My research focuses on integrating diverse methodologies, including cutting-edge drone technologies and long-term datasets, to investigate spatial and temporal variation in the spring phenology of deciduous trees and the phytophagous invertebrate larvae that feed on them. I am particularly interested in how individual variation in trophic interactions influences community-level responses to climate change, which may differ from patterns observed in population means. By capturing these scale-dependent dynamics, my work aims to deepen our understanding of the causes and consequences of phenological change in this system.
Beyond my main research, I am passionate about woodland ecology more broadly, having previously studied topics ranging from ground flora to mammals. I also enjoy getting involved in outreach activities.
I graduated with an MBiol from Oxford in 2022. My project similarly quantified the consequences of phenological change in British Ophrys orchids and their pollinators, for which I earned the department’s Harley Prize.
