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	ACCESSION	PLANT NAME	TAXONOMY	ORIGIN	GENEBANK	RECEIVED	SOURCE TYPE	SOURCE DATE	IMPROVEMENT LEVEL	NARRATIVE
0	GSOR 100602	TIL: 379.21	Oryza sativa L.	Texas, United States	GSOR	2011	DEVELOPED	2011	Genetic material	This set of 123 TILs containing molecularly tagged portions of the indica TeQing genome now introgressed into the genetic background of Lemont, a U.S. tropical japonica rice cultivar. This mapping population was developed to support efforts to identify, validate, fine-map, and further evaluate the phenotypic effects of TeQing and Lemont genes/QTLs. Based on molecular characterization of 178 SSR loci, each TIL contains from one to 20 non-contiguous introgressed segments. The introgressions vary in length from a single marker (approximately 1.8 cM in length) up to 162 cM. Different portions of the TeQing genome are contained in each of the 123 TILs, with all segments of the TeQing genome now contained in one or more TILs. As a set of molecularly characterized chromosome segment substitution lines (CSSLs), this population of TILs is useful for QTL de novo mapping. Smaller subsets of TILs can be selected to more efficiently validate previously mapped loci, or to pursue fine-mapping. Because the TILs contain molecularly tagged TeQing loci now introgressed into the Lemont genetic background, they are uniquely suited for determining the breeding value of TeQing genes within a tropical japonica rice breeding program.	1882461	GSOR 100602
1	GSOR 100603	TIL: 381.11	Oryza sativa L.	Texas, United States	GSOR	2011	DEVELOPED	2011	Genetic material	This set of 123 TILs containing molecularly tagged portions of the indica TeQing genome now introgressed into the genetic background of Lemont, a U.S. tropical japonica rice cultivar. This mapping population was developed to support efforts to identify, validate, fine-map, and further evaluate the phenotypic effects of TeQing and Lemont genes/QTLs. Based on molecular characterization of 178 SSR loci, each TIL contains from one to 20 non-contiguous introgressed segments. The introgressions vary in length from a single marker (approximately 1.8 cM in length) up to 162 cM. Different portions of the TeQing genome are contained in each of the 123 TILs, with all segments of the TeQing genome now contained in one or more TILs. As a set of molecularly characterized chromosome segment substitution lines (CSSLs), this population of TILs is useful for QTL de novo mapping. Smaller subsets of TILs can be selected to more efficiently validate previously mapped loci, or to pursue fine-mapping. Because the TILs contain molecularly tagged TeQing loci now introgressed into the Lemont genetic background, they are uniquely suited for determining the breeding value of TeQing genes within a tropical japonica rice breeding program.	1882462	GSOR 100603
2	GSOR 100604	TIL: 381.13	Oryza sativa L.	Texas, United States	GSOR	2011	DEVELOPED	2011	Genetic material	This set of 123 TILs containing molecularly tagged portions of the indica TeQing genome now introgressed into the genetic background of Lemont, a U.S. tropical japonica rice cultivar. This mapping population was developed to support efforts to identify, validate, fine-map, and further evaluate the phenotypic effects of TeQing and Lemont genes/QTLs. Based on molecular characterization of 178 SSR loci, each TIL contains from one to 20 non-contiguous introgressed segments. The introgressions vary in length from a single marker (approximately 1.8 cM in length) up to 162 cM. Different portions of the TeQing genome are contained in each of the 123 TILs, with all segments of the TeQing genome now contained in one or more TILs. As a set of molecularly characterized chromosome segment substitution lines (CSSLs), this population of TILs is useful for QTL de novo mapping. Smaller subsets of TILs can be selected to more efficiently validate previously mapped loci, or to pursue fine-mapping. Because the TILs contain molecularly tagged TeQing loci now introgressed into the Lemont genetic background, they are uniquely suited for determining the breeding value of TeQing genes within a tropical japonica rice breeding program.	1882463	GSOR 100604
3	GSOR 100605	TIL: 383.13	Oryza sativa L.	Texas, United States	GSOR	2011	DEVELOPED	2011	Genetic material	This set of 123 TILs containing molecularly tagged portions of the indica TeQing genome now introgressed into the genetic background of Lemont, a U.S. tropical japonica rice cultivar. This mapping population was developed to support efforts to identify, validate, fine-map, and further evaluate the phenotypic effects of TeQing and Lemont genes/QTLs. Based on molecular characterization of 178 SSR loci, each TIL contains from one to 20 non-contiguous introgressed segments. The introgressions vary in length from a single marker (approximately 1.8 cM in length) up to 162 cM. Different portions of the TeQing genome are contained in each of the 123 TILs, with all segments of the TeQing genome now contained in one or more TILs. As a set of molecularly characterized chromosome segment substitution lines (CSSLs), this population of TILs is useful for QTL de novo mapping. Smaller subsets of TILs can be selected to more efficiently validate previously mapped loci, or to pursue fine-mapping. Because the TILs contain molecularly tagged TeQing loci now introgressed into the Lemont genetic background, they are uniquely suited for determining the breeding value of TeQing genes within a tropical japonica rice breeding program.	1882464	GSOR 100605
4	GSOR 100606	TIL: 385	Oryza sativa L.	Texas, United States	GSOR	2011	DEVELOPED	2011	Genetic material	This set of 123 TILs containing molecularly tagged portions of the indica TeQing genome now introgressed into the genetic background of Lemont, a U.S. tropical japonica rice cultivar. This mapping population was developed to support efforts to identify, validate, fine-map, and further evaluate the phenotypic effects of TeQing and Lemont genes/QTLs. Based on molecular characterization of 178 SSR loci, each TIL contains from one to 20 non-contiguous introgressed segments. The introgressions vary in length from a single marker (approximately 1.8 cM in length) up to 162 cM. Different portions of the TeQing genome are contained in each of the 123 TILs, with all segments of the TeQing genome now contained in one or more TILs. As a set of molecularly characterized chromosome segment substitution lines (CSSLs), this population of TILs is useful for QTL de novo mapping. Smaller subsets of TILs can be selected to more efficiently validate previously mapped loci, or to pursue fine-mapping. Because the TILs contain molecularly tagged TeQing loci now introgressed into the Lemont genetic background, they are uniquely suited for determining the breeding value of TeQing genes within a tropical japonica rice breeding program.	1882465	GSOR 100606
5	GSOR 100607	TIL: 389	Oryza sativa L.	Texas, United States	GSOR	2011	DEVELOPED	2011	Genetic material	This set of 123 TILs containing molecularly tagged portions of the indica TeQing genome now introgressed into the genetic background of Lemont, a U.S. tropical japonica rice cultivar. This mapping population was developed to support efforts to identify, validate, fine-map, and further evaluate the phenotypic effects of TeQing and Lemont genes/QTLs. Based on molecular characterization of 178 SSR loci, each TIL contains from one to 20 non-contiguous introgressed segments. The introgressions vary in length from a single marker (approximately 1.8 cM in length) up to 162 cM. Different portions of the TeQing genome are contained in each of the 123 TILs, with all segments of the TeQing genome now contained in one or more TILs. As a set of molecularly characterized chromosome segment substitution lines (CSSLs), this population of TILs is useful for QTL de novo mapping. Smaller subsets of TILs can be selected to more efficiently validate previously mapped loci, or to pursue fine-mapping. Because the TILs contain molecularly tagged TeQing loci now introgressed into the Lemont genetic background, they are uniquely suited for determining the breeding value of TeQing genes within a tropical japonica rice breeding program.	1882466	GSOR 100607
6	GSOR 100608	TIL: 390	Oryza sativa L.	Texas, United States	GSOR	2011	DEVELOPED	2011	Genetic material	This set of 123 TILs containing molecularly tagged portions of the indica TeQing genome now introgressed into the genetic background of Lemont, a U.S. tropical japonica rice cultivar. This mapping population was developed to support efforts to identify, validate, fine-map, and further evaluate the phenotypic effects of TeQing and Lemont genes/QTLs. Based on molecular characterization of 178 SSR loci, each TIL contains from one to 20 non-contiguous introgressed segments. The introgressions vary in length from a single marker (approximately 1.8 cM in length) up to 162 cM. Different portions of the TeQing genome are contained in each of the 123 TILs, with all segments of the TeQing genome now contained in one or more TILs. As a set of molecularly characterized chromosome segment substitution lines (CSSLs), this population of TILs is useful for QTL de novo mapping. Smaller subsets of TILs can be selected to more efficiently validate previously mapped loci, or to pursue fine-mapping. Because the TILs contain molecularly tagged TeQing loci now introgressed into the Lemont genetic background, they are uniquely suited for determining the breeding value of TeQing genes within a tropical japonica rice breeding program.	1882467	GSOR 100608
7	GSOR 100609	TIL: 395.2	Oryza sativa L.	Texas, United States	GSOR	2011	DEVELOPED	2011	Genetic material	This set of 123 TILs containing molecularly tagged portions of the indica TeQing genome now introgressed into the genetic background of Lemont, a U.S. tropical japonica rice cultivar. This mapping population was developed to support efforts to identify, validate, fine-map, and further evaluate the phenotypic effects of TeQing and Lemont genes/QTLs. Based on molecular characterization of 178 SSR loci, each TIL contains from one to 20 non-contiguous introgressed segments. The introgressions vary in length from a single marker (approximately 1.8 cM in length) up to 162 cM. Different portions of the TeQing genome are contained in each of the 123 TILs, with all segments of the TeQing genome now contained in one or more TILs. As a set of molecularly characterized chromosome segment substitution lines (CSSLs), this population of TILs is useful for QTL de novo mapping. Smaller subsets of TILs can be selected to more efficiently validate previously mapped loci, or to pursue fine-mapping. Because the TILs contain molecularly tagged TeQing loci now introgressed into the Lemont genetic background, they are uniquely suited for determining the breeding value of TeQing genes within a tropical japonica rice breeding program.	1882468	GSOR 100609
8	GSOR 100610	TIL: 397.21	Oryza sativa L.	Texas, United States	GSOR	2011	DEVELOPED	2011	Genetic material	This set of 123 TILs containing molecularly tagged portions of the indica TeQing genome now introgressed into the genetic background of Lemont, a U.S. tropical japonica rice cultivar. This mapping population was developed to support efforts to identify, validate, fine-map, and further evaluate the phenotypic effects of TeQing and Lemont genes/QTLs. Based on molecular characterization of 178 SSR loci, each TIL contains from one to 20 non-contiguous introgressed segments. The introgressions vary in length from a single marker (approximately 1.8 cM in length) up to 162 cM. Different portions of the TeQing genome are contained in each of the 123 TILs, with all segments of the TeQing genome now contained in one or more TILs. As a set of molecularly characterized chromosome segment substitution lines (CSSLs), this population of TILs is useful for QTL de novo mapping. Smaller subsets of TILs can be selected to more efficiently validate previously mapped loci, or to pursue fine-mapping. Because the TILs contain molecularly tagged TeQing loci now introgressed into the Lemont genetic background, they are uniquely suited for determining the breeding value of TeQing genes within a tropical japonica rice breeding program.	1882469	GSOR 100610
9	GSOR 100611	TIL: 398	Oryza sativa L.	Texas, United States	GSOR	2011	DEVELOPED	2011	Genetic material	This set of 123 TILs containing molecularly tagged portions of the indica TeQing genome now introgressed into the genetic background of Lemont, a U.S. tropical japonica rice cultivar. This mapping population was developed to support efforts to identify, validate, fine-map, and further evaluate the phenotypic effects of TeQing and Lemont genes/QTLs. Based on molecular characterization of 178 SSR loci, each TIL contains from one to 20 non-contiguous introgressed segments. The introgressions vary in length from a single marker (approximately 1.8 cM in length) up to 162 cM. Different portions of the TeQing genome are contained in each of the 123 TILs, with all segments of the TeQing genome now contained in one or more TILs. As a set of molecularly characterized chromosome segment substitution lines (CSSLs), this population of TILs is useful for QTL de novo mapping. Smaller subsets of TILs can be selected to more efficiently validate previously mapped loci, or to pursue fine-mapping. Because the TILs contain molecularly tagged TeQing loci now introgressed into the Lemont genetic background, they are uniquely suited for determining the breeding value of TeQing genes within a tropical japonica rice breeding program.	1882470	GSOR 100611
10	GSOR 100612	TIL: 400	Oryza sativa L.	Texas, United States	GSOR	2011	DEVELOPED	2011	Genetic material	This set of 123 TILs containing molecularly tagged portions of the indica TeQing genome now introgressed into the genetic background of Lemont, a U.S. tropical japonica rice cultivar. This mapping population was developed to support efforts to identify, validate, fine-map, and further evaluate the phenotypic effects of TeQing and Lemont genes/QTLs. Based on molecular characterization of 178 SSR loci, each TIL contains from one to 20 non-contiguous introgressed segments. The introgressions vary in length from a single marker (approximately 1.8 cM in length) up to 162 cM. Different portions of the TeQing genome are contained in each of the 123 TILs, with all segments of the TeQing genome now contained in one or more TILs. As a set of molecularly characterized chromosome segment substitution lines (CSSLs), this population of TILs is useful for QTL de novo mapping. Smaller subsets of TILs can be selected to more efficiently validate previously mapped loci, or to pursue fine-mapping. Because the TILs contain molecularly tagged TeQing loci now introgressed into the Lemont genetic background, they are uniquely suited for determining the breeding value of TeQing genes within a tropical japonica rice breeding program.	1882471	GSOR 100612
11	GSOR 100613	TIL: 401	Oryza sativa L.	Texas, United States	GSOR	2011	DEVELOPED	2011	Genetic material	This set of 123 TILs containing molecularly tagged portions of the indica TeQing genome now introgressed into the genetic background of Lemont, a U.S. tropical japonica rice cultivar. This mapping population was developed to support efforts to identify, validate, fine-map, and further evaluate the phenotypic effects of TeQing and Lemont genes/QTLs. Based on molecular characterization of 178 SSR loci, each TIL contains from one to 20 non-contiguous introgressed segments. The introgressions vary in length from a single marker (approximately 1.8 cM in length) up to 162 cM. Different portions of the TeQing genome are contained in each of the 123 TILs, with all segments of the TeQing genome now contained in one or more TILs. As a set of molecularly characterized chromosome segment substitution lines (CSSLs), this population of TILs is useful for QTL de novo mapping. Smaller subsets of TILs can be selected to more efficiently validate previously mapped loci, or to pursue fine-mapping. Because the TILs contain molecularly tagged TeQing loci now introgressed into the Lemont genetic background, they are uniquely suited for determining the breeding value of TeQing genes within a tropical japonica rice breeding program.	1882472	GSOR 100613
12	GSOR 100614	TIL: 401.21	Oryza sativa L.	Texas, United States	GSOR	2011	DEVELOPED	2011	Genetic material	This set of 123 TILs containing molecularly tagged portions of the indica TeQing genome now introgressed into the genetic background of Lemont, a U.S. tropical japonica rice cultivar. This mapping population was developed to support efforts to identify, validate, fine-map, and further evaluate the phenotypic effects of TeQing and Lemont genes/QTLs. Based on molecular characterization of 178 SSR loci, each TIL contains from one to 20 non-contiguous introgressed segments. The introgressions vary in length from a single marker (approximately 1.8 cM in length) up to 162 cM. Different portions of the TeQing genome are contained in each of the 123 TILs, with all segments of the TeQing genome now contained in one or more TILs. As a set of molecularly characterized chromosome segment substitution lines (CSSLs), this population of TILs is useful for QTL de novo mapping. Smaller subsets of TILs can be selected to more efficiently validate previously mapped loci, or to pursue fine-mapping. Because the TILs contain molecularly tagged TeQing loci now introgressed into the Lemont genetic background, they are uniquely suited for determining the breeding value of TeQing genes within a tropical japonica rice breeding program.	1882473	GSOR 100614
13	GSOR 100615	TIL: 439	Oryza sativa L.	Texas, United States	GSOR	2011	DEVELOPED	2011	Genetic material	This set of 123 TILs containing molecularly tagged portions of the indica TeQing genome now introgressed into the genetic background of Lemont, a U.S. tropical japonica rice cultivar. This mapping population was developed to support efforts to identify, validate, fine-map, and further evaluate the phenotypic effects of TeQing and Lemont genes/QTLs. Based on molecular characterization of 178 SSR loci, each TIL contains from one to 20 non-contiguous introgressed segments. The introgressions vary in length from a single marker (approximately 1.8 cM in length) up to 162 cM. Different portions of the TeQing genome are contained in each of the 123 TILs, with all segments of the TeQing genome now contained in one or more TILs. As a set of molecularly characterized chromosome segment substitution lines (CSSLs), this population of TILs is useful for QTL de novo mapping. Smaller subsets of TILs can be selected to more efficiently validate previously mapped loci, or to pursue fine-mapping. Because the TILs contain molecularly tagged TeQing loci now introgressed into the Lemont genetic background, they are uniquely suited for determining the breeding value of TeQing genes within a tropical japonica rice breeding program.	1882474	GSOR 100615
14	GSOR 100616	TIL: 440	Oryza sativa L.	Texas, United States	GSOR	2011	DEVELOPED	2011	Genetic material	This set of 123 TILs containing molecularly tagged portions of the indica TeQing genome now introgressed into the genetic background of Lemont, a U.S. tropical japonica rice cultivar. This mapping population was developed to support efforts to identify, validate, fine-map, and further evaluate the phenotypic effects of TeQing and Lemont genes/QTLs. Based on molecular characterization of 178 SSR loci, each TIL contains from one to 20 non-contiguous introgressed segments. The introgressions vary in length from a single marker (approximately 1.8 cM in length) up to 162 cM. Different portions of the TeQing genome are contained in each of the 123 TILs, with all segments of the TeQing genome now contained in one or more TILs. As a set of molecularly characterized chromosome segment substitution lines (CSSLs), this population of TILs is useful for QTL de novo mapping. Smaller subsets of TILs can be selected to more efficiently validate previously mapped loci, or to pursue fine-mapping. Because the TILs contain molecularly tagged TeQing loci now introgressed into the Lemont genetic background, they are uniquely suited for determining the breeding value of TeQing genes within a tropical japonica rice breeding program.	1882475	GSOR 100616
