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Publication | March 4, 2021

Benefit Accounting of Nature-Based Solutions for Watersheds: Guide

Nature-based solutions use or mimic natural processes to meet societal and environmental needs. They can be used to restore, manage, or protect water resources while also increasing biodiversity and providing additional social and economic benefits. Yet there is no standardized method to identify, estimate, and monitor the benefits that nature-based solutions can provide, making it hard to build the case for investments in these solutions.

Publication | February 2, 2021

Water and the COVID-19 Pandemic: A Business Framework for Water and COVID-19: Rebuilding and Resilience

The business community has a key role to play in responding to COVID-19, rebuilding the economy, and preventing and mitigating future shock events — both broadly speaking and specifically regarding water and handwashing. This second in the Pacific Institute’s Business Framework for Water and the COVID-19 Pandemic issue brief series continues to explore the role of businesses in a robust COVID-19 response, outlining how businesses can contribute to a “blue” economic recovery and help make society more resilient to future shocks.

Blog | January 28, 2021

What Role Should Onsite Water Reuse Play in Silicon Valley Water?

Water systems in most large urban areas like California’s Silicon Valley are linear and highly centralized. Water is cleaned at a central treatment plant, distributed to homes and businesses through a vast and decades-old system of pipes, used once, and then returned through another set of pipes to a wastewater treatment plant, before being discharged into a nearby waterway like the San Francisco Bay.

Publication | January 28, 2021

The Role of Onsite Water Systems in Advancing Water Resilience in Silicon Valley

California’s Silicon Valley faces a host of water challenges. The region’s water and wastewater infrastructure are aging, and in some cases are nearing the end of useful life. Continued growth and development are putting additional strains on the region, and climate change is adding to that burden through sea level rise, more intense storms, and more severe droughts. These challenges present risks but also an opportunity to rethink the design, configuration, and operation of water and wastewater systems.