POLICY IMPLICATIONS of LARGE FIRE MANAGEMENT: A Strategic Assessment of Factors Influencing Costs |
EDITOR'S NOTE: This is not the official legal version of this report. This is an edited html version of the official legal document, which is online in PDF form at www.fs.fed.us/fire/planning/Large_Fire_Mgt.pdf
The Strategic Overview of Large Fire Costs Team, led by USFS Northeastern Area Director Michael Rains, put months of work into this project. The team produced a comprehensive report, which is linked up from the USFS Fire News page. Because many prefer html format, however, this edited version has been made available online. Note that minor editorial changes have been made to the html version on this website. Email [email protected] if you have questions. |
AbstractIn late summer of 1999, a lightning storm over Northern and Southern California began a three-month odyssey of wildland firefighting that burned over 227,000 acres and cost about $178 million to finally contain. This expenditure represents about 30 percent of the total Forest Service fire suppression budget in 1999. While initial reviews indicated sound reasons for the high costs, a more in-depth examination was called for. The subsequent examination did not identify anything that would have significantly reduced the costs of managing the Kirk and Big Bar Complexes. However, many factors might have improved the overall efficiency of fire suppression efforts, and thus reduce some costs, including fire planning tiered to land management planning, and improved integration of risk analysis in fire management decisions. Improved initial attack capabilities, while not a clear consensus-problem on the two Complexes examined, did surface as an issue of national importance based on many discussions. During the examination, several recommendations specific to the two Complexes and others of national concern were developed. The recommendations in this report reinforce recommendations made in several other past studies that have highlighted the need for important changes in the fire management program. The adequacy of recommendations is not the issue. Fundamental adjustments in fire management policy, funding, and organizational barriers, or in some cases the basic implementation of previous recommendations, must take place in order to fulfill the responsibility of fire management in the Forest Service for the 21st century. Without these changes, the problems we face today will be the same ones we will experience well into the future with potentially greater costs and consequences. PrefaceIn August 1949 thirteen firefighters were killed on a western Montana wildfire called the Mann Gulch Fire. The fire was immortalized in Norman Maclean's book YOUNG MEN AND FIRE. Forty-five years later, on July 6, 1994 fourteen firefighters died on Storm King Mountain in Colorado. John N. Maclean, the son of Norman Maclean, documented this event in his book FIRE ON THE MOUNTAIN: THE TRUE STORY OF THE SOUTH CANYON FIRE. In the history of wildland firefighting, there have been other losses, perhaps less well documented, but nonetheless just as costly. In reading these books and reviewing other incidents as part of the background information for this report, it is clear that the more things change, the more they stay the same. While todays firefighting is more complex, it remains a high-risk, extremely dangerous endeavor with a basic goal of protecting lives and property. The people who do this, from those on the line to those who provide support, are indeed a special breed. Most of us can only visualize what they do. We do not feel what they feel. We can, however, ensure that modern firefighters are able to do their work safely, effectively, and at a reasonable cost. This report, while examining two major fire complexes in California in 1999, also attempts to refocus and bring attention to the need to place higher priority on fire management, in the broadest context. That is, from being better prepared to control fires when they are small, to managing a campaign for a fire that has become unmanageable, to fire planning and fuel reduction, to rehabilitation of the burned area, to achieving our overall stewardship vision of healthy trees, forests, and forest ecosystems. The management of wildland fire and the forces required to do this job effectively represent a core business of the Forest Service; it is the script of our signature. Perhaps in the past, as stated in FIRE ON THE MOUNTAIN and other publications, we lacked the fortitude or will to make necessary changes in the program to ensure it remains at a leading-edge level. The writers of this report tend to agree. We hope this report brings to light a renewed opportunity for change and equally important, emphasis for the fire management program to help the agency better achieve its service and land stewardship mission. The answer seems so simple: act now, establish wildland fire management as a top priority, and begin to implement the recommendations that will ensure we meet our role and responsibility in protecting lives and property from wildland fires. After the 1999 fire season, the USFS Deputy Chief for State and Private Forestry called for an examination of the California complexes, specifically the issue of high costs. The total expenditures for these two complexes represented about 30 percent of the Forest Service fire suppression expenditures for FY 1999. After careful analysis of the initial review of the Big Bar and Kirk Complexes, a formal interview with the involved Forest Supervisors and their staffs, discussions with Incident Commanders and support personnel who worked on the incidents, and many informal discussions or mini-interviews with other Federal, state, and local people, the team did not identify anything that we believe could have significantly reduced the costs of managing the Kirk and Big Bar Complexes. However, many factors did contribute to the high costs and these are highlighted as follows. Factors inherent in the location or nature of the work include:
Factors that require long-term strategies and significant investments to resolve:
Factors with potential to improve efficiencies in the short run:
Factors under the control of a Line Officer/Incident Management Team:
Several major recommendations that will improve the overall fire management program nationally include: (NOTE: items in parentheses represent the key point(s) of the National Wildland Fire Management Policy):
While both the Big Bar and the Kirk Complex compare well on a cost-per-acre basis with historical averages, the combined suppression cost of $178 million and the time it took to control these complexes is what contributed to their significance. Further, the Big Bar and Kirk Complexes are indicators of similar conditions across the nation and should be viewed as examples of what the future will hold unless changes are made now in the fire management program. Over the last five years, several reports have been completed, with over 100 recommendations that address fire management and associated cost issues. The adequacy of recommendations is not the issue. The agency does not seem to have the will to make the necessary policy, funding, and organizational adjustments to ensure that fire management is positioned to be the effective, cost-efficient program it needs to be for the 21st century. Reestablishing the fire management program as a top priority within the agency is an important first step. Links with An Agency Strategy for Fire Management and Protecting People and Sustaining Resources in Fire-Adapted Ecosystems: Two other major reports are being finalized. Their focus is efficient and effective fire suppression and ecosystem health through fuels management. The following matrix illustrates the linkages with the findings of these reports and also this one, while cross-walking with the key points of the Federal Wildland Fire Management Policy.
