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	ACCESSION	PLANT NAME	TAXONOMY	ORIGIN	GENEBANK	AVAILABILITY	RECEIVED	SOURCE TYPE	IMPROVEMENT LEVEL	NARRATIVE
0	PI 668030	Tx3301	Sorghum bicolor (L.) Moench	Texas, United States	S9	Not Available	2013	DEVELOPED	Breeding material	The sorghum [Sorghum bicolor (L.) Moench] germplasm lines Tx3301 through Tx3360 were developed and released by Texas AandM AgriLife Research (formerly the Texas Agricultural Experiment Station), College Station, TX, in 2005. All of these germplasm lines are resistant to pathotypes 3 and 6 of Peronosclerospora sorghi which cause sorghum downy mildew. They provide the sorghum industry with sources of resistance to the most prevelant pathotypes of P. sorghi in an elite and diverse genetic background. Among the sixty germplasm lines, there are both seed and pollinator lines. and they represent an array of combinations for grain color, plant color, and other agronomic traits. These lines were developed using the pedigree breeding approach with selection environments in Texas and Puerto Rico.	1909916	PI 668030
1	PI 668031	Tx3302	Sorghum bicolor (L.) Moench	Texas, United States	S9	Not Available	2013	DEVELOPED	Breeding material	The sorghum [Sorghum bicolor (L.) Moench] germplasm lines Tx3301 through Tx3360 were developed and released by Texas AandM AgriLife Research (formerly the Texas Agricultural Experiment Station), College Station, TX, in 2005. All of these germplasm lines are resistant to pathotypes 3 and 6 of Peronosclerospora sorghi which cause sorghum downy mildew. They provide the sorghum industry with sources of resistance to the most prevelant pathotypes of P. sorghi in an elite and diverse genetic background. Among the sixty germplasm lines, there are both seed and pollinator lines. and they represent an array of combinations for grain color, plant color, and other agronomic traits. These lines were developed using the pedigree breeding approach with selection environments in Texas and Puerto Rico.	1909917	PI 668031
2	PI 668032	Tx3303	Sorghum bicolor (L.) Moench	Texas, United States	S9	Not Available	2013	DEVELOPED	Breeding material	The sorghum [Sorghum bicolor (L.) Moench] germplasm lines Tx3301 through Tx3360 were developed and released by Texas AandM AgriLife Research (formerly the Texas Agricultural Experiment Station), College Station, TX, in 2005. All of these germplasm lines are resistant to pathotypes 3 and 6 of Peronosclerospora sorghi which cause sorghum downy mildew. They provide the sorghum industry with sources of resistance to the most prevelant pathotypes of P. sorghi in an elite and diverse genetic background. Among the sixty germplasm lines, there are both seed and pollinator lines. and they represent an array of combinations for grain color, plant color, and other agronomic traits. These lines were developed using the pedigree breeding approach with selection environments in Texas and Puerto Rico.	1909918	PI 668032
3	PI 668033	Tx3304	Sorghum bicolor (L.) Moench	Texas, United States	S9	Not Available	2013	DEVELOPED	Breeding material	The sorghum [Sorghum bicolor (L.) Moench] germplasm lines Tx3301 through Tx3360 were developed and released by Texas AandM AgriLife Research (formerly the Texas Agricultural Experiment Station), College Station, TX, in 2005. All of these germplasm lines are resistant to pathotypes 3 and 6 of Peronosclerospora sorghi which cause sorghum downy mildew. They provide the sorghum industry with sources of resistance to the most prevelant pathotypes of P. sorghi in an elite and diverse genetic background. Among the sixty germplasm lines, there are both seed and pollinator lines. and they represent an array of combinations for grain color, plant color, and other agronomic traits. These lines were developed using the pedigree breeding approach with selection environments in Texas and Puerto Rico.	1909919	PI 668033
4	PI 668034	Tx3305	Sorghum bicolor (L.) Moench	Texas, United States	S9	Not Available	2013	DEVELOPED	Breeding material	The sorghum [Sorghum bicolor (L.) Moench] germplasm lines Tx3301 through Tx3360 were developed and released by Texas AandM AgriLife Research (formerly the Texas Agricultural Experiment Station), College Station, TX, in 2005. All of these germplasm lines are resistant to pathotypes 3 and 6 of Peronosclerospora sorghi which cause sorghum downy mildew. They provide the sorghum industry with sources of resistance to the most prevelant pathotypes of P. sorghi in an elite and diverse genetic background. Among the sixty germplasm lines, there are both seed and pollinator lines. and they represent an array of combinations for grain color, plant color, and other agronomic traits. These lines were developed using the pedigree breeding approach with selection environments in Texas and Puerto Rico.	1909920	PI 668034
5	PI 668035	Tx3306	Sorghum bicolor (L.) Moench	Texas, United States	S9	Not Available	2013	DEVELOPED	Breeding material	The sorghum [Sorghum bicolor (L.) Moench] germplasm lines Tx3301 through Tx3360 were developed and released by Texas AandM AgriLife Research (formerly the Texas Agricultural Experiment Station), College Station, TX, in 2005. All of these germplasm lines are resistant to pathotypes 3 and 6 of Peronosclerospora sorghi which cause sorghum downy mildew. They provide the sorghum industry with sources of resistance to the most prevelant pathotypes of P. sorghi in an elite and diverse genetic background. Among the sixty germplasm lines, there are both seed and pollinator lines. and they represent an array of combinations for grain color, plant color, and other agronomic traits. These lines were developed using the pedigree breeding approach with selection environments in Texas and Puerto Rico.	1909921	PI 668035
6	PI 668036	Tx3307	Sorghum bicolor (L.) Moench	Texas, United States	S9	Not Available	2013	DEVELOPED	Breeding material	The sorghum [Sorghum bicolor (L.) Moench] germplasm lines Tx3301 through Tx3360 were developed and released by Texas AandM AgriLife Research (formerly the Texas Agricultural Experiment Station), College Station, TX, in 2005. All of these germplasm lines are resistant to pathotypes 3 and 6 of Peronosclerospora sorghi which cause sorghum downy mildew. They provide the sorghum industry with sources of resistance to the most prevelant pathotypes of P. sorghi in an elite and diverse genetic background. Among the sixty germplasm lines, there are both seed and pollinator lines. and they represent an array of combinations for grain color, plant color, and other agronomic traits. These lines were developed using the pedigree breeding approach with selection environments in Texas and Puerto Rico.	1909922	PI 668036
