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Passport data details
Characterisation and evaluation data
Experiment details

PUID/DOI

10.18730/175QB

National Inventory code

NLD

National Inventory name

Netherlands

Institute code

NLD037 (Contact details on FAO-WIEWS website)

Institute name

Centre for Genetic Resources, the Netherlands, Wageningen, Netherlands

Accession number

CGN07216

Crop names

crucifers

Assigned crop name

TURNIP,BIRDRAPE,BOKCHOY,ZAIRAINATAN[...]

Country of origin

PAK (Pakistan)

MLS status

part of the MLS

AEGIS status

part of the AEGIS

Genus

Brassica

Species

rapa

Species authority

Subtaxa

group Winter Turnip Oilseed Rape

Biological status

300 (Traditional cultivar/landrace)

Acquisition source

20 (Farm or cultivated habitat)

Acquisition date

1988-01-20

Germplasm storage

12 (Medium term);13 (Long term)

Latitude

345801N

Longitude

0722801E

Coordinate uncertainty [m]

5000

Elevation [m]

1120

Collecting date

1976

Collecting site

Swat, Dakorak

Donor institute code

NLD078

Donor institute name

Foundation for Agricultural Plant Breeding, Wageningen, Netherlands

Accession URL

https://cgngenis.wur.nl/accessiondetails/CGN07216

In situ CWR accession

Download

Last update of accession record:

2024-02-22

Characterisation and evaluation data

Experiment description	Trait name	Trait method	Score
Field experiment in Wagen[...]	Plant length	of mature plants	77
Brassica rapa: Glucosinol[...]	But-3-enyl content	µmol/100 g dry weight in [...]	576
Brassica rapa: Glucosinol[...]	1-methoxyindol-3-ylmethyl content	µmol/100 g dry weight in [...]	9.1
Field experiment in Wagen[...]	Silique angle	1=0°; 2=0-22.5°; 3=22.5°;[...]	4
Field experiment in Wagen[...]	Number of lobes	Number of lobes after lam[...]	4
Field experiment in Wagen[...]	Leaf size	the whole surface of leaf[...]	86
Brassica rapa: Glucosinol[...]	2-hidroxybut-3-enyl content	µmol/100 g dry weight in [...]	390.8
Field experiment in Wagen[...]	Leaf blade: shape of the tip	2=acute, 4=intermediate, [...]	4
Field experiment in Wagen[...]	Silique length	Distance from silique bas[...]	4.6
Field experiment in Wagen[...]	Silique length	Distance from silique bas[...]	3.33
Field experiment in Wagen[...]	Beak Length	Distance from the end of [...]	2.4
Field experiment in Wagen[...]	Beak Length	Distance from the end of [...]	0.83
Field experiment in Wagen[...]	Leaf division	1= entire, 2=sinuate. 3=l[...]	3
Field experiment in Wagen[...]	Leaf width	incl. lobes, at widest po[...]	12.2
Greenhouse in Wageningen.[...]	Petiole and/or midvein colour	1= white, 2=light green, [...]	3
Field experiment in Wagen[...]	Petiole and/or midvein width	Measure where blade inter[...]	0.6
Field experiment in Wagen[...]	Leaf edge	1=non serrated; 2=slightl[...]	1
Field experiment in Wagen[...]	Lamina blade width	excluding lobes, at the w[...]	9.9
Brassica rapa: Glucosinol[...]	4-hydroxy-3-indol content	µmol/100 g dry weight in [...]	14.1
Field experiment in Wagen[...]	Leaf hairiness	(1=absent, 3=weak, 5=medi[...]	1
Brassica rapa: Glucosinol[...]	2-hidroxybut-3-enyl content	µmol/100 g dry weight in [...]	28.1
Field experiment in Wagen[...]	Seed color	1=Gray- black; 2=Purple-g[...]	2
Greenhouse in Wageningen.[...]	Leaf blistering	1=smooth, 2= wrinkled, 3=[...]	2
Greenhouse in Wageningen.[...]	Phosphate content	Of leaf, mg/g dry mass Se[...]	12.03
Greenhouse in Wageningen.[...]	Leaf hairiness	Mix of pathotypes 1.2.3, [...]	2
Field experiment in Wagen[...]	Petiole and/or midvein width	measure at widest point	0.9
Brassica rapa: Glucosinol[...]	Indol-3-ylmethyl content	µmol/100 g dry weight in [...]	17
Field experiment in Wagen[...]	Number of lobelets	Number of lobelets formed[...]	5
Greenhouse in Wageningen.[...]	Phosphate content	Of seed, mg/g dry mass Se[...]	1.24
Brassica rapa: Glucosinol[...]	2-phenethyl content	µmol/100 g dry weight in [...]	278.9
Field experiment in Wagen[...]	Silique width	measure at widest point	0.37
Field experiment in Wagen[...]	Silique width	measure at widest point	0.4
Evaluations of the B. rap[...]	Resistance to Albugo candida Acem2	total number of plants te[...]	14
Evaluations of the B. rap[...]	Resistance to Albugo candida Acem3	% of plants showing NO pa[...]	100
Evaluations of the B. rap[...]	Resistance to Albugo candida Acem4	% of plants showing patho[...]	0
By PRT103: Evaluations of[...]	Glucosinolate (2-Hidroxybut-3-enyl) content in seedling	µmol/100 g dry weight	28.1
Identification and quanti[...]	Glucosinolate (2-Hidroxybut-3-enyl) content in seedling	µmol/100 g dry weight	28.1
By PRT103: Evaluations of[...]	Glucosinolate (But-3-enyl) content in seedling	µmol/100 g dry weight	2480.1
Identification and quanti[...]	Glucosinolate (But-3-enyl) content in seedling	µmol/100 g dry weight	2480.1
By PRT103: Evaluations of[...]	Glucosinolate (Pent-4-enyl) content in seedling	µmol/100 g dry weight	60.4
Identification and quanti[...]	Glucosinolate (Pent-4-enyl) content in seedling	µmol/100 g dry weight	60.4
By PRT103: Evaluations of[...]	Glucosinolate (Indol-3-ylmethyl) content in seedling	µmol/100 g dry weight	17
Identification and quanti[...]	Glucosinolate (Indol-3-ylmethyl) content in seedling	µmol/100 g dry weight	17
By PRT103: Evaluations of[...]	Glucosinolate (2-Phenethyl) content in seedling	µmol/100 g dry weight	63.6
Identification and quanti[...]	Glucosinolate (2-Phenethyl) content in seedling	µmol/100 g dry weight	63.6
By PRT103: Evaluations of[...]	Glucosinolate (1-Methoxyindol-3-ylmethyl) content in seedling	µmol/100 g dry weight	9.1
Identification and quanti[...]	Glucosinolate (1-Methoxyindol-3-ylmethyl) content in seedling	µmol/100 g dry weight	9.1
By PRT103: Evaluations of[...]	Glucosinolate (4-Hydroxy-3-indol)content in seedling	µmol/100 g dry weight	14.1
Identification and quanti[...]	Glucosinolate (4-Hydroxy-3-indol)content in seedling	µmol/100 g dry weight	14.1
By PRT103: Evaluations of[...]	Glucosinolate (2-Hidroxybut-3-enyl) content in mature plants	µmol/100 g dry weight	390.8

