSZ_RIPG. The population was developed thru cooperative efforts of PSGD team of: Dr. Gloria Burow, Dr. John Burke, Dr. Ratan Chopra, Ms. Halee Hughes, and Mr. Jacob Sanchez.1963595PI 687498
97PI 68749915FS100Sorghum bicolor (L.) Moench subsp. bicolor S92016Breeding materialImprovement of cold tolerance at key stages of growth and deployment of favorable alleles for root traits and cold tolerance into elite sorghum genetic resources are recognized as critical factors for sorghum production in drier and cooler regions of the US, permitting farmers to capitalize on early season moisture, efficient integrated pest management and to cultivate fuller season varieties with higher yield potential. The BTx623NSZ _ RIPG mapping population consists of 292 inbred lines, was evaluated for expression of early season cold tolerance based on field and controlled condition (15°C) germinability/emergence and seedling vigor; data for these traits are provided from two years of early season field screen and minimum of three laboratory studies. A detailed analysis of gene expression pattern and root morphological traits under cold stress (15°C) were characterized for the parents of the inbred population. Seeds were bulked from 10 representative uniform plants at F6 generation and advanced by selfing to F1 generation. Briefly, BTx623NSZ_RIPG, was developed by hand emasculation of the female parent BTx623 and pollination with PI 568016 in the polyhouse at Cropping Systems Research Laboratory, Lubbock, TX in 2012. The resulting F1 hybrid was intermediate in height between the 2 parents, with brown seed color. A total of 300 F2 plants were planted at the F3 generation followed by careful advancement to F4 to F7 generations performed alternately in Lubbock, Texas and Lajas, Puerto Rico. At the F6:7 stage of development ten representative uniform plants were tagged and seeds were bulked from the 10 tagged plants to compose each line. A total of 292 RILs were generated and are used to represent the BTx623NSZ_RIPG. The population was developed thru cooperative efforts of PSGD team of: Dr. Gloria Burow, Dr. John Burke, Dr. Ratan Chopra, Ms. Halee Hughes, and Mr. Jacob Sanchez.1963596PI 687499
98PI 68750015FS101Sorghum bicolor (L.) Moench subsp. bicolor S92016Breeding materialImprovement of cold tolerance at key stages of growth and deployment of favorable alleles for root traits and cold tolerance into elite sorghum genetic resources are recognized as critical factors for sorghum production in drier and cooler regions of the US, permitting farmers to capitalize on early season moisture, efficient integrated pest management and to cultivate fuller season varieties with higher yield potential. The BTx623NSZ _ RIPG mapping population consists of 292 inbred lines, was evaluated for expression of early season cold tolerance based on field and controlled condition (15°C) germinability/emergence and seedling vigor; data for these traits are provided from two years of early season field screen and minimum of three laboratory studies. A detailed analysis of gene expression pattern and root morphological traits under cold stress (15°C) were characterized for the parents of the inbred population. Seeds were bulked from 10 representative uniform plants at F6 generation and advanced by selfing to F1 generation. Briefly, BTx623NSZ_RIPG, was developed by hand emasculation of the female parent BTx623 and pollination with PI 568016 in the polyhouse at Cropping Systems Research Laboratory, Lubbock, TX in 2012. The resulting F1 hybrid was intermediate in height between the 2 parents, with brown seed color. A total of 300 F2 plants were planted at the F3 generation followed by careful advancement to F4 to F7 generations performed alternately in Lubbock, Texas and Lajas, Puerto Rico. At the F6:7 stage of development ten representative uniform plants were tagged and seeds were bulked from the 10 tagged plants to compose each line. A total of 292 RILs were generated and are used to represent the BTx623NSZ_RIPG. The population was developed thru cooperative efforts of PSGD team of: Dr. Gloria Burow, Dr. John Burke, Dr. Ratan Chopra, Ms. Halee Hughes, and Mr. Jacob Sanchez.1963597PI 687500
99PI 68750115FS102Sorghum bicolor (L.) Moench subsp. bicolor S92016Breeding materialImprovement of cold tolerance at key stages of growth and deployment of favorable alleles for root traits and cold tolerance into elite sorghum genetic resources are recognized as critical factors for sorghum production in drier and cooler regions of the US, permitting farmers to capitalize on early season moisture, efficient integrated pest management and to cultivate fuller season varieties with higher yield potential. The BTx623NSZ _ RIPG mapping population consists of 292 inbred lines, was evaluated for expression of early season cold tolerance based on field and controlled condition (15°C) germinability/emergence and seedling vigor; data for these traits are provided from two years of early season field screen and minimum of three laboratory studies. A detailed analysis of gene expression pattern and root morphological traits under cold stress (15°C) were characterized for the parents of the inbred population. Seeds were bulked from 10 representative uniform plants at F6 generation and advanced by selfing to F1 generation. Briefly, BTx623NSZ_RIPG, was developed by hand emasculation of the female parent BTx623 and pollination with PI 568016 in the polyhouse at Cropping Systems Research Laboratory, Lubbock, TX in 2012. The resulting F1 hybrid was intermediate in height between the 2 parents, with brown seed color. A total of 300 F2 plants were planted at the F3 generation followed by careful advancement to F4 to F7 generations performed alternately in Lubbock, Texas and Lajas, Puerto Rico. At the F6:7 stage of development ten representative uniform plants were tagged and seeds were bulked from the 10 tagged plants to compose each line. A total of 292 RILs were generated and are used to represent the BTx623NSZ_RIPG. The population was developed thru cooperative efforts of PSGD team of: Dr. Gloria Burow, Dr. John Burke, Dr. Ratan Chopra, Ms. Halee Hughes, and Mr. Jacob Sanchez.1963598PI 687501
100PI 68750215FS103Sorghum bicolor (L.) Moench subsp. bicolor S92016Breeding materialImprovement of cold tolerance at key stages of growth and deployment of favorable alleles for root traits and cold tolerance into elite sorghum genetic resources are recognized as critical factors for sorghum production in drier and cooler regions of the US, permitting farmers to capitalize on early season moisture, efficient integrated pest management and to cultivate fuller season varieties with higher yield potential. The BTx623NSZ _ RIPG mapping population consists of 292 inbred lines, was evaluated for expression of early season cold tolerance based on field and controlled condition (15°C) germinability/emergence and seedling vigor; data for these traits are provided from two years of early season field screen and minimum of three laboratory studies. A detailed analysis of gene expression pattern and root morphological traits under cold stress (15°C) were characterized for the parents of the inbred population. Seeds were bulked from 10 representative uniform plants at F6 generation and advanced by selfing to F1 generation. Briefly, BTx623NSZ_RIPG, was developed by hand emasculation of the female parent BTx623 and pollination with PI 568016 in the polyhouse at Cropping Systems Research Laboratory, Lubbock, TX in 2012. The resulting F1 hybrid was intermediate in height between the 2 parents, with brown seed color. A total of 300 F2 plants were planted at the F3 generation followed by careful advancement to F4 to F7 generations performed alternately in Lubbock, Texas and Lajas, Puerto Rico. At the F6:7 stage of development ten representative uniform plants were tagged and seeds were bulked from the 10 tagged plants to compose each line. A total of 292 RILs were generated and are used to represent the BTx623NSZ_RIPG. The population was developed thru cooperative efforts of PSGD team of: Dr. Gloria Burow, Dr. John Burke, Dr. Ratan Chopra, Ms. Halee Hughes, and Mr. Jacob Sanchez.1963599PI 687502
101PI 68750315FS104Sorghum bicolor (L.) Moench subsp. bicolor S92016Breeding materialImprovement of cold tolerance at key stages of growth and deployment of favorable alleles for root traits and cold tolerance into elite sorghum genetic resources are recognized as critical factors for sorghum production in drier and cooler regions of the US, permitting farmers to capitalize on early season moisture, efficient integrated pest management and to cultivate fuller season varieties with higher yield potential. The BTx623NSZ _ RIPG mapping population consists of 292 inbred lines, was evaluated for expression of early season cold tolerance based on field and controlled condition (15°C) germinability/emergence and seedling vigor; data for these traits are provided from two years of early season field screen and minimum of three laboratory studies. A detailed analysis of gene expression pattern and root morphological traits under cold stress (15°C) were characterized for the parents of the inbred population. Seeds were bulked from 10 representative uniform plants at F6 generation and advanced by selfing to F1 generation. Briefly, BTx623NSZ_RIPG, was developed by hand emasculation of the female parent BTx623 and pollination with PI 568016 in the polyhouse at Cropping Systems Research Laboratory, Lubbock, TX in 2012. The resulting F1 hybrid was intermediate in height between the 2 parents, with brown seed color. A total of 300 F2 plants were planted at the F3 generation followed by careful advancement to F4 to F7 generations performed alternately in Lubbock, Texas and Lajas, Puerto Rico. At the F6:7 stage of development ten representative uniform plants were tagged and seeds were bulked from the 10 tagged plants to compose each line. A total of 292 RILs were generated and are used to represent the BTx623NSZ_RIPG. The population was developed thru cooperative efforts of PSGD team of: Dr. Gloria Burow, Dr. John Burke, Dr. Ratan Chopra, Ms. Halee Hughes, and Mr. Jacob Sanchez.1963600PI 687503
102PI 68750415FS105Sorghum bicolor (L.) Moench subsp. bicolor S92016Breeding materialImprovement of cold tolerance at key stages of growth and deployment of favorable alleles for root traits and cold tolerance into elite sorghum genetic resources are recognized as critical factors for sorghum production in drier and cooler regions of the US, permitting farmers to capitalize on early season moisture, efficient integrated pest management and to cultivate fuller season varieties with higher yield potential. The BTx623NSZ _ RIPG mapping population consists of 292 inbred lines, was evaluated for expression of early season cold tolerance based on field and controlled condition (15°C) germinability/emergence and seedling vigor; data for these traits are provided from two years of early season field screen and minimum of three laboratory studies. A detailed analysis of gene expression pattern and root morphological traits under cold stress (15°C) were characterized for the parents of the inbred population. Seeds were bulked from 10 representative uniform plants at F6 generation and advanced by selfing to F1 generation. Briefly, BTx623NSZ_RIPG, was developed by hand emasculation of the female parent BTx623 and pollination with PI 568016 in the polyhouse at Cropping Systems Research Laboratory, Lubbock, TX in 2012. The resulting F1 hybrid was intermediate in height between the 2 parents, with brown seed color. A total of 300 F2 plants were planted at the F3 generation followed by careful advancement to F4 to F7 generations performed alternately in Lubbock, Texas and Lajas, Puerto Rico. At the F6:7 stage of development ten representative uniform plants were tagged and seeds were bulked from the 10 tagged plants to compose each line. A total of 292 RILs were generated and are used to represent the BTx623NSZ_RIPG. The population was developed thru cooperative efforts of PSGD team of: Dr. Gloria Burow, Dr. John Burke, Dr. Ratan Chopra, Ms. Halee Hughes, and Mr. Jacob Sanchez.1963601PI 687504
103PI 68750515FS106Sorghum bicolor (L.) Moench subsp. bicolor S92016Breeding materialImprovement of cold tolerance at key stages of growth and deployment of favorable alleles for root traits and cold tolerance into elite sorghum genetic resources are recognized as critical factors for sorghum production in drier and cooler regions of the US, permitting farmers to capitalize on early season moisture, efficient integrated pest management and to cultivate fuller season varieties with higher yield potential. The BTx623NSZ _ RIPG mapping population consists of 292 inbred lines, was evaluated for expression of early season cold tolerance based on field and controlled condition (15°C) germinability/emergence and seedling vigor; data for these traits are provided from two years of early season field screen and minimum of three laboratory studies. A detailed analysis of gene expression pattern and root morphological traits under cold stress (15°C) were characterized for the parents of the inbred population. Seeds were bulked from 10 representative uniform plants at F6 generation and advanced by selfing to F1 generation. Briefly, BTx623NSZ_RIPG, was developed by hand emasculation of the female parent BTx623 and pollination with PI 568016 in the polyhouse at Cropping Systems Research Laboratory, Lubbock, TX in 2012. The resulting F1 hybrid was intermediate in height between the 2 parents, with brown seed color. A total of 300 F2 plants were planted at the F3 generation followed by careful advancement to F4 to F7 generations performed alternately in Lubbock, Texas and Lajas, Puerto Rico. At the F6:7 stage of development ten representative uniform plants were tagged and seeds were bulked from the 10 tagged plants to compose each line. A total of 292 RILs were generated and are used to represent the BTx623NSZ_RIPG. The population was developed thru cooperative efforts of PSGD team of: Dr. Gloria Burow, Dr. John Burke, Dr. Ratan Chopra, Ms. Halee Hughes, and Mr. Jacob Sanchez.1963602PI 687505
104PI 68750615FS107Sorghum bicolor (L.) Moench subsp. bicolor S92016Breeding materialImprovement of cold tolerance at key stages of growth and deployment of favorable alleles for root traits and cold tolerance into elite sorghum genetic resources are recognized as critical factors for sorghum production in drier and cooler regions of the US, permitting farmers to capitalize on early season moisture, efficient integrated pest management and to cultivate fuller season varieties with higher yield potential. The BTx623NSZ _ RIPG mapping population consists of 292 inbred lines, was evaluated for expression of early season cold tolerance based on field and controlled condition (15°C) germinability/emergence and seedling vigor; data for these traits are provided from two years of early season field screen and minimum of three laboratory studies. A detailed analysis of gene expression pattern and root morphological traits under cold stress (15°C) were characterized for the parents of the inbred population. Seeds were bulked from 10 representative uniform plants at F6 generation and advanced by selfing to F1 generation. Briefly, BTx623NSZ_RIPG, was developed by hand emasculation of the female parent BTx623 and pollination with PI 568016 in the polyhouse at Cropping Systems Research Laboratory, Lubbock, TX in 2012. The resulting F1 hybrid was intermediate in height between the 2 parents, with brown seed color. A total of 300 F2 plants were planted at the F3 generation followed by careful advancement to F4 to F7 generations performed alternately in Lubbock, Texas and Lajas, Puerto Rico. At the F6:7 stage of development ten representative uniform plants were tagged and seeds were bulked from the 10 tagged plants to compose each line. A total of 292 RILs were generated and are used to represent the BTx623NSZ_RIPG. The population was developed thru cooperative efforts of PSGD team of: Dr. Gloria Burow, Dr. John Burke, Dr. Ratan Chopra, Ms. Halee Hughes, and Mr. Jacob Sanchez.1963603PI 687506
105PI 68750715FS108Sorghum bicolor (L.) Moench subsp. bicolor S92016Breeding materialImprovement of cold tolerance at key stages of growth and deployment of favorable alleles for root traits and cold tolerance into elite sorghum genetic resources are recognized as critical factors for sorghum production in drier and cooler regions of the US, permitting farmers to capitalize on early season moisture, efficient integrated pest management and to cultivate fuller season varieties with higher yield potential. The BTx623NSZ _ RIPG mapping population consists of 292 inbred lines, was evaluated for expression of early season cold tolerance based on field and controlled condition (15°C) germinability/emergence and seedling vigor; data for these traits are provided from two years of early season field screen and minimum of three laboratory studies. A detailed analysis of gene expression pattern and root morphological traits under cold stress (15°C) were characterized for the parents of the inbred population. Seeds were bulked from 10 representative uniform plants at F6 generation and advanced by selfing to F1 generation. Briefly, BTx623NSZ_RIPG, was developed by hand emasculation of the female parent BTx623 and pollination with PI 568016 in the polyhouse at Cropping Systems Research Laboratory, Lubbock, TX in 2012. The resulting F1 hybrid was intermediate in height between the 2 parents, with brown seed color. A total of 300 F2 plants were planted at the F3 generation followed by careful advancement to F4 to F7 generations performed alternately in Lubbock, Texas and Lajas, Puerto Rico. At the F6:7 stage of development ten representative uniform plants were tagged and seeds were bulked from the 10 tagged plants to compose each line. A total of 292 RILs were generated and are used to represent the BTx623NSZ_RIPG. The population was developed thru cooperative efforts of PSGD team of: Dr. Gloria Burow, Dr. John Burke, Dr. Ratan Chopra, Ms. Halee Hughes, and Mr. Jacob Sanchez.1963604PI 687507
106PI 68750815FS109Sorghum bicolor (L.) Moench subsp. bicolor S92016Breeding materialImprovement of cold tolerance at key stages of growth and deployment of favorable alleles for root traits and cold tolerance into elite sorghum genetic resources are recognized as critical factors for sorghum production in drier and cooler regions of the US, permitting farmers to capitalize on early season moisture, efficient integrated pest management and to cultivate fuller season varieties with higher yield potential. The BTx623NSZ _ RIPG mapping population consists of 292 inbred lines, was evaluated for expression of early season cold tolerance based on field and controlled condition (15°C) germinability/emergence and seedling vigor; data for these traits are provided from two years of early season field screen and minimum of three laboratory studies. A detailed analysis of gene expression pattern and root morphological traits under cold stress (15°C) were characterized for the parents of the inbred population. Seeds were bulked from 10 representative uniform plants at F6 generation and advanced by selfing to F1 generation. Briefly, BTx623NSZ_RIPG, was developed by hand emasculation of the female parent BTx623 and pollination with PI 568016 in the polyhouse at Cropping Systems Research Laboratory, Lubbock, TX in 2012. The resulting F1 hybrid was intermediate in height between the 2 parents, with brown seed color. A total of 300 F2 plants were planted at the F3 generation followed by careful advancement to F4 to F7 generations performed alternately in Lubbock, Texas and Lajas, Puerto Rico. At the F6:7 stage of development ten representative uniform plants were tagged and seeds were bulked from the 10 tagged plants to compose each line. A total of 292 RILs were generated and are used to represent the BTx623NSZ_RIPG. The population was developed thru cooperative efforts of PSGD team of: Dr. Gloria Burow, Dr. John Burke, Dr. Ratan Chopra, Ms. Halee Hughes, and Mr. Jacob Sanchez.1963605PI 687508
107PI 68750915FS110Sorghum bicolor (L.) Moench subsp. bicolor S92016Breeding materialImprovement of cold tolerance at key stages of growth and deployment of favorable alleles for root traits and cold tolerance into elite sorghum genetic resources are recognized as critical factors for sorghum production in drier and cooler regions of the US, permitting farmers to capitalize on early season moisture, efficient integrated pest management and to cultivate fuller season varieties with higher yield potential. The BTx623NSZ _ RIPG mapping population consists of 292 inbred lines, was evaluated for expression of early season cold tolerance based on field and controlled condition (15°C) germinability/emergence and seedling vigor; data for these traits are provided from two years of early season field screen and minimum of three laboratory studies. A detailed analysis of gene expression pattern and root morphological traits under cold stress (15°C) were characterized for the parents of the inbred population. Seeds were bulked from 10 representative uniform plants at F6 generation and advanced by selfing to F1 generation. Briefly, BTx623NSZ_RIPG, was developed by hand emasculation of the female parent BTx623 and pollination with PI 568016 in the polyhouse at Cropping Systems Research Laboratory, Lubbock, TX in 2012. The resulting F1 hybrid was intermediate in height between the 2 parents, with brown seed color. A total of 300 F2 plants were planted at the F3 generation followed by careful advancement to F4 to F7 generations performed alternately in Lubbock, Texas and Lajas, Puerto Rico. At the F6:7 stage of development ten representative uniform plants were tagged and seeds were bulked from the 10 tagged plants to compose each line. A total of 292 RILs were generated and are used to represent the BTx623NSZ_RIPG. The population was developed thru cooperative efforts of PSGD team of: Dr. Gloria Burow, Dr. John Burke, Dr. Ratan Chopra, Ms. Halee Hughes, and Mr. Jacob Sanchez.1963606PI 687509
108PI 68751015FS111Sorghum bicolor (L.) Moench subsp. bicolor S92016Breeding materialImprovement of cold tolerance at key stages of growth and deployment of favorable alleles for root traits and cold tolerance into elite sorghum genetic resources are recognized as critical factors for sorghum production in drier and cooler regions of the US, permitting farmers to capitalize on early season moisture, efficient integrated pest management and to cultivate fuller season varieties with higher yield potential. The BTx623NSZ _ RIPG mapping population consists of 292 inbred lines, was evaluated for expression of early season cold tolerance based on field and controlled condition (15°C) germinability/emergence and seedling vigor; data for these traits are provided from two years of early season field screen and minimum of three laboratory studies. A detailed analysis of gene expression pattern and root morphological traits under cold stress (15°C) were characterized for the parents of the inbred population. Seeds were bulked from 10 representative uniform plants at F6 generation and advanced by selfing to F1 generation. Briefly, BTx623NSZ_RIPG, was developed by hand emasculation of the female parent BTx623 and pollination with PI 568016 in the polyhouse at Cropping Systems Research Laboratory, Lubbock, TX in 2012. The resulting F1 hybrid was intermediate in height between the 2 parents, with brown seed color. A total of 300 F2 plants were planted at the F3 generation followed by careful advancement to F4 to F7 generations performed alternately in Lubbock, Texas and Lajas, Puerto Rico. At the F6:7 stage of development ten representative uniform plants were tagged and seeds were bulked from the 10 tagged plants to compose each line. A total of 292 RILs were generated and are used to represent the BTx623NSZ_RIPG. The population was developed thru cooperative efforts of PSGD team of: Dr. Gloria Burow, Dr. John Burke, Dr. Ratan Chopra, Ms. Halee Hughes, and Mr. Jacob Sanchez.1963607PI 687510
109PI 68751115FS112Sorghum bicolor (L.) Moench subsp. bicolor S92016Breeding materialImprovement of cold tolerance at key stages of growth and deployment of favorable alleles for root traits and cold tolerance into elite sorghum genetic resources are recognized as critical factors for sorghum production in drier and cooler regions of the US, permitting farmers to capitalize on early season moisture, efficient integrated pest management and to cultivate fuller season varieties with higher yield potential. The BTx623NSZ _ RIPG mapping population consists of 292 inbred lines, was evaluated for expression of early season cold tolerance based on field and controlled condition (15°C) germinability/emergence and seedling vigor; data for these traits are provided from two years of early season field screen and minimum of three laboratory studies. A detailed analysis of gene expression pattern and root morphological traits under cold stress (15°C) were characterized for the parents of the inbred population. Seeds were bulked from 10 representative uniform plants at F6 generation and advanced by selfing to F1 generation. Briefly, BTx623NSZ_RIPG, was developed by hand emasculation of the female parent BTx623 and pollination with PI 568016 in the polyhouse at Cropping Systems Research Laboratory, Lubbock, TX in 2012. The resulting F1 hybrid was intermediate in height between the 2 parents, with brown seed color. A total of 300 F2 plants were planted at the F3 generation followed by careful advancement to F4 to F7 generations performed alternately in Lubbock, Texas and Lajas, Puerto Rico. At the F6:7 stage of development ten representative uniform plants were tagged and seeds were bulked from the 10 tagged plants to compose each line. A total of 292 RILs were generated and are used to represent the BTx623NSZ_RIPG. The population was developed thru cooperative efforts of PSGD team of: Dr. Gloria Burow, Dr. John Burke, Dr. Ratan Chopra, Ms. Halee Hughes, and Mr. Jacob Sanchez.1963608PI 687511
110PI 68751215FS113Sorghum bicolor (L.) Moench subsp. bicolor S92016Breeding materialImprovement of cold tolerance at key stages of growth and deployment of favorable alleles for root traits and cold tolerance into elite sorghum genetic resources are recognized as critical factors for sorghum production in drier and cooler regions of the US, permitting farmers to capitalize on early season moisture, efficient integrated pest management and to cultivate fuller season varieties with higher yield potential. The BTx623NSZ _ RIPG mapping population consists of 292 inbred lines, was evaluated for expression of early season cold tolerance based on field and controlled condition (15°C) germinability/emergence and seedling vigor; data for these traits are provided from two years of early season field screen and minimum of three laboratory studies. A detailed analysis of gene expression pattern and root morphological traits under cold stress (15°C) were characterized for the parents of the inbred population. Seeds were bulked from 10 representative uniform plants at F6 generation and advanced by selfing to F1 generation. Briefly, BTx623NSZ_RIPG, was developed by hand emasculation of the female parent BTx623 and pollination with PI 568016 in the polyhouse at Cropping Systems Research Laboratory, Lubbock, TX in 2012. The resulting F1 hybrid was intermediate in height between the 2 parents, with brown seed color. A total of 300 F2 plants were planted at the F3 generation followed by careful advancement to F4 to F7 generations performed alternately in Lubbock, Texas and Lajas, Puerto Rico. At the F6:7 stage of development ten representative uniform plants were tagged and seeds were bulked from the 10 tagged plants to compose each line. A total of 292 RILs were generated and are used to represent the BTx623NSZ_RIPG. The population was developed thru cooperative efforts of PSGD team of: Dr. Gloria Burow, Dr. John Burke, Dr. Ratan Chopra, Ms. Halee Hughes, and Mr. Jacob Sanchez.1963609PI 687512
111PI 68751315FS114Sorghum bicolor (L.) Moench subsp. bicolor S92016Breeding materialImprovement of cold tolerance at key stages of growth and deployment of favorable alleles for root traits and cold tolerance into elite sorghum genetic resources are recognized as critical factors for sorghum production in drier and cooler regions of the US, permitting farmers to capitalize on early season moisture, efficient integrated pest management and to cultivate fuller season varieties with higher yield potential. The BTx623NSZ _ RIPG mapping population consists of 292 inbred lines, was evaluated for expression of early season cold tolerance based on field and controlled condition (15°C) germinability/emergence and seedling vigor; data for these traits are provided from two years of early season field screen and minimum of three laboratory studies. A detailed analysis of gene expression pattern and root morphological traits under cold stress (15°C) were characterized for the parents of the inbred population. Seeds were bulked from 10 representative uniform plants at F6 generation and advanced by selfing to F1 generation. Briefly, BTx623NSZ_RIPG, was developed by hand emasculation of the female parent BTx623 and pollination with PI 568016 in the polyhouse at Cropping Systems Research Laboratory, Lubbock, TX in 2012. The resulting F1 hybrid was intermediate in height between the 2 parents, with brown seed color. A total of 300 F2 plants were planted at the F3 generation followed by careful advancement to F4 to F7 generations performed alternately in Lubbock, Texas and Lajas, Puerto Rico. At the F6:7 stage of development ten representative uniform plants were tagged and seeds were bulked from the 10 tagged plants to compose each line. A total of 292 RILs were generated and are used to represent the BTx623NSZ_RIPG. The population was developed thru cooperative efforts of PSGD team of: Dr. Gloria Burow, Dr. John Burke, Dr. Ratan Chopra, Ms. Halee Hughes, and Mr. Jacob Sanchez.1963610PI 687513
112PI 68751415FS115Sorghum bicolor (L.) Moench subsp. bicolor S92016Breeding materialImprovement of cold tolerance at key stages of growth and deployment of favorable alleles for root traits and cold tolerance into elite sorghum genetic resources are recognized as critical factors for sorghum production in drier and cooler regions of the US, permitting farmers to capitalize on early season moisture, efficient integrated pest management and to cultivate fuller season varieties with higher yield potential. The BTx623NSZ _ RIPG mapping population consists of 292 inbred lines, was evaluated for expression of early season cold tolerance based on field and controlled condition (15°C) germinability/emergence and seedling vigor; data for these traits are provided from two years of early season field screen and minimum of three laboratory studies. A detailed analysis of gene expression pattern and root morphological traits under cold stress (15°C) were characterized for the parents of the inbred population. Seeds were bulked from 10 representative uniform plants at F6 generation and advanced by selfing to F1 generation. Briefly, BTx623NSZ_RIPG, was developed by hand emasculation of the female parent BTx623 and pollination with PI 568016 in the polyhouse at Cropping Systems Research Laboratory, Lubbock, TX in 2012. The resulting F1 hybrid was intermediate in height between the 2 parents, with brown seed color. A total of 300 F2 plants were planted at the F3 generation followed by careful advancement to F4 to F7 generations performed alternately in Lubbock, Texas and Lajas, Puerto Rico. At the F6:7 stage of development ten representative uniform plants were tagged and seeds were bulked from the 10 tagged plants to compose each line. A total of 292 RILs were generated and are used to represent the BTx623NSZ_RIPG. The population was developed thru cooperative efforts of PSGD team of: Dr. Gloria Burow, Dr. John Burke, Dr. Ratan Chopra, Ms. Halee Hughes, and Mr. Jacob Sanchez.1963611PI 687514
113PI 68751515FS116Sorghum bicolor (L.) Moench subsp. bicolor S92016Breeding materialImprovement of cold tolerance at key stages of growth and deployment of favorable alleles for root traits and cold tolerance into elite sorghum genetic resources are recognized as critical factors for sorghum production in drier and cooler regions of the US, permitting farmers to capitalize on early season moisture, efficient integrated pest management and to cultivate fuller season varieties with higher yield potential. The BTx623NSZ _ RIPG mapping population consists of 292 inbred lines, was evaluated for expression of early season cold tolerance based on field and controlled condition (15°C) germinability/emergence and seedling vigor; data for these traits are provided from two years of early season field screen and minimum of three laboratory studies. A detailed analysis of gene expression pattern and root morphological traits under cold stress (15°C) were characterized for the parents of the inbred population. Seeds were bulked from 10 representative uniform plants at F6 generation and advanced by selfing to F1 generation. Briefly, BTx623NSZ_RIPG, was developed by hand emasculation of the female parent BTx623 and pollination with PI 568016 in the polyhouse at Cropping Systems Research Laboratory, Lubbock, TX in 2012. The resulting F1 hybrid was intermediate in height between the 2 parents, with brown seed color. A total of 300 F2 plants were planted at the F3 generation followed by careful advancement to F4 to F7 generations performed alternately in Lubbock, Texas and Lajas, Puerto Rico. At the F6:7 stage of development ten representative uniform plants were tagged and seeds were bulked from the 10 tagged plants to compose each line. A total of 292 RILs were generated and are used to represent the BTx623NSZ_RIPG. The population was developed thru cooperative efforts of PSGD team of: Dr. Gloria Burow, Dr. John Burke, Dr. Ratan Chopra, Ms. Halee Hughes, and Mr. Jacob Sanchez.1963612PI 687515
114PI 68751615FS117Sorghum bicolor (L.) Moench subsp. bicolor S92016Breeding materialImprovement of cold tolerance at key stages of growth and deployment of favorable alleles for root traits and cold tolerance into elite sorghum genetic resources are recognized as critical factors for sorghum production in drier and cooler regions of the US, permitting farmers to capitalize on early season moisture, efficient integrated pest management and to cultivate fuller season varieties with higher yield potential. The BTx623NSZ _ RIPG mapping population consists of 292 inbred lines, was evaluated for expression of early season cold tolerance based on field and controlled condition (15°C) germinability/emergence and seedling vigor; data for these traits are provided from two years of early season field screen and minimum of three laboratory studies. A detailed analysis of gene expression pattern and root morphological traits under cold stress (15°C) were characterized for the parents of the inbred population. Seeds were bulked from 10 representative uniform plants at F6 generation and advanced by selfing to F1 generation. Briefly, BTx623NSZ_RIPG, was developed by hand emasculation of the female parent BTx623 and pollination with PI 568016 in the polyhouse at Cropping Systems Research Laboratory, Lubbock, TX in 2012. The resulting F1 hybrid was intermediate in height between the 2 parents, with brown seed color. A total of 300 F2 plants were planted at the F3 generation followed by careful advancement to F4 to F7 generations performed alternately in Lubbock, Texas and Lajas, Puerto Rico. At the F6:7 stage of development ten representative uniform plants were tagged and seeds were bulked from the 10 tagged plants to compose each line. A total of 292 RILs were generated and are used to represent the BTx623NSZ_RIPG. The population was developed thru cooperative efforts of PSGD team of: Dr. Gloria Burow, Dr. John Burke, Dr. Ratan Chopra, Ms. Halee Hughes, and Mr. Jacob Sanchez.1963613PI 687516
115PI 68751715FS118Sorghum bicolor (L.) Moench subsp. bicolor S92016Breeding materialImprovement of cold tolerance at key stages of growth and deployment of favorable alleles for root traits and cold tolerance into elite sorghum genetic resources are recognized as critical factors for sorghum production in drier and cooler regions of the US, permitting farmers to capitalize on early season moisture, efficient integrated pest management and to cultivate fuller season varieties with higher yield potential. The BTx623NSZ _ RIPG mapping population consists of 292 inbred lines, was evaluated for expression of early season cold tolerance based on field and controlled condition (15°C) germinability/emergence and seedling vigor; data for these traits are provided from two years of early season field screen and minimum of three laboratory studies. A detailed analysis of gene expression pattern and root morphological traits under cold stress (15°C) were characterized for the parents of the inbred population. Seeds were bulked from 10 representative uniform plants at F6 generation and advanced by selfing to F1 generation. Briefly, BTx623NSZ_RIPG, was developed by hand emasculation of the female parent BTx623 and pollination with PI 568016 in the polyhouse at Cropping Systems Research Laboratory, Lubbock, TX in 2012. The resulting F1 hybrid was intermediate in height between the 2 parents, with brown seed color. A total of 300 F2 plants were planted at the F3 generation followed by careful advancement to F4 to F7 generations performed alternately in Lubbock, Texas and Lajas, Puerto Rico. At the F6:7 stage of development ten representative uniform plants were tagged and seeds were bulked from the 10 tagged plants to compose each line. A total of 292 RILs were generated and are used to represent the BTx623NSZ_RIPG. The population was developed thru cooperative efforts of PSGD team of: Dr. Gloria Burow, Dr. John Burke, Dr. Ratan Chopra, Ms. Halee Hughes, and Mr. Jacob Sanchez.1963614PI 687517
116PI 68751815FS119Sorghum bicolor (L.) Moench subsp. bicolor S92016Breeding materialImprovement of cold tolerance at key stages of growth and deployment of favorable alleles for root traits and cold tolerance into elite sorghum genetic resources are recognized as critical factors for sorghum production in drier and cooler regions of the US, permitting farmers to capitalize on early season moisture, efficient integrated pest management and to cultivate fuller season varieties with higher yield potential. The BTx623NSZ _ RIPG mapping population consists of 292 inbred lines, was evaluated for expression of early season cold tolerance based on field and controlled condition (15°C) germinability/emergence and seedling vigor; data for these traits are provided from two years of early season field screen and minimum of three laboratory studies. A detailed analysis of gene expression pattern and root morphological traits under cold stress (15°C) were characterized for the parents of the inbred population. Seeds were bulked from 10 representative uniform plants at F6 generation and advanced by selfing to F1 generation. Briefly, BTx623NSZ_RIPG, was developed by hand emasculation of the female parent BTx623 and pollination with PI 568016 in the polyhouse at Cropping Systems Research Laboratory, Lubbock, TX in 2012. The resulting F1 hybrid was intermediate in height between the 2 parents, with brown seed color. A total of 300 F2 plants were planted at the F3 generation followed by careful advancement to F4 to F7 generations performed alternately in Lubbock, Texas and Lajas, Puerto Rico. At the F6:7 stage of development ten representative uniform plants were tagged and seeds were bulked from the 10 tagged plants to compose each line. A total of 292 RILs were generated and are used to represent the BTx623NSZ_RIPG. The population was developed thru cooperative efforts of PSGD team of: Dr. Gloria Burow, Dr. John Burke, Dr. Ratan Chopra, Ms. Halee Hughes, and Mr. Jacob Sanchez.1963615PI 687518
117PI 68751915FS120Sorghum bicolor (L.) Moench subsp. bicolor S92016Breeding materialImprovement of cold tolerance at key stages of growth and deployment of favorable alleles for root traits and cold tolerance into elite sorghum genetic resources are recognized as critical factors for sorghum production in drier and cooler regions of the US, permitting farmers to capitalize on early season moisture, efficient integrated pest management and to cultivate fuller season varieties with higher yield potential. The BTx623NSZ _ RIPG mapping population consists of 292 inbred lines, was evaluated for expression of early season cold tolerance based on field and controlled condition (15°C) germinability/emergence and seedling vigor; data for these traits are provided from two years of early season field screen and minimum of three laboratory studies. A detailed analysis of gene expression pattern and root morphological traits under cold stress (15°C) were characterized for the parents of the inbred population. Seeds were bulked from 10 representative uniform plants at F6 generation and advanced by selfing to F1 generation. Briefly, BTx623NSZ_RIPG, was developed by hand emasculation of the female parent BTx623 and pollination with PI 568016 in the polyhouse at Cropping Systems Research Laboratory, Lubbock, TX in 2012. The resulting F1 hybrid was intermediate in height between the 2 parents, with brown seed color. A total of 300 F2 plants were planted at the F3 generation followed by careful advancement to F4 to F7 generations performed alternately in Lubbock, Texas and Lajas, Puerto Rico. At the F6:7 stage of development ten representative uniform plants were tagged and seeds were bulked from the 10 tagged plants to compose each line. A total of 292 RILs were generated and are used to represent the BTx623NSZ_RIPG. The population was developed thru cooperative efforts of PSGD team of: Dr. Gloria Burow, Dr. John Burke, Dr. Ratan Chopra, Ms. Halee Hughes, and Mr. Jacob Sanchez.1963616PI 687519
118PI 68752015FS348Sorghum bicolor (L.) Moench subsp. bicolor S92016Breeding materialImprovement of cold tolerance at key stages of growth and deployment of favorable alleles for root traits and cold tolerance into elite sorghum genetic resources are recognized as critical factors for sorghum production in drier and cooler regions of the US, permitting farmers to capitalize on early season moisture, efficient integrated pest management and to cultivate fuller season varieties with higher yield potential. The BTx623NSZ _ RIPG mapping population consists of 292 inbred lines, was evaluated for expression of early season cold tolerance based on field and controlled condition (15°C) germinability/emergence and seedling vigor; data for these traits are provided from two years of early season field screen and minimum of three laboratory studies. A detailed analysis of gene expression pattern and root morphological traits under cold stress (15°C) were characterized for the parents of the inbred population. Seeds were bulked from 10 representative uniform plants at F6 generation and advanced by selfing to F1 generation. Briefly, BTx623NSZ_RIPG, was developed by hand emasculation of the female parent BTx623 and pollination with PI 568016 in the polyhouse at Cropping Systems Research Laboratory, Lubbock, TX in 2012. The resulting F1 hybrid was intermediate in height between the 2 parents, with brown seed color. A total of 300 F2 plants were planted at the F3 generation followed by careful advancement to F4 to F7 generations performed alternately in Lubbock, Texas and Lajas, Puerto Rico. At the F6:7 stage of development ten representative uniform plants were tagged and seeds were bulked from the 10 tagged plants to compose each line. A total of 292 RILs were generated and are used to represent the BTx623NSZ_RIPG. The population was developed thru cooperative efforts of PSGD team of: Dr. Gloria Burow, Dr. John Burke, Dr. Ratan Chopra, Ms. Halee Hughes, and Mr. Jacob Sanchez.1963617PI 687520
119PI 68752115FS122Sorghum bicolor (L.) Moench subsp. bicolor S92016Breeding materialImprovement of cold tolerance at key stages of growth and deployment of favorable alleles for root traits and cold tolerance into elite sorghum genetic resources are recognized as critical factors for sorghum production in drier and cooler regions of the US, permitting farmers to capitalize on early season moisture, efficient integrated pest management and to cultivate fuller season varieties with higher yield potential. The BTx623NSZ _ RIPG mapping population consists of 292 inbred lines, was evaluated for expression of early season cold tolerance based on field and controlled condition (15°C) germinability/emergence and seedling vigor; data for these traits are provided from two years of early season field screen and minimum of three laboratory studies. A detailed analysis of gene expression pattern and root morphological traits under cold stress (15°C) were characterized for the parents of the inbred population. Seeds were bulked from 10 representative uniform plants at F6 generation and advanced by selfing to F1 generation. Briefly, BTx623NSZ_RIPG, was developed by hand emasculation of the female parent BTx623 and pollination with PI 568016 in the polyhouse at Cropping Systems Research Laboratory, Lubbock, TX in 2012. The resulting F1 hybrid was intermediate in height between the 2 parents, with brown seed color. A total of 300 F2 plants were planted at the F3 generation followed by careful advancement to F4 to F7 generations performed alternately in Lubbock, Texas and Lajas, Puerto Rico. At the F6:7 stage of development ten representative uniform plants were tagged and seeds were bulked from the 10 tagged plants to compose each line. A total of 292 RILs were generated and are used to represent the BTx623NSZ_RIPG. The population was developed thru cooperative efforts of PSGD team of: Dr. Gloria Burow, Dr. John Burke, Dr. Ratan Chopra, Ms. Halee Hughes, and Mr. Jacob Sanchez.1963618PI 687521
120PI 68752215FS123Sorghum bicolor (L.) Moench subsp. bicolor S92016Breeding materialImprovement of cold tolerance at key stages of growth and deployment of favorable alleles for root traits and cold tolerance into elite sorghum genetic resources are recognized as critical factors for sorghum production in drier and cooler regions of the US, permitting farmers to capitalize on early season moisture, efficient integrated pest management and to cultivate fuller season varieties with higher yield potential. The BTx623NSZ _ RIPG mapping population consists of 292 inbred lines, was evaluated for expression of early season cold tolerance based on field and controlled condition (15°C) germinability/emergence and seedling vigor; data for these traits are provided from two years of early season field screen and minimum of three laboratory studies. A detailed analysis of gene expression pattern and root morphological traits under cold stress (15°C) were characterized for the parents of the inbred population. Seeds were bulked from 10 representative uniform plants at F6 generation and advanced by selfing to F1 generation. Briefly, BTx623NSZ_RIPG, was developed by hand emasculation of the female parent BTx623 and pollination with PI 568016 in the polyhouse at Cropping Systems Research Laboratory, Lubbock, TX in 2012. The resulting F1 hybrid was intermediate in height between the 2 parents, with brown seed color. A total of 300 F2 plants were planted at the F3 generation followed by careful advancement to F4 to F7 generations performed alternately in Lubbock, Texas and Lajas, Puerto Rico. At the F6:7 stage of development ten representative uniform plants were tagged and seeds were bulked from the 10 tagged plants to compose each line. A total of 292 RILs were generated and are used to represent the BTx623NSZ_RIPG. The population was developed thru cooperative efforts of PSGD team of: Dr. Gloria Burow, Dr. John Burke, Dr. Ratan Chopra, Ms. Halee Hughes, and Mr. Jacob Sanchez.1963619PI 687522
