Graph theory as an invasive species management tool: case study in the Sonoran Desert

[1] Adams M(2000)Pond permanence and the effects of exotic vertebrates on anurans Ecol Appl 10 559-568

[2] Bishop-Taylor R(2015)Surface water network structure, landscape resistance to movement and flooding vital for maintaining ecological connectivity across Australia’s largest river basin Landscape Ecol 30 2045-2065

[3] Tulbure MG(2010)Habitat use by a desert ungulate: predicting effects of water availability on mountain sheep J Arid Environ 74 638-645

[4] Broich M(1990)Desert-dwelling mountain sheep: conservation implications of a naturally fragmented distribution Conserv Biol 4 383-390

[5] Bleich VC(2004)A comparison-shopper’s guide to connectivity metrics Front Ecol Environ 2 529-536

[6] Marshal JP(2006)The igraph software package for complex network research Interjournal Complex Syst 1695 1-9

[7] Andrew NG(2002)Landscape connectivity as a function of scale and organism vagility in a real forested landscape Conserv Ecol 6 10-113

[8] Bleich VC(2017)Nesting connectivity models to resolve management conflicts of isolated water networks in the Sonoran Desert Ecosphere 8 e01647-556

[9] Wehausen JD(2004)Effects of climate change on population persistence of desert-dwellling mountain sheep in California Conserv Biol 18 102-3249

[10] Holl SA(2012)Mapping organism spread potential by integrating dispersal and transportation processes using graph theory and catchment areas Int J Geogr Info Sci 26 541-3256

[1] Adams M(2000)Pond permanence and the effects of exotic vertebrates on anurans Ecol Appl 10 559-568

[2] Bishop-Taylor R(2015)Surface water network structure, landscape resistance to movement and flooding vital for maintaining ecological connectivity across Australia’s largest river basin Landscape Ecol 30 2045-2065

[3] Tulbure MG(2010)Habitat use by a desert ungulate: predicting effects of water availability on mountain sheep J Arid Environ 74 638-645

[4] Broich M(1990)Desert-dwelling mountain sheep: conservation implications of a naturally fragmented distribution Conserv Biol 4 383-390

[5] Bleich VC(2004)A comparison-shopper’s guide to connectivity metrics Front Ecol Environ 2 529-536

[6] Marshal JP(2006)The igraph software package for complex network research Interjournal Complex Syst 1695 1-9

[7] Andrew NG(2002)Landscape connectivity as a function of scale and organism vagility in a real forested landscape Conserv Ecol 6 10-113

[8] Bleich VC(2017)Nesting connectivity models to resolve management conflicts of isolated water networks in the Sonoran Desert Ecosphere 8 e01647-556

[9] Wehausen JD(2004)Effects of climate change on population persistence of desert-dwellling mountain sheep in California Conserv Biol 18 102-3249

[10] Holl SA(2012)Mapping organism spread potential by integrating dispersal and transportation processes using graph theory and catchment areas Int J Geogr Info Sci 26 541-3256