Research Interests

I am broadly interested in the interface between ecological modeling and conservation biology. In particular, I am fascinated by how different modeling approaches can be applied to real-world problems—predicting natural processes and informing conservation strategies. 

Throughout my research, I have employed a wide range of ecological modeling techniques, including correlative species distribution models (SDMs), integrated SDMs (iSDMs), connectivity models, individual-based models (IBMs), resource selection functions (RSFs), integrated step selection functions (iSSFs), and mechanistic, process-based models. 

My work often combines multiple modeling approaches to develop innovative frameworks for prioritizing landscape conservation and supporting the long-term persistence of target species, at both local and continental scales.

Key topics:

• Species Distribution Models (SDMs) 

• Ecological Connectivity and Movement Ecology

• Individual-based Models (IBMs)

• Conservation Planning

• Protected Areas

• Spatial Ecology