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Your query included: All accessions taxonomy genus name like Gossypium

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Selected item(s) below:

	ACCESSION	PLANT NAME	TAXONOMY	ORIGIN	GENEBANK	AVAILABILITY	RECEIVED	SOURCE TYPE	SOURCE DATE	COLLECTION SITE	IMPROVEMENT LEVEL	NARRATIVE
0	PI 698548	D1 43	Gossypium thurberi Tod.		COT	Not Available	2021				Wild material	Donated by Dr. Chibwe Chungu, Phytogen, Corcoran, Caliifornia.	2115900	PI 698548
1	PI 698547	D1 42	Gossypium thurberi Tod.		COT	Not Available	2021				Wild material	Collected by Dr. Scott Chamberlain, Rice University. Source Molino Basin Arizona USA. Donated to the US National Cotton Germplasm Collection	2115898	PI 698547
2	PI 698443	AD3 35	Gossypium tomentosum Nutt. ex Seem.		COT	Not Available	2021					Donation from Margaret Clarke, National Tropical Botanic Gardens, Hawaii	2115791	PI 698443
3	PI 698442	AD3 34	Gossypium tomentosum Nutt. ex Seem.		COT	Not Available	2021					Donation from Professor Jonathan Wendel, Iowa State University. Found in Hawaii. Packet W-69	2115790	PI 698442
4	PI 698441	AD3 31	Gossypium tomentosum Nutt. ex Seem.		COT	Not Available	2021					Donation from Professor Jonathan Wendel, Iowa State University. Found in Hawaii. Packet W-4	2115789	PI 698441
5	PI 698440	AD3 30	Gossypium tomentosum Nutt. ex Seem.		COT	Not Available	2021					Donation from Professor Jonathan Wendel, Iowa State University. Found in Hawaii. Packet W-3	2115788	PI 698440
6	PI 698439	AD3 29	Gossypium tomentosum Nutt. ex Seem.		COT	Not Available	2021					Donation from Professor Jonathan Wendel, Iowa State University. Found in Hawaii. Packet W-1	2115787	PI 698439
7	PI 698596	D1 91	Gossypium thurberi Tod.		COT	Not Available	2021				Wild material	Collected by Perin McNelis and A. Arnold, Borderland with the support of the USDA-ARS National Germplasm Resources Laboratory in cooperation with the Borderlands Restoration Network and the US Forest Service for a project to document the native crop wild relatives in the Wild Chile Botanical Area of the Coronado National Forest.	2115947	PI 698596
8	PI 694731	SA 3360	Gossypium hirsutum L.		COT		2020						2107227	PI 694731
9	PI 694730	SA 3359	Gossypium hirsutum L.		COT		2020						2107226	PI 694730
10	PI 694729	SA 3358	Gossypium hirsutum L.		COT		2020						2107225	PI 694729
11	PI 694728	SA 3357	Gossypium hirsutum L.		COT		2020						2107224	PI 694728
12	PI 694727	SA 3356	Gossypium hirsutum L.		COT		2020						2107223	PI 694727
13	PI 694726	SA 3355	Gossypium hirsutum L.		COT		2020						2107222	PI 694726
14	PI 694725	SA 3354	Gossypium hirsutum L.		COT		2020						2107221	PI 694725
15	PI 694724	SA 3353	Gossypium hirsutum L.		COT		2020						2107220	PI 694724
16	PI 694723	SA 3352	Gossypium hirsutum L.		COT		2020						2107219	PI 694723
17	PI 694722	SA 3351	Gossypium hirsutum L.		COT		2020						2107218	PI 694722
18	PI 694721	SA 3350	Gossypium hirsutum L.		COT		2020						2107217	PI 694721
19	PI 694720	SA 3349	Gossypium hirsutum L.		COT		2020						2107216	PI 694720
20	PI 694719	SA 3348	Gossypium hirsutum L.		COT		2020						2107215	PI 694719
21	PI 694717	SA 3346	Gossypium hirsutum L.		COT		2020						2107213	PI 694717
22	PI 694718	SA 3347	Gossypium hirsutum L.		COT		2020						2107214	PI 694718
23	PI 694716	SA 3345	Gossypium hirsutum L.		COT		2020						2107212	PI 694716
24	PI 694715	SA 3344	Gossypium hirsutum L.		COT		2020						2107211	PI 694715
25	PI 694714	SA 3343	Gossypium hirsutum L.		COT		2020						2107210	PI 694714
26	PI 694713	SA 3342	Gossypium hirsutum L.		COT		2020						2107209	PI 694713
27	PI 694712	SA 3341	Gossypium hirsutum L.		COT		2020						2107208	PI 694712
28	PI 694710	SA 3339	Gossypium hirsutum L.		COT		2020						2107206	PI 694710
29	PI 694711	SA 3340	Gossypium hirsutum L.		COT		2020						2107207	PI 694711
30	PI 694709	SA 3338	Gossypium hirsutum L.		COT		2020						2107205	PI 694709
31	PI 694708	SA 3337	Gossypium hirsutum L.		COT		2020						2107204	PI 694708
32	PI 694707	SA 3336	Gossypium hirsutum L.		COT		2020						2107203	PI 694707
33	PI 694706	SA 3335	Gossypium hirsutum L.		COT		2020						2107202	PI 694706
34	PI 694705	SA 3334	Gossypium hirsutum L.		COT		2020						2107201	PI 694705
35	PI 694704	SA 3333	Gossypium hirsutum L.		COT		2020						2107200	PI 694704
36	PI 694703	SA 3332	Gossypium hirsutum L.		COT		2020						2107199	PI 694703
37	PI 694702	SA 3331	Gossypium hirsutum L.		COT		2020						2107198	PI 694702
38	PI 694700	SA 3329	Gossypium hirsutum L.		COT		2020						2107196	PI 694700
39	PI 694701	SA 3330	Gossypium hirsutum L.		COT		2020						2107197	PI 694701
40	PI 694699	SA 3328	Gossypium hirsutum L.		COT		2020						2107195	PI 694699
41	PI 694698	SA 3327	Gossypium hirsutum L.		COT		2020						2107194	PI 694698
42	PI 694697	SA 3326	Gossypium hirsutum L.		COT		2020						2107193	PI 694697
43	PI 694696	SA 3325	Gossypium hirsutum L.		COT		2020						2107192	PI 694696
44	PI 694695	SA 3324	Gossypium hirsutum L.		COT		2020						2107191	PI 694695
45	PI 694694	SA 3323	Gossypium hirsutum L.		COT		2020						2107190	PI 694694
46	PI 694693	SA 3322	Gossypium hirsutum L.		COT		2020						2107189	PI 694693
47	PI 694692	SA 3321	Gossypium hirsutum L.		COT		2020						2107188	PI 694692
48	PI 694691	SA 3320	Gossypium hirsutum L.		COT		2020						2107187	PI 694691
49	PI 694690	SA 3319	Gossypium hirsutum L.		COT		2020						2107186	PI 694690
50	PI 694689	SA 3318	Gossypium hirsutum L.		COT		2020						2107185	PI 694689
51	PI 694688	SA 3317	Gossypium hirsutum L.		COT		2020						2107184	PI 694688
52	PI 694687	SA 3316	Gossypium hirsutum L.		COT		2020						2107183	PI 694687
53	PI 694686	SA 3315	Gossypium hirsutum L.		COT		2020						2107182	PI 694686
54	PI 694685	SA 3314	Gossypium hirsutum L.		COT		2020						2107181	PI 694685
55	PI 694683	SA 3312	Gossypium hirsutum L.		COT		2020						2107179	PI 694683
56	PI 694684	SA 3313	Gossypium hirsutum L.		COT		2020						2107180	PI 694684
57	PI 694682	SA 3311	Gossypium hirsutum L.		COT		2020						2107178	PI 694682
58	PI 694681	SA 3310	Gossypium hirsutum L.		COT		2020						2107177	PI 694681
59	PI 694680	SA 3309	Gossypium hirsutum L.		COT		2020						2107176	PI 694680
60	PI 694679	SA 3308	Gossypium hirsutum L.		COT		2020						2107175	PI 694679
61	PI 694677	SA 3306	Gossypium hirsutum L.		COT		2020						2107173	PI 694677
62	PI 694678	SA 3307	Gossypium hirsutum L.		COT		2020						2107174	PI 694678
63	PI 694676	SA 3305	Gossypium hirsutum L.		COT		2020						2107172	PI 694676
64	PI 694675	SA 3304	Gossypium hirsutum L.		COT		2020						2107171	PI 694675
65	PI 694674	SA 3303	Gossypium hirsutum L.		COT		2020						2107170	PI 694674
66	PI 694673	SA 3302	Gossypium hirsutum L.		COT		2020						2107169	PI 694673
67	PI 694672	SA 3301	Gossypium hirsutum L.		COT		2020						2107168	PI 694672
68	PI 694670	SA 3299	Gossypium hirsutum L.		COT		2020						2107166	PI 694670
69	PI 694671	SA 3300	Gossypium hirsutum L.		COT		2020						2107167	PI 694671
70	PI 694669	SA 3298	Gossypium hirsutum L.		COT		2020						2107165	PI 694669
71	PI 694668	SA 3297	Gossypium hirsutum L.		COT		2020						2107164	PI 694668
72	PI 694667	SA 3296	Gossypium hirsutum L.		COT		2020						2107163	PI 694667
73	PI 694666	SA 3295	Gossypium hirsutum L.		COT		2020						2107162	PI 694666
74	PI 694664	SA 3293	Gossypium hirsutum L.		COT		2020						2107160	PI 694664
75	PI 694665	SA 3294	Gossypium hirsutum L.		COT		2020						2107161	PI 694665
76	PI 694663	SA 3292	Gossypium hirsutum L.		COT		2020						2107159	PI 694663
77	PI 694662	SA 3291	Gossypium hirsutum L.		COT		2020						2107158	PI 694662
78	PI 694661	SA 3290	Gossypium hirsutum L.		COT		2020						2107157	PI 694661
79	PI 694660	SA 3289	Gossypium hirsutum L.		COT		2020						2107156	PI 694660
80	PI 694659	SA 3288	Gossypium hirsutum L.		COT		2020						2107155	PI 694659
81	PI 694658	SA 3287	Gossypium hirsutum L.		COT		2020						2107154	PI 694658
82	PI 694657	SA 3286	Gossypium hirsutum L.		COT		2020						2107153	PI 694657
83	PI 694656	SA 3285	Gossypium hirsutum L.		COT		2020						2107152	PI 694656
84	PI 694655	SA 3284	Gossypium hirsutum L.		COT		2020						2107151	PI 694655
85	PI 694654	SA 3283	Gossypium hirsutum L.		COT		2020						2107150	PI 694654
86	PI 694653	SA 3282	Gossypium hirsutum L.		COT		2020						2107149	PI 694653
87	PI 694652	SA 3281	Gossypium hirsutum L.		COT		2020						2107148	PI 694652
88	PI 694651	SA 3280	Gossypium hirsutum L.		COT		2020						2107147	PI 694651
89	PI 694650	SA 3279	Gossypium hirsutum L.		COT		2020						2107146	PI 694650
90	PI 694649	SA 3278	Gossypium hirsutum L.		COT		2020						2107145	PI 694649
91	PI 694648	SA 3277	Gossypium hirsutum L.		COT		2020						2107144	PI 694648
92	PI 694647	SA 3276	Gossypium hirsutum L.		COT		2020						2107143	PI 694647
93	PI 694646	SA 3275	Gossypium hirsutum L.		COT		2020						2107142	PI 694646
94	PI 694645	SA 3274	Gossypium hirsutum L.		COT		2020						2107141	PI 694645
95	PI 694644	SA 3273	Gossypium hirsutum L.		COT		2020						2107140	PI 694644
96	PI 694643	SA 3272	Gossypium hirsutum L.		COT		2020						2107139	PI 694643
97	PI 694642	SA 3271	Gossypium hirsutum L.		COT		2020						2107138	PI 694642
98	PI 694641	SA 3270	Gossypium hirsutum L.		COT		2020						2107137	PI 694641
99	PI 694640	SA 3269	Gossypium hirsutum L.		COT		2020						2107136	PI 694640
100	PI 694639	SA 3268	Gossypium hirsutum L.		COT		2020						2107135	PI 694639
101	PI 694638	SA 3267	Gossypium hirsutum L.		COT		2020						2107134	PI 694638
102	PI 694637	SA 3266	Gossypium hirsutum L.		COT		2020						2107133	PI 694637
103	PI 694636	SA 3265	Gossypium hirsutum L.		COT		2020						2107132	PI 694636
104	PI 694635	SA 3264	Gossypium hirsutum L.		COT		2020						2107131	PI 694635
105	PI 694634	SA 3263	Gossypium hirsutum L.		COT		2020						2107130	PI 694634
106	PI 694633	SA 3262	Gossypium hirsutum L.		COT		2020						2107129	PI 694633
107	PI 694632	SA 3261	Gossypium hirsutum L.		COT		2020						2107128	PI 694632
108	PI 694631	SA 3260	Gossypium hirsutum L.		COT		2020						2107127	PI 694631
109	PI 694630	SA 3259	Gossypium hirsutum L.		COT		2020						2107126	PI 694630
110	PI 694629	SA 3258	Gossypium hirsutum L.		COT		2020						2107125	PI 694629
111	PI 694628	SA 3257	Gossypium hirsutum L.		COT		2020						2107124	PI 694628
112	PI 694627	SA 3256	Gossypium hirsutum L.		COT		2020						2107123	PI 694627
113	PI 694626	SA 3255	Gossypium hirsutum L.		COT		2020						2107122	PI 694626
114	PI 694625	SA 3254	Gossypium hirsutum L.		COT		2020						2107121	PI 694625
115	PI 694624	SA 3253	Gossypium hirsutum L.		COT	Not Available	2020						2107120	PI 694624
116	PI 694623	SA 3252	Gossypium hirsutum L.		COT	Not Available	2020						2107119	PI 694623
117	PI 694622	SA 3251	Gossypium hirsutum L.		COT		2020						2107118	PI 694622
118	PI 694621	SA 3250	Gossypium hirsutum L.		COT		2020						2107117	PI 694621
119	PI 694620	SA 3249	Gossypium hirsutum L.		COT		2020						2107116	PI 694620
120	PI 694619	SA 3248	Gossypium hirsutum L.		COT		2020						2107115	PI 694619
121	PI 694618	SA 3247	Gossypium hirsutum L.		COT		2020						2107114	PI 694618
122	PI 694617	SA 3246	Gossypium hirsutum L.		COT		2020						2107113	PI 694617
123	PI 694616	SA 3245	Gossypium hirsutum L.		COT		2020						2107112	PI 694616
124	PI 694615	SA 3244	Gossypium hirsutum L.		COT		2020						2107111	PI 694615
125	PI 694614	SA 3243	Gossypium hirsutum L.		COT		2020						2107110	PI 694614
126	PI 694613	SA 3242	Gossypium hirsutum L.		COT		2020						2107109	PI 694613
127	PI 694612	SA 3241	Gossypium hirsutum L.		COT		2020						2107108	PI 694612
128	PI 694610	SA 3239	Gossypium hirsutum L.		COT		2020						2107106	PI 694610
129	PI 694611	SA 3240	Gossypium hirsutum L.		COT		2020						2107107	PI 694611
130	PI 694609	SA 3238	Gossypium hirsutum L.		COT		2020						2107105	PI 694609
131	PI 694608	SA 3237	Gossypium hirsutum L.		COT		2020						2107104	PI 694608
132	PI 694607	SA 3236	Gossypium hirsutum L.		COT		2020						2107103	PI 694607
133	PI 694606	SA 3235	Gossypium hirsutum L.		COT		2020						2107102	PI 694606
134	PI 694604	SA 3233	Gossypium hirsutum L.		COT		2020						2107100	PI 694604
135	PI 694605	SA 3234	Gossypium hirsutum L.		COT		2020						2107101	PI 694605
136	PI 694603	SA 3232	Gossypium hirsutum L.		COT		2020						2107099	PI 694603
137	PI 694602	SA 3231	Gossypium hirsutum L.		COT		2020						2107098	PI 694602
138	PI 694601	SA 3230	Gossypium hirsutum L.		COT		2020						2107097	PI 694601
139	PI 694600	SA 3229	Gossypium hirsutum L.		COT		2020						2107096	PI 694600
140	PI 694598	SA 3227	Gossypium hirsutum L.		COT		2020						2107094	PI 694598
141	PI 694599	SA 3228	Gossypium hirsutum L.		COT		2020						2107095	PI 694599
142	PI 694597	SA 3226	Gossypium hirsutum L.		COT		2020						2107093	PI 694597
143	PI 694596	SA 3225	Gossypium hirsutum L.		COT		2020						2107092	PI 694596
144	PI 694595	SA 3224	Gossypium hirsutum L.		COT		2020						2107091	PI 694595
145	PI 694594	SA 3223	Gossypium hirsutum L.		COT		2020						2107090	PI 694594
146	PI 694593	SA 3222	Gossypium hirsutum L.		COT		2020						2107089	PI 694593
147	PI 694592	SA 3221	Gossypium hirsutum L.		COT		2020						2107088	PI 694592
148	PI 694591	SA 3220	Gossypium hirsutum L.		COT		2020						2107087	PI 694591
149	PI 694590	SA 3219	Gossypium hirsutum L.		COT		2020						2107086	PI 694590
150	PI 694589	SA 3218	Gossypium hirsutum L.		COT		2020						2107085	PI 694589
151	PI 694588	SA 3217	Gossypium hirsutum L.		COT		2020						2107084	PI 694588
152	PI 694587	SA 3216	Gossypium hirsutum L.		COT		2020						2107083	PI 694587
153	PI 694586	SA 3215	Gossypium hirsutum L.		COT		2020						2107082	PI 694586
154	PI 694585	SA 3214	Gossypium hirsutum L.		COT		2020						2107081	PI 694585
155	PI 694584	SA 3213	Gossypium hirsutum L.		COT		2020						2107080	PI 694584
156	PI 694583	SA 3208	Gossypium hirsutum L.		COT		2020						2107079	PI 694583
157	PI 694582	SA 3207	Gossypium hirsutum L.		COT		2020						2107078	PI 694582
158	PI 694581	SA 3206	Gossypium hirsutum L.		COT		2020						2107077	PI 694581
159	PI 694580	SA 3205	Gossypium hirsutum L.		COT		2020						2107076	PI 694580
160	PI 694579	SA 3204	Gossypium hirsutum L.		COT		2020						2107075	PI 694579
161	PI 694578	SA 3203	Gossypium hirsutum L.		COT		2020						2107074	PI 694578
162	PI 694577	SA 3202	Gossypium hirsutum L.		COT		2020						2107073	PI 694577
163	PI 694576	SA 3201	Gossypium hirsutum L.		COT		2020						2107072	PI 694576
164	PI 694575	SA 3200	Gossypium hirsutum L.		COT		2020						2107071	PI 694575
165	PI 694574	SA 3199	Gossypium hirsutum L.		COT		2020						2107070	PI 694574
166	PI 694573	SA 3198	Gossypium hirsutum L.		COT		2020						2107069	PI 694573
167	PI 694572	SA 3197	Gossypium hirsutum L.		COT		2020						2107068	PI 694572
168	PI 694571	SA 3196	Gossypium hirsutum L.		COT		2020						2107067	PI 694571
169	PI 694570	SA 3195	Gossypium hirsutum L.		COT		2020						2107066	PI 694570
170	PI 694569	SA 3194	Gossypium hirsutum L.		COT		2020						2107065	PI 694569
171	PI 694568	SA 3193	Gossypium hirsutum L.		COT		2020						2107064	PI 694568
172	PI 694567	SA 3192	Gossypium hirsutum L.		COT		2020						2107063	PI 694567
173	PI 694566	SA 3181	Gossypium hirsutum L.		COT		2020						2107062	PI 694566
174	PI 694565	SA 3180	Gossypium hirsutum L.		COT		2020						2107061	PI 694565
175	PI 694564	SA 3179	Gossypium hirsutum L.		COT		2020						2107060	PI 694564
176	PI 694563	SA 3178	Gossypium hirsutum L.		COT		2020						2107059	PI 694563
177	PI 694562	SA 3177	Gossypium hirsutum L.		COT		2020						2107058	PI 694562
178	PI 694561	SA 3176	Gossypium hirsutum L.		COT		2020						2107057	PI 694561
179	PI 694560	SA 3175	Gossypium hirsutum L.		COT		2020						2107056	PI 694560
180	PI 694559	SA 3174	Gossypium hirsutum L.		COT		2020						2107055	PI 694559
181	PI 694558	SA 3173	Gossypium hirsutum L.		COT		2020						2107054	PI 694558
182	PI 694557	SA 3172	Gossypium hirsutum L.		COT		2020						2107053	PI 694557
183	PI 694556	SA 3171	Gossypium hirsutum L.		COT		2020						2107052	PI 694556
184	PI 694555	SA 3170	Gossypium hirsutum L.		COT		2020						2107051	PI 694555
185	PI 694554	SA 3169	Gossypium hirsutum L.		COT		2020						2107050	PI 694554
186	PI 694553	SA 3168	Gossypium hirsutum L.		COT		2020						2107049	PI 694553
187	PI 694552	SA 3167	Gossypium hirsutum L.		COT		2020						2107048	PI 694552
188	PI 694551	SA 3166	Gossypium hirsutum L.		COT		2020						2107047	PI 694551
189	PI 694550	SA 3165	Gossypium hirsutum L.		COT		2020						2107046	PI 694550
190	PI 694549	SA 3164	Gossypium hirsutum L.		COT		2020						2107045	PI 694549
191	PI 694548	SA 3163	Gossypium hirsutum L.		COT		2020						2107044	PI 694548
192	PI 694547	SA 3162	Gossypium hirsutum L.		COT		2020						2107043	PI 694547
193	PI 694546	SA 3161	Gossypium hirsutum L.		COT		2020						2107042	PI 694546
194	PI 694545	SA 3160	Gossypium hirsutum L.		COT		2020						2107041	PI 694545
195	PI 694544	SA 3159	Gossypium hirsutum L.		COT		2020						2107040	PI 694544
196	PI 694543	SA 3158	Gossypium hirsutum L.		COT		2020						2107039	PI 694543
197	PI 694541	SA 3156	Gossypium hirsutum L.		COT		2020						2107037	PI 694541
198	PI 694542	SA 3157	Gossypium hirsutum L.		COT		2020						2107038	PI 694542
199	PI 694540	SA 3155	Gossypium hirsutum L.		COT		2020						2107036	PI 694540
200	PI 694539	SA 3154	Gossypium hirsutum L.		COT		2020						2107035	PI 694539
201	PI 694538	SA 3153	Gossypium hirsutum L.		COT		2020						2107034	PI 694538
202	PI 694537	SA 3143	Gossypium hirsutum L.		COT		2020						2107033	PI 694537
203	PI 694536	SA 3142	Gossypium hirsutum L.		COT		2020						2107032	PI 694536
204	PI 694176	TX 2547	Gossypium hirsutum L.		COT		2020						2106827	PI 694176
205	PI 694175	TX 2528	Gossypium hirsutum L.		COT	Not Available	2020						2106826	PI 694175
206	PI 694173	TX 2526	Gossypium hirsutum L.		COT		2020						2106824	PI 694173
207	PI 694174	TX 2527	Gossypium hirsutum L.		COT		2020						2106825	PI 694174
208	PI 694172	TX 2525	Gossypium hirsutum L.		COT		2020						2106823	PI 694172
209	PI 694171	TX 2524	Gossypium hirsutum L.		COT		2020						2106822	PI 694171
210	PI 694170	TX 2523	Gossypium hirsutum L.		COT		2020						2106821	PI 694170
211	PI 694169	TX 2522	Gossypium hirsutum L.		COT		2020						2106820	PI 694169
212	PI 694121	A1 198	Gossypium herbaceum L.		COT		2020						2106772	PI 694121
213	PI 694120	A1 197	Gossypium herbaceum L.		COT		2020						2106771	PI 694120
214	PI 694119	A1 196	Gossypium herbaceum L.		COT		2020						2106770	PI 694119
215	PI 694118	A1 195	Gossypium herbaceum L.		COT		2020						2106769	PI 694118
216	PI 694117	A1 194	Gossypium herbaceum L.		COT		2020						2106768	PI 694117
217	PI 694116	A1 193	Gossypium herbaceum L.		COT		2020						2106767	PI 694116
218	PI 694115	A1 192	Gossypium herbaceum L.		COT	Not Available	2020						2106766	PI 694115
219	PI 694114	A1 191	Gossypium herbaceum L.		COT		2020						2106765	PI 694114
220	PI 698595	D1 90	Gossypium thurberi Tod.		COT	Not Available	2019				Wild material	Collected by Perin McNelis, E. Lee, and A. Arnold with the support of the USDA-ARS National Germplasm Resources Laboratory in cooperation with the Borderlands Restoration Network and the US Forest Service for a project to document the native crop wild relatives in the Wild Chile Botanical Area of the Coronado National Forest.	2115946	PI 698595
221	PI 688427	NM 990764	Gossypium hirsutum L.	New Mexico, United States	COT	Not Available	2018	DEVELOPED			Breeding material		1965699	PI 688427
222	PI 688428	NM 990649	Gossypium hirsutum L.	New Mexico, United States	COT	Not Available	2018	DEVELOPED			Breeding material		1965700	PI 688428
223	PI 688429	NM 990815	Gossypium hirsutum L.	New Mexico, United States	COT	Not Available	2018	DEVELOPED			Breeding material		1965701	PI 688429
224	PI 688430	NM 990827	Gossypium hirsutum L.	New Mexico, United States	COT	Not Available	2018	DEVELOPED			Breeding material		1965702	PI 688430
225	PI 688431	Acala 1517-18 GLS	Gossypium hirsutum L.	New Mexico, United States	COT	Not Available	2018	DEVELOPED			Breeding material		1965703	PI 688431
226	PI 688432	NM 970123	Gossypium hirsutum L.	New Mexico, United States	COT	Not Available	2018	DEVELOPED			Breeding material		1965704	PI 688432
227	PI 688413	'TTU SCM3-7-3-A3'	Gossypium hirsutum L.	Texas, United States	PVPO	Not Available	2018	DEVELOPED			Genetic material	Three cotton populations that had been exposed to Ethyl MethaneSulfonate (EMS) using conventional chemical mutagenesis techniques provided the original M5 parental populations screened in this study. No DNA or RNA were utilized at any time in this process to ensure that selected lines would not be considered transgenic or GMO in origin. The parental populations were TAM 94L-25 (PI 631440) (Smith, 2003); Acala 1517-99 (Reg. no. CV-115, PI 612326) (Cantrell, et al., 2000); and TTU SCM3-7-3-3 (Reg. No.GS-4, PI 657942) (Bechere, et al., 2010).	1965685	PI 688413
