cometadata/datacite-titles-descriptions-related-identifiers huggingface dataset:
DOI: 10.21958/gwas:64
title: ('Ni60_raw_Full imputed genotype_amm',)

description: GWAS study using the method "amm" with the "Full imputed genotype" genotype and "raw"" transformation
DOI: 10.21958/gwas:65
title: ('P31_raw_Full imputed genotype_amm',)

description: GWAS study using the method "amm" with the "Full imputed genotype" genotype and "raw"" transformation
DOI: 10.21958/gwas:66
title: ('Emwa1_raw_Full imputed genotype_amm',)

description: GWAS study using the method "amm" with the "Full imputed genotype" genotype and "raw"" transformation
DOI: 10.21958/gwas:67
title: ('As75_raw_Full imputed genotype_amm',)

description: GWAS study using the method "amm" with the "Full imputed genotype" genotype and "raw"" transformation
DOI: 10.21958/gwas:68
title: ('Germ_in_dark_raw_Full imputed genotype_amm',)

description: GWAS study using the method "amm" with the "Full imputed genotype" genotype and "raw"" transformation
DOI: 10.21958/phenotype:294
title: GR21

description: Seeds from three biological replicates per line were pooled together to compensate for growth chamber heterogeneity. About 100 seeds per genotype were spread on wet filter paper in Petri dishes subsequently placed in moisture chambers (following protocol of Alonso-Blanco et al., 2003) that were located in a culture room set at 25°C with a long-day light regime (16 hr light, 8 hr dark). Germination rate (GR21) was determined after 7 days of incubation by scoring radicle emergence.
description: Three biological replicates of each Swedish line were grown under long-day conditions (16 hr light, 8 hr dark) for 8 weeks at 4°C to ensure proper vernalization. Temperature was then raised to 21°C (day) and 16°C (night) until seed harvest. Watering was individually monitored and stopped when about half of the siliques of a given plant had ripened. Seeds were harvested 10 days later. After-ripening was performed in the dark at 16°C with 30% relative humidity for 21 days.
DOI: 10.21958/phenotype:315
title: GR21 warm

description: The germination rate of seeds (percentage of germinated seeds) after-ripened for 21 days (GR21) was estimated for each genotype following standard methods (Alonso Blanco et al. 2003). Briefly, about 75 seeds per genotype were spread on wet filter paper (Whatman, ref. 1001-047) in Petri dishes (Greiner Bio-One, ref. 628102) that were subsequently placed in moisture chambers to maintain high, constant humidity (close to 99%). Moisture chambers consisted of reasonably air-tight, transparent plastic boxes (Ikea), whose bottom was covered by ten layers of paper towel imbibed with tap water. Germination was scored by observing radicle emergence after a week of incubation at 23°C in standard long days (16 h day / 8 h night) and under fluorescent light (Osram L 58W 840 Lumilux, 40 μm/m2/sec).
description: Three biological replicates of each genotype were first vernalized for eight weeks (4°C, 16 h day / 8 h night, 90% humidity) before being placed in a warm environment (21°C day / 16°C night). The warm treatment was applied from rosette stage to ripening and seed harvest. Seeds were harvested when about 50% of the siliques of a given plant had come to maturity and were subsequently placed in dry environment for after-ripening (30% relative humidity, 16°C, dark).
DOI: 10.21958/phenotype:316
title: GR21 cold

description: The germination rate of seeds (percentage of germinated seeds) after-ripened for 21 days (GR21) was estimated for each genotype following standard methods (Alonso Blanco et al. 2003). Briefly, about 75 seeds per genotype were spread on wet filter paper (Whatman, ref. 1001-047) in Petri dishes (Greiner Bio-One, ref. 628102) that were subsequently placed in moisture chambers to maintain high, constant humidity (close to 99%). Moisture chambers consisted of reasonably air-tight, transparent plastic boxes (Ikea), whose bottom was covered by ten layers of paper towel imbibed with tap water. Germination was scored by observing radicle emergence after a week of incubation at 23°C in standard long days (16 h day / 8 h night) and under fluorescent light (Osram L 58W 840 Lumilux, 40 μm/m2/sec).
description: Three biological replicates of each genotype were first vernalized for eight weeks (4°C, 16 h day / 8 h night, 90% humidity) before being placed in a cold environment (15°C day / 10°C night). The cold treatment was applied from rosette stage to ripening and seed harvest. Seeds were harvested when about 50% of the siliques of a given plant had come to maturity and were subsequently placed in dry environment for after-ripening (30% relative humidity, 16°C, dark).
DOI: 10.21958/phenotype:318
title: GR105 warm