15	GSOR 100617	TIL: 442	Oryza sativa L.	Texas, United States	GSOR	2011	DEVELOPED	2011	Genetic material	This set of 123 TILs containing molecularly tagged portions of the indica TeQing genome now introgressed into the genetic background of Lemont, a U.S. tropical japonica rice cultivar. This mapping population was developed to support efforts to identify, validate, fine-map, and further evaluate the phenotypic effects of TeQing and Lemont genes/QTLs. Based on molecular characterization of 178 SSR loci, each TIL contains from one to 20 non-contiguous introgressed segments. The introgressions vary in length from a single marker (approximately 1.8 cM in length) up to 162 cM. Different portions of the TeQing genome are contained in each of the 123 TILs, with all segments of the TeQing genome now contained in one or more TILs. As a set of molecularly characterized chromosome segment substitution lines (CSSLs), this population of TILs is useful for QTL de novo mapping. Smaller subsets of TILs can be selected to more efficiently validate previously mapped loci, or to pursue fine-mapping. Because the TILs contain molecularly tagged TeQing loci now introgressed into the Lemont genetic background, they are uniquely suited for determining the breeding value of TeQing genes within a tropical japonica rice breeding program.	1882476	GSOR 100617
16	GSOR 100618	TIL: 443	Oryza sativa L.	Texas, United States	GSOR	2011	DEVELOPED	2011	Genetic material	This set of 123 TILs containing molecularly tagged portions of the indica TeQing genome now introgressed into the genetic background of Lemont, a U.S. tropical japonica rice cultivar. This mapping population was developed to support efforts to identify, validate, fine-map, and further evaluate the phenotypic effects of TeQing and Lemont genes/QTLs. Based on molecular characterization of 178 SSR loci, each TIL contains from one to 20 non-contiguous introgressed segments. The introgressions vary in length from a single marker (approximately 1.8 cM in length) up to 162 cM. Different portions of the TeQing genome are contained in each of the 123 TILs, with all segments of the TeQing genome now contained in one or more TILs. As a set of molecularly characterized chromosome segment substitution lines (CSSLs), this population of TILs is useful for QTL de novo mapping. Smaller subsets of TILs can be selected to more efficiently validate previously mapped loci, or to pursue fine-mapping. Because the TILs contain molecularly tagged TeQing loci now introgressed into the Lemont genetic background, they are uniquely suited for determining the breeding value of TeQing genes within a tropical japonica rice breeding program.	1882477	GSOR 100618
17	GSOR 100619	TIL: 448.11	Oryza sativa L.	Texas, United States	GSOR	2011	DEVELOPED	2011	Genetic material	This set of 123 TILs containing molecularly tagged portions of the indica TeQing genome now introgressed into the genetic background of Lemont, a U.S. tropical japonica rice cultivar. This mapping population was developed to support efforts to identify, validate, fine-map, and further evaluate the phenotypic effects of TeQing and Lemont genes/QTLs. Based on molecular characterization of 178 SSR loci, each TIL contains from one to 20 non-contiguous introgressed segments. The introgressions vary in length from a single marker (approximately 1.8 cM in length) up to 162 cM. Different portions of the TeQing genome are contained in each of the 123 TILs, with all segments of the TeQing genome now contained in one or more TILs. As a set of molecularly characterized chromosome segment substitution lines (CSSLs), this population of TILs is useful for QTL de novo mapping. Smaller subsets of TILs can be selected to more efficiently validate previously mapped loci, or to pursue fine-mapping. Because the TILs contain molecularly tagged TeQing loci now introgressed into the Lemont genetic background, they are uniquely suited for determining the breeding value of TeQing genes within a tropical japonica rice breeding program.	1882478	GSOR 100619
18	GSOR 100620	TIL: 449	Oryza sativa L.	Texas, United States	GSOR	2011	DEVELOPED	2011	Genetic material	This set of 123 TILs containing molecularly tagged portions of the indica TeQing genome now introgressed into the genetic background of Lemont, a U.S. tropical japonica rice cultivar. This mapping population was developed to support efforts to identify, validate, fine-map, and further evaluate the phenotypic effects of TeQing and Lemont genes/QTLs. Based on molecular characterization of 178 SSR loci, each TIL contains from one to 20 non-contiguous introgressed segments. The introgressions vary in length from a single marker (approximately 1.8 cM in length) up to 162 cM. Different portions of the TeQing genome are contained in each of the 123 TILs, with all segments of the TeQing genome now contained in one or more TILs. As a set of molecularly characterized chromosome segment substitution lines (CSSLs), this population of TILs is useful for QTL de novo mapping. Smaller subsets of TILs can be selected to more efficiently validate previously mapped loci, or to pursue fine-mapping. Because the TILs contain molecularly tagged TeQing loci now introgressed into the Lemont genetic background, they are uniquely suited for determining the breeding value of TeQing genes within a tropical japonica rice breeding program.	1882479	GSOR 100620
19	GSOR 100621	TIL: 450.21	Oryza sativa L.	Texas, United States	GSOR	2011	DEVELOPED	2011	Genetic material	This set of 123 TILs containing molecularly tagged portions of the indica TeQing genome now introgressed into the genetic background of Lemont, a U.S. tropical japonica rice cultivar. This mapping population was developed to support efforts to identify, validate, fine-map, and further evaluate the phenotypic effects of TeQing and Lemont genes/QTLs. Based on molecular characterization of 178 SSR loci, each TIL contains from one to 20 non-contiguous introgressed segments. The introgressions vary in length from a single marker (approximately 1.8 cM in length) up to 162 cM. Different portions of the TeQing genome are contained in each of the 123 TILs, with all segments of the TeQing genome now contained in one or more TILs. As a set of molecularly characterized chromosome segment substitution lines (CSSLs), this population of TILs is useful for QTL de novo mapping. Smaller subsets of TILs can be selected to more efficiently validate previously mapped loci, or to pursue fine-mapping. Because the TILs contain molecularly tagged TeQing loci now introgressed into the Lemont genetic background, they are uniquely suited for determining the breeding value of TeQing genes within a tropical japonica rice breeding program.	1882480	GSOR 100621
20	GSOR 100622	TIL: 451	Oryza sativa L.	Texas, United States	GSOR	2011	DEVELOPED	2011	Genetic material	This set of 123 TILs containing molecularly tagged portions of the indica TeQing genome now introgressed into the genetic background of Lemont, a U.S. tropical japonica rice cultivar. This mapping population was developed to support efforts to identify, validate, fine-map, and further evaluate the phenotypic effects of TeQing and Lemont genes/QTLs. Based on molecular characterization of 178 SSR loci, each TIL contains from one to 20 non-contiguous introgressed segments. The introgressions vary in length from a single marker (approximately 1.8 cM in length) up to 162 cM. Different portions of the TeQing genome are contained in each of the 123 TILs, with all segments of the TeQing genome now contained in one or more TILs. As a set of molecularly characterized chromosome segment substitution lines (CSSLs), this population of TILs is useful for QTL de novo mapping. Smaller subsets of TILs can be selected to more efficiently validate previously mapped loci, or to pursue fine-mapping. Because the TILs contain molecularly tagged TeQing loci now introgressed into the Lemont genetic background, they are uniquely suited for determining the breeding value of TeQing genes within a tropical japonica rice breeding program.	1882481	GSOR 100622
21	GSOR 100623	TIL: 453	Oryza sativa L.	Texas, United States	GSOR	2011	DEVELOPED	2011	Genetic material	This set of 123 TILs containing molecularly tagged portions of the indica TeQing genome now introgressed into the genetic background of Lemont, a U.S. tropical japonica rice cultivar. This mapping population was developed to support efforts to identify, validate, fine-map, and further evaluate the phenotypic effects of TeQing and Lemont genes/QTLs. Based on molecular characterization of 178 SSR loci, each TIL contains from one to 20 non-contiguous introgressed segments. The introgressions vary in length from a single marker (approximately 1.8 cM in length) up to 162 cM. Different portions of the TeQing genome are contained in each of the 123 TILs, with all segments of the TeQing genome now contained in one or more TILs. As a set of molecularly characterized chromosome segment substitution lines (CSSLs), this population of TILs is useful for QTL de novo mapping. Smaller subsets of TILs can be selected to more efficiently validate previously mapped loci, or to pursue fine-mapping. Because the TILs contain molecularly tagged TeQing loci now introgressed into the Lemont genetic background, they are uniquely suited for determining the breeding value of TeQing genes within a tropical japonica rice breeding program.	1882482	GSOR 100623
22	GSOR 100624	TIL: 455	Oryza sativa L.	Texas, United States	GSOR	2011	DEVELOPED	2011	Genetic material	This set of 123 TILs containing molecularly tagged portions of the indica TeQing genome now introgressed into the genetic background of Lemont, a U.S. tropical japonica rice cultivar. This mapping population was developed to support efforts to identify, validate, fine-map, and further evaluate the phenotypic effects of TeQing and Lemont genes/QTLs. Based on molecular characterization of 178 SSR loci, each TIL contains from one to 20 non-contiguous introgressed segments. The introgressions vary in length from a single marker (approximately 1.8 cM in length) up to 162 cM. Different portions of the TeQing genome are contained in each of the 123 TILs, with all segments of the TeQing genome now contained in one or more TILs. As a set of molecularly characterized chromosome segment substitution lines (CSSLs), this population of TILs is useful for QTL de novo mapping. Smaller subsets of TILs can be selected to more efficiently validate previously mapped loci, or to pursue fine-mapping. Because the TILs contain molecularly tagged TeQing loci now introgressed into the Lemont genetic background, they are uniquely suited for determining the breeding value of TeQing genes within a tropical japonica rice breeding program.	1882483	GSOR 100624
23	GSOR 100625	TIL: 455.12	Oryza sativa L.	Texas, United States	GSOR	2011	DEVELOPED	2011	Genetic material	This set of 123 TILs containing molecularly tagged portions of the indica TeQing genome now introgressed into the genetic background of Lemont, a U.S. tropical japonica rice cultivar. This mapping population was developed to support efforts to identify, validate, fine-map, and further evaluate the phenotypic effects of TeQing and Lemont genes/QTLs. Based on molecular characterization of 178 SSR loci, each TIL contains from one to 20 non-contiguous introgressed segments. The introgressions vary in length from a single marker (approximately 1.8 cM in length) up to 162 cM. Different portions of the TeQing genome are contained in each of the 123 TILs, with all segments of the TeQing genome now contained in one or more TILs. As a set of molecularly characterized chromosome segment substitution lines (CSSLs), this population of TILs is useful for QTL de novo mapping. Smaller subsets of TILs can be selected to more efficiently validate previously mapped loci, or to pursue fine-mapping. Because the TILs contain molecularly tagged TeQing loci now introgressed into the Lemont genetic background, they are uniquely suited for determining the breeding value of TeQing genes within a tropical japonica rice breeding program.	1882484	GSOR 100625
24	GSOR 100626	TIL: 456	Oryza sativa L.	Texas, United States	GSOR	2011	DEVELOPED	2011	Genetic material	This set of 123 TILs containing molecularly tagged portions of the indica TeQing genome now introgressed into the genetic background of Lemont, a U.S. tropical japonica rice cultivar. This mapping population was developed to support efforts to identify, validate, fine-map, and further evaluate the phenotypic effects of TeQing and Lemont genes/QTLs. Based on molecular characterization of 178 SSR loci, each TIL contains from one to 20 non-contiguous introgressed segments. The introgressions vary in length from a single marker (approximately 1.8 cM in length) up to 162 cM. Different portions of the TeQing genome are contained in each of the 123 TILs, with all segments of the TeQing genome now contained in one or more TILs. As a set of molecularly characterized chromosome segment substitution lines (CSSLs), this population of TILs is useful for QTL de novo mapping. Smaller subsets of TILs can be selected to more efficiently validate previously mapped loci, or to pursue fine-mapping. Because the TILs contain molecularly tagged TeQing loci now introgressed into the Lemont genetic background, they are uniquely suited for determining the breeding value of TeQing genes within a tropical japonica rice breeding program.	1882485	GSOR 100626
25	GSOR 100627	TIL: 457	Oryza sativa L.	Texas, United States	GSOR	2011	DEVELOPED	2011	Genetic material	This set of 123 TILs containing molecularly tagged portions of the indica TeQing genome now introgressed into the genetic background of Lemont, a U.S. tropical japonica rice cultivar. This mapping population was developed to support efforts to identify, validate, fine-map, and further evaluate the phenotypic effects of TeQing and Lemont genes/QTLs. Based on molecular characterization of 178 SSR loci, each TIL contains from one to 20 non-contiguous introgressed segments. The introgressions vary in length from a single marker (approximately 1.8 cM in length) up to 162 cM. Different portions of the TeQing genome are contained in each of the 123 TILs, with all segments of the TeQing genome now contained in one or more TILs. As a set of molecularly characterized chromosome segment substitution lines (CSSLs), this population of TILs is useful for QTL de novo mapping. Smaller subsets of TILs can be selected to more efficiently validate previously mapped loci, or to pursue fine-mapping. Because the TILs contain molecularly tagged TeQing loci now introgressed into the Lemont genetic background, they are uniquely suited for determining the breeding value of TeQing genes within a tropical japonica rice breeding program.	1882486	GSOR 100627
26	GSOR 100628	TIL: 458	Oryza sativa L.	Texas, United States	GSOR	2011	DEVELOPED	2011	Genetic material	This set of 123 TILs containing molecularly tagged portions of the indica TeQing genome now introgressed into the genetic background of Lemont, a U.S. tropical japonica rice cultivar. This mapping population was developed to support efforts to identify, validate, fine-map, and further evaluate the phenotypic effects of TeQing and Lemont genes/QTLs. Based on molecular characterization of 178 SSR loci, each TIL contains from one to 20 non-contiguous introgressed segments. The introgressions vary in length from a single marker (approximately 1.8 cM in length) up to 162 cM. Different portions of the TeQing genome are contained in each of the 123 TILs, with all segments of the TeQing genome now contained in one or more TILs. As a set of molecularly characterized chromosome segment substitution lines (CSSLs), this population of TILs is useful for QTL de novo mapping. Smaller subsets of TILs can be selected to more efficiently validate previously mapped loci, or to pursue fine-mapping. Because the TILs contain molecularly tagged TeQing loci now introgressed into the Lemont genetic background, they are uniquely suited for determining the breeding value of TeQing genes within a tropical japonica rice breeding program.	1882487	GSOR 100628
27	GSOR 100629	TIL: 460	Oryza sativa L.	Texas, United States	GSOR	2011	DEVELOPED	2011	Genetic material	This set of 123 TILs containing molecularly tagged portions of the indica TeQing genome now introgressed into the genetic background of Lemont, a U.S. tropical japonica rice cultivar. This mapping population was developed to support efforts to identify, validate, fine-map, and further evaluate the phenotypic effects of TeQing and Lemont genes/QTLs. Based on molecular characterization of 178 SSR loci, each TIL contains from one to 20 non-contiguous introgressed segments. The introgressions vary in length from a single marker (approximately 1.8 cM in length) up to 162 cM. Different portions of the TeQing genome are contained in each of the 123 TILs, with all segments of the TeQing genome now contained in one or more TILs. As a set of molecularly characterized chromosome segment substitution lines (CSSLs), this population of TILs is useful for QTL de novo mapping. Smaller subsets of TILs can be selected to more efficiently validate previously mapped loci, or to pursue fine-mapping. Because the TILs contain molecularly tagged TeQing loci now introgressed into the Lemont genetic background, they are uniquely suited for determining the breeding value of TeQing genes within a tropical japonica rice breeding program.	1882488	GSOR 100629
28	GSOR 100630	TIL: 461	Oryza sativa L.	Texas, United States	GSOR	2011	DEVELOPED	2011	Genetic material	This set of 123 TILs containing molecularly tagged portions of the indica TeQing genome now introgressed into the genetic background of Lemont, a U.S. tropical japonica rice cultivar. This mapping population was developed to support efforts to identify, validate, fine-map, and further evaluate the phenotypic effects of TeQing and Lemont genes/QTLs. Based on molecular characterization of 178 SSR loci, each TIL contains from one to 20 non-contiguous introgressed segments. The introgressions vary in length from a single marker (approximately 1.8 cM in length) up to 162 cM. Different portions of the TeQing genome are contained in each of the 123 TILs, with all segments of the TeQing genome now contained in one or more TILs. As a set of molecularly characterized chromosome segment substitution lines (CSSLs), this population of TILs is useful for QTL de novo mapping. Smaller subsets of TILs can be selected to more efficiently validate previously mapped loci, or to pursue fine-mapping. Because the TILs contain molecularly tagged TeQing loci now introgressed into the Lemont genetic background, they are uniquely suited for determining the breeding value of TeQing genes within a tropical japonica rice breeding program.	1882489	GSOR 100630
29	GSOR 100631	TIL: 462	Oryza sativa L.	Texas, United States	GSOR	2011	DEVELOPED	2011	Genetic material	This set of 123 TILs containing molecularly tagged portions of the indica TeQing genome now introgressed into the genetic background of Lemont, a U.S. tropical japonica rice cultivar. This mapping population was developed to support efforts to identify, validate, fine-map, and further evaluate the phenotypic effects of TeQing and Lemont genes/QTLs. Based on molecular characterization of 178 SSR loci, each TIL contains from one to 20 non-contiguous introgressed segments. The introgressions vary in length from a single marker (approximately 1.8 cM in length) up to 162 cM. Different portions of the TeQing genome are contained in each of the 123 TILs, with all segments of the TeQing genome now contained in one or more TILs. As a set of molecularly characterized chromosome segment substitution lines (CSSLs), this population of TILs is useful for QTL de novo mapping. Smaller subsets of TILs can be selected to more efficiently validate previously mapped loci, or to pursue fine-mapping. Because the TILs contain molecularly tagged TeQing loci now introgressed into the Lemont genetic background, they are uniquely suited for determining the breeding value of TeQing genes within a tropical japonica rice breeding program.	1882490	GSOR 100631
30	GSOR 100632	TIL: 465	Oryza sativa L.	Texas, United States	GSOR	2011	DEVELOPED	2011	Genetic material	This set of 123 TILs containing molecularly tagged portions of the indica TeQing genome now introgressed into the genetic background of Lemont, a U.S. tropical japonica rice cultivar. This mapping population was developed to support efforts to identify, validate, fine-map, and further evaluate the phenotypic effects of TeQing and Lemont genes/QTLs. Based on molecular characterization of 178 SSR loci, each TIL contains from one to 20 non-contiguous introgressed segments. The introgressions vary in length from a single marker (approximately 1.8 cM in length) up to 162 cM. Different portions of the TeQing genome are contained in each of the 123 TILs, with all segments of the TeQing genome now contained in one or more TILs. As a set of molecularly characterized chromosome segment substitution lines (CSSLs), this population of TILs is useful for QTL de novo mapping. Smaller subsets of TILs can be selected to more efficiently validate previously mapped loci, or to pursue fine-mapping. Because the TILs contain molecularly tagged TeQing loci now introgressed into the Lemont genetic background, they are uniquely suited for determining the breeding value of TeQing genes within a tropical japonica rice breeding program.	1882491	GSOR 100632