the Federal Wildland Fire Management Policy
ForewordOver the last 20 years the average annual expenditure for emergency fire suppression, in current dollars, has been about $304 million. In 1999, the Big Bar Complex burned 140,907 acres and cost about $81 million to control. A few weeks after the beginning of the Big Bar Complex, another lightning storm ignited fires in and near the Ventana Wilderness about 20 miles south of Carmel. Nearly three months later, at a cost of almost $97 million, the Kirk Complex was contained at 86,700 acres. A variety of fire management strategies were developed for these complexes. Difficult terrain, limited access, and hot, dry weather made firefighting extremely hazardous. Concern for firefighter safety was always paramount, and indications were from the very beginning that containment of these two incidents would take much longer than normal. Both of these California fires underwent cost reviews from national and regional teams. Though the reviews documented incremental and valid reasons for the high costs, broader contextual issues suggested a more in-depth and rigorous examination of these two incidents. Accordingly, a team was established to conduct this examination. The team includes the following members:
The Teams Charter
IntroductionFighting wildland fires is a dangerous, expensive business and getting more so as we are confronted with todays complex set of environmental, social, political, and safety concerns. There is no lack of logical recommendations on how to control costs on large fires. In fact, over the last five years or so, the Forest Service and others have produced many well-written reports that outline over 100 ways to improve large-scale fire management, including cost-efficiencies (see Appendix B for listing of references used). Changes in a number of factors, including weather, access, dangerous terrain, available resources, the skill level of fire fighters, and a wide-range of social and economic concerns can transform the best fire management strategy ever produced by a Wildland Fire Situation Analysis into an afterthought. If the logic of a confine and contain or more indirect strategy fails, additional property is lost and ultimately, people may die. Accordingly, many have concluded that fighting fire is extremely risky business. Some have also concluded that the Forest Service is a risk-averse organization. However, when a home is destroyed and people perish because a well-analyzed fire strategy goes awry, how do we explain the logic?" Clearly we cannot, at least not to the satisfaction of those directly affected. The Forest Service has the premier wildland fire management program in the world. During the 1990s, many forces like the ones just mentioned have combined to make the efficient and cost-effective protection of lives and property from wildland fires an extremely complicated and costly process. The work of the agency in this regard continues to excel, but improvements are required if we want to succeed in the future. Some conclude that the culture associated with emergency funding for fire suppression lacks the rigor, discipline, and incentives for more efficient decision-making. While this may be true in some incidents, this represents only the tip of a much larger and more complex problem. Some of the facets of the problem include:
It is clear that sometimes only a small part of the problem is within the control of an Incident Management Team or the Forest on which a fire occurs, especially after the beginning of a fire. In 1995 the Fire Economics Assessment Report concluded that the forces tending to increase costs (of fire suppression) will greatly outweigh those tending to reduce costs, and only major changes in fire management policy can change this outcome." A more recent report by the General Accounting Office (GAO/RCED-99-65) noted that "outside experts and Forest Service officials generally agree that increased fire suppression efforts will not be successful because such inevitable, large, intense wildfires are generally impossible for firefighters to stop and are only extinguished by rainfall or when there is no more material to burn." The focus of this report was the need for aggressive fuels management. Another conclusion by the most current report on fire program policy says that "without a fundamental change in the way large fires are managed, we can expect to experience the problems of today well into the future." This report, "An Agency Strategy for Fire Management," deals, in part, with fire preparedness. Spending $178 million on two complexes cannot be taken lightly. These two complexes accounted for about 30 percent of the total Forest Service fire suppression expenditures in 1999, representing about 60 percent of the average annual fire suppression costs over the past 20 years. Controlling costs has to be a vital concern to the agency; it must be a predominant message. Being sensitive to budgeting for fire suppression and keeping expenditures within planned budgets needs to be a top priority and integral to fire management decision-making. This strategic overview is not meant to take away from a legacy of outstanding performance by the fire management community. Our hope is this team can develop some added guidance, using the Big Bar and Kirk Complexes as examples, that will help the agency become even better in its goal of reducing the threat and impacts of wildfires in ways that are safe, cost-effective, and in balance with a wide range of values. A Synopsis of the Big Bar and Kirk ComplexesThe Big Bar ComplexOn August 23, a severe dry lightning storm over northern California ignited dozens of wildland fires. Within days, nearly 300 fires were burning over 19,000 acres. Five of these fires sparked the beginning of what would become known as the Big Bar Complex. After 91 days, the Big Bar Complex was contained at 140,907 acres.
The Big Bar Complex included five major fires the Onion, Fawn, Megram, Dees, and Soldier and in terms of priority for resources was ranked last out of eight fires in northern California. Resource orders were assigned based on priority rankings, and the criteria included:
Because all but one of the complex fires were within the Trinity Alps Wilderness, other fires in the state received higher rankings and therefore out-competed the Big Bar for resources. Tribal relations issues with the Hoopa, identified early on, would later surface as critical concerns. Another major factor contributing to the duration, cost, and size of the Big Bar Complex was the necessity of using indirect attack to maintain safety of the limited crews available for the fire. Repeated instances of using indirect attack extended the duration of the fire and the acreage burned, but did maintain a strong commitment to firefighter safety. The results of the low priority ranking and limited resource availability quickly became apparent. For example, by August 28 only eight of the 17 Type I crews ordered had arrived. During the first ten days, orders were placed for a total of 34 crews, and 16 of those went unfilled. In the last days of August, 20 type II crews were ordered; 10 of the crews arrived on the first of September. Active uphill fire runs were noted on August 28, and a red flag watch was issued for high winds the next day. By then the fires had grown to over 9,000 acres. The Onion Fire had burned to within a mile of Hoboken, fuel moistures were extremely low, and other fires were moving in all directions. There were still no personnel available for the Megram Fire, which by September 3 was almost 400 acres. The Fawn Fire had burned to within a mile of heavy blowdown, and the Onion Fire was within a half mile of the Dailey subdivision. Smoke was settling over the area, and aircraft use was limited. Air operations were suspended on the Onion Fire on September 7 because of continued smoke inversions. More than 1,100 people were now on the 17,542-acre complex. Heavy smoke inversions continued to limit suppression options. Hot and dry conditions continued, with active fire behavior. By September 17 the fire complex had grown to 42,436 acres. With the fire at 60,716 acres on September 25, a fire weather watch for winds was issued, and the fire burned into a forest blowdown area. The next day a red flag warning was issued for gusty winds, dry fuels, and low humidity. Firefighter safety and defensible positions were stressed. However, by then temperatures were in the 90s and major fire runs with one-mile forward spotting had pushed the fire to over 80,000 acres by the end of the month. By October 13, after another week of dominant high pressure, a fire weather watch was issued for gusty winds, low relative humidity, and temperatures in the 70s. The fire, at 110,069 acres, was still under an inversion. Red flag warnings continued for the next several days, with 25 mph wind gusts and temperatures in the 70s. By the end of the following week the fire had reached 127,702 acres. There were still about 6,600 feet of line to build on October 26, with 3,331 people on the fire. At 136,765 acres, the fire received some drizzle from a passing cold front. Heavy demobilization began on October 28, with lingering showers and near-freezing night temperatures slowing the fire activity. By the first of November, 160 miles of fireline was in place, with only 1,500 feet of line remaining to be built. The fire was declared contained on the evening of November 3, with a chance of rain predicted. Burned area emergency rehabilitation efforts were under way. Twelve years ago the Silver Fire on the Siskiyou National Forest, just north of the Big Bar Complex, ran 72 days and burned 97,000 acres. These two campaign fires had several elements in common:
The property and resources saved through the suppression efforts on the Big Bar Complex included the towns of Denny and Hawkins Bar, portions of the Hoopa Valley Indian Reservation, watersheds and timber, and almost 200 homes.
