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The CURA publications library is currently being digitized by the University of Minnesota Digital Conservancy. When the project is complete, the entire CURA publications library will be online and fully searchable. Unfortunately, during this process we are not able to honor individual requests for publications . Additionally, we no longer have physical copies of publications to send out.

New publications are digitized daily and the publications catalog on the CURA website is not automatically updated with links to scanned copies, so please search the CURA collection at the Digital Conservancy for the publications you are looking for:

Natural Sources of Arsenic in Minnesota Groundwater

Author: 
Toner, Brandy M., Sarah L. Nicholas, Lindsey J. Briscoe, Alan R. Knaeble, James A. Berg, and Melinda L. Erickson

Arsenic concentrations in domestic well-water throughout large regions of Minnesota exceed the public drinking-water standard set by the U.S. Environmental Protection Agency. The frequency of arsenic contamination in domestic wells is a serious and widespread public-health concern; long-term exposure to arsenic is toxic to humans, even at extremely low concentrations. Although the Minnesota well code now requires that each new potable water-supply well be tested for arsenic, the information can come only after the well has been drilled. Although homeowners can purchase arsenic-removal systems, they are expensive, require maintenance, and do not provide alarms for high arsenic concentrations or system failure. It would be preferable if wells could be placed where the risk of arsenic contamination of groundwater is known to be low. This article summarizes the authors collaboration with the U.S. Geological Survey, the Minnesota Geological Survey, and the Minnesota Department of Natural Resources to address the natural sources of arsenic in Minnesota groundwater. The goal of the collaboration is to share resources, integrate existing knowledge and databases, and collect novel measurements to identify sources of arsenic and the distribution of those sources in Minnesota groundwater.

Journal: 
CURA Reporter
Publication date: 
2011
Publisher: 
Minneapolis: Center for Urban and Regional Affairs, University of Minnesota.
Sponsor: 
Supported by a grant from the Faculty Interactive Research Program (FIRP) at the Center for Urban and Regional Affairs (CURA), University of Minnesota.
Pages: 
41 (3-4) 3-10
Online availability
Download from CURA: 
CURA call number: 
Reporter 41 (3-4)

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