Multi‐Scale Applicability Analysis of Three Ecological Network Construction Methods in Resilience Assessment DOI
Xinyuan Huang, Xiyu Wang, Jiaxin Li

и другие.

Land Degradation and Development, Год журнала: 2025, Номер unknown

Опубликована: Янв. 1, 2025

ABSTRACT Anthropogenic interference causes ecological fragmentation and vulnerability, weakening urban ecosystems' adaptive capacity. The network is based on the principles of landscape ecology, connecting resource patches through linear corridors to protect biodiversity integrity, enhance environmental carrying capacity, improve ecosystem resilience. However, current research resilience often relies single methods scales, overlooking potential discrepancies between different approaches scales. This study uses Zhejiang construct networks with structural, functional, integrated at provincial, agglomeration, city levels. performance these in protecting structure, maintaining function, ensuring overall was compared, yielding following results: First, spatial output consistency source areas across scales for three ranged from 50.48% 97.81%. Second, approach not optimal all goals. structure‐oriented method demonstrated cross‐scale applicability structural goal, while function‐oriented strategy performed well functional Third, scale analysis showed results provincial agglomeration levels when meeting same objectives, but level. By expanding methodologies perspectives field resilience, this assesses It found that do always effectively coordinate multiple protection objectives; thus, large‐scale strategies cannot be directly applied smaller practical applications. proposes validates a multi‐scale, multi‐method framework assessing networks. reveals differences methods, providing valuable theoretical insights guidance future particularly regarding

Язык: Английский

Multi‐Scale Applicability Analysis of Three Ecological Network Construction Methods in Resilience Assessment DOI
Xinyuan Huang, Xiyu Wang, Jiaxin Li

и другие.

Land Degradation and Development, Год журнала: 2025, Номер unknown

Опубликована: Янв. 1, 2025

ABSTRACT Anthropogenic interference causes ecological fragmentation and vulnerability, weakening urban ecosystems' adaptive capacity. The network is based on the principles of landscape ecology, connecting resource patches through linear corridors to protect biodiversity integrity, enhance environmental carrying capacity, improve ecosystem resilience. However, current research resilience often relies single methods scales, overlooking potential discrepancies between different approaches scales. This study uses Zhejiang construct networks with structural, functional, integrated at provincial, agglomeration, city levels. performance these in protecting structure, maintaining function, ensuring overall was compared, yielding following results: First, spatial output consistency source areas across scales for three ranged from 50.48% 97.81%. Second, approach not optimal all goals. structure‐oriented method demonstrated cross‐scale applicability structural goal, while function‐oriented strategy performed well functional Third, scale analysis showed results provincial agglomeration levels when meeting same objectives, but level. By expanding methodologies perspectives field resilience, this assesses It found that do always effectively coordinate multiple protection objectives; thus, large‐scale strategies cannot be directly applied smaller practical applications. proposes validates a multi‐scale, multi‐method framework assessing networks. reveals differences methods, providing valuable theoretical insights guidance future particularly regarding

Язык: Английский

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