The Kirk ComplexOn September 8 a lightning storm ignited 13 wildfires within and adjacent to the Monterey Ranger District, Los Padres National Forest, in Southern California. The majority of the fires were within the Ventana Wilderness. Mixed chaparral, chamise, pine, and hardwood forests in the uplands and redwoods and hardwoods dominating the canyon bottoms characterize the area. By the end of November, the Kirk Complex was contained at 86,700 acres. In August 1977, a similar storm system ignited the Marble Cone Fire within the Ventana Wilderness, burning over 177,000 acres. Over the past 22 years, numerous smaller wildfires have burned in the Ventana Wilderness.
The Wildland Fire Situation Analysis (WFSA) served as the overall strategic planning tool for the Kirk Complex. This process measures anticipated suppression costs in addition to resource losses and determines the safest alternative with the highest probability for success. The WFSA was executed on September 9 and revised on September 29. The revision was prepared when it became clear that the initial strategy of direct attack on the fire was not effective because of extreme fire behavior. The remote location of the fires and limited access were causes for concern over firefighter safety. Four alternatives were considered in the WFSA on the Kirk Complex. The indirect attack alternative was selected. This alternative had the highest predicted success outcome while calling for:
The widespread geographic area of the Kirk Complex, coupled with extreme fire behavior in steep terrain, demanded a large logistical operation to support the suppression effort. Fire behavior modeling indicated an aggressive fire suppression operation was required to keep the fire from escaping established firelines and burning onto private property. Without large-scale suppression efforts, these fires would have resulted in serious long-term detrimental effects on human life and private/public property, including municipal water storage capacities. The authorization of bulldozer use in the Ventana Wilderness prevented the wildfires from moving freely throughout the Santa Lucia mountain range and threatening the communities of Big Sur, Palo Colorado Canyon, Chews Ridge, Cachugua, Carmel Valley, and Arroyo Seco. The use of heavy helicopters and airtankers effectively slowed the spread of active firefronts and allowed firefighters to aggressively attack the flanks of the fire. Without these aggressive suppression responses, the wildfires had the potential to burn west to the Pacific Ocean, north and east to the agricultural lands of the Salinas Valley, and south to areas previously burned on Fort Hunter Liggett Military Reservation. The Land Management Plan for the Los Padres National Forest authorizes the use of prescribed fire in wilderness but states that lightning-caused fires, such as on the Kirk Complex, must be suppressed. A valuable lesson learned from the Kirk Complex is the need for better modern fire management planning. The Forest intends to examine the wilderness fire management strategies in its current Land Management Plan and proceed with development of a Fire Management Plan that addresses the use of both prescribed fire and wildland fire in wilderness areas. The resources saved by suppression efforts on the Kirk Complex were valued at about $400 million (Kirk Complex, Los Padres National Forest, Loss and Savings Estimates," November 1999) including several homes, municipal watersheds, endangered species habitat, recreation resources critical to the local economy, and the protection of slopes above Highway 1 that could have experienced mudslides and closed this major highway. EpilogueThere are several measures of fire suppression cost efficiency. These include total emergency fire suppression, total cost plus net value change, total cost per acre, and total cost plus savings. As an organization, we have not yet agreed on a true measure to illustrate cost efficiency. On each large incident we report savings as well as costs. The Incident Commander or general staff approve the method of calculating savings. Methods vary and results can be questionable. Agreeing on which cost and savings measures illustrate the true picture of fire suppression cost efficiency is critical. Firefighter safety on the Kirk and Big Bar Complexes was always ranked as the top priority ahead of fire suppression. While the fire management agencies will not compromise firefighter safety in favor of an overly aggressive suppression tactic, some of the other actions that influence overall strategy effectiveness are more controllable. Increasing our initial attack resources, reconsidering our criteria for prioritizing fires in a multiple-fire situation, and exploring all options for expanding fire resources are actions that will have direct positive effects on our fire management effectiveness in both the short term and the long term. Cost Categories in Fire SuppressionIn general, fire suppression costs are grouped into four major categories with the percentage of national expenditures over the last 20 years (reference) shown in parenthesis. These are:
Forest records indicate that the expenditures for the Big Bar and Kirk Complexes were generally consistent with the national percentages for fire suppression except for some differences (increases) in personnel compensation. This was probably due to the high number of state and local personnel used on the two complexes. Several factors cause fire suppression expenses to increase. In a survey of 103 Incident Commanders (ICs) on 84 fires, 34 topics or activities were evaluated in terms of their effect on increasing suppression expenses. The following were the top-ranked items:
All of these items played heavily in the fire suppression costs associated with the Big Bar and Kirk Complexes, especially weather, access, terrain, firefighter availability, protecting structures, and fuel loadings. In the Kirk Complex, the following added significantly to the suppression costs:
On the Big Bar Complex, the following contributed to the suppression costs:
National Expenditures for Emergency Fire SuppressionDuring the past 20 years, over $6 billion has been spent on emergency fire suppression at an average rate of about $304 million per year (expressed in terms of 1999 dollars). The highest single year was 1994 when $850 million was spent on 1,476,000 acres. The lowest year was in 1982 when $50 million was spent.
1All costs expressed in terms of 1999 dollars.