31	GSOR 100634	TIL: 468.21	Oryza sativa L.	Texas, United States	GSOR	2011	DEVELOPED	2011	Genetic material	This set of 123 TILs containing molecularly tagged portions of the indica TeQing genome now introgressed into the genetic background of Lemont, a U.S. tropical japonica rice cultivar. This mapping population was developed to support efforts to identify, validate, fine-map, and further evaluate the phenotypic effects of TeQing and Lemont genes/QTLs. Based on molecular characterization of 178 SSR loci, each TIL contains from one to 20 non-contiguous introgressed segments. The introgressions vary in length from a single marker (approximately 1.8 cM in length) up to 162 cM. Different portions of the TeQing genome are contained in each of the 123 TILs, with all segments of the TeQing genome now contained in one or more TILs. As a set of molecularly characterized chromosome segment substitution lines (CSSLs), this population of TILs is useful for QTL de novo mapping. Smaller subsets of TILs can be selected to more efficiently validate previously mapped loci, or to pursue fine-mapping. Because the TILs contain molecularly tagged TeQing loci now introgressed into the Lemont genetic background, they are uniquely suited for determining the breeding value of TeQing genes within a tropical japonica rice breeding program.	1882493	GSOR 100634
32	GSOR 100635	TIL: 473	Oryza sativa L.	Texas, United States	GSOR	2011	DEVELOPED	2011	Genetic material	This set of 123 TILs containing molecularly tagged portions of the indica TeQing genome now introgressed into the genetic background of Lemont, a U.S. tropical japonica rice cultivar. This mapping population was developed to support efforts to identify, validate, fine-map, and further evaluate the phenotypic effects of TeQing and Lemont genes/QTLs. Based on molecular characterization of 178 SSR loci, each TIL contains from one to 20 non-contiguous introgressed segments. The introgressions vary in length from a single marker (approximately 1.8 cM in length) up to 162 cM. Different portions of the TeQing genome are contained in each of the 123 TILs, with all segments of the TeQing genome now contained in one or more TILs. As a set of molecularly characterized chromosome segment substitution lines (CSSLs), this population of TILs is useful for QTL de novo mapping. Smaller subsets of TILs can be selected to more efficiently validate previously mapped loci, or to pursue fine-mapping. Because the TILs contain molecularly tagged TeQing loci now introgressed into the Lemont genetic background, they are uniquely suited for determining the breeding value of TeQing genes within a tropical japonica rice breeding program.	1882494	GSOR 100635
33	GSOR 100636	TIL: 481	Oryza sativa L.	Texas, United States	GSOR	2011	DEVELOPED	2011	Genetic material	This set of 123 TILs containing molecularly tagged portions of the indica TeQing genome now introgressed into the genetic background of Lemont, a U.S. tropical japonica rice cultivar. This mapping population was developed to support efforts to identify, validate, fine-map, and further evaluate the phenotypic effects of TeQing and Lemont genes/QTLs. Based on molecular characterization of 178 SSR loci, each TIL contains from one to 20 non-contiguous introgressed segments. The introgressions vary in length from a single marker (approximately 1.8 cM in length) up to 162 cM. Different portions of the TeQing genome are contained in each of the 123 TILs, with all segments of the TeQing genome now contained in one or more TILs. As a set of molecularly characterized chromosome segment substitution lines (CSSLs), this population of TILs is useful for QTL de novo mapping. Smaller subsets of TILs can be selected to more efficiently validate previously mapped loci, or to pursue fine-mapping. Because the TILs contain molecularly tagged TeQing loci now introgressed into the Lemont genetic background, they are uniquely suited for determining the breeding value of TeQing genes within a tropical japonica rice breeding program.	1882495	GSOR 100636
34	GSOR 100637	TIL: 486.112	Oryza sativa L.	Texas, United States	GSOR	2011	DEVELOPED	2011	Genetic material	This set of 123 TILs containing molecularly tagged portions of the indica TeQing genome now introgressed into the genetic background of Lemont, a U.S. tropical japonica rice cultivar. This mapping population was developed to support efforts to identify, validate, fine-map, and further evaluate the phenotypic effects of TeQing and Lemont genes/QTLs. Based on molecular characterization of 178 SSR loci, each TIL contains from one to 20 non-contiguous introgressed segments. The introgressions vary in length from a single marker (approximately 1.8 cM in length) up to 162 cM. Different portions of the TeQing genome are contained in each of the 123 TILs, with all segments of the TeQing genome now contained in one or more TILs. As a set of molecularly characterized chromosome segment substitution lines (CSSLs), this population of TILs is useful for QTL de novo mapping. Smaller subsets of TILs can be selected to more efficiently validate previously mapped loci, or to pursue fine-mapping. Because the TILs contain molecularly tagged TeQing loci now introgressed into the Lemont genetic background, they are uniquely suited for determining the breeding value of TeQing genes within a tropical japonica rice breeding program.	1882496	GSOR 100637
35	GSOR 100638	TIL: 486.21	Oryza sativa L.	Texas, United States	GSOR	2011	DEVELOPED	2011	Genetic material	This set of 123 TILs containing molecularly tagged portions of the indica TeQing genome now introgressed into the genetic background of Lemont, a U.S. tropical japonica rice cultivar. This mapping population was developed to support efforts to identify, validate, fine-map, and further evaluate the phenotypic effects of TeQing and Lemont genes/QTLs. Based on molecular characterization of 178 SSR loci, each TIL contains from one to 20 non-contiguous introgressed segments. The introgressions vary in length from a single marker (approximately 1.8 cM in length) up to 162 cM. Different portions of the TeQing genome are contained in each of the 123 TILs, with all segments of the TeQing genome now contained in one or more TILs. As a set of molecularly characterized chromosome segment substitution lines (CSSLs), this population of TILs is useful for QTL de novo mapping. Smaller subsets of TILs can be selected to more efficiently validate previously mapped loci, or to pursue fine-mapping. Because the TILs contain molecularly tagged TeQing loci now introgressed into the Lemont genetic background, they are uniquely suited for determining the breeding value of TeQing genes within a tropical japonica rice breeding program.	1882497	GSOR 100638
36	GSOR 100639	TIL: 495	Oryza sativa L.	Texas, United States	GSOR	2011	DEVELOPED	2011	Genetic material	This set of 123 TILs containing molecularly tagged portions of the indica TeQing genome now introgressed into the genetic background of Lemont, a U.S. tropical japonica rice cultivar. This mapping population was developed to support efforts to identify, validate, fine-map, and further evaluate the phenotypic effects of TeQing and Lemont genes/QTLs. Based on molecular characterization of 178 SSR loci, each TIL contains from one to 20 non-contiguous introgressed segments. The introgressions vary in length from a single marker (approximately 1.8 cM in length) up to 162 cM. Different portions of the TeQing genome are contained in each of the 123 TILs, with all segments of the TeQing genome now contained in one or more TILs. As a set of molecularly characterized chromosome segment substitution lines (CSSLs), this population of TILs is useful for QTL de novo mapping. Smaller subsets of TILs can be selected to more efficiently validate previously mapped loci, or to pursue fine-mapping. Because the TILs contain molecularly tagged TeQing loci now introgressed into the Lemont genetic background, they are uniquely suited for determining the breeding value of TeQing genes within a tropical japonica rice breeding program.	1882498	GSOR 100639
37	GSOR 100640	TIL: 499	Oryza sativa L.	Texas, United States	GSOR	2011	DEVELOPED	2011	Genetic material	This set of 123 TILs containing molecularly tagged portions of the indica TeQing genome now introgressed into the genetic background of Lemont, a U.S. tropical japonica rice cultivar. This mapping population was developed to support efforts to identify, validate, fine-map, and further evaluate the phenotypic effects of TeQing and Lemont genes/QTLs. Based on molecular characterization of 178 SSR loci, each TIL contains from one to 20 non-contiguous introgressed segments. The introgressions vary in length from a single marker (approximately 1.8 cM in length) up to 162 cM. Different portions of the TeQing genome are contained in each of the 123 TILs, with all segments of the TeQing genome now contained in one or more TILs. As a set of molecularly characterized chromosome segment substitution lines (CSSLs), this population of TILs is useful for QTL de novo mapping. Smaller subsets of TILs can be selected to more efficiently validate previously mapped loci, or to pursue fine-mapping. Because the TILs contain molecularly tagged TeQing loci now introgressed into the Lemont genetic background, they are uniquely suited for determining the breeding value of TeQing genes within a tropical japonica rice breeding program.	1882499	GSOR 100640
38	GSOR 100641	TIL: 511	Oryza sativa L.	Texas, United States	GSOR	2011	DEVELOPED	2011	Genetic material	This set of 123 TILs containing molecularly tagged portions of the indica TeQing genome now introgressed into the genetic background of Lemont, a U.S. tropical japonica rice cultivar. This mapping population was developed to support efforts to identify, validate, fine-map, and further evaluate the phenotypic effects of TeQing and Lemont genes/QTLs. Based on molecular characterization of 178 SSR loci, each TIL contains from one to 20 non-contiguous introgressed segments. The introgressions vary in length from a single marker (approximately 1.8 cM in length) up to 162 cM. Different portions of the TeQing genome are contained in each of the 123 TILs, with all segments of the TeQing genome now contained in one or more TILs. As a set of molecularly characterized chromosome segment substitution lines (CSSLs), this population of TILs is useful for QTL de novo mapping. Smaller subsets of TILs can be selected to more efficiently validate previously mapped loci, or to pursue fine-mapping. Because the TILs contain molecularly tagged TeQing loci now introgressed into the Lemont genetic background, they are uniquely suited for determining the breeding value of TeQing genes within a tropical japonica rice breeding program.	1882500	GSOR 100641
39	GSOR 100642	TIL: 513.11	Oryza sativa L.	Texas, United States	GSOR	2011	DEVELOPED	2011	Genetic material	This set of 123 TILs containing molecularly tagged portions of the indica TeQing genome now introgressed into the genetic background of Lemont, a U.S. tropical japonica rice cultivar. This mapping population was developed to support efforts to identify, validate, fine-map, and further evaluate the phenotypic effects of TeQing and Lemont genes/QTLs. Based on molecular characterization of 178 SSR loci, each TIL contains from one to 20 non-contiguous introgressed segments. The introgressions vary in length from a single marker (approximately 1.8 cM in length) up to 162 cM. Different portions of the TeQing genome are contained in each of the 123 TILs, with all segments of the TeQing genome now contained in one or more TILs. As a set of molecularly characterized chromosome segment substitution lines (CSSLs), this population of TILs is useful for QTL de novo mapping. Smaller subsets of TILs can be selected to more efficiently validate previously mapped loci, or to pursue fine-mapping. Because the TILs contain molecularly tagged TeQing loci now introgressed into the Lemont genetic background, they are uniquely suited for determining the breeding value of TeQing genes within a tropical japonica rice breeding program.	1882501	GSOR 100642
40	GSOR 100643	TIL: 513.12	Oryza sativa L.	Texas, United States	GSOR	2011	DEVELOPED	2011	Genetic material	This set of 123 TILs containing molecularly tagged portions of the indica TeQing genome now introgressed into the genetic background of Lemont, a U.S. tropical japonica rice cultivar. This mapping population was developed to support efforts to identify, validate, fine-map, and further evaluate the phenotypic effects of TeQing and Lemont genes/QTLs. Based on molecular characterization of 178 SSR loci, each TIL contains from one to 20 non-contiguous introgressed segments. The introgressions vary in length from a single marker (approximately 1.8 cM in length) up to 162 cM. Different portions of the TeQing genome are contained in each of the 123 TILs, with all segments of the TeQing genome now contained in one or more TILs. As a set of molecularly characterized chromosome segment substitution lines (CSSLs), this population of TILs is useful for QTL de novo mapping. Smaller subsets of TILs can be selected to more efficiently validate previously mapped loci, or to pursue fine-mapping. Because the TILs contain molecularly tagged TeQing loci now introgressed into the Lemont genetic background, they are uniquely suited for determining the breeding value of TeQing genes within a tropical japonica rice breeding program.	1882502	GSOR 100643
41	GSOR 100644	TIL: 514	Oryza sativa L.	Texas, United States	GSOR	2011	DEVELOPED	2011	Genetic material	This set of 123 TILs containing molecularly tagged portions of the indica TeQing genome now introgressed into the genetic background of Lemont, a U.S. tropical japonica rice cultivar. This mapping population was developed to support efforts to identify, validate, fine-map, and further evaluate the phenotypic effects of TeQing and Lemont genes/QTLs. Based on molecular characterization of 178 SSR loci, each TIL contains from one to 20 non-contiguous introgressed segments. The introgressions vary in length from a single marker (approximately 1.8 cM in length) up to 162 cM. Different portions of the TeQing genome are contained in each of the 123 TILs, with all segments of the TeQing genome now contained in one or more TILs. As a set of molecularly characterized chromosome segment substitution lines (CSSLs), this population of TILs is useful for QTL de novo mapping. Smaller subsets of TILs can be selected to more efficiently validate previously mapped loci, or to pursue fine-mapping. Because the TILs contain molecularly tagged TeQing loci now introgressed into the Lemont genetic background, they are uniquely suited for determining the breeding value of TeQing genes within a tropical japonica rice breeding program.	1882503	GSOR 100644
42	GSOR 100645	TIL: 516	Oryza sativa L.	Texas, United States	GSOR	2011	DEVELOPED	2011	Genetic material	This set of 123 TILs containing molecularly tagged portions of the indica TeQing genome now introgressed into the genetic background of Lemont, a U.S. tropical japonica rice cultivar. This mapping population was developed to support efforts to identify, validate, fine-map, and further evaluate the phenotypic effects of TeQing and Lemont genes/QTLs. Based on molecular characterization of 178 SSR loci, each TIL contains from one to 20 non-contiguous introgressed segments. The introgressions vary in length from a single marker (approximately 1.8 cM in length) up to 162 cM. Different portions of the TeQing genome are contained in each of the 123 TILs, with all segments of the TeQing genome now contained in one or more TILs. As a set of molecularly characterized chromosome segment substitution lines (CSSLs), this population of TILs is useful for QTL de novo mapping. Smaller subsets of TILs can be selected to more efficiently validate previously mapped loci, or to pursue fine-mapping. Because the TILs contain molecularly tagged TeQing loci now introgressed into the Lemont genetic background, they are uniquely suited for determining the breeding value of TeQing genes within a tropical japonica rice breeding program.	1882504	GSOR 100645
43	GSOR 100646	TIL: 516.12	Oryza sativa L.	Texas, United States	GSOR	2011	DEVELOPED	2011	Genetic material	This set of 123 TILs containing molecularly tagged portions of the indica TeQing genome now introgressed into the genetic background of Lemont, a U.S. tropical japonica rice cultivar. This mapping population was developed to support efforts to identify, validate, fine-map, and further evaluate the phenotypic effects of TeQing and Lemont genes/QTLs. Based on molecular characterization of 178 SSR loci, each TIL contains from one to 20 non-contiguous introgressed segments. The introgressions vary in length from a single marker (approximately 1.8 cM in length) up to 162 cM. Different portions of the TeQing genome are contained in each of the 123 TILs, with all segments of the TeQing genome now contained in one or more TILs. As a set of molecularly characterized chromosome segment substitution lines (CSSLs), this population of TILs is useful for QTL de novo mapping. Smaller subsets of TILs can be selected to more efficiently validate previously mapped loci, or to pursue fine-mapping. Because the TILs contain molecularly tagged TeQing loci now introgressed into the Lemont genetic background, they are uniquely suited for determining the breeding value of TeQing genes within a tropical japonica rice breeding program.	1882505	GSOR 100646
44	GSOR 100647	TIL: 520	Oryza sativa L.	Texas, United States	GSOR	2011	DEVELOPED	2011	Genetic material	This set of 123 TILs containing molecularly tagged portions of the indica TeQing genome now introgressed into the genetic background of Lemont, a U.S. tropical japonica rice cultivar. This mapping population was developed to support efforts to identify, validate, fine-map, and further evaluate the phenotypic effects of TeQing and Lemont genes/QTLs. Based on molecular characterization of 178 SSR loci, each TIL contains from one to 20 non-contiguous introgressed segments. The introgressions vary in length from a single marker (approximately 1.8 cM in length) up to 162 cM. Different portions of the TeQing genome are contained in each of the 123 TILs, with all segments of the TeQing genome now contained in one or more TILs. As a set of molecularly characterized chromosome segment substitution lines (CSSLs), this population of TILs is useful for QTL de novo mapping. Smaller subsets of TILs can be selected to more efficiently validate previously mapped loci, or to pursue fine-mapping. Because the TILs contain molecularly tagged TeQing loci now introgressed into the Lemont genetic background, they are uniquely suited for determining the breeding value of TeQing genes within a tropical japonica rice breeding program.	1882506	GSOR 100647
45	GSOR 100648	TIL: 521	Oryza sativa L.	Texas, United States	GSOR	2011	DEVELOPED	2011	Genetic material	This set of 123 TILs containing molecularly tagged portions of the indica TeQing genome now introgressed into the genetic background of Lemont, a U.S. tropical japonica rice cultivar. This mapping population was developed to support efforts to identify, validate, fine-map, and further evaluate the phenotypic effects of TeQing and Lemont genes/QTLs. Based on molecular characterization of 178 SSR loci, each TIL contains from one to 20 non-contiguous introgressed segments. The introgressions vary in length from a single marker (approximately 1.8 cM in length) up to 162 cM. Different portions of the TeQing genome are contained in each of the 123 TILs, with all segments of the TeQing genome now contained in one or more TILs. As a set of molecularly characterized chromosome segment substitution lines (CSSLs), this population of TILs is useful for QTL de novo mapping. Smaller subsets of TILs can be selected to more efficiently validate previously mapped loci, or to pursue fine-mapping. Because the TILs contain molecularly tagged TeQing loci now introgressed into the Lemont genetic background, they are uniquely suited for determining the breeding value of TeQing genes within a tropical japonica rice breeding program.	1882507	GSOR 100648
