This website presents research and teaching at the intersection of earth systems science, climate change, and water resource sustainability. The work integrates geospatial analysis and system dynamics modeling to examine how environmental systems respond to climate variability and land use change, with a focus on informing resilient and adaptive policy decisions.
Spatially explicit modeling of hydrology, climate impacts, land cover change, atmospheric water harvesting feasibility, and urban heat dynamics.
Courses and mentoring in sustainability, environmental policy, system dynamics, geospatial analysis, and interdisciplinary problem solving.
Collaborative projects that connect academic methods with real world sustainability planning, dashboard design, and policy engagement.