228	PI 688414	TTU SCM3-7-3-A3	Gossypium hirsutum L.	Texas, United States	PVPO	Not Available	2018	DEVELOPED			Genetic material	Three cotton populations that had been exposed to Ethyl MethaneSulfonate (EMS) using conventional chemical mutagenesis techniques provided the original M5 parental populations screened in this study. No DNA or RNA were utilized at any time in this process to ensure that selected lines would not be considered transgenic or GMO in origin. The parental populations were TAM 94L-25 (PI 631440) (Smith, 2003); Acala 1517-99 (Reg. no. CV-115, PI 612326) (Cantrell, et al., 2000); and TTU SCM3-7-3-3 (Reg. No.GS-4, PI 657942) (Bechere, et al., 2010).	1965686	PI 688414
229	PI 688415	AFIS 1-1-1422-A5	Gossypium hirsutum L.	Texas, United States	PVPO	Not Available	2018	DEVELOPED			Genetic material	Three cotton populations that had been exposed to Ethyl MethaneSulfonate (EMS) using conventional chemical mutagenesis techniques provided the original M5 parental populations screened in this study. No DNA or RNA were utilized at any time in this process to ensure that selected lines would not be considered transgenic or GMO in origin. The parental populations were TAM 94L-25 (PI 631440) (Smith, 2003); Acala 1517-99 (Reg. no. CV-115, PI 612326) (Cantrell, et al., 2000); and TTU SCM3-7-3-3 (Reg. No.GS-4, PI 657942) (Bechere, et al., 2010).	1965687	PI 688415
230	PI 688416	AFIS 1-136-A5	Gossypium hirsutum L.	Texas, United States	PVPO	Not Available	2018	DEVELOPED			Genetic material	Three cotton populations that had been exposed to Ethyl MethaneSulfonate (EMS) using conventional chemical mutagenesis techniques provided the original M5 parental populations screened in this study. No DNA or RNA were utilized at any time in this process to ensure that selected lines would not be considered transgenic or GMO in origin. The parental populations were TAM 94L-25 (PI 631440) (Smith, 2003); Acala 1517-99 (Reg. no. CV-115, PI 612326) (Cantrell, et al., 2000); and TTU SCM3-7-3-3 (Reg. No.GS-4, PI 657942) (Bechere, et al., 2010).	1965688	PI 688416
231	PI 688417	AFIS 2-340-A5	Gossypium hirsutum L.	Texas, United States	PVPO	Not Available	2018	DEVELOPED			Genetic material	Three cotton populations that had been exposed to Ethyl MethaneSulfonate (EMS) using conventional chemical mutagenesis techniques provided the original M5 parental populations screened in this study. No DNA or RNA were utilized at any time in this process to ensure that selected lines would not be considered transgenic or GMO in origin. The parental populations were TAM 94L-25 (PI 631440) (Smith, 2003); Acala 1517-99 (Reg. no. CV-115, PI 612326) (Cantrell, et al., 2000); and TTU SCM3-7-3-3 (Reg. No.GS-4, PI 657942) (Bechere, et al., 2010).	1965689	PI 688417
232	PI 687864	Arkot 0611	Gossypium hirsutum L.	Arkansas, United States	COT	Not Available	2018	DEVELOPED			Breeding material	Morphological traits of Arkot 0611 are similar to 'DP 393' (check cultivar), except trichome density of Arkot 0611 was higher on abaxial leaf surfaces and bract margins. Lint yield of Arkot 0611 was 10.3% higher than DP 393 over 16 replicated field tests at four sites in Arkansas. By location, lint yields of Arkot 0611 were equal to lint yields of DP 393 on Sharkey clay soil at Keiser (north) and on silt loam soil at Rohwer (south), but were 19.4% higher on silt loam soil at Judd Hill (north) and 11.7% higher on silt loam soil at Marianna ( central Arkansas). Compared to DP 393, lint yields of Arkot 0611 were produced with higher lint percentage, number of seed per area, lint index, fibers per seed, and fiber density ( estimated number of fibers per unit area of seed surface); and lower seed size (seed index). Compared to DP 393, Arkot 06 I 1 produced higher leaf pubescence rating ( 4.0 vs. 2.5), marginal bract trichome density (34.0 vs. 24.9 trichomes cm-1), open boll percentage (66 vs. 61 %), lint percentage (40.8 vs. 39.5), seed per area(8.3% higher), lint index (7.6 vs. 7.5 g), fibers per seed (l 0.1 % higher), fiber density (13. 7% higher), fiber elongation (7.8 vs. 6.6%); equal plant height and stem pubescence; and lower seed index (I 0.3 vs. 11.3 g), quality score (40 vs. 49), micronaire (4.77 vs. 4.96), fiber length (30.0 vs 29.7 mm), uniformity index (83.9 vs. 85.1 %), and fiber strength (300 vs. 326 kN m Kg-1). Arkot 0611 is resistance to all U.S. races of Xanthomonas citri ssp. malvacearum ( ex Smith 190 I) Schaad et al. 2007, the causal agent of bacterial blight. Arkot 0611 had lower damaged flowers (more resistance) than DP 393 in tests of resistance to tarnished plant bug [Lygus lineolaris (Palisot de Beauvois)]. Response of Arkot 06 I I to fusarium wilt [caused by Fusarium oxysporum Schlect. F. sp. vasinfectum (Atk.) Snyd. & Hans.] was equal to the ,resistant check, M-315.	1964026	PI 687864
233	PI 687866	Arkot 0617	Gossypium hirsutum L.	Arkansas, United States	COT	Not Available	2018	DEVELOPED			Breeding material	Morphological traits of Arkot 0617 are similar to 'DP 393' (check cultivar), except trichome density of Arkot 0617 was higher on abaxial leaf surfaces and bract margins but lower on stems. Over 16 replicated field tests at four sites in Arkansas, lint yields of Arkot 0617 were equal to lint yields of DP 393 on silt loam soil at Marianna (central Arkansas) and on silt loam soil at Rohwer (south), but were 10 .. 3% higher on Sharkey clay soil at Keiser (north) and 5.4% higher on silt loam soil at Judd Hill (north). Compared to DP 393, lint yields of Arkot 0617 were produced with higher lint percentage; equal number of seed per area, fibers per seed, and fiber density (estimated number of fibers per unit area of seed surface); and lower seed size (seed index) and weight of lint per seed (lint index). Compared to DP 393, Arkot 0617 produced higher leaf pubescence rating (4.1 vs. 2.5), marginal bract trichome density (27.6 vs. 24.9 trichomes cm·'), open boll percentage (67 vs. 61 %), lint percentage (40.3 vs. 39.5), fiber quality score (58 vs. 49), and fiber length (30.5 vs. 29.7 g); equal seed per area, fibers per seed, fiber density, micronaire, uniformity index, fiber strength, and elongation; and lower stem pubescence rating (3.2 vs. 5.0), lint index (7.4 vs. 7.5 g), and seed index (10.9 vs. 11.3 g). Arkot 0617 is resistance to all U.S. races of Xanthomonas citri ssp. malvacearum (ex Smith 1901) Schaad et al. 2007, the causal agent of bacterial blight. Arkot 0617 had equal damaged flowers as DP 393 in tests of resistance to tarnished plant bug [Lygus lineolaris (Palisot de Beauvois)].	1964028	PI 687866
234	PI 698587	D1 82	Gossypium thurberi Tod.		COT	Not Available	2017				Wild material	Collected by Dr. James Frelichowski, USDA College Station, Texas, and Roeloff Sikkens, Soybean and Cotton Breeding, Auburn University, Auburn, Alabama. Foothills of Quinlan Mountains. Entrance Road to Kitt's Observatory or 386, side of road. Sample , 32°0'15.288"N 111°34'21.972"W 1065m elev	2115942	PI 698587
235	PI 698588	D1 83	Gossypium thurberi Tod.		COT	Not Available	2017				Wild material	Collected by Dr. James Frelichowski, USDA College Station, Texas, and Roeloff Sikkens, Soybean and Cotton Breeding, Auburn University, Auburn, Alabama. Foothills of Quinlan Mountains. Entrance Road to Kitt's Observatory or 386, side of road. Sample , 31°59'27.834"N 111°34'39.726"W 1149.9m elev	2115943	PI 698588
236	PI 698589	D1 84	Gossypium thurberi Tod.		COT	Not Available	2017				Wild material	Collected by Dr. James Frelichowski, USDA College Station, Texas, and Roeloff Sikkens, Soybean and Cotton Breeding, Auburn University, Auburn, Alabama. Foothills of Quinlan Mountains. Entrance Road to Kitt's Observatory or 386, side of road. Sample , 31°59'26.688"N 111°34'40.722"W 1158.4m elev	2115944	PI 698589
237	PI 698590	D1 85	Gossypium thurberi Tod.		COT	Not Available	2017				Wild material	Collected by Dr. James Frelichowski, USDA College Station, Texas, and Roeloff Sikkens, Soybean and Cotton Breeding, Auburn University, Auburn, Alabama. Foothills of Quinlan Mountains. Entrance Road to Kitt's Observatory or 386, side of road. Sample , 31°59'27.318"N 111°34'40.434"W 1149m elev	2115945	PI 698590
238	PI 698586	D1 81	Gossypium thurberi Tod.		COT	Not Available	2017				Wild material	Collected by Dr. James Frelichowski, USDA College Station, Texas Apache Leap Mountains. East of Superior, turnoff 60 on Magma Mine Road, near private entrance on roadside, single plant. Sample , 33°18'0.384"N 111°3'53.364"W 1250.8m elev	2115941	PI 698586
239	PI 676098	'DP 1612B2XF'	Gossypium hirsutum L.	Iowa, United States	PVPO	Not Available	2016	DEVELOPED			Genetically Engineered		1934872	PI 676098
240	PI 676099	'DP 1639 B2XF'	Gossypium hirsutum L.	Iowa, United States	PVPO	Not Available	2016	DEVELOPED			Genetically Engineered		1934873	PI 676099
241	PI 676100	'14R953B2XF'	Gossypium hirsutum L.	Iowa, United States	PVPO	Not Available	2016	DEVELOPED			Genetically Engineered		1934875	PI 676100
242	PI 676101	'15R550B2XF'	Gossypium hirsutum L.	Iowa, United States	PVPO	Not Available	2016	DEVELOPED			Genetically Engineered		1934876	PI 676101
243	PI 698579	D1 74	Gossypium thurberi Tod.		COT	Not Available	2015				Wild material	Collected by Dr. James Frelichowski and Janna Love, USDA College Station, Texas. Mule Mountains, Bisbee, along roadside 81. Sample AZ15-25a, 31°24’15.354”N 109°54’41.825”W 1556.2m elev	2115932	PI 698579
244	PI 698580	D1 75	Gossypium thurberi Tod.		COT	Not Available	2015				Wild material	Collected by Dr. James Frelichowski and Janna Love, USDA College Station, Texas. Mule Mountains, Bisbee, along roadside 82. Sample AZ15-25b, 31°24’15.354”N 109°54’41.825”W 1556.2m elev	2115933	PI 698580
245	PI 698581	D1 76	Gossypium thurberi Tod.		COT	Not Available	2015				Wild material	Collected by Dr. James Frelichowski and Janna Love, USDA College Station, Texas. Mule Mountains, Bisbee, along roadside 83. Sample AZ15-26a, 31°29’13.487”N 109°59’10.493”W 1569.3m elev	2115934	PI 698581
246	PI 698582	D1 77	Gossypium thurberi Tod.		COT	Not Available	2015				Wild material	Collected by Dr. James Frelichowski and Janna Love, USDA College Station, Texas. Mule Mountains, Bisbee, along roadside 84. Sample AZ15-26b, 31°29’13.487”N 109°59’10.493”W 1569.3m elev	2115935	PI 698582
247	PI 698583	D1 78	Gossypium thurberi Tod.		COT	Not Available	2015				Wild material	Collected by Dr. James Frelichowski and Janna Love, USDA College Station, Texas. Mule Mountains, Bisbee, along roadside 85. Sample AZ15-26c, 31°29’13.487”N 109°59’10.493”W 1569.3m elev	2115936	PI 698583
248	PI 698584	D1 79	Gossypium thurberi Tod.		COT	Not Available	2015				Wild material	Collected by Dr. James Frelichowski and Janna Love, USDA College Station, Texas. Mule Mountains Foothills along roadside 80. Sample AZ15-27a, 31°32’21.341”N 110°0’37.193”W 1422.1m elev	2115937	PI 698584
249	PI 698585	D1 80	Gossypium thurberi Tod.		COT	Not Available	2015				Wild material	Collected by Dr. James Frelichowski and Janna Love, USDA College Station, Texas. Mule Mountains Foothills along roadside 80. Sample AZ15-27b, 31°32’21.341”N 110°0’37.193”W 1422.1m elev	2115938	PI 698585
250	PI 698574	D1 69	Gossypium thurberi Tod.		COT	Not Available	2015				Wild material	Collected by Dr. James Frelichowski and Janna Love, USDA College Station, Texas. Santa Rita Foothills along 83 roadsides near Sahuarita Road.. Sample AZ15-21, 31°57’57.233”N 110°40’23.405”W 1123.1m elev	2115927	PI 698574
251	PI 698575	D1 70	Gossypium thurberi Tod.		COT	Not Available	2015				Wild material	Collected by Dr. James Frelichowski and Janna Love, USDA College Station, Texas. Santa Rita Foothills along 83 roadsides near Sahuarita Road.. Sample AZ15-22a, 31°52’10.073”N 110°40’42.233”W 1306.8m elev	2115928	PI 698575
252	PI 698576	D1 71	Gossypium thurberi Tod.		COT	Not Available	2015				Wild material	Collected by Dr. James Frelichowski and Janna Love, USDA College Station, Texas. Santa Rita Foothills along 83 roadsides near Sahuarita Road.. Sample AZ15-22b, 31°52’10.073”N 110°40’42.233”W 1306.8m elev	2115929	PI 698576
253	PI 698577	D1 72	Gossypium thurberi Tod.		COT	Not Available	2015				Wild material	Collected by Dr. James Frelichowski and Janna Love, USDA College Station, Texas. Rincon Mountains Foothills, Colossal Cave View Parking Lot. Sample AZ15-23, 32°3’45.072”N 110°38’3.966”W 1138.8m elev	2115930	PI 698577
254	PI 698578	D1 73	Gossypium thurberi Tod.		COT	Not Available	2015				Wild material	Collected by Dr. James Frelichowski and Janna Love, USDA College Station, Texas. Rincon Mountains Foothill. Old Spanish Trail Road roadside near Saguaro Park. Sample AZ15-24, 32°7’29.843”N 110°42’58.853”W 896.3m elev	2115931	PI 698578
255	PI 698570	D1 65	Gossypium thurberi Tod.		COT	Not Available	2015				Wild material	Collected by Dr. James Frelichowski and Janna Love, USDA College Station, Texas. Pajarita and Atascosa Mountains along Ruby Road or 39. Sample AZ15-18, 31°23’28.883”N 111°6’38.711”W 1247.7m elev	2115923	PI 698570
256	PI 698571	D1 66	Gossypium thurberi Tod.		COT	Not Available	2015				Wild material	Collected by Dr. James Frelichowski and Janna Love, USDA College Station, Texas. Pajarita and Atascosa Mountains along Ruby Road or 39. Sample AZ15-19a, 31°24’57.492”N 111°9’43.415”W 1558.2m elev	2115924	PI 698571
257	PI 698572	D1 67	Gossypium thurberi Tod.		COT	Not Available	2015				Wild material	Collected by Dr. James Frelichowski and Janna Love, USDA College Station, Texas. Pajarita and Atascosa Mountains along Ruby Road or 39. Sample AZ15-19b, 31°24’57.492”N 111°9’43.415”W 1558.2m elev	2115925	PI 698572
258	PI 698573	D1 68	Gossypium thurberi Tod.		COT	Not Available	2015				Wild material	Collected by Dr. James Frelichowski and Janna Love, USDA College Station, Texas. Pajarita and Atascosa Mountains along Ruby Road or 39. Sample AZ15-20, 31°28’3.815”N 111°13’35.633”W 1351.1m elev	2115926	PI 698573
259	PI 698557	D1 52	Gossypium thurberi Tod.		COT	Not Available	2015				Wild material	Collected by Dr. James Frelichowski and Janna Love, USDA College Station, Texas. Santa Rita Mountains, along Mount Hopkins Road.. Sample AZ15-09, 31°41’3.804”N 110°57’33.209”W 1189.3m elev	2115909	PI 698557
260	PI 698558	D1 53	Gossypium thurberi Tod.		COT	Not Available	2015				Wild material	Collected by Dr. James Frelichowski and Janna Love, USDA College Station, Texas. Santa Rita Mountains, along Mount Hopkins Road.. Sample AZ15-10, 31°41’3.593”N 110°57’32.213”W 1190.8m elev	2115910	PI 698558
261	PI 698559	D1 54	Gossypium thurberi Tod.		COT	Not Available	2015				Wild material	Collected by Dr. James Frelichowski and Janna Love, USDA College Station, Texas. Santa Rita Mountains, along Mount Hopkins Road.. Sample AZ15-11a, 31°41’3.341”N 110°57’29.525”W 1202.7m elev	2115911	PI 698559
262	PI 698560	D1 55	Gossypium thurberi Tod.		COT	Not Available	2015				Wild material	Collected by Dr. James Frelichowski and Janna Love, USDA College Station, Texas. Santa Rita Mountains, along Mount Hopkins Road.. Sample AZ15-11b, 31°41’3.341”N 110°57’29.525”W 1202.7m elev	2115912	PI 698560
263	PI 698561	D1 56	Gossypium thurberi Tod.		COT	Not Available	2015				Wild material	Collected by Dr. James Frelichowski and Janna Love, USDA College Station, Texas. Santa Rita Mountains, along Mount Hopkins Road.. Sample AZ15-11c, 31°41’3.341”N 110°57’29.525”W 1202.7m elev	2115913	PI 698561
264	PI 698562	D1 57	Gossypium thurberi Tod.		COT	Not Available	2015				Wild material	Collected by Dr. James Frelichowski and Janna Love, USDA College Station, Texas. Santa Rita Mountains, along Mount Hopkins Road.. Sample AZ15-12, 31°40’18.485”N 110°55'8.705”W 1619.3m elev	2115914	PI 698562
265	PI 698563	D1 58	Gossypium thurberi Tod.		COT	Not Available	2015				Wild material	Collected by Dr. James Frelichowski and Janna Love, USDA College Station, Texas. Santa Rita Mountains, along Mount Hopkins Road.. Sample AZ15-13, 31°40’36.941”N 110°55'7.229”W 1592m elev	2115915	PI 698563
266	PI 698564	D1 59	Gossypium thurberi Tod.		COT	Not Available	2015				Wild material	Collected by Dr. James Frelichowski and Janna Love, USDA College Station, Texas. Santa Rita Mountains, Madera Canyon Road. Sample AZ15-14a, 31°47’17.873”N 110°53'3.143”W 1108.4m elev	2115917	PI 698564
267	PI 698565	D1 60	Gossypium thurberi Tod.		COT	Not Available	2015				Wild material	Collected by Dr. James Frelichowski and Janna Love, USDA College Station, Texas. Santa Rita Mountains, Madera Canyon Road. Sample AZ15-14b, 31°47’17.873”N 110°53'3.143”W 1108.4m elev	2115918	PI 698565
268	PI 698566	D1 61	Gossypium thurberi Tod.		COT	Not Available	2015				Wild material	Collected by Dr. James Frelichowski and Janna Love, USDA College Station, Texas. Santa Rita Mountains, Madera Canyon Road. Sample AZ15-15a, 31°45’19.289”N 110°53'11.435”W 1270m elev	2115919	PI 698566
269	PI 698567	D1 62	Gossypium thurberi Tod.		COT	Not Available	2015				Wild material	Collected by Dr. James Frelichowski and Janna Love, USDA College Station, Texas. Santa Rita Mountains, Madera Canyon Road. Sample AZ15-15b, 31°45’17.825”N 110°53'12.767”W 1260.4m elev	2115920	PI 698567
270	PI 698568	D1 63	Gossypium thurberi Tod.		COT	Not Available	2015				Wild material	Collected by Dr. James Frelichowski and Janna Love, USDA College Station, Texas. Santa Rita Mountains, 62 or Box Canyon Road. Sample AZ15-16, 31°47’52.271”N 110°48’32.297”W 1318.8m elev	2115921	PI 698568
271	PI 698569	D1 64	Gossypium thurberi Tod.		COT	Not Available	2015				Wild material	Collected by Dr. James Frelichowski and Janna Love, USDA College Station, Texas. Santa Rita Mountains, 62 or Box Canyon Road. Sample AZ15-17, 31°47’59.087”N 110°46’51.107”W 1437.4m elev	2115922	PI 698569
272	PI 698552	D1 47	Gossypium thurberi Tod.		COT	Not Available	2015				Wild material	Collected by Dr. James Frelichowski and Janna Love, USDA College Station, Texas. Santa Catalina Mountains, Mount Lemmon Road, Molino Basin Campground. Sample AZ15-04, 32°20’12.599”N 110°41’31.451”W 1321.9m elev	2115904	PI 698552
273	PI 698553	D1 48	Gossypium thurberi Tod.		COT	Not Available	2015				Wild material	Collected by Dr. James Frelichowski and Janna Love, USDA College Station, Texas. Santa Catalina Mountains, Mount Lemmon Road, Molino Basin Campground. Sample AZ15-05, 32°20’11.351”N 110°41’31.685”W 1322.8m elev	2115905	PI 698553
274	PI 698554	D1 49	Gossypium thurberi Tod.		COT	Not Available	2015				Wild material	Collected by Dr. James Frelichowski and Janna Love, USDA College Station, Texas. Santa Catalina Mountains, Mount Lemmon Road, Molino Basin Campground. Sample AZ15-06, 32°20’13.787”N 110°41’31.241”W 1329.3m elev	2115906	PI 698554
275	PI 698555	D1 50	Gossypium thurberi Tod.		COT	Not Available	2015				Wild material	Collected by Dr. James Frelichowski and Janna Love, USDA College Station, Texas. Santa Catalina Mountains, Mount Lemmon Road, Molino Basin Campground. Sample AZ15-07, 32°19’49.404”N 110°41’44.178”W 1335.8m elev	2115907	PI 698555
276	PI 698556	D1 51	Gossypium thurberi Tod.		COT	Not Available	2015				Wild material	Collected by Dr. James Frelichowski and Janna Love, USDA College Station, Texas. Santa Catalina Mountains, Mount Lemmon Road, Molino Basin Campground. Sample AZ15-08, 32°19’49.229”N 110°41’44.093”W 1317.4m elev	2115908	PI 698556
277	PI 698549	D1 44	Gossypium thurberi Tod.		COT	Not Available	2015				Wild material	Collected by Dr. James Frelichowski and Janna Love, USDA College Station, Texas. Superstition Mountains. Along N. Apache Road or 88 between Fish Hill Creek and Tortilla Flats. Sample AZ15-01, 33°31’36.119”N 111°18’58.284”W 875.4m elev	2115901	PI 698549
278	PI 698550	D1 45	Gossypium thurberi Tod.		COT	Not Available	2015				Wild material	Collected by Dr. James Frelichowski and Janna Love, USDA College Station, Texas. Superstition Mountains. Along N. Apache Road or 88 between Fish Hill Creek and Tortilla Flats. Sample AZ15-02, 33°31’48.425”N 111°18’56.285”W 884.6m elev	2115902	PI 698550
