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Fuels: Landscape Acquisition Critique and Editing

  1. Primary Reference
  2. LCP Data Sources
  3. Other Data Sources
  4. LCP Fuel Themes
  5. Nomenclature for Spatial Data Layers
  6. LCP Critique
  7. Editing and Updating the Landscape (LCP) File

Primary Reference

Guidebook on LANDFIRE fuels data acquisition, critique, modification, maintenance, and model calibration at https://www.fs.usda.gov/treesearch/pubs/31921 Stratton, Richard D. 2009. RMRS-GTR-220. Fort Collins, CO, U.S. Department of Agriculture, Forest Service, Rocky Mountain Research Station. 54 p. 

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LCP Data Sources

LANDFIRE Data Distribution Site

There are several versions of LANDFIRE data, including LCP files (2001, 2008, 2010, 2012, and 2014). You can evaluate what is available in each version with its Version Comparison Table.  There is no online tool for editing the files before download. Downloaded files may be requested in either the US Albers or the local UTM projection.

Wildland Fire Decision Support System (WFDSS)

Analysis tools in WFDSS (Basic, STFB, NTFB, and FSPro) include downloadable LCP files.  Users may edit the LCP files before download.  Downloaded files come with a custom Albers projection that may require some reprojection effort before combining with shapefiles in FARSITE and FLAMMAP analysis. LCP Critique reports are available alongside the LCP file.

Interagency Fuel Treatment Decision Support System (IFTDSS)

IFTDSS uses spatial analysis tools in support of Hazard Analysis, Prescribed Burn Planning, Risk Assessment, Fuels Treatment, and Fire Effects planning.  Primarily based on the FLAMMAP processor, analysis tools use LANDFIRE data, allowing the user to edit and download LCPs from their projects.

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Other Data Sources

Wildland Fire/Treatment History

  • Burn severity layers
  • Fire progression layers
  • Fuel treatments
  • Prescribed fire perimeters
  • Wildfire perimeters

Ecological Considerations

  • Areas of critical environmental concern
  • Sensitive or critical wildlife habitat
  • Threatened, endangered, and sensitive (TES) flora and fauna habitat
  • Rivers and streams
  • Water bodies
  • Vegetation or cover-type classification

Socio-Economic Considerations

  • Ownership and jurisdiction layer
  • Historical and recreational sites
  • Primary and secondary residences
  • Remote automated weather stations (RAWS)
  • Roads and Trails
  • Urban development

Other Base Layers

  • Aerial photos
  • Digital orthophoto quad (DOQ) or quarter quad (DOQQ)
  • Digital raster graph (DRG)

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LCP Fuel Themes

Surface Fuel Model

13 original Fuel Models

Anderson, H. E. 1982. Aids to determining fuelmodels for estimating fire behavior. Gen. Tech. Rep. INT-122. Ogden, UT: U.S. Department of Agriculture, Forest Service, Intermountain Forest and Range Experiment Station. 22 p. 

40 Standard Fuel Models

Scott, Joe H.;Burgan, Robert E. 2005. Standard fire behavior fuel models: a comprehensive set for use with Rothermel’s surface fire spread model. Gen. Tech. Rep. RMRS-GTR-153. Fort Collins, CO: U.S. Department of Agriculture, Forest Service,Rocky Mountain Research Station.72 p.

The following themes all relate to a forest canopy that affects mid-flame wind speed, spotting, and crown fire potential.

Scott, Joe H.; Reinhardt, Elizabeth D. 2005. Stereo photo guide for estimating canopy fuel characteristics in conifer stands. Gen. Tech. Rep. RMRS-GTR-145. Fort Collins, CO: U.S.Department of Agriculture, Forest Service, Rocky Mountain Research Station. 49p.

Canopy Cover (CC)

In percent, 0-100%, practical Maximum is 70% in most conifer fuel types.

Canopy Height (CH or SH)

Units in Meters*10, divide by 10 to get actual height in meters.

Canopy Base Height (CBH)

Units in Meters*10, divide by 10 to get actual height in meters.

Canopy Bulk Density

Units in Kilograms/meter3*100, divide by 100 to get actual density.

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Nomenclature for Spatial Data Layers

Fuel TypeFuel Model BlocPre-DefinedReserved for Future
Pre-defined Models		Available for
Custom Fuel Models
FB01-1301-13N/AN/A
Custom14-89N/AN/A14-89
NB90-9991-93, 98-9994, 9590, 96, 97
GR100-119101-109110-112100, 113-119
GS120-139121-124125-130120, 131-139
SH140-159141-149150-152140, 153-159
TU160-179161-165166-170160, 171-179
TL180-199181-189190-192180, 193-199
SB200-219201-204205-210200, 211-219
Custom220-256N/AN/A220-256

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LCP Critique

The LCP Critique report is an essential element in the calibration process. It can be obtained from the same WFDSS analysis landscape tab that the LCP was obtained from. Or, if the LCP is downloaded, it can be loaded in FLAMMAP and a critique can be generated from there.  There is a stand-alone version LCPCritique at https://www.frames.gov/catalog/11606.