description: The germination rate of seeds (percentage of germinated seeds) after-ripened for 105 days (GR105) was estimated for each genotype following standard methods (Alonso Blanco et al. 2003). Briefly, about 75 seeds per genotype were spread on wet filter paper (Whatman, ref. 1001-047) in Petri dishes (Greiner Bio-One, ref. 628102) that were subsequently placed in moisture chambers to maintain high, constant humidity (close to 99%). Moisture chambers consisted of reasonably air-tight, transparent plastic boxes (Ikea), whose bottom was covered by ten layers of paper towel imbibed with tap water. Germination was scored by observing radicle emergence after a week of incubation at 23°C in standard long days (16 h day / 8 h night) and under fluorescent light (Osram L 58W 840 Lumilux, 40 μm/m2/sec).
description: Three biological replicates of each genotype were first vernalized for eight weeks (4°C, 16 h day / 8 h night, 90% humidity) before being placed in a warm environment (21°C day / 16°C night). The warm treatment was applied from rosette stage to ripening and seed harvest. Seeds were harvested when about 50% of the siliques of a given plant had come to maturity and were subsequently placed in dry environment for after-ripening (30% relative humidity, 16°C, dark).
DOI: 10.21958/phenotype:320
title: GR63 warm

description: The germination rate of seeds (percentage of germinated seeds) after-ripened for 63 days (GR63) was estimated for each genotype following standard methods (Alonso Blanco et al. 2003). Briefly, about 75 seeds per genotype were spread on wet filter paper (Whatman, ref. 1001-047) in Petri dishes (Greiner Bio-One, ref. 628102) that were subsequently placed in moisture chambers to maintain high, constant humidity (close to 99%). Moisture chambers consisted of reasonably air-tight, transparent plastic boxes (Ikea), whose bottom was covered by ten layers of paper towel imbibed with tap water. Germination was scored by observing radicle emergence after a week of incubation at 23°C in standard long days (16 h day / 8 h night) and under fluorescent light (Osram L 58W 840 Lumilux, 40 μm/m2/sec).
description: Three biological replicates of each genotype were first vernalized for eight weeks (4°C, 16 h day / 8 h night, 90% humidity) before being placed in a warm environment (21°C day / 16°C night). The warm treatment was applied from rosette stage to ripening and seed harvest. Seeds were harvested when about 50% of the siliques of a given plant had come to maturity and were subsequently placed in dry environment for after-ripening (30% relative humidity, 16°C, dark).
DOI: 10.5285/8eb35b1ab1b2476986d174a2f0231307
title: IASI global monthly averages of effective sulphur dioxide (SO2) column amounts, 2007 - 2014, version 1.0

description: This dataset contains global monthly averaged effective sulphur dioxide (SO2) column amounts derived from the Infrared Atmospheric Sounding Interferometer (IASI) instrument  on the METOP-A satellite.  The data have been produced by the University of Oxford as part of the NERC Centre for the Observation and Modelling of Earthquakes, Volcanoes and Tectonics (COMET). 

This dataset has been produced using the Walker et al. (2011, 2012) linear retrieval developed for the Infrared Atmospheric Sounding Interferometer, which is able to detect sulphur dioxide (SO2) gas. This dataset  contains monthly averages of this retrieval output from June 2007 to December 2014 across the globe, within which it is possible to identify the period and the location of when we have an anomaly of SO2 in atmosphere. This includes volcanic eruptions alongside non-eruptive volcanic degassing, and human pollution sources. 

