Readers: here is a proposed summary of the Committee of Scientists Report. It was used in the Conference Call on Jan. 28. As with previous drafts, it is subject to major revision. Norm Johnson






The Committee’s Assignment: Suggest a Land and Resource Management Planning Framework under Current Law and Policy that could last a Generation


In December 1997, Secretary of Agriculture Dan Glickman convened an interdisciplinary Committee of Scientists to review and evaluate the Forest Service’s land and resource management planning process and to identify changes that might be needed to the planning regulations. Key phrases from that Charter include: "...make recommendations on how to best accomplish sound resource planning within the established framework of environmental laws and within the statutory mission of the Forest Service," "...provide technical advice on the land and resource management planning process, and provide material for the Forest Service to consider for incorporation into the revised planning regulations...," and "...recommend improvements in Forest Service coordination with other federal land management or resource protection agencies, state and local government agencies, and tribal governments while recognizing the unique roles and responsibilities of each agency in the planning process."

In his initial meeting with the Committee, Under Secretary James Lyons emphasized that he wanted the Committee to develop a conceptual framework for land and resource planning that could last at least a generation. Thus, the Under Secretary asked the Committee to dream a little -- to develop a set of concepts and principles that land and resource planning could work toward.

The Committee’s Approach

The Committee met in cities around the country, where we heard from Forest Service employees, representatives of tribes, state and local governments as well as related federal natural resource agencies, and members of the public. Everyone shared their concerns and offered their ideas about the current planning process as well as the current state of the management of national forests and grasslands.

As the Committee learned about the latest innovations in the planning process and emerging collaborative partnerships, it became clear that people and teams in the Forest Service were rapidly developing the elements of a new planning framework as they struggled to update and revise their plans. Not a surprising development, since planners, specialists, and mangers can’t wait for a committee of scientists to suggest a design for planning. Thus, the Committee discovered that in the context of new information technologies, growing interest in sustainability, increased civic involvement, and a new ethic of collaboration among governments and agencies, innovation in planning processes abounded on the national forests and grasslands across the country.

Many of the approaches and improvements to planning suggested in this report are based on innovative experiments across the country. The Committee gleaned ideas from the critiques of planning performed by the Forest Service and others, and from meetings and discussions across the country with Forest Service employees and the public. The Committee utilized this information in three ways. First, it helped us learn an enormous amount about planning. Second, it enabled us to test the validity and practicality of our own ideas based upon our experience and knowledge. Finally, it provided examples of the elements of successful planning, many of which are included in the report--often in sidebars.

Sustainability – The Foundation of National Forest Stewardship

The Committee recognizes that the concept of sustainability expresses a common vision and a collective goal, along with standards for measuring progress. In international agreements, sustainability is defined as composed of interdependent components - social, economic, ecological. These components are inextricably interrelated and apply everywhere to all lands, waters, and people. In examining the history of the national forests and grasslands, it is clear that the shift in management policies based on concepts of "sustained yield" to those of "sustainability" derives from this new terminology. In terms of resource management, this shift is represented by a move away from resource production techniques designed simply to ensure sustained commodity flows over time. Instead, resource management now has a broadened focus on ecological systems encompassing long-term social and economic contributions and benefits along with the participation of people (especially in rural communities), while maintaining the potential to respond to evolving demands.

The essence of the concept of sustainability is the integration of social, economic and ecological systems as a common vision. As a collective goal, sustainability means meeting the needs of the present generation without compromising the ability of future generations to meet their needs. As a vision and goal, sustainability marks a change from managing biological and ecological systems as if separated from their social and economic context. Sustainability also moves away from a focus upon immediate economic values without concern for intergenerational equity and the long-term productivity of the land. It is a matter of history and common sense that sustainability must include people and economic relationships in order that ecological systems continue to support current and future generations.


