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Ecology, Mathematics, Data Science
Theory of Earth's ecological systems
In the Melbourne lab we use mathematics and computational algorithms to figure out how ecological systems work. We also do experiments and collect data to test and verify our math and computer models. Current questions include how species respond to megafire, how they may be rescued by evolution, and how invasive species spread.
A more technical description: Our research is in the broad field of theoretical ecology. We study the spatio-temporal dynamics of ecological populations and communities by developing mathematical models and connecting these models to data. We're particularly interested in how processes such as competition, predation, and spatial spread interact with spatial and temporal variation in the environment and by randomness intrinsic to individuals. Heterogeneity and stochasticity (a fancy word for randomness) are the technical keywords. We work with stochastic models and use likelihood, Bayesian, and machine learning approaches to connect models to data.
News
- Kaylee Rosenberger wins the Lotka award for best student poster in theoretical ecology
- Rob MacCurdy, Kendi Davies and I awarded funding to quantify insects using robotics, sensors and AI
- Scott Nordstrom awarded postdoc at U British Columbia!
- Kaylee Rosenberger awarded NSF GRFP
- Anna Spiers awarded postdoc at Lawrence Berkeley National Lab!
- Kendi Davies and I awarded NSF funding to quantify post-megafire effects on insect species.
- Lauren Shoemaker elected Early Career Fellow of ESA
- Anna Spiers wins American Association of University Women award
- Lauren Shoemaker and Topher Weiss-Lehman awarded faculty positions at U Wyoming
- Geoff Legault wins the Volterra award for best student poster in theoretical ecology