7	PI 668037	Tx3308	Sorghum bicolor (L.) Moench	Texas, United States	S9	Not Available	2013	DEVELOPED	Breeding material	The sorghum [Sorghum bicolor (L.) Moench] germplasm lines Tx3301 through Tx3360 were developed and released by Texas AandM AgriLife Research (formerly the Texas Agricultural Experiment Station), College Station, TX, in 2005. All of these germplasm lines are resistant to pathotypes 3 and 6 of Peronosclerospora sorghi which cause sorghum downy mildew. They provide the sorghum industry with sources of resistance to the most prevelant pathotypes of P. sorghi in an elite and diverse genetic background. Among the sixty germplasm lines, there are both seed and pollinator lines. and they represent an array of combinations for grain color, plant color, and other agronomic traits. These lines were developed using the pedigree breeding approach with selection environments in Texas and Puerto Rico.	1909923	PI 668037
8	PI 668038	Tx3309	Sorghum bicolor (L.) Moench	Texas, United States	S9	Not Available	2013	DEVELOPED	Breeding material	The sorghum [Sorghum bicolor (L.) Moench] germplasm lines Tx3301 through Tx3360 were developed and released by Texas AandM AgriLife Research (formerly the Texas Agricultural Experiment Station), College Station, TX, in 2005. All of these germplasm lines are resistant to pathotypes 3 and 6 of Peronosclerospora sorghi which cause sorghum downy mildew. They provide the sorghum industry with sources of resistance to the most prevelant pathotypes of P. sorghi in an elite and diverse genetic background. Among the sixty germplasm lines, there are both seed and pollinator lines. and they represent an array of combinations for grain color, plant color, and other agronomic traits. These lines were developed using the pedigree breeding approach with selection environments in Texas and Puerto Rico.	1909924	PI 668038
9	PI 668039	Tx3310	Sorghum bicolor (L.) Moench	Texas, United States	S9	Not Available	2013	DEVELOPED	Breeding material	The sorghum [Sorghum bicolor (L.) Moench] germplasm lines Tx3301 through Tx3360 were developed and released by Texas AandM AgriLife Research (formerly the Texas Agricultural Experiment Station), College Station, TX, in 2005. All of these germplasm lines are resistant to pathotypes 3 and 6 of Peronosclerospora sorghi which cause sorghum downy mildew. They provide the sorghum industry with sources of resistance to the most prevelant pathotypes of P. sorghi in an elite and diverse genetic background. Among the sixty germplasm lines, there are both seed and pollinator lines. and they represent an array of combinations for grain color, plant color, and other agronomic traits. These lines were developed using the pedigree breeding approach with selection environments in Texas and Puerto Rico.	1909925	PI 668039
10	PI 668040	Tx3311	Sorghum bicolor (L.) Moench	Texas, United States	S9	Not Available	2013	DEVELOPED	Breeding material	The sorghum [Sorghum bicolor (L.) Moench] germplasm lines Tx3301 through Tx3360 were developed and released by Texas AandM AgriLife Research (formerly the Texas Agricultural Experiment Station), College Station, TX, in 2005. All of these germplasm lines are resistant to pathotypes 3 and 6 of Peronosclerospora sorghi which cause sorghum downy mildew. They provide the sorghum industry with sources of resistance to the most prevelant pathotypes of P. sorghi in an elite and diverse genetic background. Among the sixty germplasm lines, there are both seed and pollinator lines. and they represent an array of combinations for grain color, plant color, and other agronomic traits. These lines were developed using the pedigree breeding approach with selection environments in Texas and Puerto Rico.	1909926	PI 668040
11	PI 668041	Tx3312	Sorghum bicolor (L.) Moench	Texas, United States	S9	Not Available	2013	DEVELOPED	Breeding material	The sorghum [Sorghum bicolor (L.) Moench] germplasm lines Tx3301 through Tx3360 were developed and released by Texas AandM AgriLife Research (formerly the Texas Agricultural Experiment Station), College Station, TX, in 2005. All of these germplasm lines are resistant to pathotypes 3 and 6 of Peronosclerospora sorghi which cause sorghum downy mildew. They provide the sorghum industry with sources of resistance to the most prevelant pathotypes of P. sorghi in an elite and diverse genetic background. Among the sixty germplasm lines, there are both seed and pollinator lines. and they represent an array of combinations for grain color, plant color, and other agronomic traits. These lines were developed using the pedigree breeding approach with selection environments in Texas and Puerto Rico.	1909927	PI 668041
12	PI 668042	Tx3313	Sorghum bicolor (L.) Moench	Texas, United States	S9	Not Available	2013	DEVELOPED	Breeding material	The sorghum [Sorghum bicolor (L.) Moench] germplasm lines Tx3301 through Tx3360 were developed and released by Texas AandM AgriLife Research (formerly the Texas Agricultural Experiment Station), College Station, TX, in 2005. All of these germplasm lines are resistant to pathotypes 3 and 6 of Peronosclerospora sorghi which cause sorghum downy mildew. They provide the sorghum industry with sources of resistance to the most prevelant pathotypes of P. sorghi in an elite and diverse genetic background. Among the sixty germplasm lines, there are both seed and pollinator lines. and they represent an array of combinations for grain color, plant color, and other agronomic traits. These lines were developed using the pedigree breeding approach with selection environments in Texas and Puerto Rico.	1909928	PI 668042
13	PI 668043	Tx3314	Sorghum bicolor (L.) Moench	Texas, United States	S9	Not Available	2013	DEVELOPED	Breeding material	The sorghum [Sorghum bicolor (L.) Moench] germplasm lines Tx3301 through Tx3360 were developed and released by Texas AandM AgriLife Research (formerly the Texas Agricultural Experiment Station), College Station, TX, in 2005. All of these germplasm lines are resistant to pathotypes 3 and 6 of Peronosclerospora sorghi which cause sorghum downy mildew. They provide the sorghum industry with sources of resistance to the most prevelant pathotypes of P. sorghi in an elite and diverse genetic background. Among the sixty germplasm lines, there are both seed and pollinator lines. and they represent an array of combinations for grain color, plant color, and other agronomic traits. These lines were developed using the pedigree breeding approach with selection environments in Texas and Puerto Rico.	1909929	PI 668043
14	PI 668044	Tx3315	Sorghum bicolor (L.) Moench	Texas, United States	S9	Not Available	2013	DEVELOPED	Breeding material	The sorghum [Sorghum bicolor (L.) Moench] germplasm lines Tx3301 through Tx3360 were developed and released by Texas AandM AgriLife Research (formerly the Texas Agricultural Experiment Station), College Station, TX, in 2005. All of these germplasm lines are resistant to pathotypes 3 and 6 of Peronosclerospora sorghi which cause sorghum downy mildew. They provide the sorghum industry with sources of resistance to the most prevelant pathotypes of P. sorghi in an elite and diverse genetic background. Among the sixty germplasm lines, there are both seed and pollinator lines. and they represent an array of combinations for grain color, plant color, and other agronomic traits. These lines were developed using the pedigree breeding approach with selection environments in Texas and Puerto Rico.	1909930	PI 668044