There is extreme variation across the years in acres burned. The ratio of high to low is on the order of 20:1. Though the 20-year average is 591,050 there are only two years (1989 and 1990) that are within 10 percent of the average. There are only four years that are within 20 percent of the average. Accordingly, the variance in acres burned in each year is more important than the actual number in each year. Perhaps oddly the 1994 season, which is often cited as a key policy-change year, does not stand out in the table as unusual with respect to acres. Although it is the highest cost year, it does not have the most acres burned and the average dollar per acre is very near the 20-year average. The average dollar per acre ($583) is not readily accounted for by the number of acres burned. For example, 1998, 1995, 1993, 1981, and 1980 all had a similar number of acres burned, ranging from 306,000 acres to 379,000 acres. Yet in those years the cost per acre ranged from a low of $360 to a high of $932 - almost a 3:1 ratio. The average fire suppression cost per acre for the Big Bar Complex was $575, while the cost per acre for the Kirk Complex was $1,118. For both complexes combined, the average cost per acre was approximately $784 (weighted by the number of acres burned in each complex). On a comparative basis, neither the Big Bar nor the Kirk is drastically out of line with historical averages. Though the Kirk cost at $1,118 per acre is higher than the average acre cost in any one year, it is only slightly higher than the cost per acre for 1999 ($976). In general, it is difficult to compare fires on a cost-per-acre basis with national averages, because such averages include fires that vary greatly in size, terrain, access, weather, and competition for resources. Small fires are much more expensive on a per-acre basis than are large fires, creating a potential distortion in per-acre cost comparisons. Making comparisons of the Big Bar and Kirk Complexes on a suppression cost-per-acre basis with historical fire suppression costs tends to lead to a conclusion that these fires were not unusual. However, this result is an artifact of using per-acre costs as a basis for identifying and characterizing fires as in some way noteworthy and/or costly. While both the Big Bar and the Kirk Complexes compare well on a cost-per-acre basis with historical averages, the combined suppression cost of $178 million and the time it took to control these complexes is what made them significant. The findings will show that opportunities to reduce costs on the two complexes could have been improved through:
Focus QuestionsTo help evaluate what happened on the Big Bar and Kirk Complexes, and in particular to reexamine the cost issue, the following focus questions, by groupings, accompanied our task from the Deputy Chief, State and Private Forestry: Decision-making processes:
Suppression alternatives:
Costs:
Is the cost worth it when the outcome is not materially changed?
Resource levels, skills, and agency commitment:
The team subsequently distilled a set of interview questions, and then interviewed the Forest Supervisors and staff from the Los Padres, Shasta-Trinity, and Six Rivers National Forests. The results of the interview are included in Appendix A. Literature ReviewAppendices C through I analyze selected literature and compare the findings against the two complexes being examined. The following review of the literature helps establish a foundation for the current fire management program and sets the stage for program adjustments. Confronted with todays complex set of environmental, social, political, and safety concerns, fighting fires is a complex business. Catastrophic wildfire now threatens millions of public and private wildland acres, particularly where vegetation patterns have been altered by past land use practices and a century of fire suppression. According to the recent report by the GAO, the most extensive and serious problem related to the health of forests in the interior West is the over-accumulation of vegetation, which has caused an increasing number of large, intense, uncontrollable, and catastrophically destructive wildfires. The report further concludes that the cost of burning and mechanical removal of excessive fuel on 39 million acres of National Forest System lands at high risk is estimated at about $725 million a year. For FY 1999, the Forest Service requested and received $65 million to reduce accumulated fuels (GAO/RCED-99-65). Outside experts and Forest Service officials generally agree that increased fire suppression efforts will not be successful because such inevitable, large, intense wildfires are generally impossible for firefighters to stop, and are only extinguished by rainfall or when there is no more material to burn. Many agency officials believe it is impossible to set controlled fires to reduce fuels on a scale replicating that of natural fires and still meet air quality standards or even more basic to control the fires. Regardless, a cohesive strategy is not yet in place to address the issue of reducing excessive forest fuels (GAO/RCED-99-65). To address the issue of excessive forest fuel, the Forest Service produced "Protecting People and Sustaining Resources in Fire-Adapted Ecosystems: A Cohesive Strategy" (Draft Report, December 3, 1999), which calls for an aggressive approach to fuels management through prescribed fire and mechanical treatments. Funding requirements are $825 million by 2004 about $137 million is required in 2001. Fire professionals think fuel buildup has allowed fires to turn the corner on fire suppression capability, and that large fires of the recent past are indeed fires of the future. Without an aggressive fuels management program, we face an impossible situation to protect lives, property, and natural resources from wildland fires. In addition to a higher than normal fuel buildup, the Forest Services fire preparedness and the ability to initial attack fires is compromised. The National Fire Management Analysis System (NFMAS) is an outyear planning tool used to define the benefit cost ratio of dollars spent for fire preparedness versus the fire suppression costs plus the value of the natural resources lost in a fire. The optimum point in this model is referred to as the Most Efficient Level, or MEL. The NFMAS model displays the tradeoffs between an amount of appropriated funds for firefighting resources such as helicopters, crews, and engines compared to the cost of fire suppression, plus the number and value of acres and natural resources lost at each appropriated fund level. This appropriated funding level is displayed as a percent of MEL; the tradeoff is displayed as a change in dollar value of burned natural resources and the number of acres burned. Estimates have shown that for every dollar of appropriated preparedness dollars received, there is a savings of five to seven dollars in fire suppression and emergency rehabilitation funds spent. Over the last 10 years, the operational level of appropriated funds, or percent of MEL, has decreased from 89 percent in FY 1990 to 75 percent in FY 2000. This has resulted in a reduction in the number and types of firefighting resources available for initial attack. However, wildland firefighting agencies (or the Administration or Congress) appear to be reluctant to adequately fund initial attack resources or prevention efforts (NASF Report on Efficient Utilization of Forest Fire Suppression Resources, September 17, 1999, National Association of State Foresters). This may be partially due to low awareness, or even apathy, about fire management by those who make program, budget formulation, and funding decisions. Historically, the Forest Service has been able to control most wildfires during initial attack. However, there is a lack of recognition that we are now in an era of diminished suppression capability and increased concern for firefighter safety and high fire suppression costs. Current direction for planning wildfire suppression strategies during a fire correctly prioritizes the protection of life above protecting private property and natural resources; wildland fire suppression forces protect urban values over forest ecosystem values. The result is often greater acreages of burned wildlands. This further constricts available funds. A very serious problem is developing: Fires have become more difficult to control, and the overall wildland fire suppression capability has decreased. During heavy fire seasons, there are simply not enough critical resources to meet demand. This combined with an aging workforce and a fire management cadre that is smaller and less experienced than in the past puts the agency at a critical juncture. To proceed effectively, some adjustments must be made. To help bring focus to this, the agency commissioned "An Agency Strategy For Fire Management." The draft report recommends a pathway to create a large