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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:

Remediating Compacted Urban Soils with Tillage and Compost.

Author: 
Olson, Nicholas and John Gulliver.

Urban areas typically have a high degree of impervious surfaces—that is, roads, parking lots, rooftops, and other surfaces that impede the movement of water into the soil. In areas with 75 to 100% impervious surfaces—which is typical of urban development—more than 50% of rainfall typically becomes surface runoff. Stormwater runoff from urban areas creates many problems, including flash flooding, alteration of the temperature and aquatic habitat in streams, and contamination of lakes and rivers. Municipalities and developers use several stormwater management practices to mitigate the effects of runoff caused by urbanization. Current approaches focus on implementing strategies that allow more rainwater to infiltrate into the ground. Unfortunately, the soils in most residential developments have lower stormwater-infiltration capacity than the native soils they have replaced, because topsoil depth is reduced and subsoil compaction is increased as land is reshaped and worked with heavy equipment during development. A number of techniques are available to increase stormwater infiltration, including rain gardens, pervious pavements, and soil amendments. This article describes a collaborative research effort between the University of Minnesota and the Three Rivers Park District to quantify the effectiveness of two soil-remediation techniques to help increase infiltration of compacted soil caused by land development.

Journal: 
CURA Reporter
Publication date: 
2011
Publisher: 
Minneapolis: Center for Urban and Regional Affairs, University of Minnesota.
Sponsor: 
The research upon which this article is based was supported in part by grants from CURA’s Community Growth Planning Assistance Center and Faculty Interactive Research Program.
Pages: 
41 (3-4) 31-35
Online availability
Download from CURA: 
CURA call number: 
Reporter 41 (3-4)

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