CIMMYT Logo

Welcome!


Details for: CIMMYTMA 27482, Zea mays L. subsp. mays, CHIS 896


Summary Data
Taxonomy:
Zea mays L. subsp. mays
Top Name:
CHIS 896
Origin:
Collected – Mexico
Received by NPGS:
03 Jan 2005
Improvement Status:
Traditional cultivar/landrace
Backup Location:
Svalbard Global Seed Vault
Availability
FormQuantityNoteCart
Seed250 Seed

Images (5 total. Click on image for more.)

Core Passport Data
Taxonomy:
Zea mays L. subsp. mays
Top Name:
CHIS 896
Origin:
Collected – Mexico
Received by NPGS:
03 Jan 2005
Improvement Status:
Traditional cultivar/landrace
Source History
Collected
17 June 2004.  Mexico
Coordinates: ZINACANTAN&LA GRANALILLA16.7500, -92.7200 (Map it)
Elevation: 2414m.
Collectedears: 50; Growingperiodfinish1: 2; Growingperiodstart1: 5
Comment: USOS; ALIMENTACION HUMANA| ANIMAL
Collector(s):
Donated
 

Donator(s):
Accession Names and Identifiers
CHIS 896
Type: COLLECTNO
Group: Landrace
Landrace

GID 29800
Type: GID
Group: Landrace
Landrace

CHIAPA HPR220
Type: POPULATION NAME
Group: Landrace
Landrace

SAKIL IXIM
Type: COMMON NAME
Group: Landrace
Landrace

CHIS,896
Type: ALTERNATIVE NAME
Group: Landrace
Landrace

CIMMYTMA-BANK-024734 0
Type: Inventory

CIMMYTMA-BANK-024734 1
Type: Inventory

Narrative
Zea mays L. subsp. mays
Genus:
Zea
Family:
Poaceae (alt. Gramineae)
Subfamily:
Panicoideae
Tribe:
Andropogoneae
Nomen number:

311987
Verified:
07/15/1987 by ARS Systematic Botanists.
Common names
English
corn –
dent corn –
field corn –
flint corn –
maize –
pod corn –
popcorn –
sweet corn –
Arabic
dura shami –
French
maïs –
German
Mais –
Italian
granoturco –
mais –
Japanese Romaji
tō-morokoshi –
Japanese Rōmaji
tō-morokoshi –
Portuguese
milho –
Spanish
maíz –
Swedish
majs –
Transcribed Chinese
yu shu shu –
Transcribed Korean
gangnaengi –
ogsusu –
Other conspecific taxa
Zea mays L. (0 active accession[s])
Zea mays L. subsp. huehuetenangensis (H. H. Iltis & Doebley) Doebley (1 active accession[s])
Zea mays L. subsp. mexicana (Schrad.) H. H. Iltis (84 active accession[s])
Zea mays L. subsp. parviglumis H. H. Iltis & Doebley (111 active accession[s])
Autonyms (not in current use), synonyms and invalid designations
Autonym(s)
Zea mays L. var. mays

Heterotypic Synonym(s)
Annotations
Other Links
Actions
Pathogens
Vouchers
Citations
Pedigree
Intellectual Property Rights
FAO Standard Material Transfer Agreement.

