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	ACCESSION	PLANT NAME	TAXONOMY	GENEBANK	RECEIVED	IMPROVEMENT LEVEL	NARRATIVE
0	PI 676307	1	Sorghum bicolor (L.) Moench subsp. bicolor	S9	2014	Breeding material	Cold tolerance at planting and seedling vigor for stand establishment are critical traits needed to boost sorghum production. To support these needs BTx623 x PI 567946 (HKZ) recombinant inbred population was developed. BTx623 x PI 567946 (HKZ) RI population is composed of 226 (F₇ - F₈ generation) RI lines, which combines and provides variation for enhanced field emergence and seedling vigor at lower soil and ambient air temperature. Field emergence and vigor for this population were evaluated in 3 locations in 2011. Addtionally, this population offers genetic variation for plant height, days to flowering and seed quality parameters including phenolics and sugar composition at seedling stage. The population also harbors genetic variation based on response to Phytium aphanidermatum (an important seedling pathogen of sorghum) at seedling stage.	1938697	PI 676307
1	PI 676308	3	Sorghum bicolor (L.) Moench subsp. bicolor	S9	2014	Breeding material	Cold tolerance at planting and seedling vigor for stand establishment are critical traits needed to boost sorghum production. To support these needs BTx623 x PI 567946 (HKZ) recombinant inbred population was developed. BTx623 x PI 567946 (HKZ) RI population is composed of 226 F₇ - F₈ RI lines, which combines and provides variation for enhanced field emergence and seedling vigor at lower soil and ambient air temperature. Field emergence and vigor for this population were evaluated in 3 locations in 2011. Addtionally, this population offers genetic variation for plant height, days to flowering and seed quality parameters including phenolics and sugar composition at seedling stage. The population also harbors genetic variation based on response to Phytium aphanidermatum (an important seedling pathogen of sorghum) at seedling stage.	1938698	PI 676308
2	PI 676309	5	Sorghum bicolor (L.) Moench subsp. bicolor	S9	2014	Breeding material	Cold tolerance at planting and seedling vigor for stand establishment are critical traits needed to boost sorghum production. To support these needs BTx623 x PI 567946 (HKZ) recombinant inbred population was developed. BTx623 x PI 567946 (HKZ) RI population is composed of 226 F₇ - F₈ RI lines, which combines and provides variation for enhanced field emergence and seedling vigor at lower soil and ambient air temperature. Field emergence and vigor for this population were evaluated in 3 locations in 2011. Addtionally, this population offers genetic variation for plant height, days to flowering and seed quality parameters including phenolics and sugar composition at seedling stage. The population also harbors genetic variation based on response to Phytium aphanidermatum (an important seedling pathogen of sorghum) at seedling stage.	1938700	PI 676309
3	PI 676310	7	Sorghum bicolor (L.) Moench subsp. bicolor	S9	2014	Breeding material	Cold tolerance at planting and seedling vigor for stand establishment are critical traits needed to boost sorghum production. To support these needs BTx623 x PI 567946 (HKZ) recombinant inbred population was developed. BTx623 x PI 567946 (HKZ) RI population is composed of 226 F₇ - F₈ RI lines, which combines and provides variation for enhanced field emergence and seedling vigor at lower soil and ambient air temperature. Field emergence and vigor for this population were evaluated in 3 locations in 2011. Addtionally, this population offers genetic variation for plant height, days to flowering and seed quality parameters including phenolics and sugar composition at seedling stage. The population also harbors genetic variation based on response to Phytium aphanidermatum (an important seedling pathogen of sorghum) at seedling stage.	1938701	PI 676310
4	PI 676311	9	Sorghum bicolor (L.) Moench subsp. bicolor	S9	2014	Breeding material	Cold tolerance at planting and seedling vigor for stand establishment are critical traits needed to boost sorghum production. To support these needs BTx623 x PI 567946 (HKZ) recombinant inbred population was developed. BTx623 x PI 567946 (HKZ) RI population is composed of 226 F₇ - F₈ RI lines, which combines and provides variation for enhanced field emergence and seedling vigor at lower soil and ambient air temperature. Field emergence and vigor for this population were evaluated in 3 locations in 2011. Addtionally, this population offers genetic variation for plant height, days to flowering and seed quality parameters including phenolics and sugar composition at seedling stage. The population also harbors genetic variation based on response to Phytium aphanidermatum (an important seedling pathogen of sorghum) at seedling stage.	1938702	PI 676311
5	PI 676312	10	Sorghum bicolor (L.) Moench subsp. bicolor	S9	2014	Breeding material	Cold tolerance at planting and seedling vigor for stand establishment are critical traits needed to boost sorghum production. To support these needs BTx623 x PI 567946 (HKZ) recombinant inbred population was developed. BTx623 x PI 567946 (HKZ) RI population is composed of 226 F₇ - F₈ RI lines, which combines and provides variation for enhanced field emergence and seedling vigor at lower soil and ambient air temperature. Field emergence and vigor for this population were evaluated in 3 locations in 2011. Addtionally, this population offers genetic variation for plant height, days to flowering and seed quality parameters including phenolics and sugar composition at seedling stage. The population also harbors genetic variation based on response to Phytium aphanidermatum (an important seedling pathogen of sorghum) at seedling stage.	1938703	PI 676312
6	PI 676313	11	Sorghum bicolor (L.) Moench subsp. bicolor	S9	2014	Breeding material	Cold tolerance at planting and seedling vigor for stand establishment are critical traits needed to boost sorghum production. To support these needs BTx623 x PI 567946 (HKZ) recombinant inbred population was developed. BTx623 x PI 567946 (HKZ) RI population is composed of 226 F₇ - F₈ RI lines, which combines and provides variation for enhanced field emergence and seedling vigor at lower soil and ambient air temperature. Field emergence and vigor for this population were evaluated in 3 locations in 2011. Addtionally, this population offers genetic variation for plant height, days to flowering and seed quality parameters including phenolics and sugar composition at seedling stage. The population also harbors genetic variation based on response to Phytium aphanidermatum (an important seedling pathogen of sorghum) at seedling stage.	1938704	PI 676313
7	PI 676314	13	Sorghum bicolor (L.) Moench subsp. bicolor	S9	2014	Breeding material	Cold tolerance at planting and seedling vigor for stand establishment are critical traits needed to boost sorghum production. To support these needs BTx623 x PI 567946 (HKZ) recombinant inbred population was developed. BTx623 x PI 567946 (HKZ) RI population is composed of 226 F₇ - F₈ RI lines, which combines and provides variation for enhanced field emergence and seedling vigor at lower soil and ambient air temperature. Field emergence and vigor for this population were evaluated in 3 locations in 2011. Addtionally, this population offers genetic variation for plant height, days to flowering and seed quality parameters including phenolics and sugar composition at seedling stage. The population also harbors genetic variation based on response to Phytium aphanidermatum (an important seedling pathogen of sorghum) at seedling stage.	1938705	PI 676314
8	PI 676315	14	Sorghum bicolor (L.) Moench subsp. bicolor	S9	2014	Breeding material	Cold tolerance at planting and seedling vigor for stand establishment are critical traits needed to boost sorghum production. To support these needs BTx623 x PI 567946 (HKZ) recombinant inbred population was developed. BTx623 x PI 567946 (HKZ) RI population is composed of 226 F₇ - F₈ RI lines, which combines and provides variation for enhanced field emergence and seedling vigor at lower soil and ambient air temperature. Field emergence and vigor for this population were evaluated in 3 locations in 2011. Addtionally, this population offers genetic variation for plant height, days to flowering and seed quality parameters including phenolics and sugar composition at seedling stage. The population also harbors genetic variation based on response to Phytium aphanidermatum (an important seedling pathogen of sorghum) at seedling stage.	1938706	PI 676315
9	PI 676316	15	Sorghum bicolor (L.) Moench subsp. bicolor	S9	2014	Breeding material	Cold tolerance at planting and seedling vigor for stand establishment are critical traits needed to boost sorghum production. To support these needs BTx623 x PI 567946 (HKZ) recombinant inbred population was developed. BTx623 x PI 567946 (HKZ) RI population is composed of 226 F₇ - F₈ RI lines, which combines and provides variation for enhanced field emergence and seedling vigor at lower soil and ambient air temperature. Field emergence and vigor for this population were evaluated in 3 locations in 2011. Addtionally, this population offers genetic variation for plant height, days to flowering and seed quality parameters including phenolics and sugar composition at seedling stage. The population also harbors genetic variation based on response to Phytium aphanidermatum (an important seedling pathogen of sorghum) at seedling stage.	1938707	PI 676316
10	PI 676317	16	Sorghum bicolor (L.) Moench subsp. bicolor	S9	2014	Breeding material	Cold tolerance at planting and seedling vigor for stand establishment are critical traits needed to boost sorghum production. To support these needs BTx623 x PI 567946 (HKZ) recombinant inbred population was developed. BTx623 x PI 567946 (HKZ) RI population is composed of 226 F₇ - F₈ RI lines, which combines and provides variation for enhanced field emergence and seedling vigor at lower soil and ambient air temperature. Field emergence and vigor for this population were evaluated in 3 locations in 2011. Addtionally, this population offers genetic variation for plant height, days to flowering and seed quality parameters including phenolics and sugar composition at seedling stage. The population also harbors genetic variation based on response to Phytium aphanidermatum (an important seedling pathogen of sorghum) at seedling stage.	1938708	PI 676317
11	PI 676318	19	Sorghum bicolor (L.) Moench subsp. bicolor	S9	2014	Breeding material	Cold tolerance at planting and seedling vigor for stand establishment are critical traits needed to boost sorghum production. To support these needs BTx623 x PI 567946 (HKZ) recombinant inbred population was developed. BTx623 x PI 567946 (HKZ) RI population is composed of 226 F₇ - F₈ RI lines, which combines and provides variation for enhanced field emergence and seedling vigor at lower soil and ambient air temperature. Field emergence and vigor for this population were evaluated in 3 locations in 2011. Addtionally, this population offers genetic variation for plant height, days to flowering and seed quality parameters including phenolics and sugar composition at seedling stage. The population also harbors genetic variation based on response to Phytium aphanidermatum (an important seedling pathogen of sorghum) at seedling stage.	1938709	PI 676318
12	PI 676319	21	Sorghum bicolor (L.) Moench subsp. bicolor	S9	2014	Breeding material	Cold tolerance at planting and seedling vigor for stand establishment are critical traits needed to boost sorghum production. To support these needs BTx623 x PI 567946 (HKZ) recombinant inbred population was developed. BTx623 x PI 567946 (HKZ) RI population is composed of 226 F₇ - F₈ RI lines, which combines and provides variation for enhanced field emergence and seedling vigor at lower soil and ambient air temperature. Field emergence and vigor for this population were evaluated in 3 locations in 2011. Addtionally, this population offers genetic variation for plant height, days to flowering and seed quality parameters including phenolics and sugar composition at seedling stage. The population also harbors genetic variation based on response to Phytium aphanidermatum (an important seedling pathogen of sorghum) at seedling stage.	1938710	PI 676319
13	PI 676320	22	Sorghum bicolor (L.) Moench subsp. bicolor	S9	2014	Breeding material	Cold tolerance at planting and seedling vigor for stand establishment are critical traits needed to boost sorghum production. To support these needs BTx623 x PI 567946 (HKZ) recombinant inbred population was developed. BTx623 x PI 567946 (HKZ) RI population is composed of 226 F₇ - F₈ RI lines, which combines and provides variation for enhanced field emergence and seedling vigor at lower soil and ambient air temperature. Field emergence and vigor for this population were evaluated in 3 locations in 2011. Addtionally, this population offers genetic variation for plant height, days to flowering and seed quality parameters including phenolics and sugar composition at seedling stage. The population also harbors genetic variation based on response to Phytium aphanidermatum (an important seedling pathogen of sorghum) at seedling stage.	1938711	PI 676320
14	PI 676321	23	Sorghum bicolor (L.) Moench subsp. bicolor	S9	2014	Breeding material	Cold tolerance at planting and seedling vigor for stand establishment are critical traits needed to boost sorghum production. To support these needs BTx623 x PI 567946 (HKZ) recombinant inbred population was developed. BTx623 x PI 567946 (HKZ) RI population is composed of 226 F₇ - F₈ RI lines, which combines and provides variation for enhanced field emergence and seedling vigor at lower soil and ambient air temperature. Field emergence and vigor for this population were evaluated in 3 locations in 2011. Addtionally, this population offers genetic variation for plant height, days to flowering and seed quality parameters including phenolics and sugar composition at seedling stage. The population also harbors genetic variation based on response to Phytium aphanidermatum (an important seedling pathogen of sorghum) at seedling stage.	1938712	PI 676321
15	PI 676322	24	Sorghum bicolor (L.) Moench subsp. bicolor	S9	2014	Breeding material	Cold tolerance at planting and seedling vigor for stand establishment are critical traits needed to boost sorghum production. To support these needs BTx623 x PI 567946 (HKZ) recombinant inbred population was developed. BTx623 x PI 567946 (HKZ) RI population is composed of 226 F₇ - F₈ RI lines, which combines and provides variation for enhanced field emergence and seedling vigor at lower soil and ambient air temperature. Field emergence and vigor for this population were evaluated in 3 locations in 2011. Addtionally, this population offers genetic variation for plant height, days to flowering and seed quality parameters including phenolics and sugar composition at seedling stage. The population also harbors genetic variation based on response to Phytium aphanidermatum (an important seedling pathogen of sorghum) at seedling stage.	1938713	PI 676322
16	PI 676323	25	Sorghum bicolor (L.) Moench subsp. bicolor	S9	2014	Breeding material	Cold tolerance at planting and seedling vigor for stand establishment are critical traits needed to boost sorghum production. To support these needs BTx623 x PI 567946 (HKZ) recombinant inbred population was developed. BTx623 x PI 567946 (HKZ) RI population is composed of 226 F₇ - F₈ RI lines, which combines and provides variation for enhanced field emergence and seedling vigor at lower soil and ambient air temperature. Field emergence and vigor for this population were evaluated in 3 locations in 2011. Addtionally, this population offers genetic variation for plant height, days to flowering and seed quality parameters including phenolics and sugar composition at seedling stage. The population also harbors genetic variation based on response to Phytium aphanidermatum (an important seedling pathogen of sorghum) at seedling stage.	1938714	PI 676323
17	PI 676324	27	Sorghum bicolor (L.) Moench subsp. bicolor	S9	2014	Breeding material	Cold tolerance at planting and seedling vigor for stand establishment are critical traits needed to boost sorghum production. To support these needs BTx623 x PI 567946 (HKZ) recombinant inbred population was developed. BTx623 x PI 567946 (HKZ) RI population is composed of 226 F₇ - F₈ RI lines, which combines and provides variation for enhanced field emergence and seedling vigor at lower soil and ambient air temperature. Field emergence and vigor for this population were evaluated in 3 locations in 2011. Addtionally, this population offers genetic variation for plant height, days to flowering and seed quality parameters including phenolics and sugar composition at seedling stage. The population also harbors genetic variation based on response to Phytium aphanidermatum (an important seedling pathogen of sorghum) at seedling stage.	1938715	PI 676324
18	PI 676325	28	Sorghum bicolor (L.) Moench subsp. bicolor	S9	2014	Breeding material	Cold tolerance at planting and seedling vigor for stand establishment are critical traits needed to boost sorghum production. To support these needs BTx623 x PI 567946 (HKZ) recombinant inbred population was developed. BTx623 x PI 567946 (HKZ) RI population is composed of 226 F₇ - F₈ RI lines, which combines and provides variation for enhanced field emergence and seedling vigor at lower soil and ambient air temperature. Field emergence and vigor for this population were evaluated in 3 locations in 2011. Addtionally, this population offers genetic variation for plant height, days to flowering and seed quality parameters including phenolics and sugar composition at seedling stage. The population also harbors genetic variation based on response to Phytium aphanidermatum (an important seedling pathogen of sorghum) at seedling stage.	1938716	PI 676325
19	PI 676326	31	Sorghum bicolor (L.) Moench subsp. bicolor	S9	2014	Breeding material	Cold tolerance at planting and seedling vigor for stand establishment are critical traits needed to boost sorghum production. To support these needs BTx623 x PI 567946 (HKZ) recombinant inbred population was developed. BTx623 x PI 567946 (HKZ) RI population is composed of 226 F₇ - F₈ RI lines, which combines and provides variation for enhanced field emergence and seedling vigor at lower soil and ambient air temperature. Field emergence and vigor for this population were evaluated in 3 locations in 2011. Addtionally, this population offers genetic variation for plant height, days to flowering and seed quality parameters including phenolics and sugar composition at seedling stage. The population also harbors genetic variation based on response to Phytium aphanidermatum (an important seedling pathogen of sorghum) at seedling stage.	1938717	PI 676326
20	PI 676327	32	Sorghum bicolor (L.) Moench subsp. bicolor	S9	2014	Breeding material	Cold tolerance at planting and seedling vigor for stand establishment are critical traits needed to boost sorghum production. To support these needs BTx623 x PI 567946 (HKZ) recombinant inbred population was developed. BTx623 x PI 567946 (HKZ) RI population is composed of 226 F₇ - F₈ RI lines, which combines and provides variation for enhanced field emergence and seedling vigor at lower soil and ambient air temperature. Field emergence and vigor for this population were evaluated in 3 locations in 2011. Addtionally, this population offers genetic variation for plant height, days to flowering and seed quality parameters including phenolics and sugar composition at seedling stage. The population also harbors genetic variation based on response to Phytium aphanidermatum (an important seedling pathogen of sorghum) at seedling stage.	1938718	PI 676327
21	PI 676328	34	Sorghum bicolor (L.) Moench subsp. bicolor	S9	2014	Breeding material	Cold tolerance at planting and seedling vigor for stand establishment are critical traits needed to boost sorghum production. To support these needs BTx623 x PI 567946 (HKZ) recombinant inbred population was developed. BTx623 x PI 567946 (HKZ) RI population is composed of 226 F₇ - F₈ RI lines, which combines and provides variation for enhanced field emergence and seedling vigor at lower soil and ambient air temperature. Field emergence and vigor for this population were evaluated in 3 locations in 2011. Addtionally, this population offers genetic variation for plant height, days to flowering and seed quality parameters including phenolics and sugar composition at seedling stage. The population also harbors genetic variation based on response to Phytium aphanidermatum (an important seedling pathogen of sorghum) at seedling stage.	1938719	PI 676328
22	PI 676329	35	Sorghum bicolor (L.) Moench subsp. bicolor	S9	2014	Breeding material	Cold tolerance at planting and seedling vigor for stand establishment are critical traits needed to boost sorghum production. To support these needs BTx623 x PI 567946 (HKZ) recombinant inbred population was developed. BTx623 x PI 567946 (HKZ) RI population is composed of 226 F₇ - F₈ RI lines, which combines and provides variation for enhanced field emergence and seedling vigor at lower soil and ambient air temperature. Field emergence and vigor for this population were evaluated in 3 locations in 2011. Addtionally, this population offers genetic variation for plant height, days to flowering and seed quality parameters including phenolics and sugar composition at seedling stage. The population also harbors genetic variation based on response to Phytium aphanidermatum (an important seedling pathogen of sorghum) at seedling stage.	1938720	PI 676329
23	PI 676330	36	Sorghum bicolor (L.) Moench subsp. bicolor	S9	2014	Breeding material	Cold tolerance at planting and seedling vigor for stand establishment are critical traits needed to boost sorghum production. To support these needs BTx623 x PI 567946 (HKZ) recombinant inbred population was developed. BTx623 x PI 567946 (HKZ) RI population is composed of 226 F₇ - F₈ RI lines, which combines and provides variation for enhanced field emergence and seedling vigor at lower soil and ambient air temperature. Field emergence and vigor for this population were evaluated in 3 locations in 2011. Addtionally, this population offers genetic variation for plant height, days to flowering and seed quality parameters including phenolics and sugar composition at seedling stage. The population also harbors genetic variation based on response to Phytium aphanidermatum (an important seedling pathogen of sorghum) at seedling stage.	1938721	PI 676330
24	PI 676331	37	Sorghum bicolor (L.) Moench subsp. bicolor	S9	2014	Breeding material	Cold tolerance at planting and seedling vigor for stand establishment are critical traits needed to boost sorghum production. To support these needs BTx623 x PI 567946 (HKZ) recombinant inbred population was developed. BTx623 x PI 567946 (HKZ) RI population is composed of 226 F₇ - F₈ RI lines, which combines and provides variation for enhanced field emergence and seedling vigor at lower soil and ambient air temperature. Field emergence and vigor for this population were evaluated in 3 locations in 2011. Addtionally, this population offers genetic variation for plant height, days to flowering and seed quality parameters including phenolics and sugar composition at seedling stage. The population also harbors genetic variation based on response to Phytium aphanidermatum (an important seedling pathogen of sorghum) at seedling stage.	1938722	PI 676331
25	PI 676332	38	Sorghum bicolor (L.) Moench subsp. bicolor	S9	2014	Breeding material	Cold tolerance at planting and seedling vigor for stand establishment are critical traits needed to boost sorghum production. To support these needs BTx623 x PI 567946 (HKZ) recombinant inbred population was developed. BTx623 x PI 567946 (HKZ) RI population is composed of 226 F₇ - F₈ RI lines, which combines and provides variation for enhanced field emergence and seedling vigor at lower soil and ambient air temperature. Field emergence and vigor for this population were evaluated in 3 locations in 2011. Addtionally, this population offers genetic variation for plant height, days to flowering and seed quality parameters including phenolics and sugar composition at seedling stage. The population also harbors genetic variation based on response to Phytium aphanidermatum (an important seedling pathogen of sorghum) at seedling stage.	1938723	PI 676332
26	PI 676333	40	Sorghum bicolor (L.) Moench subsp. bicolor	S9	2014	Breeding material	Cold tolerance at planting and seedling vigor for stand establishment are critical traits needed to boost sorghum production. To support these needs BTx623 x PI 567946 (HKZ) recombinant inbred population was developed. BTx623 x PI 567946 (HKZ) RI population is composed of 226 F₇ - F₈ RI lines, which combines and provides variation for enhanced field emergence and seedling vigor at lower soil and ambient air temperature. Field emergence and vigor for this population were evaluated in 3 locations in 2011. Addtionally, this population offers genetic variation for plant height, days to flowering and seed quality parameters including phenolics and sugar composition at seedling stage. The population also harbors genetic variation based on response to Phytium aphanidermatum (an important seedling pathogen of sorghum) at seedling stage.	1938724	PI 676333
27	PI 676334	44	Sorghum bicolor (L.) Moench subsp. bicolor	S9	2014	Breeding material	Cold tolerance at planting and seedling vigor for stand establishment are critical traits needed to boost sorghum production. To support these needs BTx623 x PI 567946 (HKZ) recombinant inbred population was developed. BTx623 x PI 567946 (HKZ) RI population is composed of 226 F₇ - F₈ RI lines, which combines and provides variation for enhanced field emergence and seedling vigor at lower soil and ambient air temperature. Field emergence and vigor for this population were evaluated in 3 locations in 2011. Addtionally, this population offers genetic variation for plant height, days to flowering and seed quality parameters including phenolics and sugar composition at seedling stage. The population also harbors genetic variation based on response to Phytium aphanidermatum (an important seedling pathogen of sorghum) at seedling stage.	1938725	PI 676334
