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ACCESSIONPLANT NAMETAXONOMYORIGINGENEBANKIMAGEAVAILABILITYRECEIVEDSOURCE TYPESOURCE DATECOLLECTION SITECOORDINATESELEVATIONHABITATIMPROVEMENT LEVELNARRATIVE
0PI 693038'BGEM-0025-S'Zea mays L. subsp. mays Iowa, United StatesNC7EAR2020DEVELOPEDNEAR 2014CultivarThis doubled haploid line was developed as part of the USDA-ARS GEM Allelic Diversity project in partnership with Iowa State University to capture genes and traits from a lowland accession of the race Andaqui from Colombia in a stiff stalk temperate elite background. It  is derived from a backcross to the temperate elite parent without agronomic trait selection. In theory, 25% of its alleles may derive from the exotic parent.2098820PI 693038
1PI 693039'BGEM-0037-S'Zea mays L. subsp. mays Iowa, United StatesNC7EAR2020DEVELOPEDNEAR 2014CultivarThis doubled haploid line was developed as part of the USDA-ARS GEM Allelic Diversity project in partnership with Iowa State University to capture genes and traits from a lowland accession of the race Araguito from Venezuela in a stiff stalk temperate elite background. It  is derived from a backcross to the temperate elite parent without agronomic trait selection. In theory, 25% of its alleles may derive from the exotic parent.2098821PI 693039
2PI 693040'BGEM-0039-N'Zea mays L. subsp. mays Iowa, United StatesNC7EAR2020DEVELOPEDNEAR 2014CultivarThis doubled haploid line was developed as part of the USDA-ARS GEM Allelic Diversity project in partnership with Iowa State University to capture genes and traits from a mid-altitude accession of the race Arizona from Peru in a non-stiff stalk temperate elite background. It  is derived from a backcross to the temperate elite parent without agronomic trait selection. In theory, 25% of its alleles may derive from the exotic parent.2098822PI 693040
3PI 693041'BGEM-0059-S'Zea mays L. subsp. mays Iowa, United StatesNC7EAR2020DEVELOPEDNEAR 2014CultivarThis doubled haploid line was developed as part of the USDA-ARS GEM Allelic Diversity project in partnership with Iowa State University to capture genes and traits from a lowland accession of the race Candela from Ecuador in a stiff stalk temperate elite background. It  is derived from a backcross to the temperate elite parent without agronomic trait selection. In theory, 25% of its alleles may derive from the exotic parent.2098823PI 693041
4PI 693042'BGEM-0061-N'Zea mays L. subsp. mays Iowa, United StatesNC7EAR2020DEVELOPEDNEAR 2014CultivarThis doubled haploid line was developed as part of the USDA-ARS GEM Allelic Diversity project in partnership with Iowa State University to capture genes and traits from a highland accession of the race Capio rosado from Argentina in a non-stiff stalk temperate elite background. It  is derived from a backcross to the temperate elite parent without agronomic trait selection. In theory, 25% of its alleles may derive from the exotic parent.2098824PI 693042
5PI 693043'BGEM-0073-S'Zea mays L. subsp. mays Iowa, United StatesNC7EAR2020DEVELOPEDNEAR 2014CultivarThis doubled haploid line was developed as part of the USDA-ARS GEM Allelic Diversity project in partnership with Iowa State University to capture genes and traits from a mid-high altitude accession of the race Conico Norteño from Mexico in a stiff stalk temperate elite background. It  is derived from a backcross to the temperate elite parent without agronomic trait selection. In theory, 25% of its alleles may derive from the exotic parent.2098825PI 693043
6PI 693044'BGEM-0079-S'Zea mays L. subsp. mays Iowa, United StatesNC7EAR2020DEVELOPEDNEAR 2014CultivarThis doubled haploid line was developed as part of the USDA-ARS GEM Allelic Diversity project in partnership with Iowa State University to capture genes and traits from a lowland accession of the race Cristalino amarallo from Argentina in a stiff stalk temperate elite background. It  is derived from a backcross to the temperate elite parent without agronomic trait selection. In theory, 25% of its alleles may derive from the exotic parent.2098826PI 693044
7PI 693045'BGEM-0094-S'Zea mays L. subsp. mays Iowa, United StatesNC7EAR2020DEVELOPEDNEAR 2014CultivarThis doubled haploid line was developed as part of the USDA-ARS GEM Allelic Diversity project in partnership with Iowa State University to capture genes and traits from a mid-altitude accession of the race Dulcillo del Noroeste from Mexico in a stiff stalk temperate elite background. It  is derived from a backcross to the temperate elite parent without agronomic trait selection. In theory, 25% of its alleles may derive from the exotic parent.2098827PI 693045
8PI 693046'BGEM-0099-S'Zea mays L. subsp. mays Iowa, United StatesNC7EAR2020DEVELOPEDNEAR 2014CultivarThis doubled haploid line was developed as part of the USDA-ARS GEM Allelic Diversity project in partnership with Iowa State University to capture genes and traits from a lowland accession of the race Early Caribbean from Martinique in a stiff stalk temperate elite background. It  is derived from a backcross to the temperate elite parent without agronomic trait selection. In theory, 25% of its alleles may derive from the exotic parent.2098828PI 693046