incident management organization dedicated to large fire suppression and total integrated wildland fire management programs. The current approach to initial and extended attack would remain the same. Managing a large incident effectively and efficiently requires leadership, skill, analytical tools, resources, decent weather and terrain, and luck. The initial strategic decision regarding fire suppression is the most important and contributes significantly to the costs associated with large fires. When a Incident Management Team arrives to take over the management of an incident, Forest leadership must stay appropriately engaged in the process. The Delegation of Authority letter is a contract between the Forest Supervisor and Incident Commander that ensures all fire suppression actions are managed in a safe and efficient manner. However, the overall responsibility and accountability for the incident rests with the line officer. Training line officers to better fulfill their fire management responsibilities is vital, and oversight at all levels is important. The Wildland Fire Situation Analysis (WFSA) provides options to suppress the fire. Some people, though, question the utility of the WFSA process. Some consider it only a communications tool, while others find it useful for documenting decisions. It does seem that only a few use its full potential to display the tradeoff between cost and risk; however, it is generally concluded that the WFSA is an essential tool to be used if suppression tactics are to be most effective and cost-efficient. The analytical components of the WFSA must be expanded to better reflect issues associated with the wildland/urban interface. Costs for fire suppression, especially those associated with large fires, continue to climb. Only a few factors that lead to high costs are within the control of an Incident Management Team or a National Forest once a fire starts. During a large fire, the Incident Management Team and the Forest management team must quickly make decisions balancing the tradeoffs between cost and factors such as safety, risk to homes and other property, and long-term effects on critical watersheds. The negative effects of burning homes on adjacent private lands are greater than the negative effects of a high-cost fire. This will continue to lead decision makers to request and retain firefighting resources to deal with the most likely scenario or the worst case scenario rather than the best case scenario. For example, Incident Commanders are sometimes reluctant to release air resources, even when the resources may not be immediately needed, for fear that these resources will not be available if conditions on the fire deteriorate. A recent report noted that the Forest Service manages emergency firefighting funds as unbudgeted, unlimited, unallocated, and without benchmarks on acceptable spending levels and concluded there is an appearance of low accountability. Further, least-cost fire suppression strategies and tactics are not a required part of the WFSA, and there are no well-defined guidelines or direction that specifically lead to minimum cost strategies and tactics. Many of the previous recommendations will not be implemented because of policy, funding, and organizational barriers, according to the September 1995 "Fire Economics Assessment Report." As John Maclean wrote in FIRE ON THE MOUNTAIN, "so often we dont have the fortitude to go forward and seek the changes we need." Some conclude that forces tending to increase costs will greatly outweigh those tending to reduce costs, and only major changes in fire management policy can change this outcome. Nevertheless, until this change occurs, keeping costs in check must be a key discussion topic at every transition point, briefing, or oversight review. We are faced with a philosophical conflict. Todays large suppression costs are the direct result of effective suppression efforts over the last 100 years. On the one hand we must continue active fire suppression to protect resources at risk - including lives, property, watersheds, and critical habitats. On the other hand, we have no clear strategy for reversing the effects of the last 100 years of suppression. To be truly cost effective in the future, we must get a handle on both the over-accumulation of vegetation and on the management of suppression tactics, including a clearer understanding of organizational requirements to effectively meet program goals. The Current PolicyIn order to help evaluate the Big Bar and Kirk Complexes, comparing the tactics taken against a standard the current policy is important. Table 3 illustrates the current Federal Wildland Fire Management policy for the Forest Service and a general rating of the relative strengths of the actions associated with these two complexes toward the policy. In general, the team found that the two complexes adhered quite well to the national policy guidelines.
the National Fire Management Policy, USDA Forest Service
2H=High M=Medium L=Low N/A=Not Applicable Team FindingsThe findings of this report are divided into three categories -- general themes that have surfaced, those specific to the Big Bar and Kirk Complexes, and those with broad national implications. The findings are as follows: Themes: Many federal, state, and local fire managers were interviewed about the Big Bar and Kirk Complexes and large fire management in general. Several themes, some critical of the current fire management program, have emerged. These themes help establish a foundation for the fire management program so realistic adjustments can be made. These themes include:
Big Bar and Kirk Complexes FindingsNeither comprehensive interviews of the leadership of the involved National Forests, nor discussions with a wide range of federal, state, and local fire managers, nor our analysis of the initial review of the incident (National Large Incident Cost Oversight Report, September 30, 1999), identified anything that would have significantly reduced the costs of managing the Big Bar and Kirk Complexes. We did, however, highlight a number of factors that contributed to the overall costs, and we believe the identification of these can provide opportunities for future efficiencies on similar incidents. These contributing factors for the two complexes are organized by the same groupings used in the executive summary. Factors inherent in the location or nature of the work include:
Factors that require long-term strategies and significant investments to resolve:
Factors with potential to improve efficiencies in the short run:
Factors under the control of a Line Officer or Incident Management Team:
National FindingsThe following are national issues that must be fully addressed in order to help the agency achieve its goal of reducing the threat and impacts of wildfires in ways that are safe, cost-effective, and in balance with a wide range of values. Preparedness: One critical component of the NFMAS model and the determination of MEL is Net Value Change (NVC). The NVC is the dollar difference between the natural resources before and after a fire. Two other components of the NFMAS model are costs of fire preparedness and the cost of fire suppression. The model optimizes the appropriated dollars spent on fire preparedness versus the costs of fire suppression plus the value of the natural resource after it has been burned. The number of acres burned is also displayed at each appropriated funding level. Appropriated funds for the fire management program are typically referred to as a percent of MEL. For example, in FY 1999, the Forest Service was funded at 75 percent of MEL. In FY 2000, funding levels for the fire management program are expected to be 74 percent of MEL. Additional indirect costs in FY 2000 may require this funding level to be reduced even further at the field level perhaps to about one-half of the MEL. If this happens, one projected impact includes an increase of about $600 million in fire suppression costs. The NFMAS process considers only lands for which the Forest Service has direct fire protection responsibilities; costs associated with protecting non-federal lands, including protecting the wildland/urban interface from a fire originating on a national forest, are not incorporated into the NFMAS model. The cost of protecting these values and the wildland/urban interface can be significant in some areas. This fact goes right to the heart of preparedness levels for initial attack and extended attack to control fires. If the fire management program is expected to manage for events that include the wildland/urban interface, then funding levels must be planned with this in mind. Funding at 75 percent of MEL, with no provisions for wildland/urban interface fire protection, almost guarantees inadequate resources, inefficiencies and excessive costs. The following table illustrates the MEL funding for the last ten years (in millions of dollars).