28	PI 676335	45	Sorghum bicolor (L.) Moench subsp. bicolor	S9	2014	Breeding material	Cold tolerance at planting and seedling vigor for stand establishment are critical traits needed to boost sorghum production. To support these needs BTx623 x PI 567946 (HKZ) recombinant inbred population was developed. BTx623 x PI 567946 (HKZ) RI population is composed of 226 F₇ - F₈ RI lines, which combines and provides variation for enhanced field emergence and seedling vigor at lower soil and ambient air temperature. Field emergence and vigor for this population were evaluated in 3 locations in 2011. Addtionally, this population offers genetic variation for plant height, days to flowering and seed quality parameters including phenolics and sugar composition at seedling stage. The population also harbors genetic variation based on response to Phytium aphanidermatum (an important seedling pathogen of sorghum) at seedling stage.	1938726	PI 676335
29	PI 676336	46	Sorghum bicolor (L.) Moench subsp. bicolor	S9	2014	Breeding material	Cold tolerance at planting and seedling vigor for stand establishment are critical traits needed to boost sorghum production. To support these needs BTx623 x PI 567946 (HKZ) recombinant inbred population was developed. BTx623 x PI 567946 (HKZ) RI population is composed of 226 F₇ - F₈ RI lines, which combines and provides variation for enhanced field emergence and seedling vigor at lower soil and ambient air temperature. Field emergence and vigor for this population were evaluated in 3 locations in 2011. Addtionally, this population offers genetic variation for plant height, days to flowering and seed quality parameters including phenolics and sugar composition at seedling stage. The population also harbors genetic variation based on response to Phytium aphanidermatum (an important seedling pathogen of sorghum) at seedling stage.	1938727	PI 676336
30	PI 676337	47	Sorghum bicolor (L.) Moench subsp. bicolor	S9	2014	Breeding material	Cold tolerance at planting and seedling vigor for stand establishment are critical traits needed to boost sorghum production. To support these needs BTx623 x PI 567946 (HKZ) recombinant inbred population was developed. BTx623 x PI 567946 (HKZ) RI population is composed of 226 F₇ - F₈ RI lines, which combines and provides variation for enhanced field emergence and seedling vigor at lower soil and ambient air temperature. Field emergence and vigor for this population were evaluated in 3 locations in 2011. Addtionally, this population offers genetic variation for plant height, days to flowering and seed quality parameters including phenolics and sugar composition at seedling stage. The population also harbors genetic variation based on response to Phytium aphanidermatum (an important seedling pathogen of sorghum) at seedling stage.	1938728	PI 676337
31	PI 676338	48	Sorghum bicolor (L.) Moench subsp. bicolor	S9	2014	Breeding material	Cold tolerance at planting and seedling vigor for stand establishment are critical traits needed to boost sorghum production. To support these needs BTx623 x PI 567946 (HKZ) recombinant inbred population was developed. BTx623 x PI 567946 (HKZ) RI population is composed of 226 F₇ - F₈ RI lines, which combines and provides variation for enhanced field emergence and seedling vigor at lower soil and ambient air temperature. Field emergence and vigor for this population were evaluated in 3 locations in 2011. Addtionally, this population offers genetic variation for plant height, days to flowering and seed quality parameters including phenolics and sugar composition at seedling stage. The population also harbors genetic variation based on response to Phytium aphanidermatum (an important seedling pathogen of sorghum) at seedling stage.	1938729	PI 676338
32	PI 676339	49	Sorghum bicolor (L.) Moench subsp. bicolor	S9	2014	Breeding material	Cold tolerance at planting and seedling vigor for stand establishment are critical traits needed to boost sorghum production. To support these needs BTx623 x PI 567946 (HKZ) recombinant inbred population was developed. BTx623 x PI 567946 (HKZ) RI population is composed of 226 F₇ - F₈ RI lines, which combines and provides variation for enhanced field emergence and seedling vigor at lower soil and ambient air temperature. Field emergence and vigor for this population were evaluated in 3 locations in 2011. Addtionally, this population offers genetic variation for plant height, days to flowering and seed quality parameters including phenolics and sugar composition at seedling stage. The population also harbors genetic variation based on response to Phytium aphanidermatum (an important seedling pathogen of sorghum) at seedling stage.	1938730	PI 676339
33	PI 676340	50	Sorghum bicolor (L.) Moench subsp. bicolor	S9	2014	Breeding material	Cold tolerance at planting and seedling vigor for stand establishment are critical traits needed to boost sorghum production. To support these needs BTx623 x PI 567946 (HKZ) recombinant inbred population was developed. BTx623 x PI 567946 (HKZ) RI population is composed of 226 F₇ - F₈ RI lines, which combines and provides variation for enhanced field emergence and seedling vigor at lower soil and ambient air temperature. Field emergence and vigor for this population were evaluated in 3 locations in 2011. Addtionally, this population offers genetic variation for plant height, days to flowering and seed quality parameters including phenolics and sugar composition at seedling stage. The population also harbors genetic variation based on response to Phytium aphanidermatum (an important seedling pathogen of sorghum) at seedling stage.	1938731	PI 676340
34	PI 676341	51	Sorghum bicolor (L.) Moench subsp. bicolor	S9	2014	Breeding material	Cold tolerance at planting and seedling vigor for stand establishment are critical traits needed to boost sorghum production. To support these needs BTx623 x PI 567946 (HKZ) recombinant inbred population was developed. BTx623 x PI 567946 (HKZ) RI population is composed of 226 F₇ - F₈ RI lines, which combines and provides variation for enhanced field emergence and seedling vigor at lower soil and ambient air temperature. Field emergence and vigor for this population were evaluated in 3 locations in 2011. Addtionally, this population offers genetic variation for plant height, days to flowering and seed quality parameters including phenolics and sugar composition at seedling stage. The population also harbors genetic variation based on response to Phytium aphanidermatum (an important seedling pathogen of sorghum) at seedling stage.	1938732	PI 676341
35	PI 676342	52	Sorghum bicolor (L.) Moench subsp. bicolor	S9	2014	Breeding material	Cold tolerance at planting and seedling vigor for stand establishment are critical traits needed to boost sorghum production. To support these needs BTx623 x PI 567946 (HKZ) recombinant inbred population was developed. BTx623 x PI 567946 (HKZ) RI population is composed of 226 F₇ - F₈ RI lines, which combines and provides variation for enhanced field emergence and seedling vigor at lower soil and ambient air temperature. Field emergence and vigor for this population were evaluated in 3 locations in 2011. Addtionally, this population offers genetic variation for plant height, days to flowering and seed quality parameters including phenolics and sugar composition at seedling stage. The population also harbors genetic variation based on response to Phytium aphanidermatum (an important seedling pathogen of sorghum) at seedling stage.	1938733	PI 676342
36	PI 676343	55	Sorghum bicolor (L.) Moench subsp. bicolor	S9	2014	Breeding material	Cold tolerance at planting and seedling vigor for stand establishment are critical traits needed to boost sorghum production. To support these needs BTx623 x PI 567946 (HKZ) recombinant inbred population was developed. BTx623 x PI 567946 (HKZ) RI population is composed of 226 F₇ - F₈ RI lines, which combines and provides variation for enhanced field emergence and seedling vigor at lower soil and ambient air temperature. Field emergence and vigor for this population were evaluated in 3 locations in 2011. Addtionally, this population offers genetic variation for plant height, days to flowering and seed quality parameters including phenolics and sugar composition at seedling stage. The population also harbors genetic variation based on response to Phytium aphanidermatum (an important seedling pathogen of sorghum) at seedling stage.	1938734	PI 676343
37	PI 676344	56	Sorghum bicolor (L.) Moench subsp. bicolor	S9	2014	Breeding material	Cold tolerance at planting and seedling vigor for stand establishment are critical traits needed to boost sorghum production. To support these needs BTx623 x PI 567946 (HKZ) recombinant inbred population was developed. BTx623 x PI 567946 (HKZ) RI population is composed of 226 F₇ - F₈ RI lines, which combines and provides variation for enhanced field emergence and seedling vigor at lower soil and ambient air temperature. Field emergence and vigor for this population were evaluated in 3 locations in 2011. Addtionally, this population offers genetic variation for plant height, days to flowering and seed quality parameters including phenolics and sugar composition at seedling stage. The population also harbors genetic variation based on response to Phytium aphanidermatum (an important seedling pathogen of sorghum) at seedling stage.	1938735	PI 676344
38	PI 676345	57	Sorghum bicolor (L.) Moench subsp. bicolor	S9	2014	Breeding material	Cold tolerance at planting and seedling vigor for stand establishment are critical traits needed to boost sorghum production. To support these needs BTx623 x PI 567946 (HKZ) recombinant inbred population was developed. BTx623 x PI 567946 (HKZ) RI population is composed of 226 F₇ - F₈ RI lines, which combines and provides variation for enhanced field emergence and seedling vigor at lower soil and ambient air temperature. Field emergence and vigor for this population were evaluated in 3 locations in 2011. Addtionally, this population offers genetic variation for plant height, days to flowering and seed quality parameters including phenolics and sugar composition at seedling stage. The population also harbors genetic variation based on response to Phytium aphanidermatum (an important seedling pathogen of sorghum) at seedling stage.	1938736	PI 676345
39	PI 676346	58	Sorghum bicolor (L.) Moench subsp. bicolor	S9	2014	Breeding material	Cold tolerance at planting and seedling vigor for stand establishment are critical traits needed to boost sorghum production. To support these needs BTx623 x PI 567946 (HKZ) recombinant inbred population was developed. BTx623 x PI 567946 (HKZ) RI population is composed of 226 F₇ - F₈ RI lines, which combines and provides variation for enhanced field emergence and seedling vigor at lower soil and ambient air temperature. Field emergence and vigor for this population were evaluated in 3 locations in 2011. Addtionally, this population offers genetic variation for plant height, days to flowering and seed quality parameters including phenolics and sugar composition at seedling stage. The population also harbors genetic variation based on response to Phytium aphanidermatum (an important seedling pathogen of sorghum) at seedling stage.	1938737	PI 676346
40	PI 676347	59	Sorghum bicolor (L.) Moench subsp. bicolor	S9	2014	Breeding material	Cold tolerance at planting and seedling vigor for stand establishment are critical traits needed to boost sorghum production. To support these needs BTx623 x PI 567946 (HKZ) recombinant inbred population was developed. BTx623 x PI 567946 (HKZ) RI population is composed of 226 F₇ - F₈ RI lines, which combines and provides variation for enhanced field emergence and seedling vigor at lower soil and ambient air temperature. Field emergence and vigor for this population were evaluated in 3 locations in 2011. Addtionally, this population offers genetic variation for plant height, days to flowering and seed quality parameters including phenolics and sugar composition at seedling stage. The population also harbors genetic variation based on response to Phytium aphanidermatum (an important seedling pathogen of sorghum) at seedling stage.	1938738	PI 676347
41	PI 676348	60	Sorghum bicolor (L.) Moench subsp. bicolor	S9	2014	Breeding material	Cold tolerance at planting and seedling vigor for stand establishment are critical traits needed to boost sorghum production. To support these needs BTx623 x PI 567946 (HKZ) recombinant inbred population was developed. BTx623 x PI 567946 (HKZ) RI population is composed of 226 F₇ - F₈ RI lines, which combines and provides variation for enhanced field emergence and seedling vigor at lower soil and ambient air temperature. Field emergence and vigor for this population were evaluated in 3 locations in 2011. Addtionally, this population offers genetic variation for plant height, days to flowering and seed quality parameters including phenolics and sugar composition at seedling stage. The population also harbors genetic variation based on response to Phytium aphanidermatum (an important seedling pathogen of sorghum) at seedling stage.	1938739	PI 676348
42	PI 676349	61	Sorghum bicolor (L.) Moench subsp. bicolor	S9	2014	Breeding material	Cold tolerance at planting and seedling vigor for stand establishment are critical traits needed to boost sorghum production. To support these needs BTx623 x PI 567946 (HKZ) recombinant inbred population was developed. BTx623 x PI 567946 (HKZ) RI population is composed of 226 F₇ - F₈ RI lines, which combines and provides variation for enhanced field emergence and seedling vigor at lower soil and ambient air temperature. Field emergence and vigor for this population were evaluated in 3 locations in 2011. Addtionally, this population offers genetic variation for plant height, days to flowering and seed quality parameters including phenolics and sugar composition at seedling stage. The population also harbors genetic variation based on response to Phytium aphanidermatum (an important seedling pathogen of sorghum) at seedling stage.	1938740	PI 676349
43	PI 676350	62	Sorghum bicolor (L.) Moench subsp. bicolor	S9	2014	Breeding material	Cold tolerance at planting and seedling vigor for stand establishment are critical traits needed to boost sorghum production. To support these needs BTx623 x PI 567946 (HKZ) recombinant inbred population was developed. BTx623 x PI 567946 (HKZ) RI population is composed of 226 F₇ - F₈ RI lines, which combines and provides variation for enhanced field emergence and seedling vigor at lower soil and ambient air temperature. Field emergence and vigor for this population were evaluated in 3 locations in 2011. Addtionally, this population offers genetic variation for plant height, days to flowering and seed quality parameters including phenolics and sugar composition at seedling stage. The population also harbors genetic variation based on response to Phytium aphanidermatum (an important seedling pathogen of sorghum) at seedling stage.	1938741	PI 676350
44	PI 676351	65	Sorghum bicolor (L.) Moench subsp. bicolor	S9	2014	Breeding material	Cold tolerance at planting and seedling vigor for stand establishment are critical traits needed to boost sorghum production. To support these needs BTx623 x PI 567946 (HKZ) recombinant inbred population was developed. BTx623 x PI 567946 (HKZ) RI population is composed of 226 F₇ - F₈ RI lines, which combines and provides variation for enhanced field emergence and seedling vigor at lower soil and ambient air temperature. Field emergence and vigor for this population were evaluated in 3 locations in 2011. Addtionally, this population offers genetic variation for plant height, days to flowering and seed quality parameters including phenolics and sugar composition at seedling stage. The population also harbors genetic variation based on response to Phytium aphanidermatum (an important seedling pathogen of sorghum) at seedling stage.	1938742	PI 676351
45	PI 676352	66	Sorghum bicolor (L.) Moench subsp. bicolor	S9	2014	Breeding material	Cold tolerance at planting and seedling vigor for stand establishment are critical traits needed to boost sorghum production. To support these needs BTx623 x PI 567946 (HKZ) recombinant inbred population was developed. BTx623 x PI 567946 (HKZ) RI population is composed of 226 F₇ - F₈ RI lines, which combines and provides variation for enhanced field emergence and seedling vigor at lower soil and ambient air temperature. Field emergence and vigor for this population were evaluated in 3 locations in 2011. Addtionally, this population offers genetic variation for plant height, days to flowering and seed quality parameters including phenolics and sugar composition at seedling stage. The population also harbors genetic variation based on response to Phytium aphanidermatum (an important seedling pathogen of sorghum) at seedling stage.	1938743	PI 676352
46	PI 676353	67	Sorghum bicolor (L.) Moench subsp. bicolor	S9	2014	Breeding material	Cold tolerance at planting and seedling vigor for stand establishment are critical traits needed to boost sorghum production. To support these needs BTx623 x PI 567946 (HKZ) recombinant inbred population was developed. BTx623 x PI 567946 (HKZ) RI population is composed of 226 F₇ - F₈ RI lines, which combines and provides variation for enhanced field emergence and seedling vigor at lower soil and ambient air temperature. Field emergence and vigor for this population were evaluated in 3 locations in 2011. Addtionally, this population offers genetic variation for plant height, days to flowering and seed quality parameters including phenolics and sugar composition at seedling stage. The population also harbors genetic variation based on response to Phytium aphanidermatum (an important seedling pathogen of sorghum) at seedling stage.	1938744	PI 676353
47	PI 676354	68	Sorghum bicolor (L.) Moench subsp. bicolor	S9	2014	Breeding material	Cold tolerance at planting and seedling vigor for stand establishment are critical traits needed to boost sorghum production. To support these needs BTx623 x PI 567946 (HKZ) recombinant inbred population was developed. BTx623 x PI 567946 (HKZ) RI population is composed of 226 F₇ - F₈ RI lines, which combines and provides variation for enhanced field emergence and seedling vigor at lower soil and ambient air temperature. Field emergence and vigor for this population were evaluated in 3 locations in 2011. Addtionally, this population offers genetic variation for plant height, days to flowering and seed quality parameters including phenolics and sugar composition at seedling stage. The population also harbors genetic variation based on response to Phytium aphanidermatum (an important seedling pathogen of sorghum) at seedling stage.	1938745	PI 676354
48	PI 676355	69	Sorghum bicolor (L.) Moench subsp. bicolor	S9	2014	Breeding material	Cold tolerance at planting and seedling vigor for stand establishment are critical traits needed to boost sorghum production. To support these needs BTx623 x PI 567946 (HKZ) recombinant inbred population was developed. BTx623 x PI 567946 (HKZ) RI population is composed of 226 F₇ - F₈ RI lines, which combines and provides variation for enhanced field emergence and seedling vigor at lower soil and ambient air temperature. Field emergence and vigor for this population were evaluated in 3 locations in 2011. Addtionally, this population offers genetic variation for plant height, days to flowering and seed quality parameters including phenolics and sugar composition at seedling stage. The population also harbors genetic variation based on response to Phytium aphanidermatum (an important seedling pathogen of sorghum) at seedling stage.	1938746	PI 676355
49	PI 676356	70	Sorghum bicolor (L.) Moench subsp. bicolor	S9	2014	Breeding material	Cold tolerance at planting and seedling vigor for stand establishment are critical traits needed to boost sorghum production. To support these needs BTx623 x PI 567946 (HKZ) recombinant inbred population was developed. BTx623 x PI 567946 (HKZ) RI population is composed of 226 F₇ - F₈ RI lines, which combines and provides variation for enhanced field emergence and seedling vigor at lower soil and ambient air temperature. Field emergence and vigor for this population were evaluated in 3 locations in 2011. Addtionally, this population offers genetic variation for plant height, days to flowering and seed quality parameters including phenolics and sugar composition at seedling stage. The population also harbors genetic variation based on response to Phytium aphanidermatum (an important seedling pathogen of sorghum) at seedling stage.	1938747	PI 676356
50	PI 676357	71	Sorghum bicolor (L.) Moench subsp. bicolor	S9	2014	Breeding material	Cold tolerance at planting and seedling vigor for stand establishment are critical traits needed to boost sorghum production. To support these needs BTx623 x PI 567946 (HKZ) recombinant inbred population was developed. BTx623 x PI 567946 (HKZ) RI population is composed of 226 F₇ - F₈ RI lines, which combines and provides variation for enhanced field emergence and seedling vigor at lower soil and ambient air temperature. Field emergence and vigor for this population were evaluated in 3 locations in 2011. Addtionally, this population offers genetic variation for plant height, days to flowering and seed quality parameters including phenolics and sugar composition at seedling stage. The population also harbors genetic variation based on response to Phytium aphanidermatum (an important seedling pathogen of sorghum) at seedling stage.	1938748	PI 676357
51	PI 676358	72	Sorghum bicolor (L.) Moench subsp. bicolor	S9	2014	Breeding material	Cold tolerance at planting and seedling vigor for stand establishment are critical traits needed to boost sorghum production. To support these needs BTx623 x PI 567946 (HKZ) recombinant inbred population was developed. BTx623 x PI 567946 (HKZ) RI population is composed of 226 F₇ - F₈ RI lines, which combines and provides variation for enhanced field emergence and seedling vigor at lower soil and ambient air temperature. Field emergence and vigor for this population were evaluated in 3 locations in 2011. Addtionally, this population offers genetic variation for plant height, days to flowering and seed quality parameters including phenolics and sugar composition at seedling stage. The population also harbors genetic variation based on response to Phytium aphanidermatum (an important seedling pathogen of sorghum) at seedling stage.	1938749	PI 676358
52	PI 676359	73	Sorghum bicolor (L.) Moench subsp. bicolor	S9	2014	Breeding material	Cold tolerance at planting and seedling vigor for stand establishment are critical traits needed to boost sorghum production. To support these needs BTx623 x PI 567946 (HKZ) recombinant inbred population was developed. BTx623 x PI 567946 (HKZ) RI population is composed of 226 F₇ - F₈ RI lines, which combines and provides variation for enhanced field emergence and seedling vigor at lower soil and ambient air temperature. Field emergence and vigor for this population were evaluated in 3 locations in 2011. Addtionally, this population offers genetic variation for plant height, days to flowering and seed quality parameters including phenolics and sugar composition at seedling stage. The population also harbors genetic variation based on response to Phytium aphanidermatum (an important seedling pathogen of sorghum) at seedling stage.	1938750	PI 676359
53	PI 676360	74	Sorghum bicolor (L.) Moench subsp. bicolor	S9	2014	Breeding material	Cold tolerance at planting and seedling vigor for stand establishment are critical traits needed to boost sorghum production. To support these needs BTx623 x PI 567946 (HKZ) recombinant inbred population was developed. BTx623 x PI 567946 (HKZ) RI population is composed of 226 F₇ - F₈ RI lines, which combines and provides variation for enhanced field emergence and seedling vigor at lower soil and ambient air temperature. Field emergence and vigor for this population were evaluated in 3 locations in 2011. Addtionally, this population offers genetic variation for plant height, days to flowering and seed quality parameters including phenolics and sugar composition at seedling stage. The population also harbors genetic variation based on response to Phytium aphanidermatum (an important seedling pathogen of sorghum) at seedling stage.	1938751	PI 676360
54	PI 676361	76	Sorghum bicolor (L.) Moench subsp. bicolor	S9	2014	Breeding material	Cold tolerance at planting and seedling vigor for stand establishment are critical traits needed to boost sorghum production. To support these needs BTx623 x PI 567946 (HKZ) recombinant inbred population was developed. BTx623 x PI 567946 (HKZ) RI population is composed of 226 F₇ - F₈ RI lines, which combines and provides variation for enhanced field emergence and seedling vigor at lower soil and ambient air temperature. Field emergence and vigor for this population were evaluated in 3 locations in 2011. Addtionally, this population offers genetic variation for plant height, days to flowering and seed quality parameters including phenolics and sugar composition at seedling stage. The population also harbors genetic variation based on response to Phytium aphanidermatum (an important seedling pathogen of sorghum) at seedling stage.	1938752	PI 676361
55	PI 676362	77	Sorghum bicolor (L.) Moench subsp. bicolor	S9	2014	Breeding material	Cold tolerance at planting and seedling vigor for stand establishment are critical traits needed to boost sorghum production. To support these needs BTx623 x PI 567946 (HKZ) recombinant inbred population was developed. BTx623 x PI 567946 (HKZ) RI population is composed of 226 F₇ - F₈ RI lines, which combines and provides variation for enhanced field emergence and seedling vigor at lower soil and ambient air temperature. Field emergence and vigor for this population were evaluated in 3 locations in 2011. Addtionally, this population offers genetic variation for plant height, days to flowering and seed quality parameters including phenolics and sugar composition at seedling stage. The population also harbors genetic variation based on response to Phytium aphanidermatum (an important seedling pathogen of sorghum) at seedling stage.	1938753	PI 676362
