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Project ID: 99-1-3-11

Year: 1999

Date Started: 08/30/1999

Date Completed: 05/30/2002

Title: Multi-Century Fire Modeling Over Landscape Gradients

Project Proposal Abstract: We propose to calibrate the landscape fire behavior model Farsite to accurately simulate multi-century fire regimes using long-term fire history and forest structure data, then apply the reliable model to evaluation of alternative future fuel treatments. Historic fire regime, vegetation, and climate data will be used to calibrate Farsite to simulate multi-century fire occurrence under natural conditions (prior to grazing and fire suppression) on a pilot area in Grand Canyon National Park, supporting understanding of fire disturbance processes as an ecological reference point for management. The pilot area is an elevational transect covering multiple fuel types with both frequent surface fire and infrequent stand-replacing fire regimes. These fuels represent the major wildland fire hazards in western North America. Fuels data includes existing and new studies of forest structure and fire regime, based on standard fire monitoring plot protocols and dendroecological reconstruction, as well as landscape vegetation mapping. Through the calibration process, we will carry out sensitivity analyses of the variables influencing predisruption fire regimes to isolate the most important factors. Then using the calibrated model, we will assess fire behavior under current fuel conditions and compare the effects of possible fuel treatments including a range of prescribed burning and thinning activities. Realistic simulations of probable and extreme effects of treatments will support integration of fuels management across landscapes, Task 3 of the Joint Fire Science Program's request for proposals. Because the proposed research is strong in both field measurements and computer simulation, it will be a useful advance toward several key national issues identified by the program, including development of cross-scale fuel inventory data, selection of treatment methods and scheduling, and providing for monitoring and evaluation.

Principal Investigator: Peter Z. Fule

Agency/Organization: Northern Arizona University

Branch or Dept: School of Forestry


Other Project Collaborators

Type

Name

Agency/Organization

Branch or Dept

Co-Principal Investigator

Wallace W. Covington

Northern Arizona University

School of Forestry

Co-Principal Investigator

Margaret M. Moore

Northern Arizona University

School of Forestry

Co-Principal Investigator

Dan Spotskey

NPS-National Park Service

Grand Canyon National Park

Federal Cooperator

Thomas A. Heinlein

BLM-Bureau of Land Management

Monticello Field Office


Project Locations

Consortium

Southern Rockies

Southwest


There are no project locations identified for this project.

Project Deliverables

Final Report view or print

("Results presented in JFSP Final Reports may not have been peer-reviewed and should be interpreted as tentative until published in a peer-reviewed source.")

  ID Type Title
view or print   1348 Government Publication Species and Canopy Cover Map Development Using Landsat 7 Enhanced Thematic Mapper Imagery for Grand Canyon National Park
    3211 Journal Article Mixed-Severity Fire Regime in a High-Elevation Forest: Grand Canyon, Arizona
view or print   2353 Journal Article Ecological Modelling
    5142 Conference/Symposia/Workshop Fire, Forest Change, and Restoration at Grand Canyon
    5178 Conference/Symposia/Workshop Multi-Century Fire Modeling on Landscape Gradients
    5179 Conference/Symposia/Workshop Fire-Dominated Landscapes at Grand Canyon
    5180 Invited Paper/Presentation Grand Canyon Forest Fires: Past, Present, and Future
    6282 Conference/Symposia/Workshop Fire and Restoration in the Greater Grand Canyon Region
    6062 Conference/Symposia/Workshop Fire Ecology and Forest Restoration at Grand Canyon
    6063 Invited Paper/Presentation Fire Regimes and Natural Variability in Grand Canyon Forests

Supporting Documents

There are no supporting documents available for this project.

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