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	ACCESSION	PLANT NAME	TAXONOMY	ORIGIN	GENEBANK	AVAILABILITY	RECEIVED	SOURCE TYPE	SOURCE DATE	COLLECTION SITE	COORDINATES	ELEVATION	IMPROVEMENT LEVEL	NARRATIVE
0	PI 566666	87-Y-550	Oryza sativa L.	California, United States	NSGC		1993	DEVELOPED	1993				Breeding material	Early maturing semidwarf long-grain line. Plants awnless. Leaves and hulls glabrous. Rice brown. Kernel length 7.8mm and width 2.3mm with light brown pericarp. Endosperm has apparent amylose content 23.0% and intermediate spreading value. Yield potential similar to L-202. Resistant to lodging, stem rot (Sclerotium oryzae), and aggregate sheath spot (Rhizoctonia oryzae-sativae).	1461637	PI 566666
1	PI 558511	'Akitakomachi'	Oryza sativa L.	Akita, Japan	NSGC		1991	DEVELOPED					Cultivar	Maturity very early. Pubescent, short stature. Cooking and milling characteristics good. Susceptible to lodging and yields well below adapted cultivars, in California.	1453483	PI 558511
2	PI 547249	'L-203'	Oryza sativa L.	California, United States	NSGC		1991	DEVELOPED	1991				Cultivar	Photoperiod non-sensitive, early maturing, semidwarf, long-grain cultivar. Plants awnless with glabrous leaves and hulls, and anthocyanin in apiculi only. Tolerant of thioencarb and molinate herbicides. Similar to L-202 in reaction to stem rot and aggregate sheath spot pathogens. Kernel weight 21.3mg. Endosperm colorless, non-glutinous, non-aromatic, with apparent amylose content 25.5%, and alkali spreading value 3-5. Yield 8742-8781kg per hectare. Resistant to lodging. Head rice yield 531mg g-1 in 1989-1990 milling test. Adaptation pattern similar to M-202.	1442185	PI 547249
3	PI 559472	'M-204'	Oryza sativa L.	California, United States	NSGC		1991	DEVELOPED	1991				Cultivar	Photoperiod insensitive, early maturing, glabrous, semidwarf medium-grain cultivar. Resistance good to lodging and blanking caused by cool temperatures. Improved whole grain and total milled rice	1454444	PI 559472
4	PI 546364	'Dellmont'	Oryza sativa L.	Texas, United States	NSGC		1991	DEVELOPED	1992				Cultivar	Early maturing semidwarf long grain cultivar. Plant height 94cm. Days from seeding to heading 87. Grain aromatic, glabrous. Apiculus purple. Amylose intermediate-high. Gelatinization type intermediate. Lemma and palea straw-colored. Inner surface of leaf sheath slight purple color near base. Susceptible to sheath blight (Rhizoctonia solani). Superior field resistance to blast (Pyricularia grisea).	1441300	PI 546364
5	PI 538248	'Maybelle'	Oryza sativa L.	Texas, United States	NSGC		1990	DEVELOPED	1989				Cultivar	Maturity very early. Long grain with high main crop and superior ratoon crop yielding ability. Averages 100cm in height and 81 days from seedling to heading. Spikelet straw-colored, glabrous, awnless, and apiculus purple. Non-aromatic. High-amylose, intermediate gelatinizing type. Susceptible to U.S. races of Pyricularia and sheath blight (Rhizoctonia ssp.) but more tolerant than Skybonnet Resistant to straighthead.	1433184	PI 538248
6	PI 536645	'S-301'	Oryza sativa L.	California, United States	NSGC		1990	DEVELOPED	1989				Cultivar	Smooth, sparsely awned, semidwarf, weakly photoperiod sensitive, and intermediate maturing short-grain type that produces a more translucent sample (less white/green kernels) and superior whole kernel milled grain (% head) than S-101 and S-201. Seed weight 21.1 grams per 1000 brown rice kernels which is 2% larger than S-201 but 14% smaller than S-201. Good resistance to cool temperatures 10-14 days before heading. Leaves and kernels smooth. Good lodging resistance.	1431581	PI 536645
7	PI 527566	'M-103'	Oryza sativa L.	California, United States	NSGC		1989	DEVELOPED	1988				Cultivar	Maturity early. Photoperiod insensitive, semidwarf, translucent, medium-grain cultivar. Leaves glabrous except few hairs on margins. Awns sparse. Seedling vigor adequate. Some resistance to lodging. Endosperm colorless, non-aromatic, non-waxy. Amylose content 18.8%. Useful in delayed plantings. Blanking resistance excellent. Resistant to stem rot.	1422502	PI 527566
8	PI 527707	'Katy'	Oryza sativa L.	Arkansas, United States	NSGC		1988	DEVELOPED	1989				Cultivar	Plants 113cm tall. Maturity 130 days. Long grain type Resistant to 8 races of blast (Pyricularia oryzae). Good tolerance to sheath blight (Rhizoctonia solani).	1422643	PI 527707
9	PI 514276	'M-203'	Oryza sativa L.	California, United States	NSGC		1988	DEVELOPED	1988				Cultivar	Premium quality medium-grain type. Susceptible to lodging and to blanking. Yield not as high as other similar varieties. Primary interst early maturity.	1409212	PI 514276
10	PI 514277	'S-101'	Oryza sativa L.	California, United States	NSGC		1988	DEVELOPED	1988				Cultivar	Short-grain, very early type. Plants 82cm high. Seedling vigor good. Leaves rough. Hulls rough. Awns present. 94 days to 50% heading. Lodging low (4%).	1409213	PI 514277
11	PI 514661	'Koshihikari'	Oryza sativa L.	Hukui, Japan	NSGC		1987	DEVELOPED	1956				Cultivar	Plants 97cm tall. Grain medium type. Disease reactions on 0-9 scale: sheath blight-4, brown spot-3, leaf smut-1, narrow brown leaf spot-2.	1409597	PI 514661
12	PI 505817	'A-301'	Oryza sativa L.	California, United States	NSGC		1986	DEVELOPED	1987				Cultivar	Cultivar short statured, aromatic long grain type, photoperiod non-sensitive, intermediate maturity. Leaves and hulls glabrous. Awns and stigmas have anthrocyanin pigmentation. Endosperm colorless, non-glutinous, aromatic ('popcorn flavor') with starch amylose content of 23.2%.	1400753	PI 505817