15	PI 668045	Tx3316	Sorghum bicolor (L.) Moench	Texas, United States	S9	Not Available	2013	DEVELOPED	Breeding material	The sorghum [Sorghum bicolor (L.) Moench] germplasm lines Tx3301 through Tx3360 were developed and released by Texas AandM AgriLife Research (formerly the Texas Agricultural Experiment Station), College Station, TX, in 2005. All of these germplasm lines are resistant to pathotypes 3 and 6 of Peronosclerospora sorghi which cause sorghum downy mildew. They provide the sorghum industry with sources of resistance to the most prevelant pathotypes of P. sorghi in an elite and diverse genetic background. Among the sixty germplasm lines, there are both seed and pollinator lines. and they represent an array of combinations for grain color, plant color, and other agronomic traits. These lines were developed using the pedigree breeding approach with selection environments in Texas and Puerto Rico.	1909931	PI 668045
16	PI 668046	Tx3317	Sorghum bicolor (L.) Moench	Texas, United States	S9	Not Available	2013	DEVELOPED	Breeding material	The sorghum [Sorghum bicolor (L.) Moench] germplasm lines Tx3301 through Tx3360 were developed and released by Texas AandM AgriLife Research (formerly the Texas Agricultural Experiment Station), College Station, TX, in 2005. All of these germplasm lines are resistant to pathotypes 3 and 6 of Peronosclerospora sorghi which cause sorghum downy mildew. They provide the sorghum industry with sources of resistance to the most prevelant pathotypes of P. sorghi in an elite and diverse genetic background. Among the sixty germplasm lines, there are both seed and pollinator lines. and they represent an array of combinations for grain color, plant color, and other agronomic traits. These lines were developed using the pedigree breeding approach with selection environments in Texas and Puerto Rico.	1909932	PI 668046
17	PI 668047	Tx3318	Sorghum bicolor (L.) Moench	Texas, United States	S9	Not Available	2013	DEVELOPED	Breeding material	The sorghum [Sorghum bicolor (L.) Moench] germplasm lines Tx3301 through Tx3360 were developed and released by Texas AandM AgriLife Research (formerly the Texas Agricultural Experiment Station), College Station, TX, in 2005. All of these germplasm lines are resistant to pathotypes 3 and 6 of Peronosclerospora sorghi which cause sorghum downy mildew. They provide the sorghum industry with sources of resistance to the most prevelant pathotypes of P. sorghi in an elite and diverse genetic background. Among the sixty germplasm lines, there are both seed and pollinator lines. and they represent an array of combinations for grain color, plant color, and other agronomic traits. These lines were developed using the pedigree breeding approach with selection environments in Texas and Puerto Rico.	1909933	PI 668047
18	PI 668048	Tx3319	Sorghum bicolor (L.) Moench	Texas, United States	S9	Not Available	2013	DEVELOPED	Breeding material	The sorghum [Sorghum bicolor (L.) Moench] germplasm lines Tx3301 through Tx3360 were developed and released by Texas AandM AgriLife Research (formerly the Texas Agricultural Experiment Station), College Station, TX, in 2005. All of these germplasm lines are resistant to pathotypes 3 and 6 of Peronosclerospora sorghi which cause sorghum downy mildew. They provide the sorghum industry with sources of resistance to the most prevelant pathotypes of P. sorghi in an elite and diverse genetic background. Among the sixty germplasm lines, there are both seed and pollinator lines. and they represent an array of combinations for grain color, plant color, and other agronomic traits. These lines were developed using the pedigree breeding approach with selection environments in Texas and Puerto Rico.	1909934	PI 668048
19	PI 668049	Tx3320	Sorghum bicolor (L.) Moench	Texas, United States	S9	Not Available	2013	DEVELOPED	Breeding material	The sorghum [Sorghum bicolor (L.) Moench] germplasm lines Tx3301 through Tx3360 were developed and released by Texas AandM AgriLife Research (formerly the Texas Agricultural Experiment Station), College Station, TX, in 2005. All of these germplasm lines are resistant to pathotypes 3 and 6 of Peronosclerospora sorghi which cause sorghum downy mildew. They provide the sorghum industry with sources of resistance to the most prevelant pathotypes of P. sorghi in an elite and diverse genetic background. Among the sixty germplasm lines, there are both seed and pollinator lines. and they represent an array of combinations for grain color, plant color, and other agronomic traits. These lines were developed using the pedigree breeding approach with selection environments in Texas and Puerto Rico.	1909935	PI 668049
20	PI 668050	Tx3321	Sorghum bicolor (L.) Moench	Texas, United States	S9	Not Available	2013	DEVELOPED	Breeding material	The sorghum [Sorghum bicolor (L.) Moench] germplasm lines Tx3301 through Tx3360 were developed and released by Texas AandM AgriLife Research (formerly the Texas Agricultural Experiment Station), College Station, TX, in 2005. All of these germplasm lines are resistant to pathotypes 3 and 6 of Peronosclerospora sorghi which cause sorghum downy mildew. They provide the sorghum industry with sources of resistance to the most prevelant pathotypes of P. sorghi in an elite and diverse genetic background. Among the sixty germplasm lines, there are both seed and pollinator lines. and they represent an array of combinations for grain color, plant color, and other agronomic traits. These lines were developed using the pedigree breeding approach with selection environments in Texas and Puerto Rico.	1909936	PI 668050
21	PI 668051	Tx3322	Sorghum bicolor (L.) Moench	Texas, United States	S9	Not Available	2013	DEVELOPED	Breeding material	The sorghum [Sorghum bicolor (L.) Moench] germplasm lines Tx3301 through Tx3360 were developed and released by Texas AandM AgriLife Research (formerly the Texas Agricultural Experiment Station), College Station, TX, in 2005. All of these germplasm lines are resistant to pathotypes 3 and 6 of Peronosclerospora sorghi which cause sorghum downy mildew. They provide the sorghum industry with sources of resistance to the most prevelant pathotypes of P. sorghi in an elite and diverse genetic background. Among the sixty germplasm lines, there are both seed and pollinator lines. and they represent an array of combinations for grain color, plant color, and other agronomic traits. These lines were developed using the pedigree breeding approach with selection environments in Texas and Puerto Rico.	1909937	PI 668051
