Developing Resilient Urban Water Systems

Urban water systems in California will need to adapt in response to changing conditions including climate change, population growth, aging infrastructure, and other challenges. State leaders must develop innovative ways to manage water quality, drinking water supplies, wastewater, storm water, flood control, and other aspects of urban water, and to identify beneficial linkages among them. This initiative explores these integrated challenges. One critical and under explored area of research is the connection between advances in technology and management methods, and the legal and economic developments necessary for their implementation.


Accelerating Cost-Effective Green Stormwater InfrastructureAccelerating Cost-Effective Green Stormwater Infrastructure: Learning from Local Implementation

 Although green stormwater infrastructure (GSI) is critical to solving stormwater management challenges, GSI is evolving technology with inconsistent performance and uncertain costs. Our report recommends enhancing learning from local implementation efforts to address knowledge gaps and speed cost-effective deployment. We identify key actions the EPA and state water quality authorities can take to help drive data collection and sharing.


The Innovation Deficit in Urban WaterReducing the innovation deficit in urban water

Arguably, the main barriers to developing the new technologies and management practices necessary to meet emerging challenges in the water sector will be institutional rather than technical. In collaboration with ReNUWIt researchers and others, we are working to characterize barriers to innovation, and opportunities to overcome them, including legal, regulatory, social, financial, governance, and others. We have produced a “most readarticle that develops a framework for forthcoming studies on the institutional elements of innovation at various scales.  We have also investigated potable water reuse for water supply augmentation, using the concept of legitimacy to develop a broader framework for what is necessary to implement water reuse projects.