279	PI 698551	D1 46	Gossypium thurberi Tod.		COT	Not Available	2015				Wild material	Collected by Dr. James Frelichowski and Janna Love, USDA College Station, Texas. Superstition Mountains. Along N. Apache Road or 88 between Fish Hill Creek and Tortilla Flats. Sample AZ15-03, 33°31’59.189”N 111°18’49.95”W 890.9m elev Collected by Dr. James Frelichowski and Janna Love, USDA College Station, Texas. Superstition Mountains. Along N. Apache Road or 88 between Fish Hill Creek and Tortilla Flats. Sample AZ15-03, 33°31’59.189”N 111°18’49.95”W 890.9m elev Collected by Dr. James Frelichowski and Janna Love, USDA College Station, Texas. Superstition Mountains. Along N. Apache Road or 88 between Fish Hill Creek and Tortilla Flats. Sample AZ15-03, 33°31’59.189”N 111°18’49.95”W 890.9m elev Collected by Dr. James Frelichowski and Janna Love, USDA College Station, Texas. Superstition Mountains. Along N. Apache Road or 88 between Fish Hill Creek and Tortilla Flats. Sample AZ15-03, 33°31’59.189”N 111°18’49.95”W 890.9m elev	2115903	PI 698551
280	PI 675618	'A1064497'	Gossypium hirsutum L.	Minnesota, United States	PVPO	Not Available	2015	DEVELOPED			Cultivar		1930197	PI 675618
281	PI 675619	'A1064498'	Gossypium hirsutum L.	Minnesota, United States	PVPO	Not Available	2015	DEVELOPED			Cultivar		1930198	PI 675619
282	PI 675620	'A1064500'	Gossypium hirsutum L.	Minnesota, United States	PVPO	Not Available	2015	DEVELOPED			Cultivar		1930199	PI 675620
283	PI 675621	'A1064501'	Gossypium hirsutum L.	Minnesota, United States	PVPO	Not Available	2015	DEVELOPED			Cultivar		1930200	PI 675621
284	PI 675622	'A1064502'	Gossypium hirsutum L.	Minnesota, United States	PVPO	Not Available	2015	DEVELOPED			Cultivar		1930201	PI 675622
285	PI 675623	'A1064503'	Gossypium hirsutum L.	Minnesota, United States	PVPO	Not Available	2015	DEVELOPED			Cultivar		1930202	PI 675623
286	PI 675077	MD 10-5	Gossypium hirsutum L.	Mississippi, United States	COT	Not Available	2015	DEVELOPED			Breeding material	MD 10-5 has desirable combination of high lint yield and high fiber strength. This germplasm line was evaluated for lint yield and fiber quality across 9 to 14 locations in the Cotton Belt in the Regional High Quality (RHQ) test in 2012 and the Regional Breeder Testing Network (RBTN) tests in 2012 and 2013. It ranked as the highest for both lint yield and fiber strength in all tests. MD 10-5 is a full season line with white flowers, normal height, normal leaves, and nectarines. Other fiber properties of MD 10-5 are also desirable. Specifically, this germplasm line can be used as a parent in cotton breeding to improve both lint yield and fiber strength.	1927183	PI 675077
287	PI 675105	'GA 230'	Gossypium hirsutum L.	Georgia, United States	PVPO	Not Available	2015	DEVELOPED			Cultivar		1927229	PI 675105
288	PI 687865	Arkot 0712	Gossypium hirsutum L.	Arkansas, United States	COT	Not Available	2015	DEVELOPED			Breeding material	Morphological traits of Arkot 0712 are similar to 'DP 393' (check cultivar) except Arkot 0712 has higher trichome density on leaves, bract margins and stems and is shorter in height. Over 16 replicated field tests at four sites in Arkansas, lint yields of Arkot 0712 were equal to lint yields of DP 393 at each location. Over I 2 locations of the 2015 Regional Cotton Breeders Testing Network test, Arkot 0712 produced the 20th highest yield of 28 entries. Compared to DP 393, lint yields of Arkot 0712 were produced by higher rumber of seed per area; equal lint percentage and fibers per seed; and lower weight of lint per seed (lint index), seed size (seed index), but had lower weight of lint per seed (lint index), seed index and fiber density (estimated number of fibers per unit area of seed surface). Compared to DP 393, Arkot 0712 produced higher open boll percentage (61 vs. 57%), leaf pubescence (3.8 vs. 2.8), stem pubescence (5.5 vs. 5.1 ), marginal bract trichomes ( 42.1 vs 3 1.6), seed per area (8. 7% higher), Q-score ( 62 vs. 54 ), fiber length (30.5 vs. 29.7 mm), and elongation (7.4 vs. 6.8%),); equal lint percentage and fibers per seed; and lower plant height (4.0% shorter), lint index (7.0 vs. 7.5 g), seed index (10.6 vs. 11.2 g), fiber density (4.8% fewer), micronaire (4.48 vs. 4.85), uniformity index (84.2 vs. 85.2%) and fiber strength (294 vs 323 kN m kg-1). Arkot 0712 is resistance to all U.S. races of Xanthomonas citri ssp. malvacearum (ex Smith 1901) Schaad et al. 2007, the causal agent of bacterial blight. In small plot tests, Arkot 0712 was more resistant to tarnished plant bug [Lygus lineolaris (Palisot de Beauvois)] than the susceptible check and equal to DP 393. Response of Arkot 0712 to fusarium wilt [caused by Fusarium oxysporum Schlect. F. sp. vasinfectum (Atk.) Snyd. & Hans.] was equal to the resistant check, M-315.	1964027	PI 687865
289	PI 674746	'TM-1'	Gossypium hirsutum L.	Missouri, United States	NLGRP	Not Available	2015	DEVELOPED			Breeding material	Detailed history of TM-1 was well described by by Kohel et al (1970) in Crop Sci 10: 670?671. The source of TM-1 to be submitted has been maintained in Delta and Pine Land. A pure inbred TM-1 individual was selected from the pure seed TM-1 lot produced through generations of selfing in Scott, MS and has been used for various RandD projects including whole genome sequencing conducted in Monsanto Company.	1926252	PI 674746
290	PI 674597	'FM 8270GLB2'	Gossypium hirsutum L.	Texas, United States	PVPO	Not Available	2015	DEVELOPED			Genetically Engineered		1925850	PI 674597
291	PI 674611	'ST 5289GLT'	Gossypium hirsutum L.	Mississippi, United States	PVPO	Not Available	2015	DEVELOPED			Genetically Engineered		1925864	PI 674611
292	PI 674612	'ST 5032GLT'	Gossypium hirsutum L.	Mississippi, United States	PVPO	Not Available	2015	DEVELOPED			Genetically Engineered		1925865	PI 674612
293	PI 674469	Arkot 0403ne	Gossypium hirsutum L.	Arkansas, United States	COT	Not Available	2015	DEVELOPED			Breeding material	Arkot 0403ne is a nectariless (no nectaries on leaves or flowers) line. Other morphological traits of Arkot 0403ne are similar to 'DP 393' (check cultivar), except Arkot 0403ne has less stem pubescence and is 4% taller. Over 16 replicated field tests in Arkansas, lint yields of Arkot 0403ne were equal to lint yields of DP393, but were 13% higher at Judd Hill and Marianna (silt loam soils in north and central Arkansas). Lint yields of Arkot 0403ne were produced with equal weight of lint per seed (lint index), smaller seed, but higher number of seed per area as DP 393. Compared to DP 393, Arkot 0403ne produced higher lint percentage (40.6 vs 39.0%), seed per area (7.2% more), and micronaire (4.78 vs. 4.62); equal lint index, fiber density (fibers per unit area of seed surface), fiber quality score, fiber length, uniformity index, and fiber strength; and lower seed index (11.8 vs. 11.1 g), fibers per seed (5.6% less), and fiber elongation (5.6 vs. 6.2%). Arkot 0403ne is resistance to all U.S. races of Xanthomonas axonopodis pv. malvacearum (Smith) Dye, the causal agent of bacterial blight. Due to its nectariless traits, Arkot 0403ne is more resistant to tarnished plant bug [Lygus lineolaris (Palisot de Beauvais)] than DP393. Response of Arkot 0403ne to fusarium wilt [caused by Fusarium oxysporum Schlect. F. sp. vasinfectum (Atk.) Snyd. and Hans.] was equal to the resistant check, M-315.	1925722	PI 674469
294	PI 674470	Arkot 0409	Gossypium hirsutum L.	Arkansas, United States	COT	Not Available	2015	DEVELOPED			Breeding material	Morphological traits of Arkot 0409 are similar to 'DP 393' (check cultivar), except Arkot 0409 was 13.9% taller, has more pubescent leaves (rating of 3.4 vs. 1.9), and less pubescent stems (rating of3. 7 vs. 4.0). Over 4 years of replicated field tests at four Arkansas sites, lint yields of Arkot 0409 were 12.9% higher than lint yield ofDP393. Lint yields of Arkot 0409 were produced with higher weight of lint per seed (lint index) and higher number of seed per area as DP 393. Compared to DP 393, Arkot 0409 produced higher lint fraction (40.8 vs 39.0%), seed per area (7.1 % more), lint index (7.8 vs. 7.2g), fibers per seed (4.8% more), fiber density (fibers per unit area of seed surface, 6.3% more), and micronaire ( 4. 77 vs. 4.62); equal seed index, open bolls percentage, uniformity index, and fiber elongation; and lower Q-score (52 vs. 59), fiber length (1.16 vs 1.18 inches), and fiber strength (32.2 vs. 34.4 g/tex). Arkot 0409 is resistance to all U.S. races of Xanthomonas axonopodis pv. malvacearum (Smith) Dye, the causal agent of bacterial blight. Arkot 0409 is as resistant to tarnished plant bug [Lygus lineolaris (Palisot de Beauvais)] as DP393, and more resistant a susceptible Frego bract check. Response of Arkot 0409 to fusarium wilt [caused by Fusarium oxysporum Schlect. F. sp. vasinfectum (Atk.) Snyd. and Hans.] was equal to the resistant check, M-315.	1925724	PI 674470
295	PI 674471	Arkot 0410HG	Gossypium hirsutum L.	Arkansas, United States	COT	Not Available	2015	DEVELOPED			Breeding material	Arkot 0410HG is displays the high glanding (HG) trait, with gossypol glands in the calyx lobes. Other morphological traits of Arkot 04JOHG are similar to 'DP 393' (check cultivar), except Arkot 0410HG was 5.6% taller, has more pubescent leaves (rating of 4.0 vs. 1.9), less pubescent stems (rating of 2.2 vs. 6.1 ), and 12.2% lower bract trichome density. Over 4 years of replicated field tests at four Arkansas sites, lint yields of Arkot 041 OHG were equal to than lint yields of DP393. Lint yields of Arkot 041 OHG were produced with higher weight of lint per seed (lint index) and lower number of seed per area as DP 393. Compared to DP 393, Arkot 0410HG produced higher lint fraction (41.5 vs 39.0%), lint index (8.6 vs. 7.2g), seed index (11.8 vs 11.lg), fibers per seed (16.5% more), and fiber density (fibers per unit area of seed surface, 11.8% more); equal open boll percentage, fiber quality score, micronaire, fiber length, uniformity index, and fiber elongation; and lower seed per area (11.4% less) and fiber strength (32.5 vs. 34.4 g/tex). Arkot 041 OHG is resistance to all U.S. races of Xanthomonas axonopodis pv. malvacearum (Smith) Dye, the causal agent of bacterial blight. Arkot 041 OHG is as resistant to tarnished plant bug [Lygus lineolaris (Palisot de Beauvois)] as DP393, and more resistant a susceptible Frego bract check. Incidence of fusarium wilt [caused by Fusarium oxysporum Schlect. F. sp. vasinfectum (Atk.) Snyd. and Hans.] was higher than the resistant check, M-315, but much lower than the susceptible check, Rowden.	1925725	PI 674471
296	PI 674598	'14R911B2XF'	Gossypium hirsutum L.	Minnesota, United States	PVPO	Not Available	2015	DEVELOPED			Genetically Engineered		1925851	PI 674598
297	PI 674599	'14R914B2XF'	Gossypium hirsutum L.	Minnesota, United States	PVPO	Not Available	2015	DEVELOPED			Genetically Engineered		1925852	PI 674599
298	PI 674600	'14R915B2XF'	Gossypium hirsutum L.	Minnesota, United States	PVPO	Not Available	2015	DEVELOPED			Genetically Engineered		1925853	PI 674600
299	PI 674601	'DP 1522B2XF'	Gossypium hirsutum L.	Minnesota, United States	PVPO	Not Available	2015	DEVELOPED			Genetically Engineered		1925854	PI 674601
300	PI 674602	'DP 1518B2XF'	Gossypium hirsutum L.	Minnesota, United States	PVPO	Not Available	2015	DEVELOPED			Genetically Engineered		1925855	PI 674602
301	PI 674603	'DP 1538B2XF'	Gossypium hirsutum L.	Minnesota, United States	PVPO	Not Available	2015	DEVELOPED			Genetically Engineered		1925856	PI 674603
302	PI 674604	'A1059058'	Gossypium hirsutum L.	Minnesota, United States	PVPO	Not Available	2015	DEVELOPED			Genetically Engineered		1925857	PI 674604
303	PI 674605	'14R942B2XF'	Gossypium hirsutum L.	Minnesota, United States	PVPO	Not Available	2015	DEVELOPED			Cultivar		1925858	PI 674605
304	PI 674606	'14R948B2XF'	Gossypium hirsutum L.	Minnesota, United States	PVPO	Not Available	2015	DEVELOPED			Genetically Engineered		1925859	PI 674606
305	PI 674607	'DP 1549B2XF'	Gossypium hirsutum L.	Minnesota, United States	PVPO	Not Available	2015	DEVELOPED			Genetically Engineered		1925860	PI 674607
306	PI 674608	'DP 1553B2XF'	Gossypium hirsutum L.	Minnesota, United States	PVPO	Not Available	2015	DEVELOPED			Genetically Engineered		1925861	PI 674608
307	PI 674609	'A1059053'	Gossypium hirsutum L.	Minnesota, United States	PVPO	Not Available	2015	DEVELOPED			Cultivar		1925862	PI 674609
308	PI 674610	'A1059059'	Gossypium hirsutum L.	Minnesota, United States	PVPO	Not Available	2015	DEVELOPED			Genetically Engineered		1925863	PI 674610
309	PI 674426	PD 05064	Gossypium hirsutum L.	South Carolina, United States	COT	Not Available	2015	DEVELOPED			Breeding material	PD 05064 is a noncommercial breeding line of cotton jointly released in 2014 by the Agricultural Research Service, United States Department of Agriculture, the Clemson University Experiment Station, and Cotton Incorporated. PD 05064 was selected as a single F3:4 row and derived from a cross of PD 94042 and cv. Jimian 8. Replicated field trial data from 2006-2013 indicate PD 05064 possesses broad adaptation and displays outstanding fiber quality properties significantly better than several commercial cultivars. Average High Volume Instrument (HVI) strength length, and micronaire fiber properties are 338 kN m kg-1, 30.6 mm, and 5.0, respectively. PD 05064 displays a full-season maturity, and on average, produces a 41% gin turnout. PD 05064 possesses lint yield potential similar to commercial cultivars. Data also suggest that PD 05064 is broadly adapted across the US upland cotton production region.	1925408	PI 674426
310	PI 674427	PD 05069	Gossypium hirsutum L.	South Carolina, United States	COT	Not Available	2015	DEVELOPED			Breeding material	PD 05069 is a noncommercial breeding line of cotton jointly released in 2014 by the Agricultural Research Service, United States Department of Agriculture, the Clemson University Experiment Station, and Cotton Incorporated. PD 05069 was selected as a single F3:4 row and derived from a cross of PD 94042 and cv. Jimian 8. Replicated field trial data from 2006-2013 indicate PD 05069 possesses broad adaptation and displays outstanding fiber quality properties significantly better than several commercial cultivars. Average High Volume Instrument (HVI) strength length, and micronaire fiber properties are 346 kN m kg-1, 30.0 mm, and 5.0, respectively. PD 05069 displays a full-season maturity, and on average, produces a 41% gin turnout. PD 05069 possesses lint yield potential similar to commercial cultivars. Data also suggest that PD 05069 is broadly adapted across the US upland cotton production region.	1925409	PI 674427
311	PI 674428	PD 05070	Gossypium hirsutum L.	South Carolina, United States	COT	Not Available	2015	DEVELOPED			Breeding material	PD 05070 is a noncommercial breeding line of cotton jointly released in 2014 by the Agricultural Research Service, United States Department of Agriculture, the Clemson University Experiment Station, and Cotton Incorporated. PD 05070 was selected as a single F3:4 row and derived from a cross of PD 94042 and cv. Jimian 8. Replicated field trial data from 2006-2013 indicate PD 05070 possesses broad adaptation and displays outstanding fiber quality properties significantly better than several commercial cultivars. Average High Volume Instrument (HVI) strength length, and micronaire fiber properties are 322 kN m kg-1, 29.1 mm, and 4.9, respectively. PD 05070 displays a full-season maturity, and on average, produces a 41% gin turnout. PD 05070 possesses lint yield potential similar to commercial cultivars. Data also suggest that PD 05070 is broadly adapted across the US upland cotton production region.	1925410	PI 674428
312	PI 674429	PD 05071	Gossypium hirsutum L.	South Carolina, United States	COT	Not Available	2015	DEVELOPED			Breeding material	PD 05071 is a noncommercial breeding line of cotton jointly released in 2014 by the Agricultural Research Service, United States Department of Agriculture, the Clemson University Experiment Station, and Cotton Incorporated. PD 05071 was selected as a single F3:4 row and derived from a cross of PD 94042 and cv. Jimian 8. Replicated field trial data from 2006-2013 indicate PD 05071 possesses broad adaptation and displays outstanding fiber quality properties significantly better than several commercial cultivars. Average High Volume Instrument (HVI) strength length, and micronaire fiber properties are 318 kN m kg-1, 29.4 mm, and 4.9, respectively. PD 05071 displays a full-season maturity, and on average, produces a 39% gin turnout. PD 05071 possesses lint yield potential similar to commercial cultivars. Data also suggest that PD 05071 is broadly adapted across the US upland cotton production region.	1925411	PI 674429
313	PI 674430	PD 06001	Gossypium hirsutum L.	South Carolina, United States	COT	Not Available	2015	DEVELOPED			Breeding material	PD 06001 is a noncommercial breeding line of cotton jointly released in 2014 by the Agricultural Research Service, United States Department of Agriculture, the Clemson University Experiment Station, and Cotton Incorporated. PD 06001 was selected as a single F3:4 row and derived from a cross of PD 93007 and AZ-93-180. Replicated field trial data from 2006-2013 indicate PD 06001 possesses broad adaptation and displays outstanding fiber quality properties significantly better than several commercial cultivars. Average High Volume Instrument (HVI) strength length, and micronaire fiber properties are 314 kN m kg-1, 30.2 mm, and 4.9, respectively. PD 06001 displays a full-season maturity, and on average, produces a 38% gin turnout. PD 06001 possesses lint yield potential similar to commercial cultivars. Data also suggest that PD 06001 is broadly adapted across the US upland cotton production region.	1925412	PI 674430
314	PI 674431	PD 06078	Gossypium hirsutum L.	South Carolina, United States	COT	Not Available	2015	DEVELOPED			Breeding material	PD 06078 is a noncommercial breeding line of cotton jointly released in 2014 by the Agricultural Research Service, United States Department of Agriculture, the Clemson University Experiment Station, and Cotton Incorporated. PD 06078 was selected as a single F3:4 row and derived from a cross of PD 94042 and cv. SG-105. Replicated field trial data from 2006-2013 indicate PD 06078 possesses broad adaptation and displays outstanding fiber quality properties significantly better than several commercial cultivars. Average High Volume Instrument (HVI) strength length, and micronaire fiber properties are 326 kN m kg-1, 30.3 mm, and 5.1, respectively. PD 06078 displays a full-season maturity, and on average, produces a 40% gin turnout. PD 06078 possesses lint yield potential similar to commercial cultivars. Data also suggest that PD 06078 is broadly adapted across the US upland cotton production region.	1925413	PI 674431
315	PI 674185	'2355 B2RF'	Gossypium hirsutum L.	Texas, United States	PVPO	Not Available	2015	DEVELOPED			Cultivar		1924370	PI 674185
316	PI 667753	'ST 4946GLB2'	Gossypium hirsutum L.	Mississippi, United States	PVPO	Not Available	2013	DEVELOPED			Genetically Engineered		1909651	PI 667753
317	PI 667658	NC05-11	Gossypium hirsutum L.	North Carolina, United States	COT	Not Available	2013	DEVELOPED			Breeding material	NC05-11 , the normal-leaf shape germplasm line being released , had comparable lint yields to DP 451 BG/RR and similar lint percent and fiber properties with an exception of fiber elongation (Table 4). NC05-11 had Significantly higher fiber strength than the commercial cultivar (35.1 g/tex vs 31 .1 g/tex) and showed slightly longer fibers(29. 7 mm vs 29.2 mm) (Table 4). NC05-11 had a rating of 0 which is the same as the resistant check, M315 (Glass et aI., 2011). NC05-11 has an intermediate plant type which averages 139 cm in height. It averages 4.6 nodes to the first fruiting branch or 24.4 cm; it has pubescence and extrafloral nectaries. It has normal leaf, stem, and calyx glanding and no petal spot. It averages 32.3 seeds per boll with a seed index of 10.2 g and 5.7 grams per boll and 4.1 locks per boll .	1908724	PI 667658
