Biography
- Assistant Professor of
Ecology (2006-present), University of Georgia
- Postdoctoral Fellow
(2004-2006), National Center for Ecological Analysis and Synthesis
- Ph.D. Biological Sciences
(2004), University of Notre Dame, David Lodge advisor
- M.A. Philosophy (2007),
University of Notre Dame, Program in History and Philosophy of Science
- B.A. Biology (1999),
Covenant College
Research
Interests
I'm
interested in basic and applied population ecology and ecological
epidemiology. I like to work the interface of theory and data with
models. In the lab I work with experimental populations of Daphnia,
Tribolium,
and Folsomia. Some
perennial interests are extinction, population dynamics in variable
environments, niche theory, Allee effects, invasive
species, demographic stochasticity, and computational
methodology. I have a hobbyist's interest in history and philosophy of
modern (twentieth century) biology.
Teaching
- ECOL 8310 Population Ecology (Fall 2007)
- ECOL 8990 Seminar in Computational Ecology (Fall 2007)
- ECOL 4950 Senior Seminar (Spring 2007)
Curriculum
Vita
Selected
Publications
- Costello, C., J.M.
Drake, & D.M. Lodge. 2007. Evaluating an invasive
species policy: ballast water exchange in the Great Lakes.
Ecological Applications 17:655-662.
- Drake,
J.M., S.K. Chew, & S. Ma. 2006. Societal learning
in epidemics: intervention effectiveness during the 2003 SARS
outbreak in Singapore. PLoS
ONE 1(1):
e20. doi:10.1371/journal.pone.0000020 [pdf] [web
version]
- Drake, J.M. 2006.
Extinction times in experimental populations. Ecology 87:2215-2220. [pdf] [web
version]
[data
& code]
- Drake,
J.M., A. Guisan, & C. Randin. 2006. Modelling
ecological niches with support
vector machines. Journal
of Applied Ecology 43:424-432.
doi:10.1111/j.1365-2664.2006.01141.x [web
version]
- Drake,
J.M. 2006. Heterosis, the catapult effect, and
establishment
success of a colonizing bird. Biology
Letters 2:304-307.
doi:10.1098/rsbl.2006.0459 [pdf] [web version]
[supplementary
materials]
[data]
- Drake,
J.M. 2005. Density dependent demographic variation
determines
extinction rate of experimental populations. PLoS Biology
3:1300-1304.
doi:10.1371/journal.pbio.0030222
[pdf] [web
version]
Links
Blogs, etc.
Institutional
Affiliations
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