The University of Arizona

David L. Rogowski

Title: 
Research Assistant (postdoctoral position)
Area of Expertise: 
Population and community ecology, conservation and management of aquatic resources, ecological statistics
Academic Degree(s)
BS, Health Science, 1989, Oakland University, Rochester, Michigan
MS, Biology, 1997,University of Louisiana at Lafayette, LA,
PhD, Zoology, 2004, North Dakota State University, Fargo, ND
Contact Information
1 520-307-4355
Arizona Cooperative Fish and Wildlife Research Unit
School of Natural Resources, 104 Biosciences East
Tucson, AZ 85721

 

My research interests are fairly broad, but revolve around ecology and evolution, primarily in aquatic systems. In particular, I am interested in how organisms, and ultimately how populations respond to their environment. I am interested in the importance of biotic and abiotic factors in structuring populations and communities. Differential tolerances to stressors such as salinity, pollution, or even invasive species can have both direct an indirect effects within a community. How populations and communities respond to these stressors can provide insight into evolutionary processes. A good portion of my research has centered on the effects of stressors on aquatic populations and communities. My current research focuses on applied issues related to the conservation and management of aquatic resources. Ecological statistics play an important role in understanding patterns and relationships of species and habitats, and consequently I have a strong interest in the practical application of statistics.

My current research revolves around an invasive crayfish. For information on my other research interests please see my research web page. No native crayfish occur within Arizona, however northern crayfish (Orconectes virilis) have been introduced in a number of water bodies throughout the state. Northern crayfish predate on a variety of native species, fish, frogs, snakes, snails, as well as destroy aquatic vegetation. I am conducting a basic mark-recapture study of four populations. The information gathered will be used to construct population models to investigate how one can most effectively control or cause a population to go extinct, or whether it is even feasible.