318	PI 667659	NC05AZ21	Gossypium hirsutum L.	North Carolina, United States	COT	Not Available	2013	DEVELOPED			Breeding material	NC05AZ21 significantly out yielded FM 832 in 2009 and 2010. NC05AZ21 had higher lint percent (43.2 vs 41 .9), about the same micronaire (4.9 vs 5.0) and fiber length (28.4 mm vs 28.7mm), but significantly lower fiber strength (30.2 g/tex vs 36.6 g/tex). Although the fiber strength was lower for NC05AZ21 than FM 832, the strength was within the acceptable range for the Upland cotton market while its fiber fineness was found to be 171 mTex. Yarn testing showed that NC05AZ21 had a yarn tenacity of 13.96 cN/tex, and a count strength product of 726, Fusarium wilt score for NC05AZ21 was the same as the resistant check M315 (0) (Glass et aI., 2012). NC05AZ21 has an open boll type, intermediate growth/plant habit, intermediate foliage density, intermediate stalk strength, a nOi mal fruiting branch pattern, medium green foliage color, averages 23.7 cm to first fruiting branch, 4.6 nodes to first fruiting branch, 35.4 seeds/boll, 8.7 seed index, 4.3 locks/boll, medium density pubescence, extra-floral nectaries present, normal glanding of the leaf, stem, and calyx lobe, with no petal spot.	1908725	PI 667659
319	PI 667662	'FM 2989GLB2'	Gossypium hirsutum L.	Texas, United States	PVPO	Not Available	2013	DEVELOPED			Genetically Engineered		1908728	PI 667662
320	PI 667663	'FM 2484B2F'	Gossypium hirsutum L.	Texas, United States	PVPO	Not Available	2013	DEVELOPED			Cultivar		1908729	PI 667663
321	PI 667553	9023n4t	Gossypium hirsutum L.	Mississippi, United States	NLGRP	Not Available	2013	DEVELOPED			Breeding material	The 9023n4t mutant is quite unique since it has a partially naked body with a small tuft attached to one end of the seed. The lint percent of the mutant is 39 % higher than the lint percent of n2n2 and 57 % higher than that of N1N1. The mutant had lower short fiber content, lower seed coat neps and better yarn quality than the wild type cultivar. This mutant gins faster and with less energy when compared to other conventional and transgenic cultivars. This mutant can be included in cotton breeding programs to exploit its positive traits without the fear of adverse effect from low lint percent exhibited by N1, n2 and n3. The 9023n4t seed is restricted-use material, currently subject to pending U.S. Patent Application Serial No. 12/197,296, having an expected expiration date of 8/2 4/ 2028 . Availability of 9023n4t seed is for non- commercial research and breeding use onl y on a non- exclusive bas i s during the restricted use period. For questions regarding other use o f this material please contact the Texas Tech University Office of Technology Commercialization at 806 - 742-4105 .	1907492	PI 667553
322	PI 667563	ST 5445LLB2	Gossypium hirsutum L.	North Carolina, United States	PVPO	Not Available	2013	DEVELOPED			Genetically Engineered		1907503	PI 667563
323	PI 666042	'MD 25-26ne'	Gossypium hirsutum L.	Mississippi, United States	COT	Not Available	2012	DEVELOPED				The three reselections out of MD25 were developed from an evaluation program starting with 153 F5:6 progenies in 2009. Based on 2009 results in the initial population, 42 progeny were retested in 2010 and 17 retested in 2011. The average yield from five location-year evaluations in 2010 and 2011 show that the three new MD25 progenies average yield was 155 kg ha-1 , significantly higher (11.3%) than that of the MD25check. No difference in yield components and fiber traits was detected. The 2011 Regional High Quality (RHO) study with eight locations and 22 entries showed that MD25-26ne, MD25-27, and MD25-87's yield was competitive with the leading USA varieties and that the three overall fiber quality traits, yarn tenacity and QS1 and QS2 scores exceeded all entries in the RHQ and RBTN, respectively.	1905193	PI 666042
324	PI 666043	'MD 25-27'	Gossypium hirsutum L.	Mississippi, United States	COT	Not Available	2012	DEVELOPED				The three reselections out of MD25 were developed from an evaluation program starting with 153 F5:6 progenies in 2009. Based on 2009 results in the initial population, 42 progeny were retested in 2010 and 17 retested in 2011. The average yield from five location-year evaluations in 2010 and 2011 show that the three new MD25 progenies average yield was 155 kg ha-1 , significantly higher (11.3%) than that of the MD25check. No difference in yield components and fiber traits was detected. The 2011 Regional High Quality (RHO) study with eight locations and 22 entries showed that MD25-26ne, MD25-27, and MD25-87's yield was competitive with the leading USA varieties and that the three overall fiber quality traits, yarn tenacity and QS1 and QS2 scores exceeded all entries in the RHQ and RBTN, respectively.	1905194	PI 666043
325	PI 666044	'MD 25-87'	Gossypium hirsutum L.	Mississippi, United States	COT	Not Available	2012	DEVELOPED				The three reselections out of MD25 were developed from an evaluation program starting with 153 F5:6 progenies in 2009. Based on 2009 results in the initial population, 42 progeny were retested in 2010 and 17 retested in 2011. The average yield from five location-year evaluations in 2010 and 2011 show that the three new MD25 progenies average yield was 155 kg ha-1 , significantly higher (11.3%) than that of the MD25check. No difference in yield components and fiber traits was detected. The 2011 Regional High Quality (RHO) study with eight locations and 22 entries showed that MD25-26ne, MD25-27, and MD25-87's yield was competitive with the leading USA varieties and that the three overall fiber quality traits, yarn tenacity and QS1 and QS2 scores exceeded all entries in the RHQ and RBTN, respectively.	1905195	PI 666044
326	PI 666052	'11R110B2R2'	Gossypium hirsutum L.	Missouri, United States	PVPO	Not Available	2012	DEVELOPED			Genetically Engineered		1905197	PI 666052
327	PI 666053	DP 1321 B2RF	Gossypium hirsutum L.	Missouri, United States	PVPO	Not Available	2012	DEVELOPED			Genetically Engineered		1905198	PI 666053
328	PI 666054	'11R115B2R2'	Gossypium hirsutum L.	Missouri, United States	PVPO	Not Available	2012	DEVELOPED			Genetically Engineered		1905204	PI 666054
329	PI 666055	'11R124B2R2'	Gossypium hirsutum L.	Missouri, United States	PVPO	Not Available	2012	DEVELOPED			Genetically Engineered		1905205	PI 666055
330	PI 666056	'11R136B2R2'	Gossypium hirsutum L.	Missouri, United States	PVPO	Not Available	2012	DEVELOPED			Genetically Engineered		1905206	PI 666056
331	PI 666057	'11R140B2R2'	Gossypium hirsutum L.	Missouri, United States	PVPO	Not Available	2012	DEVELOPED			Genetically Engineered		1905207	PI 666057
332	PI 666058	'11R154B2R2'	Gossypium hirsutum L.	Missouri, United States		Historic	2012	DEVELOPED			Genetically Engineered		1905208	PI 666058
333	PI 665949	'BRS 286'	Gossypium hirsutum L.	North Carolina, United States	PVPO	Not Available	2012	DEVELOPED			Cultivar		1904853	PI 665949
334	PI 665950	'RMBUP-C4'	Gossypium hirsutum L.	Mississippi, United States	COT	Not Available	2012	DEVELOPED			Breeding material	When the euploid parental chromosome substitution lines (CS-B) were crossed with 5 diverse cultivars, 15 CS-B lines showed favorable additive effects that were greater than the corresponding chromosome or arm from TM-1 as follows: lint yield (2), boll weight (3), lint percentage (5), fiber strength (7), fiber length (7), micronaire (3), fiber uniformity (3) fiber elongation (5). After C3 (4 cycles) of random mating the mean agronomic and fiber properties of the S1 bulk are different than the mean of CS-B or mean of cultivar parents. Lint yield, fiber strength, micronaire, and elongation are closer to the mean of cultivar parents. Seed index is closer to mean of CS-B parents. Lint percentage and boll weight are near the mean of CS-B and cuHivar parents. Fiber UHM length is greater than the mean of either group of parents. Correlations among traits were changed and many correlations in C4 S1 are not Significantly different than zero. Agronomic and fiber properties and linkage relationships among alleles are different in this population. Data for the fifth cycle S1 are not available; however, we do not expect these mean values will vary much from the fourth cycle of random mating. One should be able to extract individual lines with agronomic and fiber properties superior to the mean of the segregating generation. Theoretically this population should have many introgressed alleles from G. barbadense. No reports in the literature of these CS-B lines being used in crosses with cultivars followed by the development of a random mated population were found. Thus, the random mated population, RMBU P-C4S 1 , is unique and should have great genetic and breeding value to the cotton industry. It is suggested that this introgressed population can be used for direct plant-to-row selections or that one boll or lock could be bulk harvested from each plant and planted and individual plant selections made in the S2 or later generations.	1904855	PI 665950
335	PI 665928	'M713 Ren1'	Gossypium hirsutum L.	Mississippi, United States	COT	Not Available	2012	DEVELOPED			Breeding material	M713 Ren1 was developed by marker assisted selection. The reniform nematode resistance in GB-713 is significantly associated with three QTLs, Ren barb1 and Ren barb2 located on chromosome 21 and Ren barb3 located on chromosome 18 (Osman et al. 2011 Theor Appl Genect 122:271-280). M713 Ren1 is homozygous (SSR markers GH 132_201, BNL3279_106, BNL4011_152 and BNL569_131) for three QTLs (Ren barb1, Ren barb2 and Ren barb3). Reniform nematode, Rotylenchulus reniformis, was verified in greenhouse test. Reniform nematode egg production was reduced approximately 90% compared to a susceptible cultivar. Over-all plant size is similar to standard cultivars. M713 Ren1 offers an excellent source of resistance to the reniform nematode with acceptable agronomic and fiber traits and by using marker assisted selection the development of reniform resistant cultivars should be expedited.	1904833	PI 665928
336	PI 665929	'M713 Ren2'	Gossypium hirsutum L.	Mississippi, United States	COT	Not Available	2012	DEVELOPED			Breeding material		1904834	PI 665929
337	PI 665930	'M713 Ren5'	Gossypium hirsutum L.	Mississippi, United States	COT	Not Available	2012	DEVELOPED			Breeding material	M713 Ren5 was developed by marker assisted selection. The reniform nematode resistance in GB-713 is significantly associated with three QTLs, Ren barb1 and Ren barb2 located on chromosome 21 and Ren barb3 located on chromosome 18 (Osman et al. 2011 Theor Appl Genect 122:271-280). M713 Ren5 is homozygous (SSR markers GH 132_201, BNL3279_106, and BNL4011_152 ) for two QTLs (Ren barb1, and Ren barb2). Reniform nematode, Rotylenchulus reniformis, was verified in greenhouse test. Reniform nematode egg production was reduced approximately 90% compared to a susceptible cultivar. Over-all plant size is similar to standard cultivars. M713 Ren5 has green seed fuzz and offers an excellent source of resistance to the reniform nematode with acceptable agronomic and fiber traits and by using marker assisted selection the development of reniform resistant cultivars should be expedited.	1904835	PI 665930
338	PI 665638	'MD 15 M4'	Gossypium hirsutum L.	Mississippi, United States	COT	Not Available	2012	DEVELOPED			Breeding material	Mean, range, and sample variance statistical parameters were used to compare the mutants with their parents. Line charts from 150 random individual plants from the mutant and check variety indicated that there was a shift in means to the right for the mutant for fiber length and strength indicating an improvement of these traits in the mutant. The ranges of the mutant in fiber length, fiber strength, lint percent, and seed index were wider for the mutants. In 2010, significant differences in the sample variances were observed for fiber length, lint percent, micronaire, and seed index for the MD 15 M4 mutants and the check cultivar. Higher variances were accompanied by wider ranges for the mutant as compared to the check parent, MD 15. Overall, chemical mutagenesis appeared to have created new extremes at both the low and high ends for fiber length, fiber strength, lint percent, micronaire, and seed index. Cotton breeders and geneticists can exploit this new variability in their cotton improvement programs. This is relevant in light of the narrow germplasm base currently observed in cotton germ plasm which limits the success of breeding programs.	1903421	PI 665638
339	PI 663886	GVS1	Gossypium hirsutum L.	Mississippi, United States	COT	Not Available	2011	DEVELOPED			Breeding material	A set of five upland (Gossypillm hirsllfllm) cotton germplasm lines which includes three semiglanded lines (GVSI, GVS2, GVS3) with varying gland densities and seed gossypol content, a totally glanded line (GVS4) and a totally glandless line (GVS5) all in the same genetic background, Stoneville 7 A. GVS4 and GVS5 are near isogenic lines (NILs); GVS4 has normal glanding and gossypol in the seed, while GVS5 has no glands or gossypol in the seed. In the Fl1? the seed gossypol content of GVSI, GVS2 and GVS3 was 0.90, 0.49, and 0.51% of the total seed weight, respectively. The parental line Stoneville 7 A glanded had 1.54% and the Stoneville 7 A glandless had 0.00% seed gossypol. The NILs GVS4 and GVS5 had 1.49% and 0.00% seed gossypol. GVS I, GVS2 and GVS3 have normal stem glanding similar to the glanded parent. Calyx glanding is normal in GVS 1 while GVS2 and GVS3 have a 17% reduction. Boll glanding scores were 100% (GVSI), 66% (GVS2) and 50% (GVS3) of the glanded parent. In the semi-glanded lines, leaf glanding was reduced at the end of the growing season, but the leaves were always glanded on veins and margins. GVS4 plants have normal glanding throughout and GVS5 plants are completely devoid of glands. Lint yields averaged 1,584 kg/ha for GVSI, 1,302 kg/ha for GVS2, 1,363 kg/ha for GVS3 and 1,632 kg/ha for the yield check SG 747. Lint yields for GVS4 and GVS5 were 1,535 and 1,347 kg/ha, respectively. Fiber length (HVI-UHM) was 30.48 mm for GVSI, 29.08 mm for GVS2, 28.83 mm for GVS3, 30.16 mm for GVS4 and 29.21 mm for GVS5 compared to the quality check FM 832 (32.13 mm) and yield check SG 747 (30.48 mm). Fiber strength was 298 kN m/kg for GVS I, 326 kN m/kg for GVS2, 278 kN m/kg for GVS3, GVS4 285 kN m/kg and 278 kN m/kg for GVS5, while FM 832 had 330 kN m/kg. Micronaire for FM 832, was 4.8 and 5.5 (GVSI), 5.3 (GVS2), 5.8 (GVS3), and 4.2 (GVS4, GVS5). These lines will be valuable tools for mapping projects, host plant resistance studies and a genetic resource to develop low seed gossypol lines.	1888678	PI 663886
340	PI 663887	GVS2	Gossypium hirsutum L.	Mississippi, United States	COT	Not Available	2011	DEVELOPED			Breeding material	A set of five upland (Gossypillm hirsllfllm) cotton germplasm lines which includes three semiglanded lines (GVSI, GVS2, GVS3) with varying gland densities and seed gossypol content, a totally glanded line (GVS4) and a totally glandless line (GVS5) all in the same genetic background, Stoneville 7 A. GVS4 and GVS5 are near isogenic lines (NILs); GVS4 has normal glanding and gossypol in the seed, while GVS5 has no glands or gossypol in the seed. In the Fl1? the seed gossypol content of GVSI, GVS2 and GVS3 was 0.90, 0.49, and 0.51% of the total seed weight, respectively. The parental line Stoneville 7 A glanded had 1.54% and the Stoneville 7 A glandless had 0.00% seed gossypol. The NILs GVS4 and GVS5 had 1.49% and 0.00% seed gossypol. GVS I, GVS2 and GVS3 have normal stem glanding similar to the glanded parent. Calyx glanding is normal in GVS 1 while GVS2 and GVS3 have a 17% reduction. Boll glanding scores were 100% (GVSI), 66% (GVS2) and 50% (GVS3) of the glanded parent. In the semi-glanded lines, leaf glanding was reduced at the end of the growing season, but the leaves were always glanded on veins and margins. GVS4 plants have normal glanding throughout and GVS5 plants are completely devoid of glands. Lint yields averaged 1,584 kg/ha for GVSI, 1,302 kg/ha for GVS2, 1,363 kg/ha for GVS3 and 1,632 kg/ha for the yield check SG 747. Lint yields for GVS4 and GVS5 were 1,535 and 1,347 kg/ha, respectively. Fiber length (HVI-UHM) was 30.48 mm for GVSI, 29.08 mm for GVS2, 28.83 mm for GVS3, 30.16 mm for GVS4 and 29.21 mm for GVS5 compared to the quality check FM 832 (32.13 mm) and yield check SG 747 (30.48 mm). Fiber strength was 298 kN m/kg for GVS I, 326 kN m/kg for GVS2, 278 kN m/kg for GVS3, GVS4 285 kN m/kg and 278 kN m/kg for GVS5, while FM 832 had 330 kN m/kg. Micronaire for FM 832, was 4.8 and 5.5 (GVSI), 5.3 (GVS2), 5.8 (GVS3), and 4.2 (GVS4, GVS5). These lines will be valuable tools for mapping projects, host plant resistance studies and a genetic resource to develop low seed gossypol lines.	1888681	PI 663887
341	PI 663888	GVS3	Gossypium hirsutum L.	Mississippi, United States	COT	Not Available	2011	DEVELOPED			Breeding material	A set of five upland (Gossypillm hirsllfllm) cotton germplasm lines which includes three semiglanded lines (GVSI, GVS2, GVS3) with varying gland densities and seed gossypol content, a totally glanded line (GVS4) and a totally glandless line (GVS5) all in the same genetic background, Stoneville 7 A. GVS4 and GVS5 are near isogenic lines (NILs); GVS4 has normal glanding and gossypol in the seed, while GVS5 has no glands or gossypol in the seed. In the Fl1? the seed gossypol content of GVSI, GVS2 and GVS3 was 0.90, 0.49, and 0.51% of the total seed weight, respectively. The parental line Stoneville 7 A glanded had 1.54% and the Stoneville 7 A glandless had 0.00% seed gossypol. The NILs GVS4 and GVS5 had 1.49% and 0.00% seed gossypol. GVS I, GVS2 and GVS3 have normal stem glanding similar to the glanded parent. Calyx glanding is normal in GVS 1 while GVS2 and GVS3 have a 17% reduction. Boll glanding scores were 100% (GVSI), 66% (GVS2) and 50% (GVS3) of the glanded parent. In the semi-glanded lines, leaf glanding was reduced at the end of the growing season, but the leaves were always glanded on veins and margins. GVS4 plants have normal glanding throughout and GVS5 plants are completely devoid of glands. Lint yields averaged 1,584 kg/ha for GVSI, 1,302 kg/ha for GVS2, 1,363 kg/ha for GVS3 and 1,632 kg/ha for the yield check SG 747. Lint yields for GVS4 and GVS5 were 1,535 and 1,347 kg/ha, respectively. Fiber length (HVI-UHM) was 30.48 mm for GVSI, 29.08 mm for GVS2, 28.83 mm for GVS3, 30.16 mm for GVS4 and 29.21 mm for GVS5 compared to the quality check FM 832 (32.13 mm) and yield check SG 747 (30.48 mm). Fiber strength was 298 kN m/kg for GVS I, 326 kN m/kg for GVS2, 278 kN m/kg for GVS3, GVS4 285 kN m/kg and 278 kN m/kg for GVS5, while FM 832 had 330 kN m/kg. Micronaire for FM 832, was 4.8 and 5.5 (GVSI), 5.3 (GVS2), 5.8 (GVS3), and 4.2 (GVS4, GVS5). These lines will be valuable tools for mapping projects, host plant resistance studies and a genetic resource to develop low seed gossypol lines.	1888687	PI 663888
342	PI 663889	GVS4	Gossypium hirsutum L.	Mississippi, United States	COT	Not Available	2011	DEVELOPED			Breeding material	A set of five upland (Gossypillm hirsllfllm) cotton germplasm lines which includes three semiglanded lines (GVSI, GVS2, GVS3) with varying gland densities and seed gossypol content, a totally glanded line (GVS4) and a totally glandless line (GVS5) all in the same genetic background, Stoneville 7 A. GVS4 and GVS5 are near isogenic lines (NILs); GVS4 has normal glanding and gossypol in the seed, while GVS5 has no glands or gossypol in the seed. In the Fl1? the seed gossypol content of GVSI, GVS2 and GVS3 was 0.90, 0.49, and 0.51% of the total seed weight, respectively. The parental line Stoneville 7 A glanded had 1.54% and the Stoneville 7 A glandless had 0.00% seed gossypol. The NILs GVS4 and GVS5 had 1.49% and 0.00% seed gossypol. GVS I, GVS2 and GVS3 have normal stem glanding similar to the glanded parent. Calyx glanding is normal in GVS 1 while GVS2 and GVS3 have a 17% reduction. Boll glanding scores were 100% (GVSI), 66% (GVS2) and 50% (GVS3) of the glanded parent. In the semi-glanded lines, leaf glanding was reduced at the end of the growing season, but the leaves were always glanded on veins and margins. GVS4 plants have normal glanding throughout and GVS5 plants are completely devoid of glands. Lint yields averaged 1,584 kg/ha for GVSI, 1,302 kg/ha for GVS2, 1,363 kg/ha for GVS3 and 1,632 kg/ha for the yield check SG 747. Lint yields for GVS4 and GVS5 were 1,535 and 1,347 kg/ha, respectively. Fiber length (HVI-UHM) was 30.48 mm for GVSI, 29.08 mm for GVS2, 28.83 mm for GVS3, 30.16 mm for GVS4 and 29.21 mm for GVS5 compared to the quality check FM 832 (32.13 mm) and yield check SG 747 (30.48 mm). Fiber strength was 298 kN m/kg for GVS I, 326 kN m/kg for GVS2, 278 kN m/kg for GVS3, GVS4 285 kN m/kg and 278 kN m/kg for GVS5, while FM 832 had 330 kN m/kg. Micronaire for FM 832, was 4.8 and 5.5 (GVSI), 5.3 (GVS2), 5.8 (GVS3), and 4.2 (GVS4, GVS5). These lines will be valuable tools for mapping projects, host plant resistance studies and a genetic resource to develop low seed gossypol lines.	1888688	PI 663889