13	PI 502968	'Rexmont'	Oryza sativa L.	Texas, United States	NSGC		1986	DEVELOPED	1986				Cultivar	Long grain type. Plants semidwarf similar to Bellemont. Maturity early. Ratooning ability below Lemont. Extremely resistant to lodging. Grain yield high. Superior quick-cooking and soup properties. Very susceptible to sheath blight. Resistant only to IH-1 race of blight, panicle blight brown spot and straighthead.	1397904	PI 502968
14	PI 502969	'Rico 1'	Oryza sativa L.	Texas, United States	NSGC		1986	DEVELOPED	1987				Cultivar	Medium grain type. Plants 98cm tall, similar to Brazos in morphology. Maturity equals Mars and Brazos. More resistant to lodging than Pecos, Nato. Yield excellent. Cooking and processing traditional. Moderately susceptible to sheath blight. Susceptible to straighthead Resistant to race IB-54 of rice blast fungus. Moderately resistant to field blast. Highly resistant to hoja blanca.	1397905	PI 502969
15	PI 503035	'Hunan Late Indica No. 2'	Oryza sativa L.	Hunan Sheng, China	NSGC		1986	DEVELOPED					Cultivar		1397971	PI 503035
16	PI 494104	'Calmochi-101'	Oryza sativa L.	California, United States	NSGC		1985	DEVELOPED	1985				Cultivar	Short grain, waxy endosperm. Plants 86cm tall. Seedling vigor good. Seeds 5.4mm long. Maturity very early, 17 days shorter than Calmochi-202. Excellent resistance to blanking.	1389040	PI 494104
17	PI 494105	'M-202'	Oryza sativa L.	California, United States	NSGC		1985	DEVELOPED	1985				Cultivar	Medium grain. Plants 90cm tall. Seedling vigor good. Seeds 6.1mm long. Maturity early. Some resistance to stem rot. Cooking quality similar to California medium grain. Adaptable to cooler areas than M-201 and M-9. A single-plant selection from this core subset accession is available as GSOR 311794.	1389041	PI 494105
18	PI 483097	'L-202'	Oryza sativa L.	California, United States	NSGC		1984	DEVELOPED	1984				Cultivar	Pure line selection. Plants 82cm, photoperiod non-sensitive, early maturing with heading in 93 days, long grain type. Leaves and hulls glabrous. Heads awnless. Adaptability similar to that of 'M-201'. Amylose content of 25.6 to 26.6%. Starch has intermediate gelatinization.	1378033	PI 483097
19	PI 474580	'Newbonnet'	Oryza sativa L.	Arkansas, United States	NSGC		1982	DEVELOPED	1983				Cultivar	Plants short-statured, long-grain type. Color darker green than Starbonnet. Leaves narrower, more erect. Kernel weight 11% heavier. Yield 12% higher. Disease resistance similar to Starbonnet, but more resistant to blast disease fungus.	1369516	PI 474580
20	PI 475833	'Lemont'	Oryza sativa L.	Texas, United States	NSGC		1982	DEVELOPED	1983				Cultivar	Semi-dwarf, long-grain type. Flag leaves erect until maturity. Spikelet straw-colored, glabrous, awnless. Seed wider and heavier than Lebonnet. Superior milling quality. Resistant to lodging. Resistant to blast fungus and panicle blight. Moderately resistant to straighthead.	1370769	PI 475833
21	PI 464624	'Seolakbyeo'	Oryza sativa L.	Korea, South	NSGC		1981	DEVELOPED					Cultivar		1359560	PI 464624
22	PI 464626	'Taebaekbyeo'	Oryza sativa L.	Korea, South	NSGC		1981	DEVELOPED					Cultivar		1359562	PI 464626
23	PI 434632	'Moroberekan'	Oryza sativa L.	Guinea	NSGC		1979	DEVELOPED					Cultivar	A single-plant selection from this core subset accessions is available as GSOR 310645.	1329568	PI 434632
24	PI 430341	'BJ 1'	Oryza sativa L.	Odisha, India	NSGC		1978	DEVELOPED					Cultivar		1325348	PI 430341
25	PI 417844	'IR 36'	Oryza sativa L.	Calabarzon (Region IV-A), Philippines	NSGC		1977	DEVELOPED	1976				Cultivar		1315765	PI 417844
26	PI 414220	N 22	Oryza sativa L.	Uttar Pradesh, India	NSGC		1976	DEVELOPED					Cultivar		1312434	PI 414220
27	PI 406084	N 22	Oryza sativa L.	Uttar Pradesh, India	NSGC		1975	DEVELOPED					Cultivar		1305980	PI 406084
28	PI 401423	'Ai Nan Tsao 1'	Oryza sativa L.	Zhejiang Sheng, China	NSGC		1975	DEVELOPED					Cultivar		1302259	PI 401423
29	PI 366153	'Taipei 309'	Oryza sativa L.	Taipei, Taiwan	NSGC		1971	DEVELOPED					Cultivar		1274080	PI 366153
30	PI 348904	'Uz Ros 275'	Oryza sativa L.	Uzbekistan	NSGC		1970	DEVELOPED					Cultivar		1260421	PI 348904
31	PI 348905	'Uz Ros 269'	Oryza sativa L.	Uzbekistan	NSGC	Not Available	1970	DEVELOPED					Cultivar	A single-plant selection from this core subset accessions is available as GSOR 310308.	1260422	PI 348905
32	PI 348911	'Santahezskij 52'	Oryza sativa L.	Primorskij kraj, Russian Federation	NSGC		1970	DEVELOPED			45.00000000, 135.00000000		Cultivar		1260428	PI 348911
33	PI 346931	'Kubanets 508'	Oryza sativa L.	Krasnodarskij kraj, Russian Federation	NSGC		1969	DEVELOPED			45.00000000, 40.00000000		Cultivar		1258653	PI 346931
34	PI 344090	'Fukunishiki'	Oryza sativa L.	Akita, Japan	NSGC		1969	DEVELOPED	1964				Cultivar		1256737	PI 344090
35	PI 340888	Dosel	Oryza sativa L.	Valenciana, Comunidad, Spain	NSGC		1969	COLLECTED			39.50000000, -0.33333333		Uncertain improvement status	A single-plant selection from this core subset accessions is available as GSOR 310288.	1254184	PI 340888
36	PI 331435	'Shiranui'	Oryza sativa L.	Kyushu, Japan	NSGC		1968	DEVELOPED	1964				Cultivar		1246639	PI 331435
37	PI 291478	Italica Livorno	Oryza sativa L.	Pest, Hungary	NSGC	Not Available	1963	COLLECTED			47.41666667, 19.33333333		Uncertain improvement status	A single-plant selection from this core subset accession is available as GSOR 310243.	1220706	PI 291478
38	PI 282198	'Stejaru 68'	Oryza sativa L.	Hungary	NSGC		1962	DEVELOPED					Cultivar		1209778	PI 282198
39	PI 279983	'Monticelli'	Oryza sativa L.	Lazio, Italy	NSGC		1962	DEVELOPED					Cultivar	A single-plant selection from this core subset accession is available as GSOR 310223.	1208579	PI 279983