121PI 68752315FS124Sorghum bicolor (L.) Moench subsp. bicolor S92016Breeding materialImprovement of cold tolerance at key stages of growth and deployment of favorable alleles for root traits and cold tolerance into elite sorghum genetic resources are recognized as critical factors for sorghum production in drier and cooler regions of the US, permitting farmers to capitalize on early season moisture, efficient integrated pest management and to cultivate fuller season varieties with higher yield potential. The BTx623NSZ _ RIPG mapping population consists of 292 inbred lines, was evaluated for expression of early season cold tolerance based on field and controlled condition (15°C) germinability/emergence and seedling vigor; data for these traits are provided from two years of early season field screen and minimum of three laboratory studies. A detailed analysis of gene expression pattern and root morphological traits under cold stress (15°C) were characterized for the parents of the inbred population. Seeds were bulked from 10 representative uniform plants at F6 generation and advanced by selfing to F1 generation. Briefly, BTx623NSZ_RIPG, was developed by hand emasculation of the female parent BTx623 and pollination with PI 568016 in the polyhouse at Cropping Systems Research Laboratory, Lubbock, TX in 2012. The resulting F1 hybrid was intermediate in height between the 2 parents, with brown seed color. A total of 300 F2 plants were planted at the F3 generation followed by careful advancement to F4 to F7 generations performed alternately in Lubbock, Texas and Lajas, Puerto Rico. At the F6:7 stage of development ten representative uniform plants were tagged and seeds were bulked from the 10 tagged plants to compose each line. A total of 292 RILs were generated and are used to represent the BTx623NSZ_RIPG. The population was developed thru cooperative efforts of PSGD team of: Dr. Gloria Burow, Dr. John Burke, Dr. Ratan Chopra, Ms. Halee Hughes, and Mr. Jacob Sanchez.1963620PI 687523
122PI 68752415FS125Sorghum bicolor (L.) Moench subsp. bicolor S92016Breeding materialImprovement of cold tolerance at key stages of growth and deployment of favorable alleles for root traits and cold tolerance into elite sorghum genetic resources are recognized as critical factors for sorghum production in drier and cooler regions of the US, permitting farmers to capitalize on early season moisture, efficient integrated pest management and to cultivate fuller season varieties with higher yield potential. The BTx623NSZ _ RIPG mapping population consists of 292 inbred lines, was evaluated for expression of early season cold tolerance based on field and controlled condition (15°C) germinability/emergence and seedling vigor; data for these traits are provided from two years of early season field screen and minimum of three laboratory studies. A detailed analysis of gene expression pattern and root morphological traits under cold stress (15°C) were characterized for the parents of the inbred population. Seeds were bulked from 10 representative uniform plants at F6 generation and advanced by selfing to F1 generation. Briefly, BTx623NSZ_RIPG, was developed by hand emasculation of the female parent BTx623 and pollination with PI 568016 in the polyhouse at Cropping Systems Research Laboratory, Lubbock, TX in 2012. The resulting F1 hybrid was intermediate in height between the 2 parents, with brown seed color. A total of 300 F2 plants were planted at the F3 generation followed by careful advancement to F4 to F7 generations performed alternately in Lubbock, Texas and Lajas, Puerto Rico. At the F6:7 stage of development ten representative uniform plants were tagged and seeds were bulked from the 10 tagged plants to compose each line. A total of 292 RILs were generated and are used to represent the BTx623NSZ_RIPG. The population was developed thru cooperative efforts of PSGD team of: Dr. Gloria Burow, Dr. John Burke, Dr. Ratan Chopra, Ms. Halee Hughes, and Mr. Jacob Sanchez.1963621PI 687524
123PI 68752515FS126Sorghum bicolor (L.) Moench subsp. bicolor S92016Breeding materialImprovement of cold tolerance at key stages of growth and deployment of favorable alleles for root traits and cold tolerance into elite sorghum genetic resources are recognized as critical factors for sorghum production in drier and cooler regions of the US, permitting farmers to capitalize on early season moisture, efficient integrated pest management and to cultivate fuller season varieties with higher yield potential. The BTx623NSZ _ RIPG mapping population consists of 292 inbred lines, was evaluated for expression of early season cold tolerance based on field and controlled condition (15°C) germinability/emergence and seedling vigor; data for these traits are provided from two years of early season field screen and minimum of three laboratory studies. A detailed analysis of gene expression pattern and root morphological traits under cold stress (15°C) were characterized for the parents of the inbred population. Seeds were bulked from 10 representative uniform plants at F6 generation and advanced by selfing to F1 generation. Briefly, BTx623NSZ_RIPG, was developed by hand emasculation of the female parent BTx623 and pollination with PI 568016 in the polyhouse at Cropping Systems Research Laboratory, Lubbock, TX in 2012. The resulting F1 hybrid was intermediate in height between the 2 parents, with brown seed color. A total of 300 F2 plants were planted at the F3 generation followed by careful advancement to F4 to F7 generations performed alternately in Lubbock, Texas and Lajas, Puerto Rico. At the F6:7 stage of development ten representative uniform plants were tagged and seeds were bulked from the 10 tagged plants to compose each line. A total of 292 RILs were generated and are used to represent the BTx623NSZ_RIPG. The population was developed thru cooperative efforts of PSGD team of: Dr. Gloria Burow, Dr. John Burke, Dr. Ratan Chopra, Ms. Halee Hughes, and Mr. Jacob Sanchez.1963622PI 687525
124PI 68752615FS127Sorghum bicolor (L.) Moench subsp. bicolor S92016Breeding materialImprovement of cold tolerance at key stages of growth and deployment of favorable alleles for root traits and cold tolerance into elite sorghum genetic resources are recognized as critical factors for sorghum production in drier and cooler regions of the US, permitting farmers to capitalize on early season moisture, efficient integrated pest management and to cultivate fuller season varieties with higher yield potential. The BTx623NSZ _ RIPG mapping population consists of 292 inbred lines, was evaluated for expression of early season cold tolerance based on field and controlled condition (15°C) germinability/emergence and seedling vigor; data for these traits are provided from two years of early season field screen and minimum of three laboratory studies. A detailed analysis of gene expression pattern and root morphological traits under cold stress (15°C) were characterized for the parents of the inbred population. Seeds were bulked from 10 representative uniform plants at F6 generation and advanced by selfing to F1 generation. Briefly, BTx623NSZ_RIPG, was developed by hand emasculation of the female parent BTx623 and pollination with PI 568016 in the polyhouse at Cropping Systems Research Laboratory, Lubbock, TX in 2012. The resulting F1 hybrid was intermediate in height between the 2 parents, with brown seed color. A total of 300 F2 plants were planted at the F3 generation followed by careful advancement to F4 to F7 generations performed alternately in Lubbock, Texas and Lajas, Puerto Rico. At the F6:7 stage of development ten representative uniform plants were tagged and seeds were bulked from the 10 tagged plants to compose each line. A total of 292 RILs were generated and are used to represent the BTx623NSZ_RIPG. The population was developed thru cooperative efforts of PSGD team of: Dr. Gloria Burow, Dr. John Burke, Dr. Ratan Chopra, Ms. Halee Hughes, and Mr. Jacob Sanchez.1963623PI 687526
125PI 68752715FS128Sorghum bicolor (L.) Moench subsp. bicolor S92016Breeding materialImprovement of cold tolerance at key stages of growth and deployment of favorable alleles for root traits and cold tolerance into elite sorghum genetic resources are recognized as critical factors for sorghum production in drier and cooler regions of the US, permitting farmers to capitalize on early season moisture, efficient integrated pest management and to cultivate fuller season varieties with higher yield potential. The BTx623NSZ _ RIPG mapping population consists of 292 inbred lines, was evaluated for expression of early season cold tolerance based on field and controlled condition (15°C) germinability/emergence and seedling vigor; data for these traits are provided from two years of early season field screen and minimum of three laboratory studies. A detailed analysis of gene expression pattern and root morphological traits under cold stress (15°C) were characterized for the parents of the inbred population. Seeds were bulked from 10 representative uniform plants at F6 generation and advanced by selfing to F1 generation. Briefly, BTx623NSZ_RIPG, was developed by hand emasculation of the female parent BTx623 and pollination with PI 568016 in the polyhouse at Cropping Systems Research Laboratory, Lubbock, TX in 2012. The resulting F1 hybrid was intermediate in height between the 2 parents, with brown seed color. A total of 300 F2 plants were planted at the F3 generation followed by careful advancement to F4 to F7 generations performed alternately in Lubbock, Texas and Lajas, Puerto Rico. At the F6:7 stage of development ten representative uniform plants were tagged and seeds were bulked from the 10 tagged plants to compose each line. A total of 292 RILs were generated and are used to represent the BTx623NSZ_RIPG. The population was developed thru cooperative efforts of PSGD team of: Dr. Gloria Burow, Dr. John Burke, Dr. Ratan Chopra, Ms. Halee Hughes, and Mr. Jacob Sanchez.1963624PI 687527
126PI 68752815FS129Sorghum bicolor (L.) Moench subsp. bicolor S92016Breeding materialImprovement of cold tolerance at key stages of growth and deployment of favorable alleles for root traits and cold tolerance into elite sorghum genetic resources are recognized as critical factors for sorghum production in drier and cooler regions of the US, permitting farmers to capitalize on early season moisture, efficient integrated pest management and to cultivate fuller season varieties with higher yield potential. The BTx623NSZ _ RIPG mapping population consists of 292 inbred lines, was evaluated for expression of early season cold tolerance based on field and controlled condition (15°C) germinability/emergence and seedling vigor; data for these traits are provided from two years of early season field screen and minimum of three laboratory studies. A detailed analysis of gene expression pattern and root morphological traits under cold stress (15°C) were characterized for the parents of the inbred population. Seeds were bulked from 10 representative uniform plants at F6 generation and advanced by selfing to F1 generation. Briefly, BTx623NSZ_RIPG, was developed by hand emasculation of the female parent BTx623 and pollination with PI 568016 in the polyhouse at Cropping Systems Research Laboratory, Lubbock, TX in 2012. The resulting F1 hybrid was intermediate in height between the 2 parents, with brown seed color. A total of 300 F2 plants were planted at the F3 generation followed by careful advancement to F4 to F7 generations performed alternately in Lubbock, Texas and Lajas, Puerto Rico. At the F6:7 stage of development ten representative uniform plants were tagged and seeds were bulked from the 10 tagged plants to compose each line. A total of 292 RILs were generated and are used to represent the BTx623NSZ_RIPG. The population was developed thru cooperative efforts of PSGD team of: Dr. Gloria Burow, Dr. John Burke, Dr. Ratan Chopra, Ms. Halee Hughes, and Mr. Jacob Sanchez.1963625PI 687528
127PI 68752915FS130Sorghum bicolor (L.) Moench subsp. bicolor S92016Breeding materialImprovement of cold tolerance at key stages of growth and deployment of favorable alleles for root traits and cold tolerance into elite sorghum genetic resources are recognized as critical factors for sorghum production in drier and cooler regions of the US, permitting farmers to capitalize on early season moisture, efficient integrated pest management and to cultivate fuller season varieties with higher yield potential. The BTx623NSZ _ RIPG mapping population consists of 292 inbred lines, was evaluated for expression of early season cold tolerance based on field and controlled condition (15°C) germinability/emergence and seedling vigor; data for these traits are provided from two years of early season field screen and minimum of three laboratory studies. A detailed analysis of gene expression pattern and root morphological traits under cold stress (15°C) were characterized for the parents of the inbred population. Seeds were bulked from 10 representative uniform plants at F6 generation and advanced by selfing to F1 generation. Briefly, BTx623NSZ_RIPG, was developed by hand emasculation of the female parent BTx623 and pollination with PI 568016 in the polyhouse at Cropping Systems Research Laboratory, Lubbock, TX in 2012. The resulting F1 hybrid was intermediate in height between the 2 parents, with brown seed color. A total of 300 F2 plants were planted at the F3 generation followed by careful advancement to F4 to F7 generations performed alternately in Lubbock, Texas and Lajas, Puerto Rico. At the F6:7 stage of development ten representative uniform plants were tagged and seeds were bulked from the 10 tagged plants to compose each line. A total of 292 RILs were generated and are used to represent the BTx623NSZ_RIPG. The population was developed thru cooperative efforts of PSGD team of: Dr. Gloria Burow, Dr. John Burke, Dr. Ratan Chopra, Ms. Halee Hughes, and Mr. Jacob Sanchez.1963626PI 687529
128PI 68753015FS131Sorghum bicolor (L.) Moench subsp. bicolor S92016Breeding materialImprovement of cold tolerance at key stages of growth and deployment of favorable alleles for root traits and cold tolerance into elite sorghum genetic resources are recognized as critical factors for sorghum production in drier and cooler regions of the US, permitting farmers to capitalize on early season moisture, efficient integrated pest management and to cultivate fuller season varieties with higher yield potential. The BTx623NSZ _ RIPG mapping population consists of 292 inbred lines, was evaluated for expression of early season cold tolerance based on field and controlled condition (15°C) germinability/emergence and seedling vigor; data for these traits are provided from two years of early season field screen and minimum of three laboratory studies. A detailed analysis of gene expression pattern and root morphological traits under cold stress (15°C) were characterized for the parents of the inbred population. Seeds were bulked from 10 representative uniform plants at F6 generation and advanced by selfing to F1 generation. Briefly, BTx623NSZ_RIPG, was developed by hand emasculation of the female parent BTx623 and pollination with PI 568016 in the polyhouse at Cropping Systems Research Laboratory, Lubbock, TX in 2012. The resulting F1 hybrid was intermediate in height between the 2 parents, with brown seed color. A total of 300 F2 plants were planted at the F3 generation followed by careful advancement to F4 to F7 generations performed alternately in Lubbock, Texas and Lajas, Puerto Rico. At the F6:7 stage of development ten representative uniform plants were tagged and seeds were bulked from the 10 tagged plants to compose each line. A total of 292 RILs were generated and are used to represent the BTx623NSZ_RIPG. The population was developed thru cooperative efforts of PSGD team of: Dr. Gloria Burow, Dr. John Burke, Dr. Ratan Chopra, Ms. Halee Hughes, and Mr. Jacob Sanchez.1963627PI 687530
129PI 68753115FS132Sorghum bicolor (L.) Moench subsp. bicolor S92016Breeding materialImprovement of cold tolerance at key stages of growth and deployment of favorable alleles for root traits and cold tolerance into elite sorghum genetic resources are recognized as critical factors for sorghum production in drier and cooler regions of the US, permitting farmers to capitalize on early season moisture, efficient integrated pest management and to cultivate fuller season varieties with higher yield potential. The BTx623NSZ _ RIPG mapping population consists of 292 inbred lines, was evaluated for expression of early season cold tolerance based on field and controlled condition (15°C) germinability/emergence and seedling vigor; data for these traits are provided from two years of early season field screen and minimum of three laboratory studies. A detailed analysis of gene expression pattern and root morphological traits under cold stress (15°C) were characterized for the parents of the inbred population. Seeds were bulked from 10 representative uniform plants at F6 generation and advanced by selfing to F1 generation. Briefly, BTx623NSZ_RIPG, was developed by hand emasculation of the female parent BTx623 and pollination with PI 568016 in the polyhouse at Cropping Systems Research Laboratory, Lubbock, TX in 2012. The resulting F1 hybrid was intermediate in height between the 2 parents, with brown seed color. A total of 300 F2 plants were planted at the F3 generation followed by careful advancement to F4 to F7 generations performed alternately in Lubbock, Texas and Lajas, Puerto Rico. At the F6:7 stage of development ten representative uniform plants were tagged and seeds were bulked from the 10 tagged plants to compose each line. A total of 292 RILs were generated and are used to represent the BTx623NSZ_RIPG. The population was developed thru cooperative efforts of PSGD team of: Dr. Gloria Burow, Dr. John Burke, Dr. Ratan Chopra, Ms. Halee Hughes, and Mr. Jacob Sanchez.1963628PI 687531
130PI 68753215FS133Sorghum bicolor (L.) Moench subsp. bicolor S92016Breeding materialImprovement of cold tolerance at key stages of growth and deployment of favorable alleles for root traits and cold tolerance into elite sorghum genetic resources are recognized as critical factors for sorghum production in drier and cooler regions of the US, permitting farmers to capitalize on early season moisture, efficient integrated pest management and to cultivate fuller season varieties with higher yield potential. The BTx623NSZ _ RIPG mapping population consists of 292 inbred lines, was evaluated for expression of early season cold tolerance based on field and controlled condition (15°C) germinability/emergence and seedling vigor; data for these traits are provided from two years of early season field screen and minimum of three laboratory studies. A detailed analysis of gene expression pattern and root morphological traits under cold stress (15°C) were characterized for the parents of the inbred population. Seeds were bulked from 10 representative uniform plants at F6 generation and advanced by selfing to F1 generation. Briefly, BTx623NSZ_RIPG, was developed by hand emasculation of the female parent BTx623 and pollination with PI 568016 in the polyhouse at Cropping Systems Research Laboratory, Lubbock, TX in 2012. The resulting F1 hybrid was intermediate in height between the 2 parents, with brown seed color. A total of 300 F2 plants were planted at the F3 generation followed by careful advancement to F4 to F7 generations performed alternately in Lubbock, Texas and Lajas, Puerto Rico. At the F6:7 stage of development ten representative uniform plants were tagged and seeds were bulked from the 10 tagged plants to compose each line. A total of 292 RILs were generated and are used to represent the BTx623NSZ_RIPG. The population was developed thru cooperative efforts of PSGD team of: Dr. Gloria Burow, Dr. John Burke, Dr. Ratan Chopra, Ms. Halee Hughes, and Mr. Jacob Sanchez.1963629PI 687532
131PI 68753315FS134Sorghum bicolor (L.) Moench subsp. bicolor S92016Breeding materialImprovement of cold tolerance at key stages of growth and deployment of favorable alleles for root traits and cold tolerance into elite sorghum genetic resources are recognized as critical factors for sorghum production in drier and cooler regions of the US, permitting farmers to capitalize on early season moisture, efficient integrated pest management and to cultivate fuller season varieties with higher yield potential. The BTx623NSZ _ RIPG mapping population consists of 292 inbred lines, was evaluated for expression of early season cold tolerance based on field and controlled condition (15°C) germinability/emergence and seedling vigor; data for these traits are provided from two years of early season field screen and minimum of three laboratory studies. A detailed analysis of gene expression pattern and root morphological traits under cold stress (15°C) were characterized for the parents of the inbred population. Seeds were bulked from 10 representative uniform plants at F6 generation and advanced by selfing to F1 generation. Briefly, BTx623NSZ_RIPG, was developed by hand emasculation of the female parent BTx623 and pollination with PI 568016 in the polyhouse at Cropping Systems Research Laboratory, Lubbock, TX in 2012. The resulting F1 hybrid was intermediate in height between the 2 parents, with brown seed color. A total of 300 F2 plants were planted at the F3 generation followed by careful advancement to F4 to F7 generations performed alternately in Lubbock, Texas and Lajas, Puerto Rico. At the F6:7 stage of development ten representative uniform plants were tagged and seeds were bulked from the 10 tagged plants to compose each line. A total of 292 RILs were generated and are used to represent the BTx623NSZ_RIPG. The population was developed thru cooperative efforts of PSGD team of: Dr. Gloria Burow, Dr. John Burke, Dr. Ratan Chopra, Ms. Halee Hughes, and Mr. Jacob Sanchez.1963630PI 687533
132PI 68753415FS135Sorghum bicolor (L.) Moench subsp. bicolor S92016Breeding materialImprovement of cold tolerance at key stages of growth and deployment of favorable alleles for root traits and cold tolerance into elite sorghum genetic resources are recognized as critical factors for sorghum production in drier and cooler regions of the US, permitting farmers to capitalize on early season moisture, efficient integrated pest management and to cultivate fuller season varieties with higher yield potential. The BTx623NSZ _ RIPG mapping population consists of 292 inbred lines, was evaluated for expression of early season cold tolerance based on field and controlled condition (15°C) germinability/emergence and seedling vigor; data for these traits are provided from two years of early season field screen and minimum of three laboratory studies. A detailed analysis of gene expression pattern and root morphological traits under cold stress (15°C) were characterized for the parents of the inbred population. Seeds were bulked from 10 representative uniform plants at F6 generation and advanced by selfing to F1 generation. Briefly, BTx623NSZ_RIPG, was developed by hand emasculation of the female parent BTx623 and pollination with PI 568016 in the polyhouse at Cropping Systems Research Laboratory, Lubbock, TX in 2012. The resulting F1 hybrid was intermediate in height between the 2 parents, with brown seed color. A total of 300 F2 plants were planted at the F3 generation followed by careful advancement to F4 to F7 generations performed alternately in Lubbock, Texas and Lajas, Puerto Rico. At the F6:7 stage of development ten representative uniform plants were tagged and seeds were bulked from the 10 tagged plants to compose each line. A total of 292 RILs were generated and are used to represent the BTx623NSZ_RIPG. The population was developed thru cooperative efforts of PSGD team of: Dr. Gloria Burow, Dr. John Burke, Dr. Ratan Chopra, Ms. Halee Hughes, and Mr. Jacob Sanchez.1963631PI 687534
133PI 68753515FS136Sorghum bicolor (L.) Moench subsp. bicolor S92016Breeding materialImprovement of cold tolerance at key stages of growth and deployment of favorable alleles for root traits and cold tolerance into elite sorghum genetic resources are recognized as critical factors for sorghum production in drier and cooler regions of the US, permitting farmers to capitalize on early season moisture, efficient integrated pest management and to cultivate fuller season varieties with higher yield potential. The BTx623NSZ _ RIPG mapping population consists of 292 inbred lines, was evaluated for expression of early season cold tolerance based on field and controlled condition (15°C) germinability/emergence and seedling vigor; data for these traits are provided from two years of early season field screen and minimum of three laboratory studies. A detailed analysis of gene expression pattern and root morphological traits under cold stress (15°C) were characterized for the parents of the inbred population. Seeds were bulked from 10 representative uniform plants at F6 generation and advanced by selfing to F1 generation. Briefly, BTx623NSZ_RIPG, was developed by hand emasculation of the female parent BTx623 and pollination with PI 568016 in the polyhouse at Cropping Systems Research Laboratory, Lubbock, TX in 2012. The resulting F1 hybrid was intermediate in height between the 2 parents, with brown seed color. A total of 300 F2 plants were planted at the F3 generation followed by careful advancement to F4 to F7 generations performed alternately in Lubbock, Texas and Lajas, Puerto Rico. At the F6:7 stage of development ten representative uniform plants were tagged and seeds were bulked from the 10 tagged plants to compose each line. A total of 292 RILs were generated and are used to represent the BTx623NSZ_RIPG. The population was developed thru cooperative efforts of PSGD team of: Dr. Gloria Burow, Dr. John Burke, Dr. Ratan Chopra, Ms. Halee Hughes, and Mr. Jacob Sanchez.1963632PI 687535
134PI 68753615FS137Sorghum bicolor (L.) Moench subsp. bicolor S92016Breeding materialImprovement of cold tolerance at key stages of growth and deployment of favorable alleles for root traits and cold tolerance into elite sorghum genetic resources are recognized as critical factors for sorghum production in drier and cooler regions of the US, permitting farmers to capitalize on early season moisture, efficient integrated pest management and to cultivate fuller season varieties with higher yield potential. The BTx623NSZ _ RIPG mapping population consists of 292 inbred lines, was evaluated for expression of early season cold tolerance based on field and controlled condition (15°C) germinability/emergence and seedling vigor; data for these traits are provided from two years of early season field screen and minimum of three laboratory studies. A detailed analysis of gene expression pattern and root morphological traits under cold stress (15°C) were characterized for the parents of the inbred population. Seeds were bulked from 10 representative uniform plants at F6 generation and advanced by selfing to F1 generation. Briefly, BTx623NSZ_RIPG, was developed by hand emasculation of the female parent BTx623 and pollination with PI 568016 in the polyhouse at Cropping Systems Research Laboratory, Lubbock, TX in 2012. The resulting F1 hybrid was intermediate in height between the 2 parents, with brown seed color. A total of 300 F2 plants were planted at the F3 generation followed by careful advancement to F4 to F7 generations performed alternately in Lubbock, Texas and Lajas, Puerto Rico. At the F6:7 stage of development ten representative uniform plants were tagged and seeds were bulked from the 10 tagged plants to compose each line. A total of 292 RILs were generated and are used to represent the BTx623NSZ_RIPG. The population was developed thru cooperative efforts of PSGD team of: Dr. Gloria Burow, Dr. John Burke, Dr. Ratan Chopra, Ms. Halee Hughes, and Mr. Jacob Sanchez.1963633PI 687536
135PI 68753715FS138Sorghum bicolor (L.) Moench subsp. bicolor S92016Breeding materialImprovement of cold tolerance at key stages of growth and deployment of favorable alleles for root traits and cold tolerance into elite sorghum genetic resources are recognized as critical factors for sorghum production in drier and cooler regions of the US, permitting farmers to capitalize on early season moisture, efficient integrated pest management and to cultivate fuller season varieties with higher yield potential. The BTx623NSZ _ RIPG mapping population consists of 292 inbred lines, was evaluated for expression of early season cold tolerance based on field and controlled condition (15°C) germinability/emergence and seedling vigor; data for these traits are provided from two years of early season field screen and minimum of three laboratory studies. A detailed analysis of gene expression pattern and root morphological traits under cold stress (15°C) were characterized for the parents of the inbred population. Seeds were bulked from 10 representative uniform plants at F6 generation and advanced by selfing to F1 generation. Briefly, BTx623NSZ_RIPG, was developed by hand emasculation of the female parent BTx623 and pollination with PI 568016 in the polyhouse at Cropping Systems Research Laboratory, Lubbock, TX in 2012. The resulting F1 hybrid was intermediate in height between the 2 parents, with brown seed color. A total of 300 F2 plants were planted at the F3 generation followed by careful advancement to F4 to F7 generations performed alternately in Lubbock, Texas and Lajas, Puerto Rico. At the F6:7 stage of development ten representative uniform plants were tagged and seeds were bulked from the 10 tagged plants to compose each line. A total of 292 RILs were generated and are used to represent the BTx623NSZ_RIPG. The population was developed thru cooperative efforts of PSGD team of: Dr. Gloria Burow, Dr. John Burke, Dr. Ratan Chopra, Ms. Halee Hughes, and Mr. Jacob Sanchez.1963634PI 687537
136PI 68753815FS139Sorghum bicolor (L.) Moench subsp. bicolor S92016Breeding materialImprovement of cold tolerance at key stages of growth and deployment of favorable alleles for root traits and cold tolerance into elite sorghum genetic resources are recognized as critical factors for sorghum production in drier and cooler regions of the US, permitting farmers to capitalize on early season moisture, efficient integrated pest management and to cultivate fuller season varieties with higher yield potential. The BTx623NSZ _ RIPG mapping population consists of 292 inbred lines, was evaluated for expression of early season cold tolerance based on field and controlled condition (15°C) germinability/emergence and seedling vigor; data for these traits are provided from two years of early season field screen and minimum of three laboratory studies. A detailed analysis of gene expression pattern and root morphological traits under cold stress (15°C) were characterized for the parents of the inbred population. Seeds were bulked from 10 representative uniform plants at F6 generation and advanced by selfing to F1 generation. Briefly, BTx623NSZ_RIPG, was developed by hand emasculation of the female parent BTx623 and pollination with PI 568016 in the polyhouse at Cropping Systems Research Laboratory, Lubbock, TX in 2012. The resulting F1 hybrid was intermediate in height between the 2 parents, with brown seed color. A total of 300 F2 plants were planted at the F3 generation followed by careful advancement to F4 to F7 generations performed alternately in Lubbock, Texas and Lajas, Puerto Rico. At the F6:7 stage of development ten representative uniform plants were tagged and seeds were bulked from the 10 tagged plants to compose each line. A total of 292 RILs were generated and are used to represent the BTx623NSZ_RIPG. The population was developed thru cooperative efforts of PSGD team of: Dr. Gloria Burow, Dr. John Burke, Dr. Ratan Chopra, Ms. Halee Hughes, and Mr. Jacob Sanchez.1963635PI 687538
137PI 68753915FS140Sorghum bicolor (L.) Moench subsp. bicolor S92016Breeding materialImprovement of cold tolerance at key stages of growth and deployment of favorable alleles for root traits and cold tolerance into elite sorghum genetic resources are recognized as critical factors for sorghum production in drier and cooler regions of the US, permitting farmers to capitalize on early season moisture, efficient integrated pest management and to cultivate fuller season varieties with higher yield potential. The BTx623NSZ _ RIPG mapping population consists of 292 inbred lines, was evaluated for expression of early season cold tolerance based on field and controlled condition (15°C) germinability/emergence and seedling vigor; data for these traits are provided from two years of early season field screen and minimum of three laboratory studies. A detailed analysis of gene expression pattern and root morphological traits under cold stress (15°C) were characterized for the parents of the inbred population. Seeds were bulked from 10 representative uniform plants at F6 generation and advanced by selfing to F1 generation. Briefly, BTx623NSZ_RIPG, was developed by hand emasculation of the female parent BTx623 and pollination with PI 568016 in the polyhouse at Cropping Systems Research Laboratory, Lubbock, TX in 2012. The resulting F1 hybrid was intermediate in height between the 2 parents, with brown seed color. A total of 300 F2 plants were planted at the F3 generation followed by careful advancement to F4 to F7 generations performed alternately in Lubbock, Texas and Lajas, Puerto Rico. At the F6:7 stage of development ten representative uniform plants were tagged and seeds were bulked from the 10 tagged plants to compose each line. A total of 292 RILs were generated and are used to represent the BTx623NSZ_RIPG. The population was developed thru cooperative efforts of PSGD team of: Dr. Gloria Burow, Dr. John Burke, Dr. Ratan Chopra, Ms. Halee Hughes, and Mr. Jacob Sanchez.1963636PI 687539
138PI 68754015FS141Sorghum bicolor (L.) Moench subsp. bicolor S92016Breeding materialImprovement of cold tolerance at key stages of growth and deployment of favorable alleles for root traits and cold tolerance into elite sorghum genetic resources are recognized as critical factors for sorghum production in drier and cooler regions of the US, permitting farmers to capitalize on early season moisture, efficient integrated pest management and to cultivate fuller season varieties with higher yield potential. The BTx623NSZ _ RIPG mapping population consists of 292 inbred lines, was evaluated for expression of early season cold tolerance based on field and controlled condition (15°C) germinability/emergence and seedling vigor; data for these traits are provided from two years of early season field screen and minimum of three laboratory studies. A detailed analysis of gene expression pattern and root morphological traits under cold stress (15°C) were characterized for the parents of the inbred population. Seeds were bulked from 10 representative uniform plants at F6 generation and advanced by selfing to F1 generation. Briefly, BTx623NSZ_RIPG, was developed by hand emasculation of the female parent BTx623 and pollination with PI 568016 in the polyhouse at Cropping Systems Research Laboratory, Lubbock, TX in 2012. The resulting F1 hybrid was intermediate in height between the 2 parents, with brown seed color. A total of 300 F2 plants were planted at the F3 generation followed by careful advancement to F4 to F7 generations performed alternately in Lubbock, Texas and Lajas, Puerto Rico. At the F6:7 stage of development ten representative uniform plants were tagged and seeds were bulked from the 10 tagged plants to compose each line. A total of 292 RILs were generated and are used to represent the BTx623NSZ_RIPG. The population was developed thru cooperative efforts of PSGD team of: Dr. Gloria Burow, Dr. John Burke, Dr. Ratan Chopra, Ms. Halee Hughes, and Mr. Jacob Sanchez.1963637PI 687540
139PI 68754115FS497Sorghum bicolor (L.) Moench subsp. bicolor S92016Breeding materialImprovement of cold tolerance at key stages of growth and deployment of favorable alleles for root traits and cold tolerance into elite sorghum genetic resources are recognized as critical factors for sorghum production in drier and cooler regions of the US, permitting farmers to capitalize on early season moisture, efficient integrated pest management and to cultivate fuller season varieties with higher yield potential. The BTx623NSZ _ RIPG mapping population consists of 292 inbred lines, was evaluated for expression of early season cold tolerance based on field and controlled condition (15°C) germinability/emergence and seedling vigor; data for these traits are provided from two years of early season field screen and minimum of three laboratory studies. A detailed analysis of gene expression pattern and root morphological traits under cold stress (15°C) were characterized for the parents of the inbred population. Seeds were bulked from 10 representative uniform plants at F6 generation and advanced by selfing to F1 generation. Briefly, BTx623NSZ_RIPG, was developed by hand emasculation of the female parent BTx623 and pollination with PI 568016 in the polyhouse at Cropping Systems Research Laboratory, Lubbock, TX in 2012. The resulting F1 hybrid was intermediate in height between the 2 parents, with brown seed color. A total of 300 F2 plants were planted at the F3 generation followed by careful advancement to F4 to F7 generations performed alternately in Lubbock, Texas and Lajas, Puerto Rico. At the F6:7 stage of development ten representative uniform plants were tagged and seeds were bulked from the 10 tagged plants to compose each line. A total of 292 RILs were generated and are used to represent the BTx623NSZ_RIPG. The population was developed thru cooperative efforts of PSGD team of: Dr. Gloria Burow, Dr. John Burke, Dr. Ratan Chopra, Ms. Halee Hughes, and Mr. Jacob Sanchez.1963638PI 687541
140PI 68754215FS143Sorghum bicolor (L.) Moench subsp. bicolor S92016Breeding materialImprovement of cold tolerance at key stages of growth and deployment of favorable alleles for root traits and cold tolerance into elite sorghum genetic resources are recognized as critical factors for sorghum production in drier and cooler regions of the US, permitting farmers to capitalize on early season moisture, efficient integrated pest management and to cultivate fuller season varieties with higher yield potential. The BTx623NSZ _ RIPG mapping population consists of 292 inbred lines, was evaluated for expression of early season cold tolerance based on field and controlled condition (15°C) germinability/emergence and seedling vigor; data for these traits are provided from two years of early season field screen and minimum of three laboratory studies. A detailed analysis of gene expression pattern and root morphological traits under cold stress (15°C) were characterized for the parents of the inbred population. Seeds were bulked from 10 representative uniform plants at F6 generation and advanced by selfing to F1 generation. Briefly, BTx623NSZ_RIPG, was developed by hand emasculation of the female parent BTx623 and pollination with PI 568016 in the polyhouse at Cropping Systems Research Laboratory, Lubbock, TX in 2012. The resulting F1 hybrid was intermediate in height between the 2 parents, with brown seed color. A total of 300 F2 plants were planted at the F3 generation followed by careful advancement to F4 to F7 generations performed alternately in Lubbock, Texas and Lajas, Puerto Rico. At the F6:7 stage of development ten representative uniform plants were tagged and seeds were bulked from the 10 tagged plants to compose each line. A total of 292 RILs were generated and are used to represent the BTx623NSZ_RIPG. The population was developed thru cooperative efforts of PSGD team of: Dr. Gloria Burow, Dr. John Burke, Dr. Ratan Chopra, Ms. Halee Hughes, and Mr. Jacob Sanchez.1963639PI 687542
141PI 68754315FS144Sorghum bicolor (L.) Moench subsp. bicolor S92016Breeding materialImprovement of cold tolerance at key stages of growth and deployment of favorable alleles for root traits and cold tolerance into elite sorghum genetic resources are recognized as critical factors for sorghum production in drier and cooler regions of the US, permitting farmers to capitalize on early season moisture, efficient integrated pest management and to cultivate fuller season varieties with higher yield potential. The BTx623NSZ _ RIPG mapping population consists of 292 inbred lines, was evaluated for expression of early season cold tolerance based on field and controlled condition (15°C) germinability/emergence and seedling vigor; data for these traits are provided from two years of early season field screen and minimum of three laboratory studies. A detailed analysis of gene expression pattern and root morphological traits under cold stress (15°C) were characterized for the parents of the inbred population. Seeds were bulked from 10 representative uniform plants at F6 generation and advanced by selfing to F1 generation. Briefly, BTx623NSZ_RIPG, was developed by hand emasculation of the female parent BTx623 and pollination with PI 568016 in the polyhouse at Cropping Systems Research Laboratory, Lubbock, TX in 2012. The resulting F1 hybrid was intermediate in height between the 2 parents, with brown seed color. A total of 300 F2 plants were planted at the F3 generation followed by careful advancement to F4 to F7 generations performed alternately in Lubbock, Texas and Lajas, Puerto Rico. At the F6:7 stage of development ten representative uniform plants were tagged and seeds were bulked from the 10 tagged plants to compose each line. A total of 292 RILs were generated and are used to represent the BTx623NSZ_RIPG. The population was developed thru cooperative efforts of PSGD team of: Dr. Gloria Burow, Dr. John Burke, Dr. Ratan Chopra, Ms. Halee Hughes, and Mr. Jacob Sanchez.1963640PI 687543
142PI 68754415FS145Sorghum bicolor (L.) Moench subsp. bicolor S92016Breeding materialImprovement of cold tolerance at key stages of growth and deployment of favorable alleles for root traits and cold tolerance into elite sorghum genetic resources are recognized as critical factors for sorghum production in drier and cooler regions of the US, permitting farmers to capitalize on early season moisture, efficient integrated pest management and to cultivate fuller season varieties with higher yield potential. The BTx623NSZ _ RIPG mapping population consists of 292 inbred lines, was evaluated for expression of early season cold tolerance based on field and controlled condition (15°C) germinability/emergence and seedling vigor; data for these traits are provided from two years of early season field screen and minimum of three laboratory studies. A detailed analysis of gene expression pattern and root morphological traits under cold stress (15°C) were characterized for the parents of the inbred population. Seeds were bulked from 10 representative uniform plants at F6 generation and advanced by selfing to F1 generation. Briefly, BTx623NSZ_RIPG, was developed by hand emasculation of the female parent BTx623 and pollination with PI 568016 in the polyhouse at Cropping Systems Research Laboratory, Lubbock, TX in 2012. The resulting F1 hybrid was intermediate in height between the 2 parents, with brown seed color. A total of 300 F2 plants were planted at the F3 generation followed by careful advancement to F4 to F7 generations performed alternately in Lubbock, Texas and Lajas, Puerto Rico. At the F6:7 stage of development ten representative uniform plants were tagged and seeds were bulked from the 10 tagged plants to compose each line. A total of 292 RILs were generated and are used to represent the BTx623NSZ_RIPG. The population was developed thru cooperative efforts of PSGD team of: Dr. Gloria Burow, Dr. John Burke, Dr. Ratan Chopra, Ms. Halee Hughes, and Mr. Jacob Sanchez.1963641PI 687544
143PI 68754515FS146Sorghum bicolor (L.) Moench subsp. bicolor S92016Breeding materialImprovement of cold tolerance at key stages of growth and deployment of favorable alleles for root traits and cold tolerance into elite sorghum genetic resources are recognized as critical factors for sorghum production in drier and cooler regions of the US, permitting farmers to capitalize on early season moisture, efficient integrated pest management and to cultivate fuller season varieties with higher yield potential. The BTx623NSZ _ RIPG mapping population consists of 292 inbred lines, was evaluated for expression of early season cold tolerance based on field and controlled condition (15°C) germinability/emergence and seedling vigor; data for these traits are provided from two years of early season field screen and minimum of three laboratory studies. A detailed analysis of gene expression pattern and root morphological traits under cold stress (15°C) were characterized for the parents of the inbred population. Seeds were bulked from 10 representative uniform plants at F6 generation and advanced by selfing to F1 generation. Briefly, BTx623NSZ_RIPG, was developed by hand emasculation of the female parent BTx623 and pollination with PI 568016 in the polyhouse at Cropping Systems Research Laboratory, Lubbock, TX in 2012. The resulting F1 hybrid was intermediate in height between the 2 parents, with brown seed color. A total of 300 F2 plants were planted at the F3 generation followed by careful advancement to F4 to F7 generations performed alternately in Lubbock, Texas and Lajas, Puerto Rico. At the F6:7 stage of development ten representative uniform plants were tagged and seeds were bulked from the 10 tagged plants to compose each line. A total of 292 RILs were generated and are used to represent the BTx623NSZ_RIPG. The population was developed thru cooperative efforts of PSGD team of: Dr. Gloria Burow, Dr. John Burke, Dr. Ratan Chopra, Ms. Halee Hughes, and Mr. Jacob Sanchez.1963642PI 687545
144PI 68754615FS147Sorghum bicolor (L.) Moench subsp. bicolor S92016Breeding materialImprovement of cold tolerance at key stages of growth and deployment of favorable alleles for root traits and cold tolerance into elite sorghum genetic resources are recognized as critical factors for sorghum production in drier and cooler regions of the US, permitting farmers to capitalize on early season moisture, efficient integrated pest management and to cultivate fuller season varieties with higher yield potential. The BTx623NSZ _ RIPG mapping population consists of 292 inbred lines, was evaluated for expression of early season cold tolerance based on field and controlled condition (15°C) germinability/emergence and seedling vigor; data for these traits are provided from two years of early season field screen and minimum of three laboratory studies. A detailed analysis of gene expression pattern and root morphological traits under cold stress (15°C) were characterized for the parents of the inbred population. Seeds were bulked from 10 representative uniform plants at F6 generation and advanced by selfing to F1 generation. Briefly, BTx623NSZ_RIPG, was developed by hand emasculation of the female parent BTx623 and pollination with PI 568016 in the polyhouse at Cropping Systems Research Laboratory, Lubbock, TX in 2012. The resulting F1 hybrid was intermediate in height between the 2 parents, with brown seed color. A total of 300 F2 plants were planted at the F3 generation followed by careful advancement to F4 to F7 generations performed alternately in Lubbock, Texas and Lajas, Puerto Rico. At the F6:7 stage of development ten representative uniform plants were tagged and seeds were bulked from the 10 tagged plants to compose each line. A total of 292 RILs were generated and are used to represent the BTx623NSZ_RIPG. The population was developed thru cooperative efforts of PSGD team of: Dr. Gloria Burow, Dr. John Burke, Dr. Ratan Chopra, Ms. Halee Hughes, and Mr. Jacob Sanchez.1963643PI 687546
145PI 68754715FS148Sorghum bicolor (L.) Moench subsp. bicolor S92016Breeding materialImprovement of cold tolerance at key stages of growth and deployment of favorable alleles for root traits and cold tolerance into elite sorghum genetic resources are recognized as critical factors for sorghum production in drier and cooler regions of the US, permitting farmers to capitalize on early season moisture, efficient integrated pest management and to cultivate fuller season varieties with higher yield potential. The BTx623NSZ _ RIPG mapping population consists of 292 inbred lines, was evaluated for expression of early season cold tolerance based on field and controlled condition (15°C) germinability/emergence and seedling vigor; data for these traits are provided from two years of early season field screen and minimum of three laboratory studies. A detailed analysis of gene expression pattern and root morphological traits under cold stress (15°C) were characterized for the parents of the inbred population. Seeds were bulked from 10 representative uniform plants at F6 generation and advanced by selfing to F1 generation. Briefly, BTx623NSZ_RIPG, was developed by hand emasculation of the female parent BTx623 and pollination with PI 568016 in the polyhouse at Cropping Systems Research Laboratory, Lubbock, TX in 2012. The resulting F1 hybrid was intermediate in height between the 2 parents, with brown seed color. A total of 300 F2 plants were planted at the F3 generation followed by careful advancement to F4 to F7 generations performed alternately in Lubbock, Texas and Lajas, Puerto Rico. At the F6:7 stage of development ten representative uniform plants were tagged and seeds were bulked from the 10 tagged plants to compose each line. A total of 292 RILs were generated and are used to represent the BTx623NSZ_RIPG. The population was developed thru cooperative efforts of PSGD team of: Dr. Gloria Burow, Dr. John Burke, Dr. Ratan Chopra, Ms. Halee Hughes, and Mr. Jacob Sanchez.1963644PI 687547