9PI 693047'BGEM-0107-N'Zea mays L. subsp. mays Iowa, United StatesNC7EAR2020DEVELOPEDNEAR 2014CultivarThis doubled haploid line was developed as part of the USDA-ARS GEM Allelic Diversity project in partnership with Iowa State University to capture genes and traits from a low-mid altitude accession of the race Elotes Occidentales from Mexico in a non-stiff stalk temperate elite background. It  is derived from a backcross to the temperate elite parent without agronomic trait selection. In theory, 25% of its alleles may derive from the exotic parent.2098829PI 693047
10PI 693048'BGEM-0122-N'Zea mays L. subsp. mays Iowa, United StatesNC7EAR2020DEVELOPEDNEAR 2014CultivarThis doubled haploid line was developed as part of the USDA-ARS GEM Allelic Diversity project in partnership with Iowa State University to capture genes and traits from a lowland accession of the race Jora from Peru in a non-stiff stalk temperate elite background. It  is derived from a backcross to the temperate elite parent without agronomic trait selection. In theory, 25% of its alleles may derive from the exotic parent.2098830PI 693048
11PI 693049'BGEM-0137-S'Zea mays L. subsp. mays Iowa, United StatesNC7EAR2020DEVELOPEDNEAR 2014CultivarThis doubled haploid line was developed as part of the USDA-ARS GEM Allelic Diversity project in partnership with Iowa State University to capture genes and traits from a highland accession of the race Karapampa from Bolivia in a stiff stalk temperate elite background. It  is derived from a backcross to the temperate elite parent without agronomic trait selection. In theory, 25% of its alleles may derive from the exotic parent.2098831PI 693049
12PI 693050'BGEM-0157-N'Zea mays L. subsp. mays Iowa, United StatesNC7EAR2020DEVELOPEDNEAR 2014CultivarThis doubled haploid line was developed as part of the USDA-ARS GEM Allelic Diversity project in partnership with Iowa State University to capture genes and traits from a lowland accession of the race Mixed Creole from Cuba in a non-stiff stalk temperate elite background. It  is derived from a backcross to the temperate elite parent without agronomic trait selection. In theory, 25% of its alleles may derive from the exotic parent.2098832PI 693050
13PI 693051'BGEM-0175-S'Zea mays L. subsp. mays Iowa, United StatesNC7EAR2020DEVELOPEDNEAR 2014CultivarThis doubled haploid line was developed as part of the USDA-ARS GEM Allelic Diversity project in partnership with Iowa State University to capture genes and traits from a highland accession of the race Morocho from Peru in a stiff stalk temperate elite background. It  is derived from a backcross to the temperate elite parent without agronomic trait selection. In theory, 25% of its alleles may derive from the exotic parent.2098833PI 693051
14PI 693053'BGEM-0191-N'Zea mays L. subsp. mays Iowa, United StatesNC7EAR2020DEVELOPEDNEAR 2014CultivarThis doubled haploid line was developed as part of the USDA-ARS GEM Allelic Diversity project in partnership with Iowa State University to capture genes and traits from a highland accession of the race Patillo from Bolivia in a non-stiff stalk temperate elite background. It  is derived from a backcross to the temperate elite parent without agronomic trait selection. In theory, 25% of its alleles may derive from the exotic parent.2098835PI 693053
15PI 693054'BGEM-0200-S'Zea mays L. subsp. mays Iowa, United StatesNC7EAR2020DEVELOPEDNEAR 2014CultivarThis doubled haploid line was developed as part of the USDA-ARS GEM Allelic Diversity project in partnership with Iowa State University to capture genes and traits from a lowland accession of the race Perla from Peru in a stiff stalk temperate elite background. It  is derived from a backcross to the temperate elite parent without agronomic trait selection. In theory, 25% of its alleles may derive from the exotic parent.2098836PI 693054
16PI 693055'BGEM-0213-S'Zea mays L. subsp. mays Iowa, United StatesNC7EAR2020DEVELOPEDNEAR 2014CultivarThis doubled haploid line was developed as part of the USDA-ARS GEM Allelic Diversity project in partnership with Iowa State University to capture genes and traits from a highland accession of the race Pisankalla from Bolivia in a stiff stalk temperate elite background. It  is derived from a backcross to the temperate elite parent without agronomic trait selection. In theory, 25% of its alleles may derive from the exotic parent.2098837PI 693055
17PI 693056'BGEM-0216-N'Zea mays L. subsp. mays Iowa, United StatesNC7EAR2020DEVELOPEDNEAR 2014CultivarThis doubled haploid line was developed as part of the USDA-ARS GEM Allelic Diversity project in partnership with Iowa State University to capture genes and traits from a mid-altitude accession of the race Pojoso Chico from Bolivia in a non-stiff stalk temperate elite background. It  is derived from a backcross to the temperate elite parent without agronomic trait selection. In theory, 25% of its alleles may derive from the exotic parent.2098838PI 693056
18PI 693057'BGEM-0218-S'Zea mays L. subsp. mays Iowa, United StatesNC7EAR2020DEVELOPEDNEAR 2014CultivarThis doubled haploid line was developed as part of the USDA-ARS GEM Allelic Diversity project in partnership with Iowa State University to capture genes and traits from a mid-altitude accession of the race Pojoso Chico from Bolivia in a stiff stalk temperate elite background. It  is derived from a backcross to the temperate elite parent without agronomic trait selection. In theory, 25% of its alleles may derive from the exotic parent.2098839PI 693057
