Specifically, I am investigating how patterns of upwelling around the Chagos Archipelago are linked to food availability for organisms such as corals, algae and the microbial communities that inhabit the reef.
In order to answer this question, I will combine in-water ecological surveys, satellite derived data, next generation sequencing, as well as isotope chemistry and collaborate with numerous researchers in these fields.
Remote coral reef islands and atolls allow us to study coral reef ecosystem dynamics in the absence of confounding local human impacts, acting as benchmarks for natural variation and highlighting the impacts of global climate change on these biodiverse systems.
Coral Reef ResilienceMonitoring Coral Reefs in the British Indian Ocean Territory
I am a marine ecologist specializing in coral reef ecology. My work often takes a macroecological approach when examining the interaction between organisms and their environment. Moreover, I am particularly interested in how the interaction between human activities and natural biophysical gradients drives community patterns across multiple trohpic levels (microbes to sharks) and scales (individual reefs to entire ocean basins).
Much of my work involves remote coral reefs free from direct human impact, it provides key replication at the unimpacted end of an intact-to-degraded ecosystem spectrum. Surveying across wide geographical areas allows us to address broad questions relating to: the human, climatic and oceanographic drivers of coral reef ecosystem structure and function; climate change impacts to coral reef ecosystems; the spatial ecology of coral reefs; and disease dynamics on coral reefs.