40	PI 271888	Kakai Korai	Oryza sativa L.	Pest, Hungary	NSGC		1961	COLLECTED			47.41666667, 19.33333333		Uncertain improvement status	A single-plant selection from this core subset accession is available as GSOR 310968.	1204387	PI 271888
41	PI 271889	'Szaniszlo 1'	Oryza sativa L.	Pest, Hungary	NSGC		1961	DEVELOPED					Cultivar		1204388	PI 271889
42	PI 266163	'Omirt 168'	Oryza sativa L.	Békés, Hungary	NSGC		1960	DEVELOPED					Cultivar		1200892	PI 266163
43	PI 266123	Sadri Belyi	Oryza sativa L.	Azerbaijan	NSGC		1960	COLLECTED					Uncertain improvement status	A single-plant selection from this core subset accession is available as GSOR 310963.	1200852	PI 266123
44	PI 265108	Italica Agostano	Oryza sativa L.	Lubelskie, Poland	NSGC		1960	DONATED	04/27/1960				Uncertain improvement status	A single-plant selection from this core subset accession is available as GSOR 310203.	1200419	PI 265108
45	PI 265114	Erythroceros Hokkaido	Oryza sativa L.	Lubelskie, Poland	NSGC		1960	DONATED	04/27/1960				Uncertain improvement status	A single-plant selection from this core subset accession is available as GSOR 310207.	1200425	PI 265114
46	PI 240638	Dular	Oryza sativa L.	Odisha, India	NSGC		1957	COLLECTED			21.00000000, 84.00000000		Uncertain improvement status	A single-plant selection from this core subset accession is available as GSOR 310945.	1187545	PI 240638
47	PI 231642	Caucasica	Oryza sativa L.	Former, Soviet Union	NSGC		1956	COLLECTED					Uncertain improvement status	A single-plant selection from this core subset accession is available as GSOR 310936.	1183992	PI 231642
48	PI 231647	Ianthoceros	Oryza sativa L.	Former, Soviet Union	NSGC		1956	COLLECTED					Uncertain improvement status	A single-plant selection from this core subset accession is available as GSOR 310938.	1183997	PI 231647
49	PI 231653	Vulgaris	Oryza sativa L.	Former, Soviet Union	NSGC		1956	COLLECTED					Uncertain improvement status		1184002	PI 231653
50	PI 225744	Arroz Portugues	Oryza sativa L.	Lisboa, Portugal	NSGC		1955	COLLECTED			39.00000000, -9.13333333		Landrace	A single-plant selection from this core subset accession is available as GSOR 310926.	1181447	PI 225744
51	PI 224792	'Aimasari'	Oryza sativa L.	Honshu, Japan	NSGC		1955	DEVELOPED					Cultivar		1180830	PI 224792
52	PI 224822	'Hirayama'	Oryza sativa L.	Tôkyô, Japan	NSGC		1955	DEVELOPED					Cultivar		1180859	PI 224822
53	PI 224827	Kamarirazu	Oryza sativa L.	Japan	NSGC		1955	COLLECTED					Uncertain improvement status		1180863	PI 224827
54	PI 224839	'Kanto 51'	Oryza sativa L.	Saitama, Japan	NSGC		1955	DEVELOPED					Cultivar		1180874	PI 224839
55	PI 224871	'Norin 33'	Oryza sativa L.	Hokkaidô, Japan	NSGC	Not Available	1955	DEVELOPED	1947				Cultivar		1180904	PI 224871
56	PI 224879	'Norin 49'	Oryza sativa L.	Miyagi, Japan	NSGC		1955	DEVELOPED	1949				Cultivar		1180912	PI 224879
57	PI 224885	Omachi	Oryza sativa L.	Japan	NSGC		1955	COLLECTED					Landrace		1180917	PI 224885
58	PI 224655	'Tominishiki'	Oryza sativa L.	Hokkaidô, Japan	NSGC		1955	DEVELOPED					Cultivar	A single-plant selection from this core subset accession is available as GSOR 310921.	1180746	PI 224655
59	PI 224605	'Sigadis'	Oryza sativa L.	Indonesia	NSGC		1955	DEVELOPED					Cultivar		1180724	PI 224605
60	PI 215520	'Maratelli'	Oryza sativa L.	Italy	NSGC		1954	DEVELOPED					Cultivar	A single-plant selection from this core subset accession is available as GSOR 310139.	1176396	PI 215520
61	PI 215482	'Razza 77'	Oryza sativa L.	Italy	NSGC		1954	DEVELOPED					Cultivar	A single-plant selection from this core subset accession is available as GSOR 310137.	1176380	PI 215482
62	PI 215484	Sesea	Oryza sativa L.	Italy	NSGC		1954	COLLECTED					Uncertain improvement status		1176382	PI 215484
63	PI 209517	'Arborio'	Oryza sativa L.	Lombardia, Italy	NSGC		1953	DEVELOPED					Cultivar		1174310	PI 209517
64	PI 202965	'Kagawa Sinriki No. 2'	Oryza sativa L.	Kagawa, Japan	NSGC		1952	DEVELOPED					Cultivar		1170284	PI 202965
65	PI 198915	'IAC 1'	Oryza sativa L.	São Paulo, Brazil	NSGC		1952	COLLECTED			-22.00000000, -49.00000000		Cultivar		1168597	PI 198915
66	PI 184500	Kyuhei No. 2	Oryza sativa L.	Aomori, Japan	NSGC		1949	COLLECTED					Uncertain improvement status		1159592	PI 184500
67	PI 175017	EAN 6	Oryza sativa L.	Lisboa, Portugal	NSGC		1949	COLLECTED			39.00000000, -9.13333333		Uncertain improvement status		1151832	PI 175017
68	PI 172526	8483	Oryza sativa L.	Kahramanmaraş, Turkey	NSGC		1949	COLLECTED	09/11/1948	Maras	37.58750000, 36.93166667	610	Landrace		1149652	PI 172526
69	PI 167925	3510	Oryza sativa L.	Bursa, Turkey	NSGC		1948	COLLECTED	07/02/1948	Bursa	40.19166667, 29.06111111	258	Landrace		1144487	PI 167925
70	PI 164986	62	Oryza sativa L.	Ankara, Turkey	NSGC		1948	COLLECTED	03/27/1948	Cayirhan	40.10000000, 31.61666667	607	Landrace		1142081	PI 164986
71	PI 165010	86	Oryza sativa L.	Ankara, Turkey	NSGC		1948	COLLECTED	03/27/1948	Nallihan	40.18361111, 31.35055556	655	Landrace		1142102	PI 165010
72	PI 162089	Dosan 57	Oryza sativa L.	Japan	NSGC		1948	COLLECTED					Uncertain improvement status		1139825	PI 162089
73	PI 162128	Shinriki 1	Oryza sativa L.	Gihu, Japan	NSGC		1948	COLLECTED					Uncertain improvement status		1139853	PI 162128
74	PI 162160	Yamato Nishiki	Oryza sativa L.	Japan	NSGC		1948	COLLECTED					Landrace		1139875	PI 162160
75	PI 162200	Gang won Do Do	Oryza sativa L.	Korea, South	NSGC		1948	COLLECTED					Landrace		1139913	PI 162200
76	PI 162250	Maik Zo	Oryza sativa L.	Korea, South	NSGC		1948	COLLECTED					Landrace		1139945	PI 162250