19PI 693059'BGEM-0240-N'Zea mays L. subsp. mays Iowa, United StatesNC7EAR2020DEVELOPEDNEAR 2014CultivarThis doubled haploid line was developed as part of the USDA-ARS GEM Allelic Diversity project in partnership with Iowa State University to capture genes and traits from a lowland accession of the race Yucatan from Colombia in a non-stiff stalk temperate elite background. It  is derived from a backcross to the temperate elite parent without agronomic trait selection. In theory, 25% of its alleles may derive from the exotic parent.2098841PI 693059
20PI 693060'BGEM-0244-S'Zea mays L. subsp. mays Iowa, United StatesNC7EAR2020DEVELOPEDNEAR 2014CultivarThis doubled haploid line was developed as part of the USDA-ARS GEM Allelic Diversity project in partnership with Iowa State University to capture genes and traits from a lowland accession of the race Yucatan from Colombia in a stiff stalk temperate elite background. It  is derived from a backcross to the temperate elite parent without agronomic trait selection. In theory, 25% of its alleles may derive from the exotic parent.2098842PI 693060
21PI 693061'BGEM-0248-N'Zea mays L. subsp. mays Iowa, United StatesNC7EAR2020DEVELOPEDNEAR 2014CultivarThis doubled haploid line was developed as part of the USDA-ARS GEM Allelic Diversity project in partnership with Iowa State University to capture genes and traits from a mid-altitude accession of the race Yungueño from Bolivia in a non-stiff stalk temperate elite background. It  is derived from a backcross to the temperate elite parent without agronomic trait selection. In theory, 25% of its alleles may derive from the exotic parent.2098843PI 693061
22PI 693062'BGEM-0254-S'Zea mays L. subsp. mays Iowa, United StatesNC7EAR2020DEVELOPEDNEAR 2014CultivarThis doubled haploid line was developed as part of the USDA-ARS GEM Allelic Diversity project in partnership with Iowa State University to capture genes and traits from a lowland accession of the race Chandelle from Venezuela in a stiff stalk temperate elite background. It  is derived from a backcross to the temperate elite parent without agronomic trait selection. In theory, 25% of its alleles may derive from the exotic parent.2098844PI 693062
23PI 693063'BGEM-0256-N'Zea mays L. subsp. mays Iowa, United StatesNC7EAR2020DEVELOPEDNEAR 2014CultivarThis doubled haploid line was developed as part of the USDA-ARS GEM Allelic Diversity project in partnership with Iowa State University to capture genes and traits from a lowland accession of the race Chirimito from Venezuela in a non-stiff stalk temperate elite background. It  is derived from a backcross to the temperate elite parent without agronomic trait selection. In theory, 25% of its alleles may derive from the exotic parent.2098845PI 693063
24PI 693064'BGEM-0257-S'Zea mays L. subsp. mays Iowa, United StatesNC7EAR2020DEVELOPEDNEAR 2014CultivarThis doubled haploid line was developed as part of the USDA-ARS GEM Allelic Diversity project in partnership with Iowa State University to capture genes and traits from a highland accession of the race Culli from Argentina in a stiff stalk temperate elite background. It  is derived from a backcross to the temperate elite parent without agronomic trait selection. In theory, 25% of its alleles may derive from the exotic parent.2098846PI 693064
25PI 693065'BGEM-0258-S'Zea mays L. subsp. mays Iowa, United StatesNC7EAR2020DEVELOPEDNEAR 2014CultivarThis doubled haploid line was developed as part of the USDA-ARS GEM Allelic Diversity project in partnership with Iowa State University to capture genes and traits from a highland accession of the race Culli from Argentina in a stiff stalk temperate elite background. It  is derived from a backcross to the temperate elite parent without agronomic trait selection. In theory, 25% of its alleles may derive from the exotic parent.2098847PI 693065
26PI 693066'BGEM-0261-S'Zea mays L. subsp. mays Iowa, United StatesNC7EAR2020DEVELOPEDNEAR 2014CultivarThis doubled haploid line was developed as part of the USDA-ARS GEM Allelic Diversity project in partnership with Iowa State University to capture genes and traits from a mid-altitude accession of the race Tepecintle from Guatemala in a stiff stalk temperate elite background. It  is derived from a backcross to the temperate elite parent without agronomic trait selection. In theory, 25% of its alleles may derive from the exotic parent.2098848PI 693066
27PI 690242'BGEM-0029-S'Zea mays L. subsp. mays Iowa, United StatesNC7EAR2019DEVELOPED01/2014CultivarThis doubled haploid line was developed as part of the USDA-ARS GEM Allelic Diversity project in partnership with Iowa State University to capture genes and traits from a lowland accession of the race Araguito from Venezuela in a stiff stalk temperate elite background. It  is derived from a backcross to the temperate elite parent without agronomic trait selection. In theory, 25% of its alleles may derive from the exotic parent.1982845PI 690242
28PI 690243'BGEM-0036-S'Zea mays L. subsp. mays Iowa, United StatesNC7EAR2019DEVELOPED01/2014CultivarThis doubled haploid line was developed as part of the USDA-ARS GEM Allelic Diversity project in partnership with Iowa State University to capture genes and traits from a lowland accession of the race Araguito from Venezuela in a stiff stalk temperate elite background. It  is derived from a backcross to the temperate elite parent without agronomic trait selection. In theory, 25% of its alleles may derive from the exotic parent.1982846PI 690243
