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ACCESSIONPLANT NAMETAXONOMYORIGINGENEBANKIMAGEAVAILABILITYRECEIVEDSOURCE TYPESOURCE DATECOLLECTION SITECOORDINATESELEVATIONHABITATIMPROVEMENT LEVELNARRATIVE
0PI 699246W1411 (+2J1d)×Triticosecale sp.North Dakota, United StatesNSGCKERNELS2021DEVELOPEDGenetic materialEleven hexaploid triticale addition lines each with an added chromosome from Thinopyrum distichum have been developed and described over a number of years (both at the University of Stellenbosch, South Africa and NDSU, USA). The Th. distichum addition chromosomes have been allocated to chromosome groups based on collinearity with common wheat and Th. elongatum, but were arbitrarily placed in either of the J1d or J2d genomes. This addition chromosome set represents eleven of the 14 Th. distichum chromosomes (1J2d, 3J2d and 5J2d could not be obtained) and constitutes a useful resource for further study and utilization of genetic variability from this wild relative in triticale and wheat breeding. [See PI 699246 - 699256 for the set.]2121092PI 699246
1PI 699247W1412G (+3J1d)×Triticosecale sp.North Dakota, United StatesNSGCKERNELS2021DEVELOPEDGenetic materialEleven hexaploid triticale addition lines each with an added chromosome from Thinopyrum distichum have been developed and described over a number of years (both at the University of Stellenbosch, South Africa and NDSU, USA). The Th. distichum addition chromosomes have been allocated to chromosome groups based on collinearity with common wheat and Th. elongatum, but were arbitrarily placed in either of the J1d or J2d genomes. This addition chromosome set represents eleven of the 14 Th. distichum chromosomes (1J2d, 3J2d and 5J2d could not be obtained) and constitutes a useful resource for further study and utilization of genetic variability from this wild relative in triticale and wheat breeding. [See PI 699246 - 699256 for the set.]2121093PI 699247
2PI 699248W1414 (+1J1d)×Triticosecale sp.North Dakota, United StatesNSGCKERNELS2021DEVELOPEDGenetic materialEleven hexaploid triticale addition lines each with an added chromosome from Thinopyrum distichum have been developed and described over a number of years (both at the University of Stellenbosch, South Africa and NDSU, USA). The Th. distichum addition chromosomes have been allocated to chromosome groups based on collinearity with common wheat and Th. elongatum, but were arbitrarily placed in either of the J1d or J2d genomes. This addition chromosome set represents eleven of the 14 Th. distichum chromosomes (1J2d, 3J2d and 5J2d could not be obtained) and constitutes a useful resource for further study and utilization of genetic variability from this wild relative in triticale and wheat breeding. [See PI 699246 - 699256 for the set.]2121094PI 699248
3PI 699249W1415G (+4J2d)×Triticosecale sp.North Dakota, United StatesNSGCKERNELS2021DEVELOPEDGenetic materialEleven hexaploid triticale addition lines each with an added chromosome from Thinopyrum distichum have been developed and described over a number of years (both at the University of Stellenbosch, South Africa and NDSU, USA). The Th. distichum addition chromosomes have been allocated to chromosome groups based on collinearity with common wheat and Th. elongatum, but were arbitrarily placed in either of the J1d or J2d genomes. This addition chromosome set represents eleven of the 14 Th. distichum chromosomes (1J2d, 3J2d and 5J2d could not be obtained) and constitutes a useful resource for further study and utilization of genetic variability from this wild relative in triticale and wheat breeding. [See PI 699246 - 699256 for the set.]2121095PI 699249
4PI 699250W1416G (+5J1d)×Triticosecale sp.North Dakota, United StatesNSGCKERNELS2021DEVELOPEDGenetic materialEleven hexaploid triticale addition lines each with an added chromosome from Thinopyrum distichum have been developed and described over a number of years (both at the University of Stellenbosch, South Africa and NDSU, USA). The Th. distichum addition chromosomes have been allocated to chromosome groups based on collinearity with common wheat and Th. elongatum, but were arbitrarily placed in either of the J1d or J2d genomes. This addition chromosome set represents eleven of the 14 Th. distichum chromosomes (1J2d, 3J2d and 5J2d could not be obtained) and constitutes a useful resource for further study and utilization of genetic variability from this wild relative in triticale and wheat breeding. [See PI 699246 - 699256 for the set.]2121096PI 699250
