Accession: Dja-1
file_download
Unsplashed background img 1

Species:
Arabidopsis thaliana
Country:
Kyrgyzstan
Sitename:
Djarly
Collector:
Olivier Loudet
Collected on:
-
Lat/Lon:
42.5833 / 73.6333
CS number:
CS76473
Map
Statistics
Scored in 306 phenotypes:
Phenotype NameTrait Ontology (TO)Environmental Ontoloy (EO)Unit Ontology (UO)# valuesStudyValue (mean)
clim-tmax3other miscellaneous traitecological environmenttemperature unit1Lifetime fitness in Germany and Spain under rainfall manipulation-87.0
clim-gs2other miscellaneous traitecological environmentdimensionless unit1Lifetime fitness in Germany and Spain under rainfall manipulation0.0
clim-tmin1other miscellaneous traitecological environmenttemperature unit1Lifetime fitness in Germany and Spain under rainfall manipulation-255.0
clim-aet12other miscellaneous traitecological environmentvolumetric flow rate unit1Lifetime fitness in Germany and Spain under rainfall manipulation0.014406985
rSurvival fruit thiyield traitfield studyratio1Lifetime fitness in Germany and Spain under rainfall manipulation1.122273546
rSeeds mliyield traitfield studyratio1Lifetime fitness in Germany and Spain under rainfall manipulation0.995990122
clim-aet5other miscellaneous traitecological environmentvolumetric flow rate unit1Lifetime fitness in Germany and Spain under rainfall manipulation2.640000105
Raffinose 32Ccarbohydrate contentgrowth chamber studyconcentration unit1Raffinose (22°C and 32°C)81.75
undefined structures 15d protocol bin vitro plant structure morphology traitin vitro solid growth mediumcount unit12Genetic dissection of shoot regeneration from root explants in Arabidopsis (Lardon et al., 2020)0.0
rSurvival fruit mliyield traitfield studyratio1Lifetime fitness in Germany and Spain under rainfall manipulation2.958029073
rFitness mliyield traitfield studyratio1Lifetime fitness in Germany and Spain under rainfall manipulation3.040355681
shoot primordia 15d protocol bin vitro plant structure morphology traitin vitro solid growth mediumcount unit12Genetic dissection of shoot regeneration from root explants in Arabidopsis (Lardon et al., 2020)0.0