46	GSOR 100649	TIL: 523	Oryza sativa L.	Texas, United States	GSOR	2011	DEVELOPED	2011	Genetic material	This set of 123 TILs containing molecularly tagged portions of the indica TeQing genome now introgressed into the genetic background of Lemont, a U.S. tropical japonica rice cultivar. This mapping population was developed to support efforts to identify, validate, fine-map, and further evaluate the phenotypic effects of TeQing and Lemont genes/QTLs. Based on molecular characterization of 178 SSR loci, each TIL contains from one to 20 non-contiguous introgressed segments. The introgressions vary in length from a single marker (approximately 1.8 cM in length) up to 162 cM. Different portions of the TeQing genome are contained in each of the 123 TILs, with all segments of the TeQing genome now contained in one or more TILs. As a set of molecularly characterized chromosome segment substitution lines (CSSLs), this population of TILs is useful for QTL de novo mapping. Smaller subsets of TILs can be selected to more efficiently validate previously mapped loci, or to pursue fine-mapping. Because the TILs contain molecularly tagged TeQing loci now introgressed into the Lemont genetic background, they are uniquely suited for determining the breeding value of TeQing genes within a tropical japonica rice breeding program.	1882508	GSOR 100649
47	GSOR 100650	TIL: 528	Oryza sativa L.	Texas, United States	GSOR	2011	DEVELOPED	2011	Genetic material	This set of 123 TILs containing molecularly tagged portions of the indica TeQing genome now introgressed into the genetic background of Lemont, a U.S. tropical japonica rice cultivar. This mapping population was developed to support efforts to identify, validate, fine-map, and further evaluate the phenotypic effects of TeQing and Lemont genes/QTLs. Based on molecular characterization of 178 SSR loci, each TIL contains from one to 20 non-contiguous introgressed segments. The introgressions vary in length from a single marker (approximately 1.8 cM in length) up to 162 cM. Different portions of the TeQing genome are contained in each of the 123 TILs, with all segments of the TeQing genome now contained in one or more TILs. As a set of molecularly characterized chromosome segment substitution lines (CSSLs), this population of TILs is useful for QTL de novo mapping. Smaller subsets of TILs can be selected to more efficiently validate previously mapped loci, or to pursue fine-mapping. Because the TILs contain molecularly tagged TeQing loci now introgressed into the Lemont genetic background, they are uniquely suited for determining the breeding value of TeQing genes within a tropical japonica rice breeding program.	1882509	GSOR 100650
48	GSOR 100651	TIL: 531.13	Oryza sativa L.	Texas, United States	GSOR	2011	DEVELOPED	2011	Genetic material	This set of 123 TILs containing molecularly tagged portions of the indica TeQing genome now introgressed into the genetic background of Lemont, a U.S. tropical japonica rice cultivar. This mapping population was developed to support efforts to identify, validate, fine-map, and further evaluate the phenotypic effects of TeQing and Lemont genes/QTLs. Based on molecular characterization of 178 SSR loci, each TIL contains from one to 20 non-contiguous introgressed segments. The introgressions vary in length from a single marker (approximately 1.8 cM in length) up to 162 cM. Different portions of the TeQing genome are contained in each of the 123 TILs, with all segments of the TeQing genome now contained in one or more TILs. As a set of molecularly characterized chromosome segment substitution lines (CSSLs), this population of TILs is useful for QTL de novo mapping. Smaller subsets of TILs can be selected to more efficiently validate previously mapped loci, or to pursue fine-mapping. Because the TILs contain molecularly tagged TeQing loci now introgressed into the Lemont genetic background, they are uniquely suited for determining the breeding value of TeQing genes within a tropical japonica rice breeding program.	1882510	GSOR 100651
49	GSOR 100652	TIL: 533	Oryza sativa L.	Texas, United States	GSOR	2011	DEVELOPED	2011	Genetic material	This set of 123 TILs containing molecularly tagged portions of the indica TeQing genome now introgressed into the genetic background of Lemont, a U.S. tropical japonica rice cultivar. This mapping population was developed to support efforts to identify, validate, fine-map, and further evaluate the phenotypic effects of TeQing and Lemont genes/QTLs. Based on molecular characterization of 178 SSR loci, each TIL contains from one to 20 non-contiguous introgressed segments. The introgressions vary in length from a single marker (approximately 1.8 cM in length) up to 162 cM. Different portions of the TeQing genome are contained in each of the 123 TILs, with all segments of the TeQing genome now contained in one or more TILs. As a set of molecularly characterized chromosome segment substitution lines (CSSLs), this population of TILs is useful for QTL de novo mapping. Smaller subsets of TILs can be selected to more efficiently validate previously mapped loci, or to pursue fine-mapping. Because the TILs contain molecularly tagged TeQing loci now introgressed into the Lemont genetic background, they are uniquely suited for determining the breeding value of TeQing genes within a tropical japonica rice breeding program.	1882511	GSOR 100652
50	GSOR 100653	TIL: 538	Oryza sativa L.	Texas, United States	GSOR	2011	DEVELOPED	2011	Genetic material	This set of 123 TILs containing molecularly tagged portions of the indica TeQing genome now introgressed into the genetic background of Lemont, a U.S. tropical japonica rice cultivar. This mapping population was developed to support efforts to identify, validate, fine-map, and further evaluate the phenotypic effects of TeQing and Lemont genes/QTLs. Based on molecular characterization of 178 SSR loci, each TIL contains from one to 20 non-contiguous introgressed segments. The introgressions vary in length from a single marker (approximately 1.8 cM in length) up to 162 cM. Different portions of the TeQing genome are contained in each of the 123 TILs, with all segments of the TeQing genome now contained in one or more TILs. As a set of molecularly characterized chromosome segment substitution lines (CSSLs), this population of TILs is useful for QTL de novo mapping. Smaller subsets of TILs can be selected to more efficiently validate previously mapped loci, or to pursue fine-mapping. Because the TILs contain molecularly tagged TeQing loci now introgressed into the Lemont genetic background, they are uniquely suited for determining the breeding value of TeQing genes within a tropical japonica rice breeding program.	1882512	GSOR 100653
51	GSOR 100654	TIL: 541	Oryza sativa L.	Texas, United States	GSOR	2011	DEVELOPED	2011	Genetic material	This set of 123 TILs containing molecularly tagged portions of the indica TeQing genome now introgressed into the genetic background of Lemont, a U.S. tropical japonica rice cultivar. This mapping population was developed to support efforts to identify, validate, fine-map, and further evaluate the phenotypic effects of TeQing and Lemont genes/QTLs. Based on molecular characterization of 178 SSR loci, each TIL contains from one to 20 non-contiguous introgressed segments. The introgressions vary in length from a single marker (approximately 1.8 cM in length) up to 162 cM. Different portions of the TeQing genome are contained in each of the 123 TILs, with all segments of the TeQing genome now contained in one or more TILs. As a set of molecularly characterized chromosome segment substitution lines (CSSLs), this population of TILs is useful for QTL de novo mapping. Smaller subsets of TILs can be selected to more efficiently validate previously mapped loci, or to pursue fine-mapping. Because the TILs contain molecularly tagged TeQing loci now introgressed into the Lemont genetic background, they are uniquely suited for determining the breeding value of TeQing genes within a tropical japonica rice breeding program.	1882513	GSOR 100654
52	GSOR 100655	TIL: 543	Oryza sativa L.	Texas, United States	GSOR	2011	DEVELOPED	2011	Genetic material	This set of 123 TILs containing molecularly tagged portions of the indica TeQing genome now introgressed into the genetic background of Lemont, a U.S. tropical japonica rice cultivar. This mapping population was developed to support efforts to identify, validate, fine-map, and further evaluate the phenotypic effects of TeQing and Lemont genes/QTLs. Based on molecular characterization of 178 SSR loci, each TIL contains from one to 20 non-contiguous introgressed segments. The introgressions vary in length from a single marker (approximately 1.8 cM in length) up to 162 cM. Different portions of the TeQing genome are contained in each of the 123 TILs, with all segments of the TeQing genome now contained in one or more TILs. As a set of molecularly characterized chromosome segment substitution lines (CSSLs), this population of TILs is useful for QTL de novo mapping. Smaller subsets of TILs can be selected to more efficiently validate previously mapped loci, or to pursue fine-mapping. Because the TILs contain molecularly tagged TeQing loci now introgressed into the Lemont genetic background, they are uniquely suited for determining the breeding value of TeQing genes within a tropical japonica rice breeding program.	1882514	GSOR 100655
53	GSOR 100656	TIL: 548	Oryza sativa L.	Texas, United States	GSOR	2011	DEVELOPED	2011	Genetic material	This set of 123 TILs containing molecularly tagged portions of the indica TeQing genome now introgressed into the genetic background of Lemont, a U.S. tropical japonica rice cultivar. This mapping population was developed to support efforts to identify, validate, fine-map, and further evaluate the phenotypic effects of TeQing and Lemont genes/QTLs. Based on molecular characterization of 178 SSR loci, each TIL contains from one to 20 non-contiguous introgressed segments. The introgressions vary in length from a single marker (approximately 1.8 cM in length) up to 162 cM. Different portions of the TeQing genome are contained in each of the 123 TILs, with all segments of the TeQing genome now contained in one or more TILs. As a set of molecularly characterized chromosome segment substitution lines (CSSLs), this population of TILs is useful for QTL de novo mapping. Smaller subsets of TILs can be selected to more efficiently validate previously mapped loci, or to pursue fine-mapping. Because the TILs contain molecularly tagged TeQing loci now introgressed into the Lemont genetic background, they are uniquely suited for determining the breeding value of TeQing genes within a tropical japonica rice breeding program.	1882515	GSOR 100656
54	GSOR 100657	TIL: 549	Oryza sativa L.	Texas, United States	GSOR	2011	DEVELOPED	2011	Genetic material	This set of 123 TILs containing molecularly tagged portions of the indica TeQing genome now introgressed into the genetic background of Lemont, a U.S. tropical japonica rice cultivar. This mapping population was developed to support efforts to identify, validate, fine-map, and further evaluate the phenotypic effects of TeQing and Lemont genes/QTLs. Based on molecular characterization of 178 SSR loci, each TIL contains from one to 20 non-contiguous introgressed segments. The introgressions vary in length from a single marker (approximately 1.8 cM in length) up to 162 cM. Different portions of the TeQing genome are contained in each of the 123 TILs, with all segments of the TeQing genome now contained in one or more TILs. As a set of molecularly characterized chromosome segment substitution lines (CSSLs), this population of TILs is useful for QTL de novo mapping. Smaller subsets of TILs can be selected to more efficiently validate previously mapped loci, or to pursue fine-mapping. Because the TILs contain molecularly tagged TeQing loci now introgressed into the Lemont genetic background, they are uniquely suited for determining the breeding value of TeQing genes within a tropical japonica rice breeding program.	1882516	GSOR 100657
55	GSOR 100658	TIL: 552	Oryza sativa L.	Texas, United States	GSOR	2011	DEVELOPED	2011	Genetic material	This set of 123 TILs containing molecularly tagged portions of the indica TeQing genome now introgressed into the genetic background of Lemont, a U.S. tropical japonica rice cultivar. This mapping population was developed to support efforts to identify, validate, fine-map, and further evaluate the phenotypic effects of TeQing and Lemont genes/QTLs. Based on molecular characterization of 178 SSR loci, each TIL contains from one to 20 non-contiguous introgressed segments. The introgressions vary in length from a single marker (approximately 1.8 cM in length) up to 162 cM. Different portions of the TeQing genome are contained in each of the 123 TILs, with all segments of the TeQing genome now contained in one or more TILs. As a set of molecularly characterized chromosome segment substitution lines (CSSLs), this population of TILs is useful for QTL de novo mapping. Smaller subsets of TILs can be selected to more efficiently validate previously mapped loci, or to pursue fine-mapping. Because the TILs contain molecularly tagged TeQing loci now introgressed into the Lemont genetic background, they are uniquely suited for determining the breeding value of TeQing genes within a tropical japonica rice breeding program.	1882517	GSOR 100658
56	GSOR 100659	TIL: 555	Oryza sativa L.	Texas, United States	GSOR	2011	DEVELOPED	2011	Genetic material	This set of 123 TILs containing molecularly tagged portions of the indica TeQing genome now introgressed into the genetic background of Lemont, a U.S. tropical japonica rice cultivar. This mapping population was developed to support efforts to identify, validate, fine-map, and further evaluate the phenotypic effects of TeQing and Lemont genes/QTLs. Based on molecular characterization of 178 SSR loci, each TIL contains from one to 20 non-contiguous introgressed segments. The introgressions vary in length from a single marker (approximately 1.8 cM in length) up to 162 cM. Different portions of the TeQing genome are contained in each of the 123 TILs, with all segments of the TeQing genome now contained in one or more TILs. As a set of molecularly characterized chromosome segment substitution lines (CSSLs), this population of TILs is useful for QTL de novo mapping. Smaller subsets of TILs can be selected to more efficiently validate previously mapped loci, or to pursue fine-mapping. Because the TILs contain molecularly tagged TeQing loci now introgressed into the Lemont genetic background, they are uniquely suited for determining the breeding value of TeQing genes within a tropical japonica rice breeding program.	1882518	GSOR 100659
57	GSOR 100660	TIL: 556	Oryza sativa L.	Texas, United States	GSOR	2011	DEVELOPED	2011	Genetic material	This set of 123 TILs containing molecularly tagged portions of the indica TeQing genome now introgressed into the genetic background of Lemont, a U.S. tropical japonica rice cultivar. This mapping population was developed to support efforts to identify, validate, fine-map, and further evaluate the phenotypic effects of TeQing and Lemont genes/QTLs. Based on molecular characterization of 178 SSR loci, each TIL contains from one to 20 non-contiguous introgressed segments. The introgressions vary in length from a single marker (approximately 1.8 cM in length) up to 162 cM. Different portions of the TeQing genome are contained in each of the 123 TILs, with all segments of the TeQing genome now contained in one or more TILs. As a set of molecularly characterized chromosome segment substitution lines (CSSLs), this population of TILs is useful for QTL de novo mapping. Smaller subsets of TILs can be selected to more efficiently validate previously mapped loci, or to pursue fine-mapping. Because the TILs contain molecularly tagged TeQing loci now introgressed into the Lemont genetic background, they are uniquely suited for determining the breeding value of TeQing genes within a tropical japonica rice breeding program.	1882519	GSOR 100660
58	GSOR 100661	TIL: 558.2	Oryza sativa L.	Texas, United States	GSOR	2011	DEVELOPED	2011	Genetic material	This set of 123 TILs containing molecularly tagged portions of the indica TeQing genome now introgressed into the genetic background of Lemont, a U.S. tropical japonica rice cultivar. This mapping population was developed to support efforts to identify, validate, fine-map, and further evaluate the phenotypic effects of TeQing and Lemont genes/QTLs. Based on molecular characterization of 178 SSR loci, each TIL contains from one to 20 non-contiguous introgressed segments. The introgressions vary in length from a single marker (approximately 1.8 cM in length) up to 162 cM. Different portions of the TeQing genome are contained in each of the 123 TILs, with all segments of the TeQing genome now contained in one or more TILs. As a set of molecularly characterized chromosome segment substitution lines (CSSLs), this population of TILs is useful for QTL de novo mapping. Smaller subsets of TILs can be selected to more efficiently validate previously mapped loci, or to pursue fine-mapping. Because the TILs contain molecularly tagged TeQing loci now introgressed into the Lemont genetic background, they are uniquely suited for determining the breeding value of TeQing genes within a tropical japonica rice breeding program.	1882520	GSOR 100661
59	GSOR 100662	TIL: 559	Oryza sativa L.	Texas, United States	GSOR	2011	DEVELOPED	2011	Genetic material	This set of 123 TILs containing molecularly tagged portions of the indica TeQing genome now introgressed into the genetic background of Lemont, a U.S. tropical japonica rice cultivar. This mapping population was developed to support efforts to identify, validate, fine-map, and further evaluate the phenotypic effects of TeQing and Lemont genes/QTLs. Based on molecular characterization of 178 SSR loci, each TIL contains from one to 20 non-contiguous introgressed segments. The introgressions vary in length from a single marker (approximately 1.8 cM in length) up to 162 cM. Different portions of the TeQing genome are contained in each of the 123 TILs, with all segments of the TeQing genome now contained in one or more TILs. As a set of molecularly characterized chromosome segment substitution lines (CSSLs), this population of TILs is useful for QTL de novo mapping. Smaller subsets of TILs can be selected to more efficiently validate previously mapped loci, or to pursue fine-mapping. Because the TILs contain molecularly tagged TeQing loci now introgressed into the Lemont genetic background, they are uniquely suited for determining the breeding value of TeQing genes within a tropical japonica rice breeding program.	1882521	GSOR 100662
60	GSOR 100663	TIL: 560	Oryza sativa L.	Texas, United States	GSOR	2011	DEVELOPED	2011	Genetic material	This set of 123 TILs containing molecularly tagged portions of the indica TeQing genome now introgressed into the genetic background of Lemont, a U.S. tropical japonica rice cultivar. This mapping population was developed to support efforts to identify, validate, fine-map, and further evaluate the phenotypic effects of TeQing and Lemont genes/QTLs. Based on molecular characterization of 178 SSR loci, each TIL contains from one to 20 non-contiguous introgressed segments. The introgressions vary in length from a single marker (approximately 1.8 cM in length) up to 162 cM. Different portions of the TeQing genome are contained in each of the 123 TILs, with all segments of the TeQing genome now contained in one or more TILs. As a set of molecularly characterized chromosome segment substitution lines (CSSLs), this population of TILs is useful for QTL de novo mapping. Smaller subsets of TILs can be selected to more efficiently validate previously mapped loci, or to pursue fine-mapping. Because the TILs contain molecularly tagged TeQing loci now introgressed into the Lemont genetic background, they are uniquely suited for determining the breeding value of TeQing genes within a tropical japonica rice breeding program.	1882522	GSOR 100663
61	GSOR 100664	TIL: 562	Oryza sativa L.	Texas, United States	GSOR	2011	DEVELOPED	2011	Genetic material	This set of 123 TILs containing molecularly tagged portions of the indica TeQing genome now introgressed into the genetic background of Lemont, a U.S. tropical japonica rice cultivar. This mapping population was developed to support efforts to identify, validate, fine-map, and further evaluate the phenotypic effects of TeQing and Lemont genes/QTLs. Based on molecular characterization of 178 SSR loci, each TIL contains from one to 20 non-contiguous introgressed segments. The introgressions vary in length from a single marker (approximately 1.8 cM in length) up to 162 cM. Different portions of the TeQing genome are contained in each of the 123 TILs, with all segments of the TeQing genome now contained in one or more TILs. As a set of molecularly characterized chromosome segment substitution lines (CSSLs), this population of TILs is useful for QTL de novo mapping. Smaller subsets of TILs can be selected to more efficiently validate previously mapped loci, or to pursue fine-mapping. Because the TILs contain molecularly tagged TeQing loci now introgressed into the Lemont genetic background, they are uniquely suited for determining the breeding value of TeQing genes within a tropical japonica rice breeding program.	1882523	GSOR 100664