56	PI 676363	79	Sorghum bicolor (L.) Moench subsp. bicolor	S9	2014	Breeding material	Cold tolerance at planting and seedling vigor for stand establishment are critical traits needed to boost sorghum production. To support these needs BTx623 x PI 567946 (HKZ) recombinant inbred population was developed. BTx623 x PI 567946 (HKZ) RI population is composed of 226 F₇ - F₈ RI lines, which combines and provides variation for enhanced field emergence and seedling vigor at lower soil and ambient air temperature. Field emergence and vigor for this population were evaluated in 3 locations in 2011. Addtionally, this population offers genetic variation for plant height, days to flowering and seed quality parameters including phenolics and sugar composition at seedling stage. The population also harbors genetic variation based on response to Phytium aphanidermatum (an important seedling pathogen of sorghum) at seedling stage.	1938754	PI 676363
57	PI 676364	80	Sorghum bicolor (L.) Moench subsp. bicolor	S9	2014	Breeding material	Cold tolerance at planting and seedling vigor for stand establishment are critical traits needed to boost sorghum production. To support these needs BTx623 x PI 567946 (HKZ) recombinant inbred population was developed. BTx623 x PI 567946 (HKZ) RI population is composed of 226 F₇ - F₈ RI lines, which combines and provides variation for enhanced field emergence and seedling vigor at lower soil and ambient air temperature. Field emergence and vigor for this population were evaluated in 3 locations in 2011. Addtionally, this population offers genetic variation for plant height, days to flowering and seed quality parameters including phenolics and sugar composition at seedling stage. The population also harbors genetic variation based on response to Phytium aphanidermatum (an important seedling pathogen of sorghum) at seedling stage.	1938755	PI 676364
58	PI 676365	82	Sorghum bicolor (L.) Moench subsp. bicolor	S9	2014	Breeding material	Cold tolerance at planting and seedling vigor for stand establishment are critical traits needed to boost sorghum production. To support these needs BTx623 x PI 567946 (HKZ) recombinant inbred population was developed. BTx623 x PI 567946 (HKZ) RI population is composed of 226 F₇ - F₈ RI lines, which combines and provides variation for enhanced field emergence and seedling vigor at lower soil and ambient air temperature. Field emergence and vigor for this population were evaluated in 3 locations in 2011. Addtionally, this population offers genetic variation for plant height, days to flowering and seed quality parameters including phenolics and sugar composition at seedling stage. The population also harbors genetic variation based on response to Phytium aphanidermatum (an important seedling pathogen of sorghum) at seedling stage.	1938756	PI 676365
59	PI 676366	83	Sorghum bicolor (L.) Moench subsp. bicolor	S9	2014	Breeding material	Cold tolerance at planting and seedling vigor for stand establishment are critical traits needed to boost sorghum production. To support these needs BTx623 x PI 567946 (HKZ) recombinant inbred population was developed. BTx623 x PI 567946 (HKZ) RI population is composed of 226 F₇ - F₈ RI lines, which combines and provides variation for enhanced field emergence and seedling vigor at lower soil and ambient air temperature. Field emergence and vigor for this population were evaluated in 3 locations in 2011. Addtionally, this population offers genetic variation for plant height, days to flowering and seed quality parameters including phenolics and sugar composition at seedling stage. The population also harbors genetic variation based on response to Phytium aphanidermatum (an important seedling pathogen of sorghum) at seedling stage.	1938757	PI 676366
60	PI 676367	84	Sorghum bicolor (L.) Moench subsp. bicolor	S9	2014	Breeding material	Cold tolerance at planting and seedling vigor for stand establishment are critical traits needed to boost sorghum production. To support these needs BTx623 x PI 567946 (HKZ) recombinant inbred population was developed. BTx623 x PI 567946 (HKZ) RI population is composed of 226 F₇ - F₈ RI lines, which combines and provides variation for enhanced field emergence and seedling vigor at lower soil and ambient air temperature. Field emergence and vigor for this population were evaluated in 3 locations in 2011. Addtionally, this population offers genetic variation for plant height, days to flowering and seed quality parameters including phenolics and sugar composition at seedling stage. The population also harbors genetic variation based on response to Phytium aphanidermatum (an important seedling pathogen of sorghum) at seedling stage.	1938758	PI 676367
61	PI 676368	85	Sorghum bicolor (L.) Moench subsp. bicolor	S9	2014	Breeding material	Cold tolerance at planting and seedling vigor for stand establishment are critical traits needed to boost sorghum production. To support these needs BTx623 x PI 567946 (HKZ) recombinant inbred population was developed. BTx623 x PI 567946 (HKZ) RI population is composed of 226 F₇ - F₈ RI lines, which combines and provides variation for enhanced field emergence and seedling vigor at lower soil and ambient air temperature. Field emergence and vigor for this population were evaluated in 3 locations in 2011. Addtionally, this population offers genetic variation for plant height, days to flowering and seed quality parameters including phenolics and sugar composition at seedling stage. The population also harbors genetic variation based on response to Phytium aphanidermatum (an important seedling pathogen of sorghum) at seedling stage.	1938759	PI 676368
62	PI 676369	86	Sorghum bicolor (L.) Moench subsp. bicolor	S9	2014	Breeding material	Cold tolerance at planting and seedling vigor for stand establishment are critical traits needed to boost sorghum production. To support these needs BTx623 x PI 567946 (HKZ) recombinant inbred population was developed. BTx623 x PI 567946 (HKZ) RI population is composed of 226 F₇ - F₈ RI lines, which combines and provides variation for enhanced field emergence and seedling vigor at lower soil and ambient air temperature. Field emergence and vigor for this population were evaluated in 3 locations in 2011. Addtionally, this population offers genetic variation for plant height, days to flowering and seed quality parameters including phenolics and sugar composition at seedling stage. The population also harbors genetic variation based on response to Phytium aphanidermatum (an important seedling pathogen of sorghum) at seedling stage.	1938760	PI 676369
63	PI 676370	87	Sorghum bicolor (L.) Moench subsp. bicolor	S9	2014	Breeding material	Cold tolerance at planting and seedling vigor for stand establishment are critical traits needed to boost sorghum production. To support these needs BTx623 x PI 567946 (HKZ) recombinant inbred population was developed. BTx623 x PI 567946 (HKZ) RI population is composed of 226 F₇ - F₈ RI lines, which combines and provides variation for enhanced field emergence and seedling vigor at lower soil and ambient air temperature. Field emergence and vigor for this population were evaluated in 3 locations in 2011. Addtionally, this population offers genetic variation for plant height, days to flowering and seed quality parameters including phenolics and sugar composition at seedling stage. The population also harbors genetic variation based on response to Phytium aphanidermatum (an important seedling pathogen of sorghum) at seedling stage.	1938761	PI 676370
64	PI 676371	88	Sorghum bicolor (L.) Moench subsp. bicolor	S9	2014	Breeding material	Cold tolerance at planting and seedling vigor for stand establishment are critical traits needed to boost sorghum production. To support these needs BTx623 x PI 567946 (HKZ) recombinant inbred population was developed. BTx623 x PI 567946 (HKZ) RI population is composed of 226 F₇ - F₈ RI lines, which combines and provides variation for enhanced field emergence and seedling vigor at lower soil and ambient air temperature. Field emergence and vigor for this population were evaluated in 3 locations in 2011. Addtionally, this population offers genetic variation for plant height, days to flowering and seed quality parameters including phenolics and sugar composition at seedling stage. The population also harbors genetic variation based on response to Phytium aphanidermatum (an important seedling pathogen of sorghum) at seedling stage.	1938762	PI 676371
65	PI 676372	89	Sorghum bicolor (L.) Moench subsp. bicolor	S9	2014	Breeding material	Cold tolerance at planting and seedling vigor for stand establishment are critical traits needed to boost sorghum production. To support these needs BTx623 x PI 567946 (HKZ) recombinant inbred population was developed. BTx623 x PI 567946 (HKZ) RI population is composed of 226 F₇ - F₈ RI lines, which combines and provides variation for enhanced field emergence and seedling vigor at lower soil and ambient air temperature. Field emergence and vigor for this population were evaluated in 3 locations in 2011. Addtionally, this population offers genetic variation for plant height, days to flowering and seed quality parameters including phenolics and sugar composition at seedling stage. The population also harbors genetic variation based on response to Phytium aphanidermatum (an important seedling pathogen of sorghum) at seedling stage.	1938763	PI 676372
66	PI 676373	90	Sorghum bicolor (L.) Moench subsp. bicolor	S9	2014	Breeding material	Cold tolerance at planting and seedling vigor for stand establishment are critical traits needed to boost sorghum production. To support these needs BTx623 x PI 567946 (HKZ) recombinant inbred population was developed. BTx623 x PI 567946 (HKZ) RI population is composed of 226 F₇ - F₈ RI lines, which combines and provides variation for enhanced field emergence and seedling vigor at lower soil and ambient air temperature. Field emergence and vigor for this population were evaluated in 3 locations in 2011. Addtionally, this population offers genetic variation for plant height, days to flowering and seed quality parameters including phenolics and sugar composition at seedling stage. The population also harbors genetic variation based on response to Phytium aphanidermatum (an important seedling pathogen of sorghum) at seedling stage.	1938764	PI 676373
67	PI 676374	91	Sorghum bicolor (L.) Moench subsp. bicolor	S9	2014	Breeding material	Cold tolerance at planting and seedling vigor for stand establishment are critical traits needed to boost sorghum production. To support these needs BTx623 x PI 567946 (HKZ) recombinant inbred population was developed. BTx623 x PI 567946 (HKZ) RI population is composed of 226 F₇ - F₈ RI lines, which combines and provides variation for enhanced field emergence and seedling vigor at lower soil and ambient air temperature. Field emergence and vigor for this population were evaluated in 3 locations in 2011. Addtionally, this population offers genetic variation for plant height, days to flowering and seed quality parameters including phenolics and sugar composition at seedling stage. The population also harbors genetic variation based on response to Phytium aphanidermatum (an important seedling pathogen of sorghum) at seedling stage.	1938765	PI 676374
68	PI 676375	92	Sorghum bicolor (L.) Moench subsp. bicolor	S9	2014	Breeding material	Cold tolerance at planting and seedling vigor for stand establishment are critical traits needed to boost sorghum production. To support these needs BTx623 x PI 567946 (HKZ) recombinant inbred population was developed. BTx623 x PI 567946 (HKZ) RI population is composed of 226 F₇ - F₈ RI lines, which combines and provides variation for enhanced field emergence and seedling vigor at lower soil and ambient air temperature. Field emergence and vigor for this population were evaluated in 3 locations in 2011. Addtionally, this population offers genetic variation for plant height, days to flowering and seed quality parameters including phenolics and sugar composition at seedling stage. The population also harbors genetic variation based on response to Phytium aphanidermatum (an important seedling pathogen of sorghum) at seedling stage.	1938766	PI 676375
69	PI 676376	94	Sorghum bicolor (L.) Moench subsp. bicolor	S9	2014	Breeding material	Cold tolerance at planting and seedling vigor for stand establishment are critical traits needed to boost sorghum production. To support these needs BTx623 x PI 567946 (HKZ) recombinant inbred population was developed. BTx623 x PI 567946 (HKZ) RI population is composed of 226 F₇ - F₈ RI lines, which combines and provides variation for enhanced field emergence and seedling vigor at lower soil and ambient air temperature. Field emergence and vigor for this population were evaluated in 3 locations in 2011. Addtionally, this population offers genetic variation for plant height, days to flowering and seed quality parameters including phenolics and sugar composition at seedling stage. The population also harbors genetic variation based on response to Phytium aphanidermatum (an important seedling pathogen of sorghum) at seedling stage.	1938767	PI 676376
70	PI 676377	96	Sorghum bicolor (L.) Moench subsp. bicolor	S9	2014	Breeding material	Cold tolerance at planting and seedling vigor for stand establishment are critical traits needed to boost sorghum production. To support these needs BTx623 x PI 567946 (HKZ) recombinant inbred population was developed. BTx623 x PI 567946 (HKZ) RI population is composed of 226 F₇ - F₈ RI lines, which combines and provides variation for enhanced field emergence and seedling vigor at lower soil and ambient air temperature. Field emergence and vigor for this population were evaluated in 3 locations in 2011. Addtionally, this population offers genetic variation for plant height, days to flowering and seed quality parameters including phenolics and sugar composition at seedling stage. The population also harbors genetic variation based on response to Phytium aphanidermatum (an important seedling pathogen of sorghum) at seedling stage.	1938768	PI 676377
71	PI 676378	97	Sorghum bicolor (L.) Moench subsp. bicolor	S9	2014	Breeding material	Cold tolerance at planting and seedling vigor for stand establishment are critical traits needed to boost sorghum production. To support these needs BTx623 x PI 567946 (HKZ) recombinant inbred population was developed. BTx623 x PI 567946 (HKZ) RI population is composed of 226 F₇ - F₈ RI lines, which combines and provides variation for enhanced field emergence and seedling vigor at lower soil and ambient air temperature. Field emergence and vigor for this population were evaluated in 3 locations in 2011. Addtionally, this population offers genetic variation for plant height, days to flowering and seed quality parameters including phenolics and sugar composition at seedling stage. The population also harbors genetic variation based on response to Phytium aphanidermatum (an important seedling pathogen of sorghum) at seedling stage.	1938769	PI 676378
72	PI 676379	100	Sorghum bicolor (L.) Moench subsp. bicolor	S9	2014	Breeding material	Cold tolerance at planting and seedling vigor for stand establishment are critical traits needed to boost sorghum production. To support these needs BTx623 x PI 567946 (HKZ) recombinant inbred population was developed. BTx623 x PI 567946 (HKZ) RI population is composed of 226 F₇ - F₈ RI lines, which combines and provides variation for enhanced field emergence and seedling vigor at lower soil and ambient air temperature. Field emergence and vigor for this population were evaluated in 3 locations in 2011. Addtionally, this population offers genetic variation for plant height, days to flowering and seed quality parameters including phenolics and sugar composition at seedling stage. The population also harbors genetic variation based on response to Phytium aphanidermatum (an important seedling pathogen of sorghum) at seedling stage.	1938770	PI 676379
73	PI 676380	101	Sorghum bicolor (L.) Moench subsp. bicolor	S9	2014	Breeding material	Cold tolerance at planting and seedling vigor for stand establishment are critical traits needed to boost sorghum production. To support these needs BTx623 x PI 567946 (HKZ) recombinant inbred population was developed. BTx623 x PI 567946 (HKZ) RI population is composed of 226 F₇ - F₈ RI lines, which combines and provides variation for enhanced field emergence and seedling vigor at lower soil and ambient air temperature. Field emergence and vigor for this population were evaluated in 3 locations in 2011. Addtionally, this population offers genetic variation for plant height, days to flowering and seed quality parameters including phenolics and sugar composition at seedling stage. The population also harbors genetic variation based on response to Phytium aphanidermatum (an important seedling pathogen of sorghum) at seedling stage.	1938771	PI 676380
74	PI 676381	102	Sorghum bicolor (L.) Moench subsp. bicolor	S9	2014	Breeding material	Cold tolerance at planting and seedling vigor for stand establishment are critical traits needed to boost sorghum production. To support these needs BTx623 x PI 567946 (HKZ) recombinant inbred population was developed. BTx623 x PI 567946 (HKZ) RI population is composed of 226 F₇ - F₈ RI lines, which combines and provides variation for enhanced field emergence and seedling vigor at lower soil and ambient air temperature. Field emergence and vigor for this population were evaluated in 3 locations in 2011. Addtionally, this population offers genetic variation for plant height, days to flowering and seed quality parameters including phenolics and sugar composition at seedling stage. The population also harbors genetic variation based on response to Phytium aphanidermatum (an important seedling pathogen of sorghum) at seedling stage.	1938772	PI 676381
75	PI 676382	103	Sorghum bicolor (L.) Moench subsp. bicolor	S9	2014	Breeding material	Cold tolerance at planting and seedling vigor for stand establishment are critical traits needed to boost sorghum production. To support these needs BTx623 x PI 567946 (HKZ) recombinant inbred population was developed. BTx623 x PI 567946 (HKZ) RI population is composed of 226 F₇ - F₈ RI lines, which combines and provides variation for enhanced field emergence and seedling vigor at lower soil and ambient air temperature. Field emergence and vigor for this population were evaluated in 3 locations in 2011. Addtionally, this population offers genetic variation for plant height, days to flowering and seed quality parameters including phenolics and sugar composition at seedling stage. The population also harbors genetic variation based on response to Phytium aphanidermatum (an important seedling pathogen of sorghum) at seedling stage.	1938773	PI 676382
76	PI 676383	105	Sorghum bicolor (L.) Moench subsp. bicolor	S9	2014	Breeding material	Cold tolerance at planting and seedling vigor for stand establishment are critical traits needed to boost sorghum production. To support these needs BTx623 x PI 567946 (HKZ) recombinant inbred population was developed. BTx623 x PI 567946 (HKZ) RI population is composed of 226 F₇ - F₈ RI lines, which combines and provides variation for enhanced field emergence and seedling vigor at lower soil and ambient air temperature. Field emergence and vigor for this population were evaluated in 3 locations in 2011. Addtionally, this population offers genetic variation for plant height, days to flowering and seed quality parameters including phenolics and sugar composition at seedling stage. The population also harbors genetic variation based on response to Phytium aphanidermatum (an important seedling pathogen of sorghum) at seedling stage.	1938774	PI 676383
77	PI 676384	106	Sorghum bicolor (L.) Moench subsp. bicolor	S9	2014	Breeding material	Cold tolerance at planting and seedling vigor for stand establishment are critical traits needed to boost sorghum production. To support these needs BTx623 x PI 567946 (HKZ) recombinant inbred population was developed. BTx623 x PI 567946 (HKZ) RI population is composed of 226 F₇ - F₈ RI lines, which combines and provides variation for enhanced field emergence and seedling vigor at lower soil and ambient air temperature. Field emergence and vigor for this population were evaluated in 3 locations in 2011. Addtionally, this population offers genetic variation for plant height, days to flowering and seed quality parameters including phenolics and sugar composition at seedling stage. The population also harbors genetic variation based on response to Phytium aphanidermatum (an important seedling pathogen of sorghum) at seedling stage.	1938775	PI 676384
78	PI 676385	107	Sorghum bicolor (L.) Moench subsp. bicolor	S9	2014	Breeding material	Cold tolerance at planting and seedling vigor for stand establishment are critical traits needed to boost sorghum production. To support these needs BTx623 x PI 567946 (HKZ) recombinant inbred population was developed. BTx623 x PI 567946 (HKZ) RI population is composed of 226 F₇ - F₈ RI lines, which combines and provides variation for enhanced field emergence and seedling vigor at lower soil and ambient air temperature. Field emergence and vigor for this population were evaluated in 3 locations in 2011. Addtionally, this population offers genetic variation for plant height, days to flowering and seed quality parameters including phenolics and sugar composition at seedling stage. The population also harbors genetic variation based on response to Phytium aphanidermatum (an important seedling pathogen of sorghum) at seedling stage.	1938776	PI 676385
79	PI 676386	108	Sorghum bicolor (L.) Moench subsp. bicolor	S9	2014	Breeding material	Cold tolerance at planting and seedling vigor for stand establishment are critical traits needed to boost sorghum production. To support these needs BTx623 x PI 567946 (HKZ) recombinant inbred population was developed. BTx623 x PI 567946 (HKZ) RI population is composed of 226 F₇ - F₈ RI lines, which combines and provides variation for enhanced field emergence and seedling vigor at lower soil and ambient air temperature. Field emergence and vigor for this population were evaluated in 3 locations in 2011. Addtionally, this population offers genetic variation for plant height, days to flowering and seed quality parameters including phenolics and sugar composition at seedling stage. The population also harbors genetic variation based on response to Phytium aphanidermatum (an important seedling pathogen of sorghum) at seedling stage.	1938777	PI 676386
80	PI 676387	109	Sorghum bicolor (L.) Moench subsp. bicolor	S9	2014	Breeding material	Cold tolerance at planting and seedling vigor for stand establishment are critical traits needed to boost sorghum production. To support these needs BTx623 x PI 567946 (HKZ) recombinant inbred population was developed. BTx623 x PI 567946 (HKZ) RI population is composed of 226 F₇ - F₈ RI lines, which combines and provides variation for enhanced field emergence and seedling vigor at lower soil and ambient air temperature. Field emergence and vigor for this population were evaluated in 3 locations in 2011. Addtionally, this population offers genetic variation for plant height, days to flowering and seed quality parameters including phenolics and sugar composition at seedling stage. The population also harbors genetic variation based on response to Phytium aphanidermatum (an important seedling pathogen of sorghum) at seedling stage.	1938778	PI 676387
81	PI 676388	110	Sorghum bicolor (L.) Moench subsp. bicolor	S9	2014	Breeding material	Cold tolerance at planting and seedling vigor for stand establishment are critical traits needed to boost sorghum production. To support these needs BTx623 x PI 567946 (HKZ) recombinant inbred population was developed. BTx623 x PI 567946 (HKZ) RI population is composed of 226 F₇ - F₈ RI lines, which combines and provides variation for enhanced field emergence and seedling vigor at lower soil and ambient air temperature. Field emergence and vigor for this population were evaluated in 3 locations in 2011. Addtionally, this population offers genetic variation for plant height, days to flowering and seed quality parameters including phenolics and sugar composition at seedling stage. The population also harbors genetic variation based on response to Phytium aphanidermatum (an important seedling pathogen of sorghum) at seedling stage.	1938779	PI 676388
82	PI 676389	111	Sorghum bicolor (L.) Moench subsp. bicolor	S9	2014	Breeding material	Cold tolerance at planting and seedling vigor for stand establishment are critical traits needed to boost sorghum production. To support these needs BTx623 x PI 567946 (HKZ) recombinant inbred population was developed. BTx623 x PI 567946 (HKZ) RI population is composed of 226 F₇ - F₈ RI lines, which combines and provides variation for enhanced field emergence and seedling vigor at lower soil and ambient air temperature. Field emergence and vigor for this population were evaluated in 3 locations in 2011. Addtionally, this population offers genetic variation for plant height, days to flowering and seed quality parameters including phenolics and sugar composition at seedling stage. The population also harbors genetic variation based on response to Phytium aphanidermatum (an important seedling pathogen of sorghum) at seedling stage.	1938780	PI 676389
83	PI 676390	112	Sorghum bicolor (L.) Moench subsp. bicolor	S9	2014	Breeding material	Cold tolerance at planting and seedling vigor for stand establishment are critical traits needed to boost sorghum production. To support these needs BTx623 x PI 567946 (HKZ) recombinant inbred population was developed. BTx623 x PI 567946 (HKZ) RI population is composed of 226 F₇ - F₈ RI lines, which combines and provides variation for enhanced field emergence and seedling vigor at lower soil and ambient air temperature. Field emergence and vigor for this population were evaluated in 3 locations in 2011. Addtionally, this population offers genetic variation for plant height, days to flowering and seed quality parameters including phenolics and sugar composition at seedling stage. The population also harbors genetic variation based on response to Phytium aphanidermatum (an important seedling pathogen of sorghum) at seedling stage.	1938781	PI 676390
84	PI 676391	113	Sorghum bicolor (L.) Moench subsp. bicolor	S9	2014	Breeding material	Cold tolerance at planting and seedling vigor for stand establishment are critical traits needed to boost sorghum production. To support these needs BTx623 x PI 567946 (HKZ) recombinant inbred population was developed. BTx623 x PI 567946 (HKZ) RI population is composed of 226 F₇ - F₈ RI lines, which combines and provides variation for enhanced field emergence and seedling vigor at lower soil and ambient air temperature. Field emergence and vigor for this population were evaluated in 3 locations in 2011. Addtionally, this population offers genetic variation for plant height, days to flowering and seed quality parameters including phenolics and sugar composition at seedling stage. The population also harbors genetic variation based on response to Phytium aphanidermatum (an important seedling pathogen of sorghum) at seedling stage.	1938782	PI 676391