Observations

Phenotype Data

CategoryDescriptorDescriptionValueStudyInventory
CharacterizationCob Color 2Cob Color 2A - White CIMMYTMA-BANK-024734 1 Regeneration SD
CharacterizationEar Sheath 1Ear Sheath 1A - White CIMMYTMA-BANK-024734 1 Regeneration SD
CharacterizationEar Sheath 2Ear Sheath 2G - Variegated CIMMYTMA-BANK-024734 1 Regeneration SD
CharacterizationDensityPlanting density for the regeneration trial33600 CIMMYTMA-BANK-024734 Regeneration SD
CharacterizationNPK 1Nitrogen fertilizer amount used in the regeneration trial200 CIMMYTMA-BANK-024734 Regeneration SD
CharacterizationNPK 2Phosphorus fertilizer amount used in the regeneration trial40 CIMMYTMA-BANK-024734 Regeneration SD
CharacterizationPlanting DatePlanting Date2.00404e+007  
CharacterizationPlanting DatePlanting Date2.01703e+007 CIMMYTMA-BANK-024734 REGENACC SD
CharacterizationPlanting DatePlanting Date2.01804e+007 CIMMYTMA-BANK-024734 Regeneration SD
CharacterizationPlanting DatePlanting Date2.01902e+007 CIMMYTMA-BANK-024734 1 Regeneration SD
CharacterizationField GerminationGermination rate observed in the field for the accession50.8696 CIMMYTMA-BANK-024734 REGENACC SD
CharacterizationField GerminationGermination rate observed in the field for the accession52 CIMMYTMA-BANK-024734 Regeneration SD
CharacterizationField GerminationGermination rate observed in the field for the accession81 CIMMYTMA-BANK-024734 1 Regeneration SD
CharacterizationGrain Type 1Predominant grain type for the accessionC - Dent  
CharacterizationGrain Type 1Predominant grain type for the accessionC - Dent CIMMYTMA-BANK-024734 1 Regeneration SD
CharacterizationHarvest DateHarvest Date2.00411e+007  
CharacterizationHarvest DateHarvest Date2.01711e+007 CIMMYTMA-BANK-024734 REGENACC SD
CharacterizationHarvest DateHarvest Date2.01811e+007 CIMMYTMA-BANK-024734 Regeneration SD
CharacterizationHarvest DateHarvest Date2.02001e+007 CIMMYTMA-BANK-024734 1 Regeneration SD
CharacterizationDays To AnthesisDays To Anthesis183 CIMMYTMA-BANK-024734 REGENACC SD
CharacterizationDays To AnthesisDays To Anthesis195 CIMMYTMA-BANK-024734 Regeneration SD
CharacterizationDays To AnthesisDays To Anthesis217 CIMMYTMA-BANK-024734 1 Regeneration SD
CharacterizationDays To SilkingDays To Silking188 CIMMYTMA-BANK-024734 REGENACC SD
CharacterizationDays To SilkingDays To Silking202 CIMMYTMA-BANK-024734 Regeneration SD
CharacterizationDays To SilkingDays To Silking220 CIMMYTMA-BANK-024734 1 Regeneration SD
CharacterizationPlants Per PlotNumber of plants per experimental plot228 CIMMYTMA-BANK-024734 Regeneration SD
CharacterizationPlants Per PlotNumber of plants per experimental plot234 CIMMYTMA-BANK-024734 REGENACC SD
CharacterizationPlants Per PlotNumber of plants per experimental plot74 CIMMYTMA-BANK-024734 1 Regeneration SD
CharacterizationPlantsPollinatedNumber of plants that are pollinated119 CIMMYTMA-BANK-024734 REGENACC SD
CharacterizationPlantsPollinatedNumber of plants that are pollinated129 CIMMYTMA-BANK-024734 Regeneration SD
CharacterizationPlantsPollinatedNumber of plants that are pollinated81 CIMMYTMA-BANK-024734 1 Regeneration SD
CharacterizationNumber EarsNumber of ears per planting119 CIMMYTMA-BANK-024734 REGENACC SD
CharacterizationNumber EarsNumber of ears per planting130 CIMMYTMA-BANK-024734 1 Regeneration SD
CharacterizationNumber EarsNumber of ears per planting98 CIMMYTMA-BANK-024734 REGENACC SD
CharacterizationPlant HeightPlant Height348 CIMMYTMA-BANK-024734 1 Regeneration SD
CharacterizationPlant HeightPlant Height383 CIMMYTMA-BANK-024734 REGENACC SD
CharacterizationPlant HeightPlant Height399 CIMMYTMA-BANK-024734 Regeneration SD
CharacterizationEar HeightEar Height245 CIMMYTMA-BANK-024734 1 Regeneration SD
CharacterizationEar HeightEar Height300 CIMMYTMA-BANK-024734 Regeneration SD
CharacterizationEar HeightEar Height305 CIMMYTMA-BANK-024734 REGENACC SD
CharacterizationGrain Type 2Grain type for the accession less frequent than grain type 1A - Floury CIMMYTMA-BANK-024734 1 Regeneration SD