62	GSOR 100665	TIL: 565	Oryza sativa L.	Texas, United States	GSOR	2011	DEVELOPED	2011	Genetic material	This set of 123 TILs containing molecularly tagged portions of the indica TeQing genome now introgressed into the genetic background of Lemont, a U.S. tropical japonica rice cultivar. This mapping population was developed to support efforts to identify, validate, fine-map, and further evaluate the phenotypic effects of TeQing and Lemont genes/QTLs. Based on molecular characterization of 178 SSR loci, each TIL contains from one to 20 non-contiguous introgressed segments. The introgressions vary in length from a single marker (approximately 1.8 cM in length) up to 162 cM. Different portions of the TeQing genome are contained in each of the 123 TILs, with all segments of the TeQing genome now contained in one or more TILs. As a set of molecularly characterized chromosome segment substitution lines (CSSLs), this population of TILs is useful for QTL de novo mapping. Smaller subsets of TILs can be selected to more efficiently validate previously mapped loci, or to pursue fine-mapping. Because the TILs contain molecularly tagged TeQing loci now introgressed into the Lemont genetic background, they are uniquely suited for determining the breeding value of TeQing genes within a tropical japonica rice breeding program.	1882524	GSOR 100665
63	GSOR 100666	TIL: 567	Oryza sativa L.	Texas, United States	GSOR	2011	DEVELOPED	2011	Genetic material	This set of 123 TILs containing molecularly tagged portions of the indica TeQing genome now introgressed into the genetic background of Lemont, a U.S. tropical japonica rice cultivar. This mapping population was developed to support efforts to identify, validate, fine-map, and further evaluate the phenotypic effects of TeQing and Lemont genes/QTLs. Based on molecular characterization of 178 SSR loci, each TIL contains from one to 20 non-contiguous introgressed segments. The introgressions vary in length from a single marker (approximately 1.8 cM in length) up to 162 cM. Different portions of the TeQing genome are contained in each of the 123 TILs, with all segments of the TeQing genome now contained in one or more TILs. As a set of molecularly characterized chromosome segment substitution lines (CSSLs), this population of TILs is useful for QTL de novo mapping. Smaller subsets of TILs can be selected to more efficiently validate previously mapped loci, or to pursue fine-mapping. Because the TILs contain molecularly tagged TeQing loci now introgressed into the Lemont genetic background, they are uniquely suited for determining the breeding value of TeQing genes within a tropical japonica rice breeding program.	1882525	GSOR 100666
64	GSOR 100667	TIL: 569	Oryza sativa L.	Texas, United States	GSOR	2011	DEVELOPED	2011	Genetic material	This set of 123 TILs containing molecularly tagged portions of the indica TeQing genome now introgressed into the genetic background of Lemont, a U.S. tropical japonica rice cultivar. This mapping population was developed to support efforts to identify, validate, fine-map, and further evaluate the phenotypic effects of TeQing and Lemont genes/QTLs. Based on molecular characterization of 178 SSR loci, each TIL contains from one to 20 non-contiguous introgressed segments. The introgressions vary in length from a single marker (approximately 1.8 cM in length) up to 162 cM. Different portions of the TeQing genome are contained in each of the 123 TILs, with all segments of the TeQing genome now contained in one or more TILs. As a set of molecularly characterized chromosome segment substitution lines (CSSLs), this population of TILs is useful for QTL de novo mapping. Smaller subsets of TILs can be selected to more efficiently validate previously mapped loci, or to pursue fine-mapping. Because the TILs contain molecularly tagged TeQing loci now introgressed into the Lemont genetic background, they are uniquely suited for determining the breeding value of TeQing genes within a tropical japonica rice breeding program.	1882526	GSOR 100667
65	GSOR 100668	TIL: 569.21	Oryza sativa L.	Texas, United States	GSOR	2011	DEVELOPED	2011	Genetic material	This set of 123 TILs containing molecularly tagged portions of the indica TeQing genome now introgressed into the genetic background of Lemont, a U.S. tropical japonica rice cultivar. This mapping population was developed to support efforts to identify, validate, fine-map, and further evaluate the phenotypic effects of TeQing and Lemont genes/QTLs. Based on molecular characterization of 178 SSR loci, each TIL contains from one to 20 non-contiguous introgressed segments. The introgressions vary in length from a single marker (approximately 1.8 cM in length) up to 162 cM. Different portions of the TeQing genome are contained in each of the 123 TILs, with all segments of the TeQing genome now contained in one or more TILs. As a set of molecularly characterized chromosome segment substitution lines (CSSLs), this population of TILs is useful for QTL de novo mapping. Smaller subsets of TILs can be selected to more efficiently validate previously mapped loci, or to pursue fine-mapping. Because the TILs contain molecularly tagged TeQing loci now introgressed into the Lemont genetic background, they are uniquely suited for determining the breeding value of TeQing genes within a tropical japonica rice breeding program.	1882527	GSOR 100668
66	GSOR 100669	TIL: 570	Oryza sativa L.	Texas, United States	GSOR	2011	DEVELOPED	2011	Genetic material	This set of 123 TILs containing molecularly tagged portions of the indica TeQing genome now introgressed into the genetic background of Lemont, a U.S. tropical japonica rice cultivar. This mapping population was developed to support efforts to identify, validate, fine-map, and further evaluate the phenotypic effects of TeQing and Lemont genes/QTLs. Based on molecular characterization of 178 SSR loci, each TIL contains from one to 20 non-contiguous introgressed segments. The introgressions vary in length from a single marker (approximately 1.8 cM in length) up to 162 cM. Different portions of the TeQing genome are contained in each of the 123 TILs, with all segments of the TeQing genome now contained in one or more TILs. As a set of molecularly characterized chromosome segment substitution lines (CSSLs), this population of TILs is useful for QTL de novo mapping. Smaller subsets of TILs can be selected to more efficiently validate previously mapped loci, or to pursue fine-mapping. Because the TILs contain molecularly tagged TeQing loci now introgressed into the Lemont genetic background, they are uniquely suited for determining the breeding value of TeQing genes within a tropical japonica rice breeding program.	1882528	GSOR 100669
67	GSOR 100670	TIL: 574	Oryza sativa L.	Texas, United States	GSOR	2011	DEVELOPED	2011	Genetic material	This set of 123 TILs containing molecularly tagged portions of the indica TeQing genome now introgressed into the genetic background of Lemont, a U.S. tropical japonica rice cultivar. This mapping population was developed to support efforts to identify, validate, fine-map, and further evaluate the phenotypic effects of TeQing and Lemont genes/QTLs. Based on molecular characterization of 178 SSR loci, each TIL contains from one to 20 non-contiguous introgressed segments. The introgressions vary in length from a single marker (approximately 1.8 cM in length) up to 162 cM. Different portions of the TeQing genome are contained in each of the 123 TILs, with all segments of the TeQing genome now contained in one or more TILs. As a set of molecularly characterized chromosome segment substitution lines (CSSLs), this population of TILs is useful for QTL de novo mapping. Smaller subsets of TILs can be selected to more efficiently validate previously mapped loci, or to pursue fine-mapping. Because the TILs contain molecularly tagged TeQing loci now introgressed into the Lemont genetic background, they are uniquely suited for determining the breeding value of TeQing genes within a tropical japonica rice breeding program.	1882529	GSOR 100670
68	GSOR 100671	TIL: 575	Oryza sativa L.	Texas, United States	GSOR	2011	DEVELOPED	2011	Genetic material	This set of 123 TILs containing molecularly tagged portions of the indica TeQing genome now introgressed into the genetic background of Lemont, a U.S. tropical japonica rice cultivar. This mapping population was developed to support efforts to identify, validate, fine-map, and further evaluate the phenotypic effects of TeQing and Lemont genes/QTLs. Based on molecular characterization of 178 SSR loci, each TIL contains from one to 20 non-contiguous introgressed segments. The introgressions vary in length from a single marker (approximately 1.8 cM in length) up to 162 cM. Different portions of the TeQing genome are contained in each of the 123 TILs, with all segments of the TeQing genome now contained in one or more TILs. As a set of molecularly characterized chromosome segment substitution lines (CSSLs), this population of TILs is useful for QTL de novo mapping. Smaller subsets of TILs can be selected to more efficiently validate previously mapped loci, or to pursue fine-mapping. Because the TILs contain molecularly tagged TeQing loci now introgressed into the Lemont genetic background, they are uniquely suited for determining the breeding value of TeQing genes within a tropical japonica rice breeding program.	1882530	GSOR 100671
69	GSOR 100672	TIL: 578	Oryza sativa L.	Texas, United States	GSOR	2011	DEVELOPED	2011	Genetic material	This set of 123 TILs containing molecularly tagged portions of the indica TeQing genome now introgressed into the genetic background of Lemont, a U.S. tropical japonica rice cultivar. This mapping population was developed to support efforts to identify, validate, fine-map, and further evaluate the phenotypic effects of TeQing and Lemont genes/QTLs. Based on molecular characterization of 178 SSR loci, each TIL contains from one to 20 non-contiguous introgressed segments. The introgressions vary in length from a single marker (approximately 1.8 cM in length) up to 162 cM. Different portions of the TeQing genome are contained in each of the 123 TILs, with all segments of the TeQing genome now contained in one or more TILs. As a set of molecularly characterized chromosome segment substitution lines (CSSLs), this population of TILs is useful for QTL de novo mapping. Smaller subsets of TILs can be selected to more efficiently validate previously mapped loci, or to pursue fine-mapping. Because the TILs contain molecularly tagged TeQing loci now introgressed into the Lemont genetic background, they are uniquely suited for determining the breeding value of TeQing genes within a tropical japonica rice breeding program.	1882531	GSOR 100672
70	GSOR 100673	TIL: 581	Oryza sativa L.	Texas, United States	GSOR	2011	DEVELOPED	2011	Genetic material	This set of 123 TILs containing molecularly tagged portions of the indica TeQing genome now introgressed into the genetic background of Lemont, a U.S. tropical japonica rice cultivar. This mapping population was developed to support efforts to identify, validate, fine-map, and further evaluate the phenotypic effects of TeQing and Lemont genes/QTLs. Based on molecular characterization of 178 SSR loci, each TIL contains from one to 20 non-contiguous introgressed segments. The introgressions vary in length from a single marker (approximately 1.8 cM in length) up to 162 cM. Different portions of the TeQing genome are contained in each of the 123 TILs, with all segments of the TeQing genome now contained in one or more TILs. As a set of molecularly characterized chromosome segment substitution lines (CSSLs), this population of TILs is useful for QTL de novo mapping. Smaller subsets of TILs can be selected to more efficiently validate previously mapped loci, or to pursue fine-mapping. Because the TILs contain molecularly tagged TeQing loci now introgressed into the Lemont genetic background, they are uniquely suited for determining the breeding value of TeQing genes within a tropical japonica rice breeding program.	1882532	GSOR 100673
71	GSOR 100674	TIL: 582	Oryza sativa L.	Texas, United States	GSOR	2011	DEVELOPED	2011	Genetic material	This set of 123 TILs containing molecularly tagged portions of the indica TeQing genome now introgressed into the genetic background of Lemont, a U.S. tropical japonica rice cultivar. This mapping population was developed to support efforts to identify, validate, fine-map, and further evaluate the phenotypic effects of TeQing and Lemont genes/QTLs. Based on molecular characterization of 178 SSR loci, each TIL contains from one to 20 non-contiguous introgressed segments. The introgressions vary in length from a single marker (approximately 1.8 cM in length) up to 162 cM. Different portions of the TeQing genome are contained in each of the 123 TILs, with all segments of the TeQing genome now contained in one or more TILs. As a set of molecularly characterized chromosome segment substitution lines (CSSLs), this population of TILs is useful for QTL de novo mapping. Smaller subsets of TILs can be selected to more efficiently validate previously mapped loci, or to pursue fine-mapping. Because the TILs contain molecularly tagged TeQing loci now introgressed into the Lemont genetic background, they are uniquely suited for determining the breeding value of TeQing genes within a tropical japonica rice breeding program.	1882533	GSOR 100674
72	GSOR 100675	TIL: 584	Oryza sativa L.	Texas, United States	GSOR	2011	DEVELOPED	2011	Genetic material	This set of 123 TILs containing molecularly tagged portions of the indica TeQing genome now introgressed into the genetic background of Lemont, a U.S. tropical japonica rice cultivar. This mapping population was developed to support efforts to identify, validate, fine-map, and further evaluate the phenotypic effects of TeQing and Lemont genes/QTLs. Based on molecular characterization of 178 SSR loci, each TIL contains from one to 20 non-contiguous introgressed segments. The introgressions vary in length from a single marker (approximately 1.8 cM in length) up to 162 cM. Different portions of the TeQing genome are contained in each of the 123 TILs, with all segments of the TeQing genome now contained in one or more TILs. As a set of molecularly characterized chromosome segment substitution lines (CSSLs), this population of TILs is useful for QTL de novo mapping. Smaller subsets of TILs can be selected to more efficiently validate previously mapped loci, or to pursue fine-mapping. Because the TILs contain molecularly tagged TeQing loci now introgressed into the Lemont genetic background, they are uniquely suited for determining the breeding value of TeQing genes within a tropical japonica rice breeding program.	1882534	GSOR 100675
73	GSOR 100676	TIL: 587	Oryza sativa L.	Texas, United States	GSOR	2011	DEVELOPED	2011	Genetic material	This set of 123 TILs containing molecularly tagged portions of the indica TeQing genome now introgressed into the genetic background of Lemont, a U.S. tropical japonica rice cultivar. This mapping population was developed to support efforts to identify, validate, fine-map, and further evaluate the phenotypic effects of TeQing and Lemont genes/QTLs. Based on molecular characterization of 178 SSR loci, each TIL contains from one to 20 non-contiguous introgressed segments. The introgressions vary in length from a single marker (approximately 1.8 cM in length) up to 162 cM. Different portions of the TeQing genome are contained in each of the 123 TILs, with all segments of the TeQing genome now contained in one or more TILs. As a set of molecularly characterized chromosome segment substitution lines (CSSLs), this population of TILs is useful for QTL de novo mapping. Smaller subsets of TILs can be selected to more efficiently validate previously mapped loci, or to pursue fine-mapping. Because the TILs contain molecularly tagged TeQing loci now introgressed into the Lemont genetic background, they are uniquely suited for determining the breeding value of TeQing genes within a tropical japonica rice breeding program.	1882535	GSOR 100676
74	GSOR 100677	TIL: 589	Oryza sativa L.	Texas, United States	GSOR	2011	DEVELOPED	2011	Genetic material	This set of 123 TILs containing molecularly tagged portions of the indica TeQing genome now introgressed into the genetic background of Lemont, a U.S. tropical japonica rice cultivar. This mapping population was developed to support efforts to identify, validate, fine-map, and further evaluate the phenotypic effects of TeQing and Lemont genes/QTLs. Based on molecular characterization of 178 SSR loci, each TIL contains from one to 20 non-contiguous introgressed segments. The introgressions vary in length from a single marker (approximately 1.8 cM in length) up to 162 cM. Different portions of the TeQing genome are contained in each of the 123 TILs, with all segments of the TeQing genome now contained in one or more TILs. As a set of molecularly characterized chromosome segment substitution lines (CSSLs), this population of TILs is useful for QTL de novo mapping. Smaller subsets of TILs can be selected to more efficiently validate previously mapped loci, or to pursue fine-mapping. Because the TILs contain molecularly tagged TeQing loci now introgressed into the Lemont genetic background, they are uniquely suited for determining the breeding value of TeQing genes within a tropical japonica rice breeding program.	1882536	GSOR 100677
75	GSOR 100678	TIL: 591	Oryza sativa L.	Texas, United States	GSOR	2011	DEVELOPED	2011	Genetic material	This set of 123 TILs containing molecularly tagged portions of the indica TeQing genome now introgressed into the genetic background of Lemont, a U.S. tropical japonica rice cultivar. This mapping population was developed to support efforts to identify, validate, fine-map, and further evaluate the phenotypic effects of TeQing and Lemont genes/QTLs. Based on molecular characterization of 178 SSR loci, each TIL contains from one to 20 non-contiguous introgressed segments. The introgressions vary in length from a single marker (approximately 1.8 cM in length) up to 162 cM. Different portions of the TeQing genome are contained in each of the 123 TILs, with all segments of the TeQing genome now contained in one or more TILs. As a set of molecularly characterized chromosome segment substitution lines (CSSLs), this population of TILs is useful for QTL de novo mapping. Smaller subsets of TILs can be selected to more efficiently validate previously mapped loci, or to pursue fine-mapping. Because the TILs contain molecularly tagged TeQing loci now introgressed into the Lemont genetic background, they are uniquely suited for determining the breeding value of TeQing genes within a tropical japonica rice breeding program.	1882537	GSOR 100678
76	GSOR 100679	TIL: 596.11	Oryza sativa L.	Texas, United States	GSOR	2011	DEVELOPED	2011	Genetic material	This set of 123 TILs containing molecularly tagged portions of the indica TeQing genome now introgressed into the genetic background of Lemont, a U.S. tropical japonica rice cultivar. This mapping population was developed to support efforts to identify, validate, fine-map, and further evaluate the phenotypic effects of TeQing and Lemont genes/QTLs. Based on molecular characterization of 178 SSR loci, each TIL contains from one to 20 non-contiguous introgressed segments. The introgressions vary in length from a single marker (approximately 1.8 cM in length) up to 162 cM. Different portions of the TeQing genome are contained in each of the 123 TILs, with all segments of the TeQing genome now contained in one or more TILs. As a set of molecularly characterized chromosome segment substitution lines (CSSLs), this population of TILs is useful for QTL de novo mapping. Smaller subsets of TILs can be selected to more efficiently validate previously mapped loci, or to pursue fine-mapping. Because the TILs contain molecularly tagged TeQing loci now introgressed into the Lemont genetic background, they are uniquely suited for determining the breeding value of TeQing genes within a tropical japonica rice breeding program.	1882538	GSOR 100679
77	GSOR 100680	TIL: 596.12	Oryza sativa L.	Texas, United States	GSOR	2011	DEVELOPED	2011	Genetic material	This set of 123 TILs containing molecularly tagged portions of the indica TeQing genome now introgressed into the genetic background of Lemont, a U.S. tropical japonica rice cultivar. This mapping population was developed to support efforts to identify, validate, fine-map, and further evaluate the phenotypic effects of TeQing and Lemont genes/QTLs. Based on molecular characterization of 178 SSR loci, each TIL contains from one to 20 non-contiguous introgressed segments. The introgressions vary in length from a single marker (approximately 1.8 cM in length) up to 162 cM. Different portions of the TeQing genome are contained in each of the 123 TILs, with all segments of the TeQing genome now contained in one or more TILs. As a set of molecularly characterized chromosome segment substitution lines (CSSLs), this population of TILs is useful for QTL de novo mapping. Smaller subsets of TILs can be selected to more efficiently validate previously mapped loci, or to pursue fine-mapping. Because the TILs contain molecularly tagged TeQing loci now introgressed into the Lemont genetic background, they are uniquely suited for determining the breeding value of TeQing genes within a tropical japonica rice breeding program.	1882539	GSOR 100680