3Proposed Actual Funding
Dollars are constant Improved state fire assistance, including assistance to volunteer fire departments, is an effective way to reduce the overall involvement of the federal government in the wildland/urban interface adjacent to the National Forest boundary. The Cooperative Fire Management program, within the State and Private Forestry mission area, provides for a federal role to help state and local governments become better trained and equipped to fight fires and fulfill their state responsibilities. However, the program is underfunded by about 60 percent. A higher level of funding for initial and extended attack on the National Forests, coupled with an emphasized state assistance federal role, including additional emphasis to the rural volunteer fire departments, would begin to effectively address the urgent need to deal with wildfire in Americas wildland/urban interface. A cohesive long-term budget strategy must be developed, including preparedness, emergency suppression, fuels management, and state fire assistance in order to implement an effective, cost-efficient fire management program. An example budget strategy might look like this (dollars in millions):
A primary point illustrated above is that either/or options are not feasible in the beginning years. For example, with an increase in fuel management in year 1, we cannot conclude that a corresponding decrease in emergency suppression is logical. The more cause and effect relationships will not kick in until later perhaps by years seven or eight after the beginning of the fuel management strategy. The Federal Wildland Fire Management Policy says that "every area with burnable vegetation will have an approved Fire Management Plan." Today less than 10 percent of these lands have approved and current Fire Management Plans. When asked whether a Fire Management Plan would have made a difference in the effectiveness of the suppression efforts for the Big Bar and Kirk Complexes, the answer was YES. When asked why there was no approved Fire Management Plans for the two involved Forests and other National Forests in general, the most common reason was lack of priority and resources. Sound wildland fire management decisions and resource management decisions go hand in hand, and are based on approved Fire Management Plans ttiered to the Forest Land Management Plan. Within the Fire Management Plans we may want to include specific tactical emphasis for agency administrators and incident commanders on the development and use of guerilla firefighting tactics. These tactics are not new, but are not commonly used. Guerilla tactics involve limited firefighting resources, best ridge ideas noted in past reports, specific identification of agency administrator objectives, and National Forest System lands with low to high resource/political values. Across a range of wildland resource/political values, we apply the appropriate suppression response on National Forest System lands ranging from wilderness to high-value private land and structures. We typically apply tactics consistent with either end of the range in values; we may only monitor or confine wilderness fire while controlling (at minimum loss) fires near private land and structures. Tactics at each end of the scale are fairly well developed. We use extensive resources, with associated high cost, on one end of the scale, but use very limited resources with low costs on the other end of the scale. We need to improve the development of tactics to respond to those incidents in the middle. These tactics would involve applying operations on the ground where they would matter most to agency administrator objectives, and would be applied by highly skilled professionals. These tactics would typically involve higher uncertainty and greater risk than either side of the current scale. The compelling reason for dealing with higher risk and uncertainty is the reward of lower cost for the agency. Fuel ManagementMany earlier reports, including the Federal Wildland Fire Management Policy, the General Accounting Office Report GAO/RCED-99-65, and "Course to the Future: Positioning Fire and Aviation Management" (May 1995, USDA Forest Service), emphasize the need for fuel management. The GAO report concludes that the most extensive and serious problem related to the health of forests in the interior West is the overaccumulation of vegetation, which has caused an increasing number of large, intense, uncontrollable, and catastrophically destructive wildfires. A strategy is being developed to help solve this critical issue. "Protecting People and Sustaining Resources in Fire-Adapted Ecosystems: A Cohesive Strategy" (Draft Report, December 3, 1999, USDA Forest Service) calls for a targeted approach to removing excessive fuel through prescribed fire and mechanical treatments. The strategy is ambitious and will require significant increases in funding, even after base program funding shifts are made to reflect this priority. Without an aggressive program in fuel management, especially in the interior West, effective cost-efficient fire suppression to protect lives, property, and natural resources will not be possible. Line Officer Responsibilities and OversightWhen an incident begins on a National Forest, the Forest Supervisor is in charge. When an Incident Management Team arrives to take over the management of the incident, the Forest Supervisor must stay engaged in the process. The Delegation of Authority letter is a contract between the Forest Supervisor and incident commander, and it ensures all fire suppression actions are managed in a safe and efficient manner. However, the overall responsibility and accountability for the incident rests with the line officer. Proper oversight becomes a very important ingredient to the overall success of the management of the incident. Who provides the oversight to the line officer to ensure the best chance for success? The answers are mixed, ranging from discussions with trusted staff to checking with past experienced colleagues. By most accounts, line officer involvement on the Big Bar and Kirk Complexes was good. Nevertheless, there does not seem to be a systematic approach to ensuring strong oversight of the line officer (as indicated by the line officers themselves for these two complexes). Consider the flip side in the case where the line officer wants to more readily delegate roles and responsibilities to the Incident Commander. While perhaps not the desired condition, who provides the oversight for the Incident Commander, especially if there is no Area Command in place? Improved oversight and more aggressive engagement by the line officer with the incident offers the chance to communicate that costs are a priority and keeping costs as low as practicable is expected. This can be and should be a predominant message. National Large Incident Cost OversightThe Forest Service Manual, regarding Large Incident Cost Review Procedures, specifies that a national oversight team will be called when one or more of the following criteria are met:
The team shall comprise:
This direction must be applied more consistently, especially the direct engagement of the top leadership of the State and Private Forestry mission area. The WFSA and the Well Analyzed Fire Management DecisionThe WFSA provides a systematic approach to strategic decision-making for fire suppression. Overall, it is accepted as a very good tool. Some consider it only a communications tool, while others find it useful for documenting decisions. Few use its full potential to display the tradeoff between costs and risk. The analytical components of the WFSA must be expanded to better reflect issues associated with the wildland/urban interface and its use by line officers should be more consistent. Because of its potential, a more focused discussion of the WFSA is warranted. The current WFSA process is too much a stand-alone tool, and set too far apart from the Land Management and the Fire Management planning processes on which it depends. The WFSA and the Land Management Plan should be more integrated, not only in terms of information needs but also conceptually in thow the LMP represents fire-related values, goals, and objectives such that they are meaningful and useful as inputs to the WFSA. The WFSA process cannot reasonably be accomplished within the timeframe allowed between a determination that a fire has exceeded local suppression capabilities and the time an incident team arrives. The WFSA process, to be completely successful, must benefit from some prework or templating that allows the WFSA team to draw from work done with the Land Management and the Fire Management planning processes. Priority should be given this prework, including relevant training in constructing and implementing WFSA templates. Though the WFSA is generally regarded as a good and useful tool, many users aren't sure they