作者: Maria Beger , Simon Linke , Matt Watts , Eddie Game , Eric Treml
DOI: 10.1111/J.1755-263X.2010.00123.X
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摘要: Real patterns of ecological connectivity are seldom explicitly or systematically accounted for systematic conservation planning, in part because commonly used decision support systems can only capture simplistic notions connectivity. Conventionally, the surrogates to represent plans have assumed connection between two sites be symmetric strength. In reality, linkages rarely and often strongly asymmetric. Here, we develop a novel formulation that enabled us incorporate asymmetric into system Marxan. We illustrate this approach using hypothetical examples river catchment group reefs, then apply it case studies Snowy River Great Barrier Reef, Australia. show incorporating reserve design leads solutions more effectively patterns, relative either ignoring assuming