We seek a post-doctoral researcher for an ongoing project to minimize the impact of in-stream barriers on native fish migrations between the Laurentian Great Lakes and their tributaries. Native and invasive fish migrations into rivers and streams are a key feature of the Great Lakes ecosystem, but they are commonly blocked by dams and road culverts. Given the enormous number of potential barriers (~ 276, 000; Januchowski-Hartley et al. 2013), there is a need to prioritize them for removal based on their passability to native migratory fishes, their role in controlling the spread of invasive species, the direct economic cost of barrier removal, the amount and quality of upstream fish habitat, and other factors. Our team has recently developed a cutting edge spatial optimization model to identify important removal projects based on diverse cost and benefit considerations. Our current aims are to refine this model using new and improved data, and to work with stakeholders to support real-world barrier removal decisions.
The post-doc will take a leadership role in developing key spatial datasets (barrier removal costs, likelihood of species invasions, breeding habitat quality) and integrating them into the optimization model. Other important tasks include coordinating outreach to stakeholders and assisting with progress reports. There will be ample opportunities to contribute new perspectives and innovations as this team project continues to evolve. Essential qualifications for the position include substantial expertise in managing and manipulating large spatial datasets; spatial analysis using GIS and modeling software; strong writing abilities reflected by a successful publication record; a collaborative approach to research; and a genuine interest in outreach and restoration outcomes. Candidates with specific experience in the Great Lakes or migratory fish research are encouraged to apply, but these are not necessary qualifications. The successful applicant will be expected to lead analyses, work closely with our project team, and be a positive member of the Center for Limnology community. The position will begin during fall 2013, preferably in early September (but flexible). Funding is available for 24 months, pending satisfactory performance. A competitive post-doc salary will be provided, including health benefits. This project is a collaboration between the Center for Limnology at UW-Madison, The Nature Conservancy’s Great Lakes Project, the Wisconsin Department of Natural Resources, and the UW Institutes for Discovery. It also involves important partnerships with numerous other agencies and NGOs throughout the basin. Work will be based in the McIntyre lab at UW-Madison, but will involve frequent interactions with all collaborators. The Center for Limnology is home to a renowned cluster of aquatic scientists, and features a vibrant and collegial atmosphere. UW-Madison is one of the top research universities in the nation, and Madison is widely recognized for high quality of life (outdoor access, arts, public transportation) and moderate costs of living. To apply, please submit a single .pdf file comprising a letter of application, CV, three reprints, and the phone number and email address of three references to Alyssa Winters (ajluc...@wisc.edu) using the subject line “connectivity post-doc”. The letter of application should be no more than two pages, and should summarize relevant experience/expertise with manipulating and analyzing large spatial datasets, modeling species distributions, optimizing costs vs. benefits of conservation actions, and collaborating with NGOs and agencies. Review of applications will begin on 15 July 2013 and will continue until the position is filled. Questions about the project may be directed to Tom Neeson (nee...@wisc.edu) and Matt Diebel (matthew.die...@wisconsin.gov) using the subject line “connectivity post-doc”.