146PI 68754815FS149Sorghum bicolor (L.) Moench subsp. bicolor S92016Breeding materialImprovement of cold tolerance at key stages of growth and deployment of favorable alleles for root traits and cold tolerance into elite sorghum genetic resources are recognized as critical factors for sorghum production in drier and cooler regions of the US, permitting farmers to capitalize on early season moisture, efficient integrated pest management and to cultivate fuller season varieties with higher yield potential. The BTx623NSZ _ RIPG mapping population consists of 292 inbred lines, was evaluated for expression of early season cold tolerance based on field and controlled condition (15°C) germinability/emergence and seedling vigor; data for these traits are provided from two years of early season field screen and minimum of three laboratory studies. A detailed analysis of gene expression pattern and root morphological traits under cold stress (15°C) were characterized for the parents of the inbred population. Seeds were bulked from 10 representative uniform plants at F6 generation and advanced by selfing to F1 generation. Briefly, BTx623NSZ_RIPG, was developed by hand emasculation of the female parent BTx623 and pollination with PI 568016 in the polyhouse at Cropping Systems Research Laboratory, Lubbock, TX in 2012. The resulting F1 hybrid was intermediate in height between the 2 parents, with brown seed color. A total of 300 F2 plants were planted at the F3 generation followed by careful advancement to F4 to F7 generations performed alternately in Lubbock, Texas and Lajas, Puerto Rico. At the F6:7 stage of development ten representative uniform plants were tagged and seeds were bulked from the 10 tagged plants to compose each line. A total of 292 RILs were generated and are used to represent the BTx623NSZ_RIPG. The population was developed thru cooperative efforts of PSGD team of: Dr. Gloria Burow, Dr. John Burke, Dr. Ratan Chopra, Ms. Halee Hughes, and Mr. Jacob Sanchez.1963645PI 687548
147PI 68754915FS150Sorghum bicolor (L.) Moench subsp. bicolor S92016Breeding materialImprovement of cold tolerance at key stages of growth and deployment of favorable alleles for root traits and cold tolerance into elite sorghum genetic resources are recognized as critical factors for sorghum production in drier and cooler regions of the US, permitting farmers to capitalize on early season moisture, efficient integrated pest management and to cultivate fuller season varieties with higher yield potential. The BTx623NSZ _ RIPG mapping population consists of 292 inbred lines, was evaluated for expression of early season cold tolerance based on field and controlled condition (15°C) germinability/emergence and seedling vigor; data for these traits are provided from two years of early season field screen and minimum of three laboratory studies. A detailed analysis of gene expression pattern and root morphological traits under cold stress (15°C) were characterized for the parents of the inbred population. Seeds were bulked from 10 representative uniform plants at F6 generation and advanced by selfing to F1 generation. Briefly, BTx623NSZ_RIPG, was developed by hand emasculation of the female parent BTx623 and pollination with PI 568016 in the polyhouse at Cropping Systems Research Laboratory, Lubbock, TX in 2012. The resulting F1 hybrid was intermediate in height between the 2 parents, with brown seed color. A total of 300 F2 plants were planted at the F3 generation followed by careful advancement to F4 to F7 generations performed alternately in Lubbock, Texas and Lajas, Puerto Rico. At the F6:7 stage of development ten representative uniform plants were tagged and seeds were bulked from the 10 tagged plants to compose each line. A total of 292 RILs were generated and are used to represent the BTx623NSZ_RIPG. The population was developed thru cooperative efforts of PSGD team of: Dr. Gloria Burow, Dr. John Burke, Dr. Ratan Chopra, Ms. Halee Hughes, and Mr. Jacob Sanchez.1963646PI 687549
148PI 68755015FS151Sorghum bicolor (L.) Moench subsp. bicolor S92016Breeding materialImprovement of cold tolerance at key stages of growth and deployment of favorable alleles for root traits and cold tolerance into elite sorghum genetic resources are recognized as critical factors for sorghum production in drier and cooler regions of the US, permitting farmers to capitalize on early season moisture, efficient integrated pest management and to cultivate fuller season varieties with higher yield potential. The BTx623NSZ _ RIPG mapping population consists of 292 inbred lines, was evaluated for expression of early season cold tolerance based on field and controlled condition (15°C) germinability/emergence and seedling vigor; data for these traits are provided from two years of early season field screen and minimum of three laboratory studies. A detailed analysis of gene expression pattern and root morphological traits under cold stress (15°C) were characterized for the parents of the inbred population. Seeds were bulked from 10 representative uniform plants at F6 generation and advanced by selfing to F1 generation. Briefly, BTx623NSZ_RIPG, was developed by hand emasculation of the female parent BTx623 and pollination with PI 568016 in the polyhouse at Cropping Systems Research Laboratory, Lubbock, TX in 2012. The resulting F1 hybrid was intermediate in height between the 2 parents, with brown seed color. A total of 300 F2 plants were planted at the F3 generation followed by careful advancement to F4 to F7 generations performed alternately in Lubbock, Texas and Lajas, Puerto Rico. At the F6:7 stage of development ten representative uniform plants were tagged and seeds were bulked from the 10 tagged plants to compose each line. A total of 292 RILs were generated and are used to represent the BTx623NSZ_RIPG. The population was developed thru cooperative efforts of PSGD team of: Dr. Gloria Burow, Dr. John Burke, Dr. Ratan Chopra, Ms. Halee Hughes, and Mr. Jacob Sanchez.1963647PI 687550
149PI 68755115FS152Sorghum bicolor (L.) Moench subsp. bicolor S92016Breeding materialImprovement of cold tolerance at key stages of growth and deployment of favorable alleles for root traits and cold tolerance into elite sorghum genetic resources are recognized as critical factors for sorghum production in drier and cooler regions of the US, permitting farmers to capitalize on early season moisture, efficient integrated pest management and to cultivate fuller season varieties with higher yield potential. The BTx623NSZ _ RIPG mapping population consists of 292 inbred lines, was evaluated for expression of early season cold tolerance based on field and controlled condition (15°C) germinability/emergence and seedling vigor; data for these traits are provided from two years of early season field screen and minimum of three laboratory studies. A detailed analysis of gene expression pattern and root morphological traits under cold stress (15°C) were characterized for the parents of the inbred population. Seeds were bulked from 10 representative uniform plants at F6 generation and advanced by selfing to F1 generation. Briefly, BTx623NSZ_RIPG, was developed by hand emasculation of the female parent BTx623 and pollination with PI 568016 in the polyhouse at Cropping Systems Research Laboratory, Lubbock, TX in 2012. The resulting F1 hybrid was intermediate in height between the 2 parents, with brown seed color. A total of 300 F2 plants were planted at the F3 generation followed by careful advancement to F4 to F7 generations performed alternately in Lubbock, Texas and Lajas, Puerto Rico. At the F6:7 stage of development ten representative uniform plants were tagged and seeds were bulked from the 10 tagged plants to compose each line. A total of 292 RILs were generated and are used to represent the BTx623NSZ_RIPG. The population was developed thru cooperative efforts of PSGD team of: Dr. Gloria Burow, Dr. John Burke, Dr. Ratan Chopra, Ms. Halee Hughes, and Mr. Jacob Sanchez.1963648PI 687551
150PI 68755215FS153Sorghum bicolor (L.) Moench subsp. bicolor S92016Breeding materialImprovement of cold tolerance at key stages of growth and deployment of favorable alleles for root traits and cold tolerance into elite sorghum genetic resources are recognized as critical factors for sorghum production in drier and cooler regions of the US, permitting farmers to capitalize on early season moisture, efficient integrated pest management and to cultivate fuller season varieties with higher yield potential. The BTx623NSZ _ RIPG mapping population consists of 292 inbred lines, was evaluated for expression of early season cold tolerance based on field and controlled condition (15°C) germinability/emergence and seedling vigor; data for these traits are provided from two years of early season field screen and minimum of three laboratory studies. A detailed analysis of gene expression pattern and root morphological traits under cold stress (15°C) were characterized for the parents of the inbred population. Seeds were bulked from 10 representative uniform plants at F6 generation and advanced by selfing to F1 generation. Briefly, BTx623NSZ_RIPG, was developed by hand emasculation of the female parent BTx623 and pollination with PI 568016 in the polyhouse at Cropping Systems Research Laboratory, Lubbock, TX in 2012. The resulting F1 hybrid was intermediate in height between the 2 parents, with brown seed color. A total of 300 F2 plants were planted at the F3 generation followed by careful advancement to F4 to F7 generations performed alternately in Lubbock, Texas and Lajas, Puerto Rico. At the F6:7 stage of development ten representative uniform plants were tagged and seeds were bulked from the 10 tagged plants to compose each line. A total of 292 RILs were generated and are used to represent the BTx623NSZ_RIPG. The population was developed thru cooperative efforts of PSGD team of: Dr. Gloria Burow, Dr. John Burke, Dr. Ratan Chopra, Ms. Halee Hughes, and Mr. Jacob Sanchez.1963649PI 687552
151PI 68755315FS154Sorghum bicolor (L.) Moench subsp. bicolor S92016Breeding materialImprovement of cold tolerance at key stages of growth and deployment of favorable alleles for root traits and cold tolerance into elite sorghum genetic resources are recognized as critical factors for sorghum production in drier and cooler regions of the US, permitting farmers to capitalize on early season moisture, efficient integrated pest management and to cultivate fuller season varieties with higher yield potential. The BTx623NSZ _ RIPG mapping population consists of 292 inbred lines, was evaluated for expression of early season cold tolerance based on field and controlled condition (15°C) germinability/emergence and seedling vigor; data for these traits are provided from two years of early season field screen and minimum of three laboratory studies. A detailed analysis of gene expression pattern and root morphological traits under cold stress (15°C) were characterized for the parents of the inbred population. Seeds were bulked from 10 representative uniform plants at F6 generation and advanced by selfing to F1 generation. Briefly, BTx623NSZ_RIPG, was developed by hand emasculation of the female parent BTx623 and pollination with PI 568016 in the polyhouse at Cropping Systems Research Laboratory, Lubbock, TX in 2012. The resulting F1 hybrid was intermediate in height between the 2 parents, with brown seed color. A total of 300 F2 plants were planted at the F3 generation followed by careful advancement to F4 to F7 generations performed alternately in Lubbock, Texas and Lajas, Puerto Rico. At the F6:7 stage of development ten representative uniform plants were tagged and seeds were bulked from the 10 tagged plants to compose each line. A total of 292 RILs were generated and are used to represent the BTx623NSZ_RIPG. The population was developed thru cooperative efforts of PSGD team of: Dr. Gloria Burow, Dr. John Burke, Dr. Ratan Chopra, Ms. Halee Hughes, and Mr. Jacob Sanchez.1963650PI 687553
152PI 68755415FS155Sorghum bicolor (L.) Moench subsp. bicolor S92016Breeding materialImprovement of cold tolerance at key stages of growth and deployment of favorable alleles for root traits and cold tolerance into elite sorghum genetic resources are recognized as critical factors for sorghum production in drier and cooler regions of the US, permitting farmers to capitalize on early season moisture, efficient integrated pest management and to cultivate fuller season varieties with higher yield potential. The BTx623NSZ _ RIPG mapping population consists of 292 inbred lines, was evaluated for expression of early season cold tolerance based on field and controlled condition (15°C) germinability/emergence and seedling vigor; data for these traits are provided from two years of early season field screen and minimum of three laboratory studies. A detailed analysis of gene expression pattern and root morphological traits under cold stress (15°C) were characterized for the parents of the inbred population. Seeds were bulked from 10 representative uniform plants at F6 generation and advanced by selfing to F1 generation. Briefly, BTx623NSZ_RIPG, was developed by hand emasculation of the female parent BTx623 and pollination with PI 568016 in the polyhouse at Cropping Systems Research Laboratory, Lubbock, TX in 2012. The resulting F1 hybrid was intermediate in height between the 2 parents, with brown seed color. A total of 300 F2 plants were planted at the F3 generation followed by careful advancement to F4 to F7 generations performed alternately in Lubbock, Texas and Lajas, Puerto Rico. At the F6:7 stage of development ten representative uniform plants were tagged and seeds were bulked from the 10 tagged plants to compose each line. A total of 292 RILs were generated and are used to represent the BTx623NSZ_RIPG. The population was developed thru cooperative efforts of PSGD team of: Dr. Gloria Burow, Dr. John Burke, Dr. Ratan Chopra, Ms. Halee Hughes, and Mr. Jacob Sanchez.1963651PI 687554
153PI 68755515FS156Sorghum bicolor (L.) Moench subsp. bicolor S92016Breeding materialImprovement of cold tolerance at key stages of growth and deployment of favorable alleles for root traits and cold tolerance into elite sorghum genetic resources are recognized as critical factors for sorghum production in drier and cooler regions of the US, permitting farmers to capitalize on early season moisture, efficient integrated pest management and to cultivate fuller season varieties with higher yield potential. The BTx623NSZ _ RIPG mapping population consists of 292 inbred lines, was evaluated for expression of early season cold tolerance based on field and controlled condition (15°C) germinability/emergence and seedling vigor; data for these traits are provided from two years of early season field screen and minimum of three laboratory studies. A detailed analysis of gene expression pattern and root morphological traits under cold stress (15°C) were characterized for the parents of the inbred population. Seeds were bulked from 10 representative uniform plants at F6 generation and advanced by selfing to F1 generation. Briefly, BTx623NSZ_RIPG, was developed by hand emasculation of the female parent BTx623 and pollination with PI 568016 in the polyhouse at Cropping Systems Research Laboratory, Lubbock, TX in 2012. The resulting F1 hybrid was intermediate in height between the 2 parents, with brown seed color. A total of 300 F2 plants were planted at the F3 generation followed by careful advancement to F4 to F7 generations performed alternately in Lubbock, Texas and Lajas, Puerto Rico. At the F6:7 stage of development ten representative uniform plants were tagged and seeds were bulked from the 10 tagged plants to compose each line. A total of 292 RILs were generated and are used to represent the BTx623NSZ_RIPG. The population was developed thru cooperative efforts of PSGD team of: Dr. Gloria Burow, Dr. John Burke, Dr. Ratan Chopra, Ms. Halee Hughes, and Mr. Jacob Sanchez.1963652PI 687555
154PI 68755615FS157Sorghum bicolor (L.) Moench subsp. bicolor S92016Breeding materialImprovement of cold tolerance at key stages of growth and deployment of favorable alleles for root traits and cold tolerance into elite sorghum genetic resources are recognized as critical factors for sorghum production in drier and cooler regions of the US, permitting farmers to capitalize on early season moisture, efficient integrated pest management and to cultivate fuller season varieties with higher yield potential. The BTx623NSZ _ RIPG mapping population consists of 292 inbred lines, was evaluated for expression of early season cold tolerance based on field and controlled condition (15°C) germinability/emergence and seedling vigor; data for these traits are provided from two years of early season field screen and minimum of three laboratory studies. A detailed analysis of gene expression pattern and root morphological traits under cold stress (15°C) were characterized for the parents of the inbred population. Seeds were bulked from 10 representative uniform plants at F6 generation and advanced by selfing to F1 generation. Briefly, BTx623NSZ_RIPG, was developed by hand emasculation of the female parent BTx623 and pollination with PI 568016 in the polyhouse at Cropping Systems Research Laboratory, Lubbock, TX in 2012. The resulting F1 hybrid was intermediate in height between the 2 parents, with brown seed color. A total of 300 F2 plants were planted at the F3 generation followed by careful advancement to F4 to F7 generations performed alternately in Lubbock, Texas and Lajas, Puerto Rico. At the F6:7 stage of development ten representative uniform plants were tagged and seeds were bulked from the 10 tagged plants to compose each line. A total of 292 RILs were generated and are used to represent the BTx623NSZ_RIPG. The population was developed thru cooperative efforts of PSGD team of: Dr. Gloria Burow, Dr. John Burke, Dr. Ratan Chopra, Ms. Halee Hughes, and Mr. Jacob Sanchez.1963653PI 687556
155PI 68755715FS158Sorghum bicolor (L.) Moench subsp. bicolor S92016Breeding materialImprovement of cold tolerance at key stages of growth and deployment of favorable alleles for root traits and cold tolerance into elite sorghum genetic resources are recognized as critical factors for sorghum production in drier and cooler regions of the US, permitting farmers to capitalize on early season moisture, efficient integrated pest management and to cultivate fuller season varieties with higher yield potential. The BTx623NSZ _ RIPG mapping population consists of 292 inbred lines, was evaluated for expression of early season cold tolerance based on field and controlled condition (15°C) germinability/emergence and seedling vigor; data for these traits are provided from two years of early season field screen and minimum of three laboratory studies. A detailed analysis of gene expression pattern and root morphological traits under cold stress (15°C) were characterized for the parents of the inbred population. Seeds were bulked from 10 representative uniform plants at F6 generation and advanced by selfing to F1 generation. Briefly, BTx623NSZ_RIPG, was developed by hand emasculation of the female parent BTx623 and pollination with PI 568016 in the polyhouse at Cropping Systems Research Laboratory, Lubbock, TX in 2012. The resulting F1 hybrid was intermediate in height between the 2 parents, with brown seed color. A total of 300 F2 plants were planted at the F3 generation followed by careful advancement to F4 to F7 generations performed alternately in Lubbock, Texas and Lajas, Puerto Rico. At the F6:7 stage of development ten representative uniform plants were tagged and seeds were bulked from the 10 tagged plants to compose each line. A total of 292 RILs were generated and are used to represent the BTx623NSZ_RIPG. The population was developed thru cooperative efforts of PSGD team of: Dr. Gloria Burow, Dr. John Burke, Dr. Ratan Chopra, Ms. Halee Hughes, and Mr. Jacob Sanchez.1963654PI 687557
156PI 68755815FS159Sorghum bicolor (L.) Moench subsp. bicolor S92016Breeding materialImprovement of cold tolerance at key stages of growth and deployment of favorable alleles for root traits and cold tolerance into elite sorghum genetic resources are recognized as critical factors for sorghum production in drier and cooler regions of the US, permitting farmers to capitalize on early season moisture, efficient integrated pest management and to cultivate fuller season varieties with higher yield potential. The BTx623NSZ _ RIPG mapping population consists of 292 inbred lines, was evaluated for expression of early season cold tolerance based on field and controlled condition (15°C) germinability/emergence and seedling vigor; data for these traits are provided from two years of early season field screen and minimum of three laboratory studies. A detailed analysis of gene expression pattern and root morphological traits under cold stress (15°C) were characterized for the parents of the inbred population. Seeds were bulked from 10 representative uniform plants at F6 generation and advanced by selfing to F1 generation. Briefly, BTx623NSZ_RIPG, was developed by hand emasculation of the female parent BTx623 and pollination with PI 568016 in the polyhouse at Cropping Systems Research Laboratory, Lubbock, TX in 2012. The resulting F1 hybrid was intermediate in height between the 2 parents, with brown seed color. A total of 300 F2 plants were planted at the F3 generation followed by careful advancement to F4 to F7 generations performed alternately in Lubbock, Texas and Lajas, Puerto Rico. At the F6:7 stage of development ten representative uniform plants were tagged and seeds were bulked from the 10 tagged plants to compose each line. A total of 292 RILs were generated and are used to represent the BTx623NSZ_RIPG. The population was developed thru cooperative efforts of PSGD team of: Dr. Gloria Burow, Dr. John Burke, Dr. Ratan Chopra, Ms. Halee Hughes, and Mr. Jacob Sanchez.1963655PI 687558
157PI 68755915FS160Sorghum bicolor (L.) Moench subsp. bicolor S92016Breeding materialImprovement of cold tolerance at key stages of growth and deployment of favorable alleles for root traits and cold tolerance into elite sorghum genetic resources are recognized as critical factors for sorghum production in drier and cooler regions of the US, permitting farmers to capitalize on early season moisture, efficient integrated pest management and to cultivate fuller season varieties with higher yield potential. The BTx623NSZ _ RIPG mapping population consists of 292 inbred lines, was evaluated for expression of early season cold tolerance based on field and controlled condition (15°C) germinability/emergence and seedling vigor; data for these traits are provided from two years of early season field screen and minimum of three laboratory studies. A detailed analysis of gene expression pattern and root morphological traits under cold stress (15°C) were characterized for the parents of the inbred population. Seeds were bulked from 10 representative uniform plants at F6 generation and advanced by selfing to F1 generation. Briefly, BTx623NSZ_RIPG, was developed by hand emasculation of the female parent BTx623 and pollination with PI 568016 in the polyhouse at Cropping Systems Research Laboratory, Lubbock, TX in 2012. The resulting F1 hybrid was intermediate in height between the 2 parents, with brown seed color. A total of 300 F2 plants were planted at the F3 generation followed by careful advancement to F4 to F7 generations performed alternately in Lubbock, Texas and Lajas, Puerto Rico. At the F6:7 stage of development ten representative uniform plants were tagged and seeds were bulked from the 10 tagged plants to compose each line. A total of 292 RILs were generated and are used to represent the BTx623NSZ_RIPG. The population was developed thru cooperative efforts of PSGD team of: Dr. Gloria Burow, Dr. John Burke, Dr. Ratan Chopra, Ms. Halee Hughes, and Mr. Jacob Sanchez.1963656PI 687559
158PI 68756015FS161Sorghum bicolor (L.) Moench subsp. bicolor S92016Breeding materialImprovement of cold tolerance at key stages of growth and deployment of favorable alleles for root traits and cold tolerance into elite sorghum genetic resources are recognized as critical factors for sorghum production in drier and cooler regions of the US, permitting farmers to capitalize on early season moisture, efficient integrated pest management and to cultivate fuller season varieties with higher yield potential. The BTx623NSZ _ RIPG mapping population consists of 292 inbred lines, was evaluated for expression of early season cold tolerance based on field and controlled condition (15°C) germinability/emergence and seedling vigor; data for these traits are provided from two years of early season field screen and minimum of three laboratory studies. A detailed analysis of gene expression pattern and root morphological traits under cold stress (15°C) were characterized for the parents of the inbred population. Seeds were bulked from 10 representative uniform plants at F6 generation and advanced by selfing to F1 generation. Briefly, BTx623NSZ_RIPG, was developed by hand emasculation of the female parent BTx623 and pollination with PI 568016 in the polyhouse at Cropping Systems Research Laboratory, Lubbock, TX in 2012. The resulting F1 hybrid was intermediate in height between the 2 parents, with brown seed color. A total of 300 F2 plants were planted at the F3 generation followed by careful advancement to F4 to F7 generations performed alternately in Lubbock, Texas and Lajas, Puerto Rico. At the F6:7 stage of development ten representative uniform plants were tagged and seeds were bulked from the 10 tagged plants to compose each line. A total of 292 RILs were generated and are used to represent the BTx623NSZ_RIPG. The population was developed thru cooperative efforts of PSGD team of: Dr. Gloria Burow, Dr. John Burke, Dr. Ratan Chopra, Ms. Halee Hughes, and Mr. Jacob Sanchez.1963657PI 687560
159PI 68756115FS162Sorghum bicolor (L.) Moench subsp. bicolor S92016Breeding materialImprovement of cold tolerance at key stages of growth and deployment of favorable alleles for root traits and cold tolerance into elite sorghum genetic resources are recognized as critical factors for sorghum production in drier and cooler regions of the US, permitting farmers to capitalize on early season moisture, efficient integrated pest management and to cultivate fuller season varieties with higher yield potential. The BTx623NSZ _ RIPG mapping population consists of 292 inbred lines, was evaluated for expression of early season cold tolerance based on field and controlled condition (15°C) germinability/emergence and seedling vigor; data for these traits are provided from two years of early season field screen and minimum of three laboratory studies. A detailed analysis of gene expression pattern and root morphological traits under cold stress (15°C) were characterized for the parents of the inbred population. Seeds were bulked from 10 representative uniform plants at F6 generation and advanced by selfing to F1 generation. Briefly, BTx623NSZ_RIPG, was developed by hand emasculation of the female parent BTx623 and pollination with PI 568016 in the polyhouse at Cropping Systems Research Laboratory, Lubbock, TX in 2012. The resulting F1 hybrid was intermediate in height between the 2 parents, with brown seed color. A total of 300 F2 plants were planted at the F3 generation followed by careful advancement to F4 to F7 generations performed alternately in Lubbock, Texas and Lajas, Puerto Rico. At the F6:7 stage of development ten representative uniform plants were tagged and seeds were bulked from the 10 tagged plants to compose each line. A total of 292 RILs were generated and are used to represent the BTx623NSZ_RIPG. The population was developed thru cooperative efforts of PSGD team of: Dr. Gloria Burow, Dr. John Burke, Dr. Ratan Chopra, Ms. Halee Hughes, and Mr. Jacob Sanchez.1963658PI 687561
160PI 68756215FS163Sorghum bicolor (L.) Moench subsp. bicolor S92016Breeding materialImprovement of cold tolerance at key stages of growth and deployment of favorable alleles for root traits and cold tolerance into elite sorghum genetic resources are recognized as critical factors for sorghum production in drier and cooler regions of the US, permitting farmers to capitalize on early season moisture, efficient integrated pest management and to cultivate fuller season varieties with higher yield potential. The BTx623NSZ _ RIPG mapping population consists of 292 inbred lines, was evaluated for expression of early season cold tolerance based on field and controlled condition (15°C) germinability/emergence and seedling vigor; data for these traits are provided from two years of early season field screen and minimum of three laboratory studies. A detailed analysis of gene expression pattern and root morphological traits under cold stress (15°C) were characterized for the parents of the inbred population. Seeds were bulked from 10 representative uniform plants at F6 generation and advanced by selfing to F1 generation. Briefly, BTx623NSZ_RIPG, was developed by hand emasculation of the female parent BTx623 and pollination with PI 568016 in the polyhouse at Cropping Systems Research Laboratory, Lubbock, TX in 2012. The resulting F1 hybrid was intermediate in height between the 2 parents, with brown seed color. A total of 300 F2 plants were planted at the F3 generation followed by careful advancement to F4 to F7 generations performed alternately in Lubbock, Texas and Lajas, Puerto Rico. At the F6:7 stage of development ten representative uniform plants were tagged and seeds were bulked from the 10 tagged plants to compose each line. A total of 292 RILs were generated and are used to represent the BTx623NSZ_RIPG. The population was developed thru cooperative efforts of PSGD team of: Dr. Gloria Burow, Dr. John Burke, Dr. Ratan Chopra, Ms. Halee Hughes, and Mr. Jacob Sanchez.1963659PI 687562
161PI 68756315FS164Sorghum bicolor (L.) Moench subsp. bicolor S92016Breeding materialImprovement of cold tolerance at key stages of growth and deployment of favorable alleles for root traits and cold tolerance into elite sorghum genetic resources are recognized as critical factors for sorghum production in drier and cooler regions of the US, permitting farmers to capitalize on early season moisture, efficient integrated pest management and to cultivate fuller season varieties with higher yield potential. The BTx623NSZ _ RIPG mapping population consists of 292 inbred lines, was evaluated for expression of early season cold tolerance based on field and controlled condition (15°C) germinability/emergence and seedling vigor; data for these traits are provided from two years of early season field screen and minimum of three laboratory studies. A detailed analysis of gene expression pattern and root morphological traits under cold stress (15°C) were characterized for the parents of the inbred population. Seeds were bulked from 10 representative uniform plants at F6 generation and advanced by selfing to F1 generation. Briefly, BTx623NSZ_RIPG, was developed by hand emasculation of the female parent BTx623 and pollination with PI 568016 in the polyhouse at Cropping Systems Research Laboratory, Lubbock, TX in 2012. The resulting F1 hybrid was intermediate in height between the 2 parents, with brown seed color. A total of 300 F2 plants were planted at the F3 generation followed by careful advancement to F4 to F7 generations performed alternately in Lubbock, Texas and Lajas, Puerto Rico. At the F6:7 stage of development ten representative uniform plants were tagged and seeds were bulked from the 10 tagged plants to compose each line. A total of 292 RILs were generated and are used to represent the BTx623NSZ_RIPG. The population was developed thru cooperative efforts of PSGD team of: Dr. Gloria Burow, Dr. John Burke, Dr. Ratan Chopra, Ms. Halee Hughes, and Mr. Jacob Sanchez.1963660PI 687563
162PI 68756415FS165Sorghum bicolor (L.) Moench subsp. bicolor S92016Breeding materialImprovement of cold tolerance at key stages of growth and deployment of favorable alleles for root traits and cold tolerance into elite sorghum genetic resources are recognized as critical factors for sorghum production in drier and cooler regions of the US, permitting farmers to capitalize on early season moisture, efficient integrated pest management and to cultivate fuller season varieties with higher yield potential. The BTx623NSZ _ RIPG mapping population consists of 292 inbred lines, was evaluated for expression of early season cold tolerance based on field and controlled condition (15°C) germinability/emergence and seedling vigor; data for these traits are provided from two years of early season field screen and minimum of three laboratory studies. A detailed analysis of gene expression pattern and root morphological traits under cold stress (15°C) were characterized for the parents of the inbred population. Seeds were bulked from 10 representative uniform plants at F6 generation and advanced by selfing to F1 generation. Briefly, BTx623NSZ_RIPG, was developed by hand emasculation of the female parent BTx623 and pollination with PI 568016 in the polyhouse at Cropping Systems Research Laboratory, Lubbock, TX in 2012. The resulting F1 hybrid was intermediate in height between the 2 parents, with brown seed color. A total of 300 F2 plants were planted at the F3 generation followed by careful advancement to F4 to F7 generations performed alternately in Lubbock, Texas and Lajas, Puerto Rico. At the F6:7 stage of development ten representative uniform plants were tagged and seeds were bulked from the 10 tagged plants to compose each line. A total of 292 RILs were generated and are used to represent the BTx623NSZ_RIPG. The population was developed thru cooperative efforts of PSGD team of: Dr. Gloria Burow, Dr. John Burke, Dr. Ratan Chopra, Ms. Halee Hughes, and Mr. Jacob Sanchez.1963661PI 687564
163PI 68756515FS166Sorghum bicolor (L.) Moench subsp. bicolor S92016Breeding materialImprovement of cold tolerance at key stages of growth and deployment of favorable alleles for root traits and cold tolerance into elite sorghum genetic resources are recognized as critical factors for sorghum production in drier and cooler regions of the US, permitting farmers to capitalize on early season moisture, efficient integrated pest management and to cultivate fuller season varieties with higher yield potential. The BTx623NSZ _ RIPG mapping population consists of 292 inbred lines, was evaluated for expression of early season cold tolerance based on field and controlled condition (15°C) germinability/emergence and seedling vigor; data for these traits are provided from two years of early season field screen and minimum of three laboratory studies. A detailed analysis of gene expression pattern and root morphological traits under cold stress (15°C) were characterized for the parents of the inbred population. Seeds were bulked from 10 representative uniform plants at F6 generation and advanced by selfing to F1 generation. Briefly, BTx623NSZ_RIPG, was developed by hand emasculation of the female parent BTx623 and pollination with PI 568016 in the polyhouse at Cropping Systems Research Laboratory, Lubbock, TX in 2012. The resulting F1 hybrid was intermediate in height between the 2 parents, with brown seed color. A total of 300 F2 plants were planted at the F3 generation followed by careful advancement to F4 to F7 generations performed alternately in Lubbock, Texas and Lajas, Puerto Rico. At the F6:7 stage of development ten representative uniform plants were tagged and seeds were bulked from the 10 tagged plants to compose each line. A total of 292 RILs were generated and are used to represent the BTx623NSZ_RIPG. The population was developed thru cooperative efforts of PSGD team of: Dr. Gloria Burow, Dr. John Burke, Dr. Ratan Chopra, Ms. Halee Hughes, and Mr. Jacob Sanchez.1963662PI 687565
164PI 68756615FS167Sorghum bicolor (L.) Moench subsp. bicolor S92016Breeding materialImprovement of cold tolerance at key stages of growth and deployment of favorable alleles for root traits and cold tolerance into elite sorghum genetic resources are recognized as critical factors for sorghum production in drier and cooler regions of the US, permitting farmers to capitalize on early season moisture, efficient integrated pest management and to cultivate fuller season varieties with higher yield potential. The BTx623NSZ _ RIPG mapping population consists of 292 inbred lines, was evaluated for expression of early season cold tolerance based on field and controlled condition (15°C) germinability/emergence and seedling vigor; data for these traits are provided from two years of early season field screen and minimum of three laboratory studies. A detailed analysis of gene expression pattern and root morphological traits under cold stress (15°C) were characterized for the parents of the inbred population. Seeds were bulked from 10 representative uniform plants at F6 generation and advanced by selfing to F1 generation. Briefly, BTx623NSZ_RIPG, was developed by hand emasculation of the female parent BTx623 and pollination with PI 568016 in the polyhouse at Cropping Systems Research Laboratory, Lubbock, TX in 2012. The resulting F1 hybrid was intermediate in height between the 2 parents, with brown seed color. A total of 300 F2 plants were planted at the F3 generation followed by careful advancement to F4 to F7 generations performed alternately in Lubbock, Texas and Lajas, Puerto Rico. At the F6:7 stage of development ten representative uniform plants were tagged and seeds were bulked from the 10 tagged plants to compose each line. A total of 292 RILs were generated and are used to represent the BTx623NSZ_RIPG. The population was developed thru cooperative efforts of PSGD team of: Dr. Gloria Burow, Dr. John Burke, Dr. Ratan Chopra, Ms. Halee Hughes, and Mr. Jacob Sanchez.1963663PI 687566
165PI 68756715FS168Sorghum bicolor (L.) Moench subsp. bicolor S92016Breeding materialImprovement of cold tolerance at key stages of growth and deployment of favorable alleles for root traits and cold tolerance into elite sorghum genetic resources are recognized as critical factors for sorghum production in drier and cooler regions of the US, permitting farmers to capitalize on early season moisture, efficient integrated pest management and to cultivate fuller season varieties with higher yield potential. The BTx623NSZ _ RIPG mapping population consists of 292 inbred lines, was evaluated for expression of early season cold tolerance based on field and controlled condition (15°C) germinability/emergence and seedling vigor; data for these traits are provided from two years of early season field screen and minimum of three laboratory studies. A detailed analysis of gene expression pattern and root morphological traits under cold stress (15°C) were characterized for the parents of the inbred population. Seeds were bulked from 10 representative uniform plants at F6 generation and advanced by selfing to F1 generation. Briefly, BTx623NSZ_RIPG, was developed by hand emasculation of the female parent BTx623 and pollination with PI 568016 in the polyhouse at Cropping Systems Research Laboratory, Lubbock, TX in 2012. The resulting F1 hybrid was intermediate in height between the 2 parents, with brown seed color. A total of 300 F2 plants were planted at the F3 generation followed by careful advancement to F4 to F7 generations performed alternately in Lubbock, Texas and Lajas, Puerto Rico. At the F6:7 stage of development ten representative uniform plants were tagged and seeds were bulked from the 10 tagged plants to compose each line. A total of 292 RILs were generated and are used to represent the BTx623NSZ_RIPG. The population was developed thru cooperative efforts of PSGD team of: Dr. Gloria Burow, Dr. John Burke, Dr. Ratan Chopra, Ms. Halee Hughes, and Mr. Jacob Sanchez.1963664PI 687567
166PI 68756815FS169Sorghum bicolor (L.) Moench subsp. bicolor S92016Breeding materialImprovement of cold tolerance at key stages of growth and deployment of favorable alleles for root traits and cold tolerance into elite sorghum genetic resources are recognized as critical factors for sorghum production in drier and cooler regions of the US, permitting farmers to capitalize on early season moisture, efficient integrated pest management and to cultivate fuller season varieties with higher yield potential. The BTx623NSZ _ RIPG mapping population consists of 292 inbred lines, was evaluated for expression of early season cold tolerance based on field and controlled condition (15°C) germinability/emergence and seedling vigor; data for these traits are provided from two years of early season field screen and minimum of three laboratory studies. A detailed analysis of gene expression pattern and root morphological traits under cold stress (15°C) were characterized for the parents of the inbred population. Seeds were bulked from 10 representative uniform plants at F6 generation and advanced by selfing to F1 generation. Briefly, BTx623NSZ_RIPG, was developed by hand emasculation of the female parent BTx623 and pollination with PI 568016 in the polyhouse at Cropping Systems Research Laboratory, Lubbock, TX in 2012. The resulting F1 hybrid was intermediate in height between the 2 parents, with brown seed color. A total of 300 F2 plants were planted at the F3 generation followed by careful advancement to F4 to F7 generations performed alternately in Lubbock, Texas and Lajas, Puerto Rico. At the F6:7 stage of development ten representative uniform plants were tagged and seeds were bulked from the 10 tagged plants to compose each line. A total of 292 RILs were generated and are used to represent the BTx623NSZ_RIPG. The population was developed thru cooperative efforts of PSGD team of: Dr. Gloria Burow, Dr. John Burke, Dr. Ratan Chopra, Ms. Halee Hughes, and Mr. Jacob Sanchez.1963665PI 687568
167PI 68756915FS170Sorghum bicolor (L.) Moench subsp. bicolor S92016Breeding materialImprovement of cold tolerance at key stages of growth and deployment of favorable alleles for root traits and cold tolerance into elite sorghum genetic resources are recognized as critical factors for sorghum production in drier and cooler regions of the US, permitting farmers to capitalize on early season moisture, efficient integrated pest management and to cultivate fuller season varieties with higher yield potential. The BTx623NSZ _ RIPG mapping population consists of 292 inbred lines, was evaluated for expression of early season cold tolerance based on field and controlled condition (15°C) germinability/emergence and seedling vigor; data for these traits are provided from two years of early season field screen and minimum of three laboratory studies. A detailed analysis of gene expression pattern and root morphological traits under cold stress (15°C) were characterized for the parents of the inbred population. Seeds were bulked from 10 representative uniform plants at F6 generation and advanced by selfing to F1 generation. Briefly, BTx623NSZ_RIPG, was developed by hand emasculation of the female parent BTx623 and pollination with PI 568016 in the polyhouse at Cropping Systems Research Laboratory, Lubbock, TX in 2012. The resulting F1 hybrid was intermediate in height between the 2 parents, with brown seed color. A total of 300 F2 plants were planted at the F3 generation followed by careful advancement to F4 to F7 generations performed alternately in Lubbock, Texas and Lajas, Puerto Rico. At the F6:7 stage of development ten representative uniform plants were tagged and seeds were bulked from the 10 tagged plants to compose each line. A total of 292 RILs were generated and are used to represent the BTx623NSZ_RIPG. The population was developed thru cooperative efforts of PSGD team of: Dr. Gloria Burow, Dr. John Burke, Dr. Ratan Chopra, Ms. Halee Hughes, and Mr. Jacob Sanchez.1963666PI 687569
168PI 68757015FS171Sorghum bicolor (L.) Moench subsp. bicolor S92016Breeding materialImprovement of cold tolerance at key stages of growth and deployment of favorable alleles for root traits and cold tolerance into elite sorghum genetic resources are recognized as critical factors for sorghum production in drier and cooler regions of the US, permitting farmers to capitalize on early season moisture, efficient integrated pest management and to cultivate fuller season varieties with higher yield potential. The BTx623NSZ _ RIPG mapping population consists of 292 inbred lines, was evaluated for expression of early season cold tolerance based on field and controlled condition (15°C) germinability/emergence and seedling vigor; data for these traits are provided from two years of early season field screen and minimum of three laboratory studies. A detailed analysis of gene expression pattern and root morphological traits under cold stress (15°C) were characterized for the parents of the inbred population. Seeds were bulked from 10 representative uniform plants at F6 generation and advanced by selfing to F1 generation. Briefly, BTx623NSZ_RIPG, was developed by hand emasculation of the female parent BTx623 and pollination with PI 568016 in the polyhouse at Cropping Systems Research Laboratory, Lubbock, TX in 2012. The resulting F1 hybrid was intermediate in height between the 2 parents, with brown seed color. A total of 300 F2 plants were planted at the F3 generation followed by careful advancement to F4 to F7 generations performed alternately in Lubbock, Texas and Lajas, Puerto Rico. At the F6:7 stage of development ten representative uniform plants were tagged and seeds were bulked from the 10 tagged plants to compose each line. A total of 292 RILs were generated and are used to represent the BTx623NSZ_RIPG. The population was developed thru cooperative efforts of PSGD team of: Dr. Gloria Burow, Dr. John Burke, Dr. Ratan Chopra, Ms. Halee Hughes, and Mr. Jacob Sanchez.1963667PI 687570
169PI 68757115FS172Sorghum bicolor (L.) Moench subsp. bicolor S92016Breeding materialImprovement of cold tolerance at key stages of growth and deployment of favorable alleles for root traits and cold tolerance into elite sorghum genetic resources are recognized as critical factors for sorghum production in drier and cooler regions of the US, permitting farmers to capitalize on early season moisture, efficient integrated pest management and to cultivate fuller season varieties with higher yield potential. The BTx623NSZ _ RIPG mapping population consists of 292 inbred lines, was evaluated for expression of early season cold tolerance based on field and controlled condition (15°C) germinability/emergence and seedling vigor; data for these traits are provided from two years of early season field screen and minimum of three laboratory studies. A detailed analysis of gene expression pattern and root morphological traits under cold stress (15°C) were characterized for the parents of the inbred population. Seeds were bulked from 10 representative uniform plants at F6 generation and advanced by selfing to F1 generation. Briefly, BTx623NSZ_RIPG, was developed by hand emasculation of the female parent BTx623 and pollination with PI 568016 in the polyhouse at Cropping Systems Research Laboratory, Lubbock, TX in 2012. The resulting F1 hybrid was intermediate in height between the 2 parents, with brown seed color. A total of 300 F2 plants were planted at the F3 generation followed by careful advancement to F4 to F7 generations performed alternately in Lubbock, Texas and Lajas, Puerto Rico. At the F6:7 stage of development ten representative uniform plants were tagged and seeds were bulked from the 10 tagged plants to compose each line. A total of 292 RILs were generated and are used to represent the BTx623NSZ_RIPG. The population was developed thru cooperative efforts of PSGD team of: Dr. Gloria Burow, Dr. John Burke, Dr. Ratan Chopra, Ms. Halee Hughes, and Mr. Jacob Sanchez.1963668PI 687571
