risk, decision, and systems analysis; wildland fire management; forest management.
Application of principles from systems engineering, industrial engineering, risk analysis, operations research, economics, and decision-making under uncertainty to complex resource management with economic and environmental objectives. With future work I hope to better incorporate spatiotemporal dynamics into integrated risk assessment, facilitate the application of comparative risk assessment frameworks to inform strategic planning efforts, better understand the role of human factors and incentives in decision-making, improve our ability to model the effectiveness of suppression resources, and continue to systematically explore methods for addressing uncertainty.
My past research has focused on the integration of systems and industrial engineering with economics and other disciplines to support natural resource management and decision making.
The spatial, temporal, and social dimensions of wildfire risk are challenging the Forest Service to meet societal needs while maintaining the health of its land base. The confluence of past management practices and philosophies, a changing climate, and increased human development into fire-prone areas result in magnified threat to human and ecological values. There is a continued need for increased analytical rigor, systems thinking, and alignment with risk management principles within the wildland fire management community. Collectively my research seeks to promote enhanced pre-fire planning, development of safer and more effective response strategies, landscape restoration and resource protection, and ultimately to inform and improve decision-making processes, be it related to wildfire management or more broadly to natural resources management with multiple objectives.