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Working backwards to move forwards: Graph-based connectivity metrics for reserve network selection
Abstract In this paper we apply graph theory in a reserve selection exercise to explore the tradeoffs between maintaining connectivity and minimizing the total area of a protected area network. Rather than focus on a single organism, we used a multi-species approach and looked at the tradeoff curves for organisms with varying dispersal abilities. We first generated the tradeoff curves using a graph-based metric to determine the importance of individual patches for maintaining connectivity. We then performed an analogous set of analyses using patch size as a surrogate measure of importance.
Working backwards to move forwards: Graph-based connectivity metrics for reserve network selection
Abstract In this paper we apply graph theory in a reserve selection exercise to explore the tradeoffs between maintaining connectivity and minimizing the total area of a protected area network. Rather than focus on a single organism, we used a multi-species approach and looked at the tradeoff curves for organisms with varying dispersal abilities. We first generated the tradeoff curves using a graph-based metric to determine the importance of individual patches for maintaining connectivity. We then performed an analogous set of analyses using patch size as a surrogate measure of importance.
Working backwards to move forwards: Graph-based connectivity metrics for reserve network selection
Rothley, Kristina D. (Autor:in) / Rae, Charlene (Autor:in)
Environmental Modeling & Assessment ; 10 ; 107-113
01.06.2005
7 pages
Aufsatz (Zeitschrift)
Elektronische Ressource
Englisch
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