Details for Individual: ANN1320

Individual ID:
ANN1320
Genotype ID:
ANN1320
Taxa:
Helianthus annuus
NCBI-ID:
4232
Population:
ANN_52
Measured Phenotypes:
60
Images:
6

United States – Texas (Lat=31.13312° Long=-104.02012°)

Download high-quality images
flower
High Resolution Image of individual sunflower inflorescences showing both top and bottom sides of them (most of the times in triplicate).
plantside
High resolution image of sunflower whole plant of each studied individual (side view)
planttop
High resolution image of sunflower whole plant of each studied individual (top view)
primarybranch
High resolution image of branch sections of each studied individual (about 8 com long) cut from their primary branch.
seed
High resolution image of branch sections of each studied individual (about 8 com long) cut from their primary branch.
leafstrip
High Resolution Image (2400 dpi) of sunflower leaf sections for each studied individual.

TaxaPhenotype NamePhenotype ValueCategorySubcategoryType
Helianthus annuusTLN37.0Plant developmentFlowering timeQuantitative
Helianthus annuusLIR0.787234043Plant developmentGrowth rateQuantitative
Helianthus annuusDays to budding47.0Plant developmentFlowering timeQuantitative
Helianthus annuusDTF69.0Plant developmentFlowering timeQuantitative
Helianthus annuusStem diameter at flowering40.4Plant architecturePlant architectureQuantitative
Helianthus annuusPlant height at flowering217.0Plant architecturePlant architectureQuantitative
Helianthus annuusInternode length5.864864865Plant architecturePlant architectureQuantitative
Helianthus annuusStem diameter final before 1st node36.0Plant architecturePlant architectureQuantitative
Helianthus annuusStem diameter final after 5th node34.0Plant architecturePlant architectureQuantitative
Helianthus annuusDistance of first branching from ground25.5Plant architecturePlant architectureQuantitative
Helianthus annuusPrimary branches20.0Plant architecturePlant architectureQuantitative
Helianthus annuusLeaf total N4.616Carbon nitrogen contentCarbon nitrogen contentQuantitative
Helianthus annuusLeaf total C41.621Carbon nitrogen contentCarbon nitrogen contentQuantitative
Helianthus annuusLeaf C N ratio9.016991644Carbon nitrogen contentCarbon nitrogen contentQuantitative
Helianthus annuusDisk diameter4.432268165Inflorescence traitsInflorescence architectureQuantitative
Helianthus annuusLigule length6.074585492Inflorescence traitsLigulesQuantitative
Helianthus annuusLigule width1.318318698Inflorescence traitsLigulesQuantitative
Helianthus annuusFlower head diameter16.38932879Inflorescence traitsInflorescence architectureQuantitative
Helianthus annuusLigule LW ratio4.63434328Inflorescence traitsLigulesQuantitative
Helianthus annuusFlower FHDD ratio3.698342647Inflorescence traitsInflorescence architectureQuantitative
Helianthus annuusLigules number23.33333333Inflorescence traitsLigulesQuantitative
Helianthus annuusStem colour0.0PigmentationAnthocyaninsCategorical
Helianthus annuusPetiole main veins colour2.0PigmentationAnthocyaninsCategorical
Helianthus annuusDarker axillae0.0PigmentationAnthocyaninsBinary
Helianthus annuusTrichomes length2.181379592Leaf traitsTrichomesQuantitative
Helianthus annuusTrichomes density leaf edge flat area82.0Leaf traitsTrichomesQuantitative
Helianthus annuusTrichomes density leaf edge secondary veins74.0Leaf traitsTrichomesQuantitative
Helianthus annuusTrichomes density leaf center flat area77.0Leaf traitsTrichomesQuantitative
Helianthus annuusTrichomes density leaf center secondary veins38.0Leaf traitsTrichomesQuantitative