22	PI 668052	Tx3323	Sorghum bicolor (L.) Moench	Texas, United States	S9	Not Available	2013	DEVELOPED	Breeding material	The sorghum [Sorghum bicolor (L.) Moench] germplasm lines Tx3301 through Tx3360 were developed and released by Texas AandM AgriLife Research (formerly the Texas Agricultural Experiment Station), College Station, TX, in 2005. All of these germplasm lines are resistant to pathotypes 3 and 6 of Peronosclerospora sorghi which cause sorghum downy mildew. They provide the sorghum industry with sources of resistance to the most prevelant pathotypes of P. sorghi in an elite and diverse genetic background. Among the sixty germplasm lines, there are both seed and pollinator lines. and they represent an array of combinations for grain color, plant color, and other agronomic traits. These lines were developed using the pedigree breeding approach with selection environments in Texas and Puerto Rico.	1909938	PI 668052
23	PI 668053	Tx3324	Sorghum bicolor (L.) Moench	Texas, United States	S9	Not Available	2013	DEVELOPED	Breeding material	The sorghum [Sorghum bicolor (L.) Moench] germplasm lines Tx3301 through Tx3360 were developed and released by Texas AandM AgriLife Research (formerly the Texas Agricultural Experiment Station), College Station, TX, in 2005. All of these germplasm lines are resistant to pathotypes 3 and 6 of Peronosclerospora sorghi which cause sorghum downy mildew. They provide the sorghum industry with sources of resistance to the most prevelant pathotypes of P. sorghi in an elite and diverse genetic background. Among the sixty germplasm lines, there are both seed and pollinator lines. and they represent an array of combinations for grain color, plant color, and other agronomic traits. These lines were developed using the pedigree breeding approach with selection environments in Texas and Puerto Rico.	1909939	PI 668053
24	PI 668054	Tx3325	Sorghum bicolor (L.) Moench	Texas, United States	S9	Not Available	2013	DEVELOPED	Breeding material	The sorghum [Sorghum bicolor (L.) Moench] germplasm lines Tx3301 through Tx3360 were developed and released by Texas AandM AgriLife Research (formerly the Texas Agricultural Experiment Station), College Station, TX, in 2005. All of these germplasm lines are resistant to pathotypes 3 and 6 of Peronosclerospora sorghi which cause sorghum downy mildew. They provide the sorghum industry with sources of resistance to the most prevelant pathotypes of P. sorghi in an elite and diverse genetic background. Among the sixty germplasm lines, there are both seed and pollinator lines. and they represent an array of combinations for grain color, plant color, and other agronomic traits. These lines were developed using the pedigree breeding approach with selection environments in Texas and Puerto Rico.	1909940	PI 668054
25	PI 668055	Tx3326	Sorghum bicolor (L.) Moench	Texas, United States	S9	Not Available	2013	DEVELOPED	Breeding material	The sorghum [Sorghum bicolor (L.) Moench] germplasm lines Tx3301 through Tx3360 were developed and released by Texas AandM AgriLife Research (formerly the Texas Agricultural Experiment Station), College Station, TX, in 2005. All of these germplasm lines are resistant to pathotypes 3 and 6 of Peronosclerospora sorghi which cause sorghum downy mildew. They provide the sorghum industry with sources of resistance to the most prevelant pathotypes of P. sorghi in an elite and diverse genetic background. Among the sixty germplasm lines, there are both seed and pollinator lines. and they represent an array of combinations for grain color, plant color, and other agronomic traits. These lines were developed using the pedigree breeding approach with selection environments in Texas and Puerto Rico.	1909941	PI 668055
26	PI 668056	Tx3327	Sorghum bicolor (L.) Moench	Texas, United States	S9	Not Available	2013	DEVELOPED	Breeding material	The sorghum [Sorghum bicolor (L.) Moench] germplasm lines Tx3301 through Tx3360 were developed and released by Texas AandM AgriLife Research (formerly the Texas Agricultural Experiment Station), College Station, TX, in 2005. All of these germplasm lines are resistant to pathotypes 3 and 6 of Peronosclerospora sorghi which cause sorghum downy mildew. They provide the sorghum industry with sources of resistance to the most prevelant pathotypes of P. sorghi in an elite and diverse genetic background. Among the sixty germplasm lines, there are both seed and pollinator lines. and they represent an array of combinations for grain color, plant color, and other agronomic traits. These lines were developed using the pedigree breeding approach with selection environments in Texas and Puerto Rico.	1909942	PI 668056
27	PI 668057	Tx3328	Sorghum bicolor (L.) Moench	Texas, United States	S9	Not Available	2013	DEVELOPED	Breeding material	The sorghum [Sorghum bicolor (L.) Moench] germplasm lines Tx3301 through Tx3360 were developed and released by Texas AandM AgriLife Research (formerly the Texas Agricultural Experiment Station), College Station, TX, in 2005. All of these germplasm lines are resistant to pathotypes 3 and 6 of Peronosclerospora sorghi which cause sorghum downy mildew. They provide the sorghum industry with sources of resistance to the most prevelant pathotypes of P. sorghi in an elite and diverse genetic background. Among the sixty germplasm lines, there are both seed and pollinator lines. and they represent an array of combinations for grain color, plant color, and other agronomic traits. These lines were developed using the pedigree breeding approach with selection environments in Texas and Puerto Rico.	1909943	PI 668057
28	PI 668058	Tx3329	Sorghum bicolor (L.) Moench	Texas, United States	S9	Not Available	2013	DEVELOPED	Breeding material	The sorghum [Sorghum bicolor (L.) Moench] germplasm lines Tx3301 through Tx3360 were developed and released by Texas AandM AgriLife Research (formerly the Texas Agricultural Experiment Station), College Station, TX, in 2005. All of these germplasm lines are resistant to pathotypes 3 and 6 of Peronosclerospora sorghi which cause sorghum downy mildew. They provide the sorghum industry with sources of resistance to the most prevelant pathotypes of P. sorghi in an elite and diverse genetic background. Among the sixty germplasm lines, there are both seed and pollinator lines. and they represent an array of combinations for grain color, plant color, and other agronomic traits. These lines were developed using the pedigree breeding approach with selection environments in Texas and Puerto Rico.	1909944	PI 668058
29	PI 668059	Tx3330	Sorghum bicolor (L.) Moench	Texas, United States	S9	Not Available	2013	DEVELOPED	Breeding material	The sorghum [Sorghum bicolor (L.) Moench] germplasm lines Tx3301 through Tx3360 were developed and released by Texas AandM AgriLife Research (formerly the Texas Agricultural Experiment Station), College Station, TX, in 2005. All of these germplasm lines are resistant to pathotypes 3 and 6 of Peronosclerospora sorghi which cause sorghum downy mildew. They provide the sorghum industry with sources of resistance to the most prevelant pathotypes of P. sorghi in an elite and diverse genetic background. Among the sixty germplasm lines, there are both seed and pollinator lines. and they represent an array of combinations for grain color, plant color, and other agronomic traits. These lines were developed using the pedigree breeding approach with selection environments in Texas and Puerto Rico.	1909945	PI 668059
