Wildfire Management
A Position of the Society of American Foresters
Initially
adopted as “Fire Management in Forest and Rangeland Ecosystems” by the Council
of the Society on January 31, 1989, and subsequently renewed with revision by
the Council on November 12, 1991, August 3, 1994, December 5, 1994, and
December 8, 1997. Renamed, revised, and renewed by the SAF Council on December
8, 2002. This position statement will
expire on December 8, 2007, unless after thorough review, the SAF Council
decides otherwise.
Position
The Society of American Foresters (SAF) recognizes the key
role fire plays in many forest and range ecosystems. The SAF believes active
and comprehensive management of vegetation can reduce the risk of unacceptable
wildfire losses. This approach is essential for sustaining the nation’s forests
and rangeland ecosystems and the values people expect from them.
The National Fire Plan (USDA-FS and USDI-BLM 2001) was a
policy response to widespread wildfires that burned across 8.4 million acres in
2000, mostly in the West. The need for effectively implementing the Plan (see
WGA et al. 2002) was illuminated in 2002 when 6.7 million acres burned. These
were the two largest fire seasons in the past 50 years, both doubling the
10-year average (NIFC 2002). The Plan’s four goals are:
- Improve fire prevention and suppression,
- Reduce hazardous fuels,
- Restore fire-adapted ecosystems, and
- Promote community assistance.
In support of the National Fire Plan, the SAF advocates
·
well funded and well trained fire management
organizations that are capable of carrying out fire management activities
including fuels management, prevention, education, and suppression in an
effective and safe manner. Firefighter and public safety should be the first
priority and should never be compromised.
·
a comprehensive approach to fuel management including
the full range of silvicultural tools available to treat fuel composition,
density, and structure. Appropriate silvicultural tools include mechanical manipulation,
such as thinning and timber harvest, and fire. The use of selected tools should
be carefully planned and implemented by qualified professionals, with full
recognition of the effects, costs and benefits of the treatments. Fire, whether
manager-ignited (prescribed fire) or naturally ignited fire used for management
purposes, must be implemented within the guides of carefully prepared plans.
·
timely rehabilitation activities following wildfires
where appropriate. Timely rehabilitation reduces the risk of long-term soil
damage from surface erosion and landslides. The removal of dead and dying trees
reduces the fuel for reburns and recovers some of the economic value.
·
efforts by natural resource and fire management
agencies to coordinate with private landowners and tribal, state, and local
governments to plan and implement strategies across ownerships, including
education and training, such as the FireWise program, at the community level,
as many of the people moving into the wildland-urban interface are not well
informed on how to protect themselves and their property from wildfire, and
especially the need to manage fuels.
Furthermore, the SAF advocates the use of prescribed fire
where it can be effectively and safely used to restore and maintain desired
forest and range conditions and reduce unacceptably high risks to human life,
property damage, and resource values. However, due to highly successful
suppression practices developed and implemented throughout much of the last
century, as well as some land-use practices, many forests have accumulated too
much fuel to use prescribed fire alone, and tree removal will be necessary. The
SAF therefore recommends a comprehensive approach using restoration-based fuel
reduction treatments, thus effectively combining goals two and three of the
National Fire Plan. This will in some cases reduce the cost of fuel treatments
over time by creating stand conditions less susceptible to crown fires and
diminishing the need for frequent understory fuel treatments.
Issue
High intensity fires often result in unacceptable risk to
the public and firefighters, property, and a variety of ecological, economic,
and social values. Suppression and rehabilitation costs increase significantly
with high intensity fires. When fires occur in the proximity of residences,
called the wildland-urban interface, risks and cost escalate even higher,
adding to the complexity of fire management.
Across the United States, 181 million acres of forests and
rangelands are at risk of catastrophic, high intensity fires (USDA-FS 2001).
Many forests have excessively high fuel levels compared to historic conditions,
when fire played a more prominent ecological role. Rangelands have been impacted by the invasion of undesirable
native and non-native species resulting in increased fire frequency and
intensity.
Serious and potentially permanent ecological deterioration
is possible where fuel loads exceed historical conditions. In many areas it is
impracticable to reintroduce fire into these ecosystems without first reducing
and/or rearranging the fuels. Enormous public and private values are at high
risk, and our nation's capability to respond to this threat is becoming
overextended (USDA and USDI 1995).
