Forecasting climate-driven changes in human-wildlife interactions.

Using cutting-edge remote sensing data to examine the decadal-long effects of wildfires on vegetation biomass and carbon.

Assessing post-fire vegetation changes of western forests as a response to environmental variability due to climate change and human land management practices.

Enhancing high school students' understanding of phenology (nature’s calendar), how climate change is causing shifts, and the subsequent impacts on people.

Enhancing the assessment of Forest-Natural Climate Solutions (fNCS) by developing a scalable, spatially-explicit method to evaluate their climate, ecosystem, and social impacts.

This project will use large-scale survey data from low- to middle-income countries to examine how mammal community intactness and abundance declines affect human health, providing insights into future health outcomes under global environmental change.