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Characterisation and evaluation data

Experiment descriptionTrait nameTrait methodScoreScore link
Characterisation savoy ca[...] Head sizeAt harvest maturity4
Savoy cabbage, autumn and[...] Head sizeAt harvest maturity4
Savoy cabbage, autumn and[...] Head field durabilityAt harvest maturity7
Characterisation savoy ca[...] Head field durabilityAt harvest maturity7
Screening for resistance [...] Peronospora parasiticaPeronospora parasitica Po[...] 100
Characterisation savoy ca[...] Leaf attitudeOuter leaves, harvest mat[...] 8
Savoy cabbage, autumn and[...] Leaf attitudeOuter leaves, harvest mat[...] 8
Evaluation of Micosphaere[...] plantsno. of plants20
Evaluation of Micosphaere[...] resistant% resistant50
Evaluation of Micosphaere[...] part. Restistan% part. resistant.50
Evaluation of Micosphaere[...] susceptible% susceptible0
Evaluation of Micosphaere[...] disease indexmean disease index2.5
Description of evaluation[...] disease indexPercentage. Calculated by[...] 100
Description of evaluation[...] disease indexPercentage. Calculated by[...] 94.12
Savoy cabbage, autumn and[...] Leaf bloomOuter leaf (1=absent, glo[...] 2
Characterisation savoy ca[...] Leaf bloomOuter leaf (1=absent, glo[...] 2
By NLD037: Characterisati[...] Global uniformity1= completely uniform; 2=[...] 1
Evaluations of the B. ole[...] Resistance to Mycosphaerella brassicicola0= completely resistant; [...] 2.5
Evaluations of the B. ole[...] Resistance to Xanthomonas campestris0= completely resistant; [...] 7.4285714285714288
By FRA163: Evaluations of[...] Resistance to Plasmiodophora brassicae0%=completely resistant; [...] 100
By FRA163: Evaluations of[...] Resistance to Plasmiodophora brassicae0%=completely resistant; [...] 94.12
Evaluation of Xanthomonas[...] no. of plantsnumber49
Evaluation of Xanthomonas[...] resistantpercentage %0
Evaluation of Xanthomonas[...] part. resistantpercentage %0
Evaluation of Xanthomonas[...] susceptiblepercentage %100
Evaluation of Xanthomonas[...] mean disease index¿(no. plants in scale n *[...] 7.4285714285714288
By GBR006: Results of eva[...] Peronospora parasiticaPercentage of plants show[...] 100
By GBR006: Results of eva[...] Peronospora parasiticaPercentage of plants show[...] 100
By PRT007: Results of eva[...] Peronospora parasiticaPercentage of plants show[...] 100
By PRT007: Results of eva[...] Peronospora parasiticaPercentage of plants show[...] 100
By GBR006: replicate expe[...] Albugo candidaPercentage of plants show[...] 100
By PRT007: 8 blocks of 5 [...] Albugo candidaPercentage of plants show[...] 99
By GBR006: Results of eva[...] Brevicoryne brassicae1=no damage/no insects, 2[...] 4
By NLD037: Characterisati[...] Leaf colour1=yellow green; 2=light g[...] 2
By NLD037: Characterisati[...] Leaf blade blist/crimp.0=none; 3=low; 5=intermed[...] 5
By NLD037: Characterisati[...] Head shape1=triangular; 2=ovate; 3=[...] 6
By NLD037: Characterisati[...] Head length/diam ratioratio headlength (median [...] 1.5
By NLD037: Characterisati[...] Stem length under head3=short; 5=intermediate; [...] 4
Laboratory evaluations of[...] Erucic acid contentExtraction and gaschromat[...] 38.0
Laboratory evaluations of[...] Oleic acid contentExtraction and gaschromat[...] 16.0
Savoy cabbage, autumn and[...] Wrapper leaf color(1=yellow green, 2=light [...] 1
Characterisation savoy ca[...] Wrapper leaf color(1=yellow green, 2=light [...] 1
Characterisation savoy ca[...] Plant diameterAt harvest maturity7
Savoy cabbage, autumn and[...] Plant diameterAt harvest maturity7
Savoy cabbage, autumn and[...] Leaf color intensity(3=light, 5=medium, 7=dar[...] 5
Characterisation savoy ca[...] Leaf color intensity(3=light, 5=medium, 7=dar[...] 3
Laboratory evaluations of[...] Eicosenoic acid contentExtraction and gaschromat[...] 13.8
Savoy cabbage, autumn and[...] Wrapper leaf blisteringAt harvest maturity4
Characterisation savoy ca[...] Wrapper leaf blisteringAt harvest maturity4
Savoy cabbage, autumn and[...] Inner stem lengthFraction of the head heig[...] 5