Background
Fire has been a part of most forests and rangeland
ecosystems for thousands of years.
Naturally-ignited and human-ignited fires played a role in shaping the
vegetative patterns over much of the country, particularly in the west. Following several large forest fires in the
late 19th and early 20th centuries, a national policy to
quickly suppress fires was initiated.
Land management organizations became very successful in suppressing
fires, effectively excluding fire from the periodic role it played in many ecosystems. The inadvertent introduction of exotic plant
species and some past land-use practices have also lead to unintended changes
to many forest and rangeland ecosystems.
The results of past practices and fire exclusion have
resulted in forests and rangelands with different fuel composition, density,
and structure compared to historic conditions.
These conditions have lead to wildfires of greater intensity and
severity than have been experienced for several decades. Large, intense wildfires have proven
difficult to control and have resulted in catastrophic damage to property and
resources, and the tragic loss of lives.
Many people, desiring to enjoy the rural lifestyle have
constructed homes in and around the forests.
These residences, in the wildland-urban interface, have added to the
complexity of fire management.
Education efforts are needed to inform these people of the risks of
living in wildland fire prone environments, and on how to protect their
property, firefighters, and themselves from wildfire.
The increase in wildland-urban residences and the increase
in high intensity wildfires prompted over the past few decades have resulted in
changes to wildland fire policy at all levels of government. The National Fire Plan (USDA-FS and USDI-BLM
2001) and its subsequent implementation plan (WGA et al. 2002) have been
developed to address the policy changes through striving to achieve four goals;
improving fire prevention and suppression, reducing hazardous fuels, restoring
fire-adapted ecosystems, and promoting community assistance.
References Cited
NIFC (National Interagency Fire Center) 2002.
National Fire News: Wildland Fires of 2002 Summary – A Season of Challenge
and Accomplishment. [Online]: http://www.nifc.gov/fireinfo/nfn.html
[6 Nov. 2002].
USDA-FS (U.S. Dept. of Agriculture – Forest
Service) 2001. Historical Fire Regimes by Current Condition Classes – Data
Summary Tables. Fire Sciences Laboratory, Rocky Mountain Research Station,
Missoula, MT. [Online]: http://www.taxpayer.net/forest/learnmore/govreports/2-15-00FSfire.pdf
[6 Nov. 2002].
USDA-FS
and USDI (U.S. Dept. of Agriculture – Forest Service and U.S. Dept. of the
Interior 1995. Federal Wildland Fire
Management Policy and Program Review. See January 2001 Review and Update [online]: http://www.nifc.gov/fire_policy/ [6
Nov. 2002].
USDA-FS
and USDI-BLM (U.S. Dept. of Agriculture – Forest Service and U.S. Dept. of the
Interior – Bureau of Land Management) 2001. The National Fire Plan: Managing
the Impacts of Wildfires on the Communities and the Environment. [Online]: http://www.fireplan.gov/index.cfm
[6 Nov. 2002].
WGA
et al. (Western Governors Association, USDA-FS, USDI-BLM, and others). 2002. A Collaborative Approach for Reducing
Wildland Fire Risks to Communities and the Environment: 10-Year Comprehensive
Strategy, Implementation Plan.
[Online]: http://www.fireplan.gov/10yrIPfinal.pdf
[6 Nov. 2002].
The Society of American Foresters, with about 17,000 members, is the
national organization that represents all segments of the forestry profession
in the United States. It includes public and private practitioners,
researchers, administrators, educators, and forestry students. The Society was
established in 1900 by Gifford Pinchot and six other pioneer foresters.
The mission of the Society of American Foresters is to advance the
science, education, technology, and practice of forestry; to enhance the
competency of its members; to establish professional excellence; and to use the
knowledge, skills, and conservation ethic of the profession to ensure the
continued health and use of forest ecosystems and the present and future
availability of forest resources to benefit society.
The Society is the accreditation authority for professional forestry
education in the United States. The Society publishes the Journal of
Forestry; the quarterlies, Forest Science, Southern Journal of
Applied Forestry, Northern Journal of Applied Forestry, and Western
Journal of Applied Forestry; The Forestry Source, and the annual Proceedings
of the Society of American Foresters national convention.
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