Open Access Senior Thesis
Bachelor of Arts
This work is licensed under a Creative Commons Attribution 4.0 License.
© 2018 Benjamin J Rigby
As California contends with climate change and more extreme cycles of drought and deluge, water management agencies and conservation groups are looking towards solutions to the decreasing reliability of imported water supplies. Stormwater has historically been perceived as a threat to development but when captured properly, it presents a resource that can augment local water supplies. Solutions to water supply issues in California have traditionally employed technical and centrally controlled methods for importing water, but there is a growing understanding that parcel-level capture through vegetated swales presents an opportunity for reducing the impact that development has on California’s hydrology. Vegetated swales mimic nature’s effectiveness in reducing runoff speeds, removing pollutants and increasing groundwater supplies. No less a piece of California’s water infrastructure than canals and dams, these swales bring water infrastructure into the context of the California landscape. My report for the Chino Basin Water Conservation District analyzes the feasibility of installing vegetated swales in the Chino Basin region.
Rigby, Benjamin, "Stormwater Capture in the Built Watershed: Fostering Public Awareness of Water Conservation Through a Parcel-level Approach to Stormwater Management" (2018). Pitzer Senior Theses. 85.
Environmental Engineering Commons, Environmental Studies Commons, Hydraulic Engineering Commons, Hydrology Commons, Natural Resources Management and Policy Commons, Sustainability Commons, Urban Studies and Planning Commons, Water Resource Management Commons