I am a PhD candidate researching physical systems from nanoscale heat dynamics to mosquito population ecology, with a particular interest in environmental research and communication. I am currently studying how Aedes Aegypti (the yellow fever mosquito) and one of the vector-borne diseases it carries, Dengue fever, respond to climate change. I am using a system of delay-differential equations with phenotypic plasticity to develop a model that considers relevant environmental factors including temperature, rainfall, and humidity. 

Phenotypic Plasticity Poster.pdf

A poster about my theoretical work on the relationship between phenotypic plasticity and tipping points. First shown at the Glasgow Computational Biology Conference 2023 and modified for the Society of Mathematical Biology Annual Meeting 2023.