CharacterizationGrain Type 2Grain type for the accession less frequent than grain type 1F - Flint  
CharacterizationStalk LodgedStalk Lodged1 CIMMYTMA-BANK-024734 1 Regeneration SD
CharacterizationRoot LodgedRoot Lodged13 CIMMYTMA-BANK-024734 1 Regeneration SD
CharacterizationRoot LodgedRoot Lodged23 CIMMYTMA-BANK-024734 Regeneration SD
CharacterizationLeave SenescenceLeave Senescence24 CIMMYTMA-BANK-024734 Regeneration SD
CharacterizationLeave SenescenceLeave Senescence36 CIMMYTMA-BANK-024734 REGENACC SD
CharacterizationRoot DevelopmentCode to identify the grade of root development2 - Large CIMMYTMA-BANK-024734 1 Regeneration SD
CharacterizationRoot DevelopmentCode to identify the grade of root development3 - Medium CIMMYTMA-BANK-024734 Regeneration SD
CharacterizationRoot DevelopmentCode to identify the grade of root development4 - Small CIMMYTMA-BANK-024734 REGENACC SD
CharacterizationTillering PlantTillering Plant0 CIMMYTMA-BANK-024734 1 Regeneration SD
CharacterizationTillering PlantTillering Plant1.54701 CIMMYTMA-BANK-024734 REGENACC SD
CharacterizationTillering PlantTillering Plant1.5659 CIMMYTMA-BANK-024734 Regeneration SD
CharacterizationSeedling VigorCode to identify plant seedling vigor 2 - Good CIMMYTMA-BANK-024734 REGENACC SD
CharacterizationSeedling VigorCode to identify plant seedling vigor 3 - Medium CIMMYTMA-BANK-024734 Regeneration SD
CharacterizationSeedling VigorCode to identify plant seedling vigor 3 - Medium CIMMYTMA-BANK-024734 1 Regeneration SD
CharacterizationTassel TypeCode to identify tassel type2 - Primary-Secondary CIMMYTMA-BANK-024734 REGENACC SD
CharacterizationTassel TypeCode to identify tassel type2 - Primary-Secondary CIMMYTMA-BANK-024734 Regeneration SD
CharacterizationTassel TypeCode to identify tassel type2 - Primary-Secondary CIMMYTMA-BANK-024734 1 Regeneration SD
CharacterizationLeafinessCode to identify grade of leafiness1 - Pretty leafy CIMMYTMA-BANK-024734 1 Regeneration SD
CharacterizationLeafinessCode to identify grade of leafiness2 - Very leafy CIMMYTMA-BANK-024734 REGENACC SD
CharacterizationLeafinessCode to identify grade of leafiness2 - Very leafy CIMMYTMA-BANK-024734 Regeneration SD
CharacterizationLeaves AboveNumber of leaves above the ear5 CIMMYTMA-BANK-024734 Regeneration SD
CharacterizationLeaves AboveNumber of leaves above the ear6 CIMMYTMA-BANK-024734 REGENACC SD
CharacterizationLeaves AboveNumber of leaves above the ear6 CIMMYTMA-BANK-024734 1 Regeneration SD
CharacterizationSheath PubescenceCode to identify grade of sheath pubescens2 - Segregating CIMMYTMA-BANK-024734 REGENACC SD
CharacterizationSheath PubescenceCode to identify grade of sheath pubescens2 - Segregating CIMMYTMA-BANK-024734 1 Regeneration SD
CharacterizationSheath PubescenceCode to identify grade of sheath pubescens3 - Non-exists CIMMYTMA-BANK-024734 Regeneration SD
CharacterizationGrain Type 3Grain type for the accession less frequent than grain type 2L - White Cap  
CharacterizationEasy ShellingEasy Shelling2 - Easy CIMMYTMA-BANK-024734 1 Regeneration SD
CharacterizationGlume SizeCode to identify glume size2 - Long (61 - 80 %) CIMMYTMA-BANK-024734 1 Regeneration SD
CharacterizationEar RotEar Rot3 - Medium rotten CIMMYTMA-BANK-024734 1 Regeneration SD
CharacterizationLeaf Disease 1Code to identify leaf disease pathogenC - Roya común / Puccinia sorghi CIMMYTMA-BANK-024734 REGENACC SD
CharacterizationLeaf Disease 1Code to identify leaf disease pathogenC - Roya común / Puccinia sorghi CIMMYTMA-BANK-024734 Regeneration SD
CharacterizationLeaf Disease 1Code to identify leaf disease pathogenD - Roya por Polysora / Puccinia polysora CIMMYTMA-BANK-024734 1 Regeneration SD
CharacterizationHusk CoverCode to identify grade of husk cover1 - Pretty good CIMMYTMA-BANK-024734 REGENACC SD
CharacterizationHusk CoverCode to identify grade of husk cover1 - Pretty good CIMMYTMA-BANK-024734 Regeneration SD
