Date Approved
2016
Degree Type
Open Access Thesis
Department or School
Biology
Committee Member
Katherine Greenwald
Committee Member
Steven Francoeur
Committee Member
Margaret Hanes
Abstract
Understanding species’ genetic diversity allows for informed management that preserves evolutionary potential. Informed management becomes crucial as genetic diversity declines and species become susceptible to threats such as climate change. For some species, it can be difficult to determine whether extant populations persist in an area. Genetic tools allow us to address both of these issues. Phylogeographic analyses allow managers to understand a population’s genetic makeup with respect to other populations, facilitating decisions that preserve local adaptation and evolutionary potential. Environmental DNA analysis complements traditional survey techniques and increases confidence when determining species’ range. Here, we explore the phylogeography of the mudpuppy’s western range and examine the feasibility of using eDNA to complement traditional surveys. Results show a deep ancestral split between the eastern and western portions of the mudpuppy’s range. Environmental DNA results show differential amplification between eDNA samples and negative controls, although the methods require further optimization.
Recommended Citation
Stedman, Amber, "Phylogeographic and environmental DNA analysis of the mudpuppy (necturus maculosus maculosus)" (2016). Master's Theses and Doctoral Dissertations. 784.
https://commons.emich.edu/theses/784