85	PI 676392	114	Sorghum bicolor (L.) Moench subsp. bicolor	S9	2014	Breeding material	Cold tolerance at planting and seedling vigor for stand establishment are critical traits needed to boost sorghum production. To support these needs BTx623 x PI 567946 (HKZ) recombinant inbred population was developed. BTx623 x PI 567946 (HKZ) RI population is composed of 226 F₇ - F₈ RI lines, which combines and provides variation for enhanced field emergence and seedling vigor at lower soil and ambient air temperature. Field emergence and vigor for this population were evaluated in 3 locations in 2011. Addtionally, this population offers genetic variation for plant height, days to flowering and seed quality parameters including phenolics and sugar composition at seedling stage. The population also harbors genetic variation based on response to Phytium aphanidermatum (an important seedling pathogen of sorghum) at seedling stage.	1938783	PI 676392
86	PI 676393	115	Sorghum bicolor (L.) Moench subsp. bicolor	S9	2014	Breeding material	Cold tolerance at planting and seedling vigor for stand establishment are critical traits needed to boost sorghum production. To support these needs BTx623 x PI 567946 (HKZ) recombinant inbred population was developed. BTx623 x PI 567946 (HKZ) RI population is composed of 226 F₇ - F₈ RI lines, which combines and provides variation for enhanced field emergence and seedling vigor at lower soil and ambient air temperature. Field emergence and vigor for this population were evaluated in 3 locations in 2011. Addtionally, this population offers genetic variation for plant height, days to flowering and seed quality parameters including phenolics and sugar composition at seedling stage. The population also harbors genetic variation based on response to Phytium aphanidermatum (an important seedling pathogen of sorghum) at seedling stage.	1938784	PI 676393
87	PI 676394	116	Sorghum bicolor (L.) Moench subsp. bicolor	S9	2014	Breeding material	Cold tolerance at planting and seedling vigor for stand establishment are critical traits needed to boost sorghum production. To support these needs BTx623 x PI 567946 (HKZ) recombinant inbred population was developed. BTx623 x PI 567946 (HKZ) RI population is composed of 226 F₇ - F₈ RI lines, which combines and provides variation for enhanced field emergence and seedling vigor at lower soil and ambient air temperature. Field emergence and vigor for this population were evaluated in 3 locations in 2011. Addtionally, this population offers genetic variation for plant height, days to flowering and seed quality parameters including phenolics and sugar composition at seedling stage. The population also harbors genetic variation based on response to Phytium aphanidermatum (an important seedling pathogen of sorghum) at seedling stage.	1938785	PI 676394
88	PI 676395	117	Sorghum bicolor (L.) Moench subsp. bicolor	S9	2014	Breeding material	Cold tolerance at planting and seedling vigor for stand establishment are critical traits needed to boost sorghum production. To support these needs BTx623 x PI 567946 (HKZ) recombinant inbred population was developed. BTx623 x PI 567946 (HKZ) RI population is composed of 226 F₇ - F₈ RI lines, which combines and provides variation for enhanced field emergence and seedling vigor at lower soil and ambient air temperature. Field emergence and vigor for this population were evaluated in 3 locations in 2011. Addtionally, this population offers genetic variation for plant height, days to flowering and seed quality parameters including phenolics and sugar composition at seedling stage. The population also harbors genetic variation based on response to Phytium aphanidermatum (an important seedling pathogen of sorghum) at seedling stage.	1938786	PI 676395
89	PI 676396	118	Sorghum bicolor (L.) Moench subsp. bicolor	S9	2014	Breeding material	Cold tolerance at planting and seedling vigor for stand establishment are critical traits needed to boost sorghum production. To support these needs BTx623 x PI 567946 (HKZ) recombinant inbred population was developed. BTx623 x PI 567946 (HKZ) RI population is composed of 226 F₇ - F₈ RI lines, which combines and provides variation for enhanced field emergence and seedling vigor at lower soil and ambient air temperature. Field emergence and vigor for this population were evaluated in 3 locations in 2011. Addtionally, this population offers genetic variation for plant height, days to flowering and seed quality parameters including phenolics and sugar composition at seedling stage. The population also harbors genetic variation based on response to Phytium aphanidermatum (an important seedling pathogen of sorghum) at seedling stage.	1938787	PI 676396
90	PI 676397	120	Sorghum bicolor (L.) Moench subsp. bicolor	S9	2014	Breeding material	Cold tolerance at planting and seedling vigor for stand establishment are critical traits needed to boost sorghum production. To support these needs BTx623 x PI 567946 (HKZ) recombinant inbred population was developed. BTx623 x PI 567946 (HKZ) RI population is composed of 226 F₇ - F₈ RI lines, which combines and provides variation for enhanced field emergence and seedling vigor at lower soil and ambient air temperature. Field emergence and vigor for this population were evaluated in 3 locations in 2011. Addtionally, this population offers genetic variation for plant height, days to flowering and seed quality parameters including phenolics and sugar composition at seedling stage. The population also harbors genetic variation based on response to Phytium aphanidermatum (an important seedling pathogen of sorghum) at seedling stage.	1938788	PI 676397
91	PI 676398	121	Sorghum bicolor (L.) Moench subsp. bicolor	S9	2014	Breeding material	Cold tolerance at planting and seedling vigor for stand establishment are critical traits needed to boost sorghum production. To support these needs BTx623 x PI 567946 (HKZ) recombinant inbred population was developed. BTx623 x PI 567946 (HKZ) RI population is composed of 226 F₇ - F₈ RI lines, which combines and provides variation for enhanced field emergence and seedling vigor at lower soil and ambient air temperature. Field emergence and vigor for this population were evaluated in 3 locations in 2011. Addtionally, this population offers genetic variation for plant height, days to flowering and seed quality parameters including phenolics and sugar composition at seedling stage. The population also harbors genetic variation based on response to Phytium aphanidermatum (an important seedling pathogen of sorghum) at seedling stage.	1938789	PI 676398
92	PI 676399	122	Sorghum bicolor (L.) Moench subsp. bicolor	S9	2014	Breeding material	Cold tolerance at planting and seedling vigor for stand establishment are critical traits needed to boost sorghum production. To support these needs BTx623 x PI 567946 (HKZ) recombinant inbred population was developed. BTx623 x PI 567946 (HKZ) RI population is composed of 226 F₇ - F₈ RI lines, which combines and provides variation for enhanced field emergence and seedling vigor at lower soil and ambient air temperature. Field emergence and vigor for this population were evaluated in 3 locations in 2011. Addtionally, this population offers genetic variation for plant height, days to flowering and seed quality parameters including phenolics and sugar composition at seedling stage. The population also harbors genetic variation based on response to Phytium aphanidermatum (an important seedling pathogen of sorghum) at seedling stage.	1938790	PI 676399
93	PI 676400	125	Sorghum bicolor (L.) Moench subsp. bicolor	S9	2014	Breeding material	Cold tolerance at planting and seedling vigor for stand establishment are critical traits needed to boost sorghum production. To support these needs BTx623 x PI 567946 (HKZ) recombinant inbred population was developed. BTx623 x PI 567946 (HKZ) RI population is composed of 226 F₇ - F₈ RI lines, which combines and provides variation for enhanced field emergence and seedling vigor at lower soil and ambient air temperature. Field emergence and vigor for this population were evaluated in 3 locations in 2011. Addtionally, this population offers genetic variation for plant height, days to flowering and seed quality parameters including phenolics and sugar composition at seedling stage. The population also harbors genetic variation based on response to Phytium aphanidermatum (an important seedling pathogen of sorghum) at seedling stage.	1938791	PI 676400
94	PI 676401	126	Sorghum bicolor (L.) Moench subsp. bicolor	S9	2014	Breeding material	Cold tolerance at planting and seedling vigor for stand establishment are critical traits needed to boost sorghum production. To support these needs BTx623 x PI 567946 (HKZ) recombinant inbred population was developed. BTx623 x PI 567946 (HKZ) RI population is composed of 226 F₇ - F₈ RI lines, which combines and provides variation for enhanced field emergence and seedling vigor at lower soil and ambient air temperature. Field emergence and vigor for this population were evaluated in 3 locations in 2011. Addtionally, this population offers genetic variation for plant height, days to flowering and seed quality parameters including phenolics and sugar composition at seedling stage. The population also harbors genetic variation based on response to Phytium aphanidermatum (an important seedling pathogen of sorghum) at seedling stage.	1938792	PI 676401
95	PI 676402	127	Sorghum bicolor (L.) Moench subsp. bicolor	S9	2014	Breeding material	Cold tolerance at planting and seedling vigor for stand establishment are critical traits needed to boost sorghum production. To support these needs BTx623 x PI 567946 (HKZ) recombinant inbred population was developed. BTx623 x PI 567946 (HKZ) RI population is composed of 226 F₇ - F₈ RI lines, which combines and provides variation for enhanced field emergence and seedling vigor at lower soil and ambient air temperature. Field emergence and vigor for this population were evaluated in 3 locations in 2011. Addtionally, this population offers genetic variation for plant height, days to flowering and seed quality parameters including phenolics and sugar composition at seedling stage. The population also harbors genetic variation based on response to Phytium aphanidermatum (an important seedling pathogen of sorghum) at seedling stage.	1938793	PI 676402
96	PI 676403	129	Sorghum bicolor (L.) Moench subsp. bicolor	S9	2014	Breeding material	Cold tolerance at planting and seedling vigor for stand establishment are critical traits needed to boost sorghum production. To support these needs BTx623 x PI 567946 (HKZ) recombinant inbred population was developed. BTx623 x PI 567946 (HKZ) RI population is composed of 226 F₇ - F₈ RI lines, which combines and provides variation for enhanced field emergence and seedling vigor at lower soil and ambient air temperature. Field emergence and vigor for this population were evaluated in 3 locations in 2011. Addtionally, this population offers genetic variation for plant height, days to flowering and seed quality parameters including phenolics and sugar composition at seedling stage. The population also harbors genetic variation based on response to Phytium aphanidermatum (an important seedling pathogen of sorghum) at seedling stage.	1938794	PI 676403
97	PI 676404	130	Sorghum bicolor (L.) Moench subsp. bicolor	S9	2014	Breeding material	Cold tolerance at planting and seedling vigor for stand establishment are critical traits needed to boost sorghum production. To support these needs BTx623 x PI 567946 (HKZ) recombinant inbred population was developed. BTx623 x PI 567946 (HKZ) RI population is composed of 226 F₇ - F₈ RI lines, which combines and provides variation for enhanced field emergence and seedling vigor at lower soil and ambient air temperature. Field emergence and vigor for this population were evaluated in 3 locations in 2011. Addtionally, this population offers genetic variation for plant height, days to flowering and seed quality parameters including phenolics and sugar composition at seedling stage. The population also harbors genetic variation based on response to Phytium aphanidermatum (an important seedling pathogen of sorghum) at seedling stage.	1938795	PI 676404
98	PI 676405	131	Sorghum bicolor (L.) Moench subsp. bicolor	S9	2014	Breeding material	Cold tolerance at planting and seedling vigor for stand establishment are critical traits needed to boost sorghum production. To support these needs BTx623 x PI 567946 (HKZ) recombinant inbred population was developed. BTx623 x PI 567946 (HKZ) RI population is composed of 226 F₇ - F₈ RI lines, which combines and provides variation for enhanced field emergence and seedling vigor at lower soil and ambient air temperature. Field emergence and vigor for this population were evaluated in 3 locations in 2011. Addtionally, this population offers genetic variation for plant height, days to flowering and seed quality parameters including phenolics and sugar composition at seedling stage. The population also harbors genetic variation based on response to Phytium aphanidermatum (an important seedling pathogen of sorghum) at seedling stage.	1938796	PI 676405
99	PI 676406	132	Sorghum bicolor (L.) Moench subsp. bicolor	S9	2014	Breeding material	Cold tolerance at planting and seedling vigor for stand establishment are critical traits needed to boost sorghum production. To support these needs BTx623 x PI 567946 (HKZ) recombinant inbred population was developed. BTx623 x PI 567946 (HKZ) RI population is composed of 226 F₇ - F₈ RI lines, which combines and provides variation for enhanced field emergence and seedling vigor at lower soil and ambient air temperature. Field emergence and vigor for this population were evaluated in 3 locations in 2011. Addtionally, this population offers genetic variation for plant height, days to flowering and seed quality parameters including phenolics and sugar composition at seedling stage. The population also harbors genetic variation based on response to Phytium aphanidermatum (an important seedling pathogen of sorghum) at seedling stage.	1938797	PI 676406
100	PI 676407	133	Sorghum bicolor (L.) Moench subsp. bicolor	S9	2014	Breeding material	Cold tolerance at planting and seedling vigor for stand establishment are critical traits needed to boost sorghum production. To support these needs BTx623 x PI 567946 (HKZ) recombinant inbred population was developed. BTx623 x PI 567946 (HKZ) RI population is composed of 226 F₇ - F₈ RI lines, which combines and provides variation for enhanced field emergence and seedling vigor at lower soil and ambient air temperature. Field emergence and vigor for this population were evaluated in 3 locations in 2011. Addtionally, this population offers genetic variation for plant height, days to flowering and seed quality parameters including phenolics and sugar composition at seedling stage. The population also harbors genetic variation based on response to Phytium aphanidermatum (an important seedling pathogen of sorghum) at seedling stage.	1938798	PI 676407
101	PI 676408	134	Sorghum bicolor (L.) Moench subsp. bicolor	S9	2014	Breeding material	Cold tolerance at planting and seedling vigor for stand establishment are critical traits needed to boost sorghum production. To support these needs BTx623 x PI 567946 (HKZ) recombinant inbred population was developed. BTx623 x PI 567946 (HKZ) RI population is composed of 226 F₇ - F₈ RI lines, which combines and provides variation for enhanced field emergence and seedling vigor at lower soil and ambient air temperature. Field emergence and vigor for this population were evaluated in 3 locations in 2011. Addtionally, this population offers genetic variation for plant height, days to flowering and seed quality parameters including phenolics and sugar composition at seedling stage. The population also harbors genetic variation based on response to Phytium aphanidermatum (an important seedling pathogen of sorghum) at seedling stage.	1938799	PI 676408
102	PI 676409	135	Sorghum bicolor (L.) Moench subsp. bicolor	S9	2014	Breeding material	Cold tolerance at planting and seedling vigor for stand establishment are critical traits needed to boost sorghum production. To support these needs BTx623 x PI 567946 (HKZ) recombinant inbred population was developed. BTx623 x PI 567946 (HKZ) RI population is composed of 226 F₇ - F₈ RI lines, which combines and provides variation for enhanced field emergence and seedling vigor at lower soil and ambient air temperature. Field emergence and vigor for this population were evaluated in 3 locations in 2011. Addtionally, this population offers genetic variation for plant height, days to flowering and seed quality parameters including phenolics and sugar composition at seedling stage. The population also harbors genetic variation based on response to Phytium aphanidermatum (an important seedling pathogen of sorghum) at seedling stage.	1938800	PI 676409
103	PI 676410	136	Sorghum bicolor (L.) Moench subsp. bicolor	S9	2014	Breeding material	Cold tolerance at planting and seedling vigor for stand establishment are critical traits needed to boost sorghum production. To support these needs BTx623 x PI 567946 (HKZ) recombinant inbred population was developed. BTx623 x PI 567946 (HKZ) RI population is composed of 226 F₇ - F₈ RI lines, which combines and provides variation for enhanced field emergence and seedling vigor at lower soil and ambient air temperature. Field emergence and vigor for this population were evaluated in 3 locations in 2011. Addtionally, this population offers genetic variation for plant height, days to flowering and seed quality parameters including phenolics and sugar composition at seedling stage. The population also harbors genetic variation based on response to Phytium aphanidermatum (an important seedling pathogen of sorghum) at seedling stage.	1938801	PI 676410
104	PI 676411	139	Sorghum bicolor (L.) Moench subsp. bicolor	S9	2014	Breeding material	Cold tolerance at planting and seedling vigor for stand establishment are critical traits needed to boost sorghum production. To support these needs BTx623 x PI 567946 (HKZ) recombinant inbred population was developed. BTx623 x PI 567946 (HKZ) RI population is composed of 226 F₇ - F₈ RI lines, which combines and provides variation for enhanced field emergence and seedling vigor at lower soil and ambient air temperature. Field emergence and vigor for this population were evaluated in 3 locations in 2011. Addtionally, this population offers genetic variation for plant height, days to flowering and seed quality parameters including phenolics and sugar composition at seedling stage. The population also harbors genetic variation based on response to Phytium aphanidermatum (an important seedling pathogen of sorghum) at seedling stage.	1938802	PI 676411
105	PI 676412	140	Sorghum bicolor (L.) Moench subsp. bicolor	S9	2014	Breeding material	Cold tolerance at planting and seedling vigor for stand establishment are critical traits needed to boost sorghum production. To support these needs BTx623 x PI 567946 (HKZ) recombinant inbred population was developed. BTx623 x PI 567946 (HKZ) RI population is composed of 226 F₇ - F₈ RI lines, which combines and provides variation for enhanced field emergence and seedling vigor at lower soil and ambient air temperature. Field emergence and vigor for this population were evaluated in 3 locations in 2011. Addtionally, this population offers genetic variation for plant height, days to flowering and seed quality parameters including phenolics and sugar composition at seedling stage. The population also harbors genetic variation based on response to Phytium aphanidermatum (an important seedling pathogen of sorghum) at seedling stage.	1938803	PI 676412
106	PI 676413	141	Sorghum bicolor (L.) Moench subsp. bicolor	S9	2014	Breeding material	Cold tolerance at planting and seedling vigor for stand establishment are critical traits needed to boost sorghum production. To support these needs BTx623 x PI 567946 (HKZ) recombinant inbred population was developed. BTx623 x PI 567946 (HKZ) RI population is composed of 226 F₇ - F₈ RI lines, which combines and provides variation for enhanced field emergence and seedling vigor at lower soil and ambient air temperature. Field emergence and vigor for this population were evaluated in 3 locations in 2011. Addtionally, this population offers genetic variation for plant height, days to flowering and seed quality parameters including phenolics and sugar composition at seedling stage. The population also harbors genetic variation based on response to Phytium aphanidermatum (an important seedling pathogen of sorghum) at seedling stage.	1938804	PI 676413
107	PI 676414	142	Sorghum bicolor (L.) Moench subsp. bicolor	S9	2014	Breeding material	Cold tolerance at planting and seedling vigor for stand establishment are critical traits needed to boost sorghum production. To support these needs BTx623 x PI 567946 (HKZ) recombinant inbred population was developed. BTx623 x PI 567946 (HKZ) RI population is composed of 226 F₇ - F₈ RI lines, which combines and provides variation for enhanced field emergence and seedling vigor at lower soil and ambient air temperature. Field emergence and vigor for this population were evaluated in 3 locations in 2011. Addtionally, this population offers genetic variation for plant height, days to flowering and seed quality parameters including phenolics and sugar composition at seedling stage. The population also harbors genetic variation based on response to Phytium aphanidermatum (an important seedling pathogen of sorghum) at seedling stage.	1938805	PI 676414
108	PI 676415	143	Sorghum bicolor (L.) Moench subsp. bicolor	S9	2014	Breeding material	Cold tolerance at planting and seedling vigor for stand establishment are critical traits needed to boost sorghum production. To support these needs BTx623 x PI 567946 (HKZ) recombinant inbred population was developed. BTx623 x PI 567946 (HKZ) RI population is composed of 226 F₇ - F₈ RI lines, which combines and provides variation for enhanced field emergence and seedling vigor at lower soil and ambient air temperature. Field emergence and vigor for this population were evaluated in 3 locations in 2011. Addtionally, this population offers genetic variation for plant height, days to flowering and seed quality parameters including phenolics and sugar composition at seedling stage. The population also harbors genetic variation based on response to Phytium aphanidermatum (an important seedling pathogen of sorghum) at seedling stage.	1938806	PI 676415
109	PI 676416	144	Sorghum bicolor (L.) Moench subsp. bicolor	S9	2014	Breeding material	Cold tolerance at planting and seedling vigor for stand establishment are critical traits needed to boost sorghum production. To support these needs BTx623 x PI 567946 (HKZ) recombinant inbred population was developed. BTx623 x PI 567946 (HKZ) RI population is composed of 226 F₇ - F₈ RI lines, which combines and provides variation for enhanced field emergence and seedling vigor at lower soil and ambient air temperature. Field emergence and vigor for this population were evaluated in 3 locations in 2011. Addtionally, this population offers genetic variation for plant height, days to flowering and seed quality parameters including phenolics and sugar composition at seedling stage. The population also harbors genetic variation based on response to Phytium aphanidermatum (an important seedling pathogen of sorghum) at seedling stage.	1938807	PI 676416
110	PI 676417	145	Sorghum bicolor (L.) Moench subsp. bicolor	S9	2014	Breeding material	Cold tolerance at planting and seedling vigor for stand establishment are critical traits needed to boost sorghum production. To support these needs BTx623 x PI 567946 (HKZ) recombinant inbred population was developed. BTx623 x PI 567946 (HKZ) RI population is composed of 226 F₇ - F₈ RI lines, which combines and provides variation for enhanced field emergence and seedling vigor at lower soil and ambient air temperature. Field emergence and vigor for this population were evaluated in 3 locations in 2011. Addtionally, this population offers genetic variation for plant height, days to flowering and seed quality parameters including phenolics and sugar composition at seedling stage. The population also harbors genetic variation based on response to Phytium aphanidermatum (an important seedling pathogen of sorghum) at seedling stage.	1938808	PI 676417
111	PI 676418	146	Sorghum bicolor (L.) Moench subsp. bicolor	S9	2014	Breeding material	Cold tolerance at planting and seedling vigor for stand establishment are critical traits needed to boost sorghum production. To support these needs BTx623 x PI 567946 (HKZ) recombinant inbred population was developed. BTx623 x PI 567946 (HKZ) RI population is composed of 226 F₇ - F₈ RI lines, which combines and provides variation for enhanced field emergence and seedling vigor at lower soil and ambient air temperature. Field emergence and vigor for this population were evaluated in 3 locations in 2011. Addtionally, this population offers genetic variation for plant height, days to flowering and seed quality parameters including phenolics and sugar composition at seedling stage. The population also harbors genetic variation based on response to Phytium aphanidermatum (an important seedling pathogen of sorghum) at seedling stage.	1938809	PI 676418
112	PI 676419	147	Sorghum bicolor (L.) Moench subsp. bicolor	S9	2014	Breeding material	Cold tolerance at planting and seedling vigor for stand establishment are critical traits needed to boost sorghum production. To support these needs BTx623 x PI 567946 (HKZ) recombinant inbred population was developed. BTx623 x PI 567946 (HKZ) RI population is composed of 226 F₇ - F₈ RI lines, which combines and provides variation for enhanced field emergence and seedling vigor at lower soil and ambient air temperature. Field emergence and vigor for this population were evaluated in 3 locations in 2011. Addtionally, this population offers genetic variation for plant height, days to flowering and seed quality parameters including phenolics and sugar composition at seedling stage. The population also harbors genetic variation based on response to Phytium aphanidermatum (an important seedling pathogen of sorghum) at seedling stage.	1938810	PI 676419
