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Species:
Arabidopsis thaliana
Country:
Spain
Sitename:
Collector:
Collected on:
-
Lat/Lon:
42.69 / -6.93
CS number:
Map
Scored in 17 phenotypes:
Phenotype NameTrait Ontology (TO)Environmental Ontoloy (EO)Unit Ontology (UO)# valuesStudyValue (mean)
M216T665metabolite content traitconcentration unit1DAAR5.24
M130T666metabolite content traitconcentration unit1DAAR5.52
M172T666metabolite content traitconcentration unit1DAAR6.43
FT10days to flowering traitgrowth chamber studyday11001genomes flowering time phenotypes76.75
FT16days to flowering traitgrowth chamber studyday11001genomes flowering time phenotypes61.5
Inter-specific pollination of Arabidopsis thaliana and Malcolmia littoreahybrid incompatibilitygrowth chamber studycount unit1Inter-specific pollination of Arabidopsis thaliana and Malcolmia littorea4.285714286
DTF2days to flowering traitgrowth chamber studyday11001 Genomes & easyGWAS55.5
DTF3days to flowering traitgrowth chamber studyday11001 Genomes & easyGWAS61.5
DTF1days to flowering traitgrowth chamber studyday11001 Genomes & easyGWAS49.5
RLleaf numbergrowth chamber studycount unit11001 Genomes & easyGWAS41.5
CLcauline axillary branch numbergrowth chamber studycount unit11001 Genomes & easyGWAS10.0
stomata densityadaxial stomatal frequencygrowth chamber studydensity unit1Natural variation in stomata size (Dittberner et al. 2018)125.555555556
stomata density 261adaxial stomatal frequencygrowth chamber studydensity unit1Natural variation in stomata size (Dittberner et al. 2018)100.0
stomatasizestomatal process related traitgrowth chamber studymillimeter1Natural variation in stomata size (Dittberner et al. 2018)105.629690553
Stomatasize 261stomatal process related traitgrowth chamber studymillimeter1Natural variation in stomata size (Dittberner et al. 2018)108.0035
delta 13Cstomatal process related traitgrowth chamber studyratio1Natural variation in stomata size (Dittberner et al. 2018)-34.564865911
delta 13C 261stomatal process related traitgrowth chamber studyratio1Natural variation in stomata size (Dittberner et al. 2018)-34.564865911