170PI 68757215FS173Sorghum bicolor (L.) Moench subsp. bicolor S92016Breeding materialImprovement of cold tolerance at key stages of growth and deployment of favorable alleles for root traits and cold tolerance into elite sorghum genetic resources are recognized as critical factors for sorghum production in drier and cooler regions of the US, permitting farmers to capitalize on early season moisture, efficient integrated pest management and to cultivate fuller season varieties with higher yield potential. The BTx623NSZ _ RIPG mapping population consists of 292 inbred lines, was evaluated for expression of early season cold tolerance based on field and controlled condition (15°C) germinability/emergence and seedling vigor; data for these traits are provided from two years of early season field screen and minimum of three laboratory studies. A detailed analysis of gene expression pattern and root morphological traits under cold stress (15°C) were characterized for the parents of the inbred population. Seeds were bulked from 10 representative uniform plants at F6 generation and advanced by selfing to F1 generation. Briefly, BTx623NSZ_RIPG, was developed by hand emasculation of the female parent BTx623 and pollination with PI 568016 in the polyhouse at Cropping Systems Research Laboratory, Lubbock, TX in 2012. The resulting F1 hybrid was intermediate in height between the 2 parents, with brown seed color. A total of 300 F2 plants were planted at the F3 generation followed by careful advancement to F4 to F7 generations performed alternately in Lubbock, Texas and Lajas, Puerto Rico. At the F6:7 stage of development ten representative uniform plants were tagged and seeds were bulked from the 10 tagged plants to compose each line. A total of 292 RILs were generated and are used to represent the BTx623NSZ_RIPG. The population was developed thru cooperative efforts of PSGD team of: Dr. Gloria Burow, Dr. John Burke, Dr. Ratan Chopra, Ms. Halee Hughes, and Mr. Jacob Sanchez.1963669PI 687572
171PI 68757315FS174Sorghum bicolor (L.) Moench subsp. bicolor S92016Breeding materialImprovement of cold tolerance at key stages of growth and deployment of favorable alleles for root traits and cold tolerance into elite sorghum genetic resources are recognized as critical factors for sorghum production in drier and cooler regions of the US, permitting farmers to capitalize on early season moisture, efficient integrated pest management and to cultivate fuller season varieties with higher yield potential. The BTx623NSZ _ RIPG mapping population consists of 292 inbred lines, was evaluated for expression of early season cold tolerance based on field and controlled condition (15°C) germinability/emergence and seedling vigor; data for these traits are provided from two years of early season field screen and minimum of three laboratory studies. A detailed analysis of gene expression pattern and root morphological traits under cold stress (15°C) were characterized for the parents of the inbred population. Seeds were bulked from 10 representative uniform plants at F6 generation and advanced by selfing to F1 generation. Briefly, BTx623NSZ_RIPG, was developed by hand emasculation of the female parent BTx623 and pollination with PI 568016 in the polyhouse at Cropping Systems Research Laboratory, Lubbock, TX in 2012. The resulting F1 hybrid was intermediate in height between the 2 parents, with brown seed color. A total of 300 F2 plants were planted at the F3 generation followed by careful advancement to F4 to F7 generations performed alternately in Lubbock, Texas and Lajas, Puerto Rico. At the F6:7 stage of development ten representative uniform plants were tagged and seeds were bulked from the 10 tagged plants to compose each line. A total of 292 RILs were generated and are used to represent the BTx623NSZ_RIPG. The population was developed thru cooperative efforts of PSGD team of: Dr. Gloria Burow, Dr. John Burke, Dr. Ratan Chopra, Ms. Halee Hughes, and Mr. Jacob Sanchez.1963670PI 687573
172PI 68757415FS175Sorghum bicolor (L.) Moench subsp. bicolor S92016Breeding materialImprovement of cold tolerance at key stages of growth and deployment of favorable alleles for root traits and cold tolerance into elite sorghum genetic resources are recognized as critical factors for sorghum production in drier and cooler regions of the US, permitting farmers to capitalize on early season moisture, efficient integrated pest management and to cultivate fuller season varieties with higher yield potential. The BTx623NSZ _ RIPG mapping population consists of 292 inbred lines, was evaluated for expression of early season cold tolerance based on field and controlled condition (15°C) germinability/emergence and seedling vigor; data for these traits are provided from two years of early season field screen and minimum of three laboratory studies. A detailed analysis of gene expression pattern and root morphological traits under cold stress (15°C) were characterized for the parents of the inbred population. Seeds were bulked from 10 representative uniform plants at F6 generation and advanced by selfing to F1 generation. Briefly, BTx623NSZ_RIPG, was developed by hand emasculation of the female parent BTx623 and pollination with PI 568016 in the polyhouse at Cropping Systems Research Laboratory, Lubbock, TX in 2012. The resulting F1 hybrid was intermediate in height between the 2 parents, with brown seed color. A total of 300 F2 plants were planted at the F3 generation followed by careful advancement to F4 to F7 generations performed alternately in Lubbock, Texas and Lajas, Puerto Rico. At the F6:7 stage of development ten representative uniform plants were tagged and seeds were bulked from the 10 tagged plants to compose each line. A total of 292 RILs were generated and are used to represent the BTx623NSZ_RIPG. The population was developed thru cooperative efforts of PSGD team of: Dr. Gloria Burow, Dr. John Burke, Dr. Ratan Chopra, Ms. Halee Hughes, and Mr. Jacob Sanchez.1963671PI 687574
173PI 68757515FS176Sorghum bicolor (L.) Moench subsp. bicolor S92016Breeding materialImprovement of cold tolerance at key stages of growth and deployment of favorable alleles for root traits and cold tolerance into elite sorghum genetic resources are recognized as critical factors for sorghum production in drier and cooler regions of the US, permitting farmers to capitalize on early season moisture, efficient integrated pest management and to cultivate fuller season varieties with higher yield potential. The BTx623NSZ _ RIPG mapping population consists of 292 inbred lines, was evaluated for expression of early season cold tolerance based on field and controlled condition (15°C) germinability/emergence and seedling vigor; data for these traits are provided from two years of early season field screen and minimum of three laboratory studies. A detailed analysis of gene expression pattern and root morphological traits under cold stress (15°C) were characterized for the parents of the inbred population. Seeds were bulked from 10 representative uniform plants at F6 generation and advanced by selfing to F1 generation. Briefly, BTx623NSZ_RIPG, was developed by hand emasculation of the female parent BTx623 and pollination with PI 568016 in the polyhouse at Cropping Systems Research Laboratory, Lubbock, TX in 2012. The resulting F1 hybrid was intermediate in height between the 2 parents, with brown seed color. A total of 300 F2 plants were planted at the F3 generation followed by careful advancement to F4 to F7 generations performed alternately in Lubbock, Texas and Lajas, Puerto Rico. At the F6:7 stage of development ten representative uniform plants were tagged and seeds were bulked from the 10 tagged plants to compose each line. A total of 292 RILs were generated and are used to represent the BTx623NSZ_RIPG. The population was developed thru cooperative efforts of PSGD team of: Dr. Gloria Burow, Dr. John Burke, Dr. Ratan Chopra, Ms. Halee Hughes, and Mr. Jacob Sanchez.1963672PI 687575
174PI 68757615FS177Sorghum bicolor (L.) Moench subsp. bicolor S92016Breeding materialImprovement of cold tolerance at key stages of growth and deployment of favorable alleles for root traits and cold tolerance into elite sorghum genetic resources are recognized as critical factors for sorghum production in drier and cooler regions of the US, permitting farmers to capitalize on early season moisture, efficient integrated pest management and to cultivate fuller season varieties with higher yield potential. The BTx623NSZ _ RIPG mapping population consists of 292 inbred lines, was evaluated for expression of early season cold tolerance based on field and controlled condition (15°C) germinability/emergence and seedling vigor; data for these traits are provided from two years of early season field screen and minimum of three laboratory studies. A detailed analysis of gene expression pattern and root morphological traits under cold stress (15°C) were characterized for the parents of the inbred population. Seeds were bulked from 10 representative uniform plants at F6 generation and advanced by selfing to F1 generation. Briefly, BTx623NSZ_RIPG, was developed by hand emasculation of the female parent BTx623 and pollination with PI 568016 in the polyhouse at Cropping Systems Research Laboratory, Lubbock, TX in 2012. The resulting F1 hybrid was intermediate in height between the 2 parents, with brown seed color. A total of 300 F2 plants were planted at the F3 generation followed by careful advancement to F4 to F7 generations performed alternately in Lubbock, Texas and Lajas, Puerto Rico. At the F6:7 stage of development ten representative uniform plants were tagged and seeds were bulked from the 10 tagged plants to compose each line. A total of 292 RILs were generated and are used to represent the BTx623NSZ_RIPG. The population was developed thru cooperative efforts of PSGD team of: Dr. Gloria Burow, Dr. John Burke, Dr. Ratan Chopra, Ms. Halee Hughes, and Mr. Jacob Sanchez.1963673PI 687576
175PI 68757715FS178Sorghum bicolor (L.) Moench subsp. bicolor S92016Breeding materialImprovement of cold tolerance at key stages of growth and deployment of favorable alleles for root traits and cold tolerance into elite sorghum genetic resources are recognized as critical factors for sorghum production in drier and cooler regions of the US, permitting farmers to capitalize on early season moisture, efficient integrated pest management and to cultivate fuller season varieties with higher yield potential. The BTx623NSZ _ RIPG mapping population consists of 292 inbred lines, was evaluated for expression of early season cold tolerance based on field and controlled condition (15°C) germinability/emergence and seedling vigor; data for these traits are provided from two years of early season field screen and minimum of three laboratory studies. A detailed analysis of gene expression pattern and root morphological traits under cold stress (15°C) were characterized for the parents of the inbred population. Seeds were bulked from 10 representative uniform plants at F6 generation and advanced by selfing to F1 generation. Briefly, BTx623NSZ_RIPG, was developed by hand emasculation of the female parent BTx623 and pollination with PI 568016 in the polyhouse at Cropping Systems Research Laboratory, Lubbock, TX in 2012. The resulting F1 hybrid was intermediate in height between the 2 parents, with brown seed color. A total of 300 F2 plants were planted at the F3 generation followed by careful advancement to F4 to F7 generations performed alternately in Lubbock, Texas and Lajas, Puerto Rico. At the F6:7 stage of development ten representative uniform plants were tagged and seeds were bulked from the 10 tagged plants to compose each line. A total of 292 RILs were generated and are used to represent the BTx623NSZ_RIPG. The population was developed thru cooperative efforts of PSGD team of: Dr. Gloria Burow, Dr. John Burke, Dr. Ratan Chopra, Ms. Halee Hughes, and Mr. Jacob Sanchez.1963674PI 687577
176PI 68757815FS179Sorghum bicolor (L.) Moench subsp. bicolor S92016Breeding materialImprovement of cold tolerance at key stages of growth and deployment of favorable alleles for root traits and cold tolerance into elite sorghum genetic resources are recognized as critical factors for sorghum production in drier and cooler regions of the US, permitting farmers to capitalize on early season moisture, efficient integrated pest management and to cultivate fuller season varieties with higher yield potential. The BTx623NSZ _ RIPG mapping population consists of 292 inbred lines, was evaluated for expression of early season cold tolerance based on field and controlled condition (15°C) germinability/emergence and seedling vigor; data for these traits are provided from two years of early season field screen and minimum of three laboratory studies. A detailed analysis of gene expression pattern and root morphological traits under cold stress (15°C) were characterized for the parents of the inbred population. Seeds were bulked from 10 representative uniform plants at F6 generation and advanced by selfing to F1 generation. Briefly, BTx623NSZ_RIPG, was developed by hand emasculation of the female parent BTx623 and pollination with PI 568016 in the polyhouse at Cropping Systems Research Laboratory, Lubbock, TX in 2012. The resulting F1 hybrid was intermediate in height between the 2 parents, with brown seed color. A total of 300 F2 plants were planted at the F3 generation followed by careful advancement to F4 to F7 generations performed alternately in Lubbock, Texas and Lajas, Puerto Rico. At the F6:7 stage of development ten representative uniform plants were tagged and seeds were bulked from the 10 tagged plants to compose each line. A total of 292 RILs were generated and are used to represent the BTx623NSZ_RIPG. The population was developed thru cooperative efforts of PSGD team of: Dr. Gloria Burow, Dr. John Burke, Dr. Ratan Chopra, Ms. Halee Hughes, and Mr. Jacob Sanchez.1963675PI 687578
177PI 68757915FS180Sorghum bicolor (L.) Moench subsp. bicolor S92016Breeding materialImprovement of cold tolerance at key stages of growth and deployment of favorable alleles for root traits and cold tolerance into elite sorghum genetic resources are recognized as critical factors for sorghum production in drier and cooler regions of the US, permitting farmers to capitalize on early season moisture, efficient integrated pest management and to cultivate fuller season varieties with higher yield potential. The BTx623NSZ _ RIPG mapping population consists of 292 inbred lines, was evaluated for expression of early season cold tolerance based on field and controlled condition (15°C) germinability/emergence and seedling vigor; data for these traits are provided from two years of early season field screen and minimum of three laboratory studies. A detailed analysis of gene expression pattern and root morphological traits under cold stress (15°C) were characterized for the parents of the inbred population. Seeds were bulked from 10 representative uniform plants at F6 generation and advanced by selfing to F1 generation. Briefly, BTx623NSZ_RIPG, was developed by hand emasculation of the female parent BTx623 and pollination with PI 568016 in the polyhouse at Cropping Systems Research Laboratory, Lubbock, TX in 2012. The resulting F1 hybrid was intermediate in height between the 2 parents, with brown seed color. A total of 300 F2 plants were planted at the F3 generation followed by careful advancement to F4 to F7 generations performed alternately in Lubbock, Texas and Lajas, Puerto Rico. At the F6:7 stage of development ten representative uniform plants were tagged and seeds were bulked from the 10 tagged plants to compose each line. A total of 292 RILs were generated and are used to represent the BTx623NSZ_RIPG. The population was developed thru cooperative efforts of PSGD team of: Dr. Gloria Burow, Dr. John Burke, Dr. Ratan Chopra, Ms. Halee Hughes, and Mr. Jacob Sanchez.1963676PI 687579
178PI 68758015FS181Sorghum bicolor (L.) Moench subsp. bicolor S92016Breeding materialImprovement of cold tolerance at key stages of growth and deployment of favorable alleles for root traits and cold tolerance into elite sorghum genetic resources are recognized as critical factors for sorghum production in drier and cooler regions of the US, permitting farmers to capitalize on early season moisture, efficient integrated pest management and to cultivate fuller season varieties with higher yield potential. The BTx623NSZ _ RIPG mapping population consists of 292 inbred lines, was evaluated for expression of early season cold tolerance based on field and controlled condition (15°C) germinability/emergence and seedling vigor; data for these traits are provided from two years of early season field screen and minimum of three laboratory studies. A detailed analysis of gene expression pattern and root morphological traits under cold stress (15°C) were characterized for the parents of the inbred population. Seeds were bulked from 10 representative uniform plants at F6 generation and advanced by selfing to F1 generation. Briefly, BTx623NSZ_RIPG, was developed by hand emasculation of the female parent BTx623 and pollination with PI 568016 in the polyhouse at Cropping Systems Research Laboratory, Lubbock, TX in 2012. The resulting F1 hybrid was intermediate in height between the 2 parents, with brown seed color. A total of 300 F2 plants were planted at the F3 generation followed by careful advancement to F4 to F7 generations performed alternately in Lubbock, Texas and Lajas, Puerto Rico. At the F6:7 stage of development ten representative uniform plants were tagged and seeds were bulked from the 10 tagged plants to compose each line. A total of 292 RILs were generated and are used to represent the BTx623NSZ_RIPG. The population was developed thru cooperative efforts of PSGD team of: Dr. Gloria Burow, Dr. John Burke, Dr. Ratan Chopra, Ms. Halee Hughes, and Mr. Jacob Sanchez.1963677PI 687580
179PI 68758115FS182Sorghum bicolor (L.) Moench subsp. bicolor S92016Breeding materialImprovement of cold tolerance at key stages of growth and deployment of favorable alleles for root traits and cold tolerance into elite sorghum genetic resources are recognized as critical factors for sorghum production in drier and cooler regions of the US, permitting farmers to capitalize on early season moisture, efficient integrated pest management and to cultivate fuller season varieties with higher yield potential. The BTx623NSZ _ RIPG mapping population consists of 292 inbred lines, was evaluated for expression of early season cold tolerance based on field and controlled condition (15°C) germinability/emergence and seedling vigor; data for these traits are provided from two years of early season field screen and minimum of three laboratory studies. A detailed analysis of gene expression pattern and root morphological traits under cold stress (15°C) were characterized for the parents of the inbred population. Seeds were bulked from 10 representative uniform plants at F6 generation and advanced by selfing to F1 generation. Briefly, BTx623NSZ_RIPG, was developed by hand emasculation of the female parent BTx623 and pollination with PI 568016 in the polyhouse at Cropping Systems Research Laboratory, Lubbock, TX in 2012. The resulting F1 hybrid was intermediate in height between the 2 parents, with brown seed color. A total of 300 F2 plants were planted at the F3 generation followed by careful advancement to F4 to F7 generations performed alternately in Lubbock, Texas and Lajas, Puerto Rico. At the F6:7 stage of development ten representative uniform plants were tagged and seeds were bulked from the 10 tagged plants to compose each line. A total of 292 RILs were generated and are used to represent the BTx623NSZ_RIPG. The population was developed thru cooperative efforts of PSGD team of: Dr. Gloria Burow, Dr. John Burke, Dr. Ratan Chopra, Ms. Halee Hughes, and Mr. Jacob Sanchez.1963678PI 687581
180PI 68758215FS183Sorghum bicolor (L.) Moench subsp. bicolor S92016Breeding materialImprovement of cold tolerance at key stages of growth and deployment of favorable alleles for root traits and cold tolerance into elite sorghum genetic resources are recognized as critical factors for sorghum production in drier and cooler regions of the US, permitting farmers to capitalize on early season moisture, efficient integrated pest management and to cultivate fuller season varieties with higher yield potential. The BTx623NSZ _ RIPG mapping population consists of 292 inbred lines, was evaluated for expression of early season cold tolerance based on field and controlled condition (15°C) germinability/emergence and seedling vigor; data for these traits are provided from two years of early season field screen and minimum of three laboratory studies. A detailed analysis of gene expression pattern and root morphological traits under cold stress (15°C) were characterized for the parents of the inbred population. Seeds were bulked from 10 representative uniform plants at F6 generation and advanced by selfing to F1 generation. Briefly, BTx623NSZ_RIPG, was developed by hand emasculation of the female parent BTx623 and pollination with PI 568016 in the polyhouse at Cropping Systems Research Laboratory, Lubbock, TX in 2012. The resulting F1 hybrid was intermediate in height between the 2 parents, with brown seed color. A total of 300 F2 plants were planted at the F3 generation followed by careful advancement to F4 to F7 generations performed alternately in Lubbock, Texas and Lajas, Puerto Rico. At the F6:7 stage of development ten representative uniform plants were tagged and seeds were bulked from the 10 tagged plants to compose each line. A total of 292 RILs were generated and are used to represent the BTx623NSZ_RIPG. The population was developed thru cooperative efforts of PSGD team of: Dr. Gloria Burow, Dr. John Burke, Dr. Ratan Chopra, Ms. Halee Hughes, and Mr. Jacob Sanchez.1963679PI 687582
181PI 68758315FS184Sorghum bicolor (L.) Moench subsp. bicolor S92016Breeding materialImprovement of cold tolerance at key stages of growth and deployment of favorable alleles for root traits and cold tolerance into elite sorghum genetic resources are recognized as critical factors for sorghum production in drier and cooler regions of the US, permitting farmers to capitalize on early season moisture, efficient integrated pest management and to cultivate fuller season varieties with higher yield potential. The BTx623NSZ _ RIPG mapping population consists of 292 inbred lines, was evaluated for expression of early season cold tolerance based on field and controlled condition (15°C) germinability/emergence and seedling vigor; data for these traits are provided from two years of early season field screen and minimum of three laboratory studies. A detailed analysis of gene expression pattern and root morphological traits under cold stress (15°C) were characterized for the parents of the inbred population. Seeds were bulked from 10 representative uniform plants at F6 generation and advanced by selfing to F1 generation. Briefly, BTx623NSZ_RIPG, was developed by hand emasculation of the female parent BTx623 and pollination with PI 568016 in the polyhouse at Cropping Systems Research Laboratory, Lubbock, TX in 2012. The resulting F1 hybrid was intermediate in height between the 2 parents, with brown seed color. A total of 300 F2 plants were planted at the F3 generation followed by careful advancement to F4 to F7 generations performed alternately in Lubbock, Texas and Lajas, Puerto Rico. At the F6:7 stage of development ten representative uniform plants were tagged and seeds were bulked from the 10 tagged plants to compose each line. A total of 292 RILs were generated and are used to represent the BTx623NSZ_RIPG. The population was developed thru cooperative efforts of PSGD team of: Dr. Gloria Burow, Dr. John Burke, Dr. Ratan Chopra, Ms. Halee Hughes, and Mr. Jacob Sanchez.1963680PI 687583
182PI 68758415FS185Sorghum bicolor (L.) Moench subsp. bicolor S92016Breeding materialImprovement of cold tolerance at key stages of growth and deployment of favorable alleles for root traits and cold tolerance into elite sorghum genetic resources are recognized as critical factors for sorghum production in drier and cooler regions of the US, permitting farmers to capitalize on early season moisture, efficient integrated pest management and to cultivate fuller season varieties with higher yield potential. The BTx623NSZ _ RIPG mapping population consists of 292 inbred lines, was evaluated for expression of early season cold tolerance based on field and controlled condition (15°C) germinability/emergence and seedling vigor; data for these traits are provided from two years of early season field screen and minimum of three laboratory studies. A detailed analysis of gene expression pattern and root morphological traits under cold stress (15°C) were characterized for the parents of the inbred population. Seeds were bulked from 10 representative uniform plants at F6 generation and advanced by selfing to F1 generation. Briefly, BTx623NSZ_RIPG, was developed by hand emasculation of the female parent BTx623 and pollination with PI 568016 in the polyhouse at Cropping Systems Research Laboratory, Lubbock, TX in 2012. The resulting F1 hybrid was intermediate in height between the 2 parents, with brown seed color. A total of 300 F2 plants were planted at the F3 generation followed by careful advancement to F4 to F7 generations performed alternately in Lubbock, Texas and Lajas, Puerto Rico. At the F6:7 stage of development ten representative uniform plants were tagged and seeds were bulked from the 10 tagged plants to compose each line. A total of 292 RILs were generated and are used to represent the BTx623NSZ_RIPG. The population was developed thru cooperative efforts of PSGD team of: Dr. Gloria Burow, Dr. John Burke, Dr. Ratan Chopra, Ms. Halee Hughes, and Mr. Jacob Sanchez.1963681PI 687584
183PI 68758515FS455Sorghum bicolor (L.) Moench subsp. bicolor S92016Breeding materialImprovement of cold tolerance at key stages of growth and deployment of favorable alleles for root traits and cold tolerance into elite sorghum genetic resources are recognized as critical factors for sorghum production in drier and cooler regions of the US, permitting farmers to capitalize on early season moisture, efficient integrated pest management and to cultivate fuller season varieties with higher yield potential. The BTx623NSZ _ RIPG mapping population consists of 292 inbred lines, was evaluated for expression of early season cold tolerance based on field and controlled condition (15°C) germinability/emergence and seedling vigor; data for these traits are provided from two years of early season field screen and minimum of three laboratory studies. A detailed analysis of gene expression pattern and root morphological traits under cold stress (15°C) were characterized for the parents of the inbred population. Seeds were bulked from 10 representative uniform plants at F6 generation and advanced by selfing to F1 generation. Briefly, BTx623NSZ_RIPG, was developed by hand emasculation of the female parent BTx623 and pollination with PI 568016 in the polyhouse at Cropping Systems Research Laboratory, Lubbock, TX in 2012. The resulting F1 hybrid was intermediate in height between the 2 parents, with brown seed color. A total of 300 F2 plants were planted at the F3 generation followed by careful advancement to F4 to F7 generations performed alternately in Lubbock, Texas and Lajas, Puerto Rico. At the F6:7 stage of development ten representative uniform plants were tagged and seeds were bulked from the 10 tagged plants to compose each line. A total of 292 RILs were generated and are used to represent the BTx623NSZ_RIPG. The population was developed thru cooperative efforts of PSGD team of: Dr. Gloria Burow, Dr. John Burke, Dr. Ratan Chopra, Ms. Halee Hughes, and Mr. Jacob Sanchez.1963682PI 687585
184PI 68758615FS187Sorghum bicolor (L.) Moench subsp. bicolor S92016Breeding materialImprovement of cold tolerance at key stages of growth and deployment of favorable alleles for root traits and cold tolerance into elite sorghum genetic resources are recognized as critical factors for sorghum production in drier and cooler regions of the US, permitting farmers to capitalize on early season moisture, efficient integrated pest management and to cultivate fuller season varieties with higher yield potential. The BTx623NSZ _ RIPG mapping population consists of 292 inbred lines, was evaluated for expression of early season cold tolerance based on field and controlled condition (15°C) germinability/emergence and seedling vigor; data for these traits are provided from two years of early season field screen and minimum of three laboratory studies. A detailed analysis of gene expression pattern and root morphological traits under cold stress (15°C) were characterized for the parents of the inbred population. Seeds were bulked from 10 representative uniform plants at F6 generation and advanced by selfing to F1 generation. Briefly, BTx623NSZ_RIPG, was developed by hand emasculation of the female parent BTx623 and pollination with PI 568016 in the polyhouse at Cropping Systems Research Laboratory, Lubbock, TX in 2012. The resulting F1 hybrid was intermediate in height between the 2 parents, with brown seed color. A total of 300 F2 plants were planted at the F3 generation followed by careful advancement to F4 to F7 generations performed alternately in Lubbock, Texas and Lajas, Puerto Rico. At the F6:7 stage of development ten representative uniform plants were tagged and seeds were bulked from the 10 tagged plants to compose each line. A total of 292 RILs were generated and are used to represent the BTx623NSZ_RIPG. The population was developed thru cooperative efforts of PSGD team of: Dr. Gloria Burow, Dr. John Burke, Dr. Ratan Chopra, Ms. Halee Hughes, and Mr. Jacob Sanchez.1963683PI 687586
185PI 68758715FS188Sorghum bicolor (L.) Moench subsp. bicolor S92016Breeding materialImprovement of cold tolerance at key stages of growth and deployment of favorable alleles for root traits and cold tolerance into elite sorghum genetic resources are recognized as critical factors for sorghum production in drier and cooler regions of the US, permitting farmers to capitalize on early season moisture, efficient integrated pest management and to cultivate fuller season varieties with higher yield potential. The BTx623NSZ _ RIPG mapping population consists of 292 inbred lines, was evaluated for expression of early season cold tolerance based on field and controlled condition (15°C) germinability/emergence and seedling vigor; data for these traits are provided from two years of early season field screen and minimum of three laboratory studies. A detailed analysis of gene expression pattern and root morphological traits under cold stress (15°C) were characterized for the parents of the inbred population. Seeds were bulked from 10 representative uniform plants at F6 generation and advanced by selfing to F1 generation. Briefly, BTx623NSZ_RIPG, was developed by hand emasculation of the female parent BTx623 and pollination with PI 568016 in the polyhouse at Cropping Systems Research Laboratory, Lubbock, TX in 2012. The resulting F1 hybrid was intermediate in height between the 2 parents, with brown seed color. A total of 300 F2 plants were planted at the F3 generation followed by careful advancement to F4 to F7 generations performed alternately in Lubbock, Texas and Lajas, Puerto Rico. At the F6:7 stage of development ten representative uniform plants were tagged and seeds were bulked from the 10 tagged plants to compose each line. A total of 292 RILs were generated and are used to represent the BTx623NSZ_RIPG. The population was developed thru cooperative efforts of PSGD team of: Dr. Gloria Burow, Dr. John Burke, Dr. Ratan Chopra, Ms. Halee Hughes, and Mr. Jacob Sanchez.1963684PI 687587
186PI 68758815FS189Sorghum bicolor (L.) Moench subsp. bicolor S92016Breeding materialImprovement of cold tolerance at key stages of growth and deployment of favorable alleles for root traits and cold tolerance into elite sorghum genetic resources are recognized as critical factors for sorghum production in drier and cooler regions of the US, permitting farmers to capitalize on early season moisture, efficient integrated pest management and to cultivate fuller season varieties with higher yield potential. The BTx623NSZ _ RIPG mapping population consists of 292 inbred lines, was evaluated for expression of early season cold tolerance based on field and controlled condition (15°C) germinability/emergence and seedling vigor; data for these traits are provided from two years of early season field screen and minimum of three laboratory studies. A detailed analysis of gene expression pattern and root morphological traits under cold stress (15°C) were characterized for the parents of the inbred population. Seeds were bulked from 10 representative uniform plants at F6 generation and advanced by selfing to F1 generation. Briefly, BTx623NSZ_RIPG, was developed by hand emasculation of the female parent BTx623 and pollination with PI 568016 in the polyhouse at Cropping Systems Research Laboratory, Lubbock, TX in 2012. The resulting F1 hybrid was intermediate in height between the 2 parents, with brown seed color. A total of 300 F2 plants were planted at the F3 generation followed by careful advancement to F4 to F7 generations performed alternately in Lubbock, Texas and Lajas, Puerto Rico. At the F6:7 stage of development ten representative uniform plants were tagged and seeds were bulked from the 10 tagged plants to compose each line. A total of 292 RILs were generated and are used to represent the BTx623NSZ_RIPG. The population was developed thru cooperative efforts of PSGD team of: Dr. Gloria Burow, Dr. John Burke, Dr. Ratan Chopra, Ms. Halee Hughes, and Mr. Jacob Sanchez.1963685PI 687588
187PI 68758915FS190Sorghum bicolor (L.) Moench subsp. bicolor S92016Breeding materialImprovement of cold tolerance at key stages of growth and deployment of favorable alleles for root traits and cold tolerance into elite sorghum genetic resources are recognized as critical factors for sorghum production in drier and cooler regions of the US, permitting farmers to capitalize on early season moisture, efficient integrated pest management and to cultivate fuller season varieties with higher yield potential. The BTx623NSZ _ RIPG mapping population consists of 292 inbred lines, was evaluated for expression of early season cold tolerance based on field and controlled condition (15°C) germinability/emergence and seedling vigor; data for these traits are provided from two years of early season field screen and minimum of three laboratory studies. A detailed analysis of gene expression pattern and root morphological traits under cold stress (15°C) were characterized for the parents of the inbred population. Seeds were bulked from 10 representative uniform plants at F6 generation and advanced by selfing to F1 generation. Briefly, BTx623NSZ_RIPG, was developed by hand emasculation of the female parent BTx623 and pollination with PI 568016 in the polyhouse at Cropping Systems Research Laboratory, Lubbock, TX in 2012. The resulting F1 hybrid was intermediate in height between the 2 parents, with brown seed color. A total of 300 F2 plants were planted at the F3 generation followed by careful advancement to F4 to F7 generations performed alternately in Lubbock, Texas and Lajas, Puerto Rico. At the F6:7 stage of development ten representative uniform plants were tagged and seeds were bulked from the 10 tagged plants to compose each line. A total of 292 RILs were generated and are used to represent the BTx623NSZ_RIPG. The population was developed thru cooperative efforts of PSGD team of: Dr. Gloria Burow, Dr. John Burke, Dr. Ratan Chopra, Ms. Halee Hughes, and Mr. Jacob Sanchez.1963686PI 687589
188PI 68759015FS191Sorghum bicolor (L.) Moench subsp. bicolor S92016Breeding materialImprovement of cold tolerance at key stages of growth and deployment of favorable alleles for root traits and cold tolerance into elite sorghum genetic resources are recognized as critical factors for sorghum production in drier and cooler regions of the US, permitting farmers to capitalize on early season moisture, efficient integrated pest management and to cultivate fuller season varieties with higher yield potential. The BTx623NSZ _ RIPG mapping population consists of 292 inbred lines, was evaluated for expression of early season cold tolerance based on field and controlled condition (15°C) germinability/emergence and seedling vigor; data for these traits are provided from two years of early season field screen and minimum of three laboratory studies. A detailed analysis of gene expression pattern and root morphological traits under cold stress (15°C) were characterized for the parents of the inbred population. Seeds were bulked from 10 representative uniform plants at F6 generation and advanced by selfing to F1 generation. Briefly, BTx623NSZ_RIPG, was developed by hand emasculation of the female parent BTx623 and pollination with PI 568016 in the polyhouse at Cropping Systems Research Laboratory, Lubbock, TX in 2012. The resulting F1 hybrid was intermediate in height between the 2 parents, with brown seed color. A total of 300 F2 plants were planted at the F3 generation followed by careful advancement to F4 to F7 generations performed alternately in Lubbock, Texas and Lajas, Puerto Rico. At the F6:7 stage of development ten representative uniform plants were tagged and seeds were bulked from the 10 tagged plants to compose each line. A total of 292 RILs were generated and are used to represent the BTx623NSZ_RIPG. The population was developed thru cooperative efforts of PSGD team of: Dr. Gloria Burow, Dr. John Burke, Dr. Ratan Chopra, Ms. Halee Hughes, and Mr. Jacob Sanchez.1963687PI 687590
189PI 68759115FS192Sorghum bicolor (L.) Moench subsp. bicolor S92016Breeding materialImprovement of cold tolerance at key stages of growth and deployment of favorable alleles for root traits and cold tolerance into elite sorghum genetic resources are recognized as critical factors for sorghum production in drier and cooler regions of the US, permitting farmers to capitalize on early season moisture, efficient integrated pest management and to cultivate fuller season varieties with higher yield potential. The BTx623NSZ _ RIPG mapping population consists of 292 inbred lines, was evaluated for expression of early season cold tolerance based on field and controlled condition (15°C) germinability/emergence and seedling vigor; data for these traits are provided from two years of early season field screen and minimum of three laboratory studies. A detailed analysis of gene expression pattern and root morphological traits under cold stress (15°C) were characterized for the parents of the inbred population. Seeds were bulked from 10 representative uniform plants at F6 generation and advanced by selfing to F1 generation. Briefly, BTx623NSZ_RIPG, was developed by hand emasculation of the female parent BTx623 and pollination with PI 568016 in the polyhouse at Cropping Systems Research Laboratory, Lubbock, TX in 2012. The resulting F1 hybrid was intermediate in height between the 2 parents, with brown seed color. A total of 300 F2 plants were planted at the F3 generation followed by careful advancement to F4 to F7 generations performed alternately in Lubbock, Texas and Lajas, Puerto Rico. At the F6:7 stage of development ten representative uniform plants were tagged and seeds were bulked from the 10 tagged plants to compose each line. A total of 292 RILs were generated and are used to represent the BTx623NSZ_RIPG. The population was developed thru cooperative efforts of PSGD team of: Dr. Gloria Burow, Dr. John Burke, Dr. Ratan Chopra, Ms. Halee Hughes, and Mr. Jacob Sanchez.1963688PI 687591
190PI 68759215FS193Sorghum bicolor (L.) Moench subsp. bicolor S92016Breeding materialImprovement of cold tolerance at key stages of growth and deployment of favorable alleles for root traits and cold tolerance into elite sorghum genetic resources are recognized as critical factors for sorghum production in drier and cooler regions of the US, permitting farmers to capitalize on early season moisture, efficient integrated pest management and to cultivate fuller season varieties with higher yield potential. The BTx623NSZ _ RIPG mapping population consists of 292 inbred lines, was evaluated for expression of early season cold tolerance based on field and controlled condition (15°C) germinability/emergence and seedling vigor; data for these traits are provided from two years of early season field screen and minimum of three laboratory studies. A detailed analysis of gene expression pattern and root morphological traits under cold stress (15°C) were characterized for the parents of the inbred population. Seeds were bulked from 10 representative uniform plants at F6 generation and advanced by selfing to F1 generation. Briefly, BTx623NSZ_RIPG, was developed by hand emasculation of the female parent BTx623 and pollination with PI 568016 in the polyhouse at Cropping Systems Research Laboratory, Lubbock, TX in 2012. The resulting F1 hybrid was intermediate in height between the 2 parents, with brown seed color. A total of 300 F2 plants were planted at the F3 generation followed by careful advancement to F4 to F7 generations performed alternately in Lubbock, Texas and Lajas, Puerto Rico. At the F6:7 stage of development ten representative uniform plants were tagged and seeds were bulked from the 10 tagged plants to compose each line. A total of 292 RILs were generated and are used to represent the BTx623NSZ_RIPG. The population was developed thru cooperative efforts of PSGD team of: Dr. Gloria Burow, Dr. John Burke, Dr. Ratan Chopra, Ms. Halee Hughes, and Mr. Jacob Sanchez.1963689PI 687592
191PI 68759315FS194Sorghum bicolor (L.) Moench subsp. bicolor S92016Breeding materialImprovement of cold tolerance at key stages of growth and deployment of favorable alleles for root traits and cold tolerance into elite sorghum genetic resources are recognized as critical factors for sorghum production in drier and cooler regions of the US, permitting farmers to capitalize on early season moisture, efficient integrated pest management and to cultivate fuller season varieties with higher yield potential. The BTx623NSZ _ RIPG mapping population consists of 292 inbred lines, was evaluated for expression of early season cold tolerance based on field and controlled condition (15°C) germinability/emergence and seedling vigor; data for these traits are provided from two years of early season field screen and minimum of three laboratory studies. A detailed analysis of gene expression pattern and root morphological traits under cold stress (15°C) were characterized for the parents of the inbred population. Seeds were bulked from 10 representative uniform plants at F6 generation and advanced by selfing to F1 generation. Briefly, BTx623NSZ_RIPG, was developed by hand emasculation of the female parent BTx623 and pollination with PI 568016 in the polyhouse at Cropping Systems Research Laboratory, Lubbock, TX in 2012. The resulting F1 hybrid was intermediate in height between the 2 parents, with brown seed color. A total of 300 F2 plants were planted at the F3 generation followed by careful advancement to F4 to F7 generations performed alternately in Lubbock, Texas and Lajas, Puerto Rico. At the F6:7 stage of development ten representative uniform plants were tagged and seeds were bulked from the 10 tagged plants to compose each line. A total of 292 RILs were generated and are used to represent the BTx623NSZ_RIPG. The population was developed thru cooperative efforts of PSGD team of: Dr. Gloria Burow, Dr. John Burke, Dr. Ratan Chopra, Ms. Halee Hughes, and Mr. Jacob Sanchez.1963690PI 687593
192PI 68759415FS195Sorghum bicolor (L.) Moench subsp. bicolor S92016Breeding materialImprovement of cold tolerance at key stages of growth and deployment of favorable alleles for root traits and cold tolerance into elite sorghum genetic resources are recognized as critical factors for sorghum production in drier and cooler regions of the US, permitting farmers to capitalize on early season moisture, efficient integrated pest management and to cultivate fuller season varieties with higher yield potential. The BTx623NSZ _ RIPG mapping population consists of 292 inbred lines, was evaluated for expression of early season cold tolerance based on field and controlled condition (15°C) germinability/emergence and seedling vigor; data for these traits are provided from two years of early season field screen and minimum of three laboratory studies. A detailed analysis of gene expression pattern and root morphological traits under cold stress (15°C) were characterized for the parents of the inbred population. Seeds were bulked from 10 representative uniform plants at F6 generation and advanced by selfing to F1 generation. Briefly, BTx623NSZ_RIPG, was developed by hand emasculation of the female parent BTx623 and pollination with PI 568016 in the polyhouse at Cropping Systems Research Laboratory, Lubbock, TX in 2012. The resulting F1 hybrid was intermediate in height between the 2 parents, with brown seed color. A total of 300 F2 plants were planted at the F3 generation followed by careful advancement to F4 to F7 generations performed alternately in Lubbock, Texas and Lajas, Puerto Rico. At the F6:7 stage of development ten representative uniform plants were tagged and seeds were bulked from the 10 tagged plants to compose each line. A total of 292 RILs were generated and are used to represent the BTx623NSZ_RIPG. The population was developed thru cooperative efforts of PSGD team of: Dr. Gloria Burow, Dr. John Burke, Dr. Ratan Chopra, Ms. Halee Hughes, and Mr. Jacob Sanchez.1963691PI 687594
193PI 68759515FS196Sorghum bicolor (L.) Moench subsp. bicolor S92016Breeding materialImprovement of cold tolerance at key stages of growth and deployment of favorable alleles for root traits and cold tolerance into elite sorghum genetic resources are recognized as critical factors for sorghum production in drier and cooler regions of the US, permitting farmers to capitalize on early season moisture, efficient integrated pest management and to cultivate fuller season varieties with higher yield potential. The BTx623NSZ _ RIPG mapping population consists of 292 inbred lines, was evaluated for expression of early season cold tolerance based on field and controlled condition (15°C) germinability/emergence and seedling vigor; data for these traits are provided from two years of early season field screen and minimum of three laboratory studies. A detailed analysis of gene expression pattern and root morphological traits under cold stress (15°C) were characterized for the parents of the inbred population. Seeds were bulked from 10 representative uniform plants at F6 generation and advanced by selfing to F1 generation. Briefly, BTx623NSZ_RIPG, was developed by hand emasculation of the female parent BTx623 and pollination with PI 568016 in the polyhouse at Cropping Systems Research Laboratory, Lubbock, TX in 2012. The resulting F1 hybrid was intermediate in height between the 2 parents, with brown seed color. A total of 300 F2 plants were planted at the F3 generation followed by careful advancement to F4 to F7 generations performed alternately in Lubbock, Texas and Lajas, Puerto Rico. At the F6:7 stage of development ten representative uniform plants were tagged and seeds were bulked from the 10 tagged plants to compose each line. A total of 292 RILs were generated and are used to represent the BTx623NSZ_RIPG. The population was developed thru cooperative efforts of PSGD team of: Dr. Gloria Burow, Dr. John Burke, Dr. Ratan Chopra, Ms. Halee Hughes, and Mr. Jacob Sanchez.1963692PI 687595