CharacterizationHusk CoverCode to identify grade of husk cover1 - Pretty good CIMMYTMA-BANK-024734 1 Regeneration SD
CharacterizationPlant Color 1Predominant plant color for the accession1 - Green CIMMYTMA-BANK-024734 REGENACC SD
CharacterizationPlant Color 1Predominant plant color for the accession1 - Green CIMMYTMA-BANK-024734 Regeneration SD
CharacterizationPlant Color 1Predominant plant color for the accession1 - Green CIMMYTMA-BANK-024734 1 Regeneration SD
CharacterizationPlant Color 2Plant color for the accession less frequent than plant color 13 - Sun red CIMMYTMA-BANK-024734 1 Regeneration SD
CharacterizationKernel Row NumberKernel Row Number2 - 10-16 CIMMYTMA-BANK-024734 1 Regeneration SD
CharacterizationKernel Row TypeCode to identify kernel row type1 - Regular CIMMYTMA-BANK-024734 1 Regeneration SD
CharacterizationGrain Color 1Predominant grain color for the accessionA - White  
CharacterizationGrain Color 1Predominant grain color for the accessionA - White CIMMYTMA-BANK-024734 1 Regeneration SD
CharacterizationAdaptationMaterial Adaptation Qualification2 - Good CIMMYTMA-BANK-024734 REGENACC SD
CharacterizationAdaptationMaterial Adaptation Qualification2 - Good CIMMYTMA-BANK-024734 1 Regeneration SD
CharacterizationAgronomic ScaleAgronomic Scale2 - Good CIMMYTMA-BANK-024734 REGENACC SD
CharacterizationAgronomic ScaleAgronomic Scale2 - Good CIMMYTMA-BANK-024734 1 Regeneration SD
CharacterizationField WeightEar weight obtained in the experimental plot0  
CharacterizationField WeightEar weight obtained in the experimental plot17.17 CIMMYTMA-BANK-024734 1 Regeneration SD
CharacterizationField book statusCode to identify the status of current field bookA - Approved  
CharacterizationGrain Color 2Grain color for the accession less frequent than grain color 1B - Yellow  
CharacterizationGrain Color 2Grain color for the accession less frequent than grain color 1I - Red CIMMYTMA-BANK-024734 1 Regeneration SD
CharacterizationGrain Color 4Grain color for the accession less frequent than grain color 3B - Yellow CIMMYTMA-BANK-024734 1 Regeneration SD
CharacterizationLeaf Disease 2Disease of the leafR - Enanismo rugoso del maíz (MRDV) / Maize rough dwarf virus (MRDV) CIMMYTMA-BANK-024734 1 Regeneration SD
CharacterizationGrade Disease 1Grade of the desease2 - Slightly CIMMYTMA-BANK-024734 1 Regeneration SD
CharacterizationGrade Disease 2Grade of the desease2 - Slightly CIMMYTMA-BANK-024734 1 Regeneration SD
CharacterizationEar ShapeEar Shape3 - Conical CIMMYTMA-BANK-024734 1 Regeneration SD
CharacterizationGrain WidthGrain width1 CIMMYTMA-BANK-024734 1 Regeneration SD
CharacterizationGrain Color 3Grain color for the accession less frequent than grain color 2J - Sun red CIMMYTMA-BANK-024734 1 Regeneration SD
CharacterizationGrain Color 3Grain color for the accession less frequent than grain color 2K - Blue  
CharacterizationEar DiameterEar Diameter5.2 CIMMYTMA-BANK-024734 1 Regeneration SD
CharacterizationGrain LengthGrain Length1.3 CIMMYTMA-BANK-024734 1 Regeneration SD
CharacterizationEar LengthEar Length16.2 CIMMYTMA-BANK-024734 1 Regeneration SD
CharacterizationNumber Ear RotNumber Ear Rot21 CIMMYTMA-BANK-024734 REGENACC SD
CharacterizationNumber Ear RotNumber Ear Rot63 CIMMYTMA-BANK-024734 1 Regeneration SD
CharacterizationRoot Lodged %Percent of root lodging10 CIMMYTMA-BANK-024734 Regeneration SD
CharacterizationRoot Lodged %Percent of root lodging18 CIMMYTMA-BANK-024734 1 Regeneration SD
CharacterizationStalk Lodged %Percent of stalk lodging1 CIMMYTMA-BANK-024734 1 Regeneration SD
CharacterizationCob Color 1Cob Color 1D - Cream CIMMYTMA-BANK-024734 1 Regeneration SD
GEO-REFERENCEElevation Meters 1Elevation of the location from where the accession originates2200  
GEO-REFERENCEAdaptation ZoneAdaptation ZoneTemperate, dry winter, warm summer   
GEO-REFERENCEElevation Type 1Source from where elevation data was obtainedP - Map site/province  


