扰动(地质)
抗性(生态学)
弹性(材料科学)
生态学
心理弹性
生态系统
生态恢复力
环境资源管理
人口
单位(环理论)
环境变化
地理
气候变化
环境科学
生物
心理学
社会学
古生物学
物理
人口学
数学教育
心理治疗师
热力学
作者
Dale G. Nimmo,Ralph Charles Mac Nally,Stuart A. Cunningham,Angie Haslem,Alan B. Bennett
标识
DOI:10.1016/j.tree.2015.07.008
摘要
Confronted with increasing anthropogenic change, conservation in the 21st century requires a sound understanding of how ecological systems change during disturbance. We highlight the benefits of recognizing two distinct components of change in an ecological unit (i.e., ecosystem, community, population): 'resistance', the ability to withstand disturbance; and 'resilience', the capacity to recover following disturbance. By adopting a 'resistance-resilience' framework, important insights for conservation can be gained into: (i) the key role of resistance in response to persistent disturbance, (ii) the intrinsic attributes of an ecological unit associated with resistance and resilience, (iii) the extrinsic environmental factors that influence resistance and resilience, (iv) mechanisms that confer resistance and resilience, (v) the post-disturbance status of an ecological unit, (vi) the nature of long-term ecological changes, and (vii) policy-relevant ways of communicating the ecological impacts of disturbance processes.
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