30	PI 668060	Tx3331	Sorghum bicolor (L.) Moench	Texas, United States	S9	Not Available	2013	DEVELOPED	Breeding material	The sorghum [Sorghum bicolor (L.) Moench] germplasm lines Tx3301 through Tx3360 were developed and released by Texas AandM AgriLife Research (formerly the Texas Agricultural Experiment Station), College Station, TX, in 2005. All of these germplasm lines are resistant to pathotypes 3 and 6 of Peronosclerospora sorghi which cause sorghum downy mildew. They provide the sorghum industry with sources of resistance to the most prevelant pathotypes of P. sorghi in an elite and diverse genetic background. Among the sixty germplasm lines, there are both seed and pollinator lines. and they represent an array of combinations for grain color, plant color, and other agronomic traits. These lines were developed using the pedigree breeding approach with selection environments in Texas and Puerto Rico.	1909946	PI 668060
31	PI 668061	Tx3332	Sorghum bicolor (L.) Moench	Texas, United States	S9	Not Available	2013	DEVELOPED	Breeding material	The sorghum [Sorghum bicolor (L.) Moench] germplasm lines Tx3301 through Tx3360 were developed and released by Texas AandM AgriLife Research (formerly the Texas Agricultural Experiment Station), College Station, TX, in 2005. All of these germplasm lines are resistant to pathotypes 3 and 6 of Peronosclerospora sorghi which cause sorghum downy mildew. They provide the sorghum industry with sources of resistance to the most prevelant pathotypes of P. sorghi in an elite and diverse genetic background. Among the sixty germplasm lines, there are both seed and pollinator lines. and they represent an array of combinations for grain color, plant color, and other agronomic traits. These lines were developed using the pedigree breeding approach with selection environments in Texas and Puerto Rico.	1909947	PI 668061
32	PI 668062	Tx3333	Sorghum bicolor (L.) Moench	Texas, United States	S9	Not Available	2013	DEVELOPED	Breeding material	The sorghum [Sorghum bicolor (L.) Moench] germplasm lines Tx3301 through Tx3360 were developed and released by Texas AandM AgriLife Research (formerly the Texas Agricultural Experiment Station), College Station, TX, in 2005. All of these germplasm lines are resistant to pathotypes 3 and 6 of Peronosclerospora sorghi which cause sorghum downy mildew. They provide the sorghum industry with sources of resistance to the most prevelant pathotypes of P. sorghi in an elite and diverse genetic background. Among the sixty germplasm lines, there are both seed and pollinator lines. and they represent an array of combinations for grain color, plant color, and other agronomic traits. These lines were developed using the pedigree breeding approach with selection environments in Texas and Puerto Rico.	1909948	PI 668062
33	PI 668063	Tx3334	Sorghum bicolor (L.) Moench	Texas, United States	S9	Not Available	2013	DEVELOPED	Breeding material	The sorghum [Sorghum bicolor (L.) Moench] germplasm lines Tx3301 through Tx3360 were developed and released by Texas AandM AgriLife Research (formerly the Texas Agricultural Experiment Station), College Station, TX, in 2005. All of these germplasm lines are resistant to pathotypes 3 and 6 of Peronosclerospora sorghi which cause sorghum downy mildew. They provide the sorghum industry with sources of resistance to the most prevelant pathotypes of P. sorghi in an elite and diverse genetic background. Among the sixty germplasm lines, there are both seed and pollinator lines. and they represent an array of combinations for grain color, plant color, and other agronomic traits. These lines were developed using the pedigree breeding approach with selection environments in Texas and Puerto Rico.	1909949	PI 668063
34	PI 668064	Tx3335	Sorghum bicolor (L.) Moench	Texas, United States	S9	Not Available	2013	DEVELOPED	Breeding material	The sorghum [Sorghum bicolor (L.) Moench] germplasm lines Tx3301 through Tx3360 were developed and released by Texas AandM AgriLife Research (formerly the Texas Agricultural Experiment Station), College Station, TX, in 2005. All of these germplasm lines are resistant to pathotypes 3 and 6 of Peronosclerospora sorghi which cause sorghum downy mildew. They provide the sorghum industry with sources of resistance to the most prevelant pathotypes of P. sorghi in an elite and diverse genetic background. Among the sixty germplasm lines, there are both seed and pollinator lines. and they represent an array of combinations for grain color, plant color, and other agronomic traits. These lines were developed using the pedigree breeding approach with selection environments in Texas and Puerto Rico.	1909950	PI 668064
35	PI 668065	Tx3336	Sorghum bicolor (L.) Moench	Texas, United States	S9	Not Available	2013	DEVELOPED	Breeding material	The sorghum [Sorghum bicolor (L.) Moench] germplasm lines Tx3301 through Tx3360 were developed and released by Texas AandM AgriLife Research (formerly the Texas Agricultural Experiment Station), College Station, TX, in 2005. All of these germplasm lines are resistant to pathotypes 3 and 6 of Peronosclerospora sorghi which cause sorghum downy mildew. They provide the sorghum industry with sources of resistance to the most prevelant pathotypes of P. sorghi in an elite and diverse genetic background. Among the sixty germplasm lines, there are both seed and pollinator lines. and they represent an array of combinations for grain color, plant color, and other agronomic traits. These lines were developed using the pedigree breeding approach with selection environments in Texas and Puerto Rico.	1909951	PI 668065
36	PI 668066	Tx3337	Sorghum bicolor (L.) Moench	Texas, United States	S9	Not Available	2013	DEVELOPED	Breeding material	The sorghum [Sorghum bicolor (L.) Moench] germplasm lines Tx3301 through Tx3360 were developed and released by Texas AandM AgriLife Research (formerly the Texas Agricultural Experiment Station), College Station, TX, in 2005. All of these germplasm lines are resistant to pathotypes 3 and 6 of Peronosclerospora sorghi which cause sorghum downy mildew. They provide the sorghum industry with sources of resistance to the most prevelant pathotypes of P. sorghi in an elite and diverse genetic background. Among the sixty germplasm lines, there are both seed and pollinator lines. and they represent an array of combinations for grain color, plant color, and other agronomic traits. These lines were developed using the pedigree breeding approach with selection environments in Texas and Puerto Rico.	1909952	PI 668066