194PI 68759615FS197Sorghum bicolor (L.) Moench subsp. bicolor S92016Breeding materialImprovement of cold tolerance at key stages of growth and deployment of favorable alleles for root traits and cold tolerance into elite sorghum genetic resources are recognized as critical factors for sorghum production in drier and cooler regions of the US, permitting farmers to capitalize on early season moisture, efficient integrated pest management and to cultivate fuller season varieties with higher yield potential. The BTx623NSZ _ RIPG mapping population consists of 292 inbred lines, was evaluated for expression of early season cold tolerance based on field and controlled condition (15°C) germinability/emergence and seedling vigor; data for these traits are provided from two years of early season field screen and minimum of three laboratory studies. A detailed analysis of gene expression pattern and root morphological traits under cold stress (15°C) were characterized for the parents of the inbred population. Seeds were bulked from 10 representative uniform plants at F6 generation and advanced by selfing to F1 generation. Briefly, BTx623NSZ_RIPG, was developed by hand emasculation of the female parent BTx623 and pollination with PI 568016 in the polyhouse at Cropping Systems Research Laboratory, Lubbock, TX in 2012. The resulting F1 hybrid was intermediate in height between the 2 parents, with brown seed color. A total of 300 F2 plants were planted at the F3 generation followed by careful advancement to F4 to F7 generations performed alternately in Lubbock, Texas and Lajas, Puerto Rico. At the F6:7 stage of development ten representative uniform plants were tagged and seeds were bulked from the 10 tagged plants to compose each line. A total of 292 RILs were generated and are used to represent the BTx623NSZ_RIPG. The population was developed thru cooperative efforts of PSGD team of: Dr. Gloria Burow, Dr. John Burke, Dr. Ratan Chopra, Ms. Halee Hughes, and Mr. Jacob Sanchez.1963693PI 687596
195PI 68759715FS198Sorghum bicolor (L.) Moench subsp. bicolor S92016Breeding materialImprovement of cold tolerance at key stages of growth and deployment of favorable alleles for root traits and cold tolerance into elite sorghum genetic resources are recognized as critical factors for sorghum production in drier and cooler regions of the US, permitting farmers to capitalize on early season moisture, efficient integrated pest management and to cultivate fuller season varieties with higher yield potential. The BTx623NSZ _ RIPG mapping population consists of 292 inbred lines, was evaluated for expression of early season cold tolerance based on field and controlled condition (15°C) germinability/emergence and seedling vigor; data for these traits are provided from two years of early season field screen and minimum of three laboratory studies. A detailed analysis of gene expression pattern and root morphological traits under cold stress (15°C) were characterized for the parents of the inbred population. Seeds were bulked from 10 representative uniform plants at F6 generation and advanced by selfing to F1 generation. Briefly, BTx623NSZ_RIPG, was developed by hand emasculation of the female parent BTx623 and pollination with PI 568016 in the polyhouse at Cropping Systems Research Laboratory, Lubbock, TX in 2012. The resulting F1 hybrid was intermediate in height between the 2 parents, with brown seed color. A total of 300 F2 plants were planted at the F3 generation followed by careful advancement to F4 to F7 generations performed alternately in Lubbock, Texas and Lajas, Puerto Rico. At the F6:7 stage of development ten representative uniform plants were tagged and seeds were bulked from the 10 tagged plants to compose each line. A total of 292 RILs were generated and are used to represent the BTx623NSZ_RIPG. The population was developed thru cooperative efforts of PSGD team of: Dr. Gloria Burow, Dr. John Burke, Dr. Ratan Chopra, Ms. Halee Hughes, and Mr. Jacob Sanchez.1963694PI 687597
196PI 68759815FS199Sorghum bicolor (L.) Moench subsp. bicolor S92016Breeding materialImprovement of cold tolerance at key stages of growth and deployment of favorable alleles for root traits and cold tolerance into elite sorghum genetic resources are recognized as critical factors for sorghum production in drier and cooler regions of the US, permitting farmers to capitalize on early season moisture, efficient integrated pest management and to cultivate fuller season varieties with higher yield potential. The BTx623NSZ _ RIPG mapping population consists of 292 inbred lines, was evaluated for expression of early season cold tolerance based on field and controlled condition (15°C) germinability/emergence and seedling vigor; data for these traits are provided from two years of early season field screen and minimum of three laboratory studies. A detailed analysis of gene expression pattern and root morphological traits under cold stress (15°C) were characterized for the parents of the inbred population. Seeds were bulked from 10 representative uniform plants at F6 generation and advanced by selfing to F1 generation. Briefly, BTx623NSZ_RIPG, was developed by hand emasculation of the female parent BTx623 and pollination with PI 568016 in the polyhouse at Cropping Systems Research Laboratory, Lubbock, TX in 2012. The resulting F1 hybrid was intermediate in height between the 2 parents, with brown seed color. A total of 300 F2 plants were planted at the F3 generation followed by careful advancement to F4 to F7 generations performed alternately in Lubbock, Texas and Lajas, Puerto Rico. At the F6:7 stage of development ten representative uniform plants were tagged and seeds were bulked from the 10 tagged plants to compose each line. A total of 292 RILs were generated and are used to represent the BTx623NSZ_RIPG. The population was developed thru cooperative efforts of PSGD team of: Dr. Gloria Burow, Dr. John Burke, Dr. Ratan Chopra, Ms. Halee Hughes, and Mr. Jacob Sanchez.1963695PI 687598
197PI 68759915FS200Sorghum bicolor (L.) Moench subsp. bicolor S92016Breeding materialImprovement of cold tolerance at key stages of growth and deployment of favorable alleles for root traits and cold tolerance into elite sorghum genetic resources are recognized as critical factors for sorghum production in drier and cooler regions of the US, permitting farmers to capitalize on early season moisture, efficient integrated pest management and to cultivate fuller season varieties with higher yield potential. The BTx623NSZ _ RIPG mapping population consists of 292 inbred lines, was evaluated for expression of early season cold tolerance based on field and controlled condition (15°C) germinability/emergence and seedling vigor; data for these traits are provided from two years of early season field screen and minimum of three laboratory studies. A detailed analysis of gene expression pattern and root morphological traits under cold stress (15°C) were characterized for the parents of the inbred population. Seeds were bulked from 10 representative uniform plants at F6 generation and advanced by selfing to F1 generation. Briefly, BTx623NSZ_RIPG, was developed by hand emasculation of the female parent BTx623 and pollination with PI 568016 in the polyhouse at Cropping Systems Research Laboratory, Lubbock, TX in 2012. The resulting F1 hybrid was intermediate in height between the 2 parents, with brown seed color. A total of 300 F2 plants were planted at the F3 generation followed by careful advancement to F4 to F7 generations performed alternately in Lubbock, Texas and Lajas, Puerto Rico. At the F6:7 stage of development ten representative uniform plants were tagged and seeds were bulked from the 10 tagged plants to compose each line. A total of 292 RILs were generated and are used to represent the BTx623NSZ_RIPG. The population was developed thru cooperative efforts of PSGD team of: Dr. Gloria Burow, Dr. John Burke, Dr. Ratan Chopra, Ms. Halee Hughes, and Mr. Jacob Sanchez.1963696PI 687599
198PI 68760015FS201Sorghum bicolor (L.) Moench subsp. bicolor S92016Breeding materialImprovement of cold tolerance at key stages of growth and deployment of favorable alleles for root traits and cold tolerance into elite sorghum genetic resources are recognized as critical factors for sorghum production in drier and cooler regions of the US, permitting farmers to capitalize on early season moisture, efficient integrated pest management and to cultivate fuller season varieties with higher yield potential. The BTx623NSZ _ RIPG mapping population consists of 292 inbred lines, was evaluated for expression of early season cold tolerance based on field and controlled condition (15°C) germinability/emergence and seedling vigor; data for these traits are provided from two years of early season field screen and minimum of three laboratory studies. A detailed analysis of gene expression pattern and root morphological traits under cold stress (15°C) were characterized for the parents of the inbred population. Seeds were bulked from 10 representative uniform plants at F6 generation and advanced by selfing to F1 generation. Briefly, BTx623NSZ_RIPG, was developed by hand emasculation of the female parent BTx623 and pollination with PI 568016 in the polyhouse at Cropping Systems Research Laboratory, Lubbock, TX in 2012. The resulting F1 hybrid was intermediate in height between the 2 parents, with brown seed color. A total of 300 F2 plants were planted at the F3 generation followed by careful advancement to F4 to F7 generations performed alternately in Lubbock, Texas and Lajas, Puerto Rico. At the F6:7 stage of development ten representative uniform plants were tagged and seeds were bulked from the 10 tagged plants to compose each line. A total of 292 RILs were generated and are used to represent the BTx623NSZ_RIPG. The population was developed thru cooperative efforts of PSGD team of: Dr. Gloria Burow, Dr. John Burke, Dr. Ratan Chopra, Ms. Halee Hughes, and Mr. Jacob Sanchez.1963697PI 687600
199PI 68760115FS202Sorghum bicolor (L.) Moench subsp. bicolor S92016Breeding materialImprovement of cold tolerance at key stages of growth and deployment of favorable alleles for root traits and cold tolerance into elite sorghum genetic resources are recognized as critical factors for sorghum production in drier and cooler regions of the US, permitting farmers to capitalize on early season moisture, efficient integrated pest management and to cultivate fuller season varieties with higher yield potential. The BTx623NSZ _ RIPG mapping population consists of 292 inbred lines, was evaluated for expression of early season cold tolerance based on field and controlled condition (15°C) germinability/emergence and seedling vigor; data for these traits are provided from two years of early season field screen and minimum of three laboratory studies. A detailed analysis of gene expression pattern and root morphological traits under cold stress (15°C) were characterized for the parents of the inbred population. Seeds were bulked from 10 representative uniform plants at F6 generation and advanced by selfing to F1 generation. Briefly, BTx623NSZ_RIPG, was developed by hand emasculation of the female parent BTx623 and pollination with PI 568016 in the polyhouse at Cropping Systems Research Laboratory, Lubbock, TX in 2012. The resulting F1 hybrid was intermediate in height between the 2 parents, with brown seed color. A total of 300 F2 plants were planted at the F3 generation followed by careful advancement to F4 to F7 generations performed alternately in Lubbock, Texas and Lajas, Puerto Rico. At the F6:7 stage of development ten representative uniform plants were tagged and seeds were bulked from the 10 tagged plants to compose each line. A total of 292 RILs were generated and are used to represent the BTx623NSZ_RIPG. The population was developed thru cooperative efforts of PSGD team of: Dr. Gloria Burow, Dr. John Burke, Dr. Ratan Chopra, Ms. Halee Hughes, and Mr. Jacob Sanchez.1963698PI 687601
200PI 68760215FS203Sorghum bicolor (L.) Moench subsp. bicolor S92016Breeding materialImprovement of cold tolerance at key stages of growth and deployment of favorable alleles for root traits and cold tolerance into elite sorghum genetic resources are recognized as critical factors for sorghum production in drier and cooler regions of the US, permitting farmers to capitalize on early season moisture, efficient integrated pest management and to cultivate fuller season varieties with higher yield potential. The BTx623NSZ _ RIPG mapping population consists of 292 inbred lines, was evaluated for expression of early season cold tolerance based on field and controlled condition (15°C) germinability/emergence and seedling vigor; data for these traits are provided from two years of early season field screen and minimum of three laboratory studies. A detailed analysis of gene expression pattern and root morphological traits under cold stress (15°C) were characterized for the parents of the inbred population. Seeds were bulked from 10 representative uniform plants at F6 generation and advanced by selfing to F1 generation. Briefly, BTx623NSZ_RIPG, was developed by hand emasculation of the female parent BTx623 and pollination with PI 568016 in the polyhouse at Cropping Systems Research Laboratory, Lubbock, TX in 2012. The resulting F1 hybrid was intermediate in height between the 2 parents, with brown seed color. A total of 300 F2 plants were planted at the F3 generation followed by careful advancement to F4 to F7 generations performed alternately in Lubbock, Texas and Lajas, Puerto Rico. At the F6:7 stage of development ten representative uniform plants were tagged and seeds were bulked from the 10 tagged plants to compose each line. A total of 292 RILs were generated and are used to represent the BTx623NSZ_RIPG. The population was developed thru cooperative efforts of PSGD team of: Dr. Gloria Burow, Dr. John Burke, Dr. Ratan Chopra, Ms. Halee Hughes, and Mr. Jacob Sanchez.1963699PI 687602
201PI 68760315FS204Sorghum bicolor (L.) Moench subsp. bicolor S92016Breeding materialImprovement of cold tolerance at key stages of growth and deployment of favorable alleles for root traits and cold tolerance into elite sorghum genetic resources are recognized as critical factors for sorghum production in drier and cooler regions of the US, permitting farmers to capitalize on early season moisture, efficient integrated pest management and to cultivate fuller season varieties with higher yield potential. The BTx623NSZ _ RIPG mapping population consists of 292 inbred lines, was evaluated for expression of early season cold tolerance based on field and controlled condition (15°C) germinability/emergence and seedling vigor; data for these traits are provided from two years of early season field screen and minimum of three laboratory studies. A detailed analysis of gene expression pattern and root morphological traits under cold stress (15°C) were characterized for the parents of the inbred population. Seeds were bulked from 10 representative uniform plants at F6 generation and advanced by selfing to F1 generation. Briefly, BTx623NSZ_RIPG, was developed by hand emasculation of the female parent BTx623 and pollination with PI 568016 in the polyhouse at Cropping Systems Research Laboratory, Lubbock, TX in 2012. The resulting F1 hybrid was intermediate in height between the 2 parents, with brown seed color. A total of 300 F2 plants were planted at the F3 generation followed by careful advancement to F4 to F7 generations performed alternately in Lubbock, Texas and Lajas, Puerto Rico. At the F6:7 stage of development ten representative uniform plants were tagged and seeds were bulked from the 10 tagged plants to compose each line. A total of 292 RILs were generated and are used to represent the BTx623NSZ_RIPG. The population was developed thru cooperative efforts of PSGD team of: Dr. Gloria Burow, Dr. John Burke, Dr. Ratan Chopra, Ms. Halee Hughes, and Mr. Jacob Sanchez.1963700PI 687603
202PI 68760415FS205Sorghum bicolor (L.) Moench subsp. bicolor S92016Breeding materialImprovement of cold tolerance at key stages of growth and deployment of favorable alleles for root traits and cold tolerance into elite sorghum genetic resources are recognized as critical factors for sorghum production in drier and cooler regions of the US, permitting farmers to capitalize on early season moisture, efficient integrated pest management and to cultivate fuller season varieties with higher yield potential. The BTx623NSZ _ RIPG mapping population consists of 292 inbred lines, was evaluated for expression of early season cold tolerance based on field and controlled condition (15°C) germinability/emergence and seedling vigor; data for these traits are provided from two years of early season field screen and minimum of three laboratory studies. A detailed analysis of gene expression pattern and root morphological traits under cold stress (15°C) were characterized for the parents of the inbred population. Seeds were bulked from 10 representative uniform plants at F6 generation and advanced by selfing to F1 generation. Briefly, BTx623NSZ_RIPG, was developed by hand emasculation of the female parent BTx623 and pollination with PI 568016 in the polyhouse at Cropping Systems Research Laboratory, Lubbock, TX in 2012. The resulting F1 hybrid was intermediate in height between the 2 parents, with brown seed color. A total of 300 F2 plants were planted at the F3 generation followed by careful advancement to F4 to F7 generations performed alternately in Lubbock, Texas and Lajas, Puerto Rico. At the F6:7 stage of development ten representative uniform plants were tagged and seeds were bulked from the 10 tagged plants to compose each line. A total of 292 RILs were generated and are used to represent the BTx623NSZ_RIPG. The population was developed thru cooperative efforts of PSGD team of: Dr. Gloria Burow, Dr. John Burke, Dr. Ratan Chopra, Ms. Halee Hughes, and Mr. Jacob Sanchez.1963701PI 687604
203PI 68760515FS206Sorghum bicolor (L.) Moench subsp. bicolor S92016Breeding materialImprovement of cold tolerance at key stages of growth and deployment of favorable alleles for root traits and cold tolerance into elite sorghum genetic resources are recognized as critical factors for sorghum production in drier and cooler regions of the US, permitting farmers to capitalize on early season moisture, efficient integrated pest management and to cultivate fuller season varieties with higher yield potential. The BTx623NSZ _ RIPG mapping population consists of 292 inbred lines, was evaluated for expression of early season cold tolerance based on field and controlled condition (15°C) germinability/emergence and seedling vigor; data for these traits are provided from two years of early season field screen and minimum of three laboratory studies. A detailed analysis of gene expression pattern and root morphological traits under cold stress (15°C) were characterized for the parents of the inbred population. Seeds were bulked from 10 representative uniform plants at F6 generation and advanced by selfing to F1 generation. Briefly, BTx623NSZ_RIPG, was developed by hand emasculation of the female parent BTx623 and pollination with PI 568016 in the polyhouse at Cropping Systems Research Laboratory, Lubbock, TX in 2012. The resulting F1 hybrid was intermediate in height between the 2 parents, with brown seed color. A total of 300 F2 plants were planted at the F3 generation followed by careful advancement to F4 to F7 generations performed alternately in Lubbock, Texas and Lajas, Puerto Rico. At the F6:7 stage of development ten representative uniform plants were tagged and seeds were bulked from the 10 tagged plants to compose each line. A total of 292 RILs were generated and are used to represent the BTx623NSZ_RIPG. The population was developed thru cooperative efforts of PSGD team of: Dr. Gloria Burow, Dr. John Burke, Dr. Ratan Chopra, Ms. Halee Hughes, and Mr. Jacob Sanchez.1963702PI 687605
204PI 68760615FS207Sorghum bicolor (L.) Moench subsp. bicolor S92016Breeding materialImprovement of cold tolerance at key stages of growth and deployment of favorable alleles for root traits and cold tolerance into elite sorghum genetic resources are recognized as critical factors for sorghum production in drier and cooler regions of the US, permitting farmers to capitalize on early season moisture, efficient integrated pest management and to cultivate fuller season varieties with higher yield potential. The BTx623NSZ _ RIPG mapping population consists of 292 inbred lines, was evaluated for expression of early season cold tolerance based on field and controlled condition (15°C) germinability/emergence and seedling vigor; data for these traits are provided from two years of early season field screen and minimum of three laboratory studies. A detailed analysis of gene expression pattern and root morphological traits under cold stress (15°C) were characterized for the parents of the inbred population. Seeds were bulked from 10 representative uniform plants at F6 generation and advanced by selfing to F1 generation. Briefly, BTx623NSZ_RIPG, was developed by hand emasculation of the female parent BTx623 and pollination with PI 568016 in the polyhouse at Cropping Systems Research Laboratory, Lubbock, TX in 2012. The resulting F1 hybrid was intermediate in height between the 2 parents, with brown seed color. A total of 300 F2 plants were planted at the F3 generation followed by careful advancement to F4 to F7 generations performed alternately in Lubbock, Texas and Lajas, Puerto Rico. At the F6:7 stage of development ten representative uniform plants were tagged and seeds were bulked from the 10 tagged plants to compose each line. A total of 292 RILs were generated and are used to represent the BTx623NSZ_RIPG. The population was developed thru cooperative efforts of PSGD team of: Dr. Gloria Burow, Dr. John Burke, Dr. Ratan Chopra, Ms. Halee Hughes, and Mr. Jacob Sanchez.1963703PI 687606
205PI 68760715FS208Sorghum bicolor (L.) Moench subsp. bicolor S92016Breeding materialImprovement of cold tolerance at key stages of growth and deployment of favorable alleles for root traits and cold tolerance into elite sorghum genetic resources are recognized as critical factors for sorghum production in drier and cooler regions of the US, permitting farmers to capitalize on early season moisture, efficient integrated pest management and to cultivate fuller season varieties with higher yield potential. The BTx623NSZ _ RIPG mapping population consists of 292 inbred lines, was evaluated for expression of early season cold tolerance based on field and controlled condition (15°C) germinability/emergence and seedling vigor; data for these traits are provided from two years of early season field screen and minimum of three laboratory studies. A detailed analysis of gene expression pattern and root morphological traits under cold stress (15°C) were characterized for the parents of the inbred population. Seeds were bulked from 10 representative uniform plants at F6 generation and advanced by selfing to F1 generation. Briefly, BTx623NSZ_RIPG, was developed by hand emasculation of the female parent BTx623 and pollination with PI 568016 in the polyhouse at Cropping Systems Research Laboratory, Lubbock, TX in 2012. The resulting F1 hybrid was intermediate in height between the 2 parents, with brown seed color. A total of 300 F2 plants were planted at the F3 generation followed by careful advancement to F4 to F7 generations performed alternately in Lubbock, Texas and Lajas, Puerto Rico. At the F6:7 stage of development ten representative uniform plants were tagged and seeds were bulked from the 10 tagged plants to compose each line. A total of 292 RILs were generated and are used to represent the BTx623NSZ_RIPG. The population was developed thru cooperative efforts of PSGD team of: Dr. Gloria Burow, Dr. John Burke, Dr. Ratan Chopra, Ms. Halee Hughes, and Mr. Jacob Sanchez.1963704PI 687607
206PI 68760815FS209Sorghum bicolor (L.) Moench subsp. bicolor S92016Breeding materialImprovement of cold tolerance at key stages of growth and deployment of favorable alleles for root traits and cold tolerance into elite sorghum genetic resources are recognized as critical factors for sorghum production in drier and cooler regions of the US, permitting farmers to capitalize on early season moisture, efficient integrated pest management and to cultivate fuller season varieties with higher yield potential. The BTx623NSZ _ RIPG mapping population consists of 292 inbred lines, was evaluated for expression of early season cold tolerance based on field and controlled condition (15°C) germinability/emergence and seedling vigor; data for these traits are provided from two years of early season field screen and minimum of three laboratory studies. A detailed analysis of gene expression pattern and root morphological traits under cold stress (15°C) were characterized for the parents of the inbred population. Seeds were bulked from 10 representative uniform plants at F6 generation and advanced by selfing to F1 generation. Briefly, BTx623NSZ_RIPG, was developed by hand emasculation of the female parent BTx623 and pollination with PI 568016 in the polyhouse at Cropping Systems Research Laboratory, Lubbock, TX in 2012. The resulting F1 hybrid was intermediate in height between the 2 parents, with brown seed color. A total of 300 F2 plants were planted at the F3 generation followed by careful advancement to F4 to F7 generations performed alternately in Lubbock, Texas and Lajas, Puerto Rico. At the F6:7 stage of development ten representative uniform plants were tagged and seeds were bulked from the 10 tagged plants to compose each line. A total of 292 RILs were generated and are used to represent the BTx623NSZ_RIPG. The population was developed thru cooperative efforts of PSGD team of: Dr. Gloria Burow, Dr. John Burke, Dr. Ratan Chopra, Ms. Halee Hughes, and Mr. Jacob Sanchez.1963705PI 687608
207PI 68760915FS210Sorghum bicolor (L.) Moench subsp. bicolor S92016Breeding materialImprovement of cold tolerance at key stages of growth and deployment of favorable alleles for root traits and cold tolerance into elite sorghum genetic resources are recognized as critical factors for sorghum production in drier and cooler regions of the US, permitting farmers to capitalize on early season moisture, efficient integrated pest management and to cultivate fuller season varieties with higher yield potential. The BTx623NSZ _ RIPG mapping population consists of 292 inbred lines, was evaluated for expression of early season cold tolerance based on field and controlled condition (15°C) germinability/emergence and seedling vigor; data for these traits are provided from two years of early season field screen and minimum of three laboratory studies. A detailed analysis of gene expression pattern and root morphological traits under cold stress (15°C) were characterized for the parents of the inbred population. Seeds were bulked from 10 representative uniform plants at F6 generation and advanced by selfing to F1 generation. Briefly, BTx623NSZ_RIPG, was developed by hand emasculation of the female parent BTx623 and pollination with PI 568016 in the polyhouse at Cropping Systems Research Laboratory, Lubbock, TX in 2012. The resulting F1 hybrid was intermediate in height between the 2 parents, with brown seed color. A total of 300 F2 plants were planted at the F3 generation followed by careful advancement to F4 to F7 generations performed alternately in Lubbock, Texas and Lajas, Puerto Rico. At the F6:7 stage of development ten representative uniform plants were tagged and seeds were bulked from the 10 tagged plants to compose each line. A total of 292 RILs were generated and are used to represent the BTx623NSZ_RIPG. The population was developed thru cooperative efforts of PSGD team of: Dr. Gloria Burow, Dr. John Burke, Dr. Ratan Chopra, Ms. Halee Hughes, and Mr. Jacob Sanchez.1963706PI 687609
208PI 68761015FS211Sorghum bicolor (L.) Moench subsp. bicolor S92016Breeding materialImprovement of cold tolerance at key stages of growth and deployment of favorable alleles for root traits and cold tolerance into elite sorghum genetic resources are recognized as critical factors for sorghum production in drier and cooler regions of the US, permitting farmers to capitalize on early season moisture, efficient integrated pest management and to cultivate fuller season varieties with higher yield potential. The BTx623NSZ _ RIPG mapping population consists of 292 inbred lines, was evaluated for expression of early season cold tolerance based on field and controlled condition (15°C) germinability/emergence and seedling vigor; data for these traits are provided from two years of early season field screen and minimum of three laboratory studies. A detailed analysis of gene expression pattern and root morphological traits under cold stress (15°C) were characterized for the parents of the inbred population. Seeds were bulked from 10 representative uniform plants at F6 generation and advanced by selfing to F1 generation. Briefly, BTx623NSZ_RIPG, was developed by hand emasculation of the female parent BTx623 and pollination with PI 568016 in the polyhouse at Cropping Systems Research Laboratory, Lubbock, TX in 2012. The resulting F1 hybrid was intermediate in height between the 2 parents, with brown seed color. A total of 300 F2 plants were planted at the F3 generation followed by careful advancement to F4 to F7 generations performed alternately in Lubbock, Texas and Lajas, Puerto Rico. At the F6:7 stage of development ten representative uniform plants were tagged and seeds were bulked from the 10 tagged plants to compose each line. A total of 292 RILs were generated and are used to represent the BTx623NSZ_RIPG. The population was developed thru cooperative efforts of PSGD team of: Dr. Gloria Burow, Dr. John Burke, Dr. Ratan Chopra, Ms. Halee Hughes, and Mr. Jacob Sanchez.1963707PI 687610
209PI 68761115FS401Sorghum bicolor (L.) Moench subsp. bicolor S92016Breeding materialImprovement of cold tolerance at key stages of growth and deployment of favorable alleles for root traits and cold tolerance into elite sorghum genetic resources are recognized as critical factors for sorghum production in drier and cooler regions of the US, permitting farmers to capitalize on early season moisture, efficient integrated pest management and to cultivate fuller season varieties with higher yield potential. The BTx623NSZ _ RIPG mapping population consists of 292 inbred lines, was evaluated for expression of early season cold tolerance based on field and controlled condition (15°C) germinability/emergence and seedling vigor; data for these traits are provided from two years of early season field screen and minimum of three laboratory studies. A detailed analysis of gene expression pattern and root morphological traits under cold stress (15°C) were characterized for the parents of the inbred population. Seeds were bulked from 10 representative uniform plants at F6 generation and advanced by selfing to F1 generation. Briefly, BTx623NSZ_RIPG, was developed by hand emasculation of the female parent BTx623 and pollination with PI 568016 in the polyhouse at Cropping Systems Research Laboratory, Lubbock, TX in 2012. The resulting F1 hybrid was intermediate in height between the 2 parents, with brown seed color. A total of 300 F2 plants were planted at the F3 generation followed by careful advancement to F4 to F7 generations performed alternately in Lubbock, Texas and Lajas, Puerto Rico. At the F6:7 stage of development ten representative uniform plants were tagged and seeds were bulked from the 10 tagged plants to compose each line. A total of 292 RILs were generated and are used to represent the BTx623NSZ_RIPG. The population was developed thru cooperative efforts of PSGD team of: Dr. Gloria Burow, Dr. John Burke, Dr. Ratan Chopra, Ms. Halee Hughes, and Mr. Jacob Sanchez.1963708PI 687611
210PI 68761215FS213Sorghum bicolor (L.) Moench subsp. bicolor S92016Breeding materialImprovement of cold tolerance at key stages of growth and deployment of favorable alleles for root traits and cold tolerance into elite sorghum genetic resources are recognized as critical factors for sorghum production in drier and cooler regions of the US, permitting farmers to capitalize on early season moisture, efficient integrated pest management and to cultivate fuller season varieties with higher yield potential. The BTx623NSZ _ RIPG mapping population consists of 292 inbred lines, was evaluated for expression of early season cold tolerance based on field and controlled condition (15°C) germinability/emergence and seedling vigor; data for these traits are provided from two years of early season field screen and minimum of three laboratory studies. A detailed analysis of gene expression pattern and root morphological traits under cold stress (15°C) were characterized for the parents of the inbred population. Seeds were bulked from 10 representative uniform plants at F6 generation and advanced by selfing to F1 generation. Briefly, BTx623NSZ_RIPG, was developed by hand emasculation of the female parent BTx623 and pollination with PI 568016 in the polyhouse at Cropping Systems Research Laboratory, Lubbock, TX in 2012. The resulting F1 hybrid was intermediate in height between the 2 parents, with brown seed color. A total of 300 F2 plants were planted at the F3 generation followed by careful advancement to F4 to F7 generations performed alternately in Lubbock, Texas and Lajas, Puerto Rico. At the F6:7 stage of development ten representative uniform plants were tagged and seeds were bulked from the 10 tagged plants to compose each line. A total of 292 RILs were generated and are used to represent the BTx623NSZ_RIPG. The population was developed thru cooperative efforts of PSGD team of: Dr. Gloria Burow, Dr. John Burke, Dr. Ratan Chopra, Ms. Halee Hughes, and Mr. Jacob Sanchez.1963709PI 687612
211PI 68761315FS214Sorghum bicolor (L.) Moench subsp. bicolor S92016Breeding materialImprovement of cold tolerance at key stages of growth and deployment of favorable alleles for root traits and cold tolerance into elite sorghum genetic resources are recognized as critical factors for sorghum production in drier and cooler regions of the US, permitting farmers to capitalize on early season moisture, efficient integrated pest management and to cultivate fuller season varieties with higher yield potential. The BTx623NSZ _ RIPG mapping population consists of 292 inbred lines, was evaluated for expression of early season cold tolerance based on field and controlled condition (15°C) germinability/emergence and seedling vigor; data for these traits are provided from two years of early season field screen and minimum of three laboratory studies. A detailed analysis of gene expression pattern and root morphological traits under cold stress (15°C) were characterized for the parents of the inbred population. Seeds were bulked from 10 representative uniform plants at F6 generation and advanced by selfing to F1 generation. Briefly, BTx623NSZ_RIPG, was developed by hand emasculation of the female parent BTx623 and pollination with PI 568016 in the polyhouse at Cropping Systems Research Laboratory, Lubbock, TX in 2012. The resulting F1 hybrid was intermediate in height between the 2 parents, with brown seed color. A total of 300 F2 plants were planted at the F3 generation followed by careful advancement to F4 to F7 generations performed alternately in Lubbock, Texas and Lajas, Puerto Rico. At the F6:7 stage of development ten representative uniform plants were tagged and seeds were bulked from the 10 tagged plants to compose each line. A total of 292 RILs were generated and are used to represent the BTx623NSZ_RIPG. The population was developed thru cooperative efforts of PSGD team of: Dr. Gloria Burow, Dr. John Burke, Dr. Ratan Chopra, Ms. Halee Hughes, and Mr. Jacob Sanchez.1963710PI 687613
212PI 68761415FS215Sorghum bicolor (L.) Moench subsp. bicolor S92016Breeding materialImprovement of cold tolerance at key stages of growth and deployment of favorable alleles for root traits and cold tolerance into elite sorghum genetic resources are recognized as critical factors for sorghum production in drier and cooler regions of the US, permitting farmers to capitalize on early season moisture, efficient integrated pest management and to cultivate fuller season varieties with higher yield potential. The BTx623NSZ _ RIPG mapping population consists of 292 inbred lines, was evaluated for expression of early season cold tolerance based on field and controlled condition (15°C) germinability/emergence and seedling vigor; data for these traits are provided from two years of early season field screen and minimum of three laboratory studies. A detailed analysis of gene expression pattern and root morphological traits under cold stress (15°C) were characterized for the parents of the inbred population. Seeds were bulked from 10 representative uniform plants at F6 generation and advanced by selfing to F1 generation. Briefly, BTx623NSZ_RIPG, was developed by hand emasculation of the female parent BTx623 and pollination with PI 568016 in the polyhouse at Cropping Systems Research Laboratory, Lubbock, TX in 2012. The resulting F1 hybrid was intermediate in height between the 2 parents, with brown seed color. A total of 300 F2 plants were planted at the F3 generation followed by careful advancement to F4 to F7 generations performed alternately in Lubbock, Texas and Lajas, Puerto Rico. At the F6:7 stage of development ten representative uniform plants were tagged and seeds were bulked from the 10 tagged plants to compose each line. A total of 292 RILs were generated and are used to represent the BTx623NSZ_RIPG. The population was developed thru cooperative efforts of PSGD team of: Dr. Gloria Burow, Dr. John Burke, Dr. Ratan Chopra, Ms. Halee Hughes, and Mr. Jacob Sanchez.1963711PI 687614
213PI 68761515FS216Sorghum bicolor (L.) Moench subsp. bicolor S92016Breeding materialImprovement of cold tolerance at key stages of growth and deployment of favorable alleles for root traits and cold tolerance into elite sorghum genetic resources are recognized as critical factors for sorghum production in drier and cooler regions of the US, permitting farmers to capitalize on early season moisture, efficient integrated pest management and to cultivate fuller season varieties with higher yield potential. The BTx623NSZ _ RIPG mapping population consists of 292 inbred lines, was evaluated for expression of early season cold tolerance based on field and controlled condition (15°C) germinability/emergence and seedling vigor; data for these traits are provided from two years of early season field screen and minimum of three laboratory studies. A detailed analysis of gene expression pattern and root morphological traits under cold stress (15°C) were characterized for the parents of the inbred population. Seeds were bulked from 10 representative uniform plants at F6 generation and advanced by selfing to F1 generation. Briefly, BTx623NSZ_RIPG, was developed by hand emasculation of the female parent BTx623 and pollination with PI 568016 in the polyhouse at Cropping Systems Research Laboratory, Lubbock, TX in 2012. The resulting F1 hybrid was intermediate in height between the 2 parents, with brown seed color. A total of 300 F2 plants were planted at the F3 generation followed by careful advancement to F4 to F7 generations performed alternately in Lubbock, Texas and Lajas, Puerto Rico. At the F6:7 stage of development ten representative uniform plants were tagged and seeds were bulked from the 10 tagged plants to compose each line. A total of 292 RILs were generated and are used to represent the BTx623NSZ_RIPG. The population was developed thru cooperative efforts of PSGD team of: Dr. Gloria Burow, Dr. John Burke, Dr. Ratan Chopra, Ms. Halee Hughes, and Mr. Jacob Sanchez.1963712PI 687615
214PI 68761615FS217Sorghum bicolor (L.) Moench subsp. bicolor S92016Breeding materialImprovement of cold tolerance at key stages of growth and deployment of favorable alleles for root traits and cold tolerance into elite sorghum genetic resources are recognized as critical factors for sorghum production in drier and cooler regions of the US, permitting farmers to capitalize on early season moisture, efficient integrated pest management and to cultivate fuller season varieties with higher yield potential. The BTx623NSZ _ RIPG mapping population consists of 292 inbred lines, was evaluated for expression of early season cold tolerance based on field and controlled condition (15°C) germinability/emergence and seedling vigor; data for these traits are provided from two years of early season field screen and minimum of three laboratory studies. A detailed analysis of gene expression pattern and root morphological traits under cold stress (15°C) were characterized for the parents of the inbred population. Seeds were bulked from 10 representative uniform plants at F6 generation and advanced by selfing to F1 generation. Briefly, BTx623NSZ_RIPG, was developed by hand emasculation of the female parent BTx623 and pollination with PI 568016 in the polyhouse at Cropping Systems Research Laboratory, Lubbock, TX in 2012. The resulting F1 hybrid was intermediate in height between the 2 parents, with brown seed color. A total of 300 F2 plants were planted at the F3 generation followed by careful advancement to F4 to F7 generations performed alternately in Lubbock, Texas and Lajas, Puerto Rico. At the F6:7 stage of development ten representative uniform plants were tagged and seeds were bulked from the 10 tagged plants to compose each line. A total of 292 RILs were generated and are used to represent the BTx623NSZ_RIPG. The population was developed thru cooperative efforts of PSGD team of: Dr. Gloria Burow, Dr. John Burke, Dr. Ratan Chopra, Ms. Halee Hughes, and Mr. Jacob Sanchez.1963713PI 687616
215PI 68761715FS218Sorghum bicolor (L.) Moench subsp. bicolor S92016Breeding materialImprovement of cold tolerance at key stages of growth and deployment of favorable alleles for root traits and cold tolerance into elite sorghum genetic resources are recognized as critical factors for sorghum production in drier and cooler regions of the US, permitting farmers to capitalize on early season moisture, efficient integrated pest management and to cultivate fuller season varieties with higher yield potential. The BTx623NSZ _ RIPG mapping population consists of 292 inbred lines, was evaluated for expression of early season cold tolerance based on field and controlled condition (15°C) germinability/emergence and seedling vigor; data for these traits are provided from two years of early season field screen and minimum of three laboratory studies. A detailed analysis of gene expression pattern and root morphological traits under cold stress (15°C) were characterized for the parents of the inbred population. Seeds were bulked from 10 representative uniform plants at F6 generation and advanced by selfing to F1 generation. Briefly, BTx623NSZ_RIPG, was developed by hand emasculation of the female parent BTx623 and pollination with PI 568016 in the polyhouse at Cropping Systems Research Laboratory, Lubbock, TX in 2012. The resulting F1 hybrid was intermediate in height between the 2 parents, with brown seed color. A total of 300 F2 plants were planted at the F3 generation followed by careful advancement to F4 to F7 generations performed alternately in Lubbock, Texas and Lajas, Puerto Rico. At the F6:7 stage of development ten representative uniform plants were tagged and seeds were bulked from the 10 tagged plants to compose each line. A total of 292 RILs were generated and are used to represent the BTx623NSZ_RIPG. The population was developed thru cooperative efforts of PSGD team of: Dr. Gloria Burow, Dr. John Burke, Dr. Ratan Chopra, Ms. Halee Hughes, and Mr. Jacob Sanchez.1963714PI 687617
216PI 68761815FS219Sorghum bicolor (L.) Moench subsp. bicolor S92016Breeding materialImprovement of cold tolerance at key stages of growth and deployment of favorable alleles for root traits and cold tolerance into elite sorghum genetic resources are recognized as critical factors for sorghum production in drier and cooler regions of the US, permitting farmers to capitalize on early season moisture, efficient integrated pest management and to cultivate fuller season varieties with higher yield potential. The BTx623NSZ _ RIPG mapping population consists of 292 inbred lines, was evaluated for expression of early season cold tolerance based on field and controlled condition (15°C) germinability/emergence and seedling vigor; data for these traits are provided from two years of early season field screen and minimum of three laboratory studies. A detailed analysis of gene expression pattern and root morphological traits under cold stress (15°C) were characterized for the parents of the inbred population. Seeds were bulked from 10 representative uniform plants at F6 generation and advanced by selfing to F1 generation. Briefly, BTx623NSZ_RIPG, was developed by hand emasculation of the female parent BTx623 and pollination with PI 568016 in the polyhouse at Cropping Systems Research Laboratory, Lubbock, TX in 2012. The resulting F1 hybrid was intermediate in height between the 2 parents, with brown seed color. A total of 300 F2 plants were planted at the F3 generation followed by careful advancement to F4 to F7 generations performed alternately in Lubbock, Texas and Lajas, Puerto Rico. At the F6:7 stage of development ten representative uniform plants were tagged and seeds were bulked from the 10 tagged plants to compose each line. A total of 292 RILs were generated and are used to represent the BTx623NSZ_RIPG. The population was developed thru cooperative efforts of PSGD team of: Dr. Gloria Burow, Dr. John Burke, Dr. Ratan Chopra, Ms. Halee Hughes, and Mr. Jacob Sanchez.1963715PI 687618
217PI 68761915FS220Sorghum bicolor (L.) Moench subsp. bicolor S92016Breeding materialImprovement of cold tolerance at key stages of growth and deployment of favorable alleles for root traits and cold tolerance into elite sorghum genetic resources are recognized as critical factors for sorghum production in drier and cooler regions of the US, permitting farmers to capitalize on early season moisture, efficient integrated pest management and to cultivate fuller season varieties with higher yield potential. The BTx623NSZ _ RIPG mapping population consists of 292 inbred lines, was evaluated for expression of early season cold tolerance based on field and controlled condition (15°C) germinability/emergence and seedling vigor; data for these traits are provided from two years of early season field screen and minimum of three laboratory studies. A detailed analysis of gene expression pattern and root morphological traits under cold stress (15°C) were characterized for the parents of the inbred population. Seeds were bulked from 10 representative uniform plants at F6 generation and advanced by selfing to F1 generation. Briefly, BTx623NSZ_RIPG, was developed by hand emasculation of the female parent BTx623 and pollination with PI 568016 in the polyhouse at Cropping Systems Research Laboratory, Lubbock, TX in 2012. The resulting F1 hybrid was intermediate in height between the 2 parents, with brown seed color. A total of 300 F2 plants were planted at the F3 generation followed by careful advancement to F4 to F7 generations performed alternately in Lubbock, Texas and Lajas, Puerto Rico. At the F6:7 stage of development ten representative uniform plants were tagged and seeds were bulked from the 10 tagged plants to compose each line. A total of 292 RILs were generated and are used to represent the BTx623NSZ_RIPG. The population was developed thru cooperative efforts of PSGD team of: Dr. Gloria Burow, Dr. John Burke, Dr. Ratan Chopra, Ms. Halee Hughes, and Mr. Jacob Sanchez.1963716PI 687619
218PI 68762015FS221Sorghum bicolor (L.) Moench subsp. bicolor S92016Breeding materialImprovement of cold tolerance at key stages of growth and deployment of favorable alleles for root traits and cold tolerance into elite sorghum genetic resources are recognized as critical factors for sorghum production in drier and cooler regions of the US, permitting farmers to capitalize on early season moisture, efficient integrated pest management and to cultivate fuller season varieties with higher yield potential. The BTx623NSZ _ RIPG mapping population consists of 292 inbred lines, was evaluated for expression of early season cold tolerance based on field and controlled condition (15°C) germinability/emergence and seedling vigor; data for these traits are provided from two years of early season field screen and minimum of three laboratory studies. A detailed analysis of gene expression pattern and root morphological traits under cold stress (15°C) were characterized for the parents of the inbred population. Seeds were bulked from 10 representative uniform plants at F6 generation and advanced by selfing to F1 generation. Briefly, BTx623NSZ_RIPG, was developed by hand emasculation of the female parent BTx623 and pollination with PI 568016 in the polyhouse at Cropping Systems Research Laboratory, Lubbock, TX in 2012. The resulting F1 hybrid was intermediate in height between the 2 parents, with brown seed color. A total of 300 F2 plants were planted at the F3 generation followed by careful advancement to F4 to F7 generations performed alternately in Lubbock, Texas and Lajas, Puerto Rico. At the F6:7 stage of development ten representative uniform plants were tagged and seeds were bulked from the 10 tagged plants to compose each line. A total of 292 RILs were generated and are used to represent the BTx623NSZ_RIPG. The population was developed thru cooperative efforts of PSGD team of: Dr. Gloria Burow, Dr. John Burke, Dr. Ratan Chopra, Ms. Halee Hughes, and Mr. Jacob Sanchez.1963717PI 687620