Within the dataset are the average effective SO2 column amounts in Dobson Units (DU) for 0.125º by 0.125º gridboxes across the globe. Also included for each grid box are the standard deviation, and the number of pixel boxes contributing to the mean. The results from this dataset are discussed in Taylor et al. (2018) 'Exploring the utility of IASI for monitoring volcanic SO2 emissions' in review at JGR: Atmospheres.
DOI: 10.21958/gwas:69
title: ('FRI_raw_Full imputed genotype_amm',)

description: GWAS study using the method "amm" with the "Full imputed genotype" genotype and "raw"" transformation
DOI: 10.21958/gwas:70
title: ('As_CFU2_raw_Full imputed genotype_amm',)

description: GWAS study using the method "amm" with the "Full imputed genotype" genotype and "raw"" transformation
DOI: 10.21958/gwas:71
title: ('Trichome_avg_C_raw_Full imputed genotype_amm',)

description: GWAS study using the method "amm" with the "Full imputed genotype" genotype and "raw"" transformation
DOI: 10.21958/gwas:72
title: ('Vern_Growth_raw_Full imputed genotype_amm',)

description: GWAS study using the method "amm" with the "Full imputed genotype" genotype and "raw"" transformation
DOI: 10.21958/gwas:73
title: ('Mo98_raw_Full imputed genotype_amm',)

description: GWAS study using the method "amm" with the "Full imputed genotype" genotype and "raw"" transformation
DOI: 10.21958/gwas:74
title: ('Hiks1_raw_Full imputed genotype_amm',)

description: GWAS study using the method "amm" with the "Full imputed genotype" genotype and "raw"" transformation
DOI: 10.21958/gwas:75
title: ('Anthocyanin_22_raw_Full imputed genotype_amm',)

description: GWAS study using the method "amm" with the "Full imputed genotype" genotype and "raw"" transformation
DOI: 10.21958/gwas:76
title: ('Zn66_raw_Full imputed genotype_amm',)

description: GWAS study using the method "amm" with the "Full imputed genotype" genotype and "raw"" transformation
DOI: 10.21958/phenotype:325
title: GR105 cold

description: The germination rate of seeds (percentage of germinated seeds) after-ripened for 105 days (GR105) was estimated for each genotype following standard methods (Alonso Blanco et al. 2003). Briefly, about 75 seeds per genotype were spread on wet filter paper (Whatman, ref. 1001-047) in Petri dishes (Greiner Bio-One, ref. 628102) that were subsequently placed in moisture chambers to maintain high, constant humidity (close to 99%). Moisture chambers consisted of reasonably air-tight, transparent plastic boxes (Ikea), whose bottom was covered by ten layers of paper towel imbibed with tap water. Germination was scored by observing radicle emergence after a week of incubation at 23°C in standard long days (16 h day / 8 h night) and under fluorescent light (Osram L 58W 840 Lumilux, 40 μm/m2/sec).
description: Three biological replicates of each genotype were first vernalized for eight weeks (4°C, 16 h day / 8 h night, 90% humidity) before being placed in a cold environment (15°C day / 10°C night). The cold treatment was applied from rosette stage to ripening and seed harvest. Seeds were harvested when about 50% of the siliques of a given plant had come to maturity and were subsequently placed in dry environment for after-ripening (30% relative humidity, 16°C, dark).
DOI: 10.21958/phenotype:326
title: GR63 cold

description: The germination rate of seeds (percentage of germinated seeds) after-ripened for 63 days (GR63) was estimated for each genotype following standard methods (Alonso Blanco et al. 2003). Briefly, about 75 seeds per genotype were spread on wet filter paper (Whatman, ref. 1001-047) in Petri dishes (Greiner Bio-One, ref. 628102) that were subsequently placed in moisture chambers to maintain high, constant humidity (close to 99%). Moisture chambers consisted of reasonably air-tight, transparent plastic boxes (Ikea), whose bottom was covered by ten layers of paper towel imbibed with tap water. Germination was scored by observing radicle emergence after a week of incubation at 23°C in standard long days (16 h day / 8 h night) and under fluorescent light (Osram L 58W 840 Lumilux, 40 μm/m2/sec).
description: Three biological replicates of each genotype were first vernalized for eight weeks (4°C, 16 h day / 8 h night, 90% humidity) before being placed in a cold environment (15°C day / 10°C night). The cold treatment was applied from rosette stage to ripening and seed harvest. Seeds were harvested when about 50% of the siliques of a given plant had come to maturity and were subsequently placed in dry environment for after-ripening (30% relative humidity, 16°C, dark).
DOI: 10.21958/gwas:77
title: ('Trichome_avg_JA_raw_Full imputed genotype_amm',)

