Jeffrey L. Peters

Jeffrey L. Peters is a Professor and Associate Chair in the Department of Biological Sciences at Wright State University, Dayton, Ohio. His research integrates molecular ecology, population genetics, and evolutionary biology to investigate avian speciation, hybridization, and conservation, with primary focus on Holarctic waterfowl and their evolutionary histories.

His educational background includes:

• Ph.D. in Biological Sciences (2006) from University of Maryland Baltimore County
• M.S. in Applied Ecology and Conservation Biology (2002) from Frostburg State University
• B.S. in Biology (1996) from Indiana University of Pennsylvania
• Postdoctoral Fellowship (2006-2008) at University of Alaska Fairbanks

Dr. Peters' research program addresses fundamental questions in evolutionary genetics, particularly how natural selection influences non-coding DNA and the validity of neutral models in population genetics. His work employs multi-locus DNA sequencing and coalescent theory to study:

• Evolutionary histories of Holarctic duck populations
• Biases in intercontinental colonization patterns
• Hybridization dynamics and conservation genetics of endangered waterfowl
• Genetic consequences of adaptive introgression
• Mechanisms maintaining species boundaries in sympatry

Analysis of his recent publications reveals consistent genomic approaches to waterfowl evolution, with increasing use of high-throughput sequencing to resolve conservation units and adaptive processes. His work spans biogeographic regions from the Andes to Australasia, emphasizing the interplay between historical colonization events and contemporary hybridization.

No scientific awards are listed in available information.

Dr. Peters actively mentors undergraduate and graduate students, as evidenced by Wright State student co-authors on numerous publications. While specific grant details aren't provided, his extensive collaborative research across multiple continents indicates substantial external funding supporting fieldwork, genomic analyses, and international partnerships.

His laboratory employs integrated approaches combining empirical data collection with computational simulations to address questions in avian evolutionary genetics, frequently collaborating with researchers in Australia, South Africa, and South America on waterfowl conservation genomics.