Post by muskyhusky on Oct 26, 2008 10:06:14 GMT -6
The genetic status of wolves in the western Great Lakes region (WGLR) has received increased attention following their removal from the U.S. Endangered Species List.
We examined the genetic composition of three historic wolves from the WGLR and showed that they were genetically similar to the present animals in the region, which are derived from eastern wolf (Canis lycaon) and gray wolf (C. lupus) hybridization, and not wolf-coyote hybridization as previously suggested.
This suggests that current WGLR wolves are representative of the animals that occupied the region a century ago.
Royal Society Journal Biology Letters
Biology Letters publishes short, innovative and cutting-edge research articles and opinion pieces accessible to scientists from across the biological sciences. The journal is characterised by stringent peer-review, rapid publication and broad dissemination of succinct high-quality research communications.
www.publishing.royalsociety.org/biologyletters
We examined the genetic composition of three historic wolves from the WGLR and showed that they were genetically similar to the present animals in the region, which are derived from eastern wolf (Canis lycaon) and gray wolf (C. lupus) hybridization, and not wolf-coyote hybridization as previously suggested.
This suggests that current WGLR wolves are representative of the animals that occupied the region a century ago.
Royal Society Journal Biology Letters
Biology Letters publishes short, innovative and cutting-edge research articles and opinion pieces accessible to scientists from across the biological sciences. The journal is characterised by stringent peer-review, rapid publication and broad dissemination of succinct high-quality research communications.
www.publishing.royalsociety.org/biologyletters