29PI 690244'BGEM-0041-S'Zea mays L. subsp. mays Iowa, United StatesNC7EAR2019DEVELOPED01/2014CultivarThis doubled haploid line was developed as part of the USDA-ARS GEM Allelic Diversity project in partnership with Iowa State University to capture genes and traits from a mid-altitude accession of the race Arizona from Peru in a stiff stalk temperate elite background. It  is derived from a backcross to the temperate elite parent without agronomic trait selection. In theory, 25% of its alleles may derive from the exotic parent.1982847PI 690244
30PI 690245'BGEM-0042-S'Zea mays L. subsp. mays Iowa, United StatesNC7EAR2019DEVELOPED01/2014CultivarThis doubled haploid line was developed as part of the USDA-ARS GEM Allelic Diversity project in partnership with Iowa State University to capture genes and traits from a mid-altitude accession of the race Avati Moroti Guapi from Paraguay in a stiff stalk temperate elite background. It  is derived from a backcross to the temperate elite parent without agronomic trait selection. In theory, 25% of its alleles may derive from the exotic parent.1982848PI 690245
31PI 690246'BGEM-0048-S'Zea mays L. subsp. mays Iowa, United StatesNC7EAR2019DEVELOPED01/2014CultivarThis doubled haploid line was developed as part of the USDA-ARS GEM Allelic Diversity project in partnership with Iowa State University to capture genes and traits from a highland accession of the race Bofo from Mexico in a stiff stalk temperate elite background. It  is derived from a backcross to the temperate elite parent without agronomic trait selection. In theory, 25% of its alleles may derive from the exotic parent.1982849PI 690246
32PI 690247'BGEM-0055-S'Zea mays L. subsp. mays Iowa, United StatesNC7EAR2019DEVELOPED01/2014CultivarThis doubled haploid line was developed as part of the USDA-ARS GEM Allelic Diversity project in partnership with Iowa State University to capture genes and traits from a lowland accession of the race Camelia from Chilean in a stiff stalk temperate elite background. It  is derived from a backcross to the temperate elite parent without agronomic trait selection. In theory, 25% of its alleles may derive from the exotic parent.1982850PI 690247
33PI 690249'BGEM-0068-S'Zea mays L. subsp. mays Iowa, United StatesNC7EAR2019DEVELOPED01/2014CultivarThis doubled haploid line was developed as part of the USDA-ARS GEM Allelic Diversity project in partnership with Iowa State University to capture genes and traits from a highland accession of the race Confite Puntiagudo from Peru in a stiff stalk temperate elite background. It  is derived from a backcross to the temperate elite parent without agronomic trait selection. In theory, 25% of its alleles may derive from the exotic parent.1982852PI 690249
34PI 690250'BGEM-0071-S'Zea mays L. subsp. mays Iowa, United StatesNC7EAR2019DEVELOPED01/2014CultivarThis doubled haploid line was developed as part of the USDA-ARS GEM Allelic Diversity project in partnership with Iowa State University to capture genes and traits from a highland accession of the race Conico Norteño from Mexico in a stiff stalk temperate elite background. It  is derived from a backcross to the temperate elite parent without agronomic trait selection. In theory, 25% of its alleles may derive from the exotic parent.1982853PI 690250
35PI 690251'BGEM-0083-S'Zea mays L. subsp. mays Iowa, United StatesNC7EAR2019DEVELOPED01/2014CultivarThis doubled haploid line was developed as part of the USDA-ARS GEM Allelic Diversity project in partnership with Iowa State University to capture genes and traits from a lowland accession of the race Cubano dentado from Bolivia in a stiff stalk temperate elite background. It  is derived from a backcross to the temperate elite parent without agronomic trait selection. In theory, 25% of its alleles may derive from the exotic parent.1982854PI 690251
36PI 690252'BGEM-0088-N'Zea mays L. subsp. mays Iowa, United StatesNC7EAR2019DEVELOPED01/2014CultivarThis doubled haploid line was developed as part of the USDA-ARS GEM Allelic Diversity project in partnership with Iowa State University to capture genes and traits from a mid-altitude accession of the race Dulcillo del Noroeste from Mexico in a non-stiff stalk temperate elite background. It  is derived from a backcross to the temperate elite parent without agronomic trait selection. In theory, 25% of its alleles may derive from the exotic parent.1982855PI 690252
37PI 690253'BGEM-0115-S'Zea mays L. subsp. mays Iowa, United StatesNC7EAR2019DEVELOPED01/2014CultivarThis doubled haploid line was developed as part of the USDA-ARS GEM Allelic Diversity project in partnership with Iowa State University to capture genes and traits from a highland accession of the race Gordo from Mexico in a stiff stalk temperate elite background. It  is derived from a backcross to the temperate elite parent without agronomic trait selection. In theory, 25% of its alleles may derive from the exotic parent.1982856PI 690253
38PI 690255'BGEM-0127-N'Zea mays L. subsp. mays Iowa, United StatesNC7EAR2019DEVELOPED01/2014CultivarThis doubled haploid line was developed as part of the USDA-ARS GEM Allelic Diversity project in partnership with Iowa State University to capture genes and traits from a highland accession of the race Karapampa from Bolivia in a non-stiff stalk temperate elite background. It  is derived from a backcross to the temperate elite parent without agronomic trait selection. In theory, 25% of its alleles may derive from the exotic parent.1982858PI 690255
