An updated taxonomic inventory of flora of Srinagar City (Kashmir Himalaya) India, using herbarium reconstruction approach
Mehraj, G.; Khuroo, A.A.; Muzafar, I.; Rashid, I.; Malik, A.H. (2017). An updated taxonomic inventory of flora of Srinagar City (Kashmir Himalaya) India, using herbarium reconstruction approach. Proc. Natl. Acad. Sci. India (B Biol. Sci.) 1: 1-7. https://dx.doi.org/10.1007/s40011-017-0840-5
In: Proceedings of the National Academy of Sciences of India. Section B. Biological sciences. National Academy of Science, India, General Secy: Allahabad. ISSN 0369-8211; e-ISSN 2250-1746, more
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| Author keywords |
Biodiversity, Flora, Taxonomy, Himalaya, Sustainable use |
| Authors | | Top |
- Mehraj, G.
- Khuroo, A.A.
- Muzafar, I.
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| Abstract |
The historical collections in herbaria are increasingly used for documentation of biodiversity. The use of herbarium reconstruction in the Himalayan biodiversity hotspot, using a case study from Srinagar city in Kashmir Himalaya has been shown. During the present investigation, a comprehensive and updated biodiversity database of 937 plant taxa has been developed, which is based on expert investigation of ca. 45,000 plant specimens deposited in the herbarium of University of Kashmir, and careful supplementation of field records in the study area made over the last one decade. The results indicate a clear dominance of herbaceous growth form as 602 species were herbs. Majority of the plant species possess perennial life span, as 610 plant species fall under this category. Inspite of being a rapidly urbanising centre, Srinagar city owing to its location in the global biodiversity hotspot of Himalayas exhibits a clear dominance of wild-growing plant species. In the database, 20 species fall under different threat categories. The present study is the documentation of plant biodiversity of this eco-fragile mountainous region and clearly demonstrates the precious value of biological collections in bridging the knowledge gaps in global biodiversity hotspots, including Himalayas. Looking ahead, the biodiversity database can serve as a baseline in the conservation and sustainable use of biodiversity; and more importantly, the database can provide the reference framework in assessing and monitoring the impending impacts of land use and climate change on the biodiversity of this Himalayan city. |
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