Aeroecology and Migration
Flying animal migration is a behavioral phenomenon that shapes the structure and function of ecosystems worldwide. My research centers on the study and conservation of animal migration and aerial habitats.
Flying animal migration is a behavioral phenomenon that shapes the structure and function of ecosystems worldwide. My research centers on the study and conservation of animal migration and aerial habitats.
Transitioning to renewable energy generation is essential to limit the worst effects of global climate change. I am interested in studying the effects of this transition on wildlife and developing methods and models to best predict and minimize risks to wildlife and habitats.
Macroecology is the study of ecological patterns at broad spatial scales. I am interested in synthesizing ecological processes that play out at the scale of the individual and population to examine patterns at broad spatial, temporal, and taxonomic scales.
Bats are among the most diverse and least-studied groups of mammals. Despite a near worldwide distribution, we know shockingly little about their ecology and evolution. My work deepens our understanding of bat ecology and can inform conservation by integrating data resources, from historical records to novel community science observations.
I leverage a broad suite of methodological approaches to tackle pressing conservation challenges, with a particular focus on developing the methods needed to conduct research in under-studied systems and taxa where creative approaches are needed.
Understanding how organisms interact with, and are limited by, their environment is a central question of ecology.
The availability of biodiversity data is increasing exponentially. I research its generation and develop methods to apply it rigorously.
Analyzing endogenous markers can help scale studies of animal movement from the individual to that of the population.
I am passionate about developing open-source software to promote accessible and reproducible science.