37	PI 668067	Tx3338	Sorghum bicolor (L.) Moench	Texas, United States	S9	Not Available	2013	DEVELOPED	Breeding material	The sorghum [Sorghum bicolor (L.) Moench] germplasm lines Tx3301 through Tx3360 were developed and released by Texas AandM AgriLife Research (formerly the Texas Agricultural Experiment Station), College Station, TX, in 2005. All of these germplasm lines are resistant to pathotypes 3 and 6 of Peronosclerospora sorghi which cause sorghum downy mildew. They provide the sorghum industry with sources of resistance to the most prevelant pathotypes of P. sorghi in an elite and diverse genetic background. Among the sixty germplasm lines, there are both seed and pollinator lines. and they represent an array of combinations for grain color, plant color, and other agronomic traits. These lines were developed using the pedigree breeding approach with selection environments in Texas and Puerto Rico.	1909953	PI 668067
38	PI 668068	Tx3339	Sorghum bicolor (L.) Moench	Texas, United States	S9	Not Available	2013	DEVELOPED	Breeding material	The sorghum [Sorghum bicolor (L.) Moench] germplasm lines Tx3301 through Tx3360 were developed and released by Texas AandM AgriLife Research (formerly the Texas Agricultural Experiment Station), College Station, TX, in 2005. All of these germplasm lines are resistant to pathotypes 3 and 6 of Peronosclerospora sorghi which cause sorghum downy mildew. They provide the sorghum industry with sources of resistance to the most prevelant pathotypes of P. sorghi in an elite and diverse genetic background. Among the sixty germplasm lines, there are both seed and pollinator lines. and they represent an array of combinations for grain color, plant color, and other agronomic traits. These lines were developed using the pedigree breeding approach with selection environments in Texas and Puerto Rico.	1909954	PI 668068
39	PI 668069	Tx3340	Sorghum bicolor (L.) Moench	Texas, United States	S9	Not Available	2013	DEVELOPED	Breeding material	The sorghum [Sorghum bicolor (L.) Moench] germplasm lines Tx3301 through Tx3360 were developed and released by Texas AandM AgriLife Research (formerly the Texas Agricultural Experiment Station), College Station, TX, in 2005. All of these germplasm lines are resistant to pathotypes 3 and 6 of Peronosclerospora sorghi which cause sorghum downy mildew. They provide the sorghum industry with sources of resistance to the most prevelant pathotypes of P. sorghi in an elite and diverse genetic background. Among the sixty germplasm lines, there are both seed and pollinator lines. and they represent an array of combinations for grain color, plant color, and other agronomic traits. These lines were developed using the pedigree breeding approach with selection environments in Texas and Puerto Rico.	1909955	PI 668069
40	PI 668070	Tx3341	Sorghum bicolor (L.) Moench	Texas, United States	S9	Not Available	2013	DEVELOPED	Breeding material	The sorghum [Sorghum bicolor (L.) Moench] germplasm lines Tx3301 through Tx3360 were developed and released by Texas AandM AgriLife Research (formerly the Texas Agricultural Experiment Station), College Station, TX, in 2005. All of these germplasm lines are resistant to pathotypes 3 and 6 of Peronosclerospora sorghi which cause sorghum downy mildew. They provide the sorghum industry with sources of resistance to the most prevelant pathotypes of P. sorghi in an elite and diverse genetic background. Among the sixty germplasm lines, there are both seed and pollinator lines. and they represent an array of combinations for grain color, plant color, and other agronomic traits. These lines were developed using the pedigree breeding approach with selection environments in Texas and Puerto Rico.	1909956	PI 668070
41	PI 668071	Tx3342	Sorghum bicolor (L.) Moench	Texas, United States	S9	Not Available	2013	DEVELOPED	Breeding material	The sorghum [Sorghum bicolor (L.) Moench] germplasm lines Tx3301 through Tx3360 were developed and released by Texas AandM AgriLife Research (formerly the Texas Agricultural Experiment Station), College Station, TX, in 2005. All of these germplasm lines are resistant to pathotypes 3 and 6 of Peronosclerospora sorghi which cause sorghum downy mildew. They provide the sorghum industry with sources of resistance to the most prevelant pathotypes of P. sorghi in an elite and diverse genetic background. Among the sixty germplasm lines, there are both seed and pollinator lines. and they represent an array of combinations for grain color, plant color, and other agronomic traits. These lines were developed using the pedigree breeding approach with selection environments in Texas and Puerto Rico.	1909957	PI 668071
42	PI 668072	Tx3343	Sorghum bicolor (L.) Moench	Texas, United States	S9	Not Available	2013	DEVELOPED	Breeding material	The sorghum [Sorghum bicolor (L.) Moench] germplasm lines Tx3301 through Tx3360 were developed and released by Texas AandM AgriLife Research (formerly the Texas Agricultural Experiment Station), College Station, TX, in 2005. All of these germplasm lines are resistant to pathotypes 3 and 6 of Peronosclerospora sorghi which cause sorghum downy mildew. They provide the sorghum industry with sources of resistance to the most prevelant pathotypes of P. sorghi in an elite and diverse genetic background. Among the sixty germplasm lines, there are both seed and pollinator lines. and they represent an array of combinations for grain color, plant color, and other agronomic traits. These lines were developed using the pedigree breeding approach with selection environments in Texas and Puerto Rico.	1909958	PI 668072
43	PI 668073	Tx3344	Sorghum bicolor (L.) Moench	Texas, United States	S9	Not Available	2013	DEVELOPED	Breeding material	The sorghum [Sorghum bicolor (L.) Moench] germplasm lines Tx3301 through Tx3360 were developed and released by Texas AandM AgriLife Research (formerly the Texas Agricultural Experiment Station), College Station, TX, in 2005. All of these germplasm lines are resistant to pathotypes 3 and 6 of Peronosclerospora sorghi which cause sorghum downy mildew. They provide the sorghum industry with sources of resistance to the most prevelant pathotypes of P. sorghi in an elite and diverse genetic background. Among the sixty germplasm lines, there are both seed and pollinator lines. and they represent an array of combinations for grain color, plant color, and other agronomic traits. These lines were developed using the pedigree breeding approach with selection environments in Texas and Puerto Rico.	1909959	PI 668073
44	PI 668074	Tx3345	Sorghum bicolor (L.) Moench	Texas, United States	S9	Not Available	2013	DEVELOPED	Breeding material	The sorghum [Sorghum bicolor (L.) Moench] germplasm lines Tx3301 through Tx3360 were developed and released by Texas AandM AgriLife Research (formerly the Texas Agricultural Experiment Station), College Station, TX, in 2005. All of these germplasm lines are resistant to pathotypes 3 and 6 of Peronosclerospora sorghi which cause sorghum downy mildew. They provide the sorghum industry with sources of resistance to the most prevelant pathotypes of P. sorghi in an elite and diverse genetic background. Among the sixty germplasm lines, there are both seed and pollinator lines. and they represent an array of combinations for grain color, plant color, and other agronomic traits. These lines were developed using the pedigree breeding approach with selection environments in Texas and Puerto Rico.	1909960	PI 668074
