easyGWAS - Public Data

Phenotype ID	Phenotype Name	Scoring	variation type	#Samples
AT_P_158	Silique 16	The length of 5 siliques was measured for each accession after growth had concluded	categorical	95
AT_P_159	Silique 22	The length of 5 siliques was measured for each accession after growth had concluded	categorical	95
AT_P_161	Germ 10	Days to germination of each accession were recorded daily at each temperature upon first emergence of cotyledons	categorical	177
AT_P_162	Germ 16	Days to germination of each accession were recorded daily at each temperature upon first emergence of cotyledons	categorical	176
AT_P_163	Germ 22	Days to germination of each accession were recorded daily at each temperature upon first emergence of cotyledons	categorical	177
AT_P_164	Width 10	The diameters of 4 plants of each accession were measured and the results were expressed as an average value across all available replicates.Plants were scored 8 weeks post germination	continuous	176
AT_P_165	Width 16	The diameters of 4 plants of each accession were measured and the results were expressed as an average value across all available replicates.Plants were scored 5 weeks post germination	continuous	175
AT_P_166	Width 22	The diameters of 4 plants of each accession were measured and the results were expressed as an average value across all available replicates.Plants were scored 5 weeks post germination	continuous	175
AT_P_167	Chlorosis 10	Results expressed as binary data, determined by the presence (1) or absence (0) of chlorosis in all 4 plants / accession after 8wks of growth	binary	177
AT_P_168	Chlorosis 16	Results expressed as binary data, determined by the presence (1) or absence (0) of chlorosis in all 4 plants / accession after 5wks of growth	binary	176
AT_P_169	Chlorosis 22	Results expressed as binary data, determined by the presence (1) or absence (0) of chlorosis in all 4 plants / accession after 5wks of growth	binary	176
AT_P_170	Anthocyanin 10	Results expressed as binary data, determined by the presence (1) or absence (0) of anthocyanin in all 4 plants / accession after 8wks of growth	binary	177
AT_P_171	Anthocyanin 16	Results expressed as binary data, determined by the presence (1) or absence (0) of anthocyanin in all 4 plants / accession after 5wks of growth	binary	176
AT_P_172	Anthocyanin 22	Results expressed as binary data, determined by the presence (1) or absence (0) of anthocyanin in all 4 plants / accession after 5wks of growth	binary	177
AT_P_173	Leaf serr 10	Average severity of serration across 4 plants was scored between 0 (entire lamina) and 1.5 (jagged serration) after 8 weeks of growth	categorical	174
AT_P_174	Leaf serr 16	Average severity of serration across 4 plants was scored between 0 (entire lamina) and 1.5 (jagged serration) after 5 weeks of growth	categorical	176
AT_P_175	Leaf serr 22	Average severity of serration across 4 plants was scored between 0 (entire lamina) and 1.5 (jagged serration) after 5 weeks of growth	categorical	176
AT_P_176	Leaf roll 10	Results expressed as binary data, determined by the presence (1) or absence (0) of rolled leaves in all 4 plants / accession at 8 weeks growth	binary	177
AT_P_177	Leaf roll 16	Results expressed as binary data, determined by the presence (1) or absence (0) of rolled leaves in all 4 plants / accession at 5 weeks growth	binary	176
AT_P_178	Leaf roll 22	Results expressed as binary data, determined by the presence (1) or absence (0) of rolled leaves in all 4 plants / accession at 5 weeks growth	binary	176
AT_P_179	Rosette Erect 22	(22°C was the only temperature at which this phenotype was frequently observed). Results were expressed as binary data, determined by the central rosette being erect (1) or not (0) in all 4 plants / accession phenotyped at 5 weeks post germination	categorical	176
AT_P_182	Hypocotyl length	After seven days growth under the photocycle and thermocycle treatment,plants were flattened directly on the agar and imaged on a flatbed scanner. Hypocotyl lengths were determined using NIH Image	continuous	89
AT1P106	Seedling Growth	Seedling growth rate was given by leaf area divided by the number of days of growth since sowing ( in cm2/day)	continuous	100
AT_P_273	Vern Growth	Vegetative growth rate during vernalization was estimated as the increment of cm2 leaf area per day between each of the three time points for which leaf area was measured	continuous	110
AT_P_274	After Vern Growth	Vegetative growth rate after vernalization was estimated as the increment of cm2 leaf area per day between each of the three time points for which leaf area was measured	continuous	110

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