easyGWAS - Public Data

Phenotype ID	Phenotype Name	Scoring	variation type	#Samples
AT_P_48	0W GH LN	Leaf number was scored as the number of rosette leaves and the number of cauline leaves when the bolt reached 5cm	continuous	135
AT_P_5	FT10	Plants were checked bi-weekly for presence of first buds, and the average flowering time of 4 plants of the same accession were collected	continuous	194
AT_P_57	FT Field	Flowering time was scored as the number of days between germination date and appearance of the first flower	continuous	180
AT_P_58	FT Diameter Field	Longest diameter of the plant measured on the day the first flower was observed	continuous	180
AT_P_59	FT GH	Flowering time was scored as the number of days between germination date and appearance of the first flower	continuous	166
AT_P_6	FT16	Plants were checked bi-weekly for presence of first buds, and the average flowering time of 4 plants of the same accession were collected	continuous	193
AT_P_60	FT Duration GH	Number of days between appearance of the first flower and the senescence of the last flower	continuous	147
AT_P_61	LC Duration GH	Number of days between germination and plant complete senescence	continuous	147
AT_P_62	LFS GH	Number of days between germination and senescence of the last flower	continuous	148
AT_P_63	MT GH	Number of days between last flower senescence and complete plant senescence	continuous	147
AT_P_64	RP GH	Reproduction period: number of days between the appearance of the first flower and the plant complete senescence	continuous	147
AT_P_65	At1	Four days after inoculation, leaves were scored by eye for disease symptom using a scale from 0 (no visible symptom) to 10 (leaves collapse and turn yellow), with an increment of 1.	continuous	175
AT_P_66	At1 CFU2	In planta bacterial growth (number of CFU / leaf area) of the P. viridiflava strain was individually measured as described in Goss and Bergelson 2006	continuous	175
AT_P_67	As	Four days after inoculation, leaves were scored by eye for disease symptom using a scale from 0 (no visible symptom) to 10 (leaves collapse and turn yellow), with an increment of 1.	continuous	175
AT_P_68	As CFU2	In planta bacterial growth (number of CFU / leaf area) of the P. viridiflava strain was individually measured as described in Goss and Bergelson 2006	continuous	175
AT_P_69	Bs	Four days after inoculation, leaves were scored by eye for disease symptom using a scale from 0 (no visible symptom) to 10 (leaves collapse and turn yellow), with an increment of 1.	continuous	175
AT_P_7	FT22	Plants were checked bi-weekly for presence of first buds, and the average flowering time of 4 plants of the same accession were collected	continuous	193
AT_P_70	Bs CFU2	In planta bacterial growth (number of CFU / leaf area) of the P. viridiflava strain was individually measured as described in Goss and Bergelson 2006	continuous	175
AT_P_71	At2	Four days after inoculation, leaves were scored by eye for disease symptom using a scale from 0 (no visible symptom) to 10 (leaves collapse and turn yellow), with an increment of 1.	continuous	175
AT_P_72	At2 CFU2	In planta bacterial growth (number of CFU / leaf area) of the P. viridiflava strain was individually measured as described in Goss and Bergelson 2006	continuous	175
AT_P_73	As2	Four days after inoculation, leaves were scored by eye for disease symptom using a scale from 0 (no visible symptom) to 10 (leaves collapse and turn yellow), with an increment of 1.	continuous	175
AT_P_74	As2 CFU2	In planta bacterial growth (number of CFU / leaf area) of the P. viridiflava strain was individually measured as described in Goss and Bergelson 2006	continuous	175
AT_P_75	FW	Lesioning measured by fresh weight	continuous	95
AT_P_76	DW	Lesioning measured by dry weight	continuous	95
AT_P_77	LES	Lesioning is the presence in older leaves of necrotic spots, that spread to the whole leaf. Lesioned accessions were divided in three subgroups (mild, intermediate and severe) according to the severity of lesioning	binary	95

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