113	PI 676420	148	Sorghum bicolor (L.) Moench subsp. bicolor	S9	2014	Breeding material	Cold tolerance at planting and seedling vigor for stand establishment are critical traits needed to boost sorghum production. To support these needs BTx623 x PI 567946 (HKZ) recombinant inbred population was developed. BTx623 x PI 567946 (HKZ) RI population is composed of 226 F₇ - F₈ RI lines, which combines and provides variation for enhanced field emergence and seedling vigor at lower soil and ambient air temperature. Field emergence and vigor for this population were evaluated in 3 locations in 2011. Addtionally, this population offers genetic variation for plant height, days to flowering and seed quality parameters including phenolics and sugar composition at seedling stage. The population also harbors genetic variation based on response to Phytium aphanidermatum (an important seedling pathogen of sorghum) at seedling stage.	1938811	PI 676420
114	PI 676421	149	Sorghum bicolor (L.) Moench subsp. bicolor	S9	2014	Breeding material	Cold tolerance at planting and seedling vigor for stand establishment are critical traits needed to boost sorghum production. To support these needs BTx623 x PI 567946 (HKZ) recombinant inbred population was developed. BTx623 x PI 567946 (HKZ) RI population is composed of 226 F₇ - F₈ RI lines, which combines and provides variation for enhanced field emergence and seedling vigor at lower soil and ambient air temperature. Field emergence and vigor for this population were evaluated in 3 locations in 2011. Addtionally, this population offers genetic variation for plant height, days to flowering and seed quality parameters including phenolics and sugar composition at seedling stage. The population also harbors genetic variation based on response to Phytium aphanidermatum (an important seedling pathogen of sorghum) at seedling stage.	1938812	PI 676421
115	PI 676422	150	Sorghum bicolor (L.) Moench subsp. bicolor	S9	2014	Breeding material	Cold tolerance at planting and seedling vigor for stand establishment are critical traits needed to boost sorghum production. To support these needs BTx623 x PI 567946 (HKZ) recombinant inbred population was developed. BTx623 x PI 567946 (HKZ) RI population is composed of 226 F₇ - F₈ RI lines, which combines and provides variation for enhanced field emergence and seedling vigor at lower soil and ambient air temperature. Field emergence and vigor for this population were evaluated in 3 locations in 2011. Addtionally, this population offers genetic variation for plant height, days to flowering and seed quality parameters including phenolics and sugar composition at seedling stage. The population also harbors genetic variation based on response to Phytium aphanidermatum (an important seedling pathogen of sorghum) at seedling stage.	1938813	PI 676422
116	PI 676423	151	Sorghum bicolor (L.) Moench subsp. bicolor	S9	2014	Breeding material	Cold tolerance at planting and seedling vigor for stand establishment are critical traits needed to boost sorghum production. To support these needs BTx623 x PI 567946 (HKZ) recombinant inbred population was developed. BTx623 x PI 567946 (HKZ) RI population is composed of 226 F₇ - F₈ RI lines, which combines and provides variation for enhanced field emergence and seedling vigor at lower soil and ambient air temperature. Field emergence and vigor for this population were evaluated in 3 locations in 2011. Addtionally, this population offers genetic variation for plant height, days to flowering and seed quality parameters including phenolics and sugar composition at seedling stage. The population also harbors genetic variation based on response to Phytium aphanidermatum (an important seedling pathogen of sorghum) at seedling stage.	1938814	PI 676423
117	PI 676424	153	Sorghum bicolor (L.) Moench subsp. bicolor	S9	2014	Breeding material	Cold tolerance at planting and seedling vigor for stand establishment are critical traits needed to boost sorghum production. To support these needs BTx623 x PI 567946 (HKZ) recombinant inbred population was developed. BTx623 x PI 567946 (HKZ) RI population is composed of 226 F₇ - F₈ RI lines, which combines and provides variation for enhanced field emergence and seedling vigor at lower soil and ambient air temperature. Field emergence and vigor for this population were evaluated in 3 locations in 2011. Addtionally, this population offers genetic variation for plant height, days to flowering and seed quality parameters including phenolics and sugar composition at seedling stage. The population also harbors genetic variation based on response to Phytium aphanidermatum (an important seedling pathogen of sorghum) at seedling stage.	1938815	PI 676424
118	PI 676425	154	Sorghum bicolor (L.) Moench subsp. bicolor	S9	2014	Breeding material	Cold tolerance at planting and seedling vigor for stand establishment are critical traits needed to boost sorghum production. To support these needs BTx623 x PI 567946 (HKZ) recombinant inbred population was developed. BTx623 x PI 567946 (HKZ) RI population is composed of 226 F₇ - F₈ RI lines, which combines and provides variation for enhanced field emergence and seedling vigor at lower soil and ambient air temperature. Field emergence and vigor for this population were evaluated in 3 locations in 2011. Addtionally, this population offers genetic variation for plant height, days to flowering and seed quality parameters including phenolics and sugar composition at seedling stage. The population also harbors genetic variation based on response to Phytium aphanidermatum (an important seedling pathogen of sorghum) at seedling stage.	1938816	PI 676425
119	PI 676426	155	Sorghum bicolor (L.) Moench subsp. bicolor	S9	2014	Breeding material	Cold tolerance at planting and seedling vigor for stand establishment are critical traits needed to boost sorghum production. To support these needs BTx623 x PI 567946 (HKZ) recombinant inbred population was developed. BTx623 x PI 567946 (HKZ) RI population is composed of 226 F₇ - F₈ RI lines, which combines and provides variation for enhanced field emergence and seedling vigor at lower soil and ambient air temperature. Field emergence and vigor for this population were evaluated in 3 locations in 2011. Addtionally, this population offers genetic variation for plant height, days to flowering and seed quality parameters including phenolics and sugar composition at seedling stage. The population also harbors genetic variation based on response to Phytium aphanidermatum (an important seedling pathogen of sorghum) at seedling stage.	1938817	PI 676426
120	PI 676427	156	Sorghum bicolor (L.) Moench subsp. bicolor	S9	2014	Breeding material	Cold tolerance at planting and seedling vigor for stand establishment are critical traits needed to boost sorghum production. To support these needs BTx623 x PI 567946 (HKZ) recombinant inbred population was developed. BTx623 x PI 567946 (HKZ) RI population is composed of 226 F₇ - F₈ RI lines, which combines and provides variation for enhanced field emergence and seedling vigor at lower soil and ambient air temperature. Field emergence and vigor for this population were evaluated in 3 locations in 2011. Addtionally, this population offers genetic variation for plant height, days to flowering and seed quality parameters including phenolics and sugar composition at seedling stage. The population also harbors genetic variation based on response to Phytium aphanidermatum (an important seedling pathogen of sorghum) at seedling stage.	1938818	PI 676427
121	PI 676428	157	Sorghum bicolor (L.) Moench subsp. bicolor	S9	2014	Breeding material	Cold tolerance at planting and seedling vigor for stand establishment are critical traits needed to boost sorghum production. To support these needs BTx623 x PI 567946 (HKZ) recombinant inbred population was developed. BTx623 x PI 567946 (HKZ) RI population is composed of 226 F₇ - F₈ RI lines, which combines and provides variation for enhanced field emergence and seedling vigor at lower soil and ambient air temperature. Field emergence and vigor for this population were evaluated in 3 locations in 2011. Addtionally, this population offers genetic variation for plant height, days to flowering and seed quality parameters including phenolics and sugar composition at seedling stage. The population also harbors genetic variation based on response to Phytium aphanidermatum (an important seedling pathogen of sorghum) at seedling stage.	1938819	PI 676428
122	PI 676429	159	Sorghum bicolor (L.) Moench subsp. bicolor	S9	2014	Breeding material	Cold tolerance at planting and seedling vigor for stand establishment are critical traits needed to boost sorghum production. To support these needs BTx623 x PI 567946 (HKZ) recombinant inbred population was developed. BTx623 x PI 567946 (HKZ) RI population is composed of 226 F₇ - F₈ RI lines, which combines and provides variation for enhanced field emergence and seedling vigor at lower soil and ambient air temperature. Field emergence and vigor for this population were evaluated in 3 locations in 2011. Addtionally, this population offers genetic variation for plant height, days to flowering and seed quality parameters including phenolics and sugar composition at seedling stage. The population also harbors genetic variation based on response to Phytium aphanidermatum (an important seedling pathogen of sorghum) at seedling stage.	1938820	PI 676429
123	PI 676430	160	Sorghum bicolor (L.) Moench subsp. bicolor	S9	2014	Breeding material	Cold tolerance at planting and seedling vigor for stand establishment are critical traits needed to boost sorghum production. To support these needs BTx623 x PI 567946 (HKZ) recombinant inbred population was developed. BTx623 x PI 567946 (HKZ) RI population is composed of 226 F₇ - F₈ RI lines, which combines and provides variation for enhanced field emergence and seedling vigor at lower soil and ambient air temperature. Field emergence and vigor for this population were evaluated in 3 locations in 2011. Addtionally, this population offers genetic variation for plant height, days to flowering and seed quality parameters including phenolics and sugar composition at seedling stage. The population also harbors genetic variation based on response to Phytium aphanidermatum (an important seedling pathogen of sorghum) at seedling stage.	1938821	PI 676430
124	PI 676431	161	Sorghum bicolor (L.) Moench subsp. bicolor	S9	2014	Breeding material	Cold tolerance at planting and seedling vigor for stand establishment are critical traits needed to boost sorghum production. To support these needs BTx623 x PI 567946 (HKZ) recombinant inbred population was developed. BTx623 x PI 567946 (HKZ) RI population is composed of 226 F₇ - F₈ RI lines, which combines and provides variation for enhanced field emergence and seedling vigor at lower soil and ambient air temperature. Field emergence and vigor for this population were evaluated in 3 locations in 2011. Addtionally, this population offers genetic variation for plant height, days to flowering and seed quality parameters including phenolics and sugar composition at seedling stage. The population also harbors genetic variation based on response to Phytium aphanidermatum (an important seedling pathogen of sorghum) at seedling stage.	1938822	PI 676431
125	PI 676432	162	Sorghum bicolor (L.) Moench subsp. bicolor	S9	2014	Breeding material	Cold tolerance at planting and seedling vigor for stand establishment are critical traits needed to boost sorghum production. To support these needs BTx623 x PI 567946 (HKZ) recombinant inbred population was developed. BTx623 x PI 567946 (HKZ) RI population is composed of 226 F₇ - F₈ RI lines, which combines and provides variation for enhanced field emergence and seedling vigor at lower soil and ambient air temperature. Field emergence and vigor for this population were evaluated in 3 locations in 2011. Addtionally, this population offers genetic variation for plant height, days to flowering and seed quality parameters including phenolics and sugar composition at seedling stage. The population also harbors genetic variation based on response to Phytium aphanidermatum (an important seedling pathogen of sorghum) at seedling stage.	1938823	PI 676432
126	PI 676433	163	Sorghum bicolor (L.) Moench subsp. bicolor	S9	2014	Breeding material	Cold tolerance at planting and seedling vigor for stand establishment are critical traits needed to boost sorghum production. To support these needs BTx623 x PI 567946 (HKZ) recombinant inbred population was developed. BTx623 x PI 567946 (HKZ) RI population is composed of 226 F₇ - F₈ RI lines, which combines and provides variation for enhanced field emergence and seedling vigor at lower soil and ambient air temperature. Field emergence and vigor for this population were evaluated in 3 locations in 2011. Addtionally, this population offers genetic variation for plant height, days to flowering and seed quality parameters including phenolics and sugar composition at seedling stage. The population also harbors genetic variation based on response to Phytium aphanidermatum (an important seedling pathogen of sorghum) at seedling stage.	1938824	PI 676433
127	PI 676434	165	Sorghum bicolor (L.) Moench subsp. bicolor	S9	2014	Breeding material	Cold tolerance at planting and seedling vigor for stand establishment are critical traits needed to boost sorghum production. To support these needs BTx623 x PI 567946 (HKZ) recombinant inbred population was developed. BTx623 x PI 567946 (HKZ) RI population is composed of 226 F₇ - F₈ RI lines, which combines and provides variation for enhanced field emergence and seedling vigor at lower soil and ambient air temperature. Field emergence and vigor for this population were evaluated in 3 locations in 2011. Addtionally, this population offers genetic variation for plant height, days to flowering and seed quality parameters including phenolics and sugar composition at seedling stage. The population also harbors genetic variation based on response to Phytium aphanidermatum (an important seedling pathogen of sorghum) at seedling stage.	1938825	PI 676434
128	PI 676435	166	Sorghum bicolor (L.) Moench subsp. bicolor	S9	2014	Breeding material	Cold tolerance at planting and seedling vigor for stand establishment are critical traits needed to boost sorghum production. To support these needs BTx623 x PI 567946 (HKZ) recombinant inbred population was developed. BTx623 x PI 567946 (HKZ) RI population is composed of 226 F₇ - F₈ RI lines, which combines and provides variation for enhanced field emergence and seedling vigor at lower soil and ambient air temperature. Field emergence and vigor for this population were evaluated in 3 locations in 2011. Addtionally, this population offers genetic variation for plant height, days to flowering and seed quality parameters including phenolics and sugar composition at seedling stage. The population also harbors genetic variation based on response to Phytium aphanidermatum (an important seedling pathogen of sorghum) at seedling stage.	1938826	PI 676435
129	PI 676436	167	Sorghum bicolor (L.) Moench subsp. bicolor	S9	2014	Breeding material	Cold tolerance at planting and seedling vigor for stand establishment are critical traits needed to boost sorghum production. To support these needs BTx623 x PI 567946 (HKZ) recombinant inbred population was developed. BTx623 x PI 567946 (HKZ) RI population is composed of 226 F₇ - F₈ RI lines, which combines and provides variation for enhanced field emergence and seedling vigor at lower soil and ambient air temperature. Field emergence and vigor for this population were evaluated in 3 locations in 2011. Addtionally, this population offers genetic variation for plant height, days to flowering and seed quality parameters including phenolics and sugar composition at seedling stage. The population also harbors genetic variation based on response to Phytium aphanidermatum (an important seedling pathogen of sorghum) at seedling stage.	1938827	PI 676436
130	PI 676437	168	Sorghum bicolor (L.) Moench subsp. bicolor	S9	2014	Breeding material	Cold tolerance at planting and seedling vigor for stand establishment are critical traits needed to boost sorghum production. To support these needs BTx623 x PI 567946 (HKZ) recombinant inbred population was developed. BTx623 x PI 567946 (HKZ) RI population is composed of 226 F₇ - F₈ RI lines, which combines and provides variation for enhanced field emergence and seedling vigor at lower soil and ambient air temperature. Field emergence and vigor for this population were evaluated in 3 locations in 2011. Addtionally, this population offers genetic variation for plant height, days to flowering and seed quality parameters including phenolics and sugar composition at seedling stage. The population also harbors genetic variation based on response to Phytium aphanidermatum (an important seedling pathogen of sorghum) at seedling stage.	1938828	PI 676437
131	PI 676438	169	Sorghum bicolor (L.) Moench subsp. bicolor	S9	2014	Breeding material	Cold tolerance at planting and seedling vigor for stand establishment are critical traits needed to boost sorghum production. To support these needs BTx623 x PI 567946 (HKZ) recombinant inbred population was developed. BTx623 x PI 567946 (HKZ) RI population is composed of 226 F₇ - F₈ RI lines, which combines and provides variation for enhanced field emergence and seedling vigor at lower soil and ambient air temperature. Field emergence and vigor for this population were evaluated in 3 locations in 2011. Addtionally, this population offers genetic variation for plant height, days to flowering and seed quality parameters including phenolics and sugar composition at seedling stage. The population also harbors genetic variation based on response to Phytium aphanidermatum (an important seedling pathogen of sorghum) at seedling stage.	1938829	PI 676438
132	PI 676439	170	Sorghum bicolor (L.) Moench subsp. bicolor	S9	2014	Breeding material	Cold tolerance at planting and seedling vigor for stand establishment are critical traits needed to boost sorghum production. To support these needs BTx623 x PI 567946 (HKZ) recombinant inbred population was developed. BTx623 x PI 567946 (HKZ) RI population is composed of 226 F₇ - F₈ RI lines, which combines and provides variation for enhanced field emergence and seedling vigor at lower soil and ambient air temperature. Field emergence and vigor for this population were evaluated in 3 locations in 2011. Addtionally, this population offers genetic variation for plant height, days to flowering and seed quality parameters including phenolics and sugar composition at seedling stage. The population also harbors genetic variation based on response to Phytium aphanidermatum (an important seedling pathogen of sorghum) at seedling stage.	1938830	PI 676439
133	PI 676440	171	Sorghum bicolor (L.) Moench subsp. bicolor	S9	2014	Breeding material	Cold tolerance at planting and seedling vigor for stand establishment are critical traits needed to boost sorghum production. To support these needs BTx623 x PI 567946 (HKZ) recombinant inbred population was developed. BTx623 x PI 567946 (HKZ) RI population is composed of 226 F₇ - F₈ RI lines, which combines and provides variation for enhanced field emergence and seedling vigor at lower soil and ambient air temperature. Field emergence and vigor for this population were evaluated in 3 locations in 2011. Addtionally, this population offers genetic variation for plant height, days to flowering and seed quality parameters including phenolics and sugar composition at seedling stage. The population also harbors genetic variation based on response to Phytium aphanidermatum (an important seedling pathogen of sorghum) at seedling stage.	1938831	PI 676440
134	PI 676441	173	Sorghum bicolor (L.) Moench subsp. bicolor	S9	2014	Breeding material	Cold tolerance at planting and seedling vigor for stand establishment are critical traits needed to boost sorghum production. To support these needs BTx623 x PI 567946 (HKZ) recombinant inbred population was developed. BTx623 x PI 567946 (HKZ) RI population is composed of 226 F₇ - F₈ RI lines, which combines and provides variation for enhanced field emergence and seedling vigor at lower soil and ambient air temperature. Field emergence and vigor for this population were evaluated in 3 locations in 2011. Addtionally, this population offers genetic variation for plant height, days to flowering and seed quality parameters including phenolics and sugar composition at seedling stage. The population also harbors genetic variation based on response to Phytium aphanidermatum (an important seedling pathogen of sorghum) at seedling stage.	1938832	PI 676441
135	PI 676442	174	Sorghum bicolor (L.) Moench subsp. bicolor	S9	2014	Breeding material	Cold tolerance at planting and seedling vigor for stand establishment are critical traits needed to boost sorghum production. To support these needs BTx623 x PI 567946 (HKZ) recombinant inbred population was developed. BTx623 x PI 567946 (HKZ) RI population is composed of 226 F₇ - F₈ RI lines, which combines and provides variation for enhanced field emergence and seedling vigor at lower soil and ambient air temperature. Field emergence and vigor for this population were evaluated in 3 locations in 2011. Addtionally, this population offers genetic variation for plant height, days to flowering and seed quality parameters including phenolics and sugar composition at seedling stage. The population also harbors genetic variation based on response to Phytium aphanidermatum (an important seedling pathogen of sorghum) at seedling stage.	1938833	PI 676442
136	PI 676443	175	Sorghum bicolor (L.) Moench subsp. bicolor	S9	2014	Breeding material	Cold tolerance at planting and seedling vigor for stand establishment are critical traits needed to boost sorghum production. To support these needs BTx623 x PI 567946 (HKZ) recombinant inbred population was developed. BTx623 x PI 567946 (HKZ) RI population is composed of 226 F₇ - F₈ RI lines, which combines and provides variation for enhanced field emergence and seedling vigor at lower soil and ambient air temperature. Field emergence and vigor for this population were evaluated in 3 locations in 2011. Addtionally, this population offers genetic variation for plant height, days to flowering and seed quality parameters including phenolics and sugar composition at seedling stage. The population also harbors genetic variation based on response to Phytium aphanidermatum (an important seedling pathogen of sorghum) at seedling stage.	1938834	PI 676443
137	PI 676444	176	Sorghum bicolor (L.) Moench subsp. bicolor	S9	2014	Breeding material	Cold tolerance at planting and seedling vigor for stand establishment are critical traits needed to boost sorghum production. To support these needs BTx623 x PI 567946 (HKZ) recombinant inbred population was developed. BTx623 x PI 567946 (HKZ) RI population is composed of 226 F₇ - F₈ RI lines, which combines and provides variation for enhanced field emergence and seedling vigor at lower soil and ambient air temperature. Field emergence and vigor for this population were evaluated in 3 locations in 2011. Addtionally, this population offers genetic variation for plant height, days to flowering and seed quality parameters including phenolics and sugar composition at seedling stage. The population also harbors genetic variation based on response to Phytium aphanidermatum (an important seedling pathogen of sorghum) at seedling stage.	1938835	PI 676444
138	PI 676445	178	Sorghum bicolor (L.) Moench subsp. bicolor	S9	2014	Breeding material	Cold tolerance at planting and seedling vigor for stand establishment are critical traits needed to boost sorghum production. To support these needs BTx623 x PI 567946 (HKZ) recombinant inbred population was developed. BTx623 x PI 567946 (HKZ) RI population is composed of 226 F₇ - F₈ RI lines, which combines and provides variation for enhanced field emergence and seedling vigor at lower soil and ambient air temperature. Field emergence and vigor for this population were evaluated in 3 locations in 2011. Addtionally, this population offers genetic variation for plant height, days to flowering and seed quality parameters including phenolics and sugar composition at seedling stage. The population also harbors genetic variation based on response to Phytium aphanidermatum (an important seedling pathogen of sorghum) at seedling stage.	1938836	PI 676445
139	PI 676446	179	Sorghum bicolor (L.) Moench subsp. bicolor	S9	2014	Breeding material	Cold tolerance at planting and seedling vigor for stand establishment are critical traits needed to boost sorghum production. To support these needs BTx623 x PI 567946 (HKZ) recombinant inbred population was developed. BTx623 x PI 567946 (HKZ) RI population is composed of 226 F₇ - F₈ RI lines, which combines and provides variation for enhanced field emergence and seedling vigor at lower soil and ambient air temperature. Field emergence and vigor for this population were evaluated in 3 locations in 2011. Addtionally, this population offers genetic variation for plant height, days to flowering and seed quality parameters including phenolics and sugar composition at seedling stage. The population also harbors genetic variation based on response to Phytium aphanidermatum (an important seedling pathogen of sorghum) at seedling stage.	1938837	PI 676446
140	PI 676447	181	Sorghum bicolor (L.) Moench subsp. bicolor	S9	2014	Breeding material	Cold tolerance at planting and seedling vigor for stand establishment are critical traits needed to boost sorghum production. To support these needs BTx623 x PI 567946 (HKZ) recombinant inbred population was developed. BTx623 x PI 567946 (HKZ) RI population is composed of 226 F₇ - F₈ RI lines, which combines and provides variation for enhanced field emergence and seedling vigor at lower soil and ambient air temperature. Field emergence and vigor for this population were evaluated in 3 locations in 2011. Addtionally, this population offers genetic variation for plant height, days to flowering and seed quality parameters including phenolics and sugar composition at seedling stage. The population also harbors genetic variation based on response to Phytium aphanidermatum (an important seedling pathogen of sorghum) at seedling stage.	1938838	PI 676447