343	PI 663890	GVS5	Gossypium hirsutum L.	Mississippi, United States	COT	Not Available	2011	DEVELOPED			Breeding material	A set of five upland (Gossypillm hirsllfllm) cotton germplasm lines which includes three semiglanded lines (GVSI, GVS2, GVS3) with varying gland densities and seed gossypol content, a totally glanded line (GVS4) and a totally glandless line (GVS5) all in the same genetic background, Stoneville 7 A. GVS4 and GVS5 are near isogenic lines (NILs); GVS4 has normal glanding and gossypol in the seed, while GVS5 has no glands or gossypol in the seed. In the Fl1? the seed gossypol content of GVSI, GVS2 and GVS3 was 0.90, 0.49, and 0.51% of the total seed weight, respectively. The parental line Stoneville 7 A glanded had 1.54% and the Stoneville 7 A glandless had 0.00% seed gossypol. The NILs GVS4 and GVS5 had 1.49% and 0.00% seed gossypol. GVS I, GVS2 and GVS3 have normal stem glanding similar to the glanded parent. Calyx glanding is normal in GVS 1 while GVS2 and GVS3 have a 17% reduction. Boll glanding scores were 100% (GVSI), 66% (GVS2) and 50% (GVS3) of the glanded parent. In the semi-glanded lines, leaf glanding was reduced at the end of the growing season, but the leaves were always glanded on veins and margins. GVS4 plants have normal glanding throughout and GVS5 plants are completely devoid of glands. Lint yields averaged 1,584 kg/ha for GVSI, 1,302 kg/ha for GVS2, 1,363 kg/ha for GVS3 and 1,632 kg/ha for the yield check SG 747. Lint yields for GVS4 and GVS5 were 1,535 and 1,347 kg/ha, respectively. Fiber length (HVI-UHM) was 30.48 mm for GVSI, 29.08 mm for GVS2, 28.83 mm for GVS3, 30.16 mm for GVS4 and 29.21 mm for GVS5 compared to the quality check FM 832 (32.13 mm) and yield check SG 747 (30.48 mm). Fiber strength was 298 kN m/kg for GVS I, 326 kN m/kg for GVS2, 278 kN m/kg for GVS3, GVS4 285 kN m/kg and 278 kN m/kg for GVS5, while FM 832 had 330 kN m/kg. Micronaire for FM 832, was 4.8 and 5.5 (GVSI), 5.3 (GVS2), 5.8 (GVS3), and 4.2 (GVS4, GVS5). These lines will be valuable tools for mapping projects, host plant resistance studies and a genetic resource to develop low seed gossypol lines.	1888689	PI 663890
344	PI 662949	FM 2011GT	Gossypium hirsutum L.	Texas, United States	PVPO	Not Available	2011	DEVELOPED			Genetically Engineered		1883561	PI 662949
345	PI 662944	TM1	Gossypium hirsutum L.	Arizona, United States	NLGRP	Not Available	2011	DEVELOPED				The TM-1/NM24016 population has exceptional phenotypic diversity for agronomic and fiber traits (Percy et al., 2006). The RIL population and parents were phenotyped for ten traits in Maricopa, AZ and Las Cruces, NM over two years: boll size, lint percentage, lint yield, plant height (only Maricopa environments), fiber length (2.5%- and 50%-span lengths), micronaire (an indirect measure of fiber fineness), strength, elongation, and uniformity. Phenotypic and genotypic data from the parents and RILs are available from CottonDB (http://cottondb.tamu.edu). The Parents of TM-1/NM24016 Mapping Population NSL 477435 have been assigned new PI numbers to reflect their association with the Mapping population: 'TM1', PI 607172, newly assigned PI 662944 MAP and 'NM24016', PI 612327, newly assigned PI 662945 MAP.	1883475	PI 662944
346	PI 662948	'ST 4145LLB2'	Gossypium hirsutum L.	Missouri, United States	PVPO	Not Available	2011	DEVELOPED			Genetically Engineered		1883560	PI 662948
347	PI 660980	SA 3825	Gossypium hirsutum L.	Georgia, United States	COT		2011	DEVELOPED			Breeding material	GA 120R1B3 is a non-commercial breeding line of cotton (Gossypium hirsutum L.) jointly released by the USDA Agricultural Research Service and the Agricultural Experiment Station at the University of Georgia in 2010. GA 120R1B3 was created using a single-seed decent method in a backcrossing program to combine the resistance to Meloidogyne incognita (the southern root-knot nematode) from M-120 RNR with the high yielding, high fiber quality characteristics of PD 94042. Two greenhouse evaluations of nematode reproduction were conducted in 2007. Field evaluations for yield and fiber quality were conducted from 2007 to 2009 and included three tests in fields infested with M. incognita and four tests in fields without M. incognita. GA 120R1B3 has a high level of resistance to M. incognita which is equivalent to the resistance found in M-120 RNR, but GA120R1B3 has significantly better lint percentage and fiber quality than M-120 RNR. GA 120R1B3 has yield and fiber quality generally comparable to commercial cultivars at the time of testing, and a lint percentage that was often greater than the commercial standards. GA 120R1B3 had good yield and excellent fiber quality in both the presence and absence of M. incognita.	1864454	PI 660980
348	PI 698591	D1 86	Gossypium thurberi Tod.	Arizona, United States	COT	Not Available	2009				Wild material	Millenium Seed Bank Project, Bureau of Land Mgmt Save Our Seeds Project Transferred from USDA, Pullman, WA to College Station, TX.	1826925	PI 698591
349	PI 656375	'SURE-GROW 747'	Gossypium hirsutum L.	United States	COT	Not Available	2009	DEVELOPED			Cultivar		1797057	PI 656375
350	PI 655546	'06T201F'	Gossypium hirsutum L.	United States	PVPO	Not Available	2009	DEVELOPED			Genetically Engineered		1792622	PI 655546
351	PI 655547	'MCS0711B2RF'	Gossypium hirsutum L.	United States	PVPO	Not Available	2009	DEVELOPED			Genetically Engineered		1792623	PI 655547
352	PI 655548	'MCS0702B2RF'	Gossypium hirsutum L.	United States	PVPO	Not Available	2009	DEVELOPED			Genetically Engineered		1792624	PI 655548
353	PI 655549	'07W505DF'	Gossypium hirsutum L.	United States	PVPO	Not Available	2009	DEVELOPED			Genetically Engineered		1792625	PI 655549
354	PI 655550	'07W514DF'	Gossypium hirsutum L.	United States	PVPO	Not Available	2009	DEVELOPED			Genetically Engineered		1792626	PI 655550
355	PI 655551	'07W903DF'	Gossypium hirsutum L.	United States	PVPO	Not Available	2009	DEVELOPED			Genetically Engineered		1792627	PI 655551
356	PI 655552	'07W901DF'	Gossypium hirsutum L.	United States	PVPO	Not Available	2009	DEVELOPED			Genetically Engineered		1792628	PI 655552
357	PI 655553	'07W590DF'	Gossypium hirsutum L.	United States	PVPO	Not Available	2009	DEVELOPED			Genetically Engineered		1792629	PI 655553
358	PI 655554	'DP 0935 B2RF'	Gossypium hirsutum L.	United States	PVPO	Not Available	2009	DEVELOPED			Genetically Engineered		1792630	PI 655554
359	PI 655555	'MX0623B2RF'	Gossypium hirsutum L.	United States	PVPO	Not Available	2009	DEVELOPED			Genetically Engineered		1792631	PI 655555
360	PI 655556	'DP 0924 B2RF'	Gossypium hirsutum L.	United States	PVPO	Not Available	2009	DEVELOPED			Genetically Engineered		1792632	PI 655556
361	PI 655557	'565452G'	Gossypium hirsutum L.	United States	PVPO	Not Available	2009	DEVELOPED			Genetically Engineered		1792633	PI 655557
362	PI 655558	'MX0622B2RF'	Gossypium hirsutum L.	United States	PVPO	Not Available	2009	DEVELOPED			Genetically Engineered		1792634	PI 655558
363	PI 655559	'MCS0747B2RF'	Gossypium hirsutum L.	United States	PVPO	Not Available	2009	DEVELOPED			Genetically Engineered		1792635	PI 655559
364	PI 655560	'07X440DF'	Gossypium hirsutum L.	United States	PVPO	Not Available	2009	DEVELOPED			Genetically Engineered		1792636	PI 655560
365	PI 654509	Arkot 9704	Gossypium hirsutum L.	Arkansas, United States	COT	Not Available	2008	DEVELOPED	08/2008		Breeding material	Morphological traits of Arkot 9704 are similar to SG105 (check cultivar), except Arkot 9704 is taller, has a more glabrous leaf and lower bract trichome density. Over 14 replicated field tests in Arkansas, lint yields of Arkot were comparable to yields of SG 105 and PSC 355 with slightly better adaptation to more southern locations. Yields of Arkot 9704 were produced with fewer seed per area and higher weight of fibers per seed (lint index) than the check cultivars. Compared to SG 105, Arkot 9704 produced higher open boll percentage, lint percentage, seed index, and fibers per seed; similar micronaire and lower fiber length, length uniformity index, and fiber strength . Arkot 9704 is resistance to all U.S. races of Xanthomonas campestris pv. malvacearum (Smith) Dye, the causal agent of bacterial blight. Resistance to Verticillium wilt (caused by Verticillium dahliae, Kleb) is equal to SG 105 and PSC 355. Resistance of Arkot 9704 to root-knot nematode {Meloidogyne incognita [(Kofoid and White, 1919) Chitwood, 1949]} is equal to SG 105, but less resistant than PSC 355. Arkot 9704 is more resistant to tarnished plant bug [Lygus lineolaris (Palisot de Beauvois)] than SG 105, but less resistant than PSC 355.	1784452	PI 654509
366	PI 654510	Arkot 9706	Gossypium hirsutum L.	Arkansas, United States	COT	Not Available	2008	DEVELOPED	08/2008		Breeding material	Morphological traits of Arkot 9706 are similar to SG105 (check cultivar), except Arkot 9706 tends to have a taller final plant height. Over 14 replicated field tests in Arkansas, lint yields of Arkot were comparable to yields of SG 105 and PSC 355 with better adaptation to more southern locations. Yields of Arkot 9706 were produced with fewer seed per area and higher weight of fibers per seed than the check cultivars. Compared to SG 105, Arkot 9706 produced higher, lint percentage, seed index and fibers per seed; similar open boll percentage, micronaire and length uniformity index; and lower fiber length and fiber strength . Arkot 9706 is resistance to all U.S. races of Xanthomonas campestris pv. malvacearum (Smith) Dye, the causal agent of bacterial blight. Resistance to Verticillium wilt (caused by Verticillium dahliae, Kleb) is equal to SG 105 and PSC 355. Resistance of Arkot 9706 to root-knot nematode {Meloidogyne incognita [(Kofoid and White, 1919) Chitwood, 1949]} is equal to SG 105, but less resistant than PSC 355. Arkot 9706 is more resistant to tarnished plant bug [Lygus lineolaris (Palisot de Beauvois)] than SG 105 or PSC 355.	1784455	PI 654510
367	PI 654511	Arkot 9721	Gossypium hirsutum L.	Arkansas, United States	COT	Not Available	2008	DEVELOPED	08/2008		Breeding material	Morphological traits of Arkot 9721 are similar to SG105 (check cultivar), except Arkot 9721 is taller and has a more glabrous leaf and higher bract trichome density. Over 10 replicated Arkansas field tests conducted in 2004, 2005, and 2007, lint yields of Arkot were comparable to yields of SG 105 and PSC 355. Significantly low yields of Arkot 9721 compared to the check cultivars in four 2006 tests may have been due to poor quality seed. Compared to SG 105, Arkot 9721 produced higher seed index, fiber length, and uniformity index; similar open boll percent, lint index, fiber strength and fiber elongation, and lower lint percent, micronaire, seed per area, and fibers per seed. Arkot 9721 is resistance to all U.S. races of Xanthomonas campestris pv. malvacearum (Smith) Dye, the causal agent of bacterial blight. Resistance to Verticillium wilt (caused by Verticillium dahliae, Kleb) appeared to be slightly less than SG 105 and PSC 355. Resistance of Arkot 9721 to root-knot nematode {Meloidogyne incognita [(Kofoid and White, 1919) Chitwood, 1949]} is equal to SG 105. Arkot 9721 is more resistant to tarnished plant bug [Lygus lineolaris (Palisot de Beauvois)] than SG 105, and equal to PSC 355. The most outstanding characteristics of Arkot 9721 is it high fiber quality as indicated by long fibers (30.7 mm compared to 29.1mm for checks over all tests), low micronaire (4.7 compared to 4.9 for checks), and high uniformity index (85.2% compared to 84.6 for checks).	1784457	PI 654511
368	PI 654065	SJ-07P-FR01	Gossypium barbadense L.	California, United States	COT	Not Available	2008	DEVELOPED	2008		Breeding material	SJ-07P-FR01, SJ-07P-FR02, SJ-07P-FR03 and SJ-07P-FR04 were developed and released to provide germplasm with good levels of resistance to Fusarium wilt [Fusarium oxysporum f. sp. vasinfectum] race 4 to cotton breeders in California. These lines provide needed alternative sources of FOV resistance and broaden the genetic base of resistant germplasm critical to maintaining a healthy Pima cotton industry in the San Joaquin Valley of California. Lines SJ-07P-FR01-FR03 were developed from a single F2 plant and advanced from F2 to F3 by single plant selection. Following generations were advanced as individual families or populations. SJ-07P-FR04 is a population originating from re-selection within P 73. The lines were evaluated for resistance to race 4 in two field trials conducted in 2003 and 2004 and in three greenhouse trials conducted in 2004 and 2005. Five replicated field evaluations for yield potential, fiber characteristics, and other agronomic traits were conducted at Westside, CA, Shafter, CA and Maricopa, AZ in 2005 and 2006. The SJ-07P-FR series possesses moderate lint yield potential, and good to superior fiber length and strength. Caution should be applied when utilizing these lines and it should not be assumed that the lines provide complete resistance against FOV race 4.	1778763	PI 654065
369	PI 654066	SJ-07P-FR02	Gossypium barbadense L.	California, United States	COT	Not Available	2008	DEVELOPED	2008		Breeding material	SJ-07P-FR01, SJ-07P-FR02, SJ-07P-FR03 and SJ-07P-FR04 were developed and released to provide germplasm with good levels of resistance to Fusarium wilt [Fusarium oxysporum f. sp. vasinfectum] race 4 to cotton breeders in California. These lines provide needed alternative sources of FOV resistance and broaden the genetic base of resistant germplasm critical to maintaining a healthy Pima cotton industry in the San Joaquin Valley of California. Lines SJ-07P-FR01-FR03 were developed from a single F2 plant and advanced from F2 to F3 by single plant selection. Following generations were advanced as individual families or populations. SJ-07P-FR04 is a population originating from re-selection within P 73. The lines were evaluated for resistance to race 4 in two field trials conducted in 2003 and 2004 and in three greenhouse trials conducted in 2004 and 2005. Five replicated field evaluations for yield potential, fiber characteristics, and other agronomic traits were conducted at Westside, CA, Shafter, CA and Maricopa, AZ in 2005 and 2006. The SJ-07P-FR series possesses moderate lint yield potential, and good to superior fiber length and strength. Caution should be applied when utilizing these lines and it should not be assumed that the lines provide complete resistance against FOV race 4.	1778764	PI 654066
370	PI 654067	SJ-07P-FR03	Gossypium barbadense L.	California, United States	COT	Not Available	2008	DEVELOPED	2008		Breeding material	SJ-07P-FR01, SJ-07P-FR02, SJ-07P-FR03 and SJ-07P-FR04 were developed and released to provide germplasm with good levels of resistance to Fusarium wilt [Fusarium oxysporum f. sp. vasinfectum] race 4 to cotton breeders in California. These lines provide needed alternative sources of FOV resistance and broaden the genetic base of resistant germplasm critical to maintaining a healthy Pima cotton industry in the San Joaquin Valley of California. Lines SJ-07P-FR01-FR03 were developed from a single F2 plant and advanced from F2 to F3 by single plant selection. Following generations were advanced as individual families or populations. SJ-07P-FR04 is a population originating from re-selection within P 73. The lines were evaluated for resistance to race 4 in two field trials conducted in 2003 and 2004 and in three greenhouse trials conducted in 2004 and 2005. Five replicated field evaluations for yield potential, fiber characteristics, and other agronomic traits were conducted at Westside, CA, Shafter, CA and Maricopa, AZ in 2005 and 2006. The SJ-07P-FR series possesses moderate lint yield potential, and good to superior fiber length and strength. Caution should be applied when utilizing these lines and it should not be assumed that the lines provide complete resistance against FOV race 4.	1778765	PI 654067
371	PI 654068	SJ-07P-FR04	Gossypium barbadense L.	California, United States	COT	Not Available	2008	DEVELOPED	2008		Breeding material	SJ-07P-FR01, SJ-07P-FR02, SJ-07P-FR03 and SJ-07P-FR04 were developed and released to provide germplasm with good levels of resistance to Fusarium wilt [Fusarium oxysporum f. sp. vasinfectum] race 4 to cotton breeders in California. These lines provide needed alternative sources of FOV resistance and broaden the genetic base of resistant germplasm critical to maintaining a healthy Pima cotton industry in the San Joaquin Valley of California. Lines SJ-07P-FR01-FR03 were developed from a single F2 plant and advanced from F2 to F3 by single plant selection. Following generations were advanced as individual families or populations. SJ-07P-FR04 is a population originating from re-selection within P 73. The lines were evaluated for resistance to race 4 in two field trials conducted in 2003 and 2004 and in three greenhouse trials conducted in 2004 and 2005. Five replicated field evaluations for yield potential, fiber characteristics, and other agronomic traits were conducted at Westside, CA, Shafter, CA and Maricopa, AZ in 2005 and 2006. The SJ-07P-FR series possesses moderate lint yield potential, and good to superior fiber length and strength. Caution should be applied when utilizing these lines and it should not be assumed that the lines provide complete resistance against FOV race 4.	1778766	PI 654068
372	PI 653516	'JAJO 1201'	Gossypium hirsutum L.	United States		Historic	2008	DEVELOPED			Cultivar		1752672	PI 653516
373	PI 653517	SA 3802	Gossypium hirsutum L.	United States	COT		2008	DEVELOPED			Cultivar		1752675	PI 653517
374	PI 653524	'FM 835LLB2'	Gossypium hirsutum L.	United States	PVPO	Not Available	2008	DEVELOPED			Genetically Engineered		1752700	PI 653524
375	PI 653110	SA 3744	Gossypium hirsutum L.	South Carolina, United States		Historic	2008	DEVELOPED			Breeding material	Possesses outstanding fiber quality as determined by High Volume Instrument (HVI) testing. Average HVI values for fiber strength, fiber length, and micronaire are ~300 kN m kg-1, ~29 mm, and ~4.6, respectively. Average HVI fiber uniformity index and fiber elongation values are greater than 82% and ~5.5% respectively. Is a full-season germplasm line possessing mid to late maturity and displays a medium to tall plant height (~100 cm) under dryland production conditions when no plant growth regulators are used. On average, produces a 38% gin turnout. Possesses lint yield potential similar to or just below commercial cultivars and is best adapted to the southeastern USA. Broad adaptation across the USA Upland cotton production region that warrants its use in regions other than the southeastern USA.	1751743	PI 653110
376	PI 653111	SA 3745	Gossypium hirsutum L.	South Carolina, United States	COT		2008	DEVELOPED	2007		Breeding material	Possesses outstanding fiber quality as determined by High Volume Instrument (HVI) testing. Average HVI values for fiber strength, fiber length, and micronaire are ~300 kN m kg-1, ~29 mm, and ~4.5, respectively. Average HVI fiber uniformity index and fiber elongation values are greater than 82% and ~5.5 %, respectively. Full-season germplasm line possessing mid to late maturity and displays a medium to tall plant height (~100 cm) under dryland production conditions when no plant growth regulators are used. On average produces a 38% gin turnout. Possesses lint yield potential similar to or just below commercial cultivars and is best adapted to the southeastern USA. Has broad adaptation across the USA Upland cotton production region that warrants its use in regions other than the southeastern USA.	1751744	PI 653111
377	PI 652942	RMUP-C5	Gossypium hirsutum L.	Mississippi, United States	COT	Not Available	2008	DEVELOPED			Breeding material	The parents used in developing the population represent a diverse group of lines from major breeding programs. The bulked pollen method of pollination was used in the development and there were six cycles of random mating with intercrossing of the F1,s considered cycle zero. Selfed seed of C5S1 have been released. Comparisons of correlation coefficients between traits among parents, C0 and C5 cycles of random mating show reshuffling of linkage blocks. Because this germplasm represents random mating among parents form the major seed breeding companies, this population should be of value to breeders across the U.S. Cotton Belt.	1751269	PI 652942