77	PI 162254	Mit Dari	Oryza sativa L.	Korea, South	NSGC		1948	COLLECTED					Landrace		1139949	PI 162254
78	PI 162275	Pal Kweng	Oryza sativa L.	Korea, South	NSGC		1948	COLLECTED					Landrace		1139964	PI 162275
79	PI 162297	Su Bio	Oryza sativa L.	Korea, South	NSGC		1948	COLLECTED					Landrace		1139979	PI 162297
80	PI 162348	Won Son Zo	Oryza sativa L.	Korea, South	NSGC		1948	COLLECTED					Landrace		1140028	PI 162348
81	PI 160482	Ta Hung Ku	Oryza sativa L.	Sichuan Sheng, China	NSGC		1947	COLLECTED			29.83333333, 105.00000000		Landrace		1138838	PI 160482
82	PI 160488	Yi Shih Hsing	Oryza sativa L.	Sichuan Sheng, China	NSGC		1947	COLLECTED			29.83333333, 105.00000000		Landrace		1138844	PI 160488
83	PI 160814	Chung Tsun	Oryza sativa L.	Sichuan Sheng, China	NSGC		1947	COLLECTED			29.83333333, 105.00000000		Landrace		1139136	PI 160814
84	PI 161040	Yi Pin Ju Tao	Oryza sativa L.	Sichuan Sheng, China	NSGC		1947	COLLECTED			29.83333333, 105.00000000		Landrace		1139315	PI 161040
85	PI 161048	Kao Tao	Oryza sativa L.	Sichuan Sheng, China	NSGC		1947	COLLECTED			29.83333333, 105.00000000		Landrace		1139322	PI 161048
86	PI 161049	Sung Pan Tao	Oryza sativa L.	Sichuan Sheng, China	NSGC	Not Available	1947	COLLECTED			29.83333333, 105.00000000		Landrace		1139323	PI 161049
87	GSOR 311794	'M-202'	Oryza sativa L.	California, United States	GSOR		1984	DEVELOPED	1985				Cultivar	Core Accession from PI 494105. The Core Collection containing about 10% of the whole NSGC Rice Collection was assembled by stratified random sampling method in 2002, evaluated comprehensively for 25 characteristics and proven to be highly representative of the whole collection. Information drawn from the Core Collection can effectively be used to assess the diversity of the whole collection with 88% certainty. A single plant was selected from each Core accession in 2006 and bulk seed from the single plant selection was produced in 2007 and deposited in the GSOR. DNA extracted from the selected plant was analyzed with one indel marker and 71 SSR (Single Sequence Repeat) markers that cover the entire rice genome about 30 cM apart. A Mini-Core Collection containing about 10% of the Core Collection was subsequently developed and genotyped through various means. The original narrative is: Plants 90cm tall. Seedling vigor good. Seeds 6.1mm long. Maturity early. Some resistance to stem rot. Cooking quality similar to California medium grain. Adaptable to cooler areas than M-201 and M-9. Because the Core and Mini-Core were developed from single-plant selections from the NSGC accessions which may be phenotypically variable, there is the possibility that the GSOR seed sources are not exactly the same as the NSGC sources.	1754277	GSOR 311794
88	CIor 9979	'Leah'	Oryza sativa L.	Louisiana, United States	NSGC		1981	DEVELOPED	1981				Cultivar	Long-grain rice. A single-plant selection from this core subset accession is available as GSOR 310045.	1051171	CIor 9979
89	GSOR 310045	'LEAH'	Oryza sativa L.	Louisiana, United States	GSOR		1981	DEVELOPED	1981				Cultivar	Core Accession from CIor 9979. The Core Collection containing about 10% of the whole NSGC Rice Collection was assembled by stratified random sampling method in 2002, evaluated comprehensively for 25 characteristics and proven to be highly representative of the whole collection. Information drawn from the Core Collection can effectively be used to assess the diversity of the whole collection with 88% certainty. A single plant was selected from each Core accession in 2006 and bulk seed from the single plant selection was produced in 2007 and deposited in the GSOR. DNA extracted from the selected plant was analyzed with one indel marker and 71 SSR (Single Sequence Repeat) markers that cover the entire rice genome about 30 cM apart. A Mini-Core Collection containing about 10% of the Core Collection was subsequently developed and genotyped through various means.The original narrative is: Long-grain rice. Because the Core and Mini-Core were developed from single-plant selections from the NSGC accessions which may be phenotypically variable, there is the possibility that the GSOR seed sources are not exactly the same as the NSGC sources.	1740961	GSOR 310045
90	CIor 9980	'M-201'	Oryza sativa L.	California, United States	NSGC		1981	DEVELOPED	1982				Cultivar	Medium-grain rice.	1051176	CIor 9980
91	CIor 9975	'M-401'	Oryza sativa L.	California, United States	NSGC		1981	DEVELOPED	1981				Cultivar	Medium-grain rice.	1051152	CIor 9975
92	CIor 9974	'S-201'	Oryza sativa L.	California, United States	NSGC		1980	DEVELOPED	1980				Cultivar	Short-grian rice.	1051149	CIor 9974
93	GSOR 310645	'MOROBEREKAN'	Oryza sativa L.	Guinea	GSOR		1979	DEVELOPED					Cultivar	Core Accession from PI 434632. The Core Collection containing about 10% of the whole NSGC Rice Collection was assembled by stratified random sampling method in 2002, evaluated comprehensively for 25 characteristics and proven to be highly representative of the whole collection. Information drawn from the Core Collection can effectively be used to assess the diversity of the whole collection with 88% certainty. A single plant was selected from each Core accession in 2006 and bulk seed from the single plant selection was produced in 2007 and deposited in the GSOR. DNA extracted from the selected plant was analyzed with one indel marker and 71 SSR (Single Sequence Repeat) markers that cover the entire rice genome about 30 cM apart. A Mini-Core Collection containing about 10% of the Core Collection was subsequently developed and genotyped through various means. Because the Core and Mini-Core were developed from single-plant selections from the NSGC accessions which may be phenotypically variable, there is the possibility that the GSOR seed sources are not exactly the same as the NSGC sources.	1741560	GSOR 310645