219PI 68762115FS222Sorghum bicolor (L.) Moench subsp. bicolor S92016Breeding materialImprovement of cold tolerance at key stages of growth and deployment of favorable alleles for root traits and cold tolerance into elite sorghum genetic resources are recognized as critical factors for sorghum production in drier and cooler regions of the US, permitting farmers to capitalize on early season moisture, efficient integrated pest management and to cultivate fuller season varieties with higher yield potential. The BTx623NSZ _ RIPG mapping population consists of 292 inbred lines, was evaluated for expression of early season cold tolerance based on field and controlled condition (15°C) germinability/emergence and seedling vigor; data for these traits are provided from two years of early season field screen and minimum of three laboratory studies. A detailed analysis of gene expression pattern and root morphological traits under cold stress (15°C) were characterized for the parents of the inbred population. Seeds were bulked from 10 representative uniform plants at F6 generation and advanced by selfing to F1 generation. Briefly, BTx623NSZ_RIPG, was developed by hand emasculation of the female parent BTx623 and pollination with PI 568016 in the polyhouse at Cropping Systems Research Laboratory, Lubbock, TX in 2012. The resulting F1 hybrid was intermediate in height between the 2 parents, with brown seed color. A total of 300 F2 plants were planted at the F3 generation followed by careful advancement to F4 to F7 generations performed alternately in Lubbock, Texas and Lajas, Puerto Rico. At the F6:7 stage of development ten representative uniform plants were tagged and seeds were bulked from the 10 tagged plants to compose each line. A total of 292 RILs were generated and are used to represent the BTx623NSZ_RIPG. The population was developed thru cooperative efforts of PSGD team of: Dr. Gloria Burow, Dr. John Burke, Dr. Ratan Chopra, Ms. Halee Hughes, and Mr. Jacob Sanchez.1963718PI 687621
220PI 68762215FS223Sorghum bicolor (L.) Moench subsp. bicolor S92016Breeding materialImprovement of cold tolerance at key stages of growth and deployment of favorable alleles for root traits and cold tolerance into elite sorghum genetic resources are recognized as critical factors for sorghum production in drier and cooler regions of the US, permitting farmers to capitalize on early season moisture, efficient integrated pest management and to cultivate fuller season varieties with higher yield potential. The BTx623NSZ _ RIPG mapping population consists of 292 inbred lines, was evaluated for expression of early season cold tolerance based on field and controlled condition (15°C) germinability/emergence and seedling vigor; data for these traits are provided from two years of early season field screen and minimum of three laboratory studies. A detailed analysis of gene expression pattern and root morphological traits under cold stress (15°C) were characterized for the parents of the inbred population. Seeds were bulked from 10 representative uniform plants at F6 generation and advanced by selfing to F1 generation. Briefly, BTx623NSZ_RIPG, was developed by hand emasculation of the female parent BTx623 and pollination with PI 568016 in the polyhouse at Cropping Systems Research Laboratory, Lubbock, TX in 2012. The resulting F1 hybrid was intermediate in height between the 2 parents, with brown seed color. A total of 300 F2 plants were planted at the F3 generation followed by careful advancement to F4 to F7 generations performed alternately in Lubbock, Texas and Lajas, Puerto Rico. At the F6:7 stage of development ten representative uniform plants were tagged and seeds were bulked from the 10 tagged plants to compose each line. A total of 292 RILs were generated and are used to represent the BTx623NSZ_RIPG. The population was developed thru cooperative efforts of PSGD team of: Dr. Gloria Burow, Dr. John Burke, Dr. Ratan Chopra, Ms. Halee Hughes, and Mr. Jacob Sanchez.1963719PI 687622
221PI 68762315FS224Sorghum bicolor (L.) Moench subsp. bicolor S92016Breeding materialImprovement of cold tolerance at key stages of growth and deployment of favorable alleles for root traits and cold tolerance into elite sorghum genetic resources are recognized as critical factors for sorghum production in drier and cooler regions of the US, permitting farmers to capitalize on early season moisture, efficient integrated pest management and to cultivate fuller season varieties with higher yield potential. The BTx623NSZ _ RIPG mapping population consists of 292 inbred lines, was evaluated for expression of early season cold tolerance based on field and controlled condition (15°C) germinability/emergence and seedling vigor; data for these traits are provided from two years of early season field screen and minimum of three laboratory studies. A detailed analysis of gene expression pattern and root morphological traits under cold stress (15°C) were characterized for the parents of the inbred population. Seeds were bulked from 10 representative uniform plants at F6 generation and advanced by selfing to F1 generation. Briefly, BTx623NSZ_RIPG, was developed by hand emasculation of the female parent BTx623 and pollination with PI 568016 in the polyhouse at Cropping Systems Research Laboratory, Lubbock, TX in 2012. The resulting F1 hybrid was intermediate in height between the 2 parents, with brown seed color. A total of 300 F2 plants were planted at the F3 generation followed by careful advancement to F4 to F7 generations performed alternately in Lubbock, Texas and Lajas, Puerto Rico. At the F6:7 stage of development ten representative uniform plants were tagged and seeds were bulked from the 10 tagged plants to compose each line. A total of 292 RILs were generated and are used to represent the BTx623NSZ_RIPG. The population was developed thru cooperative efforts of PSGD team of: Dr. Gloria Burow, Dr. John Burke, Dr. Ratan Chopra, Ms. Halee Hughes, and Mr. Jacob Sanchez.1963720PI 687623
222PI 68762415FS225Sorghum bicolor (L.) Moench subsp. bicolor S92016Breeding materialImprovement of cold tolerance at key stages of growth and deployment of favorable alleles for root traits and cold tolerance into elite sorghum genetic resources are recognized as critical factors for sorghum production in drier and cooler regions of the US, permitting farmers to capitalize on early season moisture, efficient integrated pest management and to cultivate fuller season varieties with higher yield potential. The BTx623NSZ _ RIPG mapping population consists of 292 inbred lines, was evaluated for expression of early season cold tolerance based on field and controlled condition (15°C) germinability/emergence and seedling vigor; data for these traits are provided from two years of early season field screen and minimum of three laboratory studies. A detailed analysis of gene expression pattern and root morphological traits under cold stress (15°C) were characterized for the parents of the inbred population. Seeds were bulked from 10 representative uniform plants at F6 generation and advanced by selfing to F1 generation. Briefly, BTx623NSZ_RIPG, was developed by hand emasculation of the female parent BTx623 and pollination with PI 568016 in the polyhouse at Cropping Systems Research Laboratory, Lubbock, TX in 2012. The resulting F1 hybrid was intermediate in height between the 2 parents, with brown seed color. A total of 300 F2 plants were planted at the F3 generation followed by careful advancement to F4 to F7 generations performed alternately in Lubbock, Texas and Lajas, Puerto Rico. At the F6:7 stage of development ten representative uniform plants were tagged and seeds were bulked from the 10 tagged plants to compose each line. A total of 292 RILs were generated and are used to represent the BTx623NSZ_RIPG. The population was developed thru cooperative efforts of PSGD team of: Dr. Gloria Burow, Dr. John Burke, Dr. Ratan Chopra, Ms. Halee Hughes, and Mr. Jacob Sanchez.1963721PI 687624
223PI 68762515FS226Sorghum bicolor (L.) Moench subsp. bicolor S92016Breeding materialImprovement of cold tolerance at key stages of growth and deployment of favorable alleles for root traits and cold tolerance into elite sorghum genetic resources are recognized as critical factors for sorghum production in drier and cooler regions of the US, permitting farmers to capitalize on early season moisture, efficient integrated pest management and to cultivate fuller season varieties with higher yield potential. The BTx623NSZ _ RIPG mapping population consists of 292 inbred lines, was evaluated for expression of early season cold tolerance based on field and controlled condition (15°C) germinability/emergence and seedling vigor; data for these traits are provided from two years of early season field screen and minimum of three laboratory studies. A detailed analysis of gene expression pattern and root morphological traits under cold stress (15°C) were characterized for the parents of the inbred population. Seeds were bulked from 10 representative uniform plants at F6 generation and advanced by selfing to F1 generation. Briefly, BTx623NSZ_RIPG, was developed by hand emasculation of the female parent BTx623 and pollination with PI 568016 in the polyhouse at Cropping Systems Research Laboratory, Lubbock, TX in 2012. The resulting F1 hybrid was intermediate in height between the 2 parents, with brown seed color. A total of 300 F2 plants were planted at the F3 generation followed by careful advancement to F4 to F7 generations performed alternately in Lubbock, Texas and Lajas, Puerto Rico. At the F6:7 stage of development ten representative uniform plants were tagged and seeds were bulked from the 10 tagged plants to compose each line. A total of 292 RILs were generated and are used to represent the BTx623NSZ_RIPG. The population was developed thru cooperative efforts of PSGD team of: Dr. Gloria Burow, Dr. John Burke, Dr. Ratan Chopra, Ms. Halee Hughes, and Mr. Jacob Sanchez.1963722PI 687625
224PI 68762615FS227Sorghum bicolor (L.) Moench subsp. bicolor S92016Breeding materialImprovement of cold tolerance at key stages of growth and deployment of favorable alleles for root traits and cold tolerance into elite sorghum genetic resources are recognized as critical factors for sorghum production in drier and cooler regions of the US, permitting farmers to capitalize on early season moisture, efficient integrated pest management and to cultivate fuller season varieties with higher yield potential. The BTx623NSZ _ RIPG mapping population consists of 292 inbred lines, was evaluated for expression of early season cold tolerance based on field and controlled condition (15°C) germinability/emergence and seedling vigor; data for these traits are provided from two years of early season field screen and minimum of three laboratory studies. A detailed analysis of gene expression pattern and root morphological traits under cold stress (15°C) were characterized for the parents of the inbred population. Seeds were bulked from 10 representative uniform plants at F6 generation and advanced by selfing to F1 generation. Briefly, BTx623NSZ_RIPG, was developed by hand emasculation of the female parent BTx623 and pollination with PI 568016 in the polyhouse at Cropping Systems Research Laboratory, Lubbock, TX in 2012. The resulting F1 hybrid was intermediate in height between the 2 parents, with brown seed color. A total of 300 F2 plants were planted at the F3 generation followed by careful advancement to F4 to F7 generations performed alternately in Lubbock, Texas and Lajas, Puerto Rico. At the F6:7 stage of development ten representative uniform plants were tagged and seeds were bulked from the 10 tagged plants to compose each line. A total of 292 RILs were generated and are used to represent the BTx623NSZ_RIPG. The population was developed thru cooperative efforts of PSGD team of: Dr. Gloria Burow, Dr. John Burke, Dr. Ratan Chopra, Ms. Halee Hughes, and Mr. Jacob Sanchez.1963723PI 687626
225PI 68762715FS228Sorghum bicolor (L.) Moench subsp. bicolor S92016Breeding materialImprovement of cold tolerance at key stages of growth and deployment of favorable alleles for root traits and cold tolerance into elite sorghum genetic resources are recognized as critical factors for sorghum production in drier and cooler regions of the US, permitting farmers to capitalize on early season moisture, efficient integrated pest management and to cultivate fuller season varieties with higher yield potential. The BTx623NSZ _ RIPG mapping population consists of 292 inbred lines, was evaluated for expression of early season cold tolerance based on field and controlled condition (15°C) germinability/emergence and seedling vigor; data for these traits are provided from two years of early season field screen and minimum of three laboratory studies. A detailed analysis of gene expression pattern and root morphological traits under cold stress (15°C) were characterized for the parents of the inbred population. Seeds were bulked from 10 representative uniform plants at F6 generation and advanced by selfing to F1 generation. Briefly, BTx623NSZ_RIPG, was developed by hand emasculation of the female parent BTx623 and pollination with PI 568016 in the polyhouse at Cropping Systems Research Laboratory, Lubbock, TX in 2012. The resulting F1 hybrid was intermediate in height between the 2 parents, with brown seed color. A total of 300 F2 plants were planted at the F3 generation followed by careful advancement to F4 to F7 generations performed alternately in Lubbock, Texas and Lajas, Puerto Rico. At the F6:7 stage of development ten representative uniform plants were tagged and seeds were bulked from the 10 tagged plants to compose each line. A total of 292 RILs were generated and are used to represent the BTx623NSZ_RIPG. The population was developed thru cooperative efforts of PSGD team of: Dr. Gloria Burow, Dr. John Burke, Dr. Ratan Chopra, Ms. Halee Hughes, and Mr. Jacob Sanchez.1963724PI 687627
226PI 68762815FS229Sorghum bicolor (L.) Moench subsp. bicolor S92016Breeding materialImprovement of cold tolerance at key stages of growth and deployment of favorable alleles for root traits and cold tolerance into elite sorghum genetic resources are recognized as critical factors for sorghum production in drier and cooler regions of the US, permitting farmers to capitalize on early season moisture, efficient integrated pest management and to cultivate fuller season varieties with higher yield potential. The BTx623NSZ _ RIPG mapping population consists of 292 inbred lines, was evaluated for expression of early season cold tolerance based on field and controlled condition (15°C) germinability/emergence and seedling vigor; data for these traits are provided from two years of early season field screen and minimum of three laboratory studies. A detailed analysis of gene expression pattern and root morphological traits under cold stress (15°C) were characterized for the parents of the inbred population. Seeds were bulked from 10 representative uniform plants at F6 generation and advanced by selfing to F1 generation. Briefly, BTx623NSZ_RIPG, was developed by hand emasculation of the female parent BTx623 and pollination with PI 568016 in the polyhouse at Cropping Systems Research Laboratory, Lubbock, TX in 2012. The resulting F1 hybrid was intermediate in height between the 2 parents, with brown seed color. A total of 300 F2 plants were planted at the F3 generation followed by careful advancement to F4 to F7 generations performed alternately in Lubbock, Texas and Lajas, Puerto Rico. At the F6:7 stage of development ten representative uniform plants were tagged and seeds were bulked from the 10 tagged plants to compose each line. A total of 292 RILs were generated and are used to represent the BTx623NSZ_RIPG. The population was developed thru cooperative efforts of PSGD team of: Dr. Gloria Burow, Dr. John Burke, Dr. Ratan Chopra, Ms. Halee Hughes, and Mr. Jacob Sanchez.1963725PI 687628
227PI 68762915FS230Sorghum bicolor (L.) Moench subsp. bicolor S92016Breeding materialImprovement of cold tolerance at key stages of growth and deployment of favorable alleles for root traits and cold tolerance into elite sorghum genetic resources are recognized as critical factors for sorghum production in drier and cooler regions of the US, permitting farmers to capitalize on early season moisture, efficient integrated pest management and to cultivate fuller season varieties with higher yield potential. The BTx623NSZ _ RIPG mapping population consists of 292 inbred lines, was evaluated for expression of early season cold tolerance based on field and controlled condition (15°C) germinability/emergence and seedling vigor; data for these traits are provided from two years of early season field screen and minimum of three laboratory studies. A detailed analysis of gene expression pattern and root morphological traits under cold stress (15°C) were characterized for the parents of the inbred population. Seeds were bulked from 10 representative uniform plants at F6 generation and advanced by selfing to F1 generation. Briefly, BTx623NSZ_RIPG, was developed by hand emasculation of the female parent BTx623 and pollination with PI 568016 in the polyhouse at Cropping Systems Research Laboratory, Lubbock, TX in 2012. The resulting F1 hybrid was intermediate in height between the 2 parents, with brown seed color. A total of 300 F2 plants were planted at the F3 generation followed by careful advancement to F4 to F7 generations performed alternately in Lubbock, Texas and Lajas, Puerto Rico. At the F6:7 stage of development ten representative uniform plants were tagged and seeds were bulked from the 10 tagged plants to compose each line. A total of 292 RILs were generated and are used to represent the BTx623NSZ_RIPG. The population was developed thru cooperative efforts of PSGD team of: Dr. Gloria Burow, Dr. John Burke, Dr. Ratan Chopra, Ms. Halee Hughes, and Mr. Jacob Sanchez.1963726PI 687629
228PI 68763015FS231Sorghum bicolor (L.) Moench subsp. bicolor S92016Breeding materialImprovement of cold tolerance at key stages of growth and deployment of favorable alleles for root traits and cold tolerance into elite sorghum genetic resources are recognized as critical factors for sorghum production in drier and cooler regions of the US, permitting farmers to capitalize on early season moisture, efficient integrated pest management and to cultivate fuller season varieties with higher yield potential. The BTx623NSZ _ RIPG mapping population consists of 292 inbred lines, was evaluated for expression of early season cold tolerance based on field and controlled condition (15°C) germinability/emergence and seedling vigor; data for these traits are provided from two years of early season field screen and minimum of three laboratory studies. A detailed analysis of gene expression pattern and root morphological traits under cold stress (15°C) were characterized for the parents of the inbred population. Seeds were bulked from 10 representative uniform plants at F6 generation and advanced by selfing to F1 generation. Briefly, BTx623NSZ_RIPG, was developed by hand emasculation of the female parent BTx623 and pollination with PI 568016 in the polyhouse at Cropping Systems Research Laboratory, Lubbock, TX in 2012. The resulting F1 hybrid was intermediate in height between the 2 parents, with brown seed color. A total of 300 F2 plants were planted at the F3 generation followed by careful advancement to F4 to F7 generations performed alternately in Lubbock, Texas and Lajas, Puerto Rico. At the F6:7 stage of development ten representative uniform plants were tagged and seeds were bulked from the 10 tagged plants to compose each line. A total of 292 RILs were generated and are used to represent the BTx623NSZ_RIPG. The population was developed thru cooperative efforts of PSGD team of: Dr. Gloria Burow, Dr. John Burke, Dr. Ratan Chopra, Ms. Halee Hughes, and Mr. Jacob Sanchez.1963727PI 687630
229PI 68763115FS232Sorghum bicolor (L.) Moench subsp. bicolor S92016Breeding materialImprovement of cold tolerance at key stages of growth and deployment of favorable alleles for root traits and cold tolerance into elite sorghum genetic resources are recognized as critical factors for sorghum production in drier and cooler regions of the US, permitting farmers to capitalize on early season moisture, efficient integrated pest management and to cultivate fuller season varieties with higher yield potential. The BTx623NSZ _ RIPG mapping population consists of 292 inbred lines, was evaluated for expression of early season cold tolerance based on field and controlled condition (15°C) germinability/emergence and seedling vigor; data for these traits are provided from two years of early season field screen and minimum of three laboratory studies. A detailed analysis of gene expression pattern and root morphological traits under cold stress (15°C) were characterized for the parents of the inbred population. Seeds were bulked from 10 representative uniform plants at F6 generation and advanced by selfing to F1 generation. Briefly, BTx623NSZ_RIPG, was developed by hand emasculation of the female parent BTx623 and pollination with PI 568016 in the polyhouse at Cropping Systems Research Laboratory, Lubbock, TX in 2012. The resulting F1 hybrid was intermediate in height between the 2 parents, with brown seed color. A total of 300 F2 plants were planted at the F3 generation followed by careful advancement to F4 to F7 generations performed alternately in Lubbock, Texas and Lajas, Puerto Rico. At the F6:7 stage of development ten representative uniform plants were tagged and seeds were bulked from the 10 tagged plants to compose each line. A total of 292 RILs were generated and are used to represent the BTx623NSZ_RIPG. The population was developed thru cooperative efforts of PSGD team of: Dr. Gloria Burow, Dr. John Burke, Dr. Ratan Chopra, Ms. Halee Hughes, and Mr. Jacob Sanchez.1963728PI 687631
230PI 68763215FS233Sorghum bicolor (L.) Moench subsp. bicolor S92016Breeding materialImprovement of cold tolerance at key stages of growth and deployment of favorable alleles for root traits and cold tolerance into elite sorghum genetic resources are recognized as critical factors for sorghum production in drier and cooler regions of the US, permitting farmers to capitalize on early season moisture, efficient integrated pest management and to cultivate fuller season varieties with higher yield potential. The BTx623NSZ _ RIPG mapping population consists of 292 inbred lines, was evaluated for expression of early season cold tolerance based on field and controlled condition (15°C) germinability/emergence and seedling vigor; data for these traits are provided from two years of early season field screen and minimum of three laboratory studies. A detailed analysis of gene expression pattern and root morphological traits under cold stress (15°C) were characterized for the parents of the inbred population. Seeds were bulked from 10 representative uniform plants at F6 generation and advanced by selfing to F1 generation. Briefly, BTx623NSZ_RIPG, was developed by hand emasculation of the female parent BTx623 and pollination with PI 568016 in the polyhouse at Cropping Systems Research Laboratory, Lubbock, TX in 2012. The resulting F1 hybrid was intermediate in height between the 2 parents, with brown seed color. A total of 300 F2 plants were planted at the F3 generation followed by careful advancement to F4 to F7 generations performed alternately in Lubbock, Texas and Lajas, Puerto Rico. At the F6:7 stage of development ten representative uniform plants were tagged and seeds were bulked from the 10 tagged plants to compose each line. A total of 292 RILs were generated and are used to represent the BTx623NSZ_RIPG. The population was developed thru cooperative efforts of PSGD team of: Dr. Gloria Burow, Dr. John Burke, Dr. Ratan Chopra, Ms. Halee Hughes, and Mr. Jacob Sanchez.1963729PI 687632
231PI 68763315FS234Sorghum bicolor (L.) Moench subsp. bicolor S92016Breeding materialImprovement of cold tolerance at key stages of growth and deployment of favorable alleles for root traits and cold tolerance into elite sorghum genetic resources are recognized as critical factors for sorghum production in drier and cooler regions of the US, permitting farmers to capitalize on early season moisture, efficient integrated pest management and to cultivate fuller season varieties with higher yield potential. The BTx623NSZ _ RIPG mapping population consists of 292 inbred lines, was evaluated for expression of early season cold tolerance based on field and controlled condition (15°C) germinability/emergence and seedling vigor; data for these traits are provided from two years of early season field screen and minimum of three laboratory studies. A detailed analysis of gene expression pattern and root morphological traits under cold stress (15°C) were characterized for the parents of the inbred population. Seeds were bulked from 10 representative uniform plants at F6 generation and advanced by selfing to F1 generation. Briefly, BTx623NSZ_RIPG, was developed by hand emasculation of the female parent BTx623 and pollination with PI 568016 in the polyhouse at Cropping Systems Research Laboratory, Lubbock, TX in 2012. The resulting F1 hybrid was intermediate in height between the 2 parents, with brown seed color. A total of 300 F2 plants were planted at the F3 generation followed by careful advancement to F4 to F7 generations performed alternately in Lubbock, Texas and Lajas, Puerto Rico. At the F6:7 stage of development ten representative uniform plants were tagged and seeds were bulked from the 10 tagged plants to compose each line. A total of 292 RILs were generated and are used to represent the BTx623NSZ_RIPG. The population was developed thru cooperative efforts of PSGD team of: Dr. Gloria Burow, Dr. John Burke, Dr. Ratan Chopra, Ms. Halee Hughes, and Mr. Jacob Sanchez.1963730PI 687633
232PI 68763415FS235Sorghum bicolor (L.) Moench subsp. bicolor S92016Breeding materialImprovement of cold tolerance at key stages of growth and deployment of favorable alleles for root traits and cold tolerance into elite sorghum genetic resources are recognized as critical factors for sorghum production in drier and cooler regions of the US, permitting farmers to capitalize on early season moisture, efficient integrated pest management and to cultivate fuller season varieties with higher yield potential. The BTx623NSZ _ RIPG mapping population consists of 292 inbred lines, was evaluated for expression of early season cold tolerance based on field and controlled condition (15°C) germinability/emergence and seedling vigor; data for these traits are provided from two years of early season field screen and minimum of three laboratory studies. A detailed analysis of gene expression pattern and root morphological traits under cold stress (15°C) were characterized for the parents of the inbred population. Seeds were bulked from 10 representative uniform plants at F6 generation and advanced by selfing to F1 generation. Briefly, BTx623NSZ_RIPG, was developed by hand emasculation of the female parent BTx623 and pollination with PI 568016 in the polyhouse at Cropping Systems Research Laboratory, Lubbock, TX in 2012. The resulting F1 hybrid was intermediate in height between the 2 parents, with brown seed color. A total of 300 F2 plants were planted at the F3 generation followed by careful advancement to F4 to F7 generations performed alternately in Lubbock, Texas and Lajas, Puerto Rico. At the F6:7 stage of development ten representative uniform plants were tagged and seeds were bulked from the 10 tagged plants to compose each line. A total of 292 RILs were generated and are used to represent the BTx623NSZ_RIPG. The population was developed thru cooperative efforts of PSGD team of: Dr. Gloria Burow, Dr. John Burke, Dr. Ratan Chopra, Ms. Halee Hughes, and Mr. Jacob Sanchez.1963731PI 687634
233PI 68763515FS236Sorghum bicolor (L.) Moench subsp. bicolor S92016Breeding materialImprovement of cold tolerance at key stages of growth and deployment of favorable alleles for root traits and cold tolerance into elite sorghum genetic resources are recognized as critical factors for sorghum production in drier and cooler regions of the US, permitting farmers to capitalize on early season moisture, efficient integrated pest management and to cultivate fuller season varieties with higher yield potential. The BTx623NSZ _ RIPG mapping population consists of 292 inbred lines, was evaluated for expression of early season cold tolerance based on field and controlled condition (15°C) germinability/emergence and seedling vigor; data for these traits are provided from two years of early season field screen and minimum of three laboratory studies. A detailed analysis of gene expression pattern and root morphological traits under cold stress (15°C) were characterized for the parents of the inbred population. Seeds were bulked from 10 representative uniform plants at F6 generation and advanced by selfing to F1 generation. Briefly, BTx623NSZ_RIPG, was developed by hand emasculation of the female parent BTx623 and pollination with PI 568016 in the polyhouse at Cropping Systems Research Laboratory, Lubbock, TX in 2012. The resulting F1 hybrid was intermediate in height between the 2 parents, with brown seed color. A total of 300 F2 plants were planted at the F3 generation followed by careful advancement to F4 to F7 generations performed alternately in Lubbock, Texas and Lajas, Puerto Rico. At the F6:7 stage of development ten representative uniform plants were tagged and seeds were bulked from the 10 tagged plants to compose each line. A total of 292 RILs were generated and are used to represent the BTx623NSZ_RIPG. The population was developed thru cooperative efforts of PSGD team of: Dr. Gloria Burow, Dr. John Burke, Dr. Ratan Chopra, Ms. Halee Hughes, and Mr. Jacob Sanchez.1963732PI 687635
234PI 68763615FS237Sorghum bicolor (L.) Moench subsp. bicolor S92016Breeding materialImprovement of cold tolerance at key stages of growth and deployment of favorable alleles for root traits and cold tolerance into elite sorghum genetic resources are recognized as critical factors for sorghum production in drier and cooler regions of the US, permitting farmers to capitalize on early season moisture, efficient integrated pest management and to cultivate fuller season varieties with higher yield potential. The BTx623NSZ _ RIPG mapping population consists of 292 inbred lines, was evaluated for expression of early season cold tolerance based on field and controlled condition (15°C) germinability/emergence and seedling vigor; data for these traits are provided from two years of early season field screen and minimum of three laboratory studies. A detailed analysis of gene expression pattern and root morphological traits under cold stress (15°C) were characterized for the parents of the inbred population. Seeds were bulked from 10 representative uniform plants at F6 generation and advanced by selfing to F1 generation. Briefly, BTx623NSZ_RIPG, was developed by hand emasculation of the female parent BTx623 and pollination with PI 568016 in the polyhouse at Cropping Systems Research Laboratory, Lubbock, TX in 2012. The resulting F1 hybrid was intermediate in height between the 2 parents, with brown seed color. A total of 300 F2 plants were planted at the F3 generation followed by careful advancement to F4 to F7 generations performed alternately in Lubbock, Texas and Lajas, Puerto Rico. At the F6:7 stage of development ten representative uniform plants were tagged and seeds were bulked from the 10 tagged plants to compose each line. A total of 292 RILs were generated and are used to represent the BTx623NSZ_RIPG. The population was developed thru cooperative efforts of PSGD team of: Dr. Gloria Burow, Dr. John Burke, Dr. Ratan Chopra, Ms. Halee Hughes, and Mr. Jacob Sanchez.1963733PI 687636
235PI 68763715FS238Sorghum bicolor (L.) Moench subsp. bicolor S92016Breeding materialImprovement of cold tolerance at key stages of growth and deployment of favorable alleles for root traits and cold tolerance into elite sorghum genetic resources are recognized as critical factors for sorghum production in drier and cooler regions of the US, permitting farmers to capitalize on early season moisture, efficient integrated pest management and to cultivate fuller season varieties with higher yield potential. The BTx623NSZ _ RIPG mapping population consists of 292 inbred lines, was evaluated for expression of early season cold tolerance based on field and controlled condition (15°C) germinability/emergence and seedling vigor; data for these traits are provided from two years of early season field screen and minimum of three laboratory studies. A detailed analysis of gene expression pattern and root morphological traits under cold stress (15°C) were characterized for the parents of the inbred population. Seeds were bulked from 10 representative uniform plants at F6 generation and advanced by selfing to F1 generation. Briefly, BTx623NSZ_RIPG, was developed by hand emasculation of the female parent BTx623 and pollination with PI 568016 in the polyhouse at Cropping Systems Research Laboratory, Lubbock, TX in 2012. The resulting F1 hybrid was intermediate in height between the 2 parents, with brown seed color. A total of 300 F2 plants were planted at the F3 generation followed by careful advancement to F4 to F7 generations performed alternately in Lubbock, Texas and Lajas, Puerto Rico. At the F6:7 stage of development ten representative uniform plants were tagged and seeds were bulked from the 10 tagged plants to compose each line. A total of 292 RILs were generated and are used to represent the BTx623NSZ_RIPG. The population was developed thru cooperative efforts of PSGD team of: Dr. Gloria Burow, Dr. John Burke, Dr. Ratan Chopra, Ms. Halee Hughes, and Mr. Jacob Sanchez.1963734PI 687637
236PI 68763815FS239Sorghum bicolor (L.) Moench subsp. bicolor S92016Breeding materialImprovement of cold tolerance at key stages of growth and deployment of favorable alleles for root traits and cold tolerance into elite sorghum genetic resources are recognized as critical factors for sorghum production in drier and cooler regions of the US, permitting farmers to capitalize on early season moisture, efficient integrated pest management and to cultivate fuller season varieties with higher yield potential. The BTx623NSZ _ RIPG mapping population consists of 292 inbred lines, was evaluated for expression of early season cold tolerance based on field and controlled condition (15°C) germinability/emergence and seedling vigor; data for these traits are provided from two years of early season field screen and minimum of three laboratory studies. A detailed analysis of gene expression pattern and root morphological traits under cold stress (15°C) were characterized for the parents of the inbred population. Seeds were bulked from 10 representative uniform plants at F6 generation and advanced by selfing to F1 generation. Briefly, BTx623NSZ_RIPG, was developed by hand emasculation of the female parent BTx623 and pollination with PI 568016 in the polyhouse at Cropping Systems Research Laboratory, Lubbock, TX in 2012. The resulting F1 hybrid was intermediate in height between the 2 parents, with brown seed color. A total of 300 F2 plants were planted at the F3 generation followed by careful advancement to F4 to F7 generations performed alternately in Lubbock, Texas and Lajas, Puerto Rico. At the F6:7 stage of development ten representative uniform plants were tagged and seeds were bulked from the 10 tagged plants to compose each line. A total of 292 RILs were generated and are used to represent the BTx623NSZ_RIPG. The population was developed thru cooperative efforts of PSGD team of: Dr. Gloria Burow, Dr. John Burke, Dr. Ratan Chopra, Ms. Halee Hughes, and Mr. Jacob Sanchez.1963735PI 687638
237PI 68763915FS240Sorghum bicolor (L.) Moench subsp. bicolor S92016Breeding materialImprovement of cold tolerance at key stages of growth and deployment of favorable alleles for root traits and cold tolerance into elite sorghum genetic resources are recognized as critical factors for sorghum production in drier and cooler regions of the US, permitting farmers to capitalize on early season moisture, efficient integrated pest management and to cultivate fuller season varieties with higher yield potential. The BTx623NSZ _ RIPG mapping population consists of 292 inbred lines, was evaluated for expression of early season cold tolerance based on field and controlled condition (15°C) germinability/emergence and seedling vigor; data for these traits are provided from two years of early season field screen and minimum of three laboratory studies. A detailed analysis of gene expression pattern and root morphological traits under cold stress (15°C) were characterized for the parents of the inbred population. Seeds were bulked from 10 representative uniform plants at F6 generation and advanced by selfing to F1 generation. Briefly, BTx623NSZ_RIPG, was developed by hand emasculation of the female parent BTx623 and pollination with PI 568016 in the polyhouse at Cropping Systems Research Laboratory, Lubbock, TX in 2012. The resulting F1 hybrid was intermediate in height between the 2 parents, with brown seed color. A total of 300 F2 plants were planted at the F3 generation followed by careful advancement to F4 to F7 generations performed alternately in Lubbock, Texas and Lajas, Puerto Rico. At the F6:7 stage of development ten representative uniform plants were tagged and seeds were bulked from the 10 tagged plants to compose each line. A total of 292 RILs were generated and are used to represent the BTx623NSZ_RIPG. The population was developed thru cooperative efforts of PSGD team of: Dr. Gloria Burow, Dr. John Burke, Dr. Ratan Chopra, Ms. Halee Hughes, and Mr. Jacob Sanchez.1963736PI 687639
238PI 68764015FS241Sorghum bicolor (L.) Moench subsp. bicolor S92016Breeding materialImprovement of cold tolerance at key stages of growth and deployment of favorable alleles for root traits and cold tolerance into elite sorghum genetic resources are recognized as critical factors for sorghum production in drier and cooler regions of the US, permitting farmers to capitalize on early season moisture, efficient integrated pest management and to cultivate fuller season varieties with higher yield potential. The BTx623NSZ _ RIPG mapping population consists of 292 inbred lines, was evaluated for expression of early season cold tolerance based on field and controlled condition (15°C) germinability/emergence and seedling vigor; data for these traits are provided from two years of early season field screen and minimum of three laboratory studies. A detailed analysis of gene expression pattern and root morphological traits under cold stress (15°C) were characterized for the parents of the inbred population. Seeds were bulked from 10 representative uniform plants at F6 generation and advanced by selfing to F1 generation. Briefly, BTx623NSZ_RIPG, was developed by hand emasculation of the female parent BTx623 and pollination with PI 568016 in the polyhouse at Cropping Systems Research Laboratory, Lubbock, TX in 2012. The resulting F1 hybrid was intermediate in height between the 2 parents, with brown seed color. A total of 300 F2 plants were planted at the F3 generation followed by careful advancement to F4 to F7 generations performed alternately in Lubbock, Texas and Lajas, Puerto Rico. At the F6:7 stage of development ten representative uniform plants were tagged and seeds were bulked from the 10 tagged plants to compose each line. A total of 292 RILs were generated and are used to represent the BTx623NSZ_RIPG. The population was developed thru cooperative efforts of PSGD team of: Dr. Gloria Burow, Dr. John Burke, Dr. Ratan Chopra, Ms. Halee Hughes, and Mr. Jacob Sanchez.1963737PI 687640
239PI 68764115FS242Sorghum bicolor (L.) Moench subsp. bicolor S92016Breeding materialImprovement of cold tolerance at key stages of growth and deployment of favorable alleles for root traits and cold tolerance into elite sorghum genetic resources are recognized as critical factors for sorghum production in drier and cooler regions of the US, permitting farmers to capitalize on early season moisture, efficient integrated pest management and to cultivate fuller season varieties with higher yield potential. The BTx623NSZ _ RIPG mapping population consists of 292 inbred lines, was evaluated for expression of early season cold tolerance based on field and controlled condition (15°C) germinability/emergence and seedling vigor; data for these traits are provided from two years of early season field screen and minimum of three laboratory studies. A detailed analysis of gene expression pattern and root morphological traits under cold stress (15°C) were characterized for the parents of the inbred population. Seeds were bulked from 10 representative uniform plants at F6 generation and advanced by selfing to F1 generation. Briefly, BTx623NSZ_RIPG, was developed by hand emasculation of the female parent BTx623 and pollination with PI 568016 in the polyhouse at Cropping Systems Research Laboratory, Lubbock, TX in 2012. The resulting F1 hybrid was intermediate in height between the 2 parents, with brown seed color. A total of 300 F2 plants were planted at the F3 generation followed by careful advancement to F4 to F7 generations performed alternately in Lubbock, Texas and Lajas, Puerto Rico. At the F6:7 stage of development ten representative uniform plants were tagged and seeds were bulked from the 10 tagged plants to compose each line. A total of 292 RILs were generated and are used to represent the BTx623NSZ_RIPG. The population was developed thru cooperative efforts of PSGD team of: Dr. Gloria Burow, Dr. John Burke, Dr. Ratan Chopra, Ms. Halee Hughes, and Mr. Jacob Sanchez.1963738PI 687641
240PI 68764215FS243Sorghum bicolor (L.) Moench subsp. bicolor S92016Breeding materialImprovement of cold tolerance at key stages of growth and deployment of favorable alleles for root traits and cold tolerance into elite sorghum genetic resources are recognized as critical factors for sorghum production in drier and cooler regions of the US, permitting farmers to capitalize on early season moisture, efficient integrated pest management and to cultivate fuller season varieties with higher yield potential. The BTx623NSZ _ RIPG mapping population consists of 292 inbred lines, was evaluated for expression of early season cold tolerance based on field and controlled condition (15°C) germinability/emergence and seedling vigor; data for these traits are provided from two years of early season field screen and minimum of three laboratory studies. A detailed analysis of gene expression pattern and root morphological traits under cold stress (15°C) were characterized for the parents of the inbred population. Seeds were bulked from 10 representative uniform plants at F6 generation and advanced by selfing to F1 generation. Briefly, BTx623NSZ_RIPG, was developed by hand emasculation of the female parent BTx623 and pollination with PI 568016 in the polyhouse at Cropping Systems Research Laboratory, Lubbock, TX in 2012. The resulting F1 hybrid was intermediate in height between the 2 parents, with brown seed color. A total of 300 F2 plants were planted at the F3 generation followed by careful advancement to F4 to F7 generations performed alternately in Lubbock, Texas and Lajas, Puerto Rico. At the F6:7 stage of development ten representative uniform plants were tagged and seeds were bulked from the 10 tagged plants to compose each line. A total of 292 RILs were generated and are used to represent the BTx623NSZ_RIPG. The population was developed thru cooperative efforts of PSGD team of: Dr. Gloria Burow, Dr. John Burke, Dr. Ratan Chopra, Ms. Halee Hughes, and Mr. Jacob Sanchez.1963739PI 687642
241PI 68764315FS244Sorghum bicolor (L.) Moench subsp. bicolor S92016Breeding materialImprovement of cold tolerance at key stages of growth and deployment of favorable alleles for root traits and cold tolerance into elite sorghum genetic resources are recognized as critical factors for sorghum production in drier and cooler regions of the US, permitting farmers to capitalize on early season moisture, efficient integrated pest management and to cultivate fuller season varieties with higher yield potential. The BTx623NSZ _ RIPG mapping population consists of 292 inbred lines, was evaluated for expression of early season cold tolerance based on field and controlled condition (15°C) germinability/emergence and seedling vigor; data for these traits are provided from two years of early season field screen and minimum of three laboratory studies. A detailed analysis of gene expression pattern and root morphological traits under cold stress (15°C) were characterized for the parents of the inbred population. Seeds were bulked from 10 representative uniform plants at F6 generation and advanced by selfing to F1 generation. Briefly, BTx623NSZ_RIPG, was developed by hand emasculation of the female parent BTx623 and pollination with PI 568016 in the polyhouse at Cropping Systems Research Laboratory, Lubbock, TX in 2012. The resulting F1 hybrid was intermediate in height between the 2 parents, with brown seed color. A total of 300 F2 plants were planted at the F3 generation followed by careful advancement to F4 to F7 generations performed alternately in Lubbock, Texas and Lajas, Puerto Rico. At the F6:7 stage of development ten representative uniform plants were tagged and seeds were bulked from the 10 tagged plants to compose each line. A total of 292 RILs were generated and are used to represent the BTx623NSZ_RIPG. The population was developed thru cooperative efforts of PSGD team of: Dr. Gloria Burow, Dr. John Burke, Dr. Ratan Chopra, Ms. Halee Hughes, and Mr. Jacob Sanchez.1963740PI 687643
242PI 68764415FS245Sorghum bicolor (L.) Moench subsp. bicolor S92016Breeding materialImprovement of cold tolerance at key stages of growth and deployment of favorable alleles for root traits and cold tolerance into elite sorghum genetic resources are recognized as critical factors for sorghum production in drier and cooler regions of the US, permitting farmers to capitalize on early season moisture, efficient integrated pest management and to cultivate fuller season varieties with higher yield potential. The BTx623NSZ _ RIPG mapping population consists of 292 inbred lines, was evaluated for expression of early season cold tolerance based on field and controlled condition (15°C) germinability/emergence and seedling vigor; data for these traits are provided from two years of early season field screen and minimum of three laboratory studies. A detailed analysis of gene expression pattern and root morphological traits under cold stress (15°C) were characterized for the parents of the inbred population. Seeds were bulked from 10 representative uniform plants at F6 generation and advanced by selfing to F1 generation. Briefly, BTx623NSZ_RIPG, was developed by hand emasculation of the female parent BTx623 and pollination with PI 568016 in the polyhouse at Cropping Systems Research Laboratory, Lubbock, TX in 2012. The resulting F1 hybrid was intermediate in height between the 2 parents, with brown seed color. A total of 300 F2 plants were planted at the F3 generation followed by careful advancement to F4 to F7 generations performed alternately in Lubbock, Texas and Lajas, Puerto Rico. At the F6:7 stage of development ten representative uniform plants were tagged and seeds were bulked from the 10 tagged plants to compose each line. A total of 292 RILs were generated and are used to represent the BTx623NSZ_RIPG. The population was developed thru cooperative efforts of PSGD team of: Dr. Gloria Burow, Dr. John Burke, Dr. Ratan Chopra, Ms. Halee Hughes, and Mr. Jacob Sanchez.1963741PI 687644
