基于RS和GIS的世界遗产地风险评估方法——以峨眉山为例

Shiman Huang, Qingwu Hu, Shaohua Wang
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摘要

世界遗产地受到各种人为因素和自然灾害的威胁。生态风险评价是系统监测湿地生态系统的重要工具,是实现有效风险管理的关键第一步。为此,本文以峨眉山为研究区,结合土地覆被数据、DEM和遥感数据,从自然灾害和人为干扰两个方面获取峨眉山生态风险。自然灾害采用传统的因子加权法,然后利用景观格局指数构建景观干扰指数来衡量人为干扰。根据所提出的方法,得到了每个风险单元的生态风险。对峨眉山生态风险值进行分类,得出峨眉山生态风险的空间分布规律。结果表明:峨眉山综合生态风险相对较小,主要影响因素为自然灾害;
本文章由计算机程序翻译,如有差异,请以英文原文为准。
A Risk Assessment Approach of World Heritage Sites Based on RS and GIS: —the cases studies of Mount Emei
World Heritage Sites(WHS) are threatened by various anthropogenic factors and natural disasters. Ecological risk assessment (ERA) is an essential tool for the systematic monitoring of WHS and the crucial first step towards effective risk management. Toward this direction, taking Mount Emei as the study area, this paper combines the land-cover data, DEM, and remote sensing data to access the ecological risk from both aspects of natural disasters and human disturbances. Natural disasters adopt the traditional factor weighting method and then use landscape pattern index to construct a landscape disturbance index to measure human disturbances. According to the proposed approach, the ecological risk of each risk cell is obtained. The ecological risk value is classified, and finally, the spatial distribution of the ecological risk in Mount Emei is obtained. The results show that the comprehensive ecological risk of Mount Emei is relatively small and the major influencing factor is natural disasters.
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