NPG-IND-UTT-0020210001
More actions
| Nanda Devi #2 General Population | |
|---|---|
| NPG-IND-UTT-0020210001 | |
| At a Glance | |
| Classification | Landrace |
| Accession Type | General population |
| Location | |
| Country | India |
| Province/State | Uttarakhand |
| District | Bageshwar District |
| Locality | Loharket |
| Coordinates | 30.04, 79.94 |
| Point type | Settlement point |
| Uncertainty | about 3 km |
| Collection | |
| Method | Seeds |
| Sourcing Type | Point of Origin |
| Date | 2021 |
| Collector | Sascha Eckstein |
| Conservation | |
| Main lot | National Plant Germplasm System Seed lot: Held in a genebank, not distributed The community cannot get seed from this holder, so the lot is not rated. What this means |
| Preservation | |
| Seed Storage | National Plant Germplasm System |
| Genebanks and Sequence Data | |
Genebank accessions | |
| Genetic Relationships | |
Related accessions | |
Nanda Devi #2 General Population is a seed accession of a multipurpose cannabis landrace from Loharket, Uttarakhand, India, held by the U.S. National Plant Germplasm System (NPGS) as G 33745. Angus donated the seed, and the system received it on 22 August 2023.[1] The donor's note says that Sascha Eckstein collected the seed in 2021 from villagers at Loharket, in Bageshwar District of the Kumaon Himalaya, and describes it as a Himalayan multipurpose landrace, used for charas, for its seed as food, and for fibre for textiles and cordage.[1]
Collection Details
According to the note, the farmers of Loharket say they grow two distinct kinds of cannabis: a multipurpose landrace, for seed, fibre and charas, known as dati, and a smaller, more delicate plant grown only for charas. This lot was given on the understanding that it is the larger dati type. The charas type from the same village is the genebank's Nanda Devi lot, documented on the wiki as RSC-IND-UTT-0120210001.[1]
See also
References
- ↑ 1.0 1.1 1.2 "G 33745, Cannabis sativa L., Nanda Devi #2". GRIN-Global. USDA Agricultural Research Service, National Plant Germplasm System. Retrieved 27 October 2026.