141	PI 676448	182	Sorghum bicolor (L.) Moench subsp. bicolor	S9	2014	Breeding material	Cold tolerance at planting and seedling vigor for stand establishment are critical traits needed to boost sorghum production. To support these needs BTx623 x PI 567946 (HKZ) recombinant inbred population was developed. BTx623 x PI 567946 (HKZ) RI population is composed of 226 F₇ - F₈ RI lines, which combines and provides variation for enhanced field emergence and seedling vigor at lower soil and ambient air temperature. Field emergence and vigor for this population were evaluated in 3 locations in 2011. Addtionally, this population offers genetic variation for plant height, days to flowering and seed quality parameters including phenolics and sugar composition at seedling stage. The population also harbors genetic variation based on response to Phytium aphanidermatum (an important seedling pathogen of sorghum) at seedling stage.	1938839	PI 676448
142	PI 676449	183	Sorghum bicolor (L.) Moench subsp. bicolor	S9	2014	Breeding material	Cold tolerance at planting and seedling vigor for stand establishment are critical traits needed to boost sorghum production. To support these needs BTx623 x PI 567946 (HKZ) recombinant inbred population was developed. BTx623 x PI 567946 (HKZ) RI population is composed of 226 F₇ - F₈ RI lines, which combines and provides variation for enhanced field emergence and seedling vigor at lower soil and ambient air temperature. Field emergence and vigor for this population were evaluated in 3 locations in 2011. Addtionally, this population offers genetic variation for plant height, days to flowering and seed quality parameters including phenolics and sugar composition at seedling stage. The population also harbors genetic variation based on response to Phytium aphanidermatum (an important seedling pathogen of sorghum) at seedling stage.	1938840	PI 676449
143	PI 676450	185	Sorghum bicolor (L.) Moench subsp. bicolor	S9	2014	Breeding material	Cold tolerance at planting and seedling vigor for stand establishment are critical traits needed to boost sorghum production. To support these needs BTx623 x PI 567946 (HKZ) recombinant inbred population was developed. BTx623 x PI 567946 (HKZ) RI population is composed of 226 F₇ - F₈ RI lines, which combines and provides variation for enhanced field emergence and seedling vigor at lower soil and ambient air temperature. Field emergence and vigor for this population were evaluated in 3 locations in 2011. Addtionally, this population offers genetic variation for plant height, days to flowering and seed quality parameters including phenolics and sugar composition at seedling stage. The population also harbors genetic variation based on response to Phytium aphanidermatum (an important seedling pathogen of sorghum) at seedling stage.	1938841	PI 676450
144	PI 676451	186	Sorghum bicolor (L.) Moench subsp. bicolor	S9	2014	Breeding material	Cold tolerance at planting and seedling vigor for stand establishment are critical traits needed to boost sorghum production. To support these needs BTx623 x PI 567946 (HKZ) recombinant inbred population was developed. BTx623 x PI 567946 (HKZ) RI population is composed of 226 F₇ - F₈ RI lines, which combines and provides variation for enhanced field emergence and seedling vigor at lower soil and ambient air temperature. Field emergence and vigor for this population were evaluated in 3 locations in 2011. Addtionally, this population offers genetic variation for plant height, days to flowering and seed quality parameters including phenolics and sugar composition at seedling stage. The population also harbors genetic variation based on response to Phytium aphanidermatum (an important seedling pathogen of sorghum) at seedling stage.	1938842	PI 676451
145	PI 676452	187	Sorghum bicolor (L.) Moench subsp. bicolor	S9	2014	Breeding material	Cold tolerance at planting and seedling vigor for stand establishment are critical traits needed to boost sorghum production. To support these needs BTx623 x PI 567946 (HKZ) recombinant inbred population was developed. BTx623 x PI 567946 (HKZ) RI population is composed of 226 F₇ - F₈ RI lines, which combines and provides variation for enhanced field emergence and seedling vigor at lower soil and ambient air temperature. Field emergence and vigor for this population were evaluated in 3 locations in 2011. Addtionally, this population offers genetic variation for plant height, days to flowering and seed quality parameters including phenolics and sugar composition at seedling stage. The population also harbors genetic variation based on response to Phytium aphanidermatum (an important seedling pathogen of sorghum) at seedling stage.	1938843	PI 676452
146	PI 676453	188	Sorghum bicolor (L.) Moench subsp. bicolor	S9	2014	Breeding material	Cold tolerance at planting and seedling vigor for stand establishment are critical traits needed to boost sorghum production. To support these needs BTx623 x PI 567946 (HKZ) recombinant inbred population was developed. BTx623 x PI 567946 (HKZ) RI population is composed of 226 F₇ - F₈ RI lines, which combines and provides variation for enhanced field emergence and seedling vigor at lower soil and ambient air temperature. Field emergence and vigor for this population were evaluated in 3 locations in 2011. Addtionally, this population offers genetic variation for plant height, days to flowering and seed quality parameters including phenolics and sugar composition at seedling stage. The population also harbors genetic variation based on response to Phytium aphanidermatum (an important seedling pathogen of sorghum) at seedling stage.	1938844	PI 676453
147	PI 676454	189	Sorghum bicolor (L.) Moench subsp. bicolor	S9	2014	Breeding material	Cold tolerance at planting and seedling vigor for stand establishment are critical traits needed to boost sorghum production. To support these needs BTx623 x PI 567946 (HKZ) recombinant inbred population was developed. BTx623 x PI 567946 (HKZ) RI population is composed of 226 F₇ - F₈ RI lines, which combines and provides variation for enhanced field emergence and seedling vigor at lower soil and ambient air temperature. Field emergence and vigor for this population were evaluated in 3 locations in 2011. Addtionally, this population offers genetic variation for plant height, days to flowering and seed quality parameters including phenolics and sugar composition at seedling stage. The population also harbors genetic variation based on response to Phytium aphanidermatum (an important seedling pathogen of sorghum) at seedling stage.	1938845	PI 676454
148	PI 676455	193	Sorghum bicolor (L.) Moench subsp. bicolor	S9	2014	Breeding material	Cold tolerance at planting and seedling vigor for stand establishment are critical traits needed to boost sorghum production. To support these needs BTx623 x PI 567946 (HKZ) recombinant inbred population was developed. BTx623 x PI 567946 (HKZ) RI population is composed of 226 F₇ - F₈ RI lines, which combines and provides variation for enhanced field emergence and seedling vigor at lower soil and ambient air temperature. Field emergence and vigor for this population were evaluated in 3 locations in 2011. Addtionally, this population offers genetic variation for plant height, days to flowering and seed quality parameters including phenolics and sugar composition at seedling stage. The population also harbors genetic variation based on response to Phytium aphanidermatum (an important seedling pathogen of sorghum) at seedling stage.	1938846	PI 676455
149	PI 676456	195	Sorghum bicolor (L.) Moench subsp. bicolor	S9	2014	Breeding material	Cold tolerance at planting and seedling vigor for stand establishment are critical traits needed to boost sorghum production. To support these needs BTx623 x PI 567946 (HKZ) recombinant inbred population was developed. BTx623 x PI 567946 (HKZ) RI population is composed of 226 F₇ - F₈ RI lines, which combines and provides variation for enhanced field emergence and seedling vigor at lower soil and ambient air temperature. Field emergence and vigor for this population were evaluated in 3 locations in 2011. Addtionally, this population offers genetic variation for plant height, days to flowering and seed quality parameters including phenolics and sugar composition at seedling stage. The population also harbors genetic variation based on response to Phytium aphanidermatum (an important seedling pathogen of sorghum) at seedling stage.	1938847	PI 676456
150	PI 676457	196	Sorghum bicolor (L.) Moench subsp. bicolor	S9	2014	Breeding material	Cold tolerance at planting and seedling vigor for stand establishment are critical traits needed to boost sorghum production. To support these needs BTx623 x PI 567946 (HKZ) recombinant inbred population was developed. BTx623 x PI 567946 (HKZ) RI population is composed of 226 F₇ - F₈ RI lines, which combines and provides variation for enhanced field emergence and seedling vigor at lower soil and ambient air temperature. Field emergence and vigor for this population were evaluated in 3 locations in 2011. Addtionally, this population offers genetic variation for plant height, days to flowering and seed quality parameters including phenolics and sugar composition at seedling stage. The population also harbors genetic variation based on response to Phytium aphanidermatum (an important seedling pathogen of sorghum) at seedling stage.	1938848	PI 676457
151	PI 676458	197	Sorghum bicolor (L.) Moench subsp. bicolor	S9	2014	Breeding material	Cold tolerance at planting and seedling vigor for stand establishment are critical traits needed to boost sorghum production. To support these needs BTx623 x PI 567946 (HKZ) recombinant inbred population was developed. BTx623 x PI 567946 (HKZ) RI population is composed of 226 F₇ - F₈ RI lines, which combines and provides variation for enhanced field emergence and seedling vigor at lower soil and ambient air temperature. Field emergence and vigor for this population were evaluated in 3 locations in 2011. Addtionally, this population offers genetic variation for plant height, days to flowering and seed quality parameters including phenolics and sugar composition at seedling stage. The population also harbors genetic variation based on response to Phytium aphanidermatum (an important seedling pathogen of sorghum) at seedling stage.	1938849	PI 676458
152	PI 676459	199	Sorghum bicolor (L.) Moench subsp. bicolor	S9	2014	Breeding material	Cold tolerance at planting and seedling vigor for stand establishment are critical traits needed to boost sorghum production. To support these needs BTx623 x PI 567946 (HKZ) recombinant inbred population was developed. BTx623 x PI 567946 (HKZ) RI population is composed of 226 F₇ - F₈ RI lines, which combines and provides variation for enhanced field emergence and seedling vigor at lower soil and ambient air temperature. Field emergence and vigor for this population were evaluated in 3 locations in 2011. Addtionally, this population offers genetic variation for plant height, days to flowering and seed quality parameters including phenolics and sugar composition at seedling stage. The population also harbors genetic variation based on response to Phytium aphanidermatum (an important seedling pathogen of sorghum) at seedling stage.	1938850	PI 676459
153	PI 676460	200	Sorghum bicolor (L.) Moench subsp. bicolor	S9	2014	Breeding material	Cold tolerance at planting and seedling vigor for stand establishment are critical traits needed to boost sorghum production. To support these needs BTx623 x PI 567946 (HKZ) recombinant inbred population was developed. BTx623 x PI 567946 (HKZ) RI population is composed of 226 F₇ - F₈ RI lines, which combines and provides variation for enhanced field emergence and seedling vigor at lower soil and ambient air temperature. Field emergence and vigor for this population were evaluated in 3 locations in 2011. Addtionally, this population offers genetic variation for plant height, days to flowering and seed quality parameters including phenolics and sugar composition at seedling stage. The population also harbors genetic variation based on response to Phytium aphanidermatum (an important seedling pathogen of sorghum) at seedling stage.	1938851	PI 676460
154	PI 676461	201	Sorghum bicolor (L.) Moench subsp. bicolor	S9	2014	Breeding material	Cold tolerance at planting and seedling vigor for stand establishment are critical traits needed to boost sorghum production. To support these needs BTx623 x PI 567946 (HKZ) recombinant inbred population was developed. BTx623 x PI 567946 (HKZ) RI population is composed of 226 F₇ - F₈ RI lines, which combines and provides variation for enhanced field emergence and seedling vigor at lower soil and ambient air temperature. Field emergence and vigor for this population were evaluated in 3 locations in 2011. Addtionally, this population offers genetic variation for plant height, days to flowering and seed quality parameters including phenolics and sugar composition at seedling stage. The population also harbors genetic variation based on response to Phytium aphanidermatum (an important seedling pathogen of sorghum) at seedling stage.	1938852	PI 676461
155	PI 676462	202	Sorghum bicolor (L.) Moench subsp. bicolor	S9	2014	Breeding material	Cold tolerance at planting and seedling vigor for stand establishment are critical traits needed to boost sorghum production. To support these needs BTx623 x PI 567946 (HKZ) recombinant inbred population was developed. BTx623 x PI 567946 (HKZ) RI population is composed of 226 F₇ - F₈ RI lines, which combines and provides variation for enhanced field emergence and seedling vigor at lower soil and ambient air temperature. Field emergence and vigor for this population were evaluated in 3 locations in 2011. Addtionally, this population offers genetic variation for plant height, days to flowering and seed quality parameters including phenolics and sugar composition at seedling stage. The population also harbors genetic variation based on response to Phytium aphanidermatum (an important seedling pathogen of sorghum) at seedling stage.	1938853	PI 676462
156	PI 676463	203	Sorghum bicolor (L.) Moench subsp. bicolor	S9	2014	Breeding material	Cold tolerance at planting and seedling vigor for stand establishment are critical traits needed to boost sorghum production. To support these needs BTx623 x PI 567946 (HKZ) recombinant inbred population was developed. BTx623 x PI 567946 (HKZ) RI population is composed of 226 F₇ - F₈ RI lines, which combines and provides variation for enhanced field emergence and seedling vigor at lower soil and ambient air temperature. Field emergence and vigor for this population were evaluated in 3 locations in 2011. Addtionally, this population offers genetic variation for plant height, days to flowering and seed quality parameters including phenolics and sugar composition at seedling stage. The population also harbors genetic variation based on response to Phytium aphanidermatum (an important seedling pathogen of sorghum) at seedling stage.	1938854	PI 676463
157	PI 676464	204	Sorghum bicolor (L.) Moench subsp. bicolor	S9	2014	Breeding material	Cold tolerance at planting and seedling vigor for stand establishment are critical traits needed to boost sorghum production. To support these needs BTx623 x PI 567946 (HKZ) recombinant inbred population was developed. BTx623 x PI 567946 (HKZ) RI population is composed of 226 F₇ - F₈ RI lines, which combines and provides variation for enhanced field emergence and seedling vigor at lower soil and ambient air temperature. Field emergence and vigor for this population were evaluated in 3 locations in 2011. Addtionally, this population offers genetic variation for plant height, days to flowering and seed quality parameters including phenolics and sugar composition at seedling stage. The population also harbors genetic variation based on response to Phytium aphanidermatum (an important seedling pathogen of sorghum) at seedling stage.	1938855	PI 676464
158	PI 676465	205	Sorghum bicolor (L.) Moench subsp. bicolor	S9	2014	Breeding material	Cold tolerance at planting and seedling vigor for stand establishment are critical traits needed to boost sorghum production. To support these needs BTx623 x PI 567946 (HKZ) recombinant inbred population was developed. BTx623 x PI 567946 (HKZ) RI population is composed of 226 F₇ - F₈ RI lines, which combines and provides variation for enhanced field emergence and seedling vigor at lower soil and ambient air temperature. Field emergence and vigor for this population were evaluated in 3 locations in 2011. Addtionally, this population offers genetic variation for plant height, days to flowering and seed quality parameters including phenolics and sugar composition at seedling stage. The population also harbors genetic variation based on response to Phytium aphanidermatum (an important seedling pathogen of sorghum) at seedling stage.	1938856	PI 676465
159	PI 676466	206	Sorghum bicolor (L.) Moench subsp. bicolor	S9	2014	Breeding material	Cold tolerance at planting and seedling vigor for stand establishment are critical traits needed to boost sorghum production. To support these needs BTx623 x PI 567946 (HKZ) recombinant inbred population was developed. BTx623 x PI 567946 (HKZ) RI population is composed of 226 F₇ - F₈ RI lines, which combines and provides variation for enhanced field emergence and seedling vigor at lower soil and ambient air temperature. Field emergence and vigor for this population were evaluated in 3 locations in 2011. Addtionally, this population offers genetic variation for plant height, days to flowering and seed quality parameters including phenolics and sugar composition at seedling stage. The population also harbors genetic variation based on response to Phytium aphanidermatum (an important seedling pathogen of sorghum) at seedling stage.	1938857	PI 676466
160	PI 676467	207	Sorghum bicolor (L.) Moench subsp. bicolor	S9	2014	Breeding material	Cold tolerance at planting and seedling vigor for stand establishment are critical traits needed to boost sorghum production. To support these needs BTx623 x PI 567946 (HKZ) recombinant inbred population was developed. BTx623 x PI 567946 (HKZ) RI population is composed of 226 F₇ - F₈ RI lines, which combines and provides variation for enhanced field emergence and seedling vigor at lower soil and ambient air temperature. Field emergence and vigor for this population were evaluated in 3 locations in 2011. Addtionally, this population offers genetic variation for plant height, days to flowering and seed quality parameters including phenolics and sugar composition at seedling stage. The population also harbors genetic variation based on response to Phytium aphanidermatum (an important seedling pathogen of sorghum) at seedling stage.	1938858	PI 676467
161	PI 676468	208	Sorghum bicolor (L.) Moench subsp. bicolor	S9	2014	Breeding material	Cold tolerance at planting and seedling vigor for stand establishment are critical traits needed to boost sorghum production. To support these needs BTx623 x PI 567946 (HKZ) recombinant inbred population was developed. BTx623 x PI 567946 (HKZ) RI population is composed of 226 F₇ - F₈ RI lines, which combines and provides variation for enhanced field emergence and seedling vigor at lower soil and ambient air temperature. Field emergence and vigor for this population were evaluated in 3 locations in 2011. Addtionally, this population offers genetic variation for plant height, days to flowering and seed quality parameters including phenolics and sugar composition at seedling stage. The population also harbors genetic variation based on response to Phytium aphanidermatum (an important seedling pathogen of sorghum) at seedling stage.	1938859	PI 676468
162	PI 676469	209	Sorghum bicolor (L.) Moench subsp. bicolor	S9	2014	Breeding material	Cold tolerance at planting and seedling vigor for stand establishment are critical traits needed to boost sorghum production. To support these needs BTx623 x PI 567946 (HKZ) recombinant inbred population was developed. BTx623 x PI 567946 (HKZ) RI population is composed of 226 F₇ - F₈ RI lines, which combines and provides variation for enhanced field emergence and seedling vigor at lower soil and ambient air temperature. Field emergence and vigor for this population were evaluated in 3 locations in 2011. Addtionally, this population offers genetic variation for plant height, days to flowering and seed quality parameters including phenolics and sugar composition at seedling stage. The population also harbors genetic variation based on response to Phytium aphanidermatum (an important seedling pathogen of sorghum) at seedling stage.	1938860	PI 676469
163	PI 676470	211	Sorghum bicolor (L.) Moench subsp. bicolor	S9	2014	Breeding material	Cold tolerance at planting and seedling vigor for stand establishment are critical traits needed to boost sorghum production. To support these needs BTx623 x PI 567946 (HKZ) recombinant inbred population was developed. BTx623 x PI 567946 (HKZ) RI population is composed of 226 F₇ - F₈ RI lines, which combines and provides variation for enhanced field emergence and seedling vigor at lower soil and ambient air temperature. Field emergence and vigor for this population were evaluated in 3 locations in 2011. Addtionally, this population offers genetic variation for plant height, days to flowering and seed quality parameters including phenolics and sugar composition at seedling stage. The population also harbors genetic variation based on response to Phytium aphanidermatum (an important seedling pathogen of sorghum) at seedling stage.	1938861	PI 676470
164	PI 676471	214	Sorghum bicolor (L.) Moench subsp. bicolor	S9	2014	Breeding material	Cold tolerance at planting and seedling vigor for stand establishment are critical traits needed to boost sorghum production. To support these needs BTx623 x PI 567946 (HKZ) recombinant inbred population was developed. BTx623 x PI 567946 (HKZ) RI population is composed of 226 F₇ - F₈ RI lines, which combines and provides variation for enhanced field emergence and seedling vigor at lower soil and ambient air temperature. Field emergence and vigor for this population were evaluated in 3 locations in 2011. Addtionally, this population offers genetic variation for plant height, days to flowering and seed quality parameters including phenolics and sugar composition at seedling stage. The population also harbors genetic variation based on response to Phytium aphanidermatum (an important seedling pathogen of sorghum) at seedling stage.	1938862	PI 676471
165	PI 676472	215	Sorghum bicolor (L.) Moench subsp. bicolor	S9	2014	Breeding material	Cold tolerance at planting and seedling vigor for stand establishment are critical traits needed to boost sorghum production. To support these needs BTx623 x PI 567946 (HKZ) recombinant inbred population was developed. BTx623 x PI 567946 (HKZ) RI population is composed of 226 F₇ - F₈ RI lines, which combines and provides variation for enhanced field emergence and seedling vigor at lower soil and ambient air temperature. Field emergence and vigor for this population were evaluated in 3 locations in 2011. Addtionally, this population offers genetic variation for plant height, days to flowering and seed quality parameters including phenolics and sugar composition at seedling stage. The population also harbors genetic variation based on response to Phytium aphanidermatum (an important seedling pathogen of sorghum) at seedling stage.	1938863	PI 676472
166	PI 676473	216	Sorghum bicolor (L.) Moench subsp. bicolor	S9	2014	Breeding material	Cold tolerance at planting and seedling vigor for stand establishment are critical traits needed to boost sorghum production. To support these needs BTx623 x PI 567946 (HKZ) recombinant inbred population was developed. BTx623 x PI 567946 (HKZ) RI population is composed of 226 F₇ - F₈ RI lines, which combines and provides variation for enhanced field emergence and seedling vigor at lower soil and ambient air temperature. Field emergence and vigor for this population were evaluated in 3 locations in 2011. Addtionally, this population offers genetic variation for plant height, days to flowering and seed quality parameters including phenolics and sugar composition at seedling stage. The population also harbors genetic variation based on response to Phytium aphanidermatum (an important seedling pathogen of sorghum) at seedling stage.	1938864	PI 676473
167	PI 676474	217	Sorghum bicolor (L.) Moench subsp. bicolor	S9	2014	Breeding material	Cold tolerance at planting and seedling vigor for stand establishment are critical traits needed to boost sorghum production. To support these needs BTx623 x PI 567946 (HKZ) recombinant inbred population was developed. BTx623 x PI 567946 (HKZ) RI population is composed of 226 F₇ - F₈ RI lines, which combines and provides variation for enhanced field emergence and seedling vigor at lower soil and ambient air temperature. Field emergence and vigor for this population were evaluated in 3 locations in 2011. Addtionally, this population offers genetic variation for plant height, days to flowering and seed quality parameters including phenolics and sugar composition at seedling stage. The population also harbors genetic variation based on response to Phytium aphanidermatum (an important seedling pathogen of sorghum) at seedling stage.	1938865	PI 676474
168	PI 676475	218	Sorghum bicolor (L.) Moench subsp. bicolor	S9	2014	Breeding material	Cold tolerance at planting and seedling vigor for stand establishment are critical traits needed to boost sorghum production. To support these needs BTx623 x PI 567946 (HKZ) recombinant inbred population was developed. BTx623 x PI 567946 (HKZ) RI population is composed of 226 F₇ - F₈ RI lines, which combines and provides variation for enhanced field emergence and seedling vigor at lower soil and ambient air temperature. Field emergence and vigor for this population were evaluated in 3 locations in 2011. Addtionally, this population offers genetic variation for plant height, days to flowering and seed quality parameters including phenolics and sugar composition at seedling stage. The population also harbors genetic variation based on response to Phytium aphanidermatum (an important seedling pathogen of sorghum) at seedling stage.	1938866	PI 676475
169	PI 676476	225	Sorghum bicolor (L.) Moench subsp. bicolor	S9	2014	Breeding material	Cold tolerance at planting and seedling vigor for stand establishment are critical traits needed to boost sorghum production. To support these needs BTx623 x PI 567946 (HKZ) recombinant inbred population was developed. BTx623 x PI 567946 (HKZ) RI population is composed of 226 F₇ - F₈ RI lines, which combines and provides variation for enhanced field emergence and seedling vigor at lower soil and ambient air temperature. Field emergence and vigor for this population were evaluated in 3 locations in 2011. Addtionally, this population offers genetic variation for plant height, days to flowering and seed quality parameters including phenolics and sugar composition at seedling stage. The population also harbors genetic variation based on response to Phytium aphanidermatum (an important seedling pathogen of sorghum) at seedling stage.	1938867	PI 676476
