Rebecca completed a Master’s degree in both the Energy and Resources Group and the Goldman School of Public Policy (MA/MPP). Her research interests focus on the sustainable use of water resources, integrating work in ecology, equity, and climate change adaptation.
Jessica Katz is a PhD candidate focused on ecological stewardship under deep uncertainty. Her dissertation combines methods from ecology, statistics, and the decision sciences to understand how the diverse forests of the Western U.S. will respond to restoration and fuel reduction treatments under a changing climate.
Bodie uses interdisciplinary approaches to investigate nature-based solutions to climate change. He currently studies how policy and innovative technology can enable carbon-beneficial forest management.
Resource Endowments of the San Francisco Bay Region Prior to European Settlement: Baseline Data, Interpretation, and Observations Relevant to the Potential for Environmental Restoration (80 MA)
Algorithms for, and Applications of, Global Terrain Analysis (PhD ’20) Richard applies computational and mathematical techniques to better understand the complex interface of society and the environment. His work includes developing (a) in silico models to exlore ecoevolutionary interactions over long time scales and (b) high-speed algorithms for understanding landscape use and evolution. A recipient of both the DOE CSGF and the NSF GRFP fellowships, he holds a M.S. in Ecology, B.S. in Physics, and a B.A. in Philosophy from the University of Minnesota.
As a member of the Western Fire & Forest Resilience Collaborative, Johan aims to improve our understanding of how forests are adapting to shifting wildfire activity in a rapidly changing climate. His current research efforts combine large, geographic field surveys of recent burns with FACE experiments across the western United States to assess forest vulnerability to ecosystem transitions under warming and rising atmospheric CO₂. A key focus of his work is investigating how soil microbial communities influence these post-fire dynamics.
