 
Michael
R. Willig, Ph.D.
Department of Ecology & Evolutionary Biology
and
Center for Environmental Sciences & Engineering
University of Connecticut
Storrs, Connecticut 06269-5210
Phone: (860) 486-1455
Fax: (860) 486-1753
E-mail: michael.willig@uconn.edu
Employment
Current Position:
Other Positions:
Relevant Employment History:
- 1976-1978: Research fellow at Brazilian
National Academy of Science
- 1979: Visiting Professor at LaRoche
College, Department of Natural Sciences
- 1981-1983: Assistant Professor of Biology
at Loyola University
- 1983-1989: Assistant Professor of Biology
at Texas Tech University
- 1989-1993: Associate Professor of Biology
at Texas Tech University
- 1993-2005: Professor of Biology at
Texas Tech University
- 1994-1996: Director of The Institute of
Environmental Sciences, Texas Tech
University
- 1995-1997: Chairman of Department of
Biological Sciences, Texas Tech
University
- 2000-2002: Program Director,
Ecological Studies Cluster, Division of
Environmental Biology, National Science
Foundation
- 2004-2006: Division Director, Division of Environmental Biology, National Science Foundation.
- 2005-Present: Professor of Ecology and Evolutionary Biology at University of Connecticut.
- 2006-Present: Director of the Center for Environmental Sciences and Engineering at University of Connecticut.
Education
- B.S. - University of Pittsburgh 1974
- Ph.D. - University of Pittsburgh 1981
Dissertation Title - A comparative
ecological study of Caatingas and Cerrado
Chiropteran communities: composition, structure,
morphometrics, and reproduction. (Advisor -
Michael A. Mares)
Research Interests
In
general, my research is multidisciplinary and
characterized by rigorous quantitative approaches
to questions relevant to ecology, biogeography,
and conservation biology, all considered from an
evolutionary perspective. My investigative
approach is based on both manipulative and
observational experiments, as well as on modeling
exercises. My research is strongly organismal in
nature and is not limited by taxonomic
constraints, as evidenced by publications
concerning bacteria, fungi, plants, snails(for a user-friendly key to the gastropods of the Luquillo Experimental forest, see snail key),
insects, reptiles, birds, and mammals.
Nonetheless, the major thrust of my research has
concerned terrestrial mammals, especially those
in tropical regions.
I
have broad experience conducting field research
in a diversity of habitats, including both
aquatic and terrestrial environments. Aquatic
research has focused on phytotelmata, streams,
and ephemeral lakes (e.g., playas). Terrestrial
work has been conducted in semiarid tropical
thorn-scrub, tropical grassland-savanna,
temperate forest, sub-tropical forest, and
tropical rain forest. As a consequence, I
currently have or recently have had funded
research programs in Paraguay (NSF), Brazil (USDA), Puerto
Rico (NSF), Peru (NIH), and the U.S. (NSF).
Moreover, much of my research assumes broad
temporal and synthetic perspectives as a
consequence of my association with the Long-Term
Ecological Research Program (LTER) in the
Luquillo Mountains of Puerto Rico (http://luq.lternet.edu/) and the
National Center for Ecological Analysis and
Synthesis (NCEAS) in Santa Barbara (http://www.nceas.ucsb.edu/fmt/doc?/frames.html). As my
research has matured, especially during the last
five years, substantial efforts at synthesis have
been directed to research in biodiversity that is
related to (1) disturbance ecology, (2)
productivity-diversity relationships, (3)
latitudinal gradients, and (4) conservation.
Finally, I am collaborating in the production of two edited volumes. One is in an early stage of gestation, and focuses on the status and role of theory in ecology, thereby providing insight into profitable directions for future research, especially that which achieves more than incremental increases in the understanding of ecological patterns and processes. The other is an synthesis of research in the Luquillo Experimental Forest of Puerto Rico, which integrates population, community and biogeochemical perspectives, to understand the spatial and temporal dynamics associated with natural and anthropogenic disturbances. |