378	PI 652865	SA 3751	Gossypium hirsutum L.	Texas, United States	COT	Not Available	2008	DEVELOPED	2007		Breeding material	Exhibits longer UHM length through a longer fiber length development period than Fiber Max 832 or TTU 202. Exhibits better combining ability for improved fiber length than Fiber Max 832 or TTU 202. In testing over 8 locations and 3 years in central and south Texas, TAM 01E-22 produced less lint yield per acre than Fiber max 832 or PSC 355 but averaged higher, p=0.05, HVI fiber bundle strength at 33.9 g/tex and produced fibers with UHM length 7 and 16% longer than Fiber Max 832 and PSC 355, respectively.	1749134	PI 652865
379	PI 651859	Arkot 9625	Gossypium hirsutum L.	Arkansas, United States	COT	Not Available	2007	DEVELOPED	01/2008		Breeding material	Morphological traits similar to SG105 (check cultivar), except leaf pubescence is intermediate between SG105 and PSC 355. Over 14 replicated field tests in Arkansas, yielded the same as the average yields of SG 105 and PSC 355. Compared to SG 105, tended to produce higher open boll percentage, seed index, lint index, and fibers per seed; similar lint percentage, micronaire, fiber length and length uniformity and lower plant height, seed per acre and fiber strength. Resistance to all U.S. races of Xanthomonas campestris pv. malvacearum, the causal agent of bacterial blight. Resistance to fusarium wilt [cuased by Fusarium oxysporum] is intermediate between known resistant and susceptible check. Resistance to tarnished plant bug [Lygus lineolaris] is intermediate to the resistance of SC 105 and PSC 355. Less resistant to Verticillium wilt (caused by Verticillium dahliae) than SG 105 or PSC 355.	1744967	PI 651859
380	PI 648225	'KRYPTON PIMA'	Gossypium barbadense L.	California, United States	PVPO	Not Available	2007	DEVELOPED			Genetically Engineered		1728170	PI 648225
381	PI 646198	'DP 353 Pima'	Gossypium barbadense L.	Arizona, United States		Historic	2007	DEVELOPED			Cultivar		1721033	PI 646198
382	PI 644074	SA 3882	Gossypium hirsutum L.	Mississippi, United States	COT		2006	DEVELOPED			Breeding material	MS-01RKN was evaluated for resistance to root-knot nematode, [Melodogyne incognita (Kofoid and White) Chitwood] in two greenhouse evaluations and in the Regional root-knot nematode/Fusarium Wilt Nursery at Tallassee, AL. It was evaluated for yield and fiber properties for two years at Mississippi State, MS. Root-knot nematode greenhouse evaluation gall score was 2.5 and 14,328 eggs per plant were produced compared with a gall score of 1.8. and 5,612 eggs per plant for M315 the nematode resistant check line and a gall score of 4.0 and 90,625 eggs per plant on M8 the susceptible check line. In the Regional nursery it had 8 % wilted plants compared with 48% wilted plants on Rowden the susceptible check. Agronomic properties were Lint yield 893 Kg/ha, Boll weight 5.03, Lint % 40.6, Fiber Length 28.3mm, Fiber Strength 289kNm/kg, Mic 5.0.	1715796	PI 644074
383	PI 644075	SA 3883	Gossypium hirsutum L.	Mississippi, United States	COT		2006	DEVELOPED			Breeding material	MS-24RKN was evaluated for resistance to root-knot nematode, [Melodogyne incognita (Kofoid and White) Chitwood] in two greenhouse evaluations and in the Regional root-knot nematode/Fusarium Wilt Nursery at Tallassee, AL. It was evaluated for yield and fiber properties for two years at Mississippi State, MS. Root-knot nematode greenhouse evaluation gall score was 2.6 and 7,529 eggs per plant were produced compared with a gall score of 1.8. and 5,612 eggs per plant for M315 the nematode resistant check line and a gall score of 4.0 and 90,625 eggs per plant on M8 the susceptible check line. In the Regional nursery it had 5 % wilted plants compared with 48% wilted plants on Rowden the susceptible check. Agronomic properties were Lint yield 906 Kg/ha, Boll weight 5.18, Lint % 41.8, Fiber Length 28.8mm, Fiber Strength 289kNm/kg, Mic 5.1	1715797	PI 644075
384	PI 644076	SA 3884	Gossypium hirsutum L.	Mississippi, United States	COT		2006	DEVELOPED			Breeding material	MS-30RKN was evaluated for resistance to root-knot nematode, [Melodogyne incognita (Kofoid and White) Chitwood] in two greenhouse evaluations and in the Regional root-knot nematode/Fusarium Wilt Nursery at Tallassee, AL. It was evaluated for yield and fiber properties for two years at Mississippi State, MS. Root-knot nematode greenhouse evaluation gall score was 2.4 and 18,305 eggs per plant were produced compared with a gall score of 1.8. and 5,612 eggs per plant for M315 the nematode resistant check line and a gall score of 4.0 and 90,625 eggs per plant on M8 the susceptible check line. In the Regional nursery it had 5 % wilted plants compared with 63% wilted plants on Rowden the susceptible check. Agronomic properties were Lint yield 1016 Kg/ha, Boll weight 5.17, Lint % 42.1, Fiber Length 28.8mm, Fiber Strength 279kNm/kg, Mic 5.1.	1715798	PI 644076
385	PI 644077	SA 3885	Gossypium hirsutum L.	Mississippi, United States	COT		2006	DEVELOPED			Breeding material	MS-33RKN was evaluated for resistance to root-knot nematode, [Melodogyne incognita (Kofoid and White) Chitwood] in two greenhouse evaluations and in the Regional root-knot nematode/Fusarium Wilt Nursery at Tallassee, AL. It was evaluated for yield and fiber properties for two years at Mississippi State, MS. Root-knot nematode greenhouse evaluation gall score was 2.7 and 15,277 eggs per plant were produced compared with a gall score of 1.8. and 5,612 eggs per plant for M315 the nematode resistant check line and a gall score of 4.0 and 90,625 eggs per plant on M8 the susceptible check line. In the Regional nursery it had 12 % wilted plants compared with 48% wilted plants on Rowden the susceptible check. Agronomic properties were Lint yield 991 Kg/ha, Boll weight 5.03, Lint % 41.5, Fiber Length 29.0mm, Fiber Strength 292kNm/kg, Mic 5.1.	1715799	PI 644077
386	PI 644078	SA 3886	Gossypium hirsutum L.	Mississippi, United States	COT		2006	DEVELOPED			Breeding material	MS-35RKN was evaluated for resistance to root-knot nematode, [Melodogyne incognita (Kofoid and White) Chitwood] in two greenhouse evaluations and in the Regional root-knot nematode/Fusarium Wilt Nursery at Tallassee, AL. It was evaluated for yield and fiber properties for two years at Mississippi State, MS. Root-knot nematode greenhouse evaluation gall score was 2.0 and 11,783 eggs per plant were produced compared with a gall score of 1.8. and 5,612 eggs per plant for M315 the nematode resistant check line and a gall score of 4.0 and 90,625 eggs per plant on M8 the susceptible check line. In the Regional nursery it had 5 % wilted plants compared with 48% wilted plants on Rowden the susceptible check. Agronomic properties were Lint yield 915 Kg/ha, Boll weight 5.08, Lint % 40.6, Fiber Length 28.5mm, Fiber Strength 303kNm/kg, Mic 4.9.	1715800	PI 644078
387	PI 644079	SA 3887	Gossypium hirsutum L.	Mississippi, United States	COT		2006	DEVELOPED			Breeding material	MS-37RKN was evaluated for resistance to root-knot nematode, [Melodogyne incognita (Kofoid and White) Chitwood] in two greenhouse evaluations and in the Regional root-knot nematode/Fusarium Wilt Nursery at Tallassee, AL. It was evaluated for yield and fiber properties for two years at Mississippi State, MS. Root-knot nematode greenhouse evaluation gall score was 2.4 and 5,387 eggs per plant were produced compared with a gall score of 1.8. and 5,612 eggs per plant for M315 the nematode resistant check line and a gall score of 4.0 and 90,625 eggs per plant on M8 the susceptible check line. In the Regional nursery it had 2 % wilted plants compared with 48% wilted plants on Rowden the susceptible check. Agronomic properties were Lint yield 827 Kg/ha, Boll weight 4.96, Lint % 40.11, Fiber Length 28.9mm, Fiber Strength 283kNm/kg, Mic 5.0.	1715801	PI 644079
388	PI 644039	'DP 147 RF'	Gossypium hirsutum L.	Mississippi, United States	PVPO	Not Available	2006	DEVELOPED			Genetically Engineered		1714881	PI 644039
389	PI 644040	'DP 167 RF'	Gossypium hirsutum L.	Mississippi, United States	PVPO	Not Available	2006	DEVELOPED			Genetically Engineered		1714882	PI 644040
390	PI 644041	'DP 164 B2RF'	Gossypium hirsutum L.	Mississippi, United States	PVPO	Not Available	2006	DEVELOPED			Genetically Engineered		1714883	PI 644041
391	PI 644061	'DP 143 B2RF'	Gossypium hirsutum L.	Mississippi, United States	PVPO	Not Available	2006	DEVELOPED			Genetically Engineered		1715760	PI 644061
392	PI 644062	'DP 117 B2RF'	Gossypium hirsutum L.	Mississippi, United States	PVPO	Not Available	2006	DEVELOPED			Genetically Engineered		1715761	PI 644062
393	PI 644063	'DP 110 RF'	Gossypium hirsutum L.	Mississippi, United States	PVPO	Not Available	2006	DEVELOPED			Genetically Engineered		1715762	PI 644063
394	PI 643972	SA 3864	Gossypium hirsutum L.	Pakistan	COT		2006	DEVELOPED	2006		Breeding material	In the normal cotton growing season of 2002-03, the recombinant inbred lines resistant to the old strain of CLCuD were grown in the Burewala region (Cotton Research Station Vehari, Pakistan) to provide maximum inoculum of the Burewala strain of CLCuD. Out of these, NIBGE-115 was found virus free. In 2003-04, NIBGE-115 along with cultivars/genotypes were raised in the Burewala region and screened for resistance to Burewala strain, both visually and with a PCR-based diagnostic test. A standard randomized complete block design with four replications was followed. The screening was continued for two successive normal cotton-growing seasons (2004-06). Out of the 20 cotton cultivars/genotypes, NIBGE-115 showed field resistance against the Burewala strain of CLCuD. Is nectaried, possesses normal shaped leaves and bracts, with pubescent stems/leaves, and glanded, exhibiting a spreading type plant habit with 0-4 monopodial branches. Flowering initiates 40-47 d after planting with the pollen being cream-colored. Average lint yields were 7.48% more than CIM-496 (standard) at all locations conducted from 2004-06. Fiber properties of the line (measured with high volume instrument) were fairly acceptable (3% shorter, 5% stronger, and 5% higher micronaire value than CIM-496. Germplasm will be useful for breeding cultivars against the Burewala virus strain of the cotton leaf curl disease.	1714330	PI 643972
395	PI 643917	SA 3862	Gossypium hirsutum L.	Louisiana, United States	COT		2006	DEVELOPED	2006		Breeding material	The comparable yield of LA1110004 combined with its exceptional fiber strength and length as well as its favorable micronaire, elongation and fiber length uniformity values makes it valuable to cotton breeding programs looking to improve fiber quality. Phenotypically, LA1110004 possess the okra leaf shape and has smooth leaves and pubescent stems. LA1110004 is of medium to full maturity. Results from the performance trials with commercial cultivars averaged over 2003-2005 showed that the lint yield of LA1110004 was not significantly different. The lint percentage for LA11004 averaged 40%. Upper Half Mean (UHM) length of LA1110004 averaged 1.16 inches across the ten trials. The HVI fiber bundle strength of LA1110004 was 35.7 g/tex. Micronaire averaged 4.8. Elongation values averaged 8.3. The uniformity index value for LA1110004 was greater than any of the commercial cultivars.	1713505	PI 643917
396	PI 643918	SA 3863	Gossypium hirsutum L.	Louisiana, United States	COT		2006	DEVELOPED	2006		Breeding material	The superior fiber strength and length of this line as well as its favorable micronaire, elongation and fiber length uniformity values makes it valuable to cotton breeding programs looking to improve fiber quality and maintain high yield potential. LA1110017 has a normal leaf shape, hairy leaves and pubescent stems. It is of medium to full maturity. Results from common performance trials with popular cultivars averaged over 2003-2005 showed that the lint yields of LA1110017 were comparable. The Upper Half Mean (UHM) length averages 1.19 inches. The HVI fiber bundle strength of LA1110017 has an average of 35.0 g/tex. The average micronaire value of LA1110017 is 4.6 and the elongation value for LA1110017 is 8.07. Uniformity index value for LA1110017 is 84.14. The lint percentage of LA1110017 averages 40%.	1713516	PI 643918
397	PI 643915	SA 3860	Gossypium hirsutum L.	Texas, United States	COT		2006	DEVELOPED	2006		Breeding material	Midseason maturing germplasm line. Has normal shaped leaves and glanded and nectaried. Produces flowers with cream colored petals, anthers, and pollen. Bolls have four to five locks and resist shattering but are not storm proof and are suitable for picker harvesting. Averaged 115 cm in height. HVI and AFIS fiber quality data analysis showed the superiority of this line over the FiberMax check cultivars. Has higher HVI upper half mean length, stronger fiber, good micronaire, higher length uniformity index, lower short fiber content, higher maturity ratio, and fewer neps than the check cultivars FiberMax 958 and FiberMax 989. Yarn results showed excellent tenacity level. Lint yield slightly lower than both FiberMax check cultivars.	1713502	PI 643915
398	PI 643916	SA 3861	Gossypium hirsutum L.	Texas, United States	COT		2006	DEVELOPED	2006		Breeding material	Midseason maturing germplasm line with normal shaped leaves, glanded and nectaried. Produces flowers with cream colored petals, anthers, and pollen. Bolls have four to five locks and resist shattering but are not storm proof so are suitable for picker harvesting. Averaged 123 cm in height. HVI and AFIS fiber quality data analysis showed the superiority of this line over the FiberMax check cultivars. Has higher HVI upper half mean length, stronger fiber, good micronaire, higher length uniformity index, lower short fiber content, higher maturity ratio, and fewer neps than the check cultivars FiberMax 958 and FiberMax 989. Yarn results showed excellent tenacity level. Lint yield slightly lower than both FiberMax check cultivars.	1713503	PI 643916
399	PI 643438	SA 3854	Gossypium hirsutum L.	Arkansas, United States	COT		2006	DEVELOPED	2006		Breeding material	Morphological traits are similar to SG105, check cultivar, except that Arkot 9304a displays high glanding characteristic (gossypol glands in calyx crown), intermediate level of leaf pubescence and smaller bracts. Over 12 replicated field tests in Arkansas, Arkot 9304a yielded the same as SG 105. Compared to SG105, Arkot 9304a tended to higher fibers per seed, seed index, and lint index; similar open bolls percentage, plant height, lint percentage, micronaire, fiber length, length uniformity and fiber strength; and lower seed per area. Resistant to all U.S. races of Xanthomonas campestris pv. malvacearum, the causal agent of bacterial blight. Resistance to fusarium wilt, caused by Fusarium oxysporum, was intermediate to known resistant and susceptible checks. Resistance of Arkot 9304a to tarnished plant bug [Lygus lineolaris] was equal to that of SG105.	1712469	PI 643438
400	PI 643439	SA 3855	Gossypium hirsutum L.	Arkansas, United States	COT		2006	DEVELOPED	2006		Breeding material	Morphological traits are similar to SG105 (check cultivar) except that Arkot 9304b displays high glanding characteristic (gossypol glands in calyx crown), intermediate level of leaf pubescence and smaller bracts. Over 12 replicated field tests in Arkansas, Arkot 9304b yielded 3% more than SG 105. Compared to SG 105, Arkot 9304b tended to have higher lint percentage, open bolls percentage, fibers per seed, seed index, and lint index; similar plant height, micronaire, length uniformity, and fiber strength, lower fiber length and seed per area. Resistant to all U.S. races of Xanthomonas campestris pv. malvacearum, the causal agent of bacterial blight. Resistant to fusarium wilt [caused by Fusarium oxysporum sp. vasinfectum] was equal to a known resistant check. Resistance to tarnished plant bug [Lygus lineolaris] was equal to SG 105.	1712473	PI 643439
401	PI 643440	SA 3856	Gossypium hirsutum L.	Arkansas, United States	COT		2006	DEVELOPED	2006		Breeding material	Morphological traits similar to SG 105 (check cultivar) except that Arkot 9308 displays high glanding characteristic (gossypol glands in calyx crown) and smaller bracts. Over 12 replicated field tests in Arkansas, yielded 2% more than SG 105. Compared to SG 105, Arkot 9308 tended to have higher plant height, lint percentage, open bolls percentage, seed index, lint index, micronaire and fiber strength, similar fibers per seed, fiber length and length uniformity and lower seed per area. Resistant to all U.S. races of Xanthomonas campestris pv. malvacearum, the causal agent of bacterial blight. Resistant to fusarium wilt [caused by Fusarium oxysporum sp. vasinfectum] was intermediate to known resistant and suspecptible checks. Resistance to tarnished plant bug [Lygus lineolaris] was equal to that of SG 105.	1712474	PI 643440
402	PI 643441	SA 3857	Gossypium hirsutum L.	Arkansas, United States	COT		2006	DEVELOPED	2006		Breeding material	Morphological traits similar to SG 105 (check culivar) except that Arkot 9314 displays high glanding characteristic (gossypol glands in calyx crown) and smaller bracts. Over 12 replicated field tests in Arkansas yielded 5% more than SG 105. Compared to SG 105, Arkot 9314 tended to have higher plant height, lint percentage, open bolls percentage, seed index, lint index, fibers per seed, micronaire, similar fiber length, length uniformity, and fiber strength, lower seed per area. Resistant to all U.S. races of Xanthomonas campestris pv. malvacearum, the causal agent of bacterial blight. Resistance to fusarium wilt [caused by Fusarium oxysporum sp. vasinfectum] intermediate to known resistant and susceptible checks. Resistance to tarnished plant bug [Lygus lineolaris] was equal to that of SG 105.	1712475	PI 643441
403	PI 643442	SA 3858	Gossypium hirsutum L.	Arkansas, United States	COT		2006	DEVELOPED	2006		Breeding material	Morphological traits similar to SG 105 (check cultivar) except that Arkot 9506 displays smaller bracts. Over 15 replicated field tests in Arkansas yielded 6% more than SG 105. Compared to SG 105, Arkot 9506 tended to have higher lint percentage, lint index, and fibers per seed, similar oen bolls percentage, seed index, and micronaire, lower plant height, fiber length, length uniformity, fiber strength and seed per area. Resistant to all U.S. races of Xanthomonas campestris pv. malvacearum, the causal agent of bacterial blight. Resistance to fusarium wilt [caused by Fusarium oxysporum sp. vasinfectum] intermediate to known resistant and susceptible checks. Resstance to tarnished plant bug [Lygus lineolaris] was equal to that of SG 105.	1712476	PI 643442
404	PI 643443	SA 3859	Gossypium hirsutum L.	Arkansas, United States	COT		2006	DEVELOPED	2006		Breeding material	Morphological traits similar to SG 105 (check cultivar) except that Arkot 9513 displays smaller bracts. Over 15 replicated field tests in Arkansas, Arkot 9513 yielded the same as SG 105. Compared to SG 105, Arkot 9513 tended to have higher lint percentage, open boll percentage, lint index, fibers per seed, fiber strength, similar plant height, seed index, micronaire, fiber length and length uniformity and lower seed per area. Resistance to all U.S. races of Xanthomonas campestris pv. malvacearum, the causal agent of bacterial blight. Resistance to fusarium wilt [caused by Fusarium oxysproum sp. vasinfectum] was equal to a known resistant check. Resistance of Arkot 9513 to tarnished plant bug [Lygus lineolaris] was equal to that of SG 105.	1712477	PI 643443
405	PI 643444	SA 3876	Gossypium hirsutum L.	Arkansas, United States	COT		2006	DEVELOPED	2006		Breeding material	Morphological traits similar to SG 105 (check cultivar) except that Arkot RM24 displays intermediate leaf pubescence, higher marginal bract trichome density, and smaller bracts. Over 15 replicated field tests in Arkansas, yielded 12% more than SG 105. Compared to SG 105, Arkot RM24 tended to have higher lint percentage, open bolls percentage, seed per area, and fibers per seed, similar plant height, lint index, micronaire, and fiber length, lower seed index, length uniformity, and fiber strength. Resistant to all U.S. races of Xanthomonas campestris pv. malvacearum, the causal agent of bacterial blight. Resistance to fusarium wilt [caused by Fusarium oxysporum sp. vasinfectum] was as resistant as a known resistant check. Resistance to tarnished plant bug [Lygus lineolaris] was equal to that of SG 105.	1712478	PI 643444