39PI 690256'BGEM-0150-S'Zea mays L. subsp. mays Iowa, United StatesNC7EAR2019DEVELOPED01/2014CultivarThis doubled haploid line was developed as part of the USDA-ARS GEM Allelic Diversity project in partnership with Iowa State University to capture genes and traits from a highland accession of the race Kcello Ecuatoriano from Bolivia in a non-stiff stalk temperate elite background. It  is derived from a backcross to the temperate elite parent without agronomic trait selection. In theory, 25% of its alleles may derive from the exotic parent.1982859PI 690256
40PI 690257'BGEM-0152-N'Zea mays L. subsp. mays Iowa, United StatesNC7EAR2019DEVELOPED01/2014CultivarThis doubled haploid line was developed as part of the USDA-ARS GEM Allelic Diversity project in partnership with Iowa State University to capture genes and traits from a highland accession of the race Misha from Ecuador in a non-stiff stalk temperate elite background. It  is derived from a backcross to the temperate elite parent without agronomic trait selection. In theory, 25% of its alleles may derive from the exotic parent.1982860PI 690257
41PI 690258'BGEM-0161-S'Zea mays L. subsp. mays Iowa, United StatesNC7EAR2019DEVELOPED01/2014CultivarThis doubled haploid line was developed as part of the USDA-ARS GEM Allelic Diversity project in partnership with Iowa State University to capture genes and traits from a highland accession of the race Montana from Colombia in a stiff stalk temperate elite background. It  is derived from a backcross to the temperate elite parent without agronomic trait selection. In theory, 25% of its alleles may derive from the exotic parent.1982861PI 690258
42PI 690259'BGEM-0174-N'Zea mays L. subsp. mays Iowa, United StatesNC7EAR2019DEVELOPED01/2014CultivarThis doubled haploid line was developed as part of the USDA-ARS GEM Allelic Diversity project in partnership with Iowa State University to capture genes and traits from a highland accession of the race Morocho from Peru in a non-stiff stalk temperate elite background. It  is derived from a backcross to the temperate elite parent without agronomic trait selection. In theory, 25% of its alleles may derive from the exotic parent.1982862PI 690259
43PI 690260'BGEM-0182-N'Zea mays L. subsp. mays Iowa, United StatesNC7EAR2019DEVELOPED01/2014CultivarThis doubled haploid line was developed as part of the USDA-ARS GEM Allelic Diversity project in partnership with Iowa State University to capture genes and traits from a lowland accession of the race Onaveño from Mexico in a non-stiff stalk temperate elite background. It  is derived from a backcross to the temperate elite parent without agronomic trait selection. In theory, 25% of its alleles may derive from the exotic parent.1982863PI 690260
44PI 690261'BGEM-0190-N'Zea mays L. subsp. mays Iowa, United StatesNC7EAR2019DEVELOPED01/2014CultivarThis doubled haploid line was developed as part of the USDA-ARS GEM Allelic Diversity project in partnership with Iowa State University to capture genes and traits from a highland accession of the race Patillo from Ecuador in a non-stiff stalk temperate elite background. It  is derived from a backcross to the temperate elite parent without agronomic trait selection. In theory, 25% of its alleles may derive from the exotic parent.1982864PI 690261
45PI 690262'BGEM-0205-N'Zea mays L. subsp. mays Iowa, United StatesNC7EAR2019DEVELOPED01/2014CultivarThis doubled haploid line was developed as part of the USDA-ARS GEM Allelic Diversity project in partnership with Iowa State University to capture genes and traits from a highland accession of the race Pisankalla from Bolivia in a non-stiff stalk temperate elite background. It  is derived from a backcross to the temperate elite parent without agronomic trait selection. In theory, 25% of its alleles may derive from the exotic parent.1982865PI 690262
46PI 690263'BGEM-0223-N'Zea mays L. subsp. mays Iowa, United StatesNC7EAR2019DEVELOPED01/2014CultivarThis doubled haploid line was developed as part of the USDA-ARS GEM Allelic Diversity project in partnership with Iowa State University to capture genes and traits from a highland accession of the race San Geronimo Huancavelicano from Peru in a non-stiff stalk temperate elite background. It  is derived from a backcross to the temperate elite parent without agronomic trait selection. In theory, 25% of its alleles may derive from the exotic parent.1982866PI 690263
47PI 690264'BGEM-0226-S'Zea mays L. subsp. mays Iowa, United StatesNC7EAR2019DEVELOPED01/2014CultivarThis doubled haploid line was developed as part of the USDA-ARS GEM Allelic Diversity project in partnership with Iowa State University to capture genes and traits from a lowland accession of the race Semidentado Paulista from Paraguay in a stiff stalk temperate elite background. It  is derived from a backcross to the temperate elite parent without agronomic trait selection. In theory, 25% of its alleles may derive from the exotic parent.1982867PI 690264
48PI 690265'BGEM-0236-S'Zea mays L. subsp. mays Iowa, United StatesNC7EAR2019DEVELOPED01/2014CultivarThis doubled haploid line was developed as part of the USDA-ARS GEM Allelic Diversity project in partnership with Iowa State University to capture genes and traits from a lowland accession of the race Vandeño from Mexico in a stiff stalk temperate elite background. It  is derived from a backcross to the temperate elite parent without agronomic trait selection. In theory, 25% of its alleles may derive from the exotic parent.1982868PI 690265