94	CIor 9970	'M-101'	Oryza sativa L.	California, United States	NSGC		1979	DEVELOPED	1979				Cultivar	Medium-grain rice.	1051130	CIor 9970
95	CIor 9967	'M7'	Oryza sativa L.	California, United States	NSGC		1976	DEVELOPED	1977				Cultivar	Short-statured, medium-grian rice.	1051114	CIor 9967
96	CIor 9965	'S6'	Oryza sativa L.	California, United States	NSGC		1974	DEVELOPED	1974				Cultivar	Short grain (pearl) type.	1051104	CIor 9965
97	CIor 9945	'Mars'	Oryza sativa L.	Arkansas, United States	NSGC		1973	DEVELOPED	1977				Cultivar	Medium-grain rice.	1050993	CIor 9945
98	CIor 9708	'Labelle'	Oryza sativa L.	Texas, United States	NSGC		1969	DEVELOPED	1972				Cultivar	Long-grain rice.	1049938	CIor 9708
99	GSOR 310288	Dosel	Oryza sativa L.	Valenciana, Comunidad, Spain	GSOR		1969	COLLECTED			39.50000000, -0.33333333		Cultivated material	Core Accession from PI 340888. The Core Collection containing about 10% of the whole NSGC Rice Collection was assembled by stratified random sampling method in 2002, evaluated comprehensively for 25 characteristics and proven to be highly representative of the whole collection. Information drawn from the Core Collection can effectively be used to assess the diversity of the whole collection with 88% certainty. A single plant was selected from each Core accession in 2006 and bulk seed from the single plant selection was produced in 2007 and deposited in the GSOR. DNA extracted from the selected plant was analyzed with one indel marker and 71 SSR (Single Sequence Repeat) markers that cover the entire rice genome about 30 cM apart. A Mini-Core Collection containing about 10% of the Core Collection was subsequently developed and genotyped through various means. Because the Core and Mini-Core were developed from single-plant selections from the NSGC accessions which may be phenotypically variable, there is the possibility that the GSOR seed sources are not exactly the same as the NSGC sources.	1741203	GSOR 310288
100	CIor 9675	'CS-M3'	Oryza sativa L.	California, United States	NSGC		1968	DEVELOPED	1970				Cultivar	Medium-grain rice. The designation CS-M3 denotes 'California Station Medium grain, third medium-grain rice cultivar originating from the station'.	1049772	CIor 9675
101	GSOR 310243	Italica Livorno	Oryza sativa L.	Pest, Hungary	GSOR		1963	COLLECTED			47.41666667, 19.33333333		Cultivated material	Core Accession from PI 291478. The Core Collection containing about 10% of the whole NSGC Rice Collection was assembled by stratified random sampling method in 2002, evaluated comprehensively for 25 characteristics and proven to be highly representative of the whole collection. Information drawn from the Core Collection can effectively be used to assess the diversity of the whole collection with 88% certainty. A single plant was selected from each Core accession in 2006 and bulk seed from the single plant selection was produced in 2007 and deposited in the GSOR. DNA extracted from the selected plant was analyzed with one indel marker and 71 SSR (Single Sequence Repeat) markers that cover the entire rice genome about 30 cM apart. A Mini-Core Collection containing about 10% of the Core Collection was subsequently developed and genotyped through various means. Because the Core and Mini-Core were developed from single-plant selections from the NSGC accessions which may be phenotypically variable, there is the possibility that the GSOR seed sources are not exactly the same as the NSGC sources.	1741158	GSOR 310243
102	GSOR 310223	'MONTICELLI'	Oryza sativa L.	Lazio, Italy	GSOR		1962	DEVELOPED					Cultivar	Core Accession from PI 279983. The Core Collection containing about 10% of the whole NSGC Rice Collection was assembled by stratified random sampling method in 2002, evaluated comprehensively for 25 characteristics and proven to be highly representative of the whole collection. Information drawn from the Core Collection can effectively be used to assess the diversity of the whole collection with 88% certainty. A single plant was selected from each Core accession in 2006 and bulk seed from the single plant selection was produced in 2007 and deposited in the GSOR. DNA extracted from the selected plant was analyzed with one indel marker and 71 SSR (Single Sequence Repeat) markers that cover the entire rice genome about 30 cM apart. A Mini-Core Collection containing about 10% of the Core Collection was subsequently developed and genotyped through various means. Because the Core and Mini-Core were developed from single-plant selections from the NSGC accessions which may be phenotypically variable, there is the possibility that the GSOR seed sources are not exactly the same as the NSGC sources.	1741138	GSOR 310223
103	CIor 9544	'Bluebelle'	Oryza sativa L.	Texas, United States	NSGC		1962	DEVELOPED	1965				Cultivar	Long-grain rice. A single-plant selection of this core subset accession is available as GSOR 310036.	1049166	CIor 9544