170	PI 676477	226	Sorghum bicolor (L.) Moench subsp. bicolor	S9	2014	Breeding material	Cold tolerance at planting and seedling vigor for stand establishment are critical traits needed to boost sorghum production. To support these needs BTx623 x PI 567946 (HKZ) recombinant inbred population was developed. BTx623 x PI 567946 (HKZ) RI population is composed of 226 F₇ - F₈ RI lines, which combines and provides variation for enhanced field emergence and seedling vigor at lower soil and ambient air temperature. Field emergence and vigor for this population were evaluated in 3 locations in 2011. Addtionally, this population offers genetic variation for plant height, days to flowering and seed quality parameters including phenolics and sugar composition at seedling stage. The population also harbors genetic variation based on response to Phytium aphanidermatum (an important seedling pathogen of sorghum) at seedling stage.	1938868	PI 676477
171	PI 676478	227	Sorghum bicolor (L.) Moench subsp. bicolor	S9	2014	Breeding material	Cold tolerance at planting and seedling vigor for stand establishment are critical traits needed to boost sorghum production. To support these needs BTx623 x PI 567946 (HKZ) recombinant inbred population was developed. BTx623 x PI 567946 (HKZ) RI population is composed of 226 F₇ - F₈ RI lines, which combines and provides variation for enhanced field emergence and seedling vigor at lower soil and ambient air temperature. Field emergence and vigor for this population were evaluated in 3 locations in 2011. Addtionally, this population offers genetic variation for plant height, days to flowering and seed quality parameters including phenolics and sugar composition at seedling stage. The population also harbors genetic variation based on response to Phytium aphanidermatum (an important seedling pathogen of sorghum) at seedling stage.	1938869	PI 676478
172	PI 676479	228	Sorghum bicolor (L.) Moench subsp. bicolor	S9	2014	Breeding material	Cold tolerance at planting and seedling vigor for stand establishment are critical traits needed to boost sorghum production. To support these needs BTx623 x PI 567946 (HKZ) recombinant inbred population was developed. BTx623 x PI 567946 (HKZ) RI population is composed of 226 F₇ - F₈ RI lines, which combines and provides variation for enhanced field emergence and seedling vigor at lower soil and ambient air temperature. Field emergence and vigor for this population were evaluated in 3 locations in 2011. Addtionally, this population offers genetic variation for plant height, days to flowering and seed quality parameters including phenolics and sugar composition at seedling stage. The population also harbors genetic variation based on response to Phytium aphanidermatum (an important seedling pathogen of sorghum) at seedling stage.	1938870	PI 676479
173	PI 676480	229	Sorghum bicolor (L.) Moench subsp. bicolor	S9	2014	Breeding material	Cold tolerance at planting and seedling vigor for stand establishment are critical traits needed to boost sorghum production. To support these needs BTx623 x PI 567946 (HKZ) recombinant inbred population was developed. BTx623 x PI 567946 (HKZ) RI population is composed of 226 F₇ - F₈ RI lines, which combines and provides variation for enhanced field emergence and seedling vigor at lower soil and ambient air temperature. Field emergence and vigor for this population were evaluated in 3 locations in 2011. Addtionally, this population offers genetic variation for plant height, days to flowering and seed quality parameters including phenolics and sugar composition at seedling stage. The population also harbors genetic variation based on response to Phytium aphanidermatum (an important seedling pathogen of sorghum) at seedling stage.	1938871	PI 676480
174	PI 676481	230	Sorghum bicolor (L.) Moench subsp. bicolor	S9	2014	Breeding material	Cold tolerance at planting and seedling vigor for stand establishment are critical traits needed to boost sorghum production. To support these needs BTx623 x PI 567946 (HKZ) recombinant inbred population was developed. BTx623 x PI 567946 (HKZ) RI population is composed of 226 F₇ - F₈ RI lines, which combines and provides variation for enhanced field emergence and seedling vigor at lower soil and ambient air temperature. Field emergence and vigor for this population were evaluated in 3 locations in 2011. Addtionally, this population offers genetic variation for plant height, days to flowering and seed quality parameters including phenolics and sugar composition at seedling stage. The population also harbors genetic variation based on response to Phytium aphanidermatum (an important seedling pathogen of sorghum) at seedling stage.	1938872	PI 676481
175	PI 676482	231	Sorghum bicolor (L.) Moench subsp. bicolor	S9	2014	Breeding material	Cold tolerance at planting and seedling vigor for stand establishment are critical traits needed to boost sorghum production. To support these needs BTx623 x PI 567946 (HKZ) recombinant inbred population was developed. BTx623 x PI 567946 (HKZ) RI population is composed of 226 F₇ - F₈ RI lines, which combines and provides variation for enhanced field emergence and seedling vigor at lower soil and ambient air temperature. Field emergence and vigor for this population were evaluated in 3 locations in 2011. Addtionally, this population offers genetic variation for plant height, days to flowering and seed quality parameters including phenolics and sugar composition at seedling stage. The population also harbors genetic variation based on response to Phytium aphanidermatum (an important seedling pathogen of sorghum) at seedling stage.	1938873	PI 676482
176	PI 676483	232	Sorghum bicolor (L.) Moench subsp. bicolor	S9	2014	Breeding material	Cold tolerance at planting and seedling vigor for stand establishment are critical traits needed to boost sorghum production. To support these needs BTx623 x PI 567946 (HKZ) recombinant inbred population was developed. BTx623 x PI 567946 (HKZ) RI population is composed of 226 F₇ - F₈ RI lines, which combines and provides variation for enhanced field emergence and seedling vigor at lower soil and ambient air temperature. Field emergence and vigor for this population were evaluated in 3 locations in 2011. Addtionally, this population offers genetic variation for plant height, days to flowering and seed quality parameters including phenolics and sugar composition at seedling stage. The population also harbors genetic variation based on response to Phytium aphanidermatum (an important seedling pathogen of sorghum) at seedling stage.	1938874	PI 676483
177	PI 676484	233	Sorghum bicolor (L.) Moench subsp. bicolor	S9	2014	Breeding material	Cold tolerance at planting and seedling vigor for stand establishment are critical traits needed to boost sorghum production. To support these needs BTx623 x PI 567946 (HKZ) recombinant inbred population was developed. BTx623 x PI 567946 (HKZ) RI population is composed of 226 F₇ - F₈ RI lines, which combines and provides variation for enhanced field emergence and seedling vigor at lower soil and ambient air temperature. Field emergence and vigor for this population were evaluated in 3 locations in 2011. Addtionally, this population offers genetic variation for plant height, days to flowering and seed quality parameters including phenolics and sugar composition at seedling stage. The population also harbors genetic variation based on response to Phytium aphanidermatum (an important seedling pathogen of sorghum) at seedling stage.	1938875	PI 676484
178	PI 676485	234	Sorghum bicolor (L.) Moench subsp. bicolor	S9	2014	Breeding material	Cold tolerance at planting and seedling vigor for stand establishment are critical traits needed to boost sorghum production. To support these needs BTx623 x PI 567946 (HKZ) recombinant inbred population was developed. BTx623 x PI 567946 (HKZ) RI population is composed of 226 F₇ - F₈ RI lines, which combines and provides variation for enhanced field emergence and seedling vigor at lower soil and ambient air temperature. Field emergence and vigor for this population were evaluated in 3 locations in 2011. Addtionally, this population offers genetic variation for plant height, days to flowering and seed quality parameters including phenolics and sugar composition at seedling stage. The population also harbors genetic variation based on response to Phytium aphanidermatum (an important seedling pathogen of sorghum) at seedling stage.	1938876	PI 676485
179	PI 676486	235	Sorghum bicolor (L.) Moench subsp. bicolor	S9	2014	Breeding material	Cold tolerance at planting and seedling vigor for stand establishment are critical traits needed to boost sorghum production. To support these needs BTx623 x PI 567946 (HKZ) recombinant inbred population was developed. BTx623 x PI 567946 (HKZ) RI population is composed of 226 F₇ - F₈ RI lines, which combines and provides variation for enhanced field emergence and seedling vigor at lower soil and ambient air temperature. Field emergence and vigor for this population were evaluated in 3 locations in 2011. Addtionally, this population offers genetic variation for plant height, days to flowering and seed quality parameters including phenolics and sugar composition at seedling stage. The population also harbors genetic variation based on response to Phytium aphanidermatum (an important seedling pathogen of sorghum) at seedling stage.	1938877	PI 676486
180	PI 676487	236	Sorghum bicolor (L.) Moench subsp. bicolor	S9	2014	Breeding material	Cold tolerance at planting and seedling vigor for stand establishment are critical traits needed to boost sorghum production. To support these needs BTx623 x PI 567946 (HKZ) recombinant inbred population was developed. BTx623 x PI 567946 (HKZ) RI population is composed of 226 F₇ - F₈ RI lines, which combines and provides variation for enhanced field emergence and seedling vigor at lower soil and ambient air temperature. Field emergence and vigor for this population were evaluated in 3 locations in 2011. Addtionally, this population offers genetic variation for plant height, days to flowering and seed quality parameters including phenolics and sugar composition at seedling stage. The population also harbors genetic variation based on response to Phytium aphanidermatum (an important seedling pathogen of sorghum) at seedling stage.	1938878	PI 676487
181	PI 676488	237	Sorghum bicolor (L.) Moench subsp. bicolor	S9	2014	Breeding material	Cold tolerance at planting and seedling vigor for stand establishment are critical traits needed to boost sorghum production. To support these needs BTx623 x PI 567946 (HKZ) recombinant inbred population was developed. BTx623 x PI 567946 (HKZ) RI population is composed of 226 F₇ - F₈ RI lines, which combines and provides variation for enhanced field emergence and seedling vigor at lower soil and ambient air temperature. Field emergence and vigor for this population were evaluated in 3 locations in 2011. Addtionally, this population offers genetic variation for plant height, days to flowering and seed quality parameters including phenolics and sugar composition at seedling stage. The population also harbors genetic variation based on response to Phytium aphanidermatum (an important seedling pathogen of sorghum) at seedling stage.	1938879	PI 676488
182	PI 676489	238	Sorghum bicolor (L.) Moench subsp. bicolor	S9	2014	Breeding material	Cold tolerance at planting and seedling vigor for stand establishment are critical traits needed to boost sorghum production. To support these needs BTx623 x PI 567946 (HKZ) recombinant inbred population was developed. BTx623 x PI 567946 (HKZ) RI population is composed of 226 F₇ - F₈ RI lines, which combines and provides variation for enhanced field emergence and seedling vigor at lower soil and ambient air temperature. Field emergence and vigor for this population were evaluated in 3 locations in 2011. Addtionally, this population offers genetic variation for plant height, days to flowering and seed quality parameters including phenolics and sugar composition at seedling stage. The population also harbors genetic variation based on response to Phytium aphanidermatum (an important seedling pathogen of sorghum) at seedling stage.	1938880	PI 676489
183	PI 676490	239	Sorghum bicolor (L.) Moench subsp. bicolor	S9	2014	Breeding material	Cold tolerance at planting and seedling vigor for stand establishment are critical traits needed to boost sorghum production. To support these needs BTx623 x PI 567946 (HKZ) recombinant inbred population was developed. BTx623 x PI 567946 (HKZ) RI population is composed of 226 F₇ - F₈ RI lines, which combines and provides variation for enhanced field emergence and seedling vigor at lower soil and ambient air temperature. Field emergence and vigor for this population were evaluated in 3 locations in 2011. Addtionally, this population offers genetic variation for plant height, days to flowering and seed quality parameters including phenolics and sugar composition at seedling stage. The population also harbors genetic variation based on response to Phytium aphanidermatum (an important seedling pathogen of sorghum) at seedling stage.	1938881	PI 676490
184	PI 676491	240	Sorghum bicolor (L.) Moench subsp. bicolor	S9	2014	Breeding material	Cold tolerance at planting and seedling vigor for stand establishment are critical traits needed to boost sorghum production. To support these needs BTx623 x PI 567946 (HKZ) recombinant inbred population was developed. BTx623 x PI 567946 (HKZ) RI population is composed of 226 F₇ - F₈ RI lines, which combines and provides variation for enhanced field emergence and seedling vigor at lower soil and ambient air temperature. Field emergence and vigor for this population were evaluated in 3 locations in 2011. Addtionally, this population offers genetic variation for plant height, days to flowering and seed quality parameters including phenolics and sugar composition at seedling stage. The population also harbors genetic variation based on response to Phytium aphanidermatum (an important seedling pathogen of sorghum) at seedling stage.	1938882	PI 676491
185	PI 676492	242	Sorghum bicolor (L.) Moench subsp. bicolor	S9	2014	Breeding material	Cold tolerance at planting and seedling vigor for stand establishment are critical traits needed to boost sorghum production. To support these needs BTx623 x PI 567946 (HKZ) recombinant inbred population was developed. BTx623 x PI 567946 (HKZ) RI population is composed of 226 F₇ - F₈ RI lines, which combines and provides variation for enhanced field emergence and seedling vigor at lower soil and ambient air temperature. Field emergence and vigor for this population were evaluated in 3 locations in 2011. Addtionally, this population offers genetic variation for plant height, days to flowering and seed quality parameters including phenolics and sugar composition at seedling stage. The population also harbors genetic variation based on response to Phytium aphanidermatum (an important seedling pathogen of sorghum) at seedling stage.	1938883	PI 676492
186	PI 676493	243	Sorghum bicolor (L.) Moench subsp. bicolor	S9	2014	Breeding material	Cold tolerance at planting and seedling vigor for stand establishment are critical traits needed to boost sorghum production. To support these needs BTx623 x PI 567946 (HKZ) recombinant inbred population was developed. BTx623 x PI 567946 (HKZ) RI population is composed of 226 F₇ - F₈ RI lines, which combines and provides variation for enhanced field emergence and seedling vigor at lower soil and ambient air temperature. Field emergence and vigor for this population were evaluated in 3 locations in 2011. Addtionally, this population offers genetic variation for plant height, days to flowering and seed quality parameters including phenolics and sugar composition at seedling stage. The population also harbors genetic variation based on response to Phytium aphanidermatum (an important seedling pathogen of sorghum) at seedling stage.	1938884	PI 676493
187	PI 676494	244	Sorghum bicolor (L.) Moench subsp. bicolor	S9	2014	Breeding material	Cold tolerance at planting and seedling vigor for stand establishment are critical traits needed to boost sorghum production. To support these needs BTx623 x PI 567946 (HKZ) recombinant inbred population was developed. BTx623 x PI 567946 (HKZ) RI population is composed of 226 F₇ - F₈ RI lines, which combines and provides variation for enhanced field emergence and seedling vigor at lower soil and ambient air temperature. Field emergence and vigor for this population were evaluated in 3 locations in 2011. Addtionally, this population offers genetic variation for plant height, days to flowering and seed quality parameters including phenolics and sugar composition at seedling stage. The population also harbors genetic variation based on response to Phytium aphanidermatum (an important seedling pathogen of sorghum) at seedling stage.	1938885	PI 676494
188	PI 676495	245	Sorghum bicolor (L.) Moench subsp. bicolor	S9	2014	Breeding material	Cold tolerance at planting and seedling vigor for stand establishment are critical traits needed to boost sorghum production. To support these needs BTx623 x PI 567946 (HKZ) recombinant inbred population was developed. BTx623 x PI 567946 (HKZ) RI population is composed of 226 F₇ - F₈ RI lines, which combines and provides variation for enhanced field emergence and seedling vigor at lower soil and ambient air temperature. Field emergence and vigor for this population were evaluated in 3 locations in 2011. Addtionally, this population offers genetic variation for plant height, days to flowering and seed quality parameters including phenolics and sugar composition at seedling stage. The population also harbors genetic variation based on response to Phytium aphanidermatum (an important seedling pathogen of sorghum) at seedling stage.	1938886	PI 676495
189	PI 676496	246	Sorghum bicolor (L.) Moench subsp. bicolor	S9	2014	Breeding material	Cold tolerance at planting and seedling vigor for stand establishment are critical traits needed to boost sorghum production. To support these needs BTx623 x PI 567946 (HKZ) recombinant inbred population was developed. BTx623 x PI 567946 (HKZ) RI population is composed of 226 F₇ - F₈ RI lines, which combines and provides variation for enhanced field emergence and seedling vigor at lower soil and ambient air temperature. Field emergence and vigor for this population were evaluated in 3 locations in 2011. Addtionally, this population offers genetic variation for plant height, days to flowering and seed quality parameters including phenolics and sugar composition at seedling stage. The population also harbors genetic variation based on response to Phytium aphanidermatum (an important seedling pathogen of sorghum) at seedling stage.	1938887	PI 676496
190	PI 676497	247	Sorghum bicolor (L.) Moench subsp. bicolor	S9	2014	Breeding material	Cold tolerance at planting and seedling vigor for stand establishment are critical traits needed to boost sorghum production. To support these needs BTx623 x PI 567946 (HKZ) recombinant inbred population was developed. BTx623 x PI 567946 (HKZ) RI population is composed of 226 F₇ - F₈ RI lines, which combines and provides variation for enhanced field emergence and seedling vigor at lower soil and ambient air temperature. Field emergence and vigor for this population were evaluated in 3 locations in 2011. Addtionally, this population offers genetic variation for plant height, days to flowering and seed quality parameters including phenolics and sugar composition at seedling stage. The population also harbors genetic variation based on response to Phytium aphanidermatum (an important seedling pathogen of sorghum) at seedling stage.	1938888	PI 676497
191	PI 676498	248	Sorghum bicolor (L.) Moench subsp. bicolor	S9	2014	Breeding material	Cold tolerance at planting and seedling vigor for stand establishment are critical traits needed to boost sorghum production. To support these needs BTx623 x PI 567946 (HKZ) recombinant inbred population was developed. BTx623 x PI 567946 (HKZ) RI population is composed of 226 F₇ - F₈ RI lines, which combines and provides variation for enhanced field emergence and seedling vigor at lower soil and ambient air temperature. Field emergence and vigor for this population were evaluated in 3 locations in 2011. Addtionally, this population offers genetic variation for plant height, days to flowering and seed quality parameters including phenolics and sugar composition at seedling stage. The population also harbors genetic variation based on response to Phytium aphanidermatum (an important seedling pathogen of sorghum) at seedling stage.	1938889	PI 676498
192	PI 676499	250	Sorghum bicolor (L.) Moench subsp. bicolor	S9	2014	Breeding material	Cold tolerance at planting and seedling vigor for stand establishment are critical traits needed to boost sorghum production. To support these needs BTx623 x PI 567946 (HKZ) recombinant inbred population was developed. BTx623 x PI 567946 (HKZ) RI population is composed of 226 F₇ - F₈ RI lines, which combines and provides variation for enhanced field emergence and seedling vigor at lower soil and ambient air temperature. Field emergence and vigor for this population were evaluated in 3 locations in 2011. Addtionally, this population offers genetic variation for plant height, days to flowering and seed quality parameters including phenolics and sugar composition at seedling stage. The population also harbors genetic variation based on response to Phytium aphanidermatum (an important seedling pathogen of sorghum) at seedling stage.	1938890	PI 676499
193	PI 676500	251	Sorghum bicolor (L.) Moench subsp. bicolor	S9	2014	Breeding material	Cold tolerance at planting and seedling vigor for stand establishment are critical traits needed to boost sorghum production. To support these needs BTx623 x PI 567946 (HKZ) recombinant inbred population was developed. BTx623 x PI 567946 (HKZ) RI population is composed of 226 F₇ - F₈ RI lines, which combines and provides variation for enhanced field emergence and seedling vigor at lower soil and ambient air temperature. Field emergence and vigor for this population were evaluated in 3 locations in 2011. Addtionally, this population offers genetic variation for plant height, days to flowering and seed quality parameters including phenolics and sugar composition at seedling stage. The population also harbors genetic variation based on response to Phytium aphanidermatum (an important seedling pathogen of sorghum) at seedling stage.	1938891	PI 676500
194	PI 676501	252	Sorghum bicolor (L.) Moench subsp. bicolor	S9	2014	Breeding material	Cold tolerance at planting and seedling vigor for stand establishment are critical traits needed to boost sorghum production. To support these needs BTx623 x PI 567946 (HKZ) recombinant inbred population was developed. BTx623 x PI 567946 (HKZ) RI population is composed of 226 F₇ - F₈ RI lines, which combines and provides variation for enhanced field emergence and seedling vigor at lower soil and ambient air temperature. Field emergence and vigor for this population were evaluated in 3 locations in 2011. Addtionally, this population offers genetic variation for plant height, days to flowering and seed quality parameters including phenolics and sugar composition at seedling stage. The population also harbors genetic variation based on response to Phytium aphanidermatum (an important seedling pathogen of sorghum) at seedling stage.	1938892	PI 676501
195	PI 676502	253	Sorghum bicolor (L.) Moench subsp. bicolor	S9	2014	Breeding material	Cold tolerance at planting and seedling vigor for stand establishment are critical traits needed to boost sorghum production. To support these needs BTx623 x PI 567946 (HKZ) recombinant inbred population was developed. BTx623 x PI 567946 (HKZ) RI population is composed of 226 F₇ - F₈ RI lines, which combines and provides variation for enhanced field emergence and seedling vigor at lower soil and ambient air temperature. Field emergence and vigor for this population were evaluated in 3 locations in 2011. Addtionally, this population offers genetic variation for plant height, days to flowering and seed quality parameters including phenolics and sugar composition at seedling stage. The population also harbors genetic variation based on response to Phytium aphanidermatum (an important seedling pathogen of sorghum) at seedling stage.	1938893	PI 676502
196	PI 676503	254	Sorghum bicolor (L.) Moench subsp. bicolor	S9	2014	Breeding material	Cold tolerance at planting and seedling vigor for stand establishment are critical traits needed to boost sorghum production. To support these needs BTx623 x PI 567946 (HKZ) recombinant inbred population was developed. BTx623 x PI 567946 (HKZ) RI population is composed of 226 F₇ - F₈ RI lines, which combines and provides variation for enhanced field emergence and seedling vigor at lower soil and ambient air temperature. Field emergence and vigor for this population were evaluated in 3 locations in 2011. Addtionally, this population offers genetic variation for plant height, days to flowering and seed quality parameters including phenolics and sugar composition at seedling stage. The population also harbors genetic variation based on response to Phytium aphanidermatum (an important seedling pathogen of sorghum) at seedling stage.	1938894	PI 676503
197	PI 676504	255	Sorghum bicolor (L.) Moench subsp. bicolor	S9	2014	Breeding material	Cold tolerance at planting and seedling vigor for stand establishment are critical traits needed to boost sorghum production. To support these needs BTx623 x PI 567946 (HKZ) recombinant inbred population was developed. BTx623 x PI 567946 (HKZ) RI population is composed of 226 F₇ - F₈ RI lines, which combines and provides variation for enhanced field emergence and seedling vigor at lower soil and ambient air temperature. Field emergence and vigor for this population were evaluated in 3 locations in 2011. Addtionally, this population offers genetic variation for plant height, days to flowering and seed quality parameters including phenolics and sugar composition at seedling stage. The population also harbors genetic variation based on response to Phytium aphanidermatum (an important seedling pathogen of sorghum) at seedling stage.	1938895	PI 676504