description: GWAS study using the method "amm" with the "Full imputed genotype" genotype and "raw"" transformation
DOI: 10.21958/gwas:78
title: ('LES_raw_Full imputed genotype_amm',)

description: GWAS study using the method "amm" with the "Full imputed genotype" genotype and "raw"" transformation
DOI: 10.21958/gwas:79
title: ('Silique_16_raw_Full imputed genotype_amm',)

description: GWAS study using the method "amm" with the "Full imputed genotype" genotype and "raw"" transformation
DOI: 10.21958/gwas:80
title: ('Emoy*_raw_Full imputed genotype_amm',)

description: GWAS study using the method "amm" with the "Full imputed genotype" genotype and "raw"" transformation
DOI: 10.21958/gwas:81
title: ('K39_raw_Full imputed genotype_amm',)

description: GWAS study using the method "amm" with the "Full imputed genotype" genotype and "raw"" transformation
DOI: 10.21958/gwas:82
title: ('0W_GH_LN_raw_Full imputed genotype_amm',)

description: GWAS study using the method "amm" with the "Full imputed genotype" genotype and "raw"" transformation
DOI: 10.21958/gwas:83
title: ('At2_raw_Full imputed genotype_amm',)

description: GWAS study using the method "amm" with the "Full imputed genotype" genotype and "raw"" transformation
DOI: 10.21958/gwas:84
title: ('At1_raw_Full imputed genotype_amm',)

description: GWAS study using the method "amm" with the "Full imputed genotype" genotype and "raw"" transformation
DOI: 10.21958/gwas:85
title: ('LN10_raw_Full imputed genotype_amm',)

description: GWAS study using the method "amm" with the "Full imputed genotype" genotype and "raw"" transformation
DOI: 10.21958/gwas:86
title: ('FT_Field_raw_Full imputed genotype_amm',)

description: GWAS study using the method "amm" with the "Full imputed genotype" genotype and "raw"" transformation
DOI: 10.21958/gwas:87
title: ('LN16_raw_Full imputed genotype_amm',)

description: GWAS study using the method "amm" with the "Full imputed genotype" genotype and "raw"" transformation
DOI: 10.21958/gwas:88
title: ('avrB_raw_Full imputed genotype_amm',)

description: GWAS study using the method "amm" with the "Full imputed genotype" genotype and "raw"" transformation
DOI: 10.21958/gwas:89
title: ('LD_raw_Full imputed genotype_amm',)

description: GWAS study using the method "amm" with the "Full imputed genotype" genotype and "raw"" transformation
DOI: 10.21958/gwas:90
title: ('Seedling_Growth_raw_Full imputed genotype_amm',)

description: GWAS study using the method "amm" with the "Full imputed genotype" genotype and "raw"" transformation
DOI: 10.21958/gwas:91
title: ('S34_raw_Full imputed genotype_amm',)

description: GWAS study using the method "amm" with the "Full imputed genotype" genotype and "raw"" transformation
DOI: 10.21958/gwas:92
title: ('Leaf_serr_22_raw_Full imputed genotype_amm',)

description: GWAS study using the method "amm" with the "Full imputed genotype" genotype and "raw"" transformation
DOI: 10.21958/gwas:93
title: ('DW__raw_Full imputed genotype_amm',)

description: GWAS study using the method "amm" with the "Full imputed genotype" genotype and "raw"" transformation
DOI: 10.21958/gwas:94
title: ('Seed_Dormancy_raw_Full imputed genotype_amm',)

description: GWAS study using the method "amm" with the "Full imputed genotype" genotype and "raw"" transformation
DOI: 10.21958/gwas:95
title: ('Mn55_raw_Full imputed genotype_amm',)

description: GWAS study using the method "amm" with the "Full imputed genotype" genotype and "raw"" transformation
DOI: 10.21958/gwas:100
title: ('4W_raw_Full imputed genotype_amm',)

description: GWAS study using the method "amm" with the "Full imputed genotype" genotype and "raw"" transformation
DOI: 10.21958/gwas:101
title: ('Li7_raw_Full imputed genotype_amm',)

