Authors
John R Squires, Nicholas J DeCesare, Lucretia E Olson, Jay A Kolbe, Mark Hebblewhite, Sean A Parks
Publication date
2013/1/1
Journal
Biological Conservation
Volume
157
Pages
187-195
Publisher
Elsevier
Description
Maintaining connectivity with source populations is especially important for populations of boreal species at the southern edge of their distributions, where anthropogenic disturbance and climate change can be a threat. In the conterminous United States, Canada lynx Lynx canadensis is a federally threatened boreal species that may require connectivity with northern populations to persist. Connectivity is a function of movement between patches and the likelihood that patches are suitable for resident populations. Therefore, we combined resource selection, step selection, and least-cost path models to define empirically movement corridors for lynx in the Northern Rocky Mountains. We used telemetry data for 64 lynx monitored during 1998–2007 to create a broad-scale resource selection model that predicted probable lynx habitat across the species’ distribution in the Northern Rocky Mountains. Our model indicated …
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