198	PI 676505	256	Sorghum bicolor (L.) Moench subsp. bicolor	S9	2014	Breeding material	Cold tolerance at planting and seedling vigor for stand establishment are critical traits needed to boost sorghum production. To support these needs BTx623 x PI 567946 (HKZ) recombinant inbred population was developed. BTx623 x PI 567946 (HKZ) RI population is composed of 226 F₇ - F₈ RI lines, which combines and provides variation for enhanced field emergence and seedling vigor at lower soil and ambient air temperature. Field emergence and vigor for this population were evaluated in 3 locations in 2011. Addtionally, this population offers genetic variation for plant height, days to flowering and seed quality parameters including phenolics and sugar composition at seedling stage. The population also harbors genetic variation based on response to Phytium aphanidermatum (an important seedling pathogen of sorghum) at seedling stage.	1938896	PI 676505
199	PI 676506	258	Sorghum bicolor (L.) Moench subsp. bicolor	S9	2014	Breeding material	Cold tolerance at planting and seedling vigor for stand establishment are critical traits needed to boost sorghum production. To support these needs BTx623 x PI 567946 (HKZ) recombinant inbred population was developed. BTx623 x PI 567946 (HKZ) RI population is composed of 226 F₇ - F₈ RI lines, which combines and provides variation for enhanced field emergence and seedling vigor at lower soil and ambient air temperature. Field emergence and vigor for this population were evaluated in 3 locations in 2011. Addtionally, this population offers genetic variation for plant height, days to flowering and seed quality parameters including phenolics and sugar composition at seedling stage. The population also harbors genetic variation based on response to Phytium aphanidermatum (an important seedling pathogen of sorghum) at seedling stage.	1938897	PI 676506
200	PI 676507	259	Sorghum bicolor (L.) Moench subsp. bicolor	S9	2014	Breeding material	Cold tolerance at planting and seedling vigor for stand establishment are critical traits needed to boost sorghum production. To support these needs BTx623 x PI 567946 (HKZ) recombinant inbred population was developed. BTx623 x PI 567946 (HKZ) RI population is composed of 226 F₇ - F₈ RI lines, which combines and provides variation for enhanced field emergence and seedling vigor at lower soil and ambient air temperature. Field emergence and vigor for this population were evaluated in 3 locations in 2011. Addtionally, this population offers genetic variation for plant height, days to flowering and seed quality parameters including phenolics and sugar composition at seedling stage. The population also harbors genetic variation based on response to Phytium aphanidermatum (an important seedling pathogen of sorghum) at seedling stage.	1938898	PI 676507
201	PI 676508	260	Sorghum bicolor (L.) Moench subsp. bicolor	S9	2014	Breeding material	Cold tolerance at planting and seedling vigor for stand establishment are critical traits needed to boost sorghum production. To support these needs BTx623 x PI 567946 (HKZ) recombinant inbred population was developed. BTx623 x PI 567946 (HKZ) RI population is composed of 226 F₇ - F₈ RI lines, which combines and provides variation for enhanced field emergence and seedling vigor at lower soil and ambient air temperature. Field emergence and vigor for this population were evaluated in 3 locations in 2011. Addtionally, this population offers genetic variation for plant height, days to flowering and seed quality parameters including phenolics and sugar composition at seedling stage. The population also harbors genetic variation based on response to Phytium aphanidermatum (an important seedling pathogen of sorghum) at seedling stage.	1938899	PI 676508
202	PI 676509	261	Sorghum bicolor (L.) Moench subsp. bicolor	S9	2014	Breeding material	Cold tolerance at planting and seedling vigor for stand establishment are critical traits needed to boost sorghum production. To support these needs BTx623 x PI 567946 (HKZ) recombinant inbred population was developed. BTx623 x PI 567946 (HKZ) RI population is composed of 226 F₇ - F₈ RI lines, which combines and provides variation for enhanced field emergence and seedling vigor at lower soil and ambient air temperature. Field emergence and vigor for this population were evaluated in 3 locations in 2011. Addtionally, this population offers genetic variation for plant height, days to flowering and seed quality parameters including phenolics and sugar composition at seedling stage. The population also harbors genetic variation based on response to Phytium aphanidermatum (an important seedling pathogen of sorghum) at seedling stage.	1938900	PI 676509
203	PI 676510	262	Sorghum bicolor (L.) Moench subsp. bicolor	S9	2014	Breeding material	Cold tolerance at planting and seedling vigor for stand establishment are critical traits needed to boost sorghum production. To support these needs BTx623 x PI 567946 (HKZ) recombinant inbred population was developed. BTx623 x PI 567946 (HKZ) RI population is composed of 226 F₇ - F₈ RI lines, which combines and provides variation for enhanced field emergence and seedling vigor at lower soil and ambient air temperature. Field emergence and vigor for this population were evaluated in 3 locations in 2011. Addtionally, this population offers genetic variation for plant height, days to flowering and seed quality parameters including phenolics and sugar composition at seedling stage. The population also harbors genetic variation based on response to Phytium aphanidermatum (an important seedling pathogen of sorghum) at seedling stage.	1938901	PI 676510
204	PI 676511	265	Sorghum bicolor (L.) Moench subsp. bicolor	S9	2014	Breeding material	Cold tolerance at planting and seedling vigor for stand establishment are critical traits needed to boost sorghum production. To support these needs BTx623 x PI 567946 (HKZ) recombinant inbred population was developed. BTx623 x PI 567946 (HKZ) RI population is composed of 226 F₇ - F₈ RI lines, which combines and provides variation for enhanced field emergence and seedling vigor at lower soil and ambient air temperature. Field emergence and vigor for this population were evaluated in 3 locations in 2011. Addtionally, this population offers genetic variation for plant height, days to flowering and seed quality parameters including phenolics and sugar composition at seedling stage. The population also harbors genetic variation based on response to Phytium aphanidermatum (an important seedling pathogen of sorghum) at seedling stage.	1938902	PI 676511
205	PI 676512	267	Sorghum bicolor (L.) Moench subsp. bicolor	S9	2014	Breeding material	Cold tolerance at planting and seedling vigor for stand establishment are critical traits needed to boost sorghum production. To support these needs BTx623 x PI 567946 (HKZ) recombinant inbred population was developed. BTx623 x PI 567946 (HKZ) RI population is composed of 226 F₇ - F₈ RI lines, which combines and provides variation for enhanced field emergence and seedling vigor at lower soil and ambient air temperature. Field emergence and vigor for this population were evaluated in 3 locations in 2011. Addtionally, this population offers genetic variation for plant height, days to flowering and seed quality parameters including phenolics and sugar composition at seedling stage. The population also harbors genetic variation based on response to Phytium aphanidermatum (an important seedling pathogen of sorghum) at seedling stage.	1938903	PI 676512
206	PI 676513	268	Sorghum bicolor (L.) Moench subsp. bicolor	S9	2014	Breeding material	Cold tolerance at planting and seedling vigor for stand establishment are critical traits needed to boost sorghum production. To support these needs BTx623 x PI 567946 (HKZ) recombinant inbred population was developed. BTx623 x PI 567946 (HKZ) RI population is composed of 226 F₇ - F₈ RI lines, which combines and provides variation for enhanced field emergence and seedling vigor at lower soil and ambient air temperature. Field emergence and vigor for this population were evaluated in 3 locations in 2011. Addtionally, this population offers genetic variation for plant height, days to flowering and seed quality parameters including phenolics and sugar composition at seedling stage. The population also harbors genetic variation based on response to Phytium aphanidermatum (an important seedling pathogen of sorghum) at seedling stage.	1938904	PI 676513
207	PI 676514	269	Sorghum bicolor (L.) Moench subsp. bicolor	S9	2014	Breeding material	Cold tolerance at planting and seedling vigor for stand establishment are critical traits needed to boost sorghum production. To support these needs BTx623 x PI 567946 (HKZ) recombinant inbred population was developed. BTx623 x PI 567946 (HKZ) RI population is composed of 226 F₇ - F₈ RI lines, which combines and provides variation for enhanced field emergence and seedling vigor at lower soil and ambient air temperature. Field emergence and vigor for this population were evaluated in 3 locations in 2011. Addtionally, this population offers genetic variation for plant height, days to flowering and seed quality parameters including phenolics and sugar composition at seedling stage. The population also harbors genetic variation based on response to Phytium aphanidermatum (an important seedling pathogen of sorghum) at seedling stage.	1938905	PI 676514
208	PI 676515	270	Sorghum bicolor (L.) Moench subsp. bicolor	S9	2014	Breeding material	Cold tolerance at planting and seedling vigor for stand establishment are critical traits needed to boost sorghum production. To support these needs BTx623 x PI 567946 (HKZ) recombinant inbred population was developed. BTx623 x PI 567946 (HKZ) RI population is composed of 226 F₇ - F₈ RI lines, which combines and provides variation for enhanced field emergence and seedling vigor at lower soil and ambient air temperature. Field emergence and vigor for this population were evaluated in 3 locations in 2011. Addtionally, this population offers genetic variation for plant height, days to flowering and seed quality parameters including phenolics and sugar composition at seedling stage. The population also harbors genetic variation based on response to Phytium aphanidermatum (an important seedling pathogen of sorghum) at seedling stage.	1938906	PI 676515
209	PI 676516	271	Sorghum bicolor (L.) Moench subsp. bicolor	S9	2014	Breeding material	Cold tolerance at planting and seedling vigor for stand establishment are critical traits needed to boost sorghum production. To support these needs BTx623 x PI 567946 (HKZ) recombinant inbred population was developed. BTx623 x PI 567946 (HKZ) RI population is composed of 226 F₇ - F₈ RI lines, which combines and provides variation for enhanced field emergence and seedling vigor at lower soil and ambient air temperature. Field emergence and vigor for this population were evaluated in 3 locations in 2011. Addtionally, this population offers genetic variation for plant height, days to flowering and seed quality parameters including phenolics and sugar composition at seedling stage. The population also harbors genetic variation based on response to Phytium aphanidermatum (an important seedling pathogen of sorghum) at seedling stage.	1938907	PI 676516
210	PI 676517	272	Sorghum bicolor (L.) Moench subsp. bicolor	S9	2014	Breeding material	Cold tolerance at planting and seedling vigor for stand establishment are critical traits needed to boost sorghum production. To support these needs BTx623 x PI 567946 (HKZ) recombinant inbred population was developed. BTx623 x PI 567946 (HKZ) RI population is composed of 226 F₇ - F₈ RI lines, which combines and provides variation for enhanced field emergence and seedling vigor at lower soil and ambient air temperature. Field emergence and vigor for this population were evaluated in 3 locations in 2011. Addtionally, this population offers genetic variation for plant height, days to flowering and seed quality parameters including phenolics and sugar composition at seedling stage. The population also harbors genetic variation based on response to Phytium aphanidermatum (an important seedling pathogen of sorghum) at seedling stage.	1938908	PI 676517
211	PI 676518	273	Sorghum bicolor (L.) Moench subsp. bicolor	S9	2014	Breeding material	Cold tolerance at planting and seedling vigor for stand establishment are critical traits needed to boost sorghum production. To support these needs BTx623 x PI 567946 (HKZ) recombinant inbred population was developed. BTx623 x PI 567946 (HKZ) RI population is composed of 226 F₇ - F₈ RI lines, which combines and provides variation for enhanced field emergence and seedling vigor at lower soil and ambient air temperature. Field emergence and vigor for this population were evaluated in 3 locations in 2011. Addtionally, this population offers genetic variation for plant height, days to flowering and seed quality parameters including phenolics and sugar composition at seedling stage. The population also harbors genetic variation based on response to Phytium aphanidermatum (an important seedling pathogen of sorghum) at seedling stage.	1938909	PI 676518
212	PI 676519	274	Sorghum bicolor (L.) Moench subsp. bicolor	S9	2014	Breeding material	Cold tolerance at planting and seedling vigor for stand establishment are critical traits needed to boost sorghum production. To support these needs BTx623 x PI 567946 (HKZ) recombinant inbred population was developed. BTx623 x PI 567946 (HKZ) RI population is composed of 226 F₇ - F₈ RI lines, which combines and provides variation for enhanced field emergence and seedling vigor at lower soil and ambient air temperature. Field emergence and vigor for this population were evaluated in 3 locations in 2011. Addtionally, this population offers genetic variation for plant height, days to flowering and seed quality parameters including phenolics and sugar composition at seedling stage. The population also harbors genetic variation based on response to Phytium aphanidermatum (an important seedling pathogen of sorghum) at seedling stage.	1938910	PI 676519
213	PI 676520	275	Sorghum bicolor (L.) Moench subsp. bicolor	S9	2014	Breeding material	Cold tolerance at planting and seedling vigor for stand establishment are critical traits needed to boost sorghum production. To support these needs BTx623 x PI 567946 (HKZ) recombinant inbred population was developed. BTx623 x PI 567946 (HKZ) RI population is composed of 226 F₇ - F₈ RI lines, which combines and provides variation for enhanced field emergence and seedling vigor at lower soil and ambient air temperature. Field emergence and vigor for this population were evaluated in 3 locations in 2011. Addtionally, this population offers genetic variation for plant height, days to flowering and seed quality parameters including phenolics and sugar composition at seedling stage. The population also harbors genetic variation based on response to Phytium aphanidermatum (an important seedling pathogen of sorghum) at seedling stage.	1938911	PI 676520
214	PI 676521	277	Sorghum bicolor (L.) Moench subsp. bicolor	S9	2014	Breeding material	Cold tolerance at planting and seedling vigor for stand establishment are critical traits needed to boost sorghum production. To support these needs BTx623 x PI 567946 (HKZ) recombinant inbred population was developed. BTx623 x PI 567946 (HKZ) RI population is composed of 226 F₇ - F₈ RI lines, which combines and provides variation for enhanced field emergence and seedling vigor at lower soil and ambient air temperature. Field emergence and vigor for this population were evaluated in 3 locations in 2011. Addtionally, this population offers genetic variation for plant height, days to flowering and seed quality parameters including phenolics and sugar composition at seedling stage. The population also harbors genetic variation based on response to Phytium aphanidermatum (an important seedling pathogen of sorghum) at seedling stage.	1938912	PI 676521
215	PI 676522	278	Sorghum bicolor (L.) Moench subsp. bicolor	S9	2014	Breeding material	Cold tolerance at planting and seedling vigor for stand establishment are critical traits needed to boost sorghum production. To support these needs BTx623 x PI 567946 (HKZ) recombinant inbred population was developed. BTx623 x PI 567946 (HKZ) RI population is composed of 226 F₇ - F₈ RI lines, which combines and provides variation for enhanced field emergence and seedling vigor at lower soil and ambient air temperature. Field emergence and vigor for this population were evaluated in 3 locations in 2011. Addtionally, this population offers genetic variation for plant height, days to flowering and seed quality parameters including phenolics and sugar composition at seedling stage. The population also harbors genetic variation based on response to Phytium aphanidermatum (an important seedling pathogen of sorghum) at seedling stage.	1938913	PI 676522
216	PI 676523	279	Sorghum bicolor (L.) Moench subsp. bicolor	S9	2014	Breeding material	Cold tolerance at planting and seedling vigor for stand establishment are critical traits needed to boost sorghum production. To support these needs BTx623 x PI 567946 (HKZ) recombinant inbred population was developed. BTx623 x PI 567946 (HKZ) RI population is composed of 226 F₇ - F₈ RI lines, which combines and provides variation for enhanced field emergence and seedling vigor at lower soil and ambient air temperature. Field emergence and vigor for this population were evaluated in 3 locations in 2011. Addtionally, this population offers genetic variation for plant height, days to flowering and seed quality parameters including phenolics and sugar composition at seedling stage. The population also harbors genetic variation based on response to Phytium aphanidermatum (an important seedling pathogen of sorghum) at seedling stage.	1938914	PI 676523
217	PI 676524	280	Sorghum bicolor (L.) Moench subsp. bicolor	S9	2014	Breeding material	Cold tolerance at planting and seedling vigor for stand establishment are critical traits needed to boost sorghum production. To support these needs BTx623 x PI 567946 (HKZ) recombinant inbred population was developed. BTx623 x PI 567946 (HKZ) RI population is composed of 226 F₇ - F₈ RI lines, which combines and provides variation for enhanced field emergence and seedling vigor at lower soil and ambient air temperature. Field emergence and vigor for this population were evaluated in 3 locations in 2011. Addtionally, this population offers genetic variation for plant height, days to flowering and seed quality parameters including phenolics and sugar composition at seedling stage. The population also harbors genetic variation based on response to Phytium aphanidermatum (an important seedling pathogen of sorghum) at seedling stage.	1938915	PI 676524
218	PI 676525	282	Sorghum bicolor (L.) Moench subsp. bicolor	S9	2014	Breeding material	Cold tolerance at planting and seedling vigor for stand establishment are critical traits needed to boost sorghum production. To support these needs BTx623 x PI 567946 (HKZ) recombinant inbred population was developed. BTx623 x PI 567946 (HKZ) RI population is composed of 226 F₇ - F₈ RI lines, which combines and provides variation for enhanced field emergence and seedling vigor at lower soil and ambient air temperature. Field emergence and vigor for this population were evaluated in 3 locations in 2011. Addtionally, this population offers genetic variation for plant height, days to flowering and seed quality parameters including phenolics and sugar composition at seedling stage. The population also harbors genetic variation based on response to Phytium aphanidermatum (an important seedling pathogen of sorghum) at seedling stage.	1938916	PI 676525
219	PI 676526	283	Sorghum bicolor (L.) Moench subsp. bicolor	S9	2014	Breeding material	Cold tolerance at planting and seedling vigor for stand establishment are critical traits needed to boost sorghum production. To support these needs BTx623 x PI 567946 (HKZ) recombinant inbred population was developed. BTx623 x PI 567946 (HKZ) RI population is composed of 226 F₇ - F₈ RI lines, which combines and provides variation for enhanced field emergence and seedling vigor at lower soil and ambient air temperature. Field emergence and vigor for this population were evaluated in 3 locations in 2011. Addtionally, this population offers genetic variation for plant height, days to flowering and seed quality parameters including phenolics and sugar composition at seedling stage. The population also harbors genetic variation based on response to Phytium aphanidermatum (an important seedling pathogen of sorghum) at seedling stage.	1938917	PI 676526
220	PI 676527	284	Sorghum bicolor (L.) Moench subsp. bicolor	S9	2014	Breeding material	Cold tolerance at planting and seedling vigor for stand establishment are critical traits needed to boost sorghum production. To support these needs BTx623 x PI 567946 (HKZ) recombinant inbred population was developed. BTx623 x PI 567946 (HKZ) RI population is composed of 226 F₇ - F₈ RI lines, which combines and provides variation for enhanced field emergence and seedling vigor at lower soil and ambient air temperature. Field emergence and vigor for this population were evaluated in 3 locations in 2011. Addtionally, this population offers genetic variation for plant height, days to flowering and seed quality parameters including phenolics and sugar composition at seedling stage. The population also harbors genetic variation based on response to Phytium aphanidermatum (an important seedling pathogen of sorghum) at seedling stage.	1938918	PI 676527
221	PI 676528	285	Sorghum bicolor (L.) Moench subsp. bicolor	S9	2014	Breeding material	Cold tolerance at planting and seedling vigor for stand establishment are critical traits needed to boost sorghum production. To support these needs BTx623 x PI 567946 (HKZ) recombinant inbred population was developed. BTx623 x PI 567946 (HKZ) RI population is composed of 226 F₇ - F₈ RI lines, which combines and provides variation for enhanced field emergence and seedling vigor at lower soil and ambient air temperature. Field emergence and vigor for this population were evaluated in 3 locations in 2011. Addtionally, this population offers genetic variation for plant height, days to flowering and seed quality parameters including phenolics and sugar composition at seedling stage. The population also harbors genetic variation based on response to Phytium aphanidermatum (an important seedling pathogen of sorghum) at seedling stage.	1938919	PI 676528
222	PI 676529	286	Sorghum bicolor (L.) Moench subsp. bicolor	S9	2014	Breeding material	Cold tolerance at planting and seedling vigor for stand establishment are critical traits needed to boost sorghum production. To support these needs BTx623 x PI 567946 (HKZ) recombinant inbred population was developed. BTx623 x PI 567946 (HKZ) RI population is composed of 226 F₇ - F₈ RI lines, which combines and provides variation for enhanced field emergence and seedling vigor at lower soil and ambient air temperature. Field emergence and vigor for this population were evaluated in 3 locations in 2011. Addtionally, this population offers genetic variation for plant height, days to flowering and seed quality parameters including phenolics and sugar composition at seedling stage. The population also harbors genetic variation based on response to Phytium aphanidermatum (an important seedling pathogen of sorghum) at seedling stage.	1938920	PI 676529
223	PI 676530	287	Sorghum bicolor (L.) Moench subsp. bicolor	S9	2014	Breeding material	Cold tolerance at planting and seedling vigor for stand establishment are critical traits needed to boost sorghum production. To support these needs BTx623 x PI 567946 (HKZ) recombinant inbred population was developed. BTx623 x PI 567946 (HKZ) RI population is composed of 226 F₇ - F₈ RI lines, which combines and provides variation for enhanced field emergence and seedling vigor at lower soil and ambient air temperature. Field emergence and vigor for this population were evaluated in 3 locations in 2011. Addtionally, this population offers genetic variation for plant height, days to flowering and seed quality parameters including phenolics and sugar composition at seedling stage. The population also harbors genetic variation based on response to Phytium aphanidermatum (an important seedling pathogen of sorghum) at seedling stage.	1938921	PI 676530
224	PI 676531	288	Sorghum bicolor (L.) Moench subsp. bicolor	S9	2014	Breeding material	Cold tolerance at planting and seedling vigor for stand establishment are critical traits needed to boost sorghum production. To support these needs BTx623 x PI 567946 (HKZ) recombinant inbred population was developed. BTx623 x PI 567946 (HKZ) RI population is composed of 226 F₇ - F₈ RI lines, which combines and provides variation for enhanced field emergence and seedling vigor at lower soil and ambient air temperature. Field emergence and vigor for this population were evaluated in 3 locations in 2011. Addtionally, this population offers genetic variation for plant height, days to flowering and seed quality parameters including phenolics and sugar composition at seedling stage. The population also harbors genetic variation based on response to Phytium aphanidermatum (an important seedling pathogen of sorghum) at seedling stage.	1938922	PI 676531
225	PI 676532	289	Sorghum bicolor (L.) Moench subsp. bicolor	S9	2014	Breeding material	Cold tolerance at planting and seedling vigor for stand establishment are critical traits needed to boost sorghum production. To support these needs BTx623 x PI 567946 (HKZ) recombinant inbred population was developed. BTx623 x PI 567946 (HKZ) RI population is composed of 226 F₇ - F₈ RI lines, which combines and provides variation for enhanced field emergence and seedling vigor at lower soil and ambient air temperature. Field emergence and vigor for this population were evaluated in 3 locations in 2011. Addtionally, this population offers genetic variation for plant height, days to flowering and seed quality parameters including phenolics and sugar composition at seedling stage. The population also harbors genetic variation based on response to Phytium aphanidermatum (an important seedling pathogen of sorghum) at seedling stage.	1938923	PI 676532

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