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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:

The Risk to Native Minnesota Beach Grass, Ammophilia breviligulata, Posed by Historical Restoration Efforts that Used Michigan Plants.

Author: 
Anderson, Rebecca and Julie Etterson.

There is mounting concern over the source and genetic history of plants used in restoration projects. This is because genetic mixing between remnant native plants and introduced nonlocal plants can have positive or negative effects on population fitness. In the past, nonlocal beach grass, Ammophila breviligulata, from Michigan were planted near remnant native populations at Park Point in Duluth as a component of dune restoration. This publication reports on efforts to assess the potential impact of these historical plantings. The authors conclude that Michigan genotypes may outcompete or swamp threatened Minnesota genotypes as a result of vegetative and reproductive fitness advantages. If Michigan plants begin to dominate Park Point, there will be an overall loss of genetic diversity. The authors recommend that local genotypes be used for all future dune restoration projects at Park Point.

Publication date: 
2006
Publisher: 
Unpublished.
Sponsor: 
Funded in part by the Center for Community and Regional Research, University of Minnesota, Duluth, through a grant from the Center for Urban and Regional Affairs. Additional funding provided under the Coastal Zone Management Act, by NOAA's Office of Ocean and Coastal Resource Management, in cooperaiton with Minnesota's Lake Superior Coastal Program; the Minnesota Sea Grant College Program; and the University of Minnesota Duluth Graduate School Block Grant. In-kind contributions were donated by the Park Point Community Club.
Pages: 
39 pp.
Online availability
CURA call number: 
E2006-11

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