Unsplashed background img 1

Species:
Arabidopsis thaliana
Country:
UK
Sitename:
SQ
Collector:
Mick Crawley
Collected on:
-
Lat/Lon:
51.4083 / -0.6383
CS number:
Map
Scored in 198 phenotypes:
Phenotype NameTrait Ontology (TO)Environmental Ontoloy (EO)Unit Ontology (UO)# valuesStudyValue (mean)
Se82selenium concentrationgrowth chamber studyconcentration unit1Atwell et. al, Nature 20106.13705
FT Diameter Fieldleaf numbergrowth chamber studylength unit1Atwell et. al, Nature 201034.3289
Zn66zinc concentrationgrowth chamber studyconcentration unit1Atwell et. al, Nature 201080.6655
Secondary Dormancygermination ratiogrowth chamber studypercent1Atwell et. al, Nature 2010-0.0595238
Width 10plant widthgrowth chamber studycentimeter1Atwell et. al, Nature 20104.5
Ni60nickel concenterationgrowth chamber studyconcentration unit1Atwell et. al, Nature 20103.48621
Size sweden 2009 (2nd experiment)centimeter1Flowering time in simulated seasons10.675
Leaf epidermis autofluorescenceleaf morphology traitgrowth chamber studydimensionless unit1trichome_development_epidermis_metal_traits4.0
PZ-mean Total length day003root lengthplant growth mediummicron pixel1Root growth rates under nutrient deficiency123.5215
Chlorosis 10leaf chlorosisgrowth chamber studydimensionless unit1Atwell et. al, Nature 20100.0
DTFplantingSummer2009days to flowering traitdimensionless unit1Flowering time in simulated seasons7.75
Storage 56 daysseed dormancygrowth chamber studypercent1Atwell et. al, Nature 20103.25
Meristem zone lengthcell elongation traitmicrometer1Mejion161.945
FW leaf necrosisgrowth chamber studygram1Atwell et. al, Nature 20100.8439
Metal surrounding trichomesmineral and ion content related traitgrowth chamber studydimensionless unit1trichome_development_epidermis_metal_traits0.0
LFS GHreproductive growth timegrowth chamber studyday1Atwell et. al, Nature 201060.4505
RGR MSrelative root lengthplant growth mediumrate unit1Root growth rates under nutrient deficiency67.09284239
Leaf roll 16rolled leafgrowth chamber studydimensionless unit1Atwell et. al, Nature 20100.0