Helianthus annuusTrichomes density edge average78.0Leaf traitsTrichomesQuantitative
Helianthus annuusTrichomes density center average57.5Leaf traitsTrichomesQuantitative
Helianthus annuusTrichomes density nonvein average79.5Leaf traitsTrichomesQuantitative
Helianthus annuusTrichomes density vein average56.0Leaf traitsTrichomesQuantitative
Helianthus annuusPhyllaries diameter8.644524011Inflorescence traitsPhyllariesQuantitative
Helianthus annuusPhyllaries length3.46337951Inflorescence traitsPhyllariesQuantitative
Helianthus annuusPhyllaries width1.109620713Inflorescence traitsPhyllariesQuantitative
Helianthus annuusPhyllaries LW ratio3.132707728Inflorescence traitsPhyllariesQuantitative
Helianthus annuusFlowerhead to phyllaries diameter ratio1.896974809Inflorescence traitsPhyllariesQuantitative
Helianthus annuusDisk to phyllaries diameter ratio0.512960812Inflorescence traitsPhyllariesQuantitative
Helianthus annuusSeed perimeter13.7459375Seed traitsSeed sizeQuantitative
Helianthus annuusSeed area10.66535Seed traitsSeed sizeQuantitative
Helianthus annuusSeed width mid height2.677575Seed traitsSeed sizeQuantitative
Helianthus annuusSeed maximum width2.8072375Seed traitsSeed sizeQuantitative
Helianthus annuusSeed height mid width5.1329Seed traitsSeed sizeQuantitative
Helianthus annuusSeed maximum height5.1593625Seed traitsSeed sizeQuantitative
Helianthus annuusSeed curved height5.27565Seed traitsSeed sizeQuantitative
Helianthus annuusSeed HW ratio1.879303051Seed traitsSeed shapeQuantitative
Helianthus annuusSeed shape index external I1.8379875Seed traitsSeed shapeQuantitative
Helianthus annuusSeed shape index external II1.9169875Seed traitsSeed shapeQuantitative
Helianthus annuusSeed curved shape index1.9677875Seed traitsSeed shapeQuantitative
Helianthus annuusSeed ellipsoid0.0589875Seed traitsSeed shapeQuantitative
Helianthus annuusSeed circular0.196275Seed traitsSeed shapeQuantitative
Helianthus annuusSeed rectangular0.444075Seed traitsSeed shapeQuantitative
Helianthus annuusSeed ovoid0.2807Seed traitsSeed shapeQuantitative
Helianthus annuusSeed width widest pos0.36105Seed traitsSeed shapeQuantitative
Helianthus annuusSeed eccentricity0.7498875Seed traitsSeed shapeQuantitative
Helianthus annuusSeed proximal eccentricity0.8849875Seed traitsSeed shapeQuantitative
Helianthus annuusSeed distal eccentricity0.83475Seed traitsSeed shapeQuantitative
Helianthus annuusSeed shape index internal1.8119875Seed traitsSeed shapeQuantitative
Helianthus annuusSeed eccentricity area index0.395125Seed traitsSeed shapeQuantitative
HeliantHOME is a public database for sunflower phenotypes (© 2021-2022) About | Imprint
Legal Notice
Contact Information
Prof. Dr. Dominik Grimm
Professorship of Bioinformatics

TUM Campus Straubing for Biotechnology and Sustainability (TUMCS)
Weihenstephan-Triesdorf University of Applied Sciences (HSWT)
Petersgasse 18
93415 Straubing
Germany

dominik.grimm [at] hswt.de

Legal Information
Type of business: Research Institute

Disclaimer
This website provides information about public research data. We make no guarantees of accuracy, completeness and timeliness of the infomration on this website. We, therefore, accept no responsibility or liability for damages or losses resulting from the use of this website. This website provides links to other internet sites for the convenience of users. We are not responsible for the availability or content of these external sites, nor do they endorse, warrant, or guarantee any commercial product, service, site, law firm, attorney or information described or offered at these other internet sites.