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Experiment details

Experiment desciptionDataset remarkExperiment start yearExperiment end yearExperiment report
By GBR006: Results of evaluation of Peronospora parasitica. Replicate experiments comprising 3 blocks of 15 seedlings giving 90 plants per accession evaluated for each pathogen. Seeds were sown in plastic inserts, 1 seed per module, module size 23 x 23 x 35 mm or 30 x 30 x 50 mm and placed in seed trays. the seed trays wer placed in a glasshouse at a temperature of 20 ± 2 °C with continuous illumination. Seedlings were inoculated 10 days after sowing.ECPGR CCDB Brassica data extracted 2020-11-27. Data from project AIR3 CT920463 & RESGEN CT99 109-112. This data is available from https://ecpgr.cgn.wur.nl/BrasEDB/
By PRT007: Results of evaluation of Peronospora parasitica. 8 blocks of 5 seedlings, giving 40 seedlings/accession for each pathogen. Seeds were sown in plastic inserts, 1 seed per module, module size 23 x 23 x 35 mm or 30 x 30 x 50 mm and placed in seed trays. the seed trays wer placed in a glasshouse at a temperature of 20 ± 2 °C with continuous illumination.ECPGR CCDB Brassica data extracted 2020-11-27. Data from project AIR3 CT920463 & RESGEN CT99 109-112. This data is available from https://ecpgr.cgn.wur.nl/BrasEDB/
By GBR006: replicate experiments comprising 3 blocks of 15 seedlings giving 90 plants per accession evaluated for each pathogen. Results of evaluation of Albugo candida. Seeds were sown in plastic inserts, 1 seed per module, module size 23 x 23 x 35 mm or 30 x 30 x 50 mm and placed in seed trays. the seed trays wer placed in a glasshouse at a temperature of 20 ± 2 °C with continuous illumination. Seedlings were inoculated 10 days after sowing.ECPGR CCDB Brassica data extracted 2020-11-27. Data from project AIR3 CT920463 & RESGEN CT99 109-112. This data is available from https://ecpgr.cgn.wur.nl/BrasEDB/
By PRT007: 8 blocks of 5 seedlings, giving 40 seedlings/accession for each pathogen. Results of evaluation of Albugo candida. Seeds were sown in plastic inserts, 1 seed per module, module size 23 x 23 x 35 mm or 30 x 30 x 50 mm and placed in seed trays. the seed trays wer placed in a glasshouse at a temperature of 20 ± 2 °C with continuous illumination. Seedlings were inoculated 10 days after sowing.ECPGR CCDB Brassica data extracted 2020-11-27. Data from project AIR3 CT920463 & RESGEN CT99 109-112. This data is available from https://ecpgr.cgn.wur.nl/BrasEDB/
By GBR006: Results of evaluation of Brevicoryne brassicae. 24 accessions were tested in each experiment. Each accession was sown in a 48 module seed tray. 21 days after sowing the plants were inoculated with aphids form the B. brassicae culture. 21 days after sowing the plants were inoculated with aphids from the B. brassicae culture. For each accession a batch of 100 aphids on leaf sections was taken from the stock plants. The aphid-infested leaf sections were transferred to the test plants. After a few days all aphids had moved onto the test plants and the leaf sections were removed. 21 days after inoculation the seed trays were assessedECPGR CCDB Brassica data extracted 2020-11-27. Data from project AIR3 CT920463 & RESGEN CT99 109-112. This data is available from https://ecpgr.cgn.wur.nl/BrasEDB/
By NLD037: Characterisation Brassica oleracea.ECPGR CCDB Brassica data extracted 2020-11-27. Data from project AIR3 CT920463 & RESGEN CT99 109-112. This data is available from https://ecpgr.cgn.wur.nl/BrasEDB/20022002
By FRA163: Evaluations of the B. oleracea core collection. Resistance to Plasmiodophora brassicae, Resistance to Plasmiodophora brassicae.ECPGR CCDB Brassica data extracted 2020-11-27. Data from project AIR3 CT920463 & RESGEN CT99 109-112. This data is available from https://ecpgr.cgn.wur.nl/BrasEDB/
Evaluation of Micosphaerella brassicicola resistance of the Brassica oleracea core collection. Company: SVS.ECPGR CCDB Brassica data extracted 2020-11-27. Data from project AIR3 CT920463 & RESGEN CT99 109-112. This data is available from https://ecpgr.cgn.wur.nl/BrasEDB/20022002
