Graham J. Edgar

The paper examines how energy quantity and quality influence biodiversity in coastal oceans, finding that high-quality energy sources support greater species richness and planktonic diversity.

The paper quantifies global coral reef ecosystem functions using metabolic models and surveys, revealing a continuous functional spectrum influenced by climate and human factors.

The paper evaluates species abundance models in dynamic systems, finding that modern splits yield lower forecast errors than legacy splits in rapidly changing environments.

This study uses a clustering pipeline to identify global benthic habitat states from citizen science data, revealing biogeographic patterns and temporal changes in reef ecosystems.