- Modeling of population and community dynamics subject to various kinds of environmental change.
- Analysis of population abundance time series to infer the influence of putative environmental and demographic variables in natural ecosystems.
- Analysis of dynamic stability and network robustness in ecosystems.
- Coexistence theory.
- Multiple stressor research.
- Consequences of biodiversity change for ecosystem function.
- Model-based analysis of field observations of community composition.
- Metacommunity ecology.
- Eco-evolutionary dynamics.
- Community-level ecotoxicology.
- Experiments with plankton communities in microcosms.
- I work on all these concepts and techniques and apply them across a broad range of freshwater, marine, and terrestrial model systems.

Biology of interactions
Biomathematics
Ecology
Ecotoxicology
Flow of energy and matter
Marine Biology
Quantitative genetics
Theoretical Biology

I would like to join a project that envisions an understanding of anthropogenic impacts on community composition, biodiversity, and/ or ecosystem function, ideally within a project that leverages available data that can be used to test model predictions. I am mostly interested in the conceptual side of things and am therefore not picky on the kind of environment under examination (past projects have focused on a variety of ecosystems (marine, freshwater, terrestrial, plants, microbes)).

predictive ecological modeling, theoretical ecology, analysis of field data, model validation, multiple stressors, ecosystem stability, biodiversity modeling, ecosystem function, community ecology, trait-based ecology

-