49PI 690266'BGEM-0239-N'Zea mays L. subsp. mays Iowa, United StatesNC7EAR2019DEVELOPED01/2014CultivarThis doubled haploid line was developed as part of the USDA-ARS GEM Allelic Diversity project in partnership with Iowa State University to capture genes and traits from a lowland accession of the race Yucatan from Colombia in a non-stiff stalk temperate elite background. It  is derived from a backcross to the temperate elite parent without agronomic trait selection. In theory, 25% of its alleles may derive from the exotic parent.1982869PI 690266
50PI 690267'BGEM-0243-S'Zea mays L. subsp. mays Iowa, United StatesNC7EAR2019DEVELOPED01/2014CultivarThis doubled haploid line was developed as part of the USDA-ARS GEM Allelic Diversity project in partnership with Iowa State University to capture genes and traits from a lowland accession of the race Yucatan from Colombia in a stiff stalk temperate elite background. It  is derived from a backcross to the temperate elite parent without agronomic trait selection. In theory, 25% of its alleles may derive from the exotic parent.1982870PI 690267
51PI 690268'BGEM-0255-S'Zea mays L. subsp. mays Iowa, United StatesNC7EAR2019DEVELOPED01/2014CultivarThis doubled haploid line was developed as part of the USDA-ARS GEM Allelic Diversity project in partnership with Iowa State University to capture genes and traits from a lowland accession of the race Chirimito from Venezuela in a stiff stalk temperate elite background. It  is derived from a backcross to the temperate elite parent without agronomic trait selection. In theory, 25% of its alleles may derive from the exotic parent.1982871PI 690268
52PI 690269'BGEM-0260-N'Zea mays L. subsp. mays Iowa, United StatesNC7KERNELS2019DEVELOPED01/2014CultivarThis doubled haploid line was developed as part of the USDA-ARS GEM Allelic Diversity project in partnership with Iowa State University to capture genes and traits from a mid-altitude accession of the race Puya from Colombia in a non-stiff stalk temperate elite background. It  is derived from a backcross to the temperate elite parent without agronomic trait selection. In theory, 25% of its alleles may derive from the exotic parent.1982872PI 690269
53PI 690270'BGEM-0265-S'Zea mays L. subsp. mays Iowa, United StatesNC7EAR2019DEVELOPED01/2014CultivarThis doubled haploid line was developed as part of the USDA-ARS GEM Allelic Diversity project in partnership with Iowa State University to capture genes and traits from a mid-altitude accession of the race Capia Rosada from Argentina in a stiff stalk temperate elite background. It  is derived from a backcross to the temperate elite parent without agronomic trait selection. In theory, 25% of its alleles may derive from the exotic parent.1982873PI 690270
54PI 685991'BGEM-0001-N'Zea mays L. subsp. mays Iowa, United StatesNC7EAR2017DEVELOPED01/2014CultivarThis doubled haploid line was developed as part of the USDA-ARS GEM Allelic Diversity project in partnership with Iowa State University to capture genes and traits from a highland accession of the race Altiplano from Bolivia in a non-stiff stalk temperate elite background. It  is derived from a backcross to the temperate elite parent without agronomic trait selection. In theory, 25% of its alleles may derive from the exotic parent.1947540PI 685991
55PI 685992'BGEM-0011-S'Zea mays L. subsp. mays Iowa, United StatesNC7EAR2017DEVELOPED01/2014CultivarThis doubled haploid line was developed as part of the USDA-ARS GEM Allelic Diversity project in partnership with Iowa State University to capture genes and traits from a highland accession of the race Altiplano from Bolivia in a stiff stalk temperate elite background. It  is derived from a backcross to the temperate elite parent without agronomic trait selection. In theory, 25% of its alleles may derive from the exotic parent.1947541PI 685992
56PI 685994'BGEM-0023-S'Zea mays L. subsp. mays Iowa, United StatesNC7EAR2017DEVELOPED01/2014CultivarThis doubled haploid line was developed as part of the USDA-ARS GEM Allelic Diversity project in partnership with Iowa State University to capture genes and traits from a lowland accession of the race Andaqui from Colombia in a stiff stalk temperate elite background. It  is derived from a backcross to the temperate elite parent without agronomic trait selection. In theory, 25% of its alleles may derive from the exotic parent.1947543PI 685994
57PI 685995'BGEM-0044-S'Zea mays L. subsp. mays Iowa, United StatesNC7EAR2017DEVELOPED01/2014CultivarThis doubled haploid line was developed as part of the USDA-ARS GEM Allelic Diversity project in partnership with Iowa State University to capture genes and traits from a highland accession of the race Blanco Blandito from Ecuador in a stiff stalk temperate elite background. It  is derived from a backcross to the temperate elite parent without agronomic trait selection. In theory, 25% of its alleles may derive from the exotic parent.1947544PI 685995
58PI 685996'BGEM-0045-N'Zea mays L. subsp. mays Iowa, United StatesNC7EAR2017DEVELOPED01/2014CultivarThis doubled haploid line was developed as part of the USDA-ARS GEM Allelic Diversity project in partnership with Iowa State University to capture genes and traits from a mid-altitude accession of the race Bofo from Mexico in a non-stiff stalk temperate elite background. It  is derived from a backcross to the temperate elite parent without agronomic trait selection. In theory, 25% of its alleles may derive from the exotic parent.1947545PI 685996