description: GWAS study using the method "amm" with the "Full imputed genotype" genotype and "raw"" transformation
DOI: 10.21958/gwas:102
title: ('FT22_raw_Full imputed genotype_amm',)

description: GWAS study using the method "amm" with the "Full imputed genotype" genotype and "raw"" transformation
DOI: 10.21958/gwas:103
title: ('As2_raw_Full imputed genotype_amm',)

description: GWAS study using the method "amm" with the "Full imputed genotype" genotype and "raw"" transformation
DOI: 10.21958/gwas:96
title: ('Silique_22_raw_Full imputed genotype_amm',)

description: GWAS study using the method "amm" with the "Full imputed genotype" genotype and "raw"" transformation
DOI: 10.21958/gwas:97
title: ('avrPphB_raw_Full imputed genotype_amm',)

description: GWAS study using the method "amm" with the "Full imputed genotype" genotype and "raw"" transformation
DOI: 10.21958/gwas:98
title: ('Fe56_raw_Full imputed genotype_amm',)

description: GWAS study using the method "amm" with the "Full imputed genotype" genotype and "raw"" transformation
DOI: 10.21958/gwas:99
title: ('8W_GH_FT_raw_Full imputed genotype_amm',)

description: GWAS study using the method "amm" with the "Full imputed genotype" genotype and "raw"" transformation
DOI: 10.21958/gwas:104
title: ('SDV_raw_Full imputed genotype_amm',)

description: GWAS study using the method "amm" with the "Full imputed genotype" genotype and "raw"" transformation
DOI: 10.21958/gwas:105
title: ('Mg25_raw_Full imputed genotype_amm',)

description: GWAS study using the method "amm" with the "Full imputed genotype" genotype and "raw"" transformation
DOI: 10.21958/gwas:106
title: ('Secondary_Dormancy_raw_Full imputed genotype_amm',)

description: GWAS study using the method "amm" with the "Full imputed genotype" genotype and "raw"" transformation
DOI: 10.21958/gwas:107
title: ('As_raw_Full imputed genotype_amm',)

description: GWAS study using the method "amm" with the "Full imputed genotype" genotype and "raw"" transformation
DOI: 10.21958/gwas:108
title: ('Area_sweden_2009_(1st_experiment)_raw_Full imputed genotype_amm',)

description: GWAS study using the method "amm" with the "Full imputed genotype" genotype and "raw"" transformation
DOI: 10.21958/gwas:109
title: ('SizePlantingSummer2009_raw_Full imputed genotype_amm',)

description: GWAS study using the method "amm" with the "Full imputed genotype" genotype and "raw"" transformation
DOI: 10.21958/gwas:110
title: ('Size_sweden_2009_(2nd_experiment)_raw_Full imputed genotype_amm',)

description: GWAS study using the method "amm" with the "Full imputed genotype" genotype and "raw"" transformation
DOI: 10.21958/gwas:111
title: ('SizePlantingSummerLocSweden2009_raw_Full imputed genotype_amm',)

description: GWAS study using the method "amm" with the "Full imputed genotype" genotype and "raw"" transformation
DOI: 10.21958/gwas:112
title: ('Area_sweden_2009_(2nd_experiment)_raw_Full imputed genotype_amm',)

description: GWAS study using the method "amm" with the "Full imputed genotype" genotype and "raw"" transformation
DOI: 10.21958/gwas:113
title: ('DTF_sweden_2008_(1st_experiment)_raw_Full imputed genotype_amm',)

description: GWAS study using the method "amm" with the "Full imputed genotype" genotype and "raw"" transformation
DOI: 10.21958/gwas:114
title: ('Yield_sweden_2009_(2nd_experiment)_raw_Full imputed genotype_amm',)

description: GWAS study using the method "amm" with the "Full imputed genotype" genotype and "raw"" transformation
DOI: 10.21958/gwas:115
title: ('SizeLocSweden2009_raw_Full imputed genotype_amm',)

description: GWAS study using the method "amm" with the "Full imputed genotype" genotype and "raw"" transformation
DOI: 10.21958/gwas:116
title: ('DTFplantingSummerLocSweden2009_raw_Full imputed genotype_amm',)

