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    Conservation efforts often require site or parcel selection strategies that lead to spatially cohesive reserves. Although habitat contiguity is thought to be conducive to the persistence of many sensitive species, availability of funding and suitable land may restrict the extent to which this spatial attribute can be pursued in land management or conservation. Using optimization modeling, we explore the economic and spatial tradeoffs of retaining or restoring grassland habitat in contiguous patches of various sizes near the Chicago metropolitan area. The underlying mathematical construct is the first exact, generalized formulation that directly models spatial contiguity in optimal reserve selection. The construct allows conservation planners to analyze and weigh different minimum contiguous habitat size requirements that are to be used in specific land acquisition or retention projects.

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    Toth, Sandor F.; Haight, Robert; Snyder, Stephanie A.; George, Sonney; Miller, James R.; Gregory, Mark S.; Skibbe, Adam M. 2009. Reserve selection with minimum contiguous area restrictions: An application to open space protection planning in suburban Chicago. Biological Conservation. 142(8): 1617-1627.


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    reserve design, contiguity, urban sprawl, spatial optimization, 0-1 Programming

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