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Experiment details

Experiment desciption	Dataset remark	Experiment start year	Experiment end year
Brassica rapa: Glucosinolate content of 9 different glucosinolates (µmol/100 g dry weight) in seedlings and mature plants, (RESGEN CT99 109-112).	Phenotypic data CGN	2001
Brassica rapa: Screen for Albugo candida ,% of plants showing pathogen sporulation of 8-15 plants, (RESGEN CT99 109-112).	Phenotypic data CGN	2001
Greenhouse in Wageningen. Sowing time November 2002 and March 2003. See Zhao et al 2005 DOI 10.1007/s00122-005-1967-y and Zhao 2007 ISBN 90-8504-588-6. Vernalized plants had been vernalized after germination for 2 weeks at 4-6 °C.	Phenotypic data CGN	2003
Field experiment in Wageningen. Plants were grown between May and October 2008.	Phenotypic data CGN	2008
Field experiment in Wageningen. Plants were grown between May and October 2009. Vernalized plants had been vernalized after germination for 2 weeks at 5 °C.	Phenotypic data CGN	2009
BY GBR006: Description of evaluation test Albugo candida resistance of the Brassica rapa core collection. 15 plants per accession in 1 tray. Seeds were sown in seed trays in a glasshouse at a temperature of 20 ± 2 °C with an 18-hour photoperiod. Seedlings were inoculated 10 days after sowing. Each accession was thinned to 15 individuals at this time.	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/
Characterisation Brassica rapa. Genetic Resources Unit, Horticulture Research International, Wellesbourne.	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/	2001	2002
Evaluations of the B. rapa core collection. Resistance to Albugo candida. Genetic Resources Unit, Horticulture Research International, Wellesbourne, U.K.	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 PRT103: Evaluations of the B. rapa core collection. Glucosinolate content.	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/
Identification and quantification of glucosinolates contentglucosinolates of the Brassica rapa core collection. Seedling plants were grown in growth cabinets unter controled conditions to evaluate the glucosinolate content at 3-true leaf stage. In this experiment 3 replicates with 5 plants per replicate were used, all used for sampling. From sowing to emergence light was set at 400 µmoles.m-2.s-1 and at constant day/night temperature of 22ºC. After emergence to harvest date light was kept at as previous and temperature was changed to a regime of 20/16ºC day/night, according to plant requirements. Seedlings were harvested 14 days after sowing. Mature plants were grown in the field. Sowing was done in 2 different periods in peat blocks (6x6x6 cm) and seedlings were transplanted into field at the 3-true leaf stage and set in raise beds in 35 x 60 cm spacing. The experiment was set in a complete randomized block design with 3 replicates with 6 plants each accession. Harvest was done when plants reached the maturity stage, per replicate collecting from 3 plants different kind of plant parts (inflorescences, leaves and roots), according to plant species. Universidade de Tras-os-Montes e Alto Douro, Portugal	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/	2001	2003

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Passport data

Accession details