| GRIN Accession |  |
|---|
- Pusa Kesar
- IIHR 175
Synonyms:IIHR 175:Pusa Kesar; Moderately susceptible to rootknot nematode, resistant to powdery mildew, and susceptible to alternaria. Red root. 14/57 bolted.; DONATED NEAR 10/1996 Karnataka, India by Dutta, O., Indian Institute of Horticultural Research. DONATED 07/20/1998 Wisconsin, United States by Simon, P., USDA, ARS, Vegetable Crops Research Unit. COLLECTED PRE 07/20/1998 India by
| Latitude | Uncertainty (±) | Longitude | Uncertainty (±) | Altitude (m) | Uncertainty (±) | Description |
|---|---|---|---|---|---|---|
| unavailable | unavailable | unavailable | India |
| Relationships |
|---|
| The sample, Ames 25040.ALB.2014.1, is sample of accession, Daucus carota India. |
| The sample, Ames 25040.ALB.2014.2, is sample of accession, Daucus carota India. |
| The sample, Ames_25040_07ncai01_SD:NC7.100SEEDWGT.TRANSFER.FROM.NC7IV.TABLE, is sample of accession, Daucus carota India. |
| The sample, Ames_25040_99ncai01_SD:NC7.100SEEDWGT.TRANSFER.FROM.NC7IV.TABLE, is sample of accession, Daucus carota India. |
| The sample, Ames_25040_98ncao01_SD:NC7.100SEEDWGT.TRANSFER.FROM.NC7IV.TABLE, is sample of accession, Daucus carota India. |
| The sample, Ames 25040_10.21273/HORTSCI13333-18, is sample of accession, Daucus carota India. |
| The sample, Ames 25040_10.21273/HORTSCI14144-19, is sample of accession, Daucus carota India. |
| The sample, Ames 25040_10.21273/HORTSCI16806-22, is sample of accession, Daucus carota India. |
| The sample, Ames 25040.Loarca.2016.1, is sample of accession, Daucus carota India. |
| The sample, Ames 25040.Loarca.2016.2, is sample of accession, Daucus carota India. |
| Name | Description |
|---|---|
Traits evaluated: HUNDRED SEED WEIGHT (100SEEDWGT) Method: This is the generic evaluation method that can be used for transferring hundred seed weights from the prod.nc7iv table to the prod.ob table. The prod.ob table is where the values for the descriptors are stored. | |
Hancock, Wisconsin evaluations for Alternaria resistance in 2014 | |
The objectives of this study were to evaluate the response of diverse carrot germplasm to salinity stress, identify salt-tolerant carrot germplasm that may be used by breeders, and define appropriate screening criteria for assessing salt tolerance in germinating carrot seed. | |
The objectives of this study were to evaluate the response of diverse carrot germplasm to heat stress, identify heat-tolerant germplasm that may be used by plant breeders, and define the appropriate temperature for assessing heat tolerance in germinating carrot seed. | |
This study was designed to define the appropriate osmotic potential for evaluating drought tolerance in carrot, to evaluate the response of diverse carrot germplasm to drought stress during seed germination to identify drought tolerant accessions that may be used by plant breeders, and to evaluate the relation between amylase activity and germination rate of drought tolerant and sensitive accessions. | |
This study is the first field-based, multi-year experiment to evaluate shoot-growth trait variation over a 100-day growing season in a carrot diversity panel (N=695) that includes genetically diverse carrot accessions from the United States Department of Agriculture National Plant Germplasm System. This study provides the first broad-sense heritability estimates for early-season seedling vigor and early-season canopy coverage on a diverse collection. We also develop a method for characterizing flowering to identify accessions that are predominantly biennial, which could be incorporated into biennial breeding programs without substantially increasing the risk of annual growth habits. |
| Name | Description |
|---|---|
Images from carrot roots grown in 2018 used by the SCRI Project Grown at the University of Wisconsin Hancock Agricultural Research Station (44.117850, -89.552265) from May to October 2018. | |
Images from carrot roots grown in 2019 used by the SCRI Project. Grown at the University of California - Desert Research and Extension Center (32.816363, -115.441595) from October 2018 to March 2019 |
| Image | Annotations |
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