243PI 68764515FS246Sorghum bicolor (L.) Moench subsp. bicolor S92016Breeding materialImprovement of cold tolerance at key stages of growth and deployment of favorable alleles for root traits and cold tolerance into elite sorghum genetic resources are recognized as critical factors for sorghum production in drier and cooler regions of the US, permitting farmers to capitalize on early season moisture, efficient integrated pest management and to cultivate fuller season varieties with higher yield potential. The BTx623NSZ _ RIPG mapping population consists of 292 inbred lines, was evaluated for expression of early season cold tolerance based on field and controlled condition (15°C) germinability/emergence and seedling vigor; data for these traits are provided from two years of early season field screen and minimum of three laboratory studies. A detailed analysis of gene expression pattern and root morphological traits under cold stress (15°C) were characterized for the parents of the inbred population. Seeds were bulked from 10 representative uniform plants at F6 generation and advanced by selfing to F1 generation. Briefly, BTx623NSZ_RIPG, was developed by hand emasculation of the female parent BTx623 and pollination with PI 568016 in the polyhouse at Cropping Systems Research Laboratory, Lubbock, TX in 2012. The resulting F1 hybrid was intermediate in height between the 2 parents, with brown seed color. A total of 300 F2 plants were planted at the F3 generation followed by careful advancement to F4 to F7 generations performed alternately in Lubbock, Texas and Lajas, Puerto Rico. At the F6:7 stage of development ten representative uniform plants were tagged and seeds were bulked from the 10 tagged plants to compose each line. A total of 292 RILs were generated and are used to represent the BTx623NSZ_RIPG. The population was developed thru cooperative efforts of PSGD team of: Dr. Gloria Burow, Dr. John Burke, Dr. Ratan Chopra, Ms. Halee Hughes, and Mr. Jacob Sanchez.1963742PI 687645
244PI 68764615FS247Sorghum bicolor (L.) Moench subsp. bicolor S92016Breeding materialImprovement of cold tolerance at key stages of growth and deployment of favorable alleles for root traits and cold tolerance into elite sorghum genetic resources are recognized as critical factors for sorghum production in drier and cooler regions of the US, permitting farmers to capitalize on early season moisture, efficient integrated pest management and to cultivate fuller season varieties with higher yield potential. The BTx623NSZ _ RIPG mapping population consists of 292 inbred lines, was evaluated for expression of early season cold tolerance based on field and controlled condition (15°C) germinability/emergence and seedling vigor; data for these traits are provided from two years of early season field screen and minimum of three laboratory studies. A detailed analysis of gene expression pattern and root morphological traits under cold stress (15°C) were characterized for the parents of the inbred population. Seeds were bulked from 10 representative uniform plants at F6 generation and advanced by selfing to F1 generation. Briefly, BTx623NSZ_RIPG, was developed by hand emasculation of the female parent BTx623 and pollination with PI 568016 in the polyhouse at Cropping Systems Research Laboratory, Lubbock, TX in 2012. The resulting F1 hybrid was intermediate in height between the 2 parents, with brown seed color. A total of 300 F2 plants were planted at the F3 generation followed by careful advancement to F4 to F7 generations performed alternately in Lubbock, Texas and Lajas, Puerto Rico. At the F6:7 stage of development ten representative uniform plants were tagged and seeds were bulked from the 10 tagged plants to compose each line. A total of 292 RILs were generated and are used to represent the BTx623NSZ_RIPG. The population was developed thru cooperative efforts of PSGD team of: Dr. Gloria Burow, Dr. John Burke, Dr. Ratan Chopra, Ms. Halee Hughes, and Mr. Jacob Sanchez.1963743PI 687646
245PI 68764715FS248Sorghum bicolor (L.) Moench subsp. bicolor S92016Breeding materialImprovement of cold tolerance at key stages of growth and deployment of favorable alleles for root traits and cold tolerance into elite sorghum genetic resources are recognized as critical factors for sorghum production in drier and cooler regions of the US, permitting farmers to capitalize on early season moisture, efficient integrated pest management and to cultivate fuller season varieties with higher yield potential. The BTx623NSZ _ RIPG mapping population consists of 292 inbred lines, was evaluated for expression of early season cold tolerance based on field and controlled condition (15°C) germinability/emergence and seedling vigor; data for these traits are provided from two years of early season field screen and minimum of three laboratory studies. A detailed analysis of gene expression pattern and root morphological traits under cold stress (15°C) were characterized for the parents of the inbred population. Seeds were bulked from 10 representative uniform plants at F6 generation and advanced by selfing to F1 generation. Briefly, BTx623NSZ_RIPG, was developed by hand emasculation of the female parent BTx623 and pollination with PI 568016 in the polyhouse at Cropping Systems Research Laboratory, Lubbock, TX in 2012. The resulting F1 hybrid was intermediate in height between the 2 parents, with brown seed color. A total of 300 F2 plants were planted at the F3 generation followed by careful advancement to F4 to F7 generations performed alternately in Lubbock, Texas and Lajas, Puerto Rico. At the F6:7 stage of development ten representative uniform plants were tagged and seeds were bulked from the 10 tagged plants to compose each line. A total of 292 RILs were generated and are used to represent the BTx623NSZ_RIPG. The population was developed thru cooperative efforts of PSGD team of: Dr. Gloria Burow, Dr. John Burke, Dr. Ratan Chopra, Ms. Halee Hughes, and Mr. Jacob Sanchez.1963744PI 687647
246PI 68764815FS249Sorghum bicolor (L.) Moench subsp. bicolor S92016Breeding materialImprovement of cold tolerance at key stages of growth and deployment of favorable alleles for root traits and cold tolerance into elite sorghum genetic resources are recognized as critical factors for sorghum production in drier and cooler regions of the US, permitting farmers to capitalize on early season moisture, efficient integrated pest management and to cultivate fuller season varieties with higher yield potential. The BTx623NSZ _ RIPG mapping population consists of 292 inbred lines, was evaluated for expression of early season cold tolerance based on field and controlled condition (15°C) germinability/emergence and seedling vigor; data for these traits are provided from two years of early season field screen and minimum of three laboratory studies. A detailed analysis of gene expression pattern and root morphological traits under cold stress (15°C) were characterized for the parents of the inbred population. Seeds were bulked from 10 representative uniform plants at F6 generation and advanced by selfing to F1 generation. Briefly, BTx623NSZ_RIPG, was developed by hand emasculation of the female parent BTx623 and pollination with PI 568016 in the polyhouse at Cropping Systems Research Laboratory, Lubbock, TX in 2012. The resulting F1 hybrid was intermediate in height between the 2 parents, with brown seed color. A total of 300 F2 plants were planted at the F3 generation followed by careful advancement to F4 to F7 generations performed alternately in Lubbock, Texas and Lajas, Puerto Rico. At the F6:7 stage of development ten representative uniform plants were tagged and seeds were bulked from the 10 tagged plants to compose each line. A total of 292 RILs were generated and are used to represent the BTx623NSZ_RIPG. The population was developed thru cooperative efforts of PSGD team of: Dr. Gloria Burow, Dr. John Burke, Dr. Ratan Chopra, Ms. Halee Hughes, and Mr. Jacob Sanchez.1963745PI 687648
247PI 68764915FS250Sorghum bicolor (L.) Moench subsp. bicolor S92016Breeding materialImprovement of cold tolerance at key stages of growth and deployment of favorable alleles for root traits and cold tolerance into elite sorghum genetic resources are recognized as critical factors for sorghum production in drier and cooler regions of the US, permitting farmers to capitalize on early season moisture, efficient integrated pest management and to cultivate fuller season varieties with higher yield potential. The BTx623NSZ _ RIPG mapping population consists of 292 inbred lines, was evaluated for expression of early season cold tolerance based on field and controlled condition (15°C) germinability/emergence and seedling vigor; data for these traits are provided from two years of early season field screen and minimum of three laboratory studies. A detailed analysis of gene expression pattern and root morphological traits under cold stress (15°C) were characterized for the parents of the inbred population. Seeds were bulked from 10 representative uniform plants at F6 generation and advanced by selfing to F1 generation. Briefly, BTx623NSZ_RIPG, was developed by hand emasculation of the female parent BTx623 and pollination with PI 568016 in the polyhouse at Cropping Systems Research Laboratory, Lubbock, TX in 2012. The resulting F1 hybrid was intermediate in height between the 2 parents, with brown seed color. A total of 300 F2 plants were planted at the F3 generation followed by careful advancement to F4 to F7 generations performed alternately in Lubbock, Texas and Lajas, Puerto Rico. At the F6:7 stage of development ten representative uniform plants were tagged and seeds were bulked from the 10 tagged plants to compose each line. A total of 292 RILs were generated and are used to represent the BTx623NSZ_RIPG. The population was developed thru cooperative efforts of PSGD team of: Dr. Gloria Burow, Dr. John Burke, Dr. Ratan Chopra, Ms. Halee Hughes, and Mr. Jacob Sanchez.1963746PI 687649
248PI 68765015FS251Sorghum bicolor (L.) Moench subsp. bicolor S92016Breeding materialImprovement of cold tolerance at key stages of growth and deployment of favorable alleles for root traits and cold tolerance into elite sorghum genetic resources are recognized as critical factors for sorghum production in drier and cooler regions of the US, permitting farmers to capitalize on early season moisture, efficient integrated pest management and to cultivate fuller season varieties with higher yield potential. The BTx623NSZ _ RIPG mapping population consists of 292 inbred lines, was evaluated for expression of early season cold tolerance based on field and controlled condition (15°C) germinability/emergence and seedling vigor; data for these traits are provided from two years of early season field screen and minimum of three laboratory studies. A detailed analysis of gene expression pattern and root morphological traits under cold stress (15°C) were characterized for the parents of the inbred population. Seeds were bulked from 10 representative uniform plants at F6 generation and advanced by selfing to F1 generation. Briefly, BTx623NSZ_RIPG, was developed by hand emasculation of the female parent BTx623 and pollination with PI 568016 in the polyhouse at Cropping Systems Research Laboratory, Lubbock, TX in 2012. The resulting F1 hybrid was intermediate in height between the 2 parents, with brown seed color. A total of 300 F2 plants were planted at the F3 generation followed by careful advancement to F4 to F7 generations performed alternately in Lubbock, Texas and Lajas, Puerto Rico. At the F6:7 stage of development ten representative uniform plants were tagged and seeds were bulked from the 10 tagged plants to compose each line. A total of 292 RILs were generated and are used to represent the BTx623NSZ_RIPG. The population was developed thru cooperative efforts of PSGD team of: Dr. Gloria Burow, Dr. John Burke, Dr. Ratan Chopra, Ms. Halee Hughes, and Mr. Jacob Sanchez.1963747PI 687650
249PI 68765115FS252Sorghum bicolor (L.) Moench subsp. bicolor S92016Breeding materialImprovement of cold tolerance at key stages of growth and deployment of favorable alleles for root traits and cold tolerance into elite sorghum genetic resources are recognized as critical factors for sorghum production in drier and cooler regions of the US, permitting farmers to capitalize on early season moisture, efficient integrated pest management and to cultivate fuller season varieties with higher yield potential. The BTx623NSZ _ RIPG mapping population consists of 292 inbred lines, was evaluated for expression of early season cold tolerance based on field and controlled condition (15°C) germinability/emergence and seedling vigor; data for these traits are provided from two years of early season field screen and minimum of three laboratory studies. A detailed analysis of gene expression pattern and root morphological traits under cold stress (15°C) were characterized for the parents of the inbred population. Seeds were bulked from 10 representative uniform plants at F6 generation and advanced by selfing to F1 generation. Briefly, BTx623NSZ_RIPG, was developed by hand emasculation of the female parent BTx623 and pollination with PI 568016 in the polyhouse at Cropping Systems Research Laboratory, Lubbock, TX in 2012. The resulting F1 hybrid was intermediate in height between the 2 parents, with brown seed color. A total of 300 F2 plants were planted at the F3 generation followed by careful advancement to F4 to F7 generations performed alternately in Lubbock, Texas and Lajas, Puerto Rico. At the F6:7 stage of development ten representative uniform plants were tagged and seeds were bulked from the 10 tagged plants to compose each line. A total of 292 RILs were generated and are used to represent the BTx623NSZ_RIPG. The population was developed thru cooperative efforts of PSGD team of: Dr. Gloria Burow, Dr. John Burke, Dr. Ratan Chopra, Ms. Halee Hughes, and Mr. Jacob Sanchez.1963748PI 687651
250PI 68765215FS438Sorghum bicolor (L.) Moench subsp. bicolor S92016Breeding materialImprovement of cold tolerance at key stages of growth and deployment of favorable alleles for root traits and cold tolerance into elite sorghum genetic resources are recognized as critical factors for sorghum production in drier and cooler regions of the US, permitting farmers to capitalize on early season moisture, efficient integrated pest management and to cultivate fuller season varieties with higher yield potential. The BTx623NSZ _ RIPG mapping population consists of 292 inbred lines, was evaluated for expression of early season cold tolerance based on field and controlled condition (15°C) germinability/emergence and seedling vigor; data for these traits are provided from two years of early season field screen and minimum of three laboratory studies. A detailed analysis of gene expression pattern and root morphological traits under cold stress (15°C) were characterized for the parents of the inbred population. Seeds were bulked from 10 representative uniform plants at F6 generation and advanced by selfing to F1 generation. Briefly, BTx623NSZ_RIPG, was developed by hand emasculation of the female parent BTx623 and pollination with PI 568016 in the polyhouse at Cropping Systems Research Laboratory, Lubbock, TX in 2012. The resulting F1 hybrid was intermediate in height between the 2 parents, with brown seed color. A total of 300 F2 plants were planted at the F3 generation followed by careful advancement to F4 to F7 generations performed alternately in Lubbock, Texas and Lajas, Puerto Rico. At the F6:7 stage of development ten representative uniform plants were tagged and seeds were bulked from the 10 tagged plants to compose each line. A total of 292 RILs were generated and are used to represent the BTx623NSZ_RIPG. The population was developed thru cooperative efforts of PSGD team of: Dr. Gloria Burow, Dr. John Burke, Dr. Ratan Chopra, Ms. Halee Hughes, and Mr. Jacob Sanchez.1963749PI 687652
251PI 68765315FS254Sorghum bicolor (L.) Moench subsp. bicolor S92016Breeding materialImprovement of cold tolerance at key stages of growth and deployment of favorable alleles for root traits and cold tolerance into elite sorghum genetic resources are recognized as critical factors for sorghum production in drier and cooler regions of the US, permitting farmers to capitalize on early season moisture, efficient integrated pest management and to cultivate fuller season varieties with higher yield potential. The BTx623NSZ _ RIPG mapping population consists of 292 inbred lines, was evaluated for expression of early season cold tolerance based on field and controlled condition (15°C) germinability/emergence and seedling vigor; data for these traits are provided from two years of early season field screen and minimum of three laboratory studies. A detailed analysis of gene expression pattern and root morphological traits under cold stress (15°C) were characterized for the parents of the inbred population. Seeds were bulked from 10 representative uniform plants at F6 generation and advanced by selfing to F1 generation. Briefly, BTx623NSZ_RIPG, was developed by hand emasculation of the female parent BTx623 and pollination with PI 568016 in the polyhouse at Cropping Systems Research Laboratory, Lubbock, TX in 2012. The resulting F1 hybrid was intermediate in height between the 2 parents, with brown seed color. A total of 300 F2 plants were planted at the F3 generation followed by careful advancement to F4 to F7 generations performed alternately in Lubbock, Texas and Lajas, Puerto Rico. At the F6:7 stage of development ten representative uniform plants were tagged and seeds were bulked from the 10 tagged plants to compose each line. A total of 292 RILs were generated and are used to represent the BTx623NSZ_RIPG. The population was developed thru cooperative efforts of PSGD team of: Dr. Gloria Burow, Dr. John Burke, Dr. Ratan Chopra, Ms. Halee Hughes, and Mr. Jacob Sanchez.1963750PI 687653
252PI 68765415FS557Sorghum bicolor (L.) Moench subsp. bicolor S92016Breeding materialImprovement of cold tolerance at key stages of growth and deployment of favorable alleles for root traits and cold tolerance into elite sorghum genetic resources are recognized as critical factors for sorghum production in drier and cooler regions of the US, permitting farmers to capitalize on early season moisture, efficient integrated pest management and to cultivate fuller season varieties with higher yield potential. The BTx623NSZ _ RIPG mapping population consists of 292 inbred lines, was evaluated for expression of early season cold tolerance based on field and controlled condition (15°C) germinability/emergence and seedling vigor; data for these traits are provided from two years of early season field screen and minimum of three laboratory studies. A detailed analysis of gene expression pattern and root morphological traits under cold stress (15°C) were characterized for the parents of the inbred population. Seeds were bulked from 10 representative uniform plants at F6 generation and advanced by selfing to F1 generation. Briefly, BTx623NSZ_RIPG, was developed by hand emasculation of the female parent BTx623 and pollination with PI 568016 in the polyhouse at Cropping Systems Research Laboratory, Lubbock, TX in 2012. The resulting F1 hybrid was intermediate in height between the 2 parents, with brown seed color. A total of 300 F2 plants were planted at the F3 generation followed by careful advancement to F4 to F7 generations performed alternately in Lubbock, Texas and Lajas, Puerto Rico. At the F6:7 stage of development ten representative uniform plants were tagged and seeds were bulked from the 10 tagged plants to compose each line. A total of 292 RILs were generated and are used to represent the BTx623NSZ_RIPG. The population was developed thru cooperative efforts of PSGD team of: Dr. Gloria Burow, Dr. John Burke, Dr. Ratan Chopra, Ms. Halee Hughes, and Mr. Jacob Sanchez.1963751PI 687654
253PI 68765515FS256Sorghum bicolor (L.) Moench subsp. bicolor S92016Breeding materialImprovement of cold tolerance at key stages of growth and deployment of favorable alleles for root traits and cold tolerance into elite sorghum genetic resources are recognized as critical factors for sorghum production in drier and cooler regions of the US, permitting farmers to capitalize on early season moisture, efficient integrated pest management and to cultivate fuller season varieties with higher yield potential. The BTx623NSZ _ RIPG mapping population consists of 292 inbred lines, was evaluated for expression of early season cold tolerance based on field and controlled condition (15°C) germinability/emergence and seedling vigor; data for these traits are provided from two years of early season field screen and minimum of three laboratory studies. A detailed analysis of gene expression pattern and root morphological traits under cold stress (15°C) were characterized for the parents of the inbred population. Seeds were bulked from 10 representative uniform plants at F6 generation and advanced by selfing to F1 generation. Briefly, BTx623NSZ_RIPG, was developed by hand emasculation of the female parent BTx623 and pollination with PI 568016 in the polyhouse at Cropping Systems Research Laboratory, Lubbock, TX in 2012. The resulting F1 hybrid was intermediate in height between the 2 parents, with brown seed color. A total of 300 F2 plants were planted at the F3 generation followed by careful advancement to F4 to F7 generations performed alternately in Lubbock, Texas and Lajas, Puerto Rico. At the F6:7 stage of development ten representative uniform plants were tagged and seeds were bulked from the 10 tagged plants to compose each line. A total of 292 RILs were generated and are used to represent the BTx623NSZ_RIPG. The population was developed thru cooperative efforts of PSGD team of: Dr. Gloria Burow, Dr. John Burke, Dr. Ratan Chopra, Ms. Halee Hughes, and Mr. Jacob Sanchez.1963752PI 687655
254PI 68765615FS257Sorghum bicolor (L.) Moench subsp. bicolor S92016Breeding materialImprovement of cold tolerance at key stages of growth and deployment of favorable alleles for root traits and cold tolerance into elite sorghum genetic resources are recognized as critical factors for sorghum production in drier and cooler regions of the US, permitting farmers to capitalize on early season moisture, efficient integrated pest management and to cultivate fuller season varieties with higher yield potential. The BTx623NSZ _ RIPG mapping population consists of 292 inbred lines, was evaluated for expression of early season cold tolerance based on field and controlled condition (15°C) germinability/emergence and seedling vigor; data for these traits are provided from two years of early season field screen and minimum of three laboratory studies. A detailed analysis of gene expression pattern and root morphological traits under cold stress (15°C) were characterized for the parents of the inbred population. Seeds were bulked from 10 representative uniform plants at F6 generation and advanced by selfing to F1 generation. Briefly, BTx623NSZ_RIPG, was developed by hand emasculation of the female parent BTx623 and pollination with PI 568016 in the polyhouse at Cropping Systems Research Laboratory, Lubbock, TX in 2012. The resulting F1 hybrid was intermediate in height between the 2 parents, with brown seed color. A total of 300 F2 plants were planted at the F3 generation followed by careful advancement to F4 to F7 generations performed alternately in Lubbock, Texas and Lajas, Puerto Rico. At the F6:7 stage of development ten representative uniform plants were tagged and seeds were bulked from the 10 tagged plants to compose each line. A total of 292 RILs were generated and are used to represent the BTx623NSZ_RIPG. The population was developed thru cooperative efforts of PSGD team of: Dr. Gloria Burow, Dr. John Burke, Dr. Ratan Chopra, Ms. Halee Hughes, and Mr. Jacob Sanchez.1963753PI 687656
255PI 68765715FS258Sorghum bicolor (L.) Moench subsp. bicolor S92016Breeding materialImprovement of cold tolerance at key stages of growth and deployment of favorable alleles for root traits and cold tolerance into elite sorghum genetic resources are recognized as critical factors for sorghum production in drier and cooler regions of the US, permitting farmers to capitalize on early season moisture, efficient integrated pest management and to cultivate fuller season varieties with higher yield potential. The BTx623NSZ _ RIPG mapping population consists of 292 inbred lines, was evaluated for expression of early season cold tolerance based on field and controlled condition (15°C) germinability/emergence and seedling vigor; data for these traits are provided from two years of early season field screen and minimum of three laboratory studies. A detailed analysis of gene expression pattern and root morphological traits under cold stress (15°C) were characterized for the parents of the inbred population. Seeds were bulked from 10 representative uniform plants at F6 generation and advanced by selfing to F1 generation. Briefly, BTx623NSZ_RIPG, was developed by hand emasculation of the female parent BTx623 and pollination with PI 568016 in the polyhouse at Cropping Systems Research Laboratory, Lubbock, TX in 2012. The resulting F1 hybrid was intermediate in height between the 2 parents, with brown seed color. A total of 300 F2 plants were planted at the F3 generation followed by careful advancement to F4 to F7 generations performed alternately in Lubbock, Texas and Lajas, Puerto Rico. At the F6:7 stage of development ten representative uniform plants were tagged and seeds were bulked from the 10 tagged plants to compose each line. A total of 292 RILs were generated and are used to represent the BTx623NSZ_RIPG. The population was developed thru cooperative efforts of PSGD team of: Dr. Gloria Burow, Dr. John Burke, Dr. Ratan Chopra, Ms. Halee Hughes, and Mr. Jacob Sanchez.1963754PI 687657
256PI 68765815FS259Sorghum bicolor (L.) Moench subsp. bicolor S92016Breeding materialImprovement of cold tolerance at key stages of growth and deployment of favorable alleles for root traits and cold tolerance into elite sorghum genetic resources are recognized as critical factors for sorghum production in drier and cooler regions of the US, permitting farmers to capitalize on early season moisture, efficient integrated pest management and to cultivate fuller season varieties with higher yield potential. The BTx623NSZ _ RIPG mapping population consists of 292 inbred lines, was evaluated for expression of early season cold tolerance based on field and controlled condition (15°C) germinability/emergence and seedling vigor; data for these traits are provided from two years of early season field screen and minimum of three laboratory studies. A detailed analysis of gene expression pattern and root morphological traits under cold stress (15°C) were characterized for the parents of the inbred population. Seeds were bulked from 10 representative uniform plants at F6 generation and advanced by selfing to F1 generation. Briefly, BTx623NSZ_RIPG, was developed by hand emasculation of the female parent BTx623 and pollination with PI 568016 in the polyhouse at Cropping Systems Research Laboratory, Lubbock, TX in 2012. The resulting F1 hybrid was intermediate in height between the 2 parents, with brown seed color. A total of 300 F2 plants were planted at the F3 generation followed by careful advancement to F4 to F7 generations performed alternately in Lubbock, Texas and Lajas, Puerto Rico. At the F6:7 stage of development ten representative uniform plants were tagged and seeds were bulked from the 10 tagged plants to compose each line. A total of 292 RILs were generated and are used to represent the BTx623NSZ_RIPG. The population was developed thru cooperative efforts of PSGD team of: Dr. Gloria Burow, Dr. John Burke, Dr. Ratan Chopra, Ms. Halee Hughes, and Mr. Jacob Sanchez.1963755PI 687658
257PI 68765915FS260Sorghum bicolor (L.) Moench subsp. bicolor S92016Breeding materialImprovement of cold tolerance at key stages of growth and deployment of favorable alleles for root traits and cold tolerance into elite sorghum genetic resources are recognized as critical factors for sorghum production in drier and cooler regions of the US, permitting farmers to capitalize on early season moisture, efficient integrated pest management and to cultivate fuller season varieties with higher yield potential. The BTx623NSZ _ RIPG mapping population consists of 292 inbred lines, was evaluated for expression of early season cold tolerance based on field and controlled condition (15°C) germinability/emergence and seedling vigor; data for these traits are provided from two years of early season field screen and minimum of three laboratory studies. A detailed analysis of gene expression pattern and root morphological traits under cold stress (15°C) were characterized for the parents of the inbred population. Seeds were bulked from 10 representative uniform plants at F6 generation and advanced by selfing to F1 generation. Briefly, BTx623NSZ_RIPG, was developed by hand emasculation of the female parent BTx623 and pollination with PI 568016 in the polyhouse at Cropping Systems Research Laboratory, Lubbock, TX in 2012. The resulting F1 hybrid was intermediate in height between the 2 parents, with brown seed color. A total of 300 F2 plants were planted at the F3 generation followed by careful advancement to F4 to F7 generations performed alternately in Lubbock, Texas and Lajas, Puerto Rico. At the F6:7 stage of development ten representative uniform plants were tagged and seeds were bulked from the 10 tagged plants to compose each line. A total of 292 RILs were generated and are used to represent the BTx623NSZ_RIPG. The population was developed thru cooperative efforts of PSGD team of: Dr. Gloria Burow, Dr. John Burke, Dr. Ratan Chopra, Ms. Halee Hughes, and Mr. Jacob Sanchez.1963756PI 687659
258PI 68766015FS261Sorghum bicolor (L.) Moench subsp. bicolor S92016Breeding materialImprovement of cold tolerance at key stages of growth and deployment of favorable alleles for root traits and cold tolerance into elite sorghum genetic resources are recognized as critical factors for sorghum production in drier and cooler regions of the US, permitting farmers to capitalize on early season moisture, efficient integrated pest management and to cultivate fuller season varieties with higher yield potential. The BTx623NSZ _ RIPG mapping population consists of 292 inbred lines, was evaluated for expression of early season cold tolerance based on field and controlled condition (15°C) germinability/emergence and seedling vigor; data for these traits are provided from two years of early season field screen and minimum of three laboratory studies. A detailed analysis of gene expression pattern and root morphological traits under cold stress (15°C) were characterized for the parents of the inbred population. Seeds were bulked from 10 representative uniform plants at F6 generation and advanced by selfing to F1 generation. Briefly, BTx623NSZ_RIPG, was developed by hand emasculation of the female parent BTx623 and pollination with PI 568016 in the polyhouse at Cropping Systems Research Laboratory, Lubbock, TX in 2012. The resulting F1 hybrid was intermediate in height between the 2 parents, with brown seed color. A total of 300 F2 plants were planted at the F3 generation followed by careful advancement to F4 to F7 generations performed alternately in Lubbock, Texas and Lajas, Puerto Rico. At the F6:7 stage of development ten representative uniform plants were tagged and seeds were bulked from the 10 tagged plants to compose each line. A total of 292 RILs were generated and are used to represent the BTx623NSZ_RIPG. The population was developed thru cooperative efforts of PSGD team of: Dr. Gloria Burow, Dr. John Burke, Dr. Ratan Chopra, Ms. Halee Hughes, and Mr. Jacob Sanchez.1963757PI 687660
259PI 68766115FS262Sorghum bicolor (L.) Moench subsp. bicolor S92016Breeding materialImprovement of cold tolerance at key stages of growth and deployment of favorable alleles for root traits and cold tolerance into elite sorghum genetic resources are recognized as critical factors for sorghum production in drier and cooler regions of the US, permitting farmers to capitalize on early season moisture, efficient integrated pest management and to cultivate fuller season varieties with higher yield potential. The BTx623NSZ _ RIPG mapping population consists of 292 inbred lines, was evaluated for expression of early season cold tolerance based on field and controlled condition (15°C) germinability/emergence and seedling vigor; data for these traits are provided from two years of early season field screen and minimum of three laboratory studies. A detailed analysis of gene expression pattern and root morphological traits under cold stress (15°C) were characterized for the parents of the inbred population. Seeds were bulked from 10 representative uniform plants at F6 generation and advanced by selfing to F1 generation. Briefly, BTx623NSZ_RIPG, was developed by hand emasculation of the female parent BTx623 and pollination with PI 568016 in the polyhouse at Cropping Systems Research Laboratory, Lubbock, TX in 2012. The resulting F1 hybrid was intermediate in height between the 2 parents, with brown seed color. A total of 300 F2 plants were planted at the F3 generation followed by careful advancement to F4 to F7 generations performed alternately in Lubbock, Texas and Lajas, Puerto Rico. At the F6:7 stage of development ten representative uniform plants were tagged and seeds were bulked from the 10 tagged plants to compose each line. A total of 292 RILs were generated and are used to represent the BTx623NSZ_RIPG. The population was developed thru cooperative efforts of PSGD team of: Dr. Gloria Burow, Dr. John Burke, Dr. Ratan Chopra, Ms. Halee Hughes, and Mr. Jacob Sanchez.1963758PI 687661
260PI 68766215FS263Sorghum bicolor (L.) Moench subsp. bicolor S92016Breeding materialImprovement of cold tolerance at key stages of growth and deployment of favorable alleles for root traits and cold tolerance into elite sorghum genetic resources are recognized as critical factors for sorghum production in drier and cooler regions of the US, permitting farmers to capitalize on early season moisture, efficient integrated pest management and to cultivate fuller season varieties with higher yield potential. The BTx623NSZ _ RIPG mapping population consists of 292 inbred lines, was evaluated for expression of early season cold tolerance based on field and controlled condition (15°C) germinability/emergence and seedling vigor; data for these traits are provided from two years of early season field screen and minimum of three laboratory studies. A detailed analysis of gene expression pattern and root morphological traits under cold stress (15°C) were characterized for the parents of the inbred population. Seeds were bulked from 10 representative uniform plants at F6 generation and advanced by selfing to F1 generation. Briefly, BTx623NSZ_RIPG, was developed by hand emasculation of the female parent BTx623 and pollination with PI 568016 in the polyhouse at Cropping Systems Research Laboratory, Lubbock, TX in 2012. The resulting F1 hybrid was intermediate in height between the 2 parents, with brown seed color. A total of 300 F2 plants were planted at the F3 generation followed by careful advancement to F4 to F7 generations performed alternately in Lubbock, Texas and Lajas, Puerto Rico. At the F6:7 stage of development ten representative uniform plants were tagged and seeds were bulked from the 10 tagged plants to compose each line. A total of 292 RILs were generated and are used to represent the BTx623NSZ_RIPG. The population was developed thru cooperative efforts of PSGD team of: Dr. Gloria Burow, Dr. John Burke, Dr. Ratan Chopra, Ms. Halee Hughes, and Mr. Jacob Sanchez.1963759PI 687662
261PI 68766315FS264Sorghum bicolor (L.) Moench subsp. bicolor S92016Breeding materialImprovement of cold tolerance at key stages of growth and deployment of favorable alleles for root traits and cold tolerance into elite sorghum genetic resources are recognized as critical factors for sorghum production in drier and cooler regions of the US, permitting farmers to capitalize on early season moisture, efficient integrated pest management and to cultivate fuller season varieties with higher yield potential. The BTx623NSZ _ RIPG mapping population consists of 292 inbred lines, was evaluated for expression of early season cold tolerance based on field and controlled condition (15°C) germinability/emergence and seedling vigor; data for these traits are provided from two years of early season field screen and minimum of three laboratory studies. A detailed analysis of gene expression pattern and root morphological traits under cold stress (15°C) were characterized for the parents of the inbred population. Seeds were bulked from 10 representative uniform plants at F6 generation and advanced by selfing to F1 generation. Briefly, BTx623NSZ_RIPG, was developed by hand emasculation of the female parent BTx623 and pollination with PI 568016 in the polyhouse at Cropping Systems Research Laboratory, Lubbock, TX in 2012. The resulting F1 hybrid was intermediate in height between the 2 parents, with brown seed color. A total of 300 F2 plants were planted at the F3 generation followed by careful advancement to F4 to F7 generations performed alternately in Lubbock, Texas and Lajas, Puerto Rico. At the F6:7 stage of development ten representative uniform plants were tagged and seeds were bulked from the 10 tagged plants to compose each line. A total of 292 RILs were generated and are used to represent the BTx623NSZ_RIPG. The population was developed thru cooperative efforts of PSGD team of: Dr. Gloria Burow, Dr. John Burke, Dr. Ratan Chopra, Ms. Halee Hughes, and Mr. Jacob Sanchez.1963760PI 687663
262PI 68766415FS265Sorghum bicolor (L.) Moench subsp. bicolor S92016Breeding materialImprovement of cold tolerance at key stages of growth and deployment of favorable alleles for root traits and cold tolerance into elite sorghum genetic resources are recognized as critical factors for sorghum production in drier and cooler regions of the US, permitting farmers to capitalize on early season moisture, efficient integrated pest management and to cultivate fuller season varieties with higher yield potential. The BTx623NSZ _ RIPG mapping population consists of 292 inbred lines, was evaluated for expression of early season cold tolerance based on field and controlled condition (15°C) germinability/emergence and seedling vigor; data for these traits are provided from two years of early season field screen and minimum of three laboratory studies. A detailed analysis of gene expression pattern and root morphological traits under cold stress (15°C) were characterized for the parents of the inbred population. Seeds were bulked from 10 representative uniform plants at F6 generation and advanced by selfing to F1 generation. Briefly, BTx623NSZ_RIPG, was developed by hand emasculation of the female parent BTx623 and pollination with PI 568016 in the polyhouse at Cropping Systems Research Laboratory, Lubbock, TX in 2012. The resulting F1 hybrid was intermediate in height between the 2 parents, with brown seed color. A total of 300 F2 plants were planted at the F3 generation followed by careful advancement to F4 to F7 generations performed alternately in Lubbock, Texas and Lajas, Puerto Rico. At the F6:7 stage of development ten representative uniform plants were tagged and seeds were bulked from the 10 tagged plants to compose each line. A total of 292 RILs were generated and are used to represent the BTx623NSZ_RIPG. The population was developed thru cooperative efforts of PSGD team of: Dr. Gloria Burow, Dr. John Burke, Dr. Ratan Chopra, Ms. Halee Hughes, and Mr. Jacob Sanchez.1963761PI 687664
263PI 68766515FS266Sorghum bicolor (L.) Moench subsp. bicolor S92016Breeding materialImprovement of cold tolerance at key stages of growth and deployment of favorable alleles for root traits and cold tolerance into elite sorghum genetic resources are recognized as critical factors for sorghum production in drier and cooler regions of the US, permitting farmers to capitalize on early season moisture, efficient integrated pest management and to cultivate fuller season varieties with higher yield potential. The BTx623NSZ _ RIPG mapping population consists of 292 inbred lines, was evaluated for expression of early season cold tolerance based on field and controlled condition (15°C) germinability/emergence and seedling vigor; data for these traits are provided from two years of early season field screen and minimum of three laboratory studies. A detailed analysis of gene expression pattern and root morphological traits under cold stress (15°C) were characterized for the parents of the inbred population. Seeds were bulked from 10 representative uniform plants at F6 generation and advanced by selfing to F1 generation. Briefly, BTx623NSZ_RIPG, was developed by hand emasculation of the female parent BTx623 and pollination with PI 568016 in the polyhouse at Cropping Systems Research Laboratory, Lubbock, TX in 2012. The resulting F1 hybrid was intermediate in height between the 2 parents, with brown seed color. A total of 300 F2 plants were planted at the F3 generation followed by careful advancement to F4 to F7 generations performed alternately in Lubbock, Texas and Lajas, Puerto Rico. At the F6:7 stage of development ten representative uniform plants were tagged and seeds were bulked from the 10 tagged plants to compose each line. A total of 292 RILs were generated and are used to represent the BTx623NSZ_RIPG. The population was developed thru cooperative efforts of PSGD team of: Dr. Gloria Burow, Dr. John Burke, Dr. Ratan Chopra, Ms. Halee Hughes, and Mr. Jacob Sanchez.1963762PI 687665
264PI 68766615FS267Sorghum bicolor (L.) Moench subsp. bicolor S92016Breeding materialImprovement of cold tolerance at key stages of growth and deployment of favorable alleles for root traits and cold tolerance into elite sorghum genetic resources are recognized as critical factors for sorghum production in drier and cooler regions of the US, permitting farmers to capitalize on early season moisture, efficient integrated pest management and to cultivate fuller season varieties with higher yield potential. The BTx623NSZ _ RIPG mapping population consists of 292 inbred lines, was evaluated for expression of early season cold tolerance based on field and controlled condition (15°C) germinability/emergence and seedling vigor; data for these traits are provided from two years of early season field screen and minimum of three laboratory studies. A detailed analysis of gene expression pattern and root morphological traits under cold stress (15°C) were characterized for the parents of the inbred population. Seeds were bulked from 10 representative uniform plants at F6 generation and advanced by selfing to F1 generation. Briefly, BTx623NSZ_RIPG, was developed by hand emasculation of the female parent BTx623 and pollination with PI 568016 in the polyhouse at Cropping Systems Research Laboratory, Lubbock, TX in 2012. The resulting F1 hybrid was intermediate in height between the 2 parents, with brown seed color. A total of 300 F2 plants were planted at the F3 generation followed by careful advancement to F4 to F7 generations performed alternately in Lubbock, Texas and Lajas, Puerto Rico. At the F6:7 stage of development ten representative uniform plants were tagged and seeds were bulked from the 10 tagged plants to compose each line. A total of 292 RILs were generated and are used to represent the BTx623NSZ_RIPG. The population was developed thru cooperative efforts of PSGD team of: Dr. Gloria Burow, Dr. John Burke, Dr. Ratan Chopra, Ms. Halee Hughes, and Mr. Jacob Sanchez.1963763PI 687666
265PI 68766715FS268Sorghum bicolor (L.) Moench subsp. bicolor S92016Breeding materialImprovement of cold tolerance at key stages of growth and deployment of favorable alleles for root traits and cold tolerance into elite sorghum genetic resources are recognized as critical factors for sorghum production in drier and cooler regions of the US, permitting farmers to capitalize on early season moisture, efficient integrated pest management and to cultivate fuller season varieties with higher yield potential. The BTx623NSZ _ RIPG mapping population consists of 292 inbred lines, was evaluated for expression of early season cold tolerance based on field and controlled condition (15°C) germinability/emergence and seedling vigor; data for these traits are provided from two years of early season field screen and minimum of three laboratory studies. A detailed analysis of gene expression pattern and root morphological traits under cold stress (15°C) were characterized for the parents of the inbred population. Seeds were bulked from 10 representative uniform plants at F6 generation and advanced by selfing to F1 generation. Briefly, BTx623NSZ_RIPG, was developed by hand emasculation of the female parent BTx623 and pollination with PI 568016 in the polyhouse at Cropping Systems Research Laboratory, Lubbock, TX in 2012. The resulting F1 hybrid was intermediate in height between the 2 parents, with brown seed color. A total of 300 F2 plants were planted at the F3 generation followed by careful advancement to F4 to F7 generations performed alternately in Lubbock, Texas and Lajas, Puerto Rico. At the F6:7 stage of development ten representative uniform plants were tagged and seeds were bulked from the 10 tagged plants to compose each line. A total of 292 RILs were generated and are used to represent the BTx623NSZ_RIPG. The population was developed thru cooperative efforts of PSGD team of: Dr. Gloria Burow, Dr. John Burke, Dr. Ratan Chopra, Ms. Halee Hughes, and Mr. Jacob Sanchez.1963764PI 687667
266PI 68766815FS269Sorghum bicolor (L.) Moench subsp. bicolor S92016Breeding materialImprovement of cold tolerance at key stages of growth and deployment of favorable alleles for root traits and cold tolerance into elite sorghum genetic resources are recognized as critical factors for sorghum production in drier and cooler regions of the US, permitting farmers to capitalize on early season moisture, efficient integrated pest management and to cultivate fuller season varieties with higher yield potential. The BTx623NSZ _ RIPG mapping population consists of 292 inbred lines, was evaluated for expression of early season cold tolerance based on field and controlled condition (15°C) germinability/emergence and seedling vigor; data for these traits are provided from two years of early season field screen and minimum of three laboratory studies. A detailed analysis of gene expression pattern and root morphological traits under cold stress (15°C) were characterized for the parents of the inbred population. Seeds were bulked from 10 representative uniform plants at F6 generation and advanced by selfing to F1 generation. Briefly, BTx623NSZ_RIPG, was developed by hand emasculation of the female parent BTx623 and pollination with PI 568016 in the polyhouse at Cropping Systems Research Laboratory, Lubbock, TX in 2012. The resulting F1 hybrid was intermediate in height between the 2 parents, with brown seed color. A total of 300 F2 plants were planted at the F3 generation followed by careful advancement to F4 to F7 generations performed alternately in Lubbock, Texas and Lajas, Puerto Rico. At the F6:7 stage of development ten representative uniform plants were tagged and seeds were bulked from the 10 tagged plants to compose each line. A total of 292 RILs were generated and are used to represent the BTx623NSZ_RIPG. The population was developed thru cooperative efforts of PSGD team of: Dr. Gloria Burow, Dr. John Burke, Dr. Ratan Chopra, Ms. Halee Hughes, and Mr. Jacob Sanchez.1963765PI 687668
267PI 68766915FS270Sorghum bicolor (L.) Moench subsp. bicolor S92016Breeding materialImprovement of cold tolerance at key stages of growth and deployment of favorable alleles for root traits and cold tolerance into elite sorghum genetic resources are recognized as critical factors for sorghum production in drier and cooler regions of the US, permitting farmers to capitalize on early season moisture, efficient integrated pest management and to cultivate fuller season varieties with higher yield potential. The BTx623NSZ _ RIPG mapping population consists of 292 inbred lines, was evaluated for expression of early season cold tolerance based on field and controlled condition (15°C) germinability/emergence and seedling vigor; data for these traits are provided from two years of early season field screen and minimum of three laboratory studies. A detailed analysis of gene expression pattern and root morphological traits under cold stress (15°C) were characterized for the parents of the inbred population. Seeds were bulked from 10 representative uniform plants at F6 generation and advanced by selfing to F1 generation. Briefly, BTx623NSZ_RIPG, was developed by hand emasculation of the female parent BTx623 and pollination with PI 568016 in the polyhouse at Cropping Systems Research Laboratory, Lubbock, TX in 2012. The resulting F1 hybrid was intermediate in height between the 2 parents, with brown seed color. A total of 300 F2 plants were planted at the F3 generation followed by careful advancement to F4 to F7 generations performed alternately in Lubbock, Texas and Lajas, Puerto Rico. At the F6:7 stage of development ten representative uniform plants were tagged and seeds were bulked from the 10 tagged plants to compose each line. A total of 292 RILs were generated and are used to represent the BTx623NSZ_RIPG. The population was developed thru cooperative efforts of PSGD team of: Dr. Gloria Burow, Dr. John Burke, Dr. Ratan Chopra, Ms. Halee Hughes, and Mr. Jacob Sanchez.1963766PI 687669