104	GSOR 310036	'BLUEBELLE'	Oryza sativa L.	Texas, United States	GSOR		1962	DEVELOPED	1965				Cultivar	Core Accession from CIor 9544. The Core Collection containing about 10% of the whole NSGC Rice Collection was assembled by stratified random sampling method in 2002, evaluated comprehensively for 25 characteristics and proven to be highly representative of the whole collection. Information drawn from the Core Collection can effectively be used to assess the diversity of the whole collection with 88% certainty. A single plant was selected from each Core accession in 2006 and bulk seed from the single plant selection was produced in 2007 and deposited in the GSOR. DNA extracted from the selected plant was analyzed with one indel marker and 71 SSR (Single Sequence Repeat) markers that cover the entire rice genome about 30 cM apart. A Mini-Core Collection containing about 10% of the Core Collection was subsequently developed and genotyped through various means.The original narrative is: Long-grain rice. Because the Core and Mini-Core were developed from single-plant selections from the NSGC accessions which may be phenotypically variable, there is the possibility that the GSOR seed sources are not exactly the same as the NSGC sources.	1740952	GSOR 310036
105	GSOR 310968	Kakai Korai	Oryza sativa L.	Pest, Hungary	GSOR		1961	COLLECTED			47.41666667, 19.33333333		Cultivated material	Core Accession from PI 271888. The Core Collection containing about 10% of the whole NSGC Rice Collection was assembled by stratified random sampling method in 2002, evaluated comprehensively for 25 characteristics and proven to be highly representative of the whole collection. Information drawn from the Core Collection can effectively be used to assess the diversity of the whole collection with 88% certainty. A single plant was selected from each Core accession in 2006 and bulk seed from the single plant selection was produced in 2007 and deposited in the GSOR. DNA extracted from the selected plant was analyzed with one indel marker and 71 SSR (Single Sequence Repeat) markers that cover the entire rice genome about 30 cM apart. A Mini-Core Collection containing about 10% of the Core Collection was subsequently developed and genotyped through various means. Because the Core and Mini-Core were developed from single-plant selections from the NSGC accessions which may be phenotypically variable, there is the possibility that the GSOR seed sources are not exactly the same as the NSGC sources.	1741882	GSOR 310968
106	GSOR 310963	Sadri Belyi	Oryza sativa L.	Azerbaijan	GSOR		1960	COLLECTED			40.50000000, 47.00000000		Cultivated material	Core Accession from PI 266123. The Core Collection containing about 10% of the whole NSGC Rice Collection was assembled by stratified random sampling method in 2002, evaluated comprehensively for 25 characteristics and proven to be highly representative of the whole collection. Information drawn from the Core Collection can effectively be used to assess the diversity of the whole collection with 88% certainty. A single plant was selected from each Core accession in 2006 and bulk seed from the single plant selection was produced in 2007 and deposited in the GSOR. DNA extracted from the selected plant was analyzed with one indel marker and 71 SSR (Single Sequence Repeat) markers that cover the entire rice genome about 30 cM apart. A Mini-Core Collection containing about 10% of the Core Collection was subsequently developed and genotyped through various means. Because the Core and Mini-Core were developed from single-plant selections from the NSGC accessions which may be phenotypically variable, there is the possibility that the GSOR seed sources are not exactly the same as the NSGC sources.	1741877	GSOR 310963
107	GSOR 310203	Italica Agostano	Oryza sativa L.	Lubelskie, Poland	GSOR		1960	COLLECTED			51.25000000, 22.50000000		Cultivated material	Core Accession from PI 265108. The Core Collection containing about 10% of the whole NSGC Rice Collection was assembled by stratified random sampling method in 2002, evaluated comprehensively for 25 characteristics and proven to be highly representative of the whole collection. Information drawn from the Core Collection can effectively be used to assess the diversity of the whole collection with 88% certainty. A single plant was selected from each Core accession in 2006 and bulk seed from the single plant selection was produced in 2007 and deposited in the GSOR. DNA extracted from the selected plant was analyzed with one indel marker and 71 SSR (Single Sequence Repeat) markers that cover the entire rice genome about 30 cM apart. A Mini-Core Collection containing about 10% of the Core Collection was subsequently developed and genotyped through various means. Because the Core and Mini-Core were developed from single-plant selections from the NSGC accessions which may be phenotypically variable, there is the possibility that the GSOR seed sources are not exactly the same as the NSGC sources.	1741118	GSOR 310203
108	GSOR 310207	Erythroceros Hokkaido	Oryza sativa L.	Lubelskie, Poland	GSOR		1960	COLLECTED			51.25000000, 22.50000000		Cultivated material	Core Accession from PI 265114. The Core Collection containing about 10% of the whole NSGC Rice Collection was assembled by stratified random sampling method in 2002, evaluated comprehensively for 25 characteristics and proven to be highly representative of the whole collection. Information drawn from the Core Collection can effectively be used to assess the diversity of the whole collection with 88% certainty. A single plant was selected from each Core accession in 2006 and bulk seed from the single plant selection was produced in 2007 and deposited in the GSOR. DNA extracted from the selected plant was analyzed with one indel marker and 71 SSR (Single Sequence Repeat) markers that cover the entire rice genome about 30 cM apart. A Mini-Core Collection containing about 10% of the Core Collection was subsequently developed and genotyped through various means. Because the Core and Mini-Core were developed from single-plant selections from the NSGC accessions which may be phenotypically variable, there is the possibility that the GSOR seed sources are not exactly the same as the NSGC sources.	1741122	GSOR 310207