know what the WFSA is actually doing. Users need to understand in greater detail how the process operates to become comfortable with what is going on inside the WFSA. Expertise in WFSA is inconsistent across fire management organizations. Better and more consistent training iis needed, along with a set of benchmarks or standards for proficiency. Because of the relative infrequency with which WFSAs are done, a consistent program of retraining is needed. Better integration of WFSA into fire management team activities is needed. Current practices often result in the WFSA's being done by one or two individuals with relatively little involvement by the line officer or other natural resource area specialists. The current WFSA implementation is too limited as a risk analysis and risk assessment tool. The focus is on problem structuring, values structuring, evaluation criteria, and economic assessment. Current implementation makes minimum use of uncertainty assessment techniques, and does not support methods for improving the quality of uncertainty assessments. To accomplish the goal of well analyzed risks would require an integration with other tools, particularly the Rare Event Risk Analysis Program (RERAP), Fire Area Simulator (FARSITE), and other fire behavior analysis methods. This would require better integration with information resource, such as GIS. Such integration would impose new training requirements. Also, a risk analysis approach would require modeling of the effectiveness of suppression resources, both in terms of theoretical production rates (e.g., chains of line per hour per hand crew), and in the actual conditions under which the resources are deployed (e.g., environmental conditions, terrain, fatigue). We need to understand that the WFSA does not guarantee well-analyzed decisions. Very often, the process is approached as something that must be done. To make better decisions requires a better job of analysis. The WFSA is a tool to aid that activity, but to do so effectively, it must be used with full knowledge of its capabilities and limitations, and it has to be used constructively and creatively. Stepping through the WFSA software one screen at a time does not ensure a well analyzed decision; indeed, it may actually lead to poorer decisions, particularly when its use leads to fewer or lower quality inputs to the process. This can happen when critical resource area expertise is not consulted, when LMP information is not included, or when the various inputs called for in the software are not carefully thought through and critically evaluated. All fire suppression/management decisions should be made with good quality analysis, even if the WFSA software is not available. The Militia ApproachIn the past when a fire occurred, non-fire personnel would make themselves available. This is the Forest Service militia, and it has worked exceedingly well. However, there is now an increasing shortage of militia available for extended attack and large fire support in both direct suppression and fire support positions. There are many causes, including overall reduction of personnel at field locations, lifestyle, economic, family, local work priorities, and career tracks. One of the past recommendations was to move toward preparing 75 percent of the workforce to be trained, qualified, and available to support fire emergencies by the year 2000. This has not happened, and probably won't, for many of the reasons cited above. One of the responses noted in an availability study conducted by Region 5 that "the Forest years ago lost its effective militia. While the Forest Supervisor supports participation, individuals are not willing to abandon critical items in their program of work. Further, relief from targets is not granted and competing demands make it impractical for many employees to accept fire assignments." The report concluded that "this issue cannot be reconciled in the field and, unless it is seriously and definitively addressed at the Secretarys or Chiefs level, we will remain in the unrealistic posture that professes to support employee involvement with fire while imposing roadblocks and providing relatively few incentives for those who serve." There are many reasons, other than demands of current work, that people in the agency no longer view a fire suppression assignment as desirable. Frequently cited reasons include:
An Agency Strategy For Fire Management recommends a possible, partial solution through a national incident management organization for large fires and other disasters, in essence moving away from the militia approach to large fire suppression. However, there is clearly not a consensus that discarding the traditional militia approach is the answer. A thorough analysis of this situation is important before we make any precipitous adjustments. Some believe there is much more we can do right now to get employees better involved. For example, the financial management specialists are busiest and generally unavailable during the two months before the fiscal year closeout, which happen to be the busiest fire months. Perhaps we can adjust the agencys financial management closeout requirements to be more flexible with fire suppression needs. Other items such as pay, workload, feelings of inclusion, etc., have already been mentioned. Over the years, many have written about the issue of the inequity of pay between Forest Service and other federal firefighters and local/state resources. The issue centers on the Exempt/Non-Exempt rules for pay, a pay cap at the GS-10, Step 1 level, and time allowed for a given shift. For example, on the Kirk Complex, state and local employees were paid on a portal-to-portal basis; i.e. from the time they left their official station to the time they returned. Their hourly rates are also more about $42 per hour for state and local fire employees compared to about $24 per hour for a federal employee. A typical shift length for a federal employee was 14 hours; 24 hours for a nonfederal employee. In terms of costs to the fire, this translates into about $1,006 per shift for the state and local employees and $360 per shift for the federal employees. Clearly, this creates an issue of morale. Working side by side, one would expect equal pay for equal work. This inequity must be corrected. Because of the pay issues associated specifically with California, it is estimated that about $25 million could have been saved on the two complexes if only federal employees had staffed both incidents. A compromise is probably the better solution. That is, continue to use state and local resources for fire suppression on public lands, but at a more limited rate, and increase the incentives for federal employees who are on the front line or in some way involved with the incident. This will also have significant positive impacts on issues associated with fire preparedness. This pay issue affects the availability of personnel for key fire management positions. In many cases, largely due to the pay cap, highly qualified personnel will not work on fires because their overtime pay is less than they normally earn in straight pay status in their normal job. Fighting fires is hard, hazardous work. We should provide some incentive for the federal employees who take on fire suppression assignments. There may be some relief in sight. Current legislation being considered by Congress would provide relief from the GS-10, Step 1 pay cap. Pay issues, including the Fair Labor Standards Act (FSLA) and Hazard Pay, also affect the Burned Area Emergency Rehabilitation (BAER) program. Some BAER specialists are more willing to work on a fire in a labor position than in a management or technical position for which they are qualified, because they prefer to be non-exempt from the FSLA for pay purposes. Further, it is demoralizing for BAER personnel to be working on a damage survey within the burned area, side by side with mop-up firefighters, without getting Hazard Pay. These two issues have resulted in difficulty of forming BAER teams and a need to fill specialist positions with contract employees at a higher wage scale. This issue should be applied to state and local employees who also experience lower pay rates. Fundamentally, all personnel who participate in fighting fires should expect to receive equal pay for equal work, regardless of the organization. Siege FiresFires become costly, in part, because of factors that influence the time span over which an incident continues. Some incidents become siege fires, in which a combination of national priorities, environmental conditions, and social factors (including human resource factors) lead to circumstances characterized as a siege mentality. These circumstances affect personnel in terms of their perception of control of the incident, and may reduce their ability to sustain both the physical and psychological workload necessary on such fires.
