The LANDFIRE Prototype Project
Subtitle: nationally consistent and locally relevant geospatial data for wildland fire management
By: [Matthew G. Rollins, Christine K. Frame, eds.]
Contributors: Rollins, Matthew Gregory.; Frame, Christine K.; Rocky Mountain Research Station (Fort Collins, Colo.)
Series: General technical report RMRS -- GTR-175.
Publisher: United States Dept. of Agriculture, Forest Service, Rocky Mountain Research Station
Published: 2006
Place of publication: Fort Collins, CO
Language: eng
Number of pages: 416
Subjects: Forest fires -- United States -- Prevention and control.; Wildfires -- United States -- Prevention and control.; Forest fires -- Geographic information systems -- United States.; Wildfires -- Geographic information systems -- United States.; Forests and forestry -- Fire management -- United States.
Description: The Landscape Fire and Resource Management Planning Tools Prototype Project, or LANDFIRE Prototype Project, began in April of 2002 and ended in April of 2005. The project was funded by the U.S. Department of Agriculture Forest Service and U.S. Department of the Interior. The objectives of the LANDFIRE Prototype Project were to develop the methods, tools, and protocols for producing consistent and comprehensive digital maps of current vegetation composition and structure, wildland fuel, historical fire regimes, and fire regime condition class (FRCC) to be applied across the entire United States at a 30-meter spatial resolution. The LANDFIRE Prototype Project was conducted in two large study areas: the first in the highlands of central Utah and the second in the northern Rocky Mountains of Idaho and Montana. The LANDFIRE Prototype Project involved the compilation of a large field-referenced database to serve as training data for developing predictive landscape models; the development of Landsat image catalogs and biophysical gradient layers to serve as spatial predictors for mapping vegetation and wildland fuel characteristics; the development of vegetation and fuel map unit classifications; the development of a suite of vegetation dynamics models for simulating vegetation development over time; the implementation of a landscape succession model (LANDSUMv4) for simulating historical fire regimes and vegetation reference conditions; and the development of maps of surface and canopy fuel and fire effects fuel models for application in wildland fire management planning. This report describes the scientific foundations of LANDFIRE and provides details on the methods and results of the LANDFIRE Prototype Project.
Notes: "September 2006."

Includes bibliographical references.

Also available on the World Wide Web.
Table of contents: value: An Overview of the LANDFIRE Prototype Project / Matthew G. Rollins, Robert E. Keane, Zhiliang Zhu, andJames P. Menakis; value: The Scientific Foundation of the LANDFIRE Prototype Project / Robert E. Keane and Matthew Rollins; value: The LANDFIRE Prototype Project Reference Database / John F. Caratt; value: Development of Biophysical Gradient Layers for the LANDFIRE Prototype Project / Lisa Holsinger, Robert E. Keane, Russell Parsons, and Eva Karau; value: Developing the LANDFIRE Vegetation and Biophysical Settings Map Unit Classifications for the LANDFIRE Prototype Project / Jennifer L. Long, Melanie Miller, James P. Menakis, and Robert E. Keane; value: Mapping Potential Vegetation Type for the LANDFIRE Prototype Project / Tracey S. Frescino and Matthew G. Rollins; value: Mapping Existing Vegetation Composition and Structure for the LANDFIRE Prototype Project / Zhiliang Zhu, James Vogelmann, Donald Ohlen, Jay Kost, Xuexia Chen, and Brian Tolk; value: Vegetation Succession Modeling for the LANDFIRE Prototype Project / Donald Long, B. John (Jack) Losensky, and Donald Bedunah; value: Using Simulation Modeling to Assess Historical Reference Conditions for Vegetation and Fire Regimes for the LANDFIRE Prototype Project / Sarah Pratt, Lisa Holsinger, and Robert E. Keane / Federal Recycling Program Printed on Recycled Paper Using Historical Simulations of Vegetation to Assess Departure of Current Vegetation Conditions across Large Landscapes / Lisa Holsinger, Robert E. Keane, Brian Steele, Matthew C. Reeves, and Sarah Pratt; value: Mapping Wildland Fuel across Large Regions for the LANDFIRE Prototype Project / Robert E. Keane, Tracey Frescino, Matthew C. Reeves, and Jennifer L. Long; value: Perspectives on LANDFIRE Prototype Project Accuracy Assessment / James Vogelmann, Zhiliang Zhu, Jay Kost, Brian Tolk, and Donald Ohlen; value: Dissemination of LANDFIRE Prototype Project Data / Jeff Eidenshink.