Our estimates of effective population size will provide valuable information on the number of individuals across the range of eastern red bats, and thus provide the necessary context that has been lacking to understand the potential biological impact of increased wind power development on populations of eastern red bats. In addition, the sensitivity analyses we propose are critical to the effective use of genetic data as a population monitoring tool for large, widespread bat populations, and will provide a valuable tool for determining the conditions under which genetic monitoring could provide useful information on population trajectories over realistic timescales. By providing a proof-of...
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Coalescent Theory by John Wakeley
Big Questions in Ecology and Evolution by Thomas N. Sherratt and David M. Wilkinson
Things I Learned from Knitting by Stephanie Pearl-McPhee
Amy Russell
Where from:
Allendale,
MI
Age:
36
Education
Post Grad:
University of Tennessee
Degree:
Ph.D.
College:
Bowling Green State University
Degree:
BS, MS
Work
Employer:
Grand Valley State University
Position:
Assistant Professor
Contact Info
Email:
[email protected]
Phone:
616-331-8929
Post-Ph.D. Research Grant, Wenner-Gren Foundation, 2008-2009
Research Grant, Leakey Foundation, 2006-2009
Gaylord Donnelley Postdoctoral Fellowship, Yale University, 2003-2005
Karl Koopman Award, North American Symposium on Bat Research, 2003
Bats are currently facing major threats to their existence. Cave-roosting bats are experiencing horrific mortality rates from a fungal disease known as white-nose syndrome, and tree-roosting bats are being killed in increasing numbers by wind turbines. It is vital that we understand what the real impacts of these threats are on bat populations so that we can take effective and meaningful step towards mitigating those threats.
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List of Publications (Download)