5PI 699251W1417 (+7J2d)×Triticosecale sp.North Dakota, United StatesNSGCKERNELS2021DEVELOPEDGenetic materialEleven hexaploid triticale addition lines each with an added chromosome from Thinopyrum distichum have been developed and described over a number of years (both at the University of Stellenbosch, South Africa and NDSU, USA). The Th. distichum addition chromosomes have been allocated to chromosome groups based on collinearity with common wheat and Th. elongatum, but were arbitrarily placed in either of the J1d or J2d genomes. This addition chromosome set represents eleven of the 14 Th. distichum chromosomes (1J2d, 3J2d and 5J2d could not be obtained) and constitutes a useful resource for further study and utilization of genetic variability from this wild relative in triticale and wheat breeding. [See PI 699246 - 699256 for the set.]2121097PI 699251
6PI 699252W1441G (+4J1d)×Triticosecale sp.North Dakota, United StatesNSGCKERNELS2021DEVELOPEDGenetic materialEleven hexaploid triticale addition lines each with an added chromosome from Thinopyrum distichum have been developed and described over a number of years (both at the University of Stellenbosch, South Africa and NDSU, USA). The Th. distichum addition chromosomes have been allocated to chromosome groups based on collinearity with common wheat and Th. elongatum, but were arbitrarily placed in either of the J1d or J2d genomes. This addition chromosome set represents eleven of the 14 Th. distichum chromosomes (1J2d, 3J2d and 5J2d could not be obtained) and constitutes a useful resource for further study and utilization of genetic variability from this wild relative in triticale and wheat breeding. [See PI 699246 - 699256 for the set.]2121098PI 699252
7PI 699253W1445G (+2J2d)×Triticosecale sp.North Dakota, United StatesNSGCKERNELS2021DEVELOPEDGenetic materialEleven hexaploid triticale addition lines each with an added chromosome from Thinopyrum distichum have been developed and described over a number of years (both at the University of Stellenbosch, South Africa and NDSU, USA). The Th. distichum addition chromosomes have been allocated to chromosome groups based on collinearity with common wheat and Th. elongatum, but were arbitrarily placed in either of the J1d or J2d genomes. This addition chromosome set represents eleven of the 14 Th. distichum chromosomes (1J2d, 3J2d and 5J2d could not be obtained) and constitutes a useful resource for further study and utilization of genetic variability from this wild relative in triticale and wheat breeding. [See PI 699246 - 699256 for the set.]2121099PI 699253
8PI 699254W1447 (7J1d)×Triticosecale sp.North Dakota, United StatesNSGCKERNELS2021DEVELOPEDGenetic materialEleven hexaploid triticale addition lines each with an added chromosome from Thinopyrum distichum have been developed and described over a number of years (both at the University of Stellenbosch, South Africa and NDSU, USA). The Th. distichum addition chromosomes have been allocated to chromosome groups based on collinearity with common wheat and Th. elongatum, but were arbitrarily placed in either of the J1d or J2d genomes. This addition chromosome set represents eleven of the 14 Th. distichum chromosomes (1J2d, 3J2d and 5J2d could not be obtained) and constitutes a useful resource for further study and utilization of genetic variability from this wild relative in triticale and wheat breeding. [See PI 699246 - 699256 for the set.]2121100PI 699254
9PI 699255W1449 (+6J1d)×Triticosecale sp.North Dakota, United StatesNSGCKERNELS2021DEVELOPEDGenetic materialEleven hexaploid triticale addition lines each with an added chromosome from Thinopyrum distichum have been developed and described over a number of years (both at the University of Stellenbosch, South Africa and NDSU, USA). The Th. distichum addition chromosomes have been allocated to chromosome groups based on collinearity with common wheat and Th. elongatum, but were arbitrarily placed in either of the J1d or J2d genomes. This addition chromosome set represents eleven of the 14 Th. distichum chromosomes (1J2d, 3J2d and 5J2d could not be obtained) and constitutes a useful resource for further study and utilization of genetic variability from this wild relative in triticale and wheat breeding. [See PI 699246 - 699256 for the set.]2121101PI 699255
10PI 699256W1460G (+6J2d)×Triticosecale sp.North Dakota, United StatesNSGCKERNELS2021DEVELOPEDGenetic materialEleven hexaploid triticale addition lines each with an added chromosome from Thinopyrum distichum have been developed and described over a number of years (both at the University of Stellenbosch, South Africa and NDSU, USA). The Th. distichum addition chromosomes have been allocated to chromosome groups based on collinearity with common wheat and Th. elongatum, but were arbitrarily placed in either of the J1d or J2d genomes. This addition chromosome set represents eleven of the 14 Th. distichum chromosomes (1J2d, 3J2d and 5J2d could not be obtained) and constitutes a useful resource for further study and utilization of genetic variability from this wild relative in triticale and wheat breeding. [See PI 699246 - 699256 for the set.]2121102PI 699256