Tania Kenyon

My research focuses on reef recovery following disturbances, looking at the interplay between biological, ecological and physical drivers of recovery. After diving in the Galapagos, my interest in the marine environment was piqued, and I began a PhD in reef recovery dynamics in 2016, receiving my doctarate in 2021. My work is interdisplinary, incorporating aspects of marine geology and hydrodynamics to the core focus of marine ecology. I have investigated how coral recruitment is affected by material legacies (rubble) on coral reefs, how these legacies are affected by the physical environment (mobilisation thesholds) and how marine invertebrates consolidate this material, contributing to reef recovery. My research focuses largely on natural recovery potential, but I also investigate the efficacy of reef restoration techniques in the marine environment, such as mesh netting and metal structures, and where they can speed recovery. My work has spanned multiple regions, including the Maldives, the Great Barrier Reef, and the Coral Triangle.