On the first page

  • View the filename, latitude, cell resolution, and coordinate system in the header information to insure the file used is correct.
  • View the Theme units, ranges, and value distributions to make sure that the lcp is valid and that there is no corrupted data.
  • Determine the important surface fuel models in the LCP.

As an example, this histogram shows that fuel models 183, 165, 102, and 122 are the primary surface fuels.

Image
Fuels distribution display in LCP Critique report showing a bar graph of the fuel model classification.

Is that what you expect? What are the critical inputs for each of these fuel models? Are any of them dynamic?

Image and Legend Pages for Each Theme

Some data problems can be identified visually here, such as vertical and horizontal lines in slope themes. The fuel model image can be reviewed by comparing mapped fuel models with areas that have had ground verification or high confidence classifications.

Theme Distributions for each Surface Fuel Models, in order of importance

  • Evaluate the terrain theme ranges and distributions for elevation, slope, and aspect. Are these appropriate for the fuel model? How would you revise or adjust them? Consider whether the fuel model needs to be changed for certain terrain value combinations.
  • Canopy characteristics should be evaluated carefully to ensure that canopy cover (wind adjustment, fuel shading), tree heights (wind adjustment, spotting distance), and canopy base height (crown fire initiation), distributions make sense for the specific fuel model.
  • Canopy bulk density (active crown fire propagation) values are not only related to the fuel model and canopy tree species, they also must be appropriately scaled for the crown fire propagation model used (surface fire control - Finney vs. crown fire control - Scott & Reinhardt; see Crown Fire Initiation and Propagation Section.

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Editing and Updating the Landscape (LCP) File

Any errors or necessary adjustments identified here should be included in landscape edits performed before the first analyses are conducted.

There are several tools for editing LCP files:

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NWCG Latest Announcements

2026 Updates to the NWCG Standards for Wildland Fire Position Qualifications, PMS 310-1

Date: January 23, 2026
Questions? 
Please contact: Incident and Position Standards Committee

The Incident and Position Standards Committee has updated the NWCG Standards for Wildland Fire Position Qualifications, PMS 310-1.

These updates address changes to incident position names and requirements for qualification, training, and experience. Updates related to the implementation of Complex Incident Management (CIM) and Incident Performance Training Modernization (IPTM) are also included.

The NWCG Wildland Fire Position Qualification Flowchart, PMS 308 has also been updated to reflect the recent changes.

References:

NWCG Standards for Wildland Fire Position Qualifications, PMS 310-1

NWCG Wildland Fire Position Qualification Flowchart, PMS 308

IPSC Memo 26-01: January 2026 Updates to the NWCG Standards for Wildland Fire Positions Qualifications, PMS 310-1

Incident Business Committee Memo 26-01: Updated Emergency Equipment Shift Ticket, OF 297

Date: January 22, 2026
Questions? 
Please contact: Incident Business Committee

The Incident Business Committee (IBC) has released Memorandum 26-01: OF 297 and 2026 Fire Use. This memo informs the wildland fire community that the updated Emergency Equipment Shift Ticket, OF 297 is available for download and can be ordered through the Great Basin Cache.

Beginning January 15, 2026 the previous version of the OF 297 form has been discontinued.

For further details, please contact your IBC representative.

References:

Incident Business Committee Memorandum 26-01

Great Basin Cache

NEW! S-390, Introduction to Wildland Fire Behavior Calculations (Blended) Available Now

Date: December 22, 2025
Questions about RT-130? 
Please contact: Fire Behavior Subcommittee

NWCG is excited to announce that the new S-390, Introduction to Wildland Fire Behavior Calculations (Blended) training is now available on the Wildland Fire Learning Portal.

This third course in the series combines online and instructor-led training components aimed at individuals who are involved in planning, managing, and executing wildland fire and prescribed burn operations; who require a thorough understanding of fire behavior calculations to enhance effectiveness and safety. This includes students who require the knowledge and skill necessary to perform the duties of a Type 3 Incident Commander (ICT3), Division/Group Supervisor (DIVS), or Prescribed Fire Burn Boss Type 2 (RXB2).

Students are required to be qualified as any Single Resource Boss position and complete the prerequisite S-290, Intermediate Wildland Fire behavior (Blended) course, before enrolling in S-390.

References:

S-390, Introduction to Wildland Fire Behavior Calculations (Blended)

Wildland Fire Learning Portal

NEW! S-320, Introduction to Incident Management Teams (Blended) Available Now

Date: December 18, 2025
Questions about RT-130? 
Please contact: Incident and Position Standards Committee

NWCG is excited to announce that S-320, Introduction to Incident Management Teams (Blended) is now available on the Wildland Fire Learning Portal!

This blended course combines online learning with instructor-led training, designed for individuals seeking to build leadership skills and gain experience in incident management.

Students are required to complete the prerequisite trainings ICS-100, Introduction to Incident Command System (ICS), ICS-200, Basic ICS for Initial Response, and ICS-700, An Introduction to the National Incident Management System (NIMS) prior to attending S-320.

References:

S-320, Introduction to Incident Management Teams (Blended)

Wildland Fire Learning Portal