We are investigating population ecology and conservation biology of the Ambystoma salamander complex on Pelee Island, Ontario. The complex is comprised of endangered smallmouth salamanders, rare blue-spotted salamanders, and unisexual polyploids that are reproductively parasitic of the two host species. Supported by our extensive recent work on the landscape ecology and local genomotype composition of the salamander community, we are launching new research on the meta-population dynamics and conservation needs of the salamander complex by tracking key demographic features and linkages between populations. This work could be expanded to consider habitat requirements for population and meta-population viability, and best conservation practices for ensuring community persistence. Further, in recognition of recent southern range loss of blue-spotted salamanders, we will investigate their historical patterns of colonization and occupancy on the North American mainland via analysis of a large repository of genetic samples, coupled with modeling to better understand site occupancy and susceptibility to environmental variation from habitat loss and climate change.
Successful candidates should have a BSc in Biology, Ecology, or related field, with PhD applicants also needing an MSc degree and demonstrated evidence of peer-reviewed publications. Students with good lab (DNA sequencing) and field skills (amphibian ecology), and an interest in working collaboratively within a large and diverse research group are especially sought.
Successful candidates should have a BSc in Biology, Ecology, or related field, with PhD applicants also needing an MSc degree and demonstrated evidence of peer-reviewed publications. Students with good lab (DNA sequencing) and field skills (amphibian ecology), and an interest in working collaboratively within a large and diverse research group are especially sought.
Photo credit: Evan Bare