45	PI 668075	Tx3346	Sorghum bicolor (L.) Moench	Texas, United States	S9	Not Available	2013	DEVELOPED	Breeding material	The sorghum [Sorghum bicolor (L.) Moench] germplasm lines Tx3301 through Tx3360 were developed and released by Texas AandM AgriLife Research (formerly the Texas Agricultural Experiment Station), College Station, TX, in 2005. All of these germplasm lines are resistant to pathotypes 3 and 6 of Peronosclerospora sorghi which cause sorghum downy mildew. They provide the sorghum industry with sources of resistance to the most prevelant pathotypes of P. sorghi in an elite and diverse genetic background. Among the sixty germplasm lines, there are both seed and pollinator lines. and they represent an array of combinations for grain color, plant color, and other agronomic traits. These lines were developed using the pedigree breeding approach with selection environments in Texas and Puerto Rico.	1909961	PI 668075
46	PI 668076	Tx3347	Sorghum bicolor (L.) Moench	Texas, United States	S9	Not Available	2013	DEVELOPED	Breeding material	The sorghum [Sorghum bicolor (L.) Moench] germplasm lines Tx3301 through Tx3360 were developed and released by Texas AandM AgriLife Research (formerly the Texas Agricultural Experiment Station), College Station, TX, in 2005. All of these germplasm lines are resistant to pathotypes 3 and 6 of Peronosclerospora sorghi which cause sorghum downy mildew. They provide the sorghum industry with sources of resistance to the most prevelant pathotypes of P. sorghi in an elite and diverse genetic background. Among the sixty germplasm lines, there are both seed and pollinator lines. and they represent an array of combinations for grain color, plant color, and other agronomic traits. These lines were developed using the pedigree breeding approach with selection environments in Texas and Puerto Rico.	1909962	PI 668076
47	PI 668077	Tx3348	Sorghum bicolor (L.) Moench	Texas, United States	S9	Not Available	2013	DEVELOPED	Breeding material	The sorghum [Sorghum bicolor (L.) Moench] germplasm lines Tx3301 through Tx3360 were developed and released by Texas AandM AgriLife Research (formerly the Texas Agricultural Experiment Station), College Station, TX, in 2005. All of these germplasm lines are resistant to pathotypes 3 and 6 of Peronosclerospora sorghi which cause sorghum downy mildew. They provide the sorghum industry with sources of resistance to the most prevelant pathotypes of P. sorghi in an elite and diverse genetic background. Among the sixty germplasm lines, there are both seed and pollinator lines. and they represent an array of combinations for grain color, plant color, and other agronomic traits. These lines were developed using the pedigree breeding approach with selection environments in Texas and Puerto Rico.	1909963	PI 668077
48	PI 668078	Tx3349	Sorghum bicolor (L.) Moench	Texas, United States	S9	Not Available	2013	DEVELOPED	Breeding material	The sorghum [Sorghum bicolor (L.) Moench] germplasm lines Tx3301 through Tx3360 were developed and released by Texas AandM AgriLife Research (formerly the Texas Agricultural Experiment Station), College Station, TX, in 2005. All of these germplasm lines are resistant to pathotypes 3 and 6 of Peronosclerospora sorghi which cause sorghum downy mildew. They provide the sorghum industry with sources of resistance to the most prevelant pathotypes of P. sorghi in an elite and diverse genetic background. Among the sixty germplasm lines, there are both seed and pollinator lines. and they represent an array of combinations for grain color, plant color, and other agronomic traits. These lines were developed using the pedigree breeding approach with selection environments in Texas and Puerto Rico.	1909964	PI 668078
49	PI 668079	Tx3350	Sorghum bicolor (L.) Moench	Texas, United States	S9	Not Available	2013	DEVELOPED	Breeding material	The sorghum [Sorghum bicolor (L.) Moench] germplasm lines Tx3301 through Tx3360 were developed and released by Texas AandM AgriLife Research (formerly the Texas Agricultural Experiment Station), College Station, TX, in 2005. All of these germplasm lines are resistant to pathotypes 3 and 6 of Peronosclerospora sorghi which cause sorghum downy mildew. They provide the sorghum industry with sources of resistance to the most prevelant pathotypes of P. sorghi in an elite and diverse genetic background. Among the sixty germplasm lines, there are both seed and pollinator lines. and they represent an array of combinations for grain color, plant color, and other agronomic traits. These lines were developed using the pedigree breeding approach with selection environments in Texas and Puerto Rico.	1909965	PI 668079
50	PI 668080	Tx3351	Sorghum bicolor (L.) Moench	Texas, United States	S9	Not Available	2013	DEVELOPED	Breeding material	The sorghum [Sorghum bicolor (L.) Moench] germplasm lines Tx3301 through Tx3360 were developed and released by Texas AandM AgriLife Research (formerly the Texas Agricultural Experiment Station), College Station, TX, in 2005. All of these germplasm lines are resistant to pathotypes 3 and 6 of Peronosclerospora sorghi which cause sorghum downy mildew. They provide the sorghum industry with sources of resistance to the most prevelant pathotypes of P. sorghi in an elite and diverse genetic background. Among the sixty germplasm lines, there are both seed and pollinator lines. and they represent an array of combinations for grain color, plant color, and other agronomic traits. These lines were developed using the pedigree breeding approach with selection environments in Texas and Puerto Rico.	1909966	PI 668080
51	PI 668081	Tx3352	Sorghum bicolor (L.) Moench	Texas, United States	S9	Not Available	2013	DEVELOPED	Breeding material	The sorghum [Sorghum bicolor (L.) Moench] germplasm lines Tx3301 through Tx3360 were developed and released by Texas AandM AgriLife Research (formerly the Texas Agricultural Experiment Station), College Station, TX, in 2005. All of these germplasm lines are resistant to pathotypes 3 and 6 of Peronosclerospora sorghi which cause sorghum downy mildew. They provide the sorghum industry with sources of resistance to the most prevelant pathotypes of P. sorghi in an elite and diverse genetic background. Among the sixty germplasm lines, there are both seed and pollinator lines. and they represent an array of combinations for grain color, plant color, and other agronomic traits. These lines were developed using the pedigree breeding approach with selection environments in Texas and Puerto Rico.	1909967	PI 668081
52	PI 668082	Tx3353	Sorghum bicolor (L.) Moench	Texas, United States	S9	Not Available	2013	DEVELOPED	Breeding material	The sorghum [Sorghum bicolor (L.) Moench] germplasm lines Tx3301 through Tx3360 were developed and released by Texas AandM AgriLife Research (formerly the Texas Agricultural Experiment Station), College Station, TX, in 2005. All of these germplasm lines are resistant to pathotypes 3 and 6 of Peronosclerospora sorghi which cause sorghum downy mildew. They provide the sorghum industry with sources of resistance to the most prevelant pathotypes of P. sorghi in an elite and diverse genetic background. Among the sixty germplasm lines, there are both seed and pollinator lines. and they represent an array of combinations for grain color, plant color, and other agronomic traits. These lines were developed using the pedigree breeding approach with selection environments in Texas and Puerto Rico.	1909968	PI 668082
