RESEARCH
Interests: Mathematical
models in biology using ordinary differential equations, Modelling of non-linear dynamical systems, Models of
resource optimization in photosynthesis and photoacclimation
in phytoplankton, Models of adaptive microbe growth, Microbial quiescence,
Disease latency.

Current Research: Photoacclimation in Unicellular Phytoplankton
Developing dynamic models of
photosynthetic machinery to investigate the evolution and ecology of
phytoplankton with different light harvesting and resource allocation
strategies. It is a step towards predicting how marine primary producers
(essentially microscopic plants) will respond to changing temperatures and
ocean circulation. This is essential
to understanding feedbacks between climate change and life on Earth.

PhD – Arizona State University,
2007
Dissertation: Microbial
Quiescence – A Survival Strategy in Environmental Stress