Team RecommendationsThe following are recommendations to improve the overall effectiveness and cost-efficiency of large fire management. Many of the recommendations, even though specific to the two complexes examined, have national implications. Accordingly, the team recommendations will not be separated (like in the findings) in this section of the report. Increase initial and extended attack resources. This includes:
Implement fire management planning on a large scale, with a consistent basis. This includes:
Implement an aggressive fuel management program. This includes:
Line officers remain engaged in fire suppression actions to ensure the fire is managed in a safe and efficient manner. This includes:
The top leadership of the State and Private Forestry mission area, specifically the Deputy Chief and the Associate Deputy Chief, need to be more consistently involved in large fire incident cost reviews. Update fire management technology to keep pace with todays fire suppression complexities. This includes:
Reassess the militia approach to large fire suppression. This includes:
ConclusionsThe examination by this team did not identify anything that could have significantly reduced the costs of managing the Big Bar and Kirk Complexes. However, other factors might have improved the overall efficiency of fire suppression efforts, and thus have reduced some costs. Several recommendations have been made. This is not new and most of our recommendations are not new. Over the past several years, many reports have made over 100 recommendation that, if implemented, would have improved the fire management program and perhaps kept the agency from the current crossroads that suggests more extreme action is required. This report concludes the following:
Appendix AQ&As From The Region 5 InterviewNote: The following are the questions and answers from the interview by the team with the Forest Supervisors and their staffs on November 30 regarding the Kirk Complex on the Los Padres National Forest and the Big Bar Complex on the Shasta-Trinity National Forest. The Six Rivers National Forest was included in the interview.
Appendix BLiterature Used in the Development of the
|
Young Men and Fire, 1984, Norman Maclean |
Fire Related Considerations and Strategies in Support of Ecosystem Management, January, 1993, USDA Forest Service |
South Canyon Fire Investigation (of the 14 fatalities that occurred July 6, 1994 near Glenwood Springs, Colorado), Multi-Agency Report, August 17, 1994 |
Course to the Future: Positioning Fire and Aviation Management, May 1995, USDA Forest Service |
Fire Suppression Costs on Large Fires: A Review of the 1994 Fire Season, August 1, 1995, USDA Forest Service |
Fire Economic Assessment Report, September 1, 1995, USDA Forest Service |
Federal Wildland Fire Management Policy and Program Review, Final Report, U.S. Departments of Interior and Agriculture, December 18, 1995. |
California Fire Plan: A Framework for Minimizing Costs and Losses from Wildland Fires, March 1996, California Department of Forestry and Fire Protection |
Land Management Considerations in Fire-Adapted Ecosystems: Conceptual Guidelines, August 1996, USDA Forest Service |
Fire Suppression Costs on Large Fires, Oversight Report, September 10, 1996, USDA Forest Service |
Western National Forests: A Cohesive Strategy to Address Catastrophic Wildfire Threats, Report to the Subcommittee on Forests and Forest Health, Committee on Resources, House of Representatives, April 1999, The US General Accounting Office |
Large Fire Strategy, Committee Report, May 1996, USDA Forest Service |
FIRE ON THE MOUNTAIN: The True Story of the South Canyon Fire, 1999, John N. Maclean |
Restoring Managerial Accountability to the United States Forest Service, August, 1999, National Academy of Public Administration |
The National Large Incident Cost Oversight Report, High Complex, Shasta-Trinity National Forest, September 2, 1999, USDA Forest Service |
NASF Report on Efficient Utilization of Forest Fire Suppression Resources, September 17, 1999, National Association of State Foresters |
The National Large Incident Cost Oversight Report, Kirk and Big Bar Complexes, Pacific Southwest Region, September 30, 1999, USDA Forest Service |
An Agency Strategy For Fire Management, Draft Report, November 15, 1999, USDA Forest Service |
Review of the Megram Fire, Shasta-Trinity and Six Rivers National Forests, Internal Working Paper, November 30, 1999, USDA Forest Service (John Wendt) |
Protecting People and Sustaining Resources in Fire-Adapted Ecosystems: A Cohesive Strategy, Draft Report, December 3, 1999, USDA Forest Service |
National Advanced Resource Technology Center, Lesson Plan, When Is Enough Enough?, Rick Gale, Area Command S-620 |
Note: The following matrices, Appendices C through I, list some of the key recommendations in the listed subject matter literature and how the Big Bar and Kirk Complexes seemed to address or respond to these recommendations. A rating of 10 is the highest; 0 is the lowest.
REPORT | ISSUE | Key Recommendations | COMPLEXES | ||||||||||||
Large Fire Strategy | Land Management Planning |
|
|||||||||||||
EFSA |
|
||||||||||||||
Training |
|
||||||||||||||
FSA |
|
||||||||||||||
Structure Protection |
|
||||||||||||||
Airtankers and Heavy-Lift Helicopters |
|
||||||||||||||
Strategy and Tactics |
|
||||||||||||||
REPORT | ISSUE | Key Recommendations | COMPLEXES | ||||||||
Fire Suppression Costs on Large Fires | Explosive Fuel Types (EFT) |
|
|||||||||
Large, Costly, Long-Duration Fires |
|
||||||||||
Calculated Risk-Taking |
|
||||||||||
Protect Private Property |
|
||||||||||
Resource Impacts vs. Minimize Acres Burned |
|
||||||||||
Use of Type I Helicopters |
|
||||||||||
Skilled Personnel Available |
|
||||||||||
REPORT | ISSUE | Key Recommendations | COMPLEXES | ||||||||
NASF Report | Skilled Personnel |
|
|||||||||
Calculated Risk-Taking |
|
||||||||||
Efficient Dispatching |
|
||||||||||
Preparedness |
|
||||||||||
Fires in the wildland/urban interface |
|
||||||||||
Cost-effective tactics |
|
||||||||||
Improved dialogue |
|
||||||||||
REPORT | ISSUE | Key Recommendations | COMPLEXES | ||||||||
GAO Report | Cohesive Strategy |
|
|||||||||
Land Management Considerations | Summary |
|
|||||||||
Course to the Future | Physical Environment |
|
|||||||||
Social and Political |
|
||||||||||
Economics |
|
||||||||||
Organizational Environment |
|
||||||||||
REPORT | ISSUE | Key Recommendations | COMPLEXES | ||||||
Fire Economics Assessment Report | Prescribed fire |
|
|||||||
Agreements |
|
||||||||
Alternative Strategies and LMPs |
|
||||||||
EFSA |
|
||||||||
Oversight |
|
||||||||
Preparedness through NFMAS |
|
||||||||
Access |
|
||||||||
Resources |
|
||||||||