• Created maps for two Bay Area counties to identify impacts on water quality of populations experiencing unsheltered homelessness in urban areas.• Led spatial data analysis for the development of county-level plans to reduce PCB runoff from industrial and other urban land uses to achieve compliance with region-wide total maximum daily load (TMDL).• Assisted in the preparation of a monitoring plan to assess the efficacy of low impact development best management practices on reducing pollutants of concern and minimizing hydrologic impacts of urban land uses.• Utilized and improved Excel-based tool to calculate trash load reductions from systematic interventions and trash capture devices to support region-wide National Pollutant Discharge Elimination System (NPDES) permit compliance.• Prepared hydrographs and hyetographs to assist in stream type classification to support jurisdictional determination.• Conducted routine spatial analysis to support trash load reduction efforts to achieve region-wide TMDL.• Conducted monthly field sampling for water quality monitoring.

• Interpreted copula model output to project the potential magnitude of climate change-driven water level fluctuations on ecosystem services.• Identified and communicated spatial hotspots of water level change impacts using ArcGIS Pro.• Led the creation of a white paper detailing the impacts of three climate change scenarios on four case studies of coastal ecological function and infrastructure.• Presented findings on future projections of Great Lakes water levels to the Council of Great Lakes Governors to assist in the drafting of the Cumulative Impact Assessment.

Sustainability researcher; concurrent with Sustain Mid-Maine Coalition

Concurrent with Colby College Sustainability Office; LED streetlight conversion project