78	GSOR 100681	TIL: 601	Oryza sativa L.	Texas, United States	GSOR	2011	DEVELOPED	2011	Genetic material	This set of 123 TILs containing molecularly tagged portions of the indica TeQing genome now introgressed into the genetic background of Lemont, a U.S. tropical japonica rice cultivar. This mapping population was developed to support efforts to identify, validate, fine-map, and further evaluate the phenotypic effects of TeQing and Lemont genes/QTLs. Based on molecular characterization of 178 SSR loci, each TIL contains from one to 20 non-contiguous introgressed segments. The introgressions vary in length from a single marker (approximately 1.8 cM in length) up to 162 cM. Different portions of the TeQing genome are contained in each of the 123 TILs, with all segments of the TeQing genome now contained in one or more TILs. As a set of molecularly characterized chromosome segment substitution lines (CSSLs), this population of TILs is useful for QTL de novo mapping. Smaller subsets of TILs can be selected to more efficiently validate previously mapped loci, or to pursue fine-mapping. Because the TILs contain molecularly tagged TeQing loci now introgressed into the Lemont genetic background, they are uniquely suited for determining the breeding value of TeQing genes within a tropical japonica rice breeding program.	1882540	GSOR 100681
79	GSOR 100682	TIL: 602	Oryza sativa L.	Texas, United States	GSOR	2011	DEVELOPED	2011	Genetic material	This set of 123 TILs containing molecularly tagged portions of the indica TeQing genome now introgressed into the genetic background of Lemont, a U.S. tropical japonica rice cultivar. This mapping population was developed to support efforts to identify, validate, fine-map, and further evaluate the phenotypic effects of TeQing and Lemont genes/QTLs. Based on molecular characterization of 178 SSR loci, each TIL contains from one to 20 non-contiguous introgressed segments. The introgressions vary in length from a single marker (approximately 1.8 cM in length) up to 162 cM. Different portions of the TeQing genome are contained in each of the 123 TILs, with all segments of the TeQing genome now contained in one or more TILs. As a set of molecularly characterized chromosome segment substitution lines (CSSLs), this population of TILs is useful for QTL de novo mapping. Smaller subsets of TILs can be selected to more efficiently validate previously mapped loci, or to pursue fine-mapping. Because the TILs contain molecularly tagged TeQing loci now introgressed into the Lemont genetic background, they are uniquely suited for determining the breeding value of TeQing genes within a tropical japonica rice breeding program.	1882541	GSOR 100682
80	GSOR 100683	TIL: 604.11	Oryza sativa L.	Texas, United States	GSOR	2011	DEVELOPED	2011	Genetic material	This set of 123 TILs containing molecularly tagged portions of the indica TeQing genome now introgressed into the genetic background of Lemont, a U.S. tropical japonica rice cultivar. This mapping population was developed to support efforts to identify, validate, fine-map, and further evaluate the phenotypic effects of TeQing and Lemont genes/QTLs. Based on molecular characterization of 178 SSR loci, each TIL contains from one to 20 non-contiguous introgressed segments. The introgressions vary in length from a single marker (approximately 1.8 cM in length) up to 162 cM. Different portions of the TeQing genome are contained in each of the 123 TILs, with all segments of the TeQing genome now contained in one or more TILs. As a set of molecularly characterized chromosome segment substitution lines (CSSLs), this population of TILs is useful for QTL de novo mapping. Smaller subsets of TILs can be selected to more efficiently validate previously mapped loci, or to pursue fine-mapping. Because the TILs contain molecularly tagged TeQing loci now introgressed into the Lemont genetic background, they are uniquely suited for determining the breeding value of TeQing genes within a tropical japonica rice breeding program.	1882542	GSOR 100683
81	GSOR 100684	TIL: 604.221	Oryza sativa L.	Texas, United States	GSOR	2011	DEVELOPED	2011	Genetic material	This set of 123 TILs containing molecularly tagged portions of the indica TeQing genome now introgressed into the genetic background of Lemont, a U.S. tropical japonica rice cultivar. This mapping population was developed to support efforts to identify, validate, fine-map, and further evaluate the phenotypic effects of TeQing and Lemont genes/QTLs. Based on molecular characterization of 178 SSR loci, each TIL contains from one to 20 non-contiguous introgressed segments. The introgressions vary in length from a single marker (approximately 1.8 cM in length) up to 162 cM. Different portions of the TeQing genome are contained in each of the 123 TILs, with all segments of the TeQing genome now contained in one or more TILs. As a set of molecularly characterized chromosome segment substitution lines (CSSLs), this population of TILs is useful for QTL de novo mapping. Smaller subsets of TILs can be selected to more efficiently validate previously mapped loci, or to pursue fine-mapping. Because the TILs contain molecularly tagged TeQing loci now introgressed into the Lemont genetic background, they are uniquely suited for determining the breeding value of TeQing genes within a tropical japonica rice breeding program.	1882543	GSOR 100684
82	GSOR 100685	TIL: 605	Oryza sativa L.	Texas, United States	GSOR	2011	DEVELOPED	2011	Genetic material	This set of 123 TILs containing molecularly tagged portions of the indica TeQing genome now introgressed into the genetic background of Lemont, a U.S. tropical japonica rice cultivar. This mapping population was developed to support efforts to identify, validate, fine-map, and further evaluate the phenotypic effects of TeQing and Lemont genes/QTLs. Based on molecular characterization of 178 SSR loci, each TIL contains from one to 20 non-contiguous introgressed segments. The introgressions vary in length from a single marker (approximately 1.8 cM in length) up to 162 cM. Different portions of the TeQing genome are contained in each of the 123 TILs, with all segments of the TeQing genome now contained in one or more TILs. As a set of molecularly characterized chromosome segment substitution lines (CSSLs), this population of TILs is useful for QTL de novo mapping. Smaller subsets of TILs can be selected to more efficiently validate previously mapped loci, or to pursue fine-mapping. Because the TILs contain molecularly tagged TeQing loci now introgressed into the Lemont genetic background, they are uniquely suited for determining the breeding value of TeQing genes within a tropical japonica rice breeding program.	1882544	GSOR 100685
83	GSOR 100686	TIL: 607.1	Oryza sativa L.	Texas, United States	GSOR	2011	DEVELOPED	2011	Genetic material	This set of 123 TILs containing molecularly tagged portions of the indica TeQing genome now introgressed into the genetic background of Lemont, a U.S. tropical japonica rice cultivar. This mapping population was developed to support efforts to identify, validate, fine-map, and further evaluate the phenotypic effects of TeQing and Lemont genes/QTLs. Based on molecular characterization of 178 SSR loci, each TIL contains from one to 20 non-contiguous introgressed segments. The introgressions vary in length from a single marker (approximately 1.8 cM in length) up to 162 cM. Different portions of the TeQing genome are contained in each of the 123 TILs, with all segments of the TeQing genome now contained in one or more TILs. As a set of molecularly characterized chromosome segment substitution lines (CSSLs), this population of TILs is useful for QTL de novo mapping. Smaller subsets of TILs can be selected to more efficiently validate previously mapped loci, or to pursue fine-mapping. Because the TILs contain molecularly tagged TeQing loci now introgressed into the Lemont genetic background, they are uniquely suited for determining the breeding value of TeQing genes within a tropical japonica rice breeding program.	1882545	GSOR 100686
84	GSOR 100687	TIL: 607.2	Oryza sativa L.	Texas, United States	GSOR	2011	DEVELOPED	2011	Genetic material	This set of 123 TILs containing molecularly tagged portions of the indica TeQing genome now introgressed into the genetic background of Lemont, a U.S. tropical japonica rice cultivar. This mapping population was developed to support efforts to identify, validate, fine-map, and further evaluate the phenotypic effects of TeQing and Lemont genes/QTLs. Based on molecular characterization of 178 SSR loci, each TIL contains from one to 20 non-contiguous introgressed segments. The introgressions vary in length from a single marker (approximately 1.8 cM in length) up to 162 cM. Different portions of the TeQing genome are contained in each of the 123 TILs, with all segments of the TeQing genome now contained in one or more TILs. As a set of molecularly characterized chromosome segment substitution lines (CSSLs), this population of TILs is useful for QTL de novo mapping. Smaller subsets of TILs can be selected to more efficiently validate previously mapped loci, or to pursue fine-mapping. Because the TILs contain molecularly tagged TeQing loci now introgressed into the Lemont genetic background, they are uniquely suited for determining the breeding value of TeQing genes within a tropical japonica rice breeding program.	1882546	GSOR 100687
85	GSOR 100688	TIL: 609.2	Oryza sativa L.	Texas, United States	GSOR	2011	DEVELOPED	2011	Genetic material	This set of 123 TILs containing molecularly tagged portions of the indica TeQing genome now introgressed into the genetic background of Lemont, a U.S. tropical japonica rice cultivar. This mapping population was developed to support efforts to identify, validate, fine-map, and further evaluate the phenotypic effects of TeQing and Lemont genes/QTLs. Based on molecular characterization of 178 SSR loci, each TIL contains from one to 20 non-contiguous introgressed segments. The introgressions vary in length from a single marker (approximately 1.8 cM in length) up to 162 cM. Different portions of the TeQing genome are contained in each of the 123 TILs, with all segments of the TeQing genome now contained in one or more TILs. As a set of molecularly characterized chromosome segment substitution lines (CSSLs), this population of TILs is useful for QTL de novo mapping. Smaller subsets of TILs can be selected to more efficiently validate previously mapped loci, or to pursue fine-mapping. Because the TILs contain molecularly tagged TeQing loci now introgressed into the Lemont genetic background, they are uniquely suited for determining the breeding value of TeQing genes within a tropical japonica rice breeding program.	1882547	GSOR 100688
86	GSOR 100689	TIL: 610.11	Oryza sativa L.	Texas, United States	GSOR	2011	DEVELOPED	2011	Genetic material	This set of 123 TILs containing molecularly tagged portions of the indica TeQing genome now introgressed into the genetic background of Lemont, a U.S. tropical japonica rice cultivar. This mapping population was developed to support efforts to identify, validate, fine-map, and further evaluate the phenotypic effects of TeQing and Lemont genes/QTLs. Based on molecular characterization of 178 SSR loci, each TIL contains from one to 20 non-contiguous introgressed segments. The introgressions vary in length from a single marker (approximately 1.8 cM in length) up to 162 cM. Different portions of the TeQing genome are contained in each of the 123 TILs, with all segments of the TeQing genome now contained in one or more TILs. As a set of molecularly characterized chromosome segment substitution lines (CSSLs), this population of TILs is useful for QTL de novo mapping. Smaller subsets of TILs can be selected to more efficiently validate previously mapped loci, or to pursue fine-mapping. Because the TILs contain molecularly tagged TeQing loci now introgressed into the Lemont genetic background, they are uniquely suited for determining the breeding value of TeQing genes within a tropical japonica rice breeding program.	1882548	GSOR 100689
87	GSOR 100690	TIL: 610.12	Oryza sativa L.	Texas, United States	GSOR	2011	DEVELOPED	2011	Genetic material	This set of 123 TILs containing molecularly tagged portions of the indica TeQing genome now introgressed into the genetic background of Lemont, a U.S. tropical japonica rice cultivar. This mapping population was developed to support efforts to identify, validate, fine-map, and further evaluate the phenotypic effects of TeQing and Lemont genes/QTLs. Based on molecular characterization of 178 SSR loci, each TIL contains from one to 20 non-contiguous introgressed segments. The introgressions vary in length from a single marker (approximately 1.8 cM in length) up to 162 cM. Different portions of the TeQing genome are contained in each of the 123 TILs, with all segments of the TeQing genome now contained in one or more TILs. As a set of molecularly characterized chromosome segment substitution lines (CSSLs), this population of TILs is useful for QTL de novo mapping. Smaller subsets of TILs can be selected to more efficiently validate previously mapped loci, or to pursue fine-mapping. Because the TILs contain molecularly tagged TeQing loci now introgressed into the Lemont genetic background, they are uniquely suited for determining the breeding value of TeQing genes within a tropical japonica rice breeding program.	1882549	GSOR 100690
88	GSOR 100691	TIL: 613	Oryza sativa L.	Texas, United States	GSOR	2011	DEVELOPED	2011	Genetic material	This set of 123 TILs containing molecularly tagged portions of the indica TeQing genome now introgressed into the genetic background of Lemont, a U.S. tropical japonica rice cultivar. This mapping population was developed to support efforts to identify, validate, fine-map, and further evaluate the phenotypic effects of TeQing and Lemont genes/QTLs. Based on molecular characterization of 178 SSR loci, each TIL contains from one to 20 non-contiguous introgressed segments. The introgressions vary in length from a single marker (approximately 1.8 cM in length) up to 162 cM. Different portions of the TeQing genome are contained in each of the 123 TILs, with all segments of the TeQing genome now contained in one or more TILs. As a set of molecularly characterized chromosome segment substitution lines (CSSLs), this population of TILs is useful for QTL de novo mapping. Smaller subsets of TILs can be selected to more efficiently validate previously mapped loci, or to pursue fine-mapping. Because the TILs contain molecularly tagged TeQing loci now introgressed into the Lemont genetic background, they are uniquely suited for determining the breeding value of TeQing genes within a tropical japonica rice breeding program.	1882550	GSOR 100691
89	GSOR 100692	TIL: 614	Oryza sativa L.	Texas, United States	GSOR	2011	DEVELOPED	2011	Genetic material	This set of 123 TILs containing molecularly tagged portions of the indica TeQing genome now introgressed into the genetic background of Lemont, a U.S. tropical japonica rice cultivar. This mapping population was developed to support efforts to identify, validate, fine-map, and further evaluate the phenotypic effects of TeQing and Lemont genes/QTLs. Based on molecular characterization of 178 SSR loci, each TIL contains from one to 20 non-contiguous introgressed segments. The introgressions vary in length from a single marker (approximately 1.8 cM in length) up to 162 cM. Different portions of the TeQing genome are contained in each of the 123 TILs, with all segments of the TeQing genome now contained in one or more TILs. As a set of molecularly characterized chromosome segment substitution lines (CSSLs), this population of TILs is useful for QTL de novo mapping. Smaller subsets of TILs can be selected to more efficiently validate previously mapped loci, or to pursue fine-mapping. Because the TILs contain molecularly tagged TeQing loci now introgressed into the Lemont genetic background, they are uniquely suited for determining the breeding value of TeQing genes within a tropical japonica rice breeding program.	1882551	GSOR 100692
90	GSOR 100693	TIL: 615	Oryza sativa L.	Texas, United States	GSOR	2011	DEVELOPED	2011	Genetic material	This set of 123 TILs containing molecularly tagged portions of the indica TeQing genome now introgressed into the genetic background of Lemont, a U.S. tropical japonica rice cultivar. This mapping population was developed to support efforts to identify, validate, fine-map, and further evaluate the phenotypic effects of TeQing and Lemont genes/QTLs. Based on molecular characterization of 178 SSR loci, each TIL contains from one to 20 non-contiguous introgressed segments. The introgressions vary in length from a single marker (approximately 1.8 cM in length) up to 162 cM. Different portions of the TeQing genome are contained in each of the 123 TILs, with all segments of the TeQing genome now contained in one or more TILs. As a set of molecularly characterized chromosome segment substitution lines (CSSLs), this population of TILs is useful for QTL de novo mapping. Smaller subsets of TILs can be selected to more efficiently validate previously mapped loci, or to pursue fine-mapping. Because the TILs contain molecularly tagged TeQing loci now introgressed into the Lemont genetic background, they are uniquely suited for determining the breeding value of TeQing genes within a tropical japonica rice breeding program.	1882552	GSOR 100693
91	GSOR 100694	TIL: 615.11	Oryza sativa L.	Texas, United States	GSOR	2011	DEVELOPED	2011	Genetic material	This set of 123 TILs containing molecularly tagged portions of the indica TeQing genome now introgressed into the genetic background of Lemont, a U.S. tropical japonica rice cultivar. This mapping population was developed to support efforts to identify, validate, fine-map, and further evaluate the phenotypic effects of TeQing and Lemont genes/QTLs. Based on molecular characterization of 178 SSR loci, each TIL contains from one to 20 non-contiguous introgressed segments. The introgressions vary in length from a single marker (approximately 1.8 cM in length) up to 162 cM. Different portions of the TeQing genome are contained in each of the 123 TILs, with all segments of the TeQing genome now contained in one or more TILs. As a set of molecularly characterized chromosome segment substitution lines (CSSLs), this population of TILs is useful for QTL de novo mapping. Smaller subsets of TILs can be selected to more efficiently validate previously mapped loci, or to pursue fine-mapping. Because the TILs contain molecularly tagged TeQing loci now introgressed into the Lemont genetic background, they are uniquely suited for determining the breeding value of TeQing genes within a tropical japonica rice breeding program.	1882553	GSOR 100694
92	GSOR 100695	TIL: 617	Oryza sativa L.	Texas, United States	GSOR	2011	DEVELOPED	2011	Genetic material	This set of 123 TILs containing molecularly tagged portions of the indica TeQing genome now introgressed into the genetic background of Lemont, a U.S. tropical japonica rice cultivar. This mapping population was developed to support efforts to identify, validate, fine-map, and further evaluate the phenotypic effects of TeQing and Lemont genes/QTLs. Based on molecular characterization of 178 SSR loci, each TIL contains from one to 20 non-contiguous introgressed segments. The introgressions vary in length from a single marker (approximately 1.8 cM in length) up to 162 cM. Different portions of the TeQing genome are contained in each of the 123 TILs, with all segments of the TeQing genome now contained in one or more TILs. As a set of molecularly characterized chromosome segment substitution lines (CSSLs), this population of TILs is useful for QTL de novo mapping. Smaller subsets of TILs can be selected to more efficiently validate previously mapped loci, or to pursue fine-mapping. Because the TILs contain molecularly tagged TeQing loci now introgressed into the Lemont genetic background, they are uniquely suited for determining the breeding value of TeQing genes within a tropical japonica rice breeding program.	1882554	GSOR 100695
