Sustainability · 2018 · 62 citations · 65 references
Natural SciencesEcologyPhysical GeographyForest EcologyLand Use ManagementTerrestrial EcologyForest CoverLand Cover MappingLand UseLand Use Change EcologyMountain EcosystemsEcosystem ServicesForest Cover Change MappingForest Cover DynamicsForest Degradation MappingForest Fragmentation EffectsForest-cover ChangeLand Cover FragmentationLand Use Impacts On Biodiversity
Western Himalaya is an important region in terms of its enriched biodiversity and immense ecosystem services (ESS). However, its biodiversity and ESS are under tremendous pressure from rapid population growth, developmental activities, unplanned urbanization, agricultural expansion, climate change, and the associated changes in land use and land cover (LULC). This study provides a systematic review of the composition and pattern of LULC (from existing literature) and the effects of LULC change on various ESS provided by the western Himalayan ecosystems. Despite being such a significant area, data and studies concerning the impacts of LULC change on the spatial distribution of ESS, focused particularly on the western Himalayan region are inadequately reported. Most existing studies indicate a general decrease in forest cover and an increase in forest fragmentation along with generally increasing trends in built-up areas, croplands, and barren lands. These results imply ecosystem degradation and a reduction in the potential for the sustainable flow of ESS from this region. In this respect, this study suggests that quantification and spatial mapping of ESS in the western Himalayan region is conducted.
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Changes in the global value of ecosystem services
Robert Costanza, R.S. de Groot, Paul C. Sutton et al. · Global Environmental Change · 2014 · 6.1K citations · Full text