U of M study offers new tool to incorporate societal water impacts into policy decisions

Sponsored by

MINNEAPOLIS/ ST. PAUL, MN, Nov. 12. 2012 -- If you've eaten fish, gone for a boat ride or even taken a drink from the tap, you know clean water is a valuable commodity. But just how valuable? That's always been a tough question for policy makers to answer as they weigh the worth of clean water against societal needs that compromise it, such as the need to grow food or produce fossil fuels. Now, however, their ability to do so has been greatly enhanced by a new policy-making framework developed by a team of scientists led by Bonnie Keeler, research associate at the University of Minnesota's Institute on the Environment.

The framework, published in the Nov. 6 issue of the Proceedings of the National Academy of Sciences, provides a tool for assessing and valuing the many services clean water provides -- from recreation and beauty to navigation and hydropower -- and incorporating them into policy decisions.

"After repeated requests for information on the value of water quality, we realized that there was a huge gap between the demand for economic values of water quality and our ability to provide tools to estimate those values. This gap limits our ability to make informed decisions," Keeler said. "We provide a framework that describes the numerous pathways in which changes in water quality affect our health, recreation and livelihoods and the economic value of those changes. This yields a far more accurate picture of the costs and benefits of decisions."

Using funding from an IonE mini grant, Keeler and colleagues from the University of Minnesota, The Nature Conservancy and the University of Arkansas began by developing a decision-making template that links actions, changes in water quality, changes in a spectrum of ecosystem goods and services, and changes in the economic value that accrues from the changes in ecosystem goods and services. They then outlined a five-step plan policy makers can use to apply the template to on-the-ground decisions around water issues.

"There will never be a single number that describes the value of clean water in all places and contexts," Keeler said. "What our paper proposes is a way for users to link tools from ecology and economics to get value estimates that are specific to their location and sets of alternative actions. Ideally these values can then factor into incentive programs, cost-benefit studies and payment programs for ecosystem services."

###

Sponsored by

TODAY'S HEADLINES

Leading industry groups to streamline green building tool development

In a major partnership formed among leading U.S. building industry groups, a new memorandum has been signed to collaborate on the development of Standard 189.1, the International Green Construction Code and the LEED green building program.

EPA awards $23M to Tetra Tech in major water contract

Tetra Tech has announced that it has been awarded a five-year, $23-million single-award contract with the Environmental Protection Agency.

Global nanofiltration membrane market to reach $445.1M by 2019, study finds

According to a new report published by BCC Research, the global market for nanofiltration membranes is expected to grow to $445.1 million by 2019, with a five-year compound annual growth rate (CAGR) of 15.6 percent.

USGS scientists publish new papers on water resources information

USGS scientists have recently published two separate papers that provide national overviews of the status of USGS water resources information in the context of historical and technical developments in the last half-century.

FOLLOW US ON SOCIAL MEDIA