description: GWAS study using the method "amm" with the "Full imputed genotype" genotype and "raw"" transformation
DOI: 10.21958/gwas:117
title: ('DTFlocSweden2008_raw_Full imputed genotype_amm',)

description: GWAS study using the method "amm" with the "Full imputed genotype" genotype and "raw"" transformation
DOI: 10.21958/gwas:118
title: ('DTFlocSweden2009_raw_Full imputed genotype_amm',)

description: GWAS study using the method "amm" with the "Full imputed genotype" genotype and "raw"" transformation
DOI: 10.21958/gwas:119
title: ('DTF_spain_2009_(1st_experiment)_raw_Full imputed genotype_amm',)

description: GWAS study using the method "amm" with the "Full imputed genotype" genotype and "raw"" transformation
DOI: 10.21958/gwas:120
title: ('DTFplantingLoc2008_raw_Full imputed genotype_amm',)

description: GWAS study using the method "amm" with the "Full imputed genotype" genotype and "raw"" transformation
DOI: 10.21958/gwas:121
title: ('DTF_spain_2009_(2nd_experiment)_raw_Full imputed genotype_amm',)

description: GWAS study using the method "amm" with the "Full imputed genotype" genotype and "raw"" transformation
DOI: 10.21958/gwas:122
title: ('Yield_spain_2009_(2nd_experiment)_raw_Full imputed genotype_amm',)

description: GWAS study using the method "amm" with the "Full imputed genotype" genotype and "raw"" transformation
DOI: 10.21958/gwas:123
title: ('Size_sweden_2009_(1st_experiment)_raw_Full imputed genotype_amm',)

description: GWAS study using the method "amm" with the "Full imputed genotype" genotype and "raw"" transformation
DOI: 10.21958/gwas:124
title: ('Yield_spain_2009_(1st_experiment)_raw_Full imputed genotype_amm',)

description: GWAS study using the method "amm" with the "Full imputed genotype" genotype and "raw"" transformation
DOI: 10.21958/gwas:125
title: ('DTFmainEffect2009_raw_Full imputed genotype_amm',)

description: GWAS study using the method "amm" with the "Full imputed genotype" genotype and "raw"" transformation
DOI: 10.21958/gwas:126
title: ('DTFmainEffect2008_raw_Full imputed genotype_amm',)

description: GWAS study using the method "amm" with the "Full imputed genotype" genotype and "raw"" transformation
DOI: 10.21958/gwas:127
title: ('Size_spain_2009_(2nd_experiment)_raw_Full imputed genotype_amm',)

description: GWAS study using the method "amm" with the "Full imputed genotype" genotype and "raw"" transformation
DOI: 10.21958/gwas:128
title: ('Size_spain_2009_(1st_experiment)_raw_Full imputed genotype_amm',)

description: GWAS study using the method "amm" with the "Full imputed genotype" genotype and "raw"" transformation
DOI: 10.21958/gwas:129
title: ('DTFplantingSummer2009_raw_Full imputed genotype_amm',)

description: GWAS study using the method "amm" with the "Full imputed genotype" genotype and "raw"" transformation
DOI: 10.21958/gwas:130
title: ('DTFplantingSummer2008_raw_Full imputed genotype_amm',)

description: GWAS study using the method "amm" with the "Full imputed genotype" genotype and "raw"" transformation
DOI: 10.21958/gwas:131
title: ('SizeMainEffect2009_raw_Full imputed genotype_amm',)

description: GWAS study using the method "amm" with the "Full imputed genotype" genotype and "raw"" transformation
DOI: 10.21958/gwas:132
title: ('DTF_spain_2008_(1st_experiment)_raw_Full imputed genotype_amm',)

description: GWAS study using the method "amm" with the "Full imputed genotype" genotype and "raw"" transformation
DOI: 10.21958/gwas:133
title: ('YieldPlantingSummer2009_raw_Full imputed genotype_amm',)

description: GWAS study using the method "amm" with the "Full imputed genotype" genotype and "raw"" transformation
DOI: 10.21958/gwas:134
title: ('DTF_sweden_2009_(1st_experiment)_raw_Full imputed genotype_amm',)

description: GWAS study using the method "amm" with the "Full imputed genotype" genotype and "raw"" transformation