Description of evaluation of resistance to clubroot (Plasmiodophora brassicae) of the Brassica oleracea core collection. Two field isolates of Plasmodiophora brassicae, respectively derived from two field populations of galls of naturally infested rapeseed and cauliflower crops grown in two different historical cole cropping areas in Brittany (north-western region of France), are used in the resistance tests. Both isolates are characterised for pathogenicity on three differential B. napus cultivars as described previously by Somé et al. (1996). The isolates are propagated on Chinese cabbage (B. rapa spp. pekinensis cv. Granaat); the clubs are harvested, washed and stored at-20 °C until required. The mean Disease Index (MDI) was measured over 2 replicates (20 plants per replicate). Institute National de la Recherche Agronomique, Rennes, FranceECPGR CCDB Brassica data extracted 2020-11-27. Data from project AIR3 CT920463 & RESGEN CT99 109-112. This data is available from https://ecpgr.cgn.wur.nl/BrasEDB/
Evaluation of Xanthomonas campestris resistance of the Brassica oleracea core collection. Glasshouse trial, temperature 25°C. Plant stage at inoculation: 7-10 days after sowing or until cotyledons are fully expanded. Isolate: from IPO-DLO (now PRI) Wageningen. Inoculation method: briefly dip round wood tooth picks in inoculum, make a single puncture through the midvein of the cotyledon near the margin. control varieties used: (Tenacity (Tolerant), Tropicana (Tolerant), Marathon (Susceptible), Bartolo (Susceptible) & White Rock (Susceptible)). company: SVS Holland BV, Postbus 22, 1600 AA Enkhuizen, NetherlandsECPGR CCDB Brassica data extracted 2020-11-27. Data from project AIR3 CT920463 & RESGEN CT99 109-112. This data is available from https://ecpgr.cgn.wur.nl/BrasEDB/20012001
Evaluations of the B. oleracea core collection. Resistance to Mycosphaerella brassicicola, Resistance to Xanthomonas campestris. Plantum NL (7 companies involved), Gouda, the NetherlandsECPGR CCDB Brassica data extracted 2020-11-27. Data from project AIR3 CT920463 & RESGEN CT99 109-112. This data is available from https://ecpgr.cgn.wur.nl/BrasEDB/
Laboratory evaluations of fatty acid composition on 107 Ethiopian Brassica carinata accessions.Phenotypic data CGN1987
Savoy cabbage, autumn and winter types. Field trial. Sowing date: 24/5/85, planting date: 24/6/85. Plant distance: 60x60cm. Number of plants per object : 32 or 48. Location: IVT ground, Wageningen.Phenotypic data CGN1985
Screening for susceptibility to clubroot. Glashouse trial, 22-25oC, permanent light, ca. 35 plants/acc., inocul. 10^6 spores/ml., scored 6 weeks after inocul.Phenotypic data CGN1992
Resistance to Xanthomonas campestris in Brassica oleracea inoculated in the greenhouse. (RESGEN CT99 109-112).Phenotypic data CGN2001
Resistance to Mycosphaerella brassicicola (some accessions tested in 2002) in Brassica oleracea, natural infection in the field. (RESGEN CT99 109-112).Phenotypic data CGN2001
Resistance to Plasmodiophora brassicae in Brassica oleracea, combined results of 2001, 2002 and 2003. (RESGEN CT99 109-112).Phenotypic data CGN2002
Characterisation savoy cabbage, Nergena, Wageningen. Sowing date: 23 May, planting date: 21 June, plant distance: 60 x 60 cm.Phenotypic data CGN2002
Screening for resistance to Alternaria brassicola in cole crops. 5 week old plants sprayed with spore susp. 100,000 sp./ml. Incubaton at temp 22C. and 100% RH, scoring after 5 days. 10 plants/acc.Phenotypic data CGN1995
Screening for resistance to P. parasitica, A. candida and B. brassicae. Screening methods described in Leckie et al. Acta.Hort. 407, ISHS 1996 p.95-100, EU AIR3-CT920463 project.Phenotypic data CGN1996
Screening for resistance to P. parasitica and A. candida. Screening methods described in Leckie et al. Acta.Hort. 407, ISHS 1996 p.95-100, EU AIR3-CT920463 project.Phenotypic data CGN1996
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