This site uses cookies, as explained in our terms of use. If you consent, please close this message and continue to use this site.
1 min Read
Kailash sacred landscape covers more than 31,000 km2 geographical area and is spread across China, India, and Nepal. It exhibits diverse vegetation, starting from tropical forest at around 800m altitude to alpine steppe found at altitude higher than 4000 m, and transecting across subtropical, montane, grassland, subalpine and alpine vegetation.
The vegetation type and land cover map forms the basis for planning and management for ecological conservation, tourism, enhancement of livelihood value chains, climate change studies, biomass and carbon studies, study of ecosystem services, and a lot of other practical uses as well. However, since it is a transboundary area with three countries, several classification systems of vegetation and maps exist. It becomes challenging to integrate these maps owing to their differential scales, names and sources.
The International Centre for Integrated Mountain Development (ICIMOD) through its Kailash Sacred Landscape Initiative has been able to harmonise the vegetation type classification scheme with its country partners in China, India, and Nepal. The final map of Kailash Sacred landscape was launched at ICIMOD, which was compiled through two years by partners, experts in ecology and remote sensing, and other stakeholders. The map depicts the percentage of area covered by 14 vegetation types and five land use/cover types from Kailash Sacred Landscape. It will be available through online platform for researchers, policy makers, and other stakeholders working in the landscape.
The harmonisation and learning process is crucial information for ICIMOD’s and other transboundary landscape initiatives in the HKH.
Combining several other data layers with the map (e.g. wildlife population and habitat distribution, springshed location, institutions of forest management, livelihood types etc.) KSLCDI plans to upscale the information for effective landscape level management on a transboundary scale that links institutions, interventions and investments.
Share
Stay up to date on what’s happening around the HKH with our most recent publications and find out how you can help by subscribing to our mailing list.
Related content
Li’s work focused on the derivation of high-resolution 3D glacier motion to understand the interaction between a glacial lake and ...
Land degradation is common across the Hindu Kush Himalayan region, but surrounding countries lack proper documentation and modelling to properly ...
A total of 50 participants from 15 institutions participated in the workshop, which focused on the scientific/natural hazard applications of ...
The team used two sets of instruments to measure particulate matter (PM2.5), black carbon (BC), carbon dioxide (CO2), carbon monoxide ...
An official delegation from Shaanxi Province, Xian, China visited ICIMOD from 19 - 23 February 2017, a visit organized by ...
Day 1 of the workshop was dedicated to the existing literature on air quality and health, whereas Day 2 focused ...
The glaciers and rivers of the world’s highest mountains took the ...
Thana glacier, Bhutan In Bhutan, Sharad Joshi, Associate Glaciologist and two glaciologists from the Bavarian Academy of Sciences and Humanities, Germany, ...