109	GSOR 310945	Dular	Oryza sativa L.	Odisha, India	GSOR		1957	COLLECTED			21.00000000, 84.00000000		Cultivated material	Core Accession from PI 240638. The Core Collection containing about 10% of the whole NSGC Rice Collection was assembled by stratified random sampling method in 2002, evaluated comprehensively for 25 characteristics and proven to be highly representative of the whole collection. Information drawn from the Core Collection can effectively be used to assess the diversity of the whole collection with 88% certainty. A single plant was selected from each Core accession in 2006 and bulk seed from the single plant selection was produced in 2007 and deposited in the GSOR. DNA extracted from the selected plant was analyzed with one indel marker and 71 SSR (Single Sequence Repeat) markers that cover the entire rice genome about 30 cM apart. A Mini-Core Collection containing about 10% of the Core Collection was subsequently developed and genotyped through various means. Because the Core and Mini-Core were developed from single-plant selections from the NSGC accessions which may be phenotypically variable, there is the possibility that the GSOR seed sources are not exactly the same as the NSGC sources.	1741859	GSOR 310945
110	GSOR 310936	Caucasica	Oryza sativa L.	Former, Soviet Union	GSOR		1956	COLLECTED					Cultivated material	Core Accession from PI 231642. The Core Collection containing about 10% of the whole NSGC Rice Collection was assembled by stratified random sampling method in 2002, evaluated comprehensively for 25 characteristics and proven to be highly representative of the whole collection. Information drawn from the Core Collection can effectively be used to assess the diversity of the whole collection with 88% certainty. A single plant was selected from each Core accession in 2006 and bulk seed from the single plant selection was produced in 2007 and deposited in the GSOR. DNA extracted from the selected plant was analyzed with one indel marker and 71 SSR (Single Sequence Repeat) markers that cover the entire rice genome about 30 cM apart. A Mini-Core Collection containing about 10% of the Core Collection was subsequently developed and genotyped through various means. Because the Core and Mini-Core were developed from single-plant selections from the NSGC accessions which may be phenotypically variable, there is the possibility that the GSOR seed sources are not exactly the same as the NSGC sources.	1741850	GSOR 310936
111	GSOR 310938	Ianthoceros	Oryza sativa L.	Former, Soviet Union	GSOR		1956	COLLECTED					Cultivated material	Core Accession from PI 231647. The Core Collection containing about 10% of the whole NSGC Rice Collection was assembled by stratified random sampling method in 2002, evaluated comprehensively for 25 characteristics and proven to be highly representative of the whole collection. Information drawn from the Core Collection can effectively be used to assess the diversity of the whole collection with 88% certainty. A single plant was selected from each Core accession in 2006 and bulk seed from the single plant selection was produced in 2007 and deposited in the GSOR. DNA extracted from the selected plant was analyzed with one indel marker and 71 SSR (Single Sequence Repeat) markers that cover the entire rice genome about 30 cM apart. A Mini-Core Collection containing about 10% of the Core Collection was subsequently developed and genotyped through various means. Because the Core and Mini-Core were developed from single-plant selections from the NSGC accessions which may be phenotypically variable, there is the possibility that the GSOR seed sources are not exactly the same as the NSGC sources.	1741852	GSOR 310938
112	GSOR 310926	Arroz Portugues	Oryza sativa L.	Lisboa, Portugal	GSOR		1955	COLLECTED			39.00000000, -9.13333333		Landrace	Core Accession from PI 225744. The Core Collection containing about 10% of the whole NSGC Rice Collection was assembled by stratified random sampling method in 2002, evaluated comprehensively for 25 characteristics and proven to be highly representative of the whole collection. Information drawn from the Core Collection can effectively be used to assess the diversity of the whole collection with 88% certainty. A single plant was selected from each Core accession in 2006 and bulk seed from the single plant selection was produced in 2007 and deposited in the GSOR. DNA extracted from the selected plant was analyzed with one indel marker and 71 SSR (Single Sequence Repeat) markers that cover the entire rice genome about 30 cM apart. A Mini-Core Collection containing about 10% of the Core Collection was subsequently developed and genotyped through various means. Because the Core and Mini-Core were developed from single-plant selections from the NSGC accessions which may be phenotypically variable, there is the possibility that the GSOR seed sources are not exactly the same as the NSGC sources.	1741840	GSOR 310926
