Quantifying network resilience: comparison before and after a major perturbation shows strengths and limitations of network metrics

Moore Christine; Grewar John; Cumming Graeme S.

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Quantifying network resilience: comparison before and after a major perturbation shows strengths and limitations of network metrics

机译：量化网络弹性:比较之前和大扰动后节目优势和网络指标的局限性

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1. The resilience literature often assumes that social-ecological reorganization will result in either the removal of deficient system elements (components, interactions) or social learning. Major perturbations are expected to lead to either adaptation or, if accompanied by a regime shift, transformation. This has led to a conflation of the concepts of resilience and adaptation, which has in turn made it difficult to quantitatively distinguish between cases in which a system returned to a previous state, and adaptation or learning occurred, and cases in which the system was resilient but adaptation or learning did not occur.

机译：1. 生态重组将导致要么缺乏系统元素的去除(组件、交互)或社会学习。主要扰动预计将导致适应或,如果伴随着一个政权转变,变换。将弹性和的概念适应,这反过来又使它困难定量区分病例系统返回到前一个状态,适应或学习发生,案件系统弹性,但适应还是学习并没有发生。

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来源
《The Journal of Applied Ecology》 |2016年第3期|636-645|共10页
作者
Moore Christine; Grewar John; Cumming Graeme S.;
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作者单位

Univ Cape Town, DST NRF Ctr Excellence, Percy FitzPatrick Inst, ZA-7701 Cape Town, South Africa;

Western Cape Govt, Dept Agr, Muldersvlei Rd, ZA-7607 Elsenburg, South Africa;

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正文语种英语
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关键词
Resilience; Ostriches; Network analysisProduction systemsinfluenzaCollapseSouth Africadisturbancenetwork resilienceperturbation;

机译：analysisProduction韧性;鸵鸟;网络Africadisturbancenetwork resilienceperturbation;

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Quantifying network resilience: comparison before and after a major perturbation shows strengths and limitations of network metrics

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