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We examined patterns of genetic variation and diversity of extant pygmy rabbit (Brachylagus idahoensis) populations across the species’ current range in Nevada and California. Our aims were to determine population genetic structure and levels of diversity across the southern portion of the species’ range. We genotyped 13 microsatellite loci from 194 fecal samples collected across 14 localities. Our Bayesian cluster analyses found 2 genetically distinct groups: 1 in the Mono Basin of California and the other encompassing all remaining Nevada Great Basin populations. Considering only the Nevada Great Basin group, we found 4 minimally divergent groups that overlap spatially with many individuals maintaining composite...
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FY2014Land management agencies seek to understand how organisms use the landscape in order to develop management strategies that maintain healthy, resilient communities that have the ecological and evolutionary potential to respond to climate change. An ideal approach to understanding how organisms move through the landscape is by inferring ongoing and historic movements from patterns of genetic continuity that characterize regional sets of populations. From patterns of genetic connectivity we can infer the habitat and landscape characteristics that facilitate animal movement and species range shifts over both short and long timescales. Knowing the spatial distribution of critical linkages or corridors allows conservation...
On December 5, 2016, Marjorie Matocq, University of Nevada Reno, and John Kasbohm, Greater Sheldon-Hart Mountain National Wildlife Refuge, discussed functional continuity of habitat for the pygmy rabbit.Pygmy rabbits (Brachylagus idahoensis) are habitat specialists of sagebrush communities throughout the Great Basin. Overgrazing, altered fire regimes, invasive plants and energy development are expected to impact natural patterns of dispersal and gene flow among wildlife populations in sagebrush ecosystems, including pygmy rabbits. In turn, these impacts may reduce the adaptive potential and persistence of local populations. This study seeks to identify the spatial distribution of genetic variation in pygmy rabbits....


    map background search result map search result map Landscape Connectivity of a Sagebrush Obligate: Functional Continuity of Habitat for the Pygmy Rabbit Landscape Connectivity of a Sagebrush Obligate: Functional Continuity of Habitat for the Pygmy Rabbit