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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 693058'BGEM-0233-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 Tehua 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.2098840PI 693058
20PI 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
21PI 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
22PI 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
23PI 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
24PI 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
25PI 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
26PI 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
27PI 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
28PI 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
29PI 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
30PI 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
31PI 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
32PI 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
33PI 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
34PI 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
35PI 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
36PI 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
37PI 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
38PI 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
39PI 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
40PI 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
41PI 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
42PI 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
43PI 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
44PI 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
45PI 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
46PI 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
47PI 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
48PI 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
49PI 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
50PI 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
51PI 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
52PI 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
53PI 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
54PI 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
55PI 686002'BGEM-0118-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 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.1947551PI 686002
56PI 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
57PI 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
58PI 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
59PI 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
60PI 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
61PI 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
62PI 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
63PI 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
64PI 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
65PI 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
66PI 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
67PI 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
68PI 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
69PI 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
70PI 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
71PI 601322'PHZ51'Zea mays L. subsp. mays Iowa, United StatesNC7KERNELS1986DEVELOPED1986Johnston, Iowa, USA.Cultivar1170383PI 601322
72PI 601009'PHB47'Zea mays L. subsp. mays Minnesota, United StatesNC7KERNELS1983DEVELOPED1983Mankato, Minnesota, USA.Cultivar1157410PI 601009