Gap Analysis No. 16
The Gap Analysis Program ... in BriefThe Mission of the Gap Analysis Program (GAP) As part of the National Biological Information Infrastructure (NBII) The challenge: keeping common species common means protecting them BEFORE they become threatened. To do this on a state or regional basis requires key information such as land cover descriptions, predicted distribution maps for native animals, and an assessment of the level of protection currently given to those plants and animals. GAP works cooperatively with Federal, state, and local natural resource professionals and academics to provide this kind of information. GAP activities focus on the creation of state and regional databases and maps that depict patterns of land management, land cover, and biodiversity. These data can be used to identify “gaps” in conservation--instances where an animal or plant community is not adequately represented on the existing network of conservation lands. GAP is administered through the U.S. Geological Survey. Through building partnerships among disparate groups, GAP hopes to foster the kind of collaboration that is needed to address conservation issues on a broad scale. |
For additional information contact: GAP Analysis Program http://gapanalysis.nbii.gov. Part or all of this report is presented in Portable Document Format (PDF); the latest version of Adobe Reader or similar software is required to view it. Download the latest version of Adobe Reader, free of charge. |
Maxwell, Jill, Gergely, Kevin, Aycrigg, Jocelyn, and Davidson, Anne, eds., 2009, Gap Analysis--A geographic approach to planning for biological diversity: U.S. Geological Survey Gap Analysis Program Bulletin No. 16, 104 p.
FEATURES
Improving the Characterization and Mapping of Wildlife Habitats with Lidar Data: Measurement Priorities for the Inland Northwest, USA
Sebastián Martinuzzi, Lee A. Vierling, William A. Gould, and Kerri T. Vierling
Multiple Scale Integrated Range Maps for Modeling Predicted Distributions of Vertebrate Species in the U.S. Virgin Islands
William A. Gould and Mariano Solórzano
A Pilot Project to Visualize Kentucky’s Modeled Vertebrate Habitat Change
Brian D. Lee, Collin D. Linebach
APPLICATIONS
Applications of SWReGAP Data to Conservation
Kenneth G. Boykin , William Kepner, and David Bradford
Using GAP Data in Invasive Plant Ecology and Management
Gary N. Ervin
Providing Digital Access to Ancillary GAP Data
Julie Prior-Magee
AQUATIC
Applications of a Broad-Spectrum Tool for Conservation and Fisheries Analysis: Aquatic Gap Analysis
James E. McKenna, Jr., Paul J. Steen, John Lyons, and Jana Stewart
Using Aquatic GAP Models to Inform Conservation Decisions: A Framework
Elise R. Irwin, Kathryn D. Kennedy, James T. Peterson, Mary C. Freeman, Byron J. Freeman, and Gareth T. Turner
INTERNATIONAL
Methodological Approach to Identify Mexico’s Terrestrial Priority Sites for Conservation
Tania Urquiza-Haas, Melanie Kolb, Patricia Koleff, Andrés Lira-Noriega, and Jesús
FINAL STATE PROJECT REPORTS
Puerto Rico Gap Analysis Project
William A. Gould
Minnesota Gap Analysis Project
Compiled from Final Project Report
Ohio Gap Analysis Project
Compiled from Final Project Report
Vermont and New Hampshire Gap Analysis Project
Compiled from Final Project Report
Illinois Gap Analysis Project
Compiled from Final Project Report
Indiana Gap Analysis Project
Compiled from Final Project Report
NORTHWEST REGIONAL PROJECT REPORT
Northwest Gap Analysis Project