Newsletters, Research Briefs, Project Summaries, and Guides
February 2014: Upcoming Webinars, Spring Fire Science Workshop; New Research Briefs
January 2014: New Research Briefs & Webinar Recordings; Plan for Spring 2014!
October 2013: Upcoming Events - 2012 AFSC Workshop, Public Lectures, and more
Summer 2013: Upcoming Opportunities
May 2013: Is it Safe to Say "Spring" Yet? JFSP Consortia Meet, New Publication, Research Brief
April 2013: News You Can Use, Upcoming Event, National Climate Assessment Products, Research Brief
March 2013: AFSC Under New Management, Board Meeting, Webinars Coming, New Reports
Oct 2012: Submitting a JFSP proposal, Job Opening at AFSC, Fall Workshop Wrap-up
Sept 2012: Workshops, Webinars and More
July 2012: Art of Fire Grand Opening!
June 2012: Possible Topics for JFSP 2013 Funding and 2012 Alaska Funded Projects
May 2012: Tundra Burning, Smoke Forecasts, and Linked Disturbance Interactions
April 2012: New From JFSP, CFFDRS in Alaska, and the Integrated Ecosystem Model
March 2012: Fire Modeling in AK, Once Burned, Twice Shy, and Art of Fire
February 2012: Upcoming Events and New Publications
December 2011: Fire in Alaska Video, 2011 Workshop Review, and Fire Science Blog
Spring 2011: In a Time of Change, Vegetation, Organics Soils & Permafrost, and Fire Weather Outlooks (pdf)
2018-2 Quantification of Sprinkler Effects in Alaskan Feathermoss Fuel Beds (pdf 1.1 mb)
2018-1 Fire, Lichens & Caribou: What Do We Know? (pdf 1.2 mb)
2017-3 Ecological Impacts of Alaskan Forest Fuel Treatments (pdf 754 kb)
2017-2 Future Fire Regime in Alaska: a Look at the Role of Lightning (pdf 0.5 mb)
2015-2 Michigan (MTRI) is a key provider of Alaska wildfire research (pdf, 840 kb)
2015-1 What is the moisture content of standing dead grass? (pdf, 480 kb)
2014-2 New Satellite Sensors for Wildfire Mapping and Monitoring (pdf, 762 kb)
Alaska Climate Change and Adaptation Series: Wildfire (pdf, 1.5 MB)
2013-1 Climate, Fire, Frost and the Carbon Bank (pdf, 1.5 Mb)
2013-2 Threshold Dynamics in Alaska Boreal Ecosystems (pdf, 709 Kb)
2013-3 Global wildland fire season severity in the 21st century (pdf, 180 Kb)
2013-4 Is Alaska's Boreal Forest Now Crossing a Major Ecological Threshold? (pdf, 861 Kb)
Project Fact Sheets and Summaries:
Alaska Fire and Fuels Research Map (pdf, 690 kb)
Nenana Ridge Project Summary (2011) (pdf, 2.1 mb)
2011 Alaska Fire Science Workshop Summary (pdf, 1.3 mb)
Dr. Matt Nolan: What Do Forest Fires, Caribou, and Monster Truck Tires Have in Common? Feb 25, 2014 (pdf, )
Alaska Climate Webinar: National Climate Assessment Report, March 6, 2013 (2013) (pdf, 1.2 Mb)
Invasive Species Pocket Guide for Alaska Firefighters. April 2018. 60 pages. USDA Forest Service Alaska Region R10-TP-162. (pdf, 11 mb). This document was modified from the original 2007 version, which was produced by Michael Shephard, USDA Forest Service, State & Private Forestry, Tom Heutte, USDA Forest Service, State & Private Forestry, Jamie M. Nielsen, UAF Cooperative Extension Service, and Charles Lindemuth, Chugach Design Group. 2018 additions were provided by the Alaska Wildland Coordinating Group Invasive Species Task Group.
Fuel Model Guide to Alaska Vegetation. May 2018. 105 pages. Alaska Wildland Fire Coordinating Group Fire Modeling and Analysis Committee (pdf, 26 mb). This guidebook contains fuels and fire behavior information and vegetation characteristics for Alaska. Each fuel type (taken from 4th level Viereck classification names) is associated with up to three illustrative photos, the most appropriate fuel models, the primary carrier of fire, fire behavior notes, vegetation characteristics, individual 4th-level Viereck classes, and fuel types with similar characteristics. This document also contains a crosswalk from vegetation classes to various fuel models.
A key for predicting postfire successional trajectories in black spruce stands of interior Alaska (pdf, 4.3 mb)
Johnstone, Jill F.; Hollingsworth, Teresa N.; Chapin, F. Stuart, III. 2008. Gen. Tech. Rep. PNW-GTR-767. Portland, OR: U.S. Department ofAgriculture, Forest Service, Pacific Northwest Research Station. 37 p. Key for predicting fire-initiated changes in forest cover in Alaska's black spruce forests. Four components are: (1) a key to classifying potential site moisture, (2) a summary of conditions that favor black spruce self-replacement, (3) a key to predicting postfire forest recovery in recently burned stands, and (4) an appendix of photos to be used as a visual reference tool. This report should be useful to managers in designing fire management actions and predicting the effects of recent and future fires on postfire forest cover in black spruce forests of interior Alaska.
Determining Fuel Moisture in Alaska
Drying and data entry:
Alaska Fire Effects Taskgroup Fire Effects Monitoring Guide (pdf, 812 kb) includes blank data sheets
This guide provides basic protocols to monitor and inventory Alaska fuels and/or fire effects. This protocol provides sampling guidance to meet common fire effects monitoring objectives including following changes in vegetation, fuels and soils following disturbance (i.e. fire or treatment) through time.
Step-by-step illustrated instructions on using Alaska fire perimeter and fire location data, including extracting custom data and shapefiles.
Quick Reference Guide to Alaska Products & Tools (pdf, 2.2 mb)
This guide provides a short description and web links to air quality, fire danger, fire effects, fire models, fire weather, fuels, maping, and fire outlook tools used in Alaska--updated by J. Northway in 2015.