Natural infrastructure, strategically managed natural and open spaces like forests or wetlands, can direct more clean water to cities by controlling water flows, preventing sediment buildup and absorbing pollutants before they flow into waterways.
More than 80 percent of the Caribbean's wastewater enters the ocean untreated, spurring the growth of algae on coral reefs and increasing the risk of infections for swimmers, among other issues. While many have been aware of this problem in Tobago for more than 20 years, there's been little government action.
The Flint water crisis an example of what can happen in the absence of transparent, inclusive and accountable water quality regulation and public service delivery. And unfortunately, it's just one community out of many throughout the world experiencing this problem.
When it comes to water, most people don’t know what they’ve got ‘til it’s gone – yet we are already facing a water scarcity crisis.
A new online guide to water quality trading can help farms, utilities and other businesses cut pollution and restore U.S. waters to their swimmable, fishable best.
A Product of the National Network on Water Quality Trading
This report aims to provide a reference on common elements and decisions inherent in water quality trading (WQT) program design, especially point-nonpoint WQT programs and the range of available options.
It is intended to help establish WQT programs, provide greater transparency about...
Many places around the world have no idea how much groundwater and surface water they have, let alone how much they can use sustainably. The United Nation's proposed Sustainable Development Goals, however, could transform the way governments understand and manage scarce water resources.
Companies are realizing that managing water within their four walls is insufficient. Only coordinated, collective action can protect water resources and mitigate long-term business risks.
The USDA's new Regional Conservation Partnerships Program aims to improve water quality by reducing agricultural runoff in targeted watersheds. The challenge is, how do we help make sure this new approach is successful?