Details for Individual: PET0680

Individual ID:
PET0680
Genotype ID:
PET0680
Taxa:
Helianthus niveus subsp. canescens
NCBI-ID:
74145
Population:
PET_39
Measured Phenotypes:
33
Images:
4

United States – New Mexico (Lat=31.81152° Long=-106.68289°)

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leafbottom
300 dpi resolution image of individual sunflower leaf (abaxial)
leaftop
300 dpi resolution image of sunflower leaf of each studied individual (adaxial)
planttop
High resolution image of sunflower whole plant of each studied individual (top view)
leafstrip
High Resolution Image (2400 dpi) of sunflower leaf sections for each studied individual.

TaxaPhenotype NamePhenotype ValueCategorySubcategoryType
Helianthus niveus subsp. canescensStem diameter final before 1st node35.1Plant architecturePlant architectureQuantitative
Helianthus niveus subsp. canescensStem diameter final after 5th node29.1Plant architecturePlant architectureQuantitative
Helianthus niveus subsp. canescensDistance of first branching from ground0.5Plant architecturePlant architectureQuantitative
Helianthus niveus subsp. canescensPrimary branches68.0Plant architecturePlant architectureQuantitative
Helianthus niveus subsp. canescensSLA20.68128243Leaf traitsLeaf architectureQuantitative
Helianthus niveus subsp. canescensLeaf total N4.970070427Carbon nitrogen contentCarbon nitrogen contentQuantitative
Helianthus niveus subsp. canescensLeaf total C40.02984121Carbon nitrogen contentCarbon nitrogen contentQuantitative
Helianthus niveus subsp. canescensLeaf C N ratio8.054179875Carbon nitrogen contentCarbon nitrogen contentQuantitative
Helianthus niveus subsp. canescensLeaf perimeter312.5698Leaf traitsLeaf architectureQuantitative
Helianthus niveus subsp. canescensLeaf area4862.1695Leaf traitsLeaf architectureQuantitative
Helianthus niveus subsp. canescensLeaf width mid-height61.5527Leaf traitsLeaf architectureQuantitative
Helianthus niveus subsp. canescensLeaf maximum width67.564Leaf traitsLeaf architectureQuantitative
Helianthus niveus subsp. canescensLeaf height mid-width113.4533Leaf traitsLeaf architectureQuantitative
Helianthus niveus subsp. canescensLeaf maximum height122.2587Leaf traitsLeaf architectureQuantitative
Helianthus niveus subsp. canescensLeaf curved height122.349Leaf traitsLeaf architectureQuantitative
Helianthus niveus subsp. canescensLeaf curvedHeight maxWidth1.810860813Leaf traitsLeaf shapeQuantitative
Helianthus niveus subsp. canescensLeaf shape index external I1.8095Leaf traitsLeaf shapeQuantitative
Helianthus niveus subsp. canescensLeaf shape index external II1.8432Leaf traitsLeaf shapeQuantitative
Helianthus niveus subsp. canescensLeaf curved shape index1.9823Leaf traitsLeaf shapeQuantitative
Helianthus niveus subsp. canescensLeaf ellipsoid0.072Leaf traitsLeaf shapeQuantitative
Helianthus niveus subsp. canescensLeaf circular0.1868Leaf traitsLeaf shapeQuantitative
Helianthus niveus subsp. canescensLeaf rectangular0.3067Leaf traitsLeaf shapeQuantitative
Helianthus niveus subsp. canescensLeaf obovoid0.2177Leaf traitsLeaf shapeQuantitative
Helianthus niveus subsp. canescensLeaf width widest pos0.6108Leaf traitsLeaf shapeQuantitative
Helianthus niveus subsp. canescensLeaf eccentricity0.7429Leaf traitsLeaf shapeQuantitative
Helianthus niveus subsp. canescensLeaf proximal eccentricity0.8874Leaf traitsLeaf shapeQuantitative
Helianthus niveus subsp. canescensLeaf distal eccentricity0.8896Leaf traitsLeaf shapeQuantitative
Helianthus niveus subsp. canescensLeaf shape index internal1.8483Leaf traitsLeaf shapeQuantitative
Helianthus niveus subsp. canescensLeaf eccentricity area index0.28Leaf traitsLeaf shapeQuantitative
Helianthus niveus subsp. canescensTotal RGB201.234Leaf traitsLeaf colourQuantitative
Helianthus niveus subsp. canescensRGB proportion green0.431670214Leaf traitsLeaf colourQuantitative
Helianthus niveus subsp. canescensRGB proportion red0.325888845Leaf traitsLeaf colourQuantitative
Helianthus niveus subsp. canescensRGB proportion blue0.24244094Leaf traitsLeaf colourQuantitative
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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

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