406	PI 408779	A1 21	Gossypium herbaceum L.	Iran	COT		2006	COLLECTED					1308322	PI 408779
407	PI 408796	A1 38	Gossypium herbaceum L.	Africa	COT		2006	COLLECTED					1308339	PI 408796
408	PI 529655	A1 79	Gossypium herbaceum L.	Zimbabwe	COT		2006	COLLECTED				collect: COTTON RESH INST 1984	1424591	PI 529655
409	PI 529685	A1 112	Gossypium herbaceum L.	Uzbekistan	COT		2006	COLLECTED				collect: N I VAVILOV IPI 1985	1424621	PI 529685
410	PI 529693	A1 120	Gossypium herbaceum L.	Uzbekistan	COT		2006	COLLECTED				collect: N I VAVILOV IPI 1985	1424629	PI 529693
411	PI 630013	A1 139	Gossypium herbaceum L.	Iran	COT		2006	DONATED					1638254	PI 630013
412	PI 643086	'FM 960B2'	Gossypium hirsutum L.	Mississippi, United States	PVPO	Not Available	2006	DEVELOPED			Genetically Engineered		1705252	PI 643086
413	PI 698271	AD3 33	Gossypium tomentosum Nutt. ex Seem.		COT	Not Available	2006					Donation from Professor Jonathan Wendel, Iowa State University. Collected in Hawaii. Packet number W-6A	2114981	PI 698271
414	PI 639148	SA 3803	Gossypium hirsutum L.	Texas, United States	COT		2005	DEVELOPED			Breeding material	Has lower yield, lint percent and boll size compared to standard cultivars; however, fiber strength was improved 10-15 percent over standard cultivars. Detailed information on the development and evaluation of this line can be found in Miss. Agric. and For. Exp. Stn. Bull. 1130.	1675257	PI 639148
415	PI 639149	SA 3814	Gossypium hirsutum L.	Mississippi, United States	COT		2005	DEVELOPED			Breeding material	Has lower lint percent, higher micronaire, lower elongation and shorter fibers compared to standard cultivars; however, fiber strength was improved 10-15 percent over standard cultivars. Detailed information on the development and evaluation of this line can be found in Miss. Agric. and For. Exp. Stn. Bull. 1130.	1675258	PI 639149
416	PI 639150	SA 3815	Gossypium hirsutum L.	Mississippi, United States	COT		2005	DEVELOPED			Breeding material	Has lower yield, lower lint percent, smaller bolls, lower elongation and shorter fibers compared to standard cultivars; however, fiber strength was improved 20-25 percent over standard cultivars. Detailed information on the development and evaluation of this line can be found in Miss. Agric. and For. Exp. Stn. Bull. 1130.	1675259	PI 639150
417	PI 639151	SA 3816	Gossypium hirsutum L.	Mississippi, United States	COT		2005	DEVELOPED			Breeding material	Has lower yield, lower lint percent, smaller bolls, lower elongation and shorter fibers compared to standard cultivars; however, fiber strength was improved 20-25 percent over standard cultivars. Detailed information on the development and evaluation of this line can be found in Miss. Agric. and For. Exp. Stn. Bull. 1130.	1675260	PI 639151
418	PI 639152	SA 3807	Gossypium hirsutum L.	Mississippi, United States	COT		2005	DEVELOPED			Breeding material	Has lower yield, lower lint percent, lower percent fiber elongation, and shorter fibers compared to standard cultivars; however, fiber strength was improved 12-18 percent over standard cultivars. Detailed information on the development and evaluation of this line can be found in Miss. Agric. and For. Exp. Stn. Bull. 1130.	1675261	PI 639152
419	PI 639153	SA 3808	Gossypium hirsutum L.	Mississippi, United States	COT		2005	DEVELOPED			Breeding material	Has lower yield, lower lint percent, higher micronaire, lower percent fiber elongation, and shorter fibers compared to standard cultivars; however, fiber strength was improved 12-18 percent over standard cultivars. Detailed information on the development and evaluation of this line can be found in Miss. Agric. and For. Exp. Stn. Bull. 1130.	1675262	PI 639153
420	PI 639154	SA 3809	Gossypium hirsutum L.	Mississippi, United States	COT		2005	DEVELOPED			Breeding material	Has lower yield, lower lint percent, higher micronaire, lower percent fiber elongation, and shorter fibers compared to standard cultivars; however, fiber strength was improved 12-20 percent over standard cultivars. Detailed information on the development and evaluation of this line can be found in Miss. Agric. and For. Exp. Stn. Bull. 1130.	1675263	PI 639154
421	PI 639155	SA 3810	Gossypium hirsutum L.	Mississippi, United States	COT		2005	DEVELOPED			Breeding material	Has lower yield, lower lint percent, lower micronaire, and lower percent fiber elongation compared to standard cultivars; however, fiber strength was improved 10-18 percent over standard cultivars. Detailed information on the development and evaluation of this line can be found in Miss. Agric. and For. Exp. Stn. Bull. 1130.	1675264	PI 639155
422	PI 639156	SA 3811	Gossypium hirsutum L.	Mississippi, United States	COT		2005	DEVELOPED			Breeding material	Has lower yield, lower lint percent, higher micronaire, and lower percent fiber elongation compared to standard cultivars; however, fiber strength was improved 10-18 percent over standard cultivars. Detailed information on the development and evaluation of this line can be found in Miss. Agric. and For. Exp. Stn. Bull. 1130.	1675265	PI 639156
423	PI 639157	SA 3812	Gossypium hirsutum L.	Mississippi, United States	COT		2005	DEVELOPED			Breeding material	Has lower yield, lower lint percent, higher micronaire, and lower percent fiber elongation compared to standard cultivars; however, fiber strength was improved 12-20 percent over standard cultivars. Detailed information on the development and evaluation of this line can be found in Miss. Agric. and For. Exp. Stn. Bull. 1130.	1675266	PI 639157
424	PI 639158	SA 3813	Gossypium hirsutum L.	Mississippi, United States	COT		2005	DEVELOPED			Breeding material	Has lower yield, lower lint percent, higher micronaire, lower percent fiber elongation, and shorter fibers compared to standard cultivars; however, fiber strength was improved 15-25 percent over standard cultivars. Detailed information on the development and evaluation of this line can be found in Miss. Agric. and For. Exp. Stn. Bull. 1130.	1675267	PI 639158
425	PI 639159	SA 3804	Gossypium hirsutum L.	Mississippi, United States	COT		2005	DEVELOPED			Breeding material	Has lower yield, lower lint percent, lower micronaire, and lower percent fiber elongation compared to standard cultivars; however, fiber strength was improved 12-20 percent over standard cultivars. Detailed information on the development and evaluation of this line can be found in Miss. Agric. and For. Exp. Stn. Bull. 1130.	1675268	PI 639159
426	PI 639160	SA 3805	Gossypium hirsutum L.	Mississippi, United States	COT		2005	DEVELOPED			Breeding material	Has lower yield, lower lint percent, smaller bolls, lower micronaire, lower percent fiber elongation and longer fibers compared to standard cultivars; however, fiber strength was improved 12-18 percent over standard cultivars. Detailed information on the development and evaluation of this line can be found in Miss. Agric. and For. Exp. Stn. Bull. 1130.	1675269	PI 639160
427	PI 639161	SA 3806	Gossypium hirsutum L.	Mississippi, United States	COT		2005	DEVELOPED			Breeding material	Has lower yield, lower lint percent, lower micronaire, lower percent fiber elongation and longer fibers compared to standard cultivars; however, fiber strength was improved 12-20 percent over standard cultivars. Detailed information on the development and evaluation of this line can be found in Miss. Agric. and For. Exp. Stn. Bull. 1130.	1675270	PI 639161
428	PI 638689	'DP 454 BG/RR'	Gossypium hirsutum L.	Mississippi, United States	PVPO	Not Available	2005	DEVELOPED			Genetically Engineered		1673416	PI 638689
429	PI 638690	'DP 6222 RR Acala'	Gossypium hirsutum L.	Mississippi, United States	PVPO	Not Available	2005	DEVELOPED			Genetically Engineered		1673417	PI 638690
430	PI 638691	'DP 6226 BG/RR Acala'	Gossypium hirsutum L.	Mississippi, United States	PVPO	Not Available	2005	DEVELOPED			Genetically Engineered		1673418	PI 638691
431	PI 638528	'Acala NemX HY'	Gossypium hirsutum L.	California, United States	PVPO	Not Available	2005	DEVELOPED			Cultivar		1671763	PI 638528
432	PI 638529	'Acala Fiesta RR'	Gossypium hirsutum L.	California, United States	PVPO	Not Available	2005	DEVELOPED			Genetically Engineered		1671764	PI 638529
433	PI 638530	'Hammer'	Gossypium hirsutum L.	California, United States	PVPO	Not Available	2005	DEVELOPED			Cultivar		1671765	PI 638530
434	PI 638531	'Acala Ultima EF'	Gossypium hirsutum L.	California, United States	PVPO	Not Available	2005	DEVELOPED			Cultivar		1671766	PI 638531
435	PI 638506	SA 3539	Gossypium hirsutum L.	Arkansas, United States	COT		2005	DEVELOPED			Breeding material	Morphological traits similar to Stoneville 474 and PSC 355 (check cultivars) except has less dense leaf pubescence. Lint yields were similar to the check cultivars, with performance relatively better in north than south Arkansas environments. Compared to these check cultivars, tended to have higher lint fraction, longer fiber length, lower micronaire, and slightly lower fiber strength. Is resistant to all U.S. races of Xanthomonas campestris pv. malvacearum, the causal agent of bacterial blight, and resistance to fusarium wilt was equal to a known resistant check.	1671124	PI 638506
436	PI 638507	SA 3540	Gossypium hirsutum L.	Arkansas, United States	COT		2005	DEVELOPED			Breeding material	Morphological traits are similar to Stoneville 474 and PSC 355 (check cultivars) except that has less dense leaf pubescence and was slightly shorter. Lint yields were similar to the check cultivars, with performance relatively better in north than south Arkansas environments. Displayed ca. 8% higher lint index, ca. 7% larger seed and ca. 7% more fibers per seed than the check cultivars, and tended to have similar lint fraction, fiber length, micronaire, and higher fiber strength and slightly lower fiber elongation. Resistant to all U.S. races of Xanthomonas campestris pv. malvacearum, fusarium wilt resistance was equal to a known resistant check. Demonstrated an intermediate level of resistance to root knot nematode.	1671125	PI 638507
437	PI 638508	SA 3541	Gossypium hirsutum L.	Arkansas, United States	COT		2005	DEVELOPED			Breeding material	Morphological traits similar to Stoneville 474 and PSC 355 (check cultivars) except that Arkot 9108 has less dense leaf pubescence and was slightly shorter. In over 29 replicated field tests in Arkansas, lint yields of Arkot 9108 were ca. 7% higher than the check cultivars, displayed ca. 8% higher lint index, ca. 7% larger seed and ca. 7% more fibers per seed than the check cultivars. Also tended to have similar lint fraction, fiber length, higher fiber strength, higher micronaire, and slightly lower fiber elongation vs. checks. Resistant to all U.S. races of Xanthomonas campestris pv. malvacearum, fusarium wilt was equal to a known resistant check. Has an intermediate level of resistance to tarnished plant bug.	1671126	PI 638508
438	PI 636722	'DP 455 BG/RR'	Gossypium hirsutum L.	Netherlands	COT	Not Available	2005	DEVELOPED			Genetically Engineered		1669832	PI 636722
439	PI 636723	'DP 543 BGII/RR'	Gossypium hirsutum L.	Netherlands	COT	Not Available	2005	DEVELOPED			Genetically Engineered		1669833	PI 636723
440	PI 636697	SA 3518	Gossypium hirsutum L.	Mississippi, United States	COT		2005	DEVELOPED			Breeding material	A day-neutral germplasm line of cotton which was developed from the photoperiodic race stock T-0041, it was evaluated for yield, yield components and fiber traits	1669497	PI 636697
441	PI 636698	SA 3519	Gossypium hirsutum L.	Mississippi, United States	COT		2005	DEVELOPED			Breeding material	A day-neutral germplasm line of cotton which was developed from the photoperiodic race stock T-0050, it was evaluated for yield, yield components and fiber traits	1669498	PI 636698
442	PI 636699	SA 3520	Gossypium hirsutum L.	Mississippi, United States	COT		2005	DEVELOPED			Breeding material	A day-neutral germplasm line of cotton which was developed from the photoperiodic race stock T-0064, it was evaluated for yield, yield components and fiber traits	1669499	PI 636699
443	PI 636700	SA 3521	Gossypium hirsutum L.	Mississippi, United States	COT		2005	DEVELOPED			Breeding material	A day-neutral germplasm line of cotton which was developed from the photoperiodic race stock T-0081, it was evaluated for yield, yield components and fiber traits	1669500	PI 636700
444	PI 636701	SA 3522	Gossypium hirsutum L.	Mississippi, United States	COT		2005	DEVELOPED			Breeding material	A day-neutral germplasm line of cotton which was developed from the photoperiodic race stock T-0093, it was evaluated for yield, yield components and fiber traits	1669501	PI 636701
445	PI 636702	SA 3523	Gossypium hirsutum L.	Mississippi, United States	COT		2005	DEVELOPED			Breeding material	A day-neutral germplasm line of cotton which was developed from the photoperiodic race stock T-0149, it was evaluated for yield, yield components and fiber traits	1669502	PI 636702
446	PI 636703	SA 3524	Gossypium hirsutum L.	Mississippi, United States	COT		2005	DEVELOPED			Breeding material	A day-neutral germplasm line of cotton which was developed from the photoperiodic race stock T-0171, it was evaluated for yield, yield components and fiber traits	1669503	PI 636703
447	PI 636704	SA 3525	Gossypium hirsutum L.	Mississippi, United States	COT		2005	DEVELOPED			Breeding material	A day-neutral germplasm line of cotton which was developed from the photoperiodic race stock T-0173, it was evaluated for yield, yield components and fiber traits	1669504	PI 636704
448	PI 636705	SA 3526	Gossypium hirsutum L.	Mississippi, United States	COT		2005	DEVELOPED			Breeding material	A day-neutral germplasm line of cotton which was developed from the photoperiodic race stock T-0178, it was evaluated for yield, yield components and fiber traits	1669505	PI 636705
449	PI 636706	SA 3527	Gossypium hirsutum L.	Mississippi, United States	COT		2005	DEVELOPED			Breeding material	A day-neutral germplasm line of cotton which was developed from the photoperiodic race stock T-0209, it was evaluated for yield, yield components and fiber traits	1669506	PI 636706
450	PI 636707	SA 3528	Gossypium hirsutum L.	Mississippi, United States	COT		2005	DEVELOPED			Breeding material	A day-neutral germplasm line of cotton which was developed from the photoperiodic race stock T-0219, it was evaluated for yield, yield components and fiber traits	1669507	PI 636707
451	PI 636708	SA 3529	Gossypium hirsutum L.	Mississippi, United States	COT		2005	DEVELOPED			Breeding material	A day-neutral germplasm line of cotton which was developed from the photoperiodic race stock T-0221, it was evaluated for yield, yield components and fiber traits	1669508	PI 636708
452	PI 636709	SA 3530	Gossypium hirsutum L.	Mississippi, United States	COT		2005	DEVELOPED			Breeding material	A day-neutral germplasm line of cotton which was developed from the photoperiodic race stock T-0241, it was evaluated for yield, yield components and fiber traits	1669509	PI 636709
453	PI 636710	SA 3531	Gossypium hirsutum L.	Mississippi, United States	COT		2005	DEVELOPED			Breeding material	A day-neutral germplasm line of cotton which was developed from the photoperiodic race stock T-0338, it was evaluated for yield, yield components and fiber traits	1669510	PI 636710
454	PI 636711	SA 3532	Gossypium hirsutum L.	Mississippi, United States	COT		2005	DEVELOPED			Breeding material	A day-neutral germplasm line of cotton which was developed from the photoperiodic race stock T-0347, it was evaluated for yield, yield components and fiber traits	1669511	PI 636711
455	PI 636712	SA 3533	Gossypium hirsutum L.	Mississippi, United States	COT		2005	DEVELOPED			Breeding material	A day-neutral germplasm line of cotton which was developed from the photoperiodic race stock T-0620, it was evaluated for yield, yield components and fiber traits	1669512	PI 636712
456	PI 636713	SA 3534	Gossypium hirsutum L.	Mississippi, United States	COT		2005	DEVELOPED			Breeding material	A day-neutral germplasm line of cotton which was developed from the photoperiodic race stock T-0636, it was evaluated for yield, yield components and fiber traits	1669513	PI 636713
457	PI 636714	SA 3535	Gossypium hirsutum L.	Mississippi, United States	COT		2005	DEVELOPED			Breeding material	A day-neutral germplasm line of cotton which was developed from the photoperiodic race stock T-0725, it was evaluated for yield, yield components and fiber traits	1669514	PI 636714
458	PI 636715	SA 3536	Gossypium hirsutum L.	Mississippi, United States	COT		2005	DEVELOPED			Breeding material	A day-neutral germplasm line of cotton which was developed from the photoperiodic race stock T-0763, it was evaluated for yield, yield components and fiber traits	1669515	PI 636715
459	PI 636716	SA 3537	Gossypium hirsutum L.	Mississippi, United States	COT		2005	DEVELOPED			Breeding material	A day-neutral germplasm line of cotton which was developed from the photoperiodic race stock T-0764, it was evaluated for yield, yield components and fiber traits	1669516	PI 636716
460	PI 636717	SA 3538	Gossypium hirsutum L.	Mississippi, United States	COT		2005	DEVELOPED			Breeding material	A day-neutral germplasm line of cotton which was developed from the photoperiodic race stock T-0790, it was evaluated for yield, yield components and fiber traits	1669517	PI 636717
461	PI 636490	SA 3516	Gossypium hirsutum L.	Texas, United States	COT		2004	DEVELOPED			Breeding material	A pubescent leaf and stem line that combines high yield potential with excellent fiber qualities, especially fiber strength, and is adapted to south and central Texas. Is a mid-season maturity, picker-type upland cotton with a growth habit similar to Tamcot 22 when grown with supplemental irrigation. Average yield is similar to Suregrow 747 and FiberMax 832. Upper Half Mean (UHM) length averages 1.14 in., longer than Suregrow 747 but not as long as FiberMax 832. Averaged over the performance trials high volume instrument fiber bundle strength averaged 36.6 g/tex, similar to FiberMax 832. The average micronaire reading is 4.4 which is similar to SureGrow 747.	1668960	PI 636490
462	PI 636491	SA 3517	Gossypium hirsutum L.	Texas, United States	COT		2004	DEVELOPED			Breeding material	A nectariless, pubescent leaf and stem line that combines high yield potential with excellent fiber qualities, especially fiber strength, and is adapted to south and central Texas. Is a mid-season maturity, picker-type upland cotton with a growth habit similar to Tamcot 22 when grown with supplemental irrigation. Average yield is similar to Suregrow 747 and FiberMax 832. Upper Half Mean (UHM) length averages 1.12 in. longer than Suregrow 747 but not as long as FiberMax 832. Averaged over the performance trials high volume instrument fiber bundle strength averaged 33.6 g/tex, similar to FiberMax 832. The average micronaire reading is 4.8 which is similar to SureGrow 747.	1668961	PI 636491
463	PI 636306	'NG 2448R'	Gossypium hirsutum L.	United States	COT	Not Available	2004	DEVELOPED			Genetically Engineered		1665599	PI 636306
464	PI 636308	'NG 1553R'	Gossypium hirsutum L.	United States	COT	Not Available	2004	DEVELOPED			Genetically Engineered		1665601	PI 636308
465	PI 636309	'ST 4646B2R'	Gossypium hirsutum L.	United States	COT	Not Available	2004	DEVELOPED			Genetically Engineered		1665602	PI 636309
466	PI 636310	'DP 444 BG/RR'	Gossypium hirsutum L.	United States	PVPO	Not Available	2004	DEVELOPED			Genetically Engineered		1665603	PI 636310
467	PI 636346	SA 3499	Gossypium hirsutum L.	Texas, United States	COT		2004	DEVELOPED	2004		Breeding material	CS-B01 is an alien chromosome substitution line (2n=52) in which the chromosome 01 pair of G. hirsutum has been replaced by the chromosomal material from G. barbadense doubled-haploid line 3-79 which has high fiber quality and length. In other regards, it is nearly isogenic to G. hirsutum inbred line TM-1. The chromosome substitution line was developed via recurrent backcrossing to G. hirsutum plants monosomic for chromosome-01, coupled with recovery of the corresponding monosomic backcross progeny. The alien chromosome is expectedly an intact derivative of the 3-79 chromosome, because homologous recombination with the corresponding G. hirsutum chromosome (absent) was precluded by the monosomy of all BCnF1 plants. Loci on the other 25 chromosome pairs of CS-B01 were subject to effects of backcrossing and recombination, so >98% of them expectedly derive from G. hirsutum, probably TM-1.	1665775	PI 636346