93	GSOR 100696	TIL: 621	Oryza sativa L.	Texas, United States	GSOR	2011	DEVELOPED	2011	Genetic material	This set of 123 TILs containing molecularly tagged portions of the indica TeQing genome now introgressed into the genetic background of Lemont, a U.S. tropical japonica rice cultivar. This mapping population was developed to support efforts to identify, validate, fine-map, and further evaluate the phenotypic effects of TeQing and Lemont genes/QTLs. Based on molecular characterization of 178 SSR loci, each TIL contains from one to 20 non-contiguous introgressed segments. The introgressions vary in length from a single marker (approximately 1.8 cM in length) up to 162 cM. Different portions of the TeQing genome are contained in each of the 123 TILs, with all segments of the TeQing genome now contained in one or more TILs. As a set of molecularly characterized chromosome segment substitution lines (CSSLs), this population of TILs is useful for QTL de novo mapping. Smaller subsets of TILs can be selected to more efficiently validate previously mapped loci, or to pursue fine-mapping. Because the TILs contain molecularly tagged TeQing loci now introgressed into the Lemont genetic background, they are uniquely suited for determining the breeding value of TeQing genes within a tropical japonica rice breeding program.	1882555	GSOR 100696
94	GSOR 100697	TIL: 622	Oryza sativa L.	Texas, United States	GSOR	2011	DEVELOPED	2011	Genetic material	This set of 123 TILs containing molecularly tagged portions of the indica TeQing genome now introgressed into the genetic background of Lemont, a U.S. tropical japonica rice cultivar. This mapping population was developed to support efforts to identify, validate, fine-map, and further evaluate the phenotypic effects of TeQing and Lemont genes/QTLs. Based on molecular characterization of 178 SSR loci, each TIL contains from one to 20 non-contiguous introgressed segments. The introgressions vary in length from a single marker (approximately 1.8 cM in length) up to 162 cM. Different portions of the TeQing genome are contained in each of the 123 TILs, with all segments of the TeQing genome now contained in one or more TILs. As a set of molecularly characterized chromosome segment substitution lines (CSSLs), this population of TILs is useful for QTL de novo mapping. Smaller subsets of TILs can be selected to more efficiently validate previously mapped loci, or to pursue fine-mapping. Because the TILs contain molecularly tagged TeQing loci now introgressed into the Lemont genetic background, they are uniquely suited for determining the breeding value of TeQing genes within a tropical japonica rice breeding program.	1882556	GSOR 100697
95	GSOR 100698	TIL: 625	Oryza sativa L.	Texas, United States	GSOR	2011	DEVELOPED	2011	Genetic material	This set of 123 TILs containing molecularly tagged portions of the indica TeQing genome now introgressed into the genetic background of Lemont, a U.S. tropical japonica rice cultivar. This mapping population was developed to support efforts to identify, validate, fine-map, and further evaluate the phenotypic effects of TeQing and Lemont genes/QTLs. Based on molecular characterization of 178 SSR loci, each TIL contains from one to 20 non-contiguous introgressed segments. The introgressions vary in length from a single marker (approximately 1.8 cM in length) up to 162 cM. Different portions of the TeQing genome are contained in each of the 123 TILs, with all segments of the TeQing genome now contained in one or more TILs. As a set of molecularly characterized chromosome segment substitution lines (CSSLs), this population of TILs is useful for QTL de novo mapping. Smaller subsets of TILs can be selected to more efficiently validate previously mapped loci, or to pursue fine-mapping. Because the TILs contain molecularly tagged TeQing loci now introgressed into the Lemont genetic background, they are uniquely suited for determining the breeding value of TeQing genes within a tropical japonica rice breeding program.	1882557	GSOR 100698
96	GSOR 100699	TIL: 626	Oryza sativa L.	Texas, United States	GSOR	2011	DEVELOPED	2011	Genetic material	This set of 123 TILs containing molecularly tagged portions of the indica TeQing genome now introgressed into the genetic background of Lemont, a U.S. tropical japonica rice cultivar. This mapping population was developed to support efforts to identify, validate, fine-map, and further evaluate the phenotypic effects of TeQing and Lemont genes/QTLs. Based on molecular characterization of 178 SSR loci, each TIL contains from one to 20 non-contiguous introgressed segments. The introgressions vary in length from a single marker (approximately 1.8 cM in length) up to 162 cM. Different portions of the TeQing genome are contained in each of the 123 TILs, with all segments of the TeQing genome now contained in one or more TILs. As a set of molecularly characterized chromosome segment substitution lines (CSSLs), this population of TILs is useful for QTL de novo mapping. Smaller subsets of TILs can be selected to more efficiently validate previously mapped loci, or to pursue fine-mapping. Because the TILs contain molecularly tagged TeQing loci now introgressed into the Lemont genetic background, they are uniquely suited for determining the breeding value of TeQing genes within a tropical japonica rice breeding program.	1882558	GSOR 100699
97	GSOR 100700	TIL: 628	Oryza sativa L.	Texas, United States	GSOR	2011	DEVELOPED	2011	Genetic material	This set of 123 TILs containing molecularly tagged portions of the indica TeQing genome now introgressed into the genetic background of Lemont, a U.S. tropical japonica rice cultivar. This mapping population was developed to support efforts to identify, validate, fine-map, and further evaluate the phenotypic effects of TeQing and Lemont genes/QTLs. Based on molecular characterization of 178 SSR loci, each TIL contains from one to 20 non-contiguous introgressed segments. The introgressions vary in length from a single marker (approximately 1.8 cM in length) up to 162 cM. Different portions of the TeQing genome are contained in each of the 123 TILs, with all segments of the TeQing genome now contained in one or more TILs. As a set of molecularly characterized chromosome segment substitution lines (CSSLs), this population of TILs is useful for QTL de novo mapping. Smaller subsets of TILs can be selected to more efficiently validate previously mapped loci, or to pursue fine-mapping. Because the TILs contain molecularly tagged TeQing loci now introgressed into the Lemont genetic background, they are uniquely suited for determining the breeding value of TeQing genes within a tropical japonica rice breeding program.	1882559	GSOR 100700
98	GSOR 100701	TIL: 633	Oryza sativa L.	Texas, United States	GSOR	2011	DEVELOPED	2011	Genetic material	This set of 123 TILs containing molecularly tagged portions of the indica TeQing genome now introgressed into the genetic background of Lemont, a U.S. tropical japonica rice cultivar. This mapping population was developed to support efforts to identify, validate, fine-map, and further evaluate the phenotypic effects of TeQing and Lemont genes/QTLs. Based on molecular characterization of 178 SSR loci, each TIL contains from one to 20 non-contiguous introgressed segments. The introgressions vary in length from a single marker (approximately 1.8 cM in length) up to 162 cM. Different portions of the TeQing genome are contained in each of the 123 TILs, with all segments of the TeQing genome now contained in one or more TILs. As a set of molecularly characterized chromosome segment substitution lines (CSSLs), this population of TILs is useful for QTL de novo mapping. Smaller subsets of TILs can be selected to more efficiently validate previously mapped loci, or to pursue fine-mapping. Because the TILs contain molecularly tagged TeQing loci now introgressed into the Lemont genetic background, they are uniquely suited for determining the breeding value of TeQing genes within a tropical japonica rice breeding program.	1882560	GSOR 100701
99	GSOR 100702	TIL: 634	Oryza sativa L.	Texas, United States	GSOR	2011	DEVELOPED	2011	Genetic material	This set of 123 TILs containing molecularly tagged portions of the indica TeQing genome now introgressed into the genetic background of Lemont, a U.S. tropical japonica rice cultivar. This mapping population was developed to support efforts to identify, validate, fine-map, and further evaluate the phenotypic effects of TeQing and Lemont genes/QTLs. Based on molecular characterization of 178 SSR loci, each TIL contains from one to 20 non-contiguous introgressed segments. The introgressions vary in length from a single marker (approximately 1.8 cM in length) up to 162 cM. Different portions of the TeQing genome are contained in each of the 123 TILs, with all segments of the TeQing genome now contained in one or more TILs. As a set of molecularly characterized chromosome segment substitution lines (CSSLs), this population of TILs is useful for QTL de novo mapping. Smaller subsets of TILs can be selected to more efficiently validate previously mapped loci, or to pursue fine-mapping. Because the TILs contain molecularly tagged TeQing loci now introgressed into the Lemont genetic background, they are uniquely suited for determining the breeding value of TeQing genes within a tropical japonica rice breeding program.	1882561	GSOR 100702
100	GSOR 100703	TIL: 640	Oryza sativa L.	Texas, United States	GSOR	2011	DEVELOPED	2011	Genetic material	This set of 123 TILs containing molecularly tagged portions of the indica TeQing genome now introgressed into the genetic background of Lemont, a U.S. tropical japonica rice cultivar. This mapping population was developed to support efforts to identify, validate, fine-map, and further evaluate the phenotypic effects of TeQing and Lemont genes/QTLs. Based on molecular characterization of 178 SSR loci, each TIL contains from one to 20 non-contiguous introgressed segments. The introgressions vary in length from a single marker (approximately 1.8 cM in length) up to 162 cM. Different portions of the TeQing genome are contained in each of the 123 TILs, with all segments of the TeQing genome now contained in one or more TILs. As a set of molecularly characterized chromosome segment substitution lines (CSSLs), this population of TILs is useful for QTL de novo mapping. Smaller subsets of TILs can be selected to more efficiently validate previously mapped loci, or to pursue fine-mapping. Because the TILs contain molecularly tagged TeQing loci now introgressed into the Lemont genetic background, they are uniquely suited for determining the breeding value of TeQing genes within a tropical japonica rice breeding program.	1882562	GSOR 100703
101	GSOR 100704	TIL: 642	Oryza sativa L.	Texas, United States	GSOR	2011	DEVELOPED	2011	Genetic material	This set of 123 TILs containing molecularly tagged portions of the indica TeQing genome now introgressed into the genetic background of Lemont, a U.S. tropical japonica rice cultivar. This mapping population was developed to support efforts to identify, validate, fine-map, and further evaluate the phenotypic effects of TeQing and Lemont genes/QTLs. Based on molecular characterization of 178 SSR loci, each TIL contains from one to 20 non-contiguous introgressed segments. The introgressions vary in length from a single marker (approximately 1.8 cM in length) up to 162 cM. Different portions of the TeQing genome are contained in each of the 123 TILs, with all segments of the TeQing genome now contained in one or more TILs. As a set of molecularly characterized chromosome segment substitution lines (CSSLs), this population of TILs is useful for QTL de novo mapping. Smaller subsets of TILs can be selected to more efficiently validate previously mapped loci, or to pursue fine-mapping. Because the TILs contain molecularly tagged TeQing loci now introgressed into the Lemont genetic background, they are uniquely suited for determining the breeding value of TeQing genes within a tropical japonica rice breeding program.	1882563	GSOR 100704
102	GSOR 100705	TIL: 643	Oryza sativa L.	Texas, United States	GSOR	2011	DEVELOPED	2011	Genetic material	This set of 123 TILs containing molecularly tagged portions of the indica TeQing genome now introgressed into the genetic background of Lemont, a U.S. tropical japonica rice cultivar. This mapping population was developed to support efforts to identify, validate, fine-map, and further evaluate the phenotypic effects of TeQing and Lemont genes/QTLs. Based on molecular characterization of 178 SSR loci, each TIL contains from one to 20 non-contiguous introgressed segments. The introgressions vary in length from a single marker (approximately 1.8 cM in length) up to 162 cM. Different portions of the TeQing genome are contained in each of the 123 TILs, with all segments of the TeQing genome now contained in one or more TILs. As a set of molecularly characterized chromosome segment substitution lines (CSSLs), this population of TILs is useful for QTL de novo mapping. Smaller subsets of TILs can be selected to more efficiently validate previously mapped loci, or to pursue fine-mapping. Because the TILs contain molecularly tagged TeQing loci now introgressed into the Lemont genetic background, they are uniquely suited for determining the breeding value of TeQing genes within a tropical japonica rice breeding program.	1882564	GSOR 100705
103	GSOR 100706	TIL: 647	Oryza sativa L.	Texas, United States	GSOR	2011	DEVELOPED	2011	Genetic material	This set of 123 TILs containing molecularly tagged portions of the indica TeQing genome now introgressed into the genetic background of Lemont, a U.S. tropical japonica rice cultivar. This mapping population was developed to support efforts to identify, validate, fine-map, and further evaluate the phenotypic effects of TeQing and Lemont genes/QTLs. Based on molecular characterization of 178 SSR loci, each TIL contains from one to 20 non-contiguous introgressed segments. The introgressions vary in length from a single marker (approximately 1.8 cM in length) up to 162 cM. Different portions of the TeQing genome are contained in each of the 123 TILs, with all segments of the TeQing genome now contained in one or more TILs. As a set of molecularly characterized chromosome segment substitution lines (CSSLs), this population of TILs is useful for QTL de novo mapping. Smaller subsets of TILs can be selected to more efficiently validate previously mapped loci, or to pursue fine-mapping. Because the TILs contain molecularly tagged TeQing loci now introgressed into the Lemont genetic background, they are uniquely suited for determining the breeding value of TeQing genes within a tropical japonica rice breeding program.	1882565	GSOR 100706
104	GSOR 100707	TIL: 649	Oryza sativa L.	Texas, United States	GSOR	2011	DEVELOPED	2011	Genetic material	This set of 123 TILs containing molecularly tagged portions of the indica TeQing genome now introgressed into the genetic background of Lemont, a U.S. tropical japonica rice cultivar. This mapping population was developed to support efforts to identify, validate, fine-map, and further evaluate the phenotypic effects of TeQing and Lemont genes/QTLs. Based on molecular characterization of 178 SSR loci, each TIL contains from one to 20 non-contiguous introgressed segments. The introgressions vary in length from a single marker (approximately 1.8 cM in length) up to 162 cM. Different portions of the TeQing genome are contained in each of the 123 TILs, with all segments of the TeQing genome now contained in one or more TILs. As a set of molecularly characterized chromosome segment substitution lines (CSSLs), this population of TILs is useful for QTL de novo mapping. Smaller subsets of TILs can be selected to more efficiently validate previously mapped loci, or to pursue fine-mapping. Because the TILs contain molecularly tagged TeQing loci now introgressed into the Lemont genetic background, they are uniquely suited for determining the breeding value of TeQing genes within a tropical japonica rice breeding program.	1882566	GSOR 100707
105	GSOR 100708	TIL: 651	Oryza sativa L.	Texas, United States	GSOR	2011	DEVELOPED	2011	Genetic material	This set of 123 TILs containing molecularly tagged portions of the indica TeQing genome now introgressed into the genetic background of Lemont, a U.S. tropical japonica rice cultivar. This mapping population was developed to support efforts to identify, validate, fine-map, and further evaluate the phenotypic effects of TeQing and Lemont genes/QTLs. Based on molecular characterization of 178 SSR loci, each TIL contains from one to 20 non-contiguous introgressed segments. The introgressions vary in length from a single marker (approximately 1.8 cM in length) up to 162 cM. Different portions of the TeQing genome are contained in each of the 123 TILs, with all segments of the TeQing genome now contained in one or more TILs. As a set of molecularly characterized chromosome segment substitution lines (CSSLs), this population of TILs is useful for QTL de novo mapping. Smaller subsets of TILs can be selected to more efficiently validate previously mapped loci, or to pursue fine-mapping. Because the TILs contain molecularly tagged TeQing loci now introgressed into the Lemont genetic background, they are uniquely suited for determining the breeding value of TeQing genes within a tropical japonica rice breeding program.	1882567	GSOR 100708
106	GSOR 100709	TIL: 654.12	Oryza sativa L.	Texas, United States	GSOR	2011	DEVELOPED	2011	Genetic material	This set of 123 TILs containing molecularly tagged portions of the indica TeQing genome now introgressed into the genetic background of Lemont, a U.S. tropical japonica rice cultivar. This mapping population was developed to support efforts to identify, validate, fine-map, and further evaluate the phenotypic effects of TeQing and Lemont genes/QTLs. Based on molecular characterization of 178 SSR loci, each TIL contains from one to 20 non-contiguous introgressed segments. The introgressions vary in length from a single marker (approximately 1.8 cM in length) up to 162 cM. Different portions of the TeQing genome are contained in each of the 123 TILs, with all segments of the TeQing genome now contained in one or more TILs. As a set of molecularly characterized chromosome segment substitution lines (CSSLs), this population of TILs is useful for QTL de novo mapping. Smaller subsets of TILs can be selected to more efficiently validate previously mapped loci, or to pursue fine-mapping. Because the TILs contain molecularly tagged TeQing loci now introgressed into the Lemont genetic background, they are uniquely suited for determining the breeding value of TeQing genes within a tropical japonica rice breeding program.	1882568	GSOR 100709
107	GSOR 100710	TIL: 654.13	Oryza sativa L.	Texas, United States	GSOR	2011	DEVELOPED	2011	Genetic material	This set of 123 TILs containing molecularly tagged portions of the indica TeQing genome now introgressed into the genetic background of Lemont, a U.S. tropical japonica rice cultivar. This mapping population was developed to support efforts to identify, validate, fine-map, and further evaluate the phenotypic effects of TeQing and Lemont genes/QTLs. Based on molecular characterization of 178 SSR loci, each TIL contains from one to 20 non-contiguous introgressed segments. The introgressions vary in length from a single marker (approximately 1.8 cM in length) up to 162 cM. Different portions of the TeQing genome are contained in each of the 123 TILs, with all segments of the TeQing genome now contained in one or more TILs. As a set of molecularly characterized chromosome segment substitution lines (CSSLs), this population of TILs is useful for QTL de novo mapping. Smaller subsets of TILs can be selected to more efficiently validate previously mapped loci, or to pursue fine-mapping. Because the TILs contain molecularly tagged TeQing loci now introgressed into the Lemont genetic background, they are uniquely suited for determining the breeding value of TeQing genes within a tropical japonica rice breeding program.	1882569	GSOR 100710
108	GSOR 100711	TIL: 654.21	Oryza sativa L.	Texas, United States	GSOR	2011	DEVELOPED	2011	Genetic material	This set of 123 TILs containing molecularly tagged portions of the indica TeQing genome now introgressed into the genetic background of Lemont, a U.S. tropical japonica rice cultivar. This mapping population was developed to support efforts to identify, validate, fine-map, and further evaluate the phenotypic effects of TeQing and Lemont genes/QTLs. Based on molecular characterization of 178 SSR loci, each TIL contains from one to 20 non-contiguous introgressed segments. The introgressions vary in length from a single marker (approximately 1.8 cM in length) up to 162 cM. Different portions of the TeQing genome are contained in each of the 123 TILs, with all segments of the TeQing genome now contained in one or more TILs. As a set of molecularly characterized chromosome segment substitution lines (CSSLs), this population of TILs is useful for QTL de novo mapping. Smaller subsets of TILs can be selected to more efficiently validate previously mapped loci, or to pursue fine-mapping. Because the TILs contain molecularly tagged TeQing loci now introgressed into the Lemont genetic background, they are uniquely suited for determining the breeding value of TeQing genes within a tropical japonica rice breeding program.	1882570	GSOR 100711