CIMMYT Germplasm Policy (excerpts)

CIMMYT holds and manages its germplasm as an international public good and is committed to its widespread and facilitated diffusion and use to achieve the maximum possible access, scale, scope of impact, and sharing of benefits for the poor, especially maize and wheat farmers and consumers in developing countries. To safeguard its international public goods character, and by legal obligation with FAO and the Governing Body of the International Treaty of Plant Genetic Resources for Food and Agriculture (ITPGRFA), CIMMYT germplasm for use in food and agriculture is transferred using the Standard Materials Transfer Agreement (SMTA) of the ITPGRFA or equivalent Material Transfer Agreements (MTAs) in the case of species that are not listed in the Annex 1 of the ITPGRFA.

Distributions to fulfill requests for repatriation of subsamples of germplasm collections to a country or community of origin, especially following natural or man-made catastrophes, are considered a high priority.

The CIMMYT germplasm research for development focus is on (i) conservation and the effective use of genetic diversity and (ii) the further development and deployment of CIMMYT germplasm for the benefit of improved and more sustainable food and nutrition security, poverty reduction, and environmental sustainability.

CIMMYT strives to make CIMMYT held germplasm, as well as the data and other outputs resulting from its germplasm research and development activities, openly available and accessible for research, breeding and training for food and agriculture, in accordance with the ITPGRFA, the CGIAR Intellectual Assets Principles, the CGIAR Open Access and Data Management Policy and CIMMYT's Intellectual Assets Policy. Germplasm availability is made public through the web, field days etc. and access is free of charge or at minimal cost. CIMMYT may apply additional conditions to the transfer of germplasm under development from its breeding and research programs in support of accelerated use, data sharing, and impact assessment.

CIMMYT acquires and distributes all seed samples in accordance with relevant international and national regulations, such as phytosanitary/quarantine laws, ITPGRFA or CBD, and national laws for genetic resources access, transgenic status, and other considerations. Germplasm imported, exported, or acquired from quarantined regions within the same country must pass through the applicable quarantine processes implemented by an accredited CIMMYT Seed Health Unit or the importing or exporting countries' dedicated authorities, as well as meeting all necessary regulatory requirements, before acceptance and use by CIMMYT for conservation, breeding, research, and/or dissemination to third parties.

CIMMYT makes no warranties, express or implied, regarding the quality, viability or purity (genetic or mechanical), safety of and/or use of CIMMYT-held germplasm including any warranty of merchantability, or fitness for a particular purpose, including without limitation, production, breeding, crossing, testing, commercialization, or non-infringement of third-party intellectual property.