基于综合生态安全格局的山地景观韧性 体系构建研究——以浙江莫干山为例

快速的城镇化和气候变化给山地空间带来了多重生 态扰动。由于空间的特殊性，山地环境表现出较高的敏感性和 脆弱性。引入韧性规划理念以提升山地环境应对各类扰动的能 力，并从综合生态安全格局的垂直叠加和系统性特征中得到启 发和支撑，提出多维度协调下的山地景观韧性体系构建策略。 基于综合生态安全格局和韧性理念的关键属性搭建耦合框架， 并总结出具体的实现路径。最后以莫干山为例，基于多源数据 识别出融合综合水生态、生物多样性保护、地质灾害防护、乡 土文化景观的综合生态安全格局，并以此支撑莫干山景观韧性 体系构建，以期为山地景观规划和韧性理念提供新的研究视角 与途径。

Study on the Construction of Mountain Landscape Resilience System Based on Comprehensive Ecological Security Pattern: A Case Study of Mogan Mountain in Zhejiang Province

Rapid urbanization and climate change have brought social and ecological disturbance to mountain space. Due to the particularity of space, mountain environment shows high sensitivity. This paper introduces the concept of resilience planning to improve the ability of mountain environment to cope with various disturbances, gets inspiration from the comprehensive ecological security pattern. Based on the key attributes of comprehensive ecological security pattern and resilience concept, the coupling framework is built, and the implementation path of resilience system construction is summarized. Finally, taking Mogan Mountain as an example, based on multi-source data, a comprehensive ecological security pattern integrating water ecology, biodiversity protection, geological disaster protection and local cultural landscape is identified, which supports the construction of landscape resilience of Mogan Mountain, and provides a new perspective for the construction of landscape resilience.