113	GSOR 310921	'TOMINISHIKI'	Oryza sativa L.	Hokkaidô, Japan	GSOR		1955	DEVELOPED					Cultivar	Core Accession from PI 224655. The Core Collection containing about 10% of the whole NSGC Rice Collection was assembled by stratified random sampling method in 2002, evaluated comprehensively for 25 characteristics and proven to be highly representative of the whole collection. Information drawn from the Core Collection can effectively be used to assess the diversity of the whole collection with 88% certainty. A single plant was selected from each Core accession in 2006 and bulk seed from the single plant selection was produced in 2007 and deposited in the GSOR. DNA extracted from the selected plant was analyzed with one indel marker and 71 SSR (Single Sequence Repeat) markers that cover the entire rice genome about 30 cM apart. A Mini-Core Collection containing about 10% of the Core Collection was subsequently developed and genotyped through various means. Because the Core and Mini-Core were developed from single-plant selections from the NSGC accessions which may be phenotypically variable, there is the possibility that the GSOR seed sources are not exactly the same as the NSGC sources.	1741835	GSOR 310921
114	GSOR 310139	'MARATELLI'	Oryza sativa L.	Italy	GSOR		1954	DEVELOPED					Cultivar	Core Accession from PI 215520. The Core Collection containing about 10% of the whole NSGC Rice Collection was assembled by stratified random sampling method in 2002, evaluated comprehensively for 25 characteristics and proven to be highly representative of the whole collection. Information drawn from the Core Collection can effectively be used to assess the diversity of the whole collection with 88% certainty. A single plant was selected from each Core accession in 2006 and bulk seed from the single plant selection was produced in 2007 and deposited in the GSOR. DNA extracted from the selected plant was analyzed with one indel marker and 71 SSR (Single Sequence Repeat) markers that cover the entire rice genome about 30 cM apart. A Mini-Core Collection containing about 10% of the Core Collection was subsequently developed and genotyped through various means. Because the Core and Mini-Core were developed from single-plant selections from the NSGC accessions which may be phenotypically variable, there is the possibility that the GSOR seed sources are not exactly the same as the NSGC sources.	1741054	GSOR 310139
115	GSOR 310137	'RAZZA 77'	Oryza sativa L.	Italy	GSOR		1954	DEVELOPED					Cultivar	Core Accession from PI 215482. The Core Collection containing about 10% of the whole NSGC Rice Collection was assembled by stratified random sampling method in 2002, evaluated comprehensively for 25 characteristics and proven to be highly representative of the whole collection. Information drawn from the Core Collection can effectively be used to assess the diversity of the whole collection with 88% certainty. A single plant was selected from each Core accession in 2006 and bulk seed from the single plant selection was produced in 2007 and deposited in the GSOR. DNA extracted from the selected plant was analyzed with one indel marker and 71 SSR (Single Sequence Repeat) markers that cover the entire rice genome about 30 cM apart. A Mini-Core Collection containing about 10% of the Core Collection was subsequently developed and genotyped through various means. Because the Core and Mini-Core were developed from single-plant selections from the NSGC accessions which may be phenotypically variable, there is the possibility that the GSOR seed sources are not exactly the same as the NSGC sources.	1741052	GSOR 310137
116	CIor 8988	'Calrose'	Oryza sativa L.	California, United States	NSGC		1951	DEVELOPED	1948				Cultivar	Medium-grain rice.	1046048	CIor 8988
117	GSOR 310308	'UZ ROS 269'	Oryza sativa L.	Uzbekistan	GSOR		1918	DEVELOPED					Cultivar	Core Accession from PI 348905. The Core Collection containing about 10% of the whole NSGC Rice Collection was assembled by stratified random sampling method in 2002, evaluated comprehensively for 25 characteristics and proven to be highly representative of the whole collection. Information drawn from the Core Collection can effectively be used to assess the diversity of the whole collection with 88% certainty. A single plant was selected from each Core accession in 2006 and bulk seed from the single plant selection was produced in 2007 and deposited in the GSOR. DNA extracted from the selected plant was analyzed with one indel marker and 71 SSR (Single Sequence Repeat) markers that cover the entire rice genome about 30 cM apart. A Mini-Core Collection containing about 10% of the Core Collection was subsequently developed and genotyped through various means. Because the Core and Mini-Core were developed from single-plant selections from the NSGC accessions which may be phenotypically variable, there is the possibility that the GSOR seed sources are not exactly the same as the NSGC sources.	1741223	GSOR 310308
118	CIor 3828	Pinili	Oryza sativa L.	Calabarzon (Region IV-A), Philippines	NSGC		1916	COLLECTED		Morong, Rizal	14.51666667, 121.23333333	19	Landrace		1025960	CIor 3828
119	CIor 4070	Pileng Baybay	Oryza sativa L.	Calabarzon (Region IV-A), Philippines	NSGC		1916	COLLECTED		Nasugbu, Batangas	14.10000000, 120.68333333	26	Landrace		1026823	CIor 4070
120	CIor 4211	Sinan Juan	Oryza sativa L.	Calabarzon (Region IV-A), Philippines	NSGC		1916	COLLECTED		Silang, Cavite	14.23333333, 120.96666667	289	Landrace		1027283	CIor 4211
121	CIor 1600	'Colusa'	Oryza sativa L.	Louisiana, United States	NSGC		1909	DEVELOPED	1917				Cultivar	Short grain rice.	1014978	CIor 1600
122	CIor 1645	Carolina Gold	Oryza sativa L.	United States	NSGC		1908	COLLECTED					Uncertain improvement status		1015250	CIor 1645