59PI 685997'BGEM-0063-N'Zea mays L. subsp. mays Iowa, United StatesNC7EAR2017DEVELOPED01/2014CultivarThis doubled haploid line was developed as part of the USDA-ARS GEM Allelic Diversity project in partnership with Iowa State University to capture genes and traits from a lowland accession of the race Chandelle from Cuban in a non-stiff stalk temperate elite background. It  is derived from a backcross to the temperate elite parent without agronomic trait selection. In theory, 25% of its alleles may derive from the exotic parent.1947546PI 685997
60PI 685998'BGEM-0080-S'Zea mays L. subsp. mays Iowa, United StatesNC7EAR2017DEVELOPED01/2014CultivarThis doubled haploid line was developed as part of the USDA-ARS GEM Allelic Diversity project in partnership with Iowa State University to capture genes and traits from a lowland accession of the race Cristalino Amarillo from Argentinian in a stiff stalk temperate elite background. It  is derived from a backcross to the temperate elite parent without agronomic trait selection. In theory, 25% of its alleles may derive from the exotic parent.1947547PI 685998
61PI 685999'BGEM-0085-N'Zea mays L. subsp. mays Iowa, United StatesNC7EAR2017DEVELOPED01/2014CultivarThis doubled haploid line was developed as part of the USDA-ARS GEM Allelic Diversity project in partnership with Iowa State University to capture genes and traits from a highland accession of the race Cuzco from Peru in a non-stiff stalk temperate elite background. It  is derived from a backcross to the temperate elite parent without agronomic trait selection. In theory, 25% of its alleles may derive from the exotic parent.1947548PI 685999
62PI 686000'BGEM-0089-N'Zea mays L. subsp. mays Iowa, United StatesNC7EAR2017DEVELOPED01/2014CultivarThis doubled haploid line was developed as part of the USDA-ARS GEM Allelic Diversity project in partnership with Iowa State University to capture genes and traits from a lowland accession of the race Dulcillo del Noroeste from Mexico in a non-stiff stalk temperate elite background. It  is derived from a backcross to the temperate elite parent without agronomic trait selection. In theory, 25% of its alleles may derive from the exotic parent.1947549PI 686000
63PI 686001'BGEM-0097-S'Zea mays L. subsp. mays Iowa, United StatesNC7EAR2017DEVELOPED01/2014CultivarThis doubled haploid line was developed as part of the USDA-ARS GEM Allelic Diversity project in partnership with Iowa State University to capture genes and traits from a lowland accession of the race from the Caribbean in a stiff stalk temperate elite background. It  is derived from a backcross to the temperate elite parent without agronomic trait selection. In theory, 25% of its alleles may derive from the exotic parent.1947550PI 686001
64PI 686003'BGEM-0121-N'Zea mays L. subsp. mays Iowa, United StatesNC7EARNot Available2017DEVELOPED01/2014CultivarThis doubled haploid line was developed as part of the USDA-ARS GEM Allelic Diversity project in partnership with Iowa State University to capture genes and traits from a lowland accession of the race Jora from Peru in a non-stiff stalk temperate elite background. It  is derived from a backcross to the temperate elite parent without agronomic trait selection. In theory, 25% of its alleles may derive from the exotic parent.1947552PI 686003
65PI 686004'BGEM-0140-N'Zea mays L. subsp. mays Iowa, United StatesNC7EAR2017DEVELOPED01/2014CultivarThis doubled haploid line was developed as part of the USDA-ARS GEM Allelic Diversity project in partnership with Iowa State University to capture genes and traits from a highland accession of the race Kcello from Bolivia in a non-stiff stalk temperate elite background. It  is derived from a backcross to the temperate elite parent without agronomic trait selection. In theory, 25% of its alleles may derive from the exotic parent.1947553PI 686004
66PI 686006'BGEM-0158-S'Zea mays L. subsp. mays Iowa, United StatesNC7EAR2017DEVELOPED01/2014CultivarThis doubled haploid line was developed as part of the USDA-ARS GEM Allelic Diversity project in partnership with Iowa State University to capture genes and traits from a highland accession of the race Montana from Colombia in a stiff stalk temperate elite background. It  is derived from a backcross to the temperate elite parent without agronomic trait selection. In theory, 25% of its alleles may derive from the exotic parent.1947555PI 686006
67PI 686007'BGEM-0164-S'Zea mays L. subsp. mays Iowa, United StatesNC7EAR2017DEVELOPED01/2014CultivarThis doubled haploid line was developed as part of the USDA-ARS GEM Allelic Diversity project in partnership with Iowa State University to capture genes and traits from a highland accession of the race Morado from Bolivia in a stiff stalk temperate elite background. It  is derived from a backcross to the temperate elite parent without agronomic trait selection. In theory, 25% of its alleles may derive from the exotic parent.1947556PI 686007
68PI 686008'BGEM-0165-S'Zea mays L. subsp. mays Iowa, United StatesNC7EAR2017DEVELOPED01/2014CultivarThis doubled haploid line was developed as part of the USDA-ARS GEM Allelic Diversity project in partnership with Iowa State University to capture genes and traits from a highland accession of the race Morado from Bolivia in a stiff stalk temperate elite background. It  is derived from a backcross to the temperate elite parent without agronomic trait selection. In theory, 25% of its alleles may derive from the exotic parent.1947557PI 686008
