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Geoinformatics based Valuation of Forest Landscape Dynamics in Central Western Ghats, India

机译:基于地理信息学的印度中西部西高止山脉森林景观动态评估

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Landscape dynamics driven by land use land cover (LULC) changes due to anthropogenic activities altering the functional ability of an ecosystem has influenced the ecology, biodiversity, hydrology and people’s sustainable livelihood. Forest landscape dynamics have been quantified using spatial data acquired through space borne sensors along with collateral data. Vegetation cover assessment of Central Western Ghats shows the decline of vegetation from 92.87% (1973) to 80.42% (2016). Land use analyses reveal the trend of deforestation, evident from the reduction of evergreen-semi evergreen forest cover from 67.73% (1973) to 29.5% (2016). The spatial patterns of diverse landscape have been assessed through spatial metrics and categorical principal component analysis, reveal a transition of intact forested landscape (1973) to fragmented landscape. The analysis has provided insights to formulate appropriate policies to mitigate forest changes in the region to safeguard water and food security apart from livelihood of the local people for sustainable development.
机译:由于人为活动改变了生态系统功能而导致的土地利用土地覆被(LULC)驱动的景观动力学变化,已经影响了生态,生物多样性,水文学和人们的可持续生计。森林景观动态已经通过使用星载传感器获取的空间数据以及附带数据进行了量化。中西高止山脉的植被覆盖评估显示植被从92.87%(1973)下降到80.42%(2016)。土地利用分析揭示了森林砍伐的趋势,从常绿-半常绿森林覆盖率从67.73%(1973)减少到29.5%(2016)可以明显看出。已经通过空间度量和分类主成分分析评估了各种景观的空间格局,揭示了原始森林景观(1973年)向零散景观的过渡。该分析为制定适当的政策提供了见识,从而减轻了该地区的森林变化,以保障当地人民的生计和可持续发展,从而维护水和粮食安全。

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