53	PI 668083	Tx3354	Sorghum bicolor (L.) Moench	Texas, United States	S9	Not Available	2013	DEVELOPED	Breeding material	The sorghum [Sorghum bicolor (L.) Moench] germplasm lines Tx3301 through Tx3360 were developed and released by Texas AandM AgriLife Research (formerly the Texas Agricultural Experiment Station), College Station, TX, in 2005. All of these germplasm lines are resistant to pathotypes 3 and 6 of Peronosclerospora sorghi which cause sorghum downy mildew. They provide the sorghum industry with sources of resistance to the most prevelant pathotypes of P. sorghi in an elite and diverse genetic background. Among the sixty germplasm lines, there are both seed and pollinator lines. and they represent an array of combinations for grain color, plant color, and other agronomic traits. These lines were developed using the pedigree breeding approach with selection environments in Texas and Puerto Rico.	1909969	PI 668083
54	PI 668084	Tx3355	Sorghum bicolor (L.) Moench	Texas, United States	S9	Not Available	2013	DEVELOPED	Breeding material	The sorghum [Sorghum bicolor (L.) Moench] germplasm lines Tx3301 through Tx3360 were developed and released by Texas AandM AgriLife Research (formerly the Texas Agricultural Experiment Station), College Station, TX, in 2005. All of these germplasm lines are resistant to pathotypes 3 and 6 of Peronosclerospora sorghi which cause sorghum downy mildew. They provide the sorghum industry with sources of resistance to the most prevelant pathotypes of P. sorghi in an elite and diverse genetic background. Among the sixty germplasm lines, there are both seed and pollinator lines. and they represent an array of combinations for grain color, plant color, and other agronomic traits. These lines were developed using the pedigree breeding approach with selection environments in Texas and Puerto Rico.	1909970	PI 668084
55	PI 668085	Tx3356	Sorghum bicolor (L.) Moench	Texas, United States	S9	Not Available	2013	DEVELOPED	Breeding material	The sorghum [Sorghum bicolor (L.) Moench] germplasm lines Tx3301 through Tx3360 were developed and released by Texas AandM AgriLife Research (formerly the Texas Agricultural Experiment Station), College Station, TX, in 2005. All of these germplasm lines are resistant to pathotypes 3 and 6 of Peronosclerospora sorghi which cause sorghum downy mildew. They provide the sorghum industry with sources of resistance to the most prevelant pathotypes of P. sorghi in an elite and diverse genetic background. Among the sixty germplasm lines, there are both seed and pollinator lines. and they represent an array of combinations for grain color, plant color, and other agronomic traits. These lines were developed using the pedigree breeding approach with selection environments in Texas and Puerto Rico.	1909971	PI 668085
56	PI 668086	Tx3357	Sorghum bicolor (L.) Moench	Texas, United States	S9	Not Available	2013	DEVELOPED	Breeding material	The sorghum [Sorghum bicolor (L.) Moench] germplasm lines Tx3301 through Tx3360 were developed and released by Texas AandM AgriLife Research (formerly the Texas Agricultural Experiment Station), College Station, TX, in 2005. All of these germplasm lines are resistant to pathotypes 3 and 6 of Peronosclerospora sorghi which cause sorghum downy mildew. They provide the sorghum industry with sources of resistance to the most prevelant pathotypes of P. sorghi in an elite and diverse genetic background. Among the sixty germplasm lines, there are both seed and pollinator lines. and they represent an array of combinations for grain color, plant color, and other agronomic traits. These lines were developed using the pedigree breeding approach with selection environments in Texas and Puerto Rico.	1909972	PI 668086
57	PI 668087	Tx3358	Sorghum bicolor (L.) Moench	Texas, United States	S9	Not Available	2013	DEVELOPED	Breeding material	The sorghum [Sorghum bicolor (L.) Moench] germplasm lines Tx3301 through Tx3360 were developed and released by Texas AandM AgriLife Research (formerly the Texas Agricultural Experiment Station), College Station, TX, in 2005. All of these germplasm lines are resistant to pathotypes 3 and 6 of Peronosclerospora sorghi which cause sorghum downy mildew. They provide the sorghum industry with sources of resistance to the most prevelant pathotypes of P. sorghi in an elite and diverse genetic background. Among the sixty germplasm lines, there are both seed and pollinator lines. and they represent an array of combinations for grain color, plant color, and other agronomic traits. These lines were developed using the pedigree breeding approach with selection environments in Texas and Puerto Rico.	1909973	PI 668087
58	PI 668088	Tx3359	Sorghum bicolor (L.) Moench	Texas, United States	S9	Not Available	2013	DEVELOPED	Breeding material	The sorghum [Sorghum bicolor (L.) Moench] germplasm lines Tx3301 through Tx3360 were developed and released by Texas AandM AgriLife Research (formerly the Texas Agricultural Experiment Station), College Station, TX, in 2005. All of these germplasm lines are resistant to pathotypes 3 and 6 of Peronosclerospora sorghi which cause sorghum downy mildew. They provide the sorghum industry with sources of resistance to the most prevelant pathotypes of P. sorghi in an elite and diverse genetic background. Among the sixty germplasm lines, there are both seed and pollinator lines. and they represent an array of combinations for grain color, plant color, and other agronomic traits. These lines were developed using the pedigree breeding approach with selection environments in Texas and Puerto Rico.	1909974	PI 668088
59	PI 668089	Tx3360	Sorghum bicolor (L.) Moench	Texas, United States	S9	Not Available	2013	DEVELOPED	Breeding material	The sorghum [Sorghum bicolor (L.) Moench] germplasm lines Tx3301 through Tx3360 were developed and released by Texas AandM AgriLife Research (formerly the Texas Agricultural Experiment Station), College Station, TX, in 2005. All of these germplasm lines are resistant to pathotypes 3 and 6 of Peronosclerospora sorghi which cause sorghum downy mildew. They provide the sorghum industry with sources of resistance to the most prevelant pathotypes of P. sorghi in an elite and diverse genetic background. Among the sixty germplasm lines, there are both seed and pollinator lines. and they represent an array of combinations for grain color, plant color, and other agronomic traits. These lines were developed using the pedigree breeding approach with selection environments in Texas and Puerto Rico.	1909975	PI 668089

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