109	GSOR 100712	TIL: 660	Oryza sativa L.	Texas, United States	GSOR	2011	DEVELOPED	2011	Genetic material	This set of 123 TILs containing molecularly tagged portions of the indica TeQing genome now introgressed into the genetic background of Lemont, a U.S. tropical japonica rice cultivar. This mapping population was developed to support efforts to identify, validate, fine-map, and further evaluate the phenotypic effects of TeQing and Lemont genes/QTLs. Based on molecular characterization of 178 SSR loci, each TIL contains from one to 20 non-contiguous introgressed segments. The introgressions vary in length from a single marker (approximately 1.8 cM in length) up to 162 cM. Different portions of the TeQing genome are contained in each of the 123 TILs, with all segments of the TeQing genome now contained in one or more TILs. As a set of molecularly characterized chromosome segment substitution lines (CSSLs), this population of TILs is useful for QTL de novo mapping. Smaller subsets of TILs can be selected to more efficiently validate previously mapped loci, or to pursue fine-mapping. Because the TILs contain molecularly tagged TeQing loci now introgressed into the Lemont genetic background, they are uniquely suited for determining the breeding value of TeQing genes within a tropical japonica rice breeding program.	1882571	GSOR 100712
110	GSOR 100713	TIL: 662	Oryza sativa L.	Texas, United States	GSOR	2011	DEVELOPED	2011	Genetic material	This set of 123 TILs containing molecularly tagged portions of the indica TeQing genome now introgressed into the genetic background of Lemont, a U.S. tropical japonica rice cultivar. This mapping population was developed to support efforts to identify, validate, fine-map, and further evaluate the phenotypic effects of TeQing and Lemont genes/QTLs. Based on molecular characterization of 178 SSR loci, each TIL contains from one to 20 non-contiguous introgressed segments. The introgressions vary in length from a single marker (approximately 1.8 cM in length) up to 162 cM. Different portions of the TeQing genome are contained in each of the 123 TILs, with all segments of the TeQing genome now contained in one or more TILs. As a set of molecularly characterized chromosome segment substitution lines (CSSLs), this population of TILs is useful for QTL de novo mapping. Smaller subsets of TILs can be selected to more efficiently validate previously mapped loci, or to pursue fine-mapping. Because the TILs contain molecularly tagged TeQing loci now introgressed into the Lemont genetic background, they are uniquely suited for determining the breeding value of TeQing genes within a tropical japonica rice breeding program.	1882572	GSOR 100713
111	GSOR 100714	TIL: 663	Oryza sativa L.	Texas, United States	GSOR	2011	DEVELOPED	2011	Genetic material	This set of 123 TILs containing molecularly tagged portions of the indica TeQing genome now introgressed into the genetic background of Lemont, a U.S. tropical japonica rice cultivar. This mapping population was developed to support efforts to identify, validate, fine-map, and further evaluate the phenotypic effects of TeQing and Lemont genes/QTLs. Based on molecular characterization of 178 SSR loci, each TIL contains from one to 20 non-contiguous introgressed segments. The introgressions vary in length from a single marker (approximately 1.8 cM in length) up to 162 cM. Different portions of the TeQing genome are contained in each of the 123 TILs, with all segments of the TeQing genome now contained in one or more TILs. As a set of molecularly characterized chromosome segment substitution lines (CSSLs), this population of TILs is useful for QTL de novo mapping. Smaller subsets of TILs can be selected to more efficiently validate previously mapped loci, or to pursue fine-mapping. Because the TILs contain molecularly tagged TeQing loci now introgressed into the Lemont genetic background, they are uniquely suited for determining the breeding value of TeQing genes within a tropical japonica rice breeding program.	1882573	GSOR 100714
112	GSOR 100715	TIL: 664	Oryza sativa L.	Texas, United States	GSOR	2011	DEVELOPED	2011	Genetic material	This set of 123 TILs containing molecularly tagged portions of the indica TeQing genome now introgressed into the genetic background of Lemont, a U.S. tropical japonica rice cultivar. This mapping population was developed to support efforts to identify, validate, fine-map, and further evaluate the phenotypic effects of TeQing and Lemont genes/QTLs. Based on molecular characterization of 178 SSR loci, each TIL contains from one to 20 non-contiguous introgressed segments. The introgressions vary in length from a single marker (approximately 1.8 cM in length) up to 162 cM. Different portions of the TeQing genome are contained in each of the 123 TILs, with all segments of the TeQing genome now contained in one or more TILs. As a set of molecularly characterized chromosome segment substitution lines (CSSLs), this population of TILs is useful for QTL de novo mapping. Smaller subsets of TILs can be selected to more efficiently validate previously mapped loci, or to pursue fine-mapping. Because the TILs contain molecularly tagged TeQing loci now introgressed into the Lemont genetic background, they are uniquely suited for determining the breeding value of TeQing genes within a tropical japonica rice breeding program.	1882574	GSOR 100715
113	GSOR 100716	TIL: 665	Oryza sativa L.	Texas, United States	GSOR	2011	DEVELOPED	2011	Genetic material	This set of 123 TILs containing molecularly tagged portions of the indica TeQing genome now introgressed into the genetic background of Lemont, a U.S. tropical japonica rice cultivar. This mapping population was developed to support efforts to identify, validate, fine-map, and further evaluate the phenotypic effects of TeQing and Lemont genes/QTLs. Based on molecular characterization of 178 SSR loci, each TIL contains from one to 20 non-contiguous introgressed segments. The introgressions vary in length from a single marker (approximately 1.8 cM in length) up to 162 cM. Different portions of the TeQing genome are contained in each of the 123 TILs, with all segments of the TeQing genome now contained in one or more TILs. As a set of molecularly characterized chromosome segment substitution lines (CSSLs), this population of TILs is useful for QTL de novo mapping. Smaller subsets of TILs can be selected to more efficiently validate previously mapped loci, or to pursue fine-mapping. Because the TILs contain molecularly tagged TeQing loci now introgressed into the Lemont genetic background, they are uniquely suited for determining the breeding value of TeQing genes within a tropical japonica rice breeding program.	1882575	GSOR 100716
114	GSOR 100717	TIL: 666	Oryza sativa L.	Texas, United States	GSOR	2011	DEVELOPED	2011	Genetic material	This set of 123 TILs containing molecularly tagged portions of the indica TeQing genome now introgressed into the genetic background of Lemont, a U.S. tropical japonica rice cultivar. This mapping population was developed to support efforts to identify, validate, fine-map, and further evaluate the phenotypic effects of TeQing and Lemont genes/QTLs. Based on molecular characterization of 178 SSR loci, each TIL contains from one to 20 non-contiguous introgressed segments. The introgressions vary in length from a single marker (approximately 1.8 cM in length) up to 162 cM. Different portions of the TeQing genome are contained in each of the 123 TILs, with all segments of the TeQing genome now contained in one or more TILs. As a set of molecularly characterized chromosome segment substitution lines (CSSLs), this population of TILs is useful for QTL de novo mapping. Smaller subsets of TILs can be selected to more efficiently validate previously mapped loci, or to pursue fine-mapping. Because the TILs contain molecularly tagged TeQing loci now introgressed into the Lemont genetic background, they are uniquely suited for determining the breeding value of TeQing genes within a tropical japonica rice breeding program.	1882576	GSOR 100717
115	GSOR 100718	TIL: 667	Oryza sativa L.	Texas, United States	GSOR	2011	DEVELOPED	2011	Genetic material	This set of 123 TILs containing molecularly tagged portions of the indica TeQing genome now introgressed into the genetic background of Lemont, a U.S. tropical japonica rice cultivar. This mapping population was developed to support efforts to identify, validate, fine-map, and further evaluate the phenotypic effects of TeQing and Lemont genes/QTLs. Based on molecular characterization of 178 SSR loci, each TIL contains from one to 20 non-contiguous introgressed segments. The introgressions vary in length from a single marker (approximately 1.8 cM in length) up to 162 cM. Different portions of the TeQing genome are contained in each of the 123 TILs, with all segments of the TeQing genome now contained in one or more TILs. As a set of molecularly characterized chromosome segment substitution lines (CSSLs), this population of TILs is useful for QTL de novo mapping. Smaller subsets of TILs can be selected to more efficiently validate previously mapped loci, or to pursue fine-mapping. Because the TILs contain molecularly tagged TeQing loci now introgressed into the Lemont genetic background, they are uniquely suited for determining the breeding value of TeQing genes within a tropical japonica rice breeding program.	1882577	GSOR 100718
116	GSOR 100719	TIL: 669.4	Oryza sativa L.	Texas, United States	GSOR	2011	DEVELOPED	2011	Genetic material	This set of 123 TILs containing molecularly tagged portions of the indica TeQing genome now introgressed into the genetic background of Lemont, a U.S. tropical japonica rice cultivar. This mapping population was developed to support efforts to identify, validate, fine-map, and further evaluate the phenotypic effects of TeQing and Lemont genes/QTLs. Based on molecular characterization of 178 SSR loci, each TIL contains from one to 20 non-contiguous introgressed segments. The introgressions vary in length from a single marker (approximately 1.8 cM in length) up to 162 cM. Different portions of the TeQing genome are contained in each of the 123 TILs, with all segments of the TeQing genome now contained in one or more TILs. As a set of molecularly characterized chromosome segment substitution lines (CSSLs), this population of TILs is useful for QTL de novo mapping. Smaller subsets of TILs can be selected to more efficiently validate previously mapped loci, or to pursue fine-mapping. Because the TILs contain molecularly tagged TeQing loci now introgressed into the Lemont genetic background, they are uniquely suited for determining the breeding value of TeQing genes within a tropical japonica rice breeding program.	1882578	GSOR 100719
117	GSOR 100720	TIL: 670.1	Oryza sativa L.	Texas, United States	GSOR	2011	DEVELOPED	2011	Genetic material	This set of 123 TILs containing molecularly tagged portions of the indica TeQing genome now introgressed into the genetic background of Lemont, a U.S. tropical japonica rice cultivar. This mapping population was developed to support efforts to identify, validate, fine-map, and further evaluate the phenotypic effects of TeQing and Lemont genes/QTLs. Based on molecular characterization of 178 SSR loci, each TIL contains from one to 20 non-contiguous introgressed segments. The introgressions vary in length from a single marker (approximately 1.8 cM in length) up to 162 cM. Different portions of the TeQing genome are contained in each of the 123 TILs, with all segments of the TeQing genome now contained in one or more TILs. As a set of molecularly characterized chromosome segment substitution lines (CSSLs), this population of TILs is useful for QTL de novo mapping. Smaller subsets of TILs can be selected to more efficiently validate previously mapped loci, or to pursue fine-mapping. Because the TILs contain molecularly tagged TeQing loci now introgressed into the Lemont genetic background, they are uniquely suited for determining the breeding value of TeQing genes within a tropical japonica rice breeding program.	1882579	GSOR 100720
118	GSOR 100721	TIL: 671	Oryza sativa L.	Texas, United States	GSOR	2011	DEVELOPED	2011	Genetic material	This set of 123 TILs containing molecularly tagged portions of the indica TeQing genome now introgressed into the genetic background of Lemont, a U.S. tropical japonica rice cultivar. This mapping population was developed to support efforts to identify, validate, fine-map, and further evaluate the phenotypic effects of TeQing and Lemont genes/QTLs. Based on molecular characterization of 178 SSR loci, each TIL contains from one to 20 non-contiguous introgressed segments. The introgressions vary in length from a single marker (approximately 1.8 cM in length) up to 162 cM. Different portions of the TeQing genome are contained in each of the 123 TILs, with all segments of the TeQing genome now contained in one or more TILs. As a set of molecularly characterized chromosome segment substitution lines (CSSLs), this population of TILs is useful for QTL de novo mapping. Smaller subsets of TILs can be selected to more efficiently validate previously mapped loci, or to pursue fine-mapping. Because the TILs contain molecularly tagged TeQing loci now introgressed into the Lemont genetic background, they are uniquely suited for determining the breeding value of TeQing genes within a tropical japonica rice breeding program.	1882580	GSOR 100721
119	GSOR 100722	TIL: 673	Oryza sativa L.	Texas, United States	GSOR	2011	DEVELOPED	2011	Genetic material	This set of 123 TILs containing molecularly tagged portions of the indica TeQing genome now introgressed into the genetic background of Lemont, a U.S. tropical japonica rice cultivar. This mapping population was developed to support efforts to identify, validate, fine-map, and further evaluate the phenotypic effects of TeQing and Lemont genes/QTLs. Based on molecular characterization of 178 SSR loci, each TIL contains from one to 20 non-contiguous introgressed segments. The introgressions vary in length from a single marker (approximately 1.8 cM in length) up to 162 cM. Different portions of the TeQing genome are contained in each of the 123 TILs, with all segments of the TeQing genome now contained in one or more TILs. As a set of molecularly characterized chromosome segment substitution lines (CSSLs), this population of TILs is useful for QTL de novo mapping. Smaller subsets of TILs can be selected to more efficiently validate previously mapped loci, or to pursue fine-mapping. Because the TILs contain molecularly tagged TeQing loci now introgressed into the Lemont genetic background, they are uniquely suited for determining the breeding value of TeQing genes within a tropical japonica rice breeding program.	1882581	GSOR 100722
120	GSOR 100723	TIL: 677	Oryza sativa L.	Texas, United States	GSOR	2011	DEVELOPED	2011	Genetic material	This set of 123 TILs containing molecularly tagged portions of the indica TeQing genome now introgressed into the genetic background of Lemont, a U.S. tropical japonica rice cultivar. This mapping population was developed to support efforts to identify, validate, fine-map, and further evaluate the phenotypic effects of TeQing and Lemont genes/QTLs. Based on molecular characterization of 178 SSR loci, each TIL contains from one to 20 non-contiguous introgressed segments. The introgressions vary in length from a single marker (approximately 1.8 cM in length) up to 162 cM. Different portions of the TeQing genome are contained in each of the 123 TILs, with all segments of the TeQing genome now contained in one or more TILs. As a set of molecularly characterized chromosome segment substitution lines (CSSLs), this population of TILs is useful for QTL de novo mapping. Smaller subsets of TILs can be selected to more efficiently validate previously mapped loci, or to pursue fine-mapping. Because the TILs contain molecularly tagged TeQing loci now introgressed into the Lemont genetic background, they are uniquely suited for determining the breeding value of TeQing genes within a tropical japonica rice breeding program.	1882582	GSOR 100723
121	GSOR 100724	TIL: 678	Oryza sativa L.	Texas, United States	GSOR	2011	DEVELOPED	2011	Genetic material	This set of 123 TILs containing molecularly tagged portions of the indica TeQing genome now introgressed into the genetic background of Lemont, a U.S. tropical japonica rice cultivar. This mapping population was developed to support efforts to identify, validate, fine-map, and further evaluate the phenotypic effects of TeQing and Lemont genes/QTLs. Based on molecular characterization of 178 SSR loci, each TIL contains from one to 20 non-contiguous introgressed segments. The introgressions vary in length from a single marker (approximately 1.8 cM in length) up to 162 cM. Different portions of the TeQing genome are contained in each of the 123 TILs, with all segments of the TeQing genome now contained in one or more TILs. As a set of molecularly characterized chromosome segment substitution lines (CSSLs), this population of TILs is useful for QTL de novo mapping. Smaller subsets of TILs can be selected to more efficiently validate previously mapped loci, or to pursue fine-mapping. Because the TILs contain molecularly tagged TeQing loci now introgressed into the Lemont genetic background, they are uniquely suited for determining the breeding value of TeQing genes within a tropical japonica rice breeding program.	1882583	GSOR 100724
122	GSOR 100725	Lemont (parent)	Oryza sativa L.	Texas, United States	GSOR	2011	DEVELOPED	2011	Genetic material	This set of 123 TILs containing molecularly tagged portions of the indica TeQing genome now introgressed into the genetic background of Lemont, a U.S. tropical japonica rice cultivar. This mapping population was developed to support efforts to identify, validate, fine-map, and further evaluate the phenotypic effects of TeQing and Lemont genes/QTLs. Based on molecular characterization of 178 SSR loci, each TIL contains from one to 20 non-contiguous introgressed segments. The introgressions vary in length from a single marker (approximately 1.8 cM in length) up to 162 cM. Different portions of the TeQing genome are contained in each of the 123 TILs, with all segments of the TeQing genome now contained in one or more TILs. As a set of molecularly characterized chromosome segment substitution lines (CSSLs), this population of TILs is useful for QTL de novo mapping. Smaller subsets of TILs can be selected to more efficiently validate previously mapped loci, or to pursue fine-mapping. Because the TILs contain molecularly tagged TeQing loci now introgressed into the Lemont genetic background, they are uniquely suited for determining the breeding value of TeQing genes within a tropical japonica rice breeding program.	1882584	GSOR 100725
123	GSOR 100726	TeQing (parent)	Oryza sativa L.	Texas, United States	GSOR	2011	DEVELOPED	2011	Genetic material	This set of 123 TILs containing molecularly tagged portions of the indica TeQing genome now introgressed into the genetic background of Lemont, a U.S. tropical japonica rice cultivar. This mapping population was developed to support efforts to identify, validate, fine-map, and further evaluate the phenotypic effects of TeQing and Lemont genes/QTLs. Based on molecular characterization of 178 SSR loci, each TIL contains from one to 20 non-contiguous introgressed segments. The introgressions vary in length from a single marker (approximately 1.8 cM in length) up to 162 cM. Different portions of the TeQing genome are contained in each of the 123 TILs, with all segments of the TeQing genome now contained in one or more TILs. As a set of molecularly characterized chromosome segment substitution lines (CSSLs), this population of TILs is useful for QTL de novo mapping. Smaller subsets of TILs can be selected to more efficiently validate previously mapped loci, or to pursue fine-mapping. Because the TILs contain molecularly tagged TeQing loci now introgressed into the Lemont genetic background, they are uniquely suited for determining the breeding value of TeQing genes within a tropical japonica rice breeding program.	1882585	GSOR 100726

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