468	PI 636347	SA 3500	Gossypium hirsutum L.	Texas, United States	COT		2004	DEVELOPED	2004		Breeding material	CS-B02 is an alien chromosome substitution line (2n=52) in which the chromosome 02 pair of G. hirsutum has been replaced by the corresponding chromosomal material from G. barbadense doubled haploid line 3-79 which has high fiber quality and length. In other regards, it is nearly isogenic to G. hirsutum inbred line TM-1. The chromosome substitution line was developed via recurrent backcrossing to G. hirsutum plants monosomic for chromosome-02, coupled with recovery of the corresponding monosomic backcross progeny. The alien chromosome is expectedly an intact derivative of the 3-79 chromosome, because homologous recombination with the corresponding G. hirsutum chromosome (absent) was precluded by the monosomy of all BCnF1 plants. Loci on the other 25 chromosome pairs of CS-B02 were subject to effects of backcrossing and recombination, so >98% of them expectedly derive from G. hirsutum, probably TM-1.	1665776	PI 636347
469	PI 636348	SA 3501	Gossypium hirsutum L.	Texas, United States	COT		2004	DEVELOPED	2004		Breeding material	CS-B04 is an alien chromosome substitution line (2n=52) in which the chromosome 04 pair of G. hirsutum has been replaced by the corresponding chromosomal material from G. barbadense doubled-haploid line 3-79, which has high fiber quality and length. In other regards, it is nearly isogenic to G. hirsutum inbred line TM-1. The chromosome substitution line was developed via recurrent backcrossing to G. hirsutum plants monosomic for chromosome-04, coupled with recovery of the corresponding monosomic backcross progeny. The alien chromosome is expectedly an intact derivative of the 3-79 chromosome, because homologous recombination with the corresponding G. hirsutum chromosome (absent) was predluded by the monosomy of all BCnF1 plants. Loci on the other 25 chromosome pairs of CS-B04 were subject to effects of backcrossing and recombination, so >98% of them expecedly derive from G. hirsutum, probably TM-1.	1665777	PI 636348
470	PI 636349	SA 3502	Gossypium hirsutum L.	Texas, United States	COT		2004	DEVELOPED	2004		Breeding material	CS-B06 is an alien chromosome substitution line (2n=52) in which the chromosome 06 pair of G. hirsutum has been replaced by the corresponding chromosomal material from G. barbadense doubled haploid line 3-79 which has high fiber quality and length. In other regards, it is nearly isogenic to G. hirsutum inbred line TM-1. The chromosome subsitution line was developed via recurrent backcrossing to G. hirsutum plants monosomic for chromosome-06, coupled with recovery of the coresponding monosomic backcross progeny. The alien chromosome is expectedly an intact derivative of the 3-79 chromosome, because homologous recombination with the corresponding G. hirsutum chromosome (absent) was precluded by the monosomy of all BCnF1 plants. Loci on the other 25 chromosome pairs of CS-B06 were subject to effects of backcrossing and recombination, so >98% of them expectedly derive from G. hirsutum, probably TM-1.	1665778	PI 636349
471	PI 636350	SA 3503	Gossypium hirsutum L.	Texas, United States	COT		2004	DEVELOPED	2004		Breeding material	CS-B07 is an alien chromosome substitution line (2n=52) in which the chromosome 07 pair of G. hirsutum has been replaced by the corresponding chromosomal material from G. barbadense doubled haploid line 3-79 which has high fiber quality and length. In other regards, it is nearly isogenic to G. hirsutum inbred line TM-1. The chromosome substitution line was developed via recurrent backcrossing to G. hirsutum plants monosomic for chromosome-07, coupled with recovery of the corresponding monosomic backcross progeny. The alien chromosome is expectedly an intact derivative of the 3-79 chromosome, because homologous recombination with the corresponding G. hirsutum chromosome (absent) was precluded by the monosomy of all BCnF1 plants. Loci on the other 25 chromosome pairs of CS-B07 were subject to effects of backcrossing and recombination, so >98% of them expectedly derive from G. hirsutum, probably TM-1.	1665779	PI 636350
472	PI 636351	SA 3504	Gossypium hirsutum L.	Texas, United States	COT		2004	DEVELOPED	2004		Breeding material	CS-B16 is an alien chromosome substitution line (2n=52) in which the chromosome 16 pair of G. hirsutum has been replaced by the corresponding chromosomal material from G. barbadense doubled haploid line 3-79 which has high fiber quality and length. In other regards, it is nearly isogenic to G. hirsutum inbred line TM-1. The chromosome substitution line was developed via recurrent backcrossing to G. hirsutum plants monosomic for chromosome-16, coupled with recovery of the corresponding monosomic backcross progeny. The alien chromosome is expectedly an intact derivative of the 3-79 chromosome, because homologous recombination with the corresponding G. hirsutum chromosome (absent) was precluded by the monosomy of all BCnF1 plants. Loci on the other 25 chromosome pairs of CS-B16 were subject to effects of backcrossing and recombination, so >98% of them expectedly derive from G. hirsutum, probably TM-1.	1665780	PI 636351
473	PI 636352	SA 3505	Gossypium hirsutum L.	Texas, United States	COT		2004	DEVELOPED	2004		Breeding material	CS-B17 is an alien chromosome substitution line (2n=52) in which the chromosome 17 pair of G. hirsutum has been replaced by the corresponding chromosomal material from G. barbadense doubled haploid line 3-79 which has high fiber quality and length. In other regards, it is nearly isogenic to G. hirsutum inbred line TM-1. The chromosome substitution line was developed via recurrent backcrossing to G. hirsutum plants monosomic for chromosome-17, coupled with recovery of the corresponding monosomic backcross progeny. The alien chromosome is expectedly an intact derivative of the 3-79 chromosome, because homologous recombination with the corresponding G. hirsutum chromosome (absent) was precluded by the monosomy of all BCnF1 plants. Loci on the other 25 chromosome pairs of CS-B17 were subject to effects of backcrossing and recombination, so >98% of them expectedly derive from G. hirsutum, probably TM-1.	1665781	PI 636352
474	PI 636353	SA 3506	Gossypium hirsutum L.	Texas, United States	COT		2004	DEVELOPED	2004		Breeding material	CS-B18 is an alien chromosome substitution line (2n=52) in which the chromosome 18 pair of G. hirsutum has been replaced by the corresponding chromosomal material from G. barbadense doubled haploid line 3-79 which has high fiber quality and length. In other regards, it is nearly isogenic to G. hirsutum inbred line TM-1. The chromosome substitution line was developed via recurrect backcrossing to G. hirsutum plants monosomic for chromosome-18, coupled with recovery of the corresponding monosomic backcross progeny. The alien chromosome is expectedly an intact derivative of the 3-79 chromosome, because homologous recombination with the corresponding G. hirsutum chromosome (absent) was precluded by the monosomy of all BCnF1 plants. Loci on the other 25 chromosome pairs of CS-B18 were subject to effects of backcrossing and recombination, so >98% of them expectedly derive from G. hirsutum, probably TM-1.	1665782	PI 636353
475	PI 636354	SA 3507	Gossypium hirsutum L.	Texas, United States	COT		2004	DEVELOPED	2004		Breeding material	CS-B25 is an alien chromosome substitution line (2n=52) in which the chromosome 25 pair of G. hirsutum has been replaced by the corresponding chromosomal material from G. barbadense doubled haploid line 3-79 which has high fiber quality and length. In other regards, it is nearly isogenic to G. hirsutum inbred line TM-1. The chromosome substitution line was developed via recurrent backcrossing to G. hirsutum plants monosomic for chromosome-25, coupled with recovery of the corresponding monosomic backcross progeny. The alien chromosome is expectedly an intact derivative of the 3-79 chromosome, because homologous recombination with the corresponding G. hirsutum chromosome (absent) was precluded by the monosomy of all BCnF1 plants. Loci on the other 25 chromosome pairs of CS-B25 were subject to effects of backcrossing and recombination, so >98% of them expectedly derive from G. hirsutum, probably TM-1.	1665783	PI 636354
476	PI 636355	SA 3508	Gossypium hirsutum L.	Texas, United States	COT		2004	DEVELOPED	2004		Breeding material	CS-B05sh is an alien chromosome substitution line (2n=52) in which chromosome arm 5sh of G. hirsutum has been replaced by the corresponding chromosomal material from G. barbadense doubled haploid line 3-79 which has high fiber quality and length. For the opposing arm and all other chromosomes, line CS-B05sh is expected to be nearly isogenic to G. hirsutum inbred line TM-1. The chromosome substitution line was developed via rrecurrent backcrossing to G. hirsutum plants monotelodisomic for Te05Lo, coupled with recovery of the corresponding monotelodisomic backcross progeny at each generation. The alien chromosome arm is expectedly an intact derivative of most or all of the 3-79 chromosome arm, because homologous recombination with the corresponding G. hirsutum chromosome segment was selectively precluded in the absence of the latter in all BCnF1 plants (monotelodisomic). Greater than 98% of loci on the telosome and other 25 chromosome pairs expectedly derive from G. hirsutum TM-1, because they were disomic during backcross generations and thus subject to effects of backcrossing and recombination.	1665784	PI 636355
477	PI 636356	SA 3509	Gossypium hirsutum L.	Texas, United States	COT		2004	DEVELOPED	2004		Breeding material	CS-B11sh is an alien chromosome substitution line (2n=52) in which chromosome arm 11sh of G. hirsutum has been replaced by the corresponding chromosomal material from G. barbadense doubled haploid line 3-79 which has high fiber quality and length. For the opposing arm and all other chromosomes, line CS-B11sh is expected to be nearly isogenic to G. hirsutum inbred line TM-1. The chromosome substitution line was developed via recurrent backcrossing to G. hirsutum plants monotelodisomic for Te11Lo, coupled with recovery of the corresponding monotelodisomic backcross progeny at each generation. The alien chromosome arm is expectedly an intact derivative of most or all the 3-79 chromosome arm, because homologous recombination with the corresponding G. hirsutum chromosome segment was selectively precluded in the absence of the latter in all BCnF1 plants (monotelodisomic). Greater than 98% of loci on the telosome and the other 25 chromosome pairs expectedly derive from G. hirsutum TM-1, because they were disomic during backcross generations and thus subject to effects of backcrossing and recombination.	1665785	PI 636356
478	PI 636357	SA 3510	Gossypium hirsutum L.	Texas, United States	COT		2004	DEVELOPED	2004		Breeding material	CS-B12sh is an alien chromosome substitution line (2n=52) in which chromosome arm 12sh of G. hirsutum has been replaced by the corresponding chromosomal material from G. barbadense doubled haploid line 3-79 which has high fiber quality and length. For the opposing arm and all other chromosomes, line CS-B12sh is expected to be nearly isogenic to G. hirsutum inbred line TM-1. The chromosome substitution line was developed via recurrent backcrossing to G. hirsutum plants monotelodisomic for Te12Lo, coupled with recovery of the corresponding monotelodisomic backcross progeny at each generation. The alien chromosome arm is expectedly an intact derivative of most or all the 3-79 chromosome arm, because homologous recombination with the corresponding G. hirsutum chromosome segment was selectively precluded in the absence of the latter in all BCnF1 plants (monotelodisomic). Greater than 98% of loci on the telosome and the other 25 chromosome pairs expectedly derive from G. hirsutum TM-1, because they were disomic during backcross generations and thus subject to effects of backcrossing and recombination.	1665786	PI 636357
479	PI 636358	SA 3511	Gossypium hirsutum L.	Texas, United States	COT		2004	DEVELOPED	2004		Breeding material	CS-B14sh is an alien chromosome substitution line (2n=52) in which chromosome arm 14sh of G. hirsutum has been replaced by the corresponding chromosomal material from G. barbadense doubled-haploid line 3-79, which has high fiber quality and length. For the opposing arm and all other chromosomes, line CS-B14sh is expected to be nearly isogenic to G. hirsutum inbred line TM-1. The chromosome substitution line was developed via recurrent backcrossing to G. hirsutum plants monotelodisomic for Te14Lo, coupled with recovery of the corresponding monotelodisomic backcross progeny at each generation. The alien chromosome arm is expectedly an intact derivative of most or all the 3-79 chromosome arm, because homologous recombination with the corresponding G. hirsutum chromosome segment was selectively precluded absence of the latter in all BCnF1 plants (monotelodisomic). Greater than 98% of loci on the telosome and the other 25 chromosome pairs expectedly derive from G. hirsutum TM-1, because they were disomic during backcross generations and thus subject to effects of backcrossing and recombination.	1665787	PI 636358
480	PI 636359	SA 3512	Gossypium hirsutum L.	Texas, United States	COT		2004	DEVELOPED	2004		Breeding material	CS-B15sh is an alien chromosome substitution line (2n=52) in which chromosome arm 15sh of G. hirsutum has been replaced by the corresponding chromosomal material from G. barbadense doubled-haploid line 3-79, which has high fiber quality and length. For the opposing arm and all other chromosomes, line CS-B15sh is expected to be nearly isogenic to G. hirsutum inbred line TM-1. The chromosome substitution line was developed via recurrent backcrossing to G. hirsutum plants monotelodisomic for Te15Lo, coupled with recovery of the corresponding monotelodisomic backcross progeny at each generation. The alien chromosome arm is expectedly an intact derivative of most or all the 3-79 chromosome arm, because homologous recombination with the corresponding G. hirsutum chromosome segment was selectively precluded absence of the latter in all BCnF1 plants (monotelodisomic). Greater than 98% of loci on the telosome and the other 25 chromosome pairs expectedly derive from G. hirsutum TM-1, because they were disomic during backcross generations and thus subject to effects of backcrossing and recombination.	1665788	PI 636359
481	PI 636360	SA 3513	Gossypium hirsutum L.	Texas, United States	COT		2004	DEVELOPED	2004		Breeding material	CS-B22Lo is an alien chromosome substitution line (2n=52) in which chromosome arm 22Lo of G. hirsutum has been replaced by the corresponding chromosomal material from G. barbadense doubled-haploid line 3-79, which has high fiber quality and length. For the opposing arm and all other chromosomes, line CS-B22Lo is expected to be nearly isogenic to G. hirsutum inbred line TM-1. The chromosome substitution line was developed via recurrent backcrossing to G. hirsutum plants monotelodisomic for Te22sh, coupled with recovery of the corresponding monotelodisomic backcross progeny at each generation. The alien chromosome arm is expectedly an intact derivative of most or all the 3-79 chromosome arm, because homologous recombination with the corresponding G. hirsutum chromosome segment was selectively precluded absence of the latter in all BCnF1 plants (monotelodisomic). Greater than 98% of loci on the telosome and the other 25 chromosome pairs expectedly derive from G. hirsutum TM-1, because they were disomic during backcross generations and thus subject to effects of backcrossing and recombination.	1665789	PI 636360
482	PI 636361	SA 3514	Gossypium hirsutum L.	Texas, United States	COT		2004	DEVELOPED	2004		Breeding material	CS-B22sh is an alien chromosome substitution line (2n=52) in which chromosome arm 22sh of G. hirsutum has been replaced by the corresponding chromosomal material from G. barbadense doubled-haploid line 3-79, which has high fiber quality and length. For the opposing arm and all other chromosomes, line CS-B22sh is expected to be nearly isogenic to G. hirsutum inbred line TM-1. The chromosome substitution line was developed via recurrent backcrossing to G. hirsutum plants monotelodisomic for Te22Lo, coupled with recovery of the corresponding monotelodisomic backcross progeny at each generation. The alien chromosome arm is expectedly an intact derivative of most or all the 3-79 chromosome arm, because homologous recombination with the corresponding G. hirsutum chromosome segment was selectively precluded absence of the latter in all BCnF1 plants (monotelodisomic). Greater than 98% of loci on the telosome and the other 25 chromosome pairs expectedly derive from G. hirsutum TM-1, because they were disomic during backcross generations and thus subject to effects of backcrossing and recombination.	1665790	PI 636361
483	PI 636362	SA 3515	Gossypium hirsutum L.	Texas, United States	COT		2004	DEVELOPED	2004		Breeding material	CS-B26Lo is an alien chromosome substitution line (2n=52) in which chromosome arm 26Lo of G. hirsutum has been replaced by the corresponding chromosomal material from G. barbadense doubled-haploid line 3-79, which has high fiber quality and length. For the opposing arm and all other chromosomes, line CS-B26Lo is expected to be nearly isogenic to G. hirsutum inbred line TM-1. The chromosome substitution line was developed via recurrent backcrossing to G. hirsutum plants monotelodisomic for Te26sh, coupled with recovery of the corresponding monotelodisomic backcross progeny at each generation. The alien chromosome arm is expectedly an intact derivative of most or all the 3-79 chromosome arm, because homologous recombination with the corresponding G. hirsutum chromosome segment was selectively precluded absence of the latter in all BCnF1 plants (monotelodisomic). Greater than 98% of loci on the telosome and the other 25 chromosome pairs expectedly derive from G. hirsutum TM-1, because they were disomic during backcross generations and thus subject to effects of backcrossing and recombination.	1665791	PI 636362
484	PI 417903	A1 61	Gossypium herbaceum L.	Gujarat, India	COT		2004	DONATED	06/07/1977				1315822	PI 417903
485	PI 417910	A1 66	Gossypium herbaceum L.	Gujarat, India	COT		2004	DONATED	06/07/1977				1315829	PI 417910
486	PI 441982	A1 84	Gossypium herbaceum L.	China	COT		2004	COLLECTED		From Sinkiang			1336918	PI 441982
487	PI 529656	A1 80	Gossypium herbaceum L.	Zimbabwe	COT		2004	COLLECTED				collect: COTTON RESH INST 1984	1424592	PI 529656
488	PI 529686	A1 113	Gossypium herbaceum L.	Uzbekistan	COT		2004	COLLECTED				collect: N I VAVILOV IPI 1985	1424622	PI 529686
489	PI 529691	A1 118	Gossypium herbaceum L.	Uzbekistan	COT		2004	COLLECTED				collect: N I VAVILOV IPI 1985	1424627	PI 529691
490	PI 529696	A1 123	Gossypium herbaceum L.	Uzbekistan	COT		2004	COLLECTED				collect: N I VAVILOV IPI 1985	1424632	PI 529696
491	PI 529700	A1 127	Gossypium herbaceum L.	Switzerland	COT		2004	COLLECTED				collect: N I VAVILOV IPI 1985	1424636	PI 529700
492	PI 634815	'PLATINUM PIMA'	Gossypium barbadense L.	California, United States	PVPO	Not Available	2004	DEVELOPED			Genetically Engineered		1654359	PI 634815
493	PI 167906	A1 5	Gossypium arboreum L.	Turkey	COT		2003	DONATED	09/1948				1144479	PI 167906
494	PI 367241	A1 16	Gossypium herbaceum L.	India	COT	Not Available	2003	DONATED	09/29/1971				1275105	PI 367241
495	PI 408776	A1 18	Gossypium herbaceum L.	Afghanistan	COT		2003	COLLECTED					1308319	PI 408776
496	PI 408777	A1 19	Gossypium herbaceum L.	Afghanistan	COT		2003	COLLECTED					1308320	PI 408777
497	PI 408780	A1 22	Gossypium herbaceum L.	Afghanistan	COT		2003	COLLECTED					1308323	PI 408780
498	PI 408781	A1 23	Gossypium herbaceum L.	Former, Soviet Union	COT		2003	COLLECTED					1308324	PI 408781
499	PI 408784	A1 26	Gossypium herbaceum L.	Turkey	COT		2003	COLLECTED					1308327	PI 408784

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