268PI 68767015FS271Sorghum bicolor (L.) Moench subsp. bicolor S92016Breeding materialImprovement of cold tolerance at key stages of growth and deployment of favorable alleles for root traits and cold tolerance into elite sorghum genetic resources are recognized as critical factors for sorghum production in drier and cooler regions of the US, permitting farmers to capitalize on early season moisture, efficient integrated pest management and to cultivate fuller season varieties with higher yield potential. The BTx623NSZ _ RIPG mapping population consists of 292 inbred lines, was evaluated for expression of early season cold tolerance based on field and controlled condition (15°C) germinability/emergence and seedling vigor; data for these traits are provided from two years of early season field screen and minimum of three laboratory studies. A detailed analysis of gene expression pattern and root morphological traits under cold stress (15°C) were characterized for the parents of the inbred population. Seeds were bulked from 10 representative uniform plants at F6 generation and advanced by selfing to F1 generation. Briefly, BTx623NSZ_RIPG, was developed by hand emasculation of the female parent BTx623 and pollination with PI 568016 in the polyhouse at Cropping Systems Research Laboratory, Lubbock, TX in 2012. The resulting F1 hybrid was intermediate in height between the 2 parents, with brown seed color. A total of 300 F2 plants were planted at the F3 generation followed by careful advancement to F4 to F7 generations performed alternately in Lubbock, Texas and Lajas, Puerto Rico. At the F6:7 stage of development ten representative uniform plants were tagged and seeds were bulked from the 10 tagged plants to compose each line. A total of 292 RILs were generated and are used to represent the BTx623NSZ_RIPG. The population was developed thru cooperative efforts of PSGD team of: Dr. Gloria Burow, Dr. John Burke, Dr. Ratan Chopra, Ms. Halee Hughes, and Mr. Jacob Sanchez.1963767PI 687670
269PI 68767115FS272Sorghum bicolor (L.) Moench subsp. bicolor S92016Breeding materialImprovement of cold tolerance at key stages of growth and deployment of favorable alleles for root traits and cold tolerance into elite sorghum genetic resources are recognized as critical factors for sorghum production in drier and cooler regions of the US, permitting farmers to capitalize on early season moisture, efficient integrated pest management and to cultivate fuller season varieties with higher yield potential. The BTx623NSZ _ RIPG mapping population consists of 292 inbred lines, was evaluated for expression of early season cold tolerance based on field and controlled condition (15°C) germinability/emergence and seedling vigor; data for these traits are provided from two years of early season field screen and minimum of three laboratory studies. A detailed analysis of gene expression pattern and root morphological traits under cold stress (15°C) were characterized for the parents of the inbred population. Seeds were bulked from 10 representative uniform plants at F6 generation and advanced by selfing to F1 generation. Briefly, BTx623NSZ_RIPG, was developed by hand emasculation of the female parent BTx623 and pollination with PI 568016 in the polyhouse at Cropping Systems Research Laboratory, Lubbock, TX in 2012. The resulting F1 hybrid was intermediate in height between the 2 parents, with brown seed color. A total of 300 F2 plants were planted at the F3 generation followed by careful advancement to F4 to F7 generations performed alternately in Lubbock, Texas and Lajas, Puerto Rico. At the F6:7 stage of development ten representative uniform plants were tagged and seeds were bulked from the 10 tagged plants to compose each line. A total of 292 RILs were generated and are used to represent the BTx623NSZ_RIPG. The population was developed thru cooperative efforts of PSGD team of: Dr. Gloria Burow, Dr. John Burke, Dr. Ratan Chopra, Ms. Halee Hughes, and Mr. Jacob Sanchez.1963768PI 687671
270PI 68767215FS273Sorghum bicolor (L.) Moench subsp. bicolor S92016Breeding materialImprovement of cold tolerance at key stages of growth and deployment of favorable alleles for root traits and cold tolerance into elite sorghum genetic resources are recognized as critical factors for sorghum production in drier and cooler regions of the US, permitting farmers to capitalize on early season moisture, efficient integrated pest management and to cultivate fuller season varieties with higher yield potential. The BTx623NSZ _ RIPG mapping population consists of 292 inbred lines, was evaluated for expression of early season cold tolerance based on field and controlled condition (15°C) germinability/emergence and seedling vigor; data for these traits are provided from two years of early season field screen and minimum of three laboratory studies. A detailed analysis of gene expression pattern and root morphological traits under cold stress (15°C) were characterized for the parents of the inbred population. Seeds were bulked from 10 representative uniform plants at F6 generation and advanced by selfing to F1 generation. Briefly, BTx623NSZ_RIPG, was developed by hand emasculation of the female parent BTx623 and pollination with PI 568016 in the polyhouse at Cropping Systems Research Laboratory, Lubbock, TX in 2012. The resulting F1 hybrid was intermediate in height between the 2 parents, with brown seed color. A total of 300 F2 plants were planted at the F3 generation followed by careful advancement to F4 to F7 generations performed alternately in Lubbock, Texas and Lajas, Puerto Rico. At the F6:7 stage of development ten representative uniform plants were tagged and seeds were bulked from the 10 tagged plants to compose each line. A total of 292 RILs were generated and are used to represent the BTx623NSZ_RIPG. The population was developed thru cooperative efforts of PSGD team of: Dr. Gloria Burow, Dr. John Burke, Dr. Ratan Chopra, Ms. Halee Hughes, and Mr. Jacob Sanchez.1963769PI 687672
271PI 68767315FS274Sorghum bicolor (L.) Moench subsp. bicolor S92016Breeding materialImprovement of cold tolerance at key stages of growth and deployment of favorable alleles for root traits and cold tolerance into elite sorghum genetic resources are recognized as critical factors for sorghum production in drier and cooler regions of the US, permitting farmers to capitalize on early season moisture, efficient integrated pest management and to cultivate fuller season varieties with higher yield potential. The BTx623NSZ _ RIPG mapping population consists of 292 inbred lines, was evaluated for expression of early season cold tolerance based on field and controlled condition (15°C) germinability/emergence and seedling vigor; data for these traits are provided from two years of early season field screen and minimum of three laboratory studies. A detailed analysis of gene expression pattern and root morphological traits under cold stress (15°C) were characterized for the parents of the inbred population. Seeds were bulked from 10 representative uniform plants at F6 generation and advanced by selfing to F1 generation. Briefly, BTx623NSZ_RIPG, was developed by hand emasculation of the female parent BTx623 and pollination with PI 568016 in the polyhouse at Cropping Systems Research Laboratory, Lubbock, TX in 2012. The resulting F1 hybrid was intermediate in height between the 2 parents, with brown seed color. A total of 300 F2 plants were planted at the F3 generation followed by careful advancement to F4 to F7 generations performed alternately in Lubbock, Texas and Lajas, Puerto Rico. At the F6:7 stage of development ten representative uniform plants were tagged and seeds were bulked from the 10 tagged plants to compose each line. A total of 292 RILs were generated and are used to represent the BTx623NSZ_RIPG. The population was developed thru cooperative efforts of PSGD team of: Dr. Gloria Burow, Dr. John Burke, Dr. Ratan Chopra, Ms. Halee Hughes, and Mr. Jacob Sanchez.1963770PI 687673
272PI 68767415FS275Sorghum bicolor (L.) Moench subsp. bicolor S92016Breeding materialImprovement of cold tolerance at key stages of growth and deployment of favorable alleles for root traits and cold tolerance into elite sorghum genetic resources are recognized as critical factors for sorghum production in drier and cooler regions of the US, permitting farmers to capitalize on early season moisture, efficient integrated pest management and to cultivate fuller season varieties with higher yield potential. The BTx623NSZ _ RIPG mapping population consists of 292 inbred lines, was evaluated for expression of early season cold tolerance based on field and controlled condition (15°C) germinability/emergence and seedling vigor; data for these traits are provided from two years of early season field screen and minimum of three laboratory studies. A detailed analysis of gene expression pattern and root morphological traits under cold stress (15°C) were characterized for the parents of the inbred population. Seeds were bulked from 10 representative uniform plants at F6 generation and advanced by selfing to F1 generation. Briefly, BTx623NSZ_RIPG, was developed by hand emasculation of the female parent BTx623 and pollination with PI 568016 in the polyhouse at Cropping Systems Research Laboratory, Lubbock, TX in 2012. The resulting F1 hybrid was intermediate in height between the 2 parents, with brown seed color. A total of 300 F2 plants were planted at the F3 generation followed by careful advancement to F4 to F7 generations performed alternately in Lubbock, Texas and Lajas, Puerto Rico. At the F6:7 stage of development ten representative uniform plants were tagged and seeds were bulked from the 10 tagged plants to compose each line. A total of 292 RILs were generated and are used to represent the BTx623NSZ_RIPG. The population was developed thru cooperative efforts of PSGD team of: Dr. Gloria Burow, Dr. John Burke, Dr. Ratan Chopra, Ms. Halee Hughes, and Mr. Jacob Sanchez.1963771PI 687674
273PI 68767515FS276Sorghum bicolor (L.) Moench subsp. bicolor S92016Breeding materialImprovement of cold tolerance at key stages of growth and deployment of favorable alleles for root traits and cold tolerance into elite sorghum genetic resources are recognized as critical factors for sorghum production in drier and cooler regions of the US, permitting farmers to capitalize on early season moisture, efficient integrated pest management and to cultivate fuller season varieties with higher yield potential. The BTx623NSZ _ RIPG mapping population consists of 292 inbred lines, was evaluated for expression of early season cold tolerance based on field and controlled condition (15°C) germinability/emergence and seedling vigor; data for these traits are provided from two years of early season field screen and minimum of three laboratory studies. A detailed analysis of gene expression pattern and root morphological traits under cold stress (15°C) were characterized for the parents of the inbred population. Seeds were bulked from 10 representative uniform plants at F6 generation and advanced by selfing to F1 generation. Briefly, BTx623NSZ_RIPG, was developed by hand emasculation of the female parent BTx623 and pollination with PI 568016 in the polyhouse at Cropping Systems Research Laboratory, Lubbock, TX in 2012. The resulting F1 hybrid was intermediate in height between the 2 parents, with brown seed color. A total of 300 F2 plants were planted at the F3 generation followed by careful advancement to F4 to F7 generations performed alternately in Lubbock, Texas and Lajas, Puerto Rico. At the F6:7 stage of development ten representative uniform plants were tagged and seeds were bulked from the 10 tagged plants to compose each line. A total of 292 RILs were generated and are used to represent the BTx623NSZ_RIPG. The population was developed thru cooperative efforts of PSGD team of: Dr. Gloria Burow, Dr. John Burke, Dr. Ratan Chopra, Ms. Halee Hughes, and Mr. Jacob Sanchez.1963772PI 687675
274PI 68767615FS277Sorghum bicolor (L.) Moench subsp. bicolor S92016Breeding materialImprovement of cold tolerance at key stages of growth and deployment of favorable alleles for root traits and cold tolerance into elite sorghum genetic resources are recognized as critical factors for sorghum production in drier and cooler regions of the US, permitting farmers to capitalize on early season moisture, efficient integrated pest management and to cultivate fuller season varieties with higher yield potential. The BTx623NSZ _ RIPG mapping population consists of 292 inbred lines, was evaluated for expression of early season cold tolerance based on field and controlled condition (15°C) germinability/emergence and seedling vigor; data for these traits are provided from two years of early season field screen and minimum of three laboratory studies. A detailed analysis of gene expression pattern and root morphological traits under cold stress (15°C) were characterized for the parents of the inbred population. Seeds were bulked from 10 representative uniform plants at F6 generation and advanced by selfing to F1 generation. Briefly, BTx623NSZ_RIPG, was developed by hand emasculation of the female parent BTx623 and pollination with PI 568016 in the polyhouse at Cropping Systems Research Laboratory, Lubbock, TX in 2012. The resulting F1 hybrid was intermediate in height between the 2 parents, with brown seed color. A total of 300 F2 plants were planted at the F3 generation followed by careful advancement to F4 to F7 generations performed alternately in Lubbock, Texas and Lajas, Puerto Rico. At the F6:7 stage of development ten representative uniform plants were tagged and seeds were bulked from the 10 tagged plants to compose each line. A total of 292 RILs were generated and are used to represent the BTx623NSZ_RIPG. The population was developed thru cooperative efforts of PSGD team of: Dr. Gloria Burow, Dr. John Burke, Dr. Ratan Chopra, Ms. Halee Hughes, and Mr. Jacob Sanchez.1963773PI 687676
275PI 68767715FS279Sorghum bicolor (L.) Moench subsp. bicolor S92016Breeding materialImprovement of cold tolerance at key stages of growth and deployment of favorable alleles for root traits and cold tolerance into elite sorghum genetic resources are recognized as critical factors for sorghum production in drier and cooler regions of the US, permitting farmers to capitalize on early season moisture, efficient integrated pest management and to cultivate fuller season varieties with higher yield potential. The BTx623NSZ _ RIPG mapping population consists of 292 inbred lines, was evaluated for expression of early season cold tolerance based on field and controlled condition (15°C) germinability/emergence and seedling vigor; data for these traits are provided from two years of early season field screen and minimum of three laboratory studies. A detailed analysis of gene expression pattern and root morphological traits under cold stress (15°C) were characterized for the parents of the inbred population. Seeds were bulked from 10 representative uniform plants at F6 generation and advanced by selfing to F1 generation. Briefly, BTx623NSZ_RIPG, was developed by hand emasculation of the female parent BTx623 and pollination with PI 568016 in the polyhouse at Cropping Systems Research Laboratory, Lubbock, TX in 2012. The resulting F1 hybrid was intermediate in height between the 2 parents, with brown seed color. A total of 300 F2 plants were planted at the F3 generation followed by careful advancement to F4 to F7 generations performed alternately in Lubbock, Texas and Lajas, Puerto Rico. At the F6:7 stage of development ten representative uniform plants were tagged and seeds were bulked from the 10 tagged plants to compose each line. A total of 292 RILs were generated and are used to represent the BTx623NSZ_RIPG. The population was developed thru cooperative efforts of PSGD team of: Dr. Gloria Burow, Dr. John Burke, Dr. Ratan Chopra, Ms. Halee Hughes, and Mr. Jacob Sanchez.1963774PI 687677
276PI 68767815FS280Sorghum bicolor (L.) Moench subsp. bicolor S92016Breeding materialImprovement of cold tolerance at key stages of growth and deployment of favorable alleles for root traits and cold tolerance into elite sorghum genetic resources are recognized as critical factors for sorghum production in drier and cooler regions of the US, permitting farmers to capitalize on early season moisture, efficient integrated pest management and to cultivate fuller season varieties with higher yield potential. The BTx623NSZ _ RIPG mapping population consists of 292 inbred lines, was evaluated for expression of early season cold tolerance based on field and controlled condition (15°C) germinability/emergence and seedling vigor; data for these traits are provided from two years of early season field screen and minimum of three laboratory studies. A detailed analysis of gene expression pattern and root morphological traits under cold stress (15°C) were characterized for the parents of the inbred population. Seeds were bulked from 10 representative uniform plants at F6 generation and advanced by selfing to F1 generation. Briefly, BTx623NSZ_RIPG, was developed by hand emasculation of the female parent BTx623 and pollination with PI 568016 in the polyhouse at Cropping Systems Research Laboratory, Lubbock, TX in 2012. The resulting F1 hybrid was intermediate in height between the 2 parents, with brown seed color. A total of 300 F2 plants were planted at the F3 generation followed by careful advancement to F4 to F7 generations performed alternately in Lubbock, Texas and Lajas, Puerto Rico. At the F6:7 stage of development ten representative uniform plants were tagged and seeds were bulked from the 10 tagged plants to compose each line. A total of 292 RILs were generated and are used to represent the BTx623NSZ_RIPG. The population was developed thru cooperative efforts of PSGD team of: Dr. Gloria Burow, Dr. John Burke, Dr. Ratan Chopra, Ms. Halee Hughes, and Mr. Jacob Sanchez.1963775PI 687678
277PI 68767915FS281Sorghum bicolor (L.) Moench subsp. bicolor S92016Breeding materialImprovement of cold tolerance at key stages of growth and deployment of favorable alleles for root traits and cold tolerance into elite sorghum genetic resources are recognized as critical factors for sorghum production in drier and cooler regions of the US, permitting farmers to capitalize on early season moisture, efficient integrated pest management and to cultivate fuller season varieties with higher yield potential. The BTx623NSZ _ RIPG mapping population consists of 292 inbred lines, was evaluated for expression of early season cold tolerance based on field and controlled condition (15°C) germinability/emergence and seedling vigor; data for these traits are provided from two years of early season field screen and minimum of three laboratory studies. A detailed analysis of gene expression pattern and root morphological traits under cold stress (15°C) were characterized for the parents of the inbred population. Seeds were bulked from 10 representative uniform plants at F6 generation and advanced by selfing to F1 generation. Briefly, BTx623NSZ_RIPG, was developed by hand emasculation of the female parent BTx623 and pollination with PI 568016 in the polyhouse at Cropping Systems Research Laboratory, Lubbock, TX in 2012. The resulting F1 hybrid was intermediate in height between the 2 parents, with brown seed color. A total of 300 F2 plants were planted at the F3 generation followed by careful advancement to F4 to F7 generations performed alternately in Lubbock, Texas and Lajas, Puerto Rico. At the F6:7 stage of development ten representative uniform plants were tagged and seeds were bulked from the 10 tagged plants to compose each line. A total of 292 RILs were generated and are used to represent the BTx623NSZ_RIPG. The population was developed thru cooperative efforts of PSGD team of: Dr. Gloria Burow, Dr. John Burke, Dr. Ratan Chopra, Ms. Halee Hughes, and Mr. Jacob Sanchez.1963776PI 687679
278PI 68768015FS282Sorghum bicolor (L.) Moench subsp. bicolor S92016Breeding materialImprovement of cold tolerance at key stages of growth and deployment of favorable alleles for root traits and cold tolerance into elite sorghum genetic resources are recognized as critical factors for sorghum production in drier and cooler regions of the US, permitting farmers to capitalize on early season moisture, efficient integrated pest management and to cultivate fuller season varieties with higher yield potential. The BTx623NSZ _ RIPG mapping population consists of 292 inbred lines, was evaluated for expression of early season cold tolerance based on field and controlled condition (15°C) germinability/emergence and seedling vigor; data for these traits are provided from two years of early season field screen and minimum of three laboratory studies. A detailed analysis of gene expression pattern and root morphological traits under cold stress (15°C) were characterized for the parents of the inbred population. Seeds were bulked from 10 representative uniform plants at F6 generation and advanced by selfing to F1 generation. Briefly, BTx623NSZ_RIPG, was developed by hand emasculation of the female parent BTx623 and pollination with PI 568016 in the polyhouse at Cropping Systems Research Laboratory, Lubbock, TX in 2012. The resulting F1 hybrid was intermediate in height between the 2 parents, with brown seed color. A total of 300 F2 plants were planted at the F3 generation followed by careful advancement to F4 to F7 generations performed alternately in Lubbock, Texas and Lajas, Puerto Rico. At the F6:7 stage of development ten representative uniform plants were tagged and seeds were bulked from the 10 tagged plants to compose each line. A total of 292 RILs were generated and are used to represent the BTx623NSZ_RIPG. The population was developed thru cooperative efforts of PSGD team of: Dr. Gloria Burow, Dr. John Burke, Dr. Ratan Chopra, Ms. Halee Hughes, and Mr. Jacob Sanchez.1963777PI 687680
279PI 68768115FS283Sorghum bicolor (L.) Moench subsp. bicolor S92016Breeding materialImprovement of cold tolerance at key stages of growth and deployment of favorable alleles for root traits and cold tolerance into elite sorghum genetic resources are recognized as critical factors for sorghum production in drier and cooler regions of the US, permitting farmers to capitalize on early season moisture, efficient integrated pest management and to cultivate fuller season varieties with higher yield potential. The BTx623NSZ _ RIPG mapping population consists of 292 inbred lines, was evaluated for expression of early season cold tolerance based on field and controlled condition (15°C) germinability/emergence and seedling vigor; data for these traits are provided from two years of early season field screen and minimum of three laboratory studies. A detailed analysis of gene expression pattern and root morphological traits under cold stress (15°C) were characterized for the parents of the inbred population. Seeds were bulked from 10 representative uniform plants at F6 generation and advanced by selfing to F1 generation. Briefly, BTx623NSZ_RIPG, was developed by hand emasculation of the female parent BTx623 and pollination with PI 568016 in the polyhouse at Cropping Systems Research Laboratory, Lubbock, TX in 2012. The resulting F1 hybrid was intermediate in height between the 2 parents, with brown seed color. A total of 300 F2 plants were planted at the F3 generation followed by careful advancement to F4 to F7 generations performed alternately in Lubbock, Texas and Lajas, Puerto Rico. At the F6:7 stage of development ten representative uniform plants were tagged and seeds were bulked from the 10 tagged plants to compose each line. A total of 292 RILs were generated and are used to represent the BTx623NSZ_RIPG. The population was developed thru cooperative efforts of PSGD team of: Dr. Gloria Burow, Dr. John Burke, Dr. Ratan Chopra, Ms. Halee Hughes, and Mr. Jacob Sanchez.1963778PI 687681
280PI 68768215FS284Sorghum bicolor (L.) Moench subsp. bicolor S92016Breeding materialImprovement of cold tolerance at key stages of growth and deployment of favorable alleles for root traits and cold tolerance into elite sorghum genetic resources are recognized as critical factors for sorghum production in drier and cooler regions of the US, permitting farmers to capitalize on early season moisture, efficient integrated pest management and to cultivate fuller season varieties with higher yield potential. The BTx623NSZ _ RIPG mapping population consists of 292 inbred lines, was evaluated for expression of early season cold tolerance based on field and controlled condition (15°C) germinability/emergence and seedling vigor; data for these traits are provided from two years of early season field screen and minimum of three laboratory studies. A detailed analysis of gene expression pattern and root morphological traits under cold stress (15°C) were characterized for the parents of the inbred population. Seeds were bulked from 10 representative uniform plants at F6 generation and advanced by selfing to F1 generation. Briefly, BTx623NSZ_RIPG, was developed by hand emasculation of the female parent BTx623 and pollination with PI 568016 in the polyhouse at Cropping Systems Research Laboratory, Lubbock, TX in 2012. The resulting F1 hybrid was intermediate in height between the 2 parents, with brown seed color. A total of 300 F2 plants were planted at the F3 generation followed by careful advancement to F4 to F7 generations performed alternately in Lubbock, Texas and Lajas, Puerto Rico. At the F6:7 stage of development ten representative uniform plants were tagged and seeds were bulked from the 10 tagged plants to compose each line. A total of 292 RILs were generated and are used to represent the BTx623NSZ_RIPG. The population was developed thru cooperative efforts of PSGD team of: Dr. Gloria Burow, Dr. John Burke, Dr. Ratan Chopra, Ms. Halee Hughes, and Mr. Jacob Sanchez.1963779PI 687682
281PI 68768315FS285Sorghum bicolor (L.) Moench subsp. bicolor S92016Breeding materialImprovement of cold tolerance at key stages of growth and deployment of favorable alleles for root traits and cold tolerance into elite sorghum genetic resources are recognized as critical factors for sorghum production in drier and cooler regions of the US, permitting farmers to capitalize on early season moisture, efficient integrated pest management and to cultivate fuller season varieties with higher yield potential. The BTx623NSZ _ RIPG mapping population consists of 292 inbred lines, was evaluated for expression of early season cold tolerance based on field and controlled condition (15°C) germinability/emergence and seedling vigor; data for these traits are provided from two years of early season field screen and minimum of three laboratory studies. A detailed analysis of gene expression pattern and root morphological traits under cold stress (15°C) were characterized for the parents of the inbred population. Seeds were bulked from 10 representative uniform plants at F6 generation and advanced by selfing to F1 generation. Briefly, BTx623NSZ_RIPG, was developed by hand emasculation of the female parent BTx623 and pollination with PI 568016 in the polyhouse at Cropping Systems Research Laboratory, Lubbock, TX in 2012. The resulting F1 hybrid was intermediate in height between the 2 parents, with brown seed color. A total of 300 F2 plants were planted at the F3 generation followed by careful advancement to F4 to F7 generations performed alternately in Lubbock, Texas and Lajas, Puerto Rico. At the F6:7 stage of development ten representative uniform plants were tagged and seeds were bulked from the 10 tagged plants to compose each line. A total of 292 RILs were generated and are used to represent the BTx623NSZ_RIPG. The population was developed thru cooperative efforts of PSGD team of: Dr. Gloria Burow, Dr. John Burke, Dr. Ratan Chopra, Ms. Halee Hughes, and Mr. Jacob Sanchez.1963780PI 687683
282PI 68768415FS286Sorghum bicolor (L.) Moench subsp. bicolor S92016Breeding materialImprovement of cold tolerance at key stages of growth and deployment of favorable alleles for root traits and cold tolerance into elite sorghum genetic resources are recognized as critical factors for sorghum production in drier and cooler regions of the US, permitting farmers to capitalize on early season moisture, efficient integrated pest management and to cultivate fuller season varieties with higher yield potential. The BTx623NSZ _ RIPG mapping population consists of 292 inbred lines, was evaluated for expression of early season cold tolerance based on field and controlled condition (15°C) germinability/emergence and seedling vigor; data for these traits are provided from two years of early season field screen and minimum of three laboratory studies. A detailed analysis of gene expression pattern and root morphological traits under cold stress (15°C) were characterized for the parents of the inbred population. Seeds were bulked from 10 representative uniform plants at F6 generation and advanced by selfing to F1 generation. Briefly, BTx623NSZ_RIPG, was developed by hand emasculation of the female parent BTx623 and pollination with PI 568016 in the polyhouse at Cropping Systems Research Laboratory, Lubbock, TX in 2012. The resulting F1 hybrid was intermediate in height between the 2 parents, with brown seed color. A total of 300 F2 plants were planted at the F3 generation followed by careful advancement to F4 to F7 generations performed alternately in Lubbock, Texas and Lajas, Puerto Rico. At the F6:7 stage of development ten representative uniform plants were tagged and seeds were bulked from the 10 tagged plants to compose each line. A total of 292 RILs were generated and are used to represent the BTx623NSZ_RIPG. The population was developed thru cooperative efforts of PSGD team of: Dr. Gloria Burow, Dr. John Burke, Dr. Ratan Chopra, Ms. Halee Hughes, and Mr. Jacob Sanchez.1963781PI 687684
283PI 68768515FS287Sorghum bicolor (L.) Moench subsp. bicolor S92016Breeding materialImprovement of cold tolerance at key stages of growth and deployment of favorable alleles for root traits and cold tolerance into elite sorghum genetic resources are recognized as critical factors for sorghum production in drier and cooler regions of the US, permitting farmers to capitalize on early season moisture, efficient integrated pest management and to cultivate fuller season varieties with higher yield potential. The BTx623NSZ _ RIPG mapping population consists of 292 inbred lines, was evaluated for expression of early season cold tolerance based on field and controlled condition (15°C) germinability/emergence and seedling vigor; data for these traits are provided from two years of early season field screen and minimum of three laboratory studies. A detailed analysis of gene expression pattern and root morphological traits under cold stress (15°C) were characterized for the parents of the inbred population. Seeds were bulked from 10 representative uniform plants at F6 generation and advanced by selfing to F1 generation. Briefly, BTx623NSZ_RIPG, was developed by hand emasculation of the female parent BTx623 and pollination with PI 568016 in the polyhouse at Cropping Systems Research Laboratory, Lubbock, TX in 2012. The resulting F1 hybrid was intermediate in height between the 2 parents, with brown seed color. A total of 300 F2 plants were planted at the F3 generation followed by careful advancement to F4 to F7 generations performed alternately in Lubbock, Texas and Lajas, Puerto Rico. At the F6:7 stage of development ten representative uniform plants were tagged and seeds were bulked from the 10 tagged plants to compose each line. A total of 292 RILs were generated and are used to represent the BTx623NSZ_RIPG. The population was developed thru cooperative efforts of PSGD team of: Dr. Gloria Burow, Dr. John Burke, Dr. Ratan Chopra, Ms. Halee Hughes, and Mr. Jacob Sanchez.1963782PI 687685
284PI 68768615FS288Sorghum bicolor (L.) Moench subsp. bicolor S92016Breeding materialImprovement of cold tolerance at key stages of growth and deployment of favorable alleles for root traits and cold tolerance into elite sorghum genetic resources are recognized as critical factors for sorghum production in drier and cooler regions of the US, permitting farmers to capitalize on early season moisture, efficient integrated pest management and to cultivate fuller season varieties with higher yield potential. The BTx623NSZ _ RIPG mapping population consists of 292 inbred lines, was evaluated for expression of early season cold tolerance based on field and controlled condition (15°C) germinability/emergence and seedling vigor; data for these traits are provided from two years of early season field screen and minimum of three laboratory studies. A detailed analysis of gene expression pattern and root morphological traits under cold stress (15°C) were characterized for the parents of the inbred population. Seeds were bulked from 10 representative uniform plants at F6 generation and advanced by selfing to F1 generation. Briefly, BTx623NSZ_RIPG, was developed by hand emasculation of the female parent BTx623 and pollination with PI 568016 in the polyhouse at Cropping Systems Research Laboratory, Lubbock, TX in 2012. The resulting F1 hybrid was intermediate in height between the 2 parents, with brown seed color. A total of 300 F2 plants were planted at the F3 generation followed by careful advancement to F4 to F7 generations performed alternately in Lubbock, Texas and Lajas, Puerto Rico. At the F6:7 stage of development ten representative uniform plants were tagged and seeds were bulked from the 10 tagged plants to compose each line. A total of 292 RILs were generated and are used to represent the BTx623NSZ_RIPG. The population was developed thru cooperative efforts of PSGD team of: Dr. Gloria Burow, Dr. John Burke, Dr. Ratan Chopra, Ms. Halee Hughes, and Mr. Jacob Sanchez.1963783PI 687686
285PI 68768715FS289Sorghum bicolor (L.) Moench subsp. bicolor S92016Breeding materialImprovement of cold tolerance at key stages of growth and deployment of favorable alleles for root traits and cold tolerance into elite sorghum genetic resources are recognized as critical factors for sorghum production in drier and cooler regions of the US, permitting farmers to capitalize on early season moisture, efficient integrated pest management and to cultivate fuller season varieties with higher yield potential. The BTx623NSZ _ RIPG mapping population consists of 292 inbred lines, was evaluated for expression of early season cold tolerance based on field and controlled condition (15°C) germinability/emergence and seedling vigor; data for these traits are provided from two years of early season field screen and minimum of three laboratory studies. A detailed analysis of gene expression pattern and root morphological traits under cold stress (15°C) were characterized for the parents of the inbred population. Seeds were bulked from 10 representative uniform plants at F6 generation and advanced by selfing to F1 generation. Briefly, BTx623NSZ_RIPG, was developed by hand emasculation of the female parent BTx623 and pollination with PI 568016 in the polyhouse at Cropping Systems Research Laboratory, Lubbock, TX in 2012. The resulting F1 hybrid was intermediate in height between the 2 parents, with brown seed color. A total of 300 F2 plants were planted at the F3 generation followed by careful advancement to F4 to F7 generations performed alternately in Lubbock, Texas and Lajas, Puerto Rico. At the F6:7 stage of development ten representative uniform plants were tagged and seeds were bulked from the 10 tagged plants to compose each line. A total of 292 RILs were generated and are used to represent the BTx623NSZ_RIPG. The population was developed thru cooperative efforts of PSGD team of: Dr. Gloria Burow, Dr. John Burke, Dr. Ratan Chopra, Ms. Halee Hughes, and Mr. Jacob Sanchez.1963784PI 687687
286PI 68768815FS290Sorghum bicolor (L.) Moench subsp. bicolor S92016Breeding materialImprovement of cold tolerance at key stages of growth and deployment of favorable alleles for root traits and cold tolerance into elite sorghum genetic resources are recognized as critical factors for sorghum production in drier and cooler regions of the US, permitting farmers to capitalize on early season moisture, efficient integrated pest management and to cultivate fuller season varieties with higher yield potential. The BTx623NSZ _ RIPG mapping population consists of 292 inbred lines, was evaluated for expression of early season cold tolerance based on field and controlled condition (15°C) germinability/emergence and seedling vigor; data for these traits are provided from two years of early season field screen and minimum of three laboratory studies. A detailed analysis of gene expression pattern and root morphological traits under cold stress (15°C) were characterized for the parents of the inbred population. Seeds were bulked from 10 representative uniform plants at F6 generation and advanced by selfing to F1 generation. Briefly, BTx623NSZ_RIPG, was developed by hand emasculation of the female parent BTx623 and pollination with PI 568016 in the polyhouse at Cropping Systems Research Laboratory, Lubbock, TX in 2012. The resulting F1 hybrid was intermediate in height between the 2 parents, with brown seed color. A total of 300 F2 plants were planted at the F3 generation followed by careful advancement to F4 to F7 generations performed alternately in Lubbock, Texas and Lajas, Puerto Rico. At the F6:7 stage of development ten representative uniform plants were tagged and seeds were bulked from the 10 tagged plants to compose each line. A total of 292 RILs were generated and are used to represent the BTx623NSZ_RIPG. The population was developed thru cooperative efforts of PSGD team of: Dr. Gloria Burow, Dr. John Burke, Dr. Ratan Chopra, Ms. Halee Hughes, and Mr. Jacob Sanchez.1963785PI 687688
287PI 68768915FS291Sorghum bicolor (L.) Moench subsp. bicolor S92016Breeding materialImprovement of cold tolerance at key stages of growth and deployment of favorable alleles for root traits and cold tolerance into elite sorghum genetic resources are recognized as critical factors for sorghum production in drier and cooler regions of the US, permitting farmers to capitalize on early season moisture, efficient integrated pest management and to cultivate fuller season varieties with higher yield potential. The BTx623NSZ _ RIPG mapping population consists of 292 inbred lines, was evaluated for expression of early season cold tolerance based on field and controlled condition (15°C) germinability/emergence and seedling vigor; data for these traits are provided from two years of early season field screen and minimum of three laboratory studies. A detailed analysis of gene expression pattern and root morphological traits under cold stress (15°C) were characterized for the parents of the inbred population. Seeds were bulked from 10 representative uniform plants at F6 generation and advanced by selfing to F1 generation. Briefly, BTx623NSZ_RIPG, was developed by hand emasculation of the female parent BTx623 and pollination with PI 568016 in the polyhouse at Cropping Systems Research Laboratory, Lubbock, TX in 2012. The resulting F1 hybrid was intermediate in height between the 2 parents, with brown seed color. A total of 300 F2 plants were planted at the F3 generation followed by careful advancement to F4 to F7 generations performed alternately in Lubbock, Texas and Lajas, Puerto Rico. At the F6:7 stage of development ten representative uniform plants were tagged and seeds were bulked from the 10 tagged plants to compose each line. A total of 292 RILs were generated and are used to represent the BTx623NSZ_RIPG. The population was developed thru cooperative efforts of PSGD team of: Dr. Gloria Burow, Dr. John Burke, Dr. Ratan Chopra, Ms. Halee Hughes, and Mr. Jacob Sanchez.1963786PI 687689
288PI 68769015FS292Sorghum bicolor (L.) Moench subsp. bicolor S92016Breeding materialImprovement of cold tolerance at key stages of growth and deployment of favorable alleles for root traits and cold tolerance into elite sorghum genetic resources are recognized as critical factors for sorghum production in drier and cooler regions of the US, permitting farmers to capitalize on early season moisture, efficient integrated pest management and to cultivate fuller season varieties with higher yield potential. The BTx623NSZ _ RIPG mapping population consists of 292 inbred lines, was evaluated for expression of early season cold tolerance based on field and controlled condition (15°C) germinability/emergence and seedling vigor; data for these traits are provided from two years of early season field screen and minimum of three laboratory studies. A detailed analysis of gene expression pattern and root morphological traits under cold stress (15°C) were characterized for the parents of the inbred population. Seeds were bulked from 10 representative uniform plants at F6 generation and advanced by selfing to F1 generation. Briefly, BTx623NSZ_RIPG, was developed by hand emasculation of the female parent BTx623 and pollination with PI 568016 in the polyhouse at Cropping Systems Research Laboratory, Lubbock, TX in 2012. The resulting F1 hybrid was intermediate in height between the 2 parents, with brown seed color. A total of 300 F2 plants were planted at the F3 generation followed by careful advancement to F4 to F7 generations performed alternately in Lubbock, Texas and Lajas, Puerto Rico. At the F6:7 stage of development ten representative uniform plants were tagged and seeds were bulked from the 10 tagged plants to compose each line. A total of 292 RILs were generated and are used to represent the BTx623NSZ_RIPG. The population was developed thru cooperative efforts of PSGD team of: Dr. Gloria Burow, Dr. John Burke, Dr. Ratan Chopra, Ms. Halee Hughes, and Mr. Jacob Sanchez.1963787PI 687690
289PI 68769115FS472Sorghum bicolor (L.) Moench subsp. bicolor S92016Breeding materialImprovement of cold tolerance at key stages of growth and deployment of favorable alleles for root traits and cold tolerance into elite sorghum genetic resources are recognized as critical factors for sorghum production in drier and cooler regions of the US, permitting farmers to capitalize on early season moisture, efficient integrated pest management and to cultivate fuller season varieties with higher yield potential. The BTx623NSZ _ RIPG mapping population consists of 292 inbred lines, was evaluated for expression of early season cold tolerance based on field and controlled condition (15°C) germinability/emergence and seedling vigor; data for these traits are provided from two years of early season field screen and minimum of three laboratory studies. A detailed analysis of gene expression pattern and root morphological traits under cold stress (15°C) were characterized for the parents of the inbred population. Seeds were bulked from 10 representative uniform plants at F6 generation and advanced by selfing to F1 generation. Briefly, BTx623NSZ_RIPG, was developed by hand emasculation of the female parent BTx623 and pollination with PI 568016 in the polyhouse at Cropping Systems Research Laboratory, Lubbock, TX in 2012. The resulting F1 hybrid was intermediate in height between the 2 parents, with brown seed color. A total of 300 F2 plants were planted at the F3 generation followed by careful advancement to F4 to F7 generations performed alternately in Lubbock, Texas and Lajas, Puerto Rico. At the F6:7 stage of development ten representative uniform plants were tagged and seeds were bulked from the 10 tagged plants to compose each line. A total of 292 RILs were generated and are used to represent the BTx623NSZ_RIPG. The population was developed thru cooperative efforts of PSGD team of: Dr. Gloria Burow, Dr. John Burke, Dr. Ratan Chopra, Ms. Halee Hughes, and Mr. Jacob Sanchez.1963788PI 687691
290PI 68769215FS294Sorghum bicolor (L.) Moench subsp. bicolor S92016Breeding materialImprovement of cold tolerance at key stages of growth and deployment of favorable alleles for root traits and cold tolerance into elite sorghum genetic resources are recognized as critical factors for sorghum production in drier and cooler regions of the US, permitting farmers to capitalize on early season moisture, efficient integrated pest management and to cultivate fuller season varieties with higher yield potential. The BTx623NSZ _ RIPG mapping population consists of 292 inbred lines, was evaluated for expression of early season cold tolerance based on field and controlled condition (15°C) germinability/emergence and seedling vigor; data for these traits are provided from two years of early season field screen and minimum of three laboratory studies. A detailed analysis of gene expression pattern and root morphological traits under cold stress (15°C) were characterized for the parents of the inbred population. Seeds were bulked from 10 representative uniform plants at F6 generation and advanced by selfing to F1 generation. Briefly, BTx623NSZ_RIPG, was developed by hand emasculation of the female parent BTx623 and pollination with PI 568016 in the polyhouse at Cropping Systems Research Laboratory, Lubbock, TX in 2012. The resulting F1 hybrid was intermediate in height between the 2 parents, with brown seed color. A total of 300 F2 plants were planted at the F3 generation followed by careful advancement to F4 to F7 generations performed alternately in Lubbock, Texas and Lajas, Puerto Rico. At the F6:7 stage of development ten representative uniform plants were tagged and seeds were bulked from the 10 tagged plants to compose each line. A total of 292 RILs were generated and are used to represent the BTx623NSZ_RIPG. The population was developed thru cooperative efforts of PSGD team of: Dr. Gloria Burow, Dr. John Burke, Dr. Ratan Chopra, Ms. Halee Hughes, and Mr. Jacob Sanchez.1963789PI 687692
291PI 68769315FS475Sorghum bicolor (L.) Moench subsp. bicolor S9Not Available2016Breeding materialImprovement of cold tolerance at key stages of growth and deployment of favorable alleles for root traits and cold tolerance into elite sorghum genetic resources are recognized as critical factors for sorghum production in drier and cooler regions of the US, permitting farmers to capitalize on early season moisture, efficient integrated pest management and to cultivate fuller season varieties with higher yield potential. The BTx623NSZ _ RIPG mapping population consists of 292 inbred lines, was evaluated for expression of early season cold tolerance based on field and controlled condition (15°C) germinability/emergence and seedling vigor; data for these traits are provided from two years of early season field screen and minimum of three laboratory studies. A detailed analysis of gene expression pattern and root morphological traits under cold stress (15°C) were characterized for the parents of the inbred population. Seeds were bulked from 10 representative uniform plants at F6 generation and advanced by selfing to F1 generation. Briefly, BTx623NSZ_RIPG, was developed by hand emasculation of the female parent BTx623 and pollination with PI 568016 in the polyhouse at Cropping Systems Research Laboratory, Lubbock, TX in 2012. The resulting F1 hybrid was intermediate in height between the 2 parents, with brown seed color. A total of 300 F2 plants were planted at the F3 generation followed by careful advancement to F4 to F7 generations performed alternately in Lubbock, Texas and Lajas, Puerto Rico. At the F6:7 stage of development ten representative uniform plants were tagged and seeds were bulked from the 10 tagged plants to compose each line. A total of 292 RILs were generated and are used to represent the BTx623NSZ_RIPG. The population was developed thru cooperative efforts of PSGD team of: Dr. Gloria Burow, Dr. John Burke, Dr. Ratan Chopra, Ms. Halee Hughes, and Mr. Jacob Sanchez.1963790PI 687693