69PI 686009'BGEM-0172-S'Zea mays L. subsp. mays Iowa, United StatesNC7EAR2017DEVELOPED01/2014CultivarThis doubled haploid line was developed as part of the USDA-ARS GEM Allelic Diversity project in partnership with Iowa State University to capture genes and traits from a highland accession of the race Morado Canteño from Peru in a stiff stalk temperate elite background. It  is derived from a backcross to the temperate elite parent without agronomic trait selection. In theory, 25% of its alleles may derive from the exotic parent.1947558PI 686009
70PI 686011'BGEM-0188-S'Zea mays L. subsp. mays Iowa, United StatesNC7EAR2017DEVELOPED01/2014CultivarThis doubled haploid line was developed as part of the USDA-ARS GEM Allelic Diversity project in partnership with Iowa State University to capture genes and traits from a lowland accession of the race Onaveño from Mexico in a stiff stalk temperate elite background. It  is derived from a backcross to the temperate elite parent without agronomic trait selection. In theory, 25% of its alleles may derive from the exotic parent.1947560PI 686011
71PI 686012'BGEM-0196-N'Zea mays L. subsp. mays Iowa, United StatesNC7EAR2017DEVELOPED01/2014CultivarThis doubled haploid line was developed as part of the USDA-ARS GEM Allelic Diversity project in partnership with Iowa State University to capture genes and traits from a highland accession of the race Patillo Grande from Bolivia in a non-stiff stalk temperate elite background. It  is derived from a backcross to the temperate elite parent without agronomic trait selection. In theory, 25% of its alleles may derive from the exotic parent.1947561PI 686012
72PI 686013'BGEM-0202-N'Zea mays L. subsp. mays Iowa, United StatesNC7EAR2017DEVELOPED01/2014CultivarThis doubled haploid line was developed as part of the USDA-ARS GEM Allelic Diversity project in partnership with Iowa State University to capture genes and traits from a mid-altitude accession of the race Pira from Colombia in a non-stiff stalk temperate elite background. It  is derived from a backcross to the temperate elite parent without agronomic trait selection. In theory, 25% of its alleles may derive from the exotic parent.1947562PI 686013
73PI 686014'BGEM-0209-N'Zea mays L. subsp. mays Iowa, United StatesNC7EAR2017DEVELOPED01/2014CultivarThis doubled haploid line was developed as part of the USDA-ARS GEM Allelic Diversity project in partnership with Iowa State University to capture genes and traits from a highland accession of the race Pisankalla from Bolivia in a non-stiff stalk temperate elite background. It  is derived from a backcross to the temperate elite parent without agronomic trait selection. In theory, 25% of its alleles may derive from the exotic parent.1947563PI 686014
74PI 686015'BGEM-0228-N'Zea mays L. subsp. mays Iowa, United StatesNC7EAR2017DEVELOPED01/2014CultivarThis doubled haploid line was developed as part of the USDA-ARS GEM Allelic Diversity project in partnership with Iowa State University to capture genes and traits from a accession of the race accession BR105 from Brazilian in a non-stiff stalk temperate elite background. It  is derived from a backcross to the temperate elite parent without agronomic trait selection. In theory, 25% of its alleles may derive from the exotic parent.1947564PI 686015
75PI 686016'BGEM-0235-N'Zea mays L. subsp. mays Iowa, United StatesNC7EAR2017DEVELOPED01/2014CultivarThis doubled haploid line was developed as part of the USDA-ARS GEM Allelic Diversity project in partnership with Iowa State University to capture genes and traits from a lowland accession of the race Tuxpeño from Guatemala in a non-stiff stalk temperate elite background. It  is derived from a backcross to the temperate elite parent without agronomic trait selection. In theory, 25% of its alleles may derive from the exotic parent.1947565PI 686016
76PI 686017'BGEM-0247-N'Zea mays L. subsp. mays Iowa, United StatesNC7EAR2017DEVELOPED01/2014CultivarThis doubled haploid line was developed as part of the USDA-ARS GEM Allelic Diversity project in partnership with Iowa State University to capture genes and traits from a mid-altitude accession of the race Yungueño from Bolivia in a non-stiff stalk temperate elite background. It  is derived from a backcross to the temperate elite parent without agronomic trait selection. In theory, 25% of its alleles may derive from the exotic parent.1947566PI 686017
77PI 686018'BGEM-0250-S'Zea mays L. subsp. mays Iowa, United StatesNC7EAR2017DEVELOPED01/2014CultivarThis doubled haploid line was developed as part of the USDA-ARS GEM Allelic Diversity project in partnership with Iowa State University to capture genes and traits from a mid-altitude accession of the race Yungueño from Bolivia in a stiff stalk temperate elite background. It  is derived from a backcross to the temperate elite parent without agronomic trait selection. In theory, 25% of its alleles may derive from the exotic parent.1947567PI 686018
78PI 686019'BGEM-0252-S'Zea mays L. subsp. mays Iowa, United StatesNC7EAR2017DEVELOPED01/2014CultivarThis doubled haploid line was developed as part of the USDA-ARS GEM Allelic Diversity project in partnership with Iowa State University to capture genes and traits from a highland accession of the race Yunquilano from Ecuador in a stiff stalk temperate elite background. It  is derived from a backcross to the temperate elite parent without agronomic trait selection. In theory, 25% of its alleles may derive from the exotic parent.1947568PI 686019