As a standard for measuring progress, principles of sustainability and criteria for measuring the extent to which ecological conditions and societal actions meet them are being established in world-wide agreements. These agreements and, thus, sustainability might well become part of a global convention on forests. In reviewing the literature, concepts related to sustainability include maintaining ecological functions, structures, and biodiversity; adopting democratic processes for decision making; developing adaptive management approaches; planning based upon an integrated ecological, cultural and economic systems including spiritual resources; ensuring intergenerational equity; and recognizing the necessity of choice. These fundamental concepts are common throughout the discussions of the application of sustainability. From them, international agreements have defined criteria and indicators for measuring progress and achievements. In addition, global coalitions of private and non-governmental organizations have established processes for certification of sustainable forests, whether they are in private or public ownership.

The national forests and grasslands of the United States constitute an extraordinary national legacy created by people of vision and preserved for future generations by diligent and farsighted public servants and citizens. They are the people’s lands, emblems of our democratic traditions. These lands provide many, diverse benefits to the American people. Such benefits include: clean air and clean water, productive soils, biological diversity, goods and services, employment opportunities, community benefits, recreation, wilderness and naturalness. They also provide intangible qualities such as beauty, inspiration, and wonder.

Yet, these benefits depend upon the long-term sustainability of the watersheds, forests, and rangelands if the public is to enjoy the ecological, economic, and social values that they can provide. Accordingly, based upon the statutory framework for the national forests and grasslands, the first priority for management is to maintain and restore the ecological sustainability of these watersheds, forests, and rangelands for present and future generations. Building on a foundation of ecological sustainability, the national forests and grasslands can provide for the long-term a wide variety of uses, values, products, and services that are important to many Americans.


For the national forests and grasslands, sustainability eloquently expresses their central management tenetsociety’s use today does not impair the functioning of ecological processes and the ability of these natural resources to contribute to future generations and the economies in the future.



Looking back across the century, a suite of laws calls for federal agencies to pursue ecological sustainability—often in terms of conservation of native species and ecological productivity. The Organic Act of 1897 established the purposes of the forest reserves "to improve and protect the forests within the reservation, or for the purpose of securing favorable conditions of waterflows, and to furnish a continuous supply of timber for the use and necessities of citizens of the United States." This Act restricted the use of timber by declaring that "for the purpose of preserving the living and growing timber and promoting the younger growth on forest reservations, the Secretary … , may cause to be designated and appraised so much of the dead, matured, or large growth of trees found upon such reservations as may be compatible with the utilization of the forests thereon, and may sell for not less than the appraised value in such quantities to each purchaser as he shall prescribe, to be used in the State or Territory in which the reservation may be situated, respectively, but not for export therefrom." (This clause was repealed in 1976 when timber management authority was authorized under the National Forest Management Act.) Concern with loss of species led to the Lacey Act in 1900 to "aid in the restoration of [game birds and other wild] birds in those parts of the United States… where [they] have become scarce or extinct." By 1960, the expanded conservation and management purposes of the Forest Service were placed in statute by the Multiple Use-Sustained Yield Act, which calls for ensuring that various renewable surface resources are used in a combination that will best meet the needs of the American people -- multiple use -- and with the maintenance in perpetuity of these resources without impairment of the productivity of the land -- sustained yield.

Following the signing of the National Environmental Policy Act on January 1, 1970, federal responsibilities toward conservation of species and ecosystems as well as the protection of environmental quality were significantly strengthened. The Endangered Species Act requires all federal agencies to "provide a means whereby the ecosystems upon which endangered species and threatened species depend may be conserved, to provide a program for the conservation of endangered species and threatened species, …" The National Forest Management Act (NFMA) calls for maintaining the diversity of plant and animal communities to meet multiple use objectives, which in the regulations implementing the Act have been stated as providing habitat to maintain viable populations of existing native and desired non-native vertebrate species. NFMA also requires the protection of soil, streams and watersheds, and the regulations provide specific management guidelines for these resources. The Clean Water Act calls for protecting the physical, chemical, and biological integrity of the nation’s waters. The Clean Air Act calls for protecting the Nation’s air. Thus, individually and collectively, our environmental laws express a profound commitment to the protection of plant and animal species and our air, water, and soil. While the laws allow considerable discretion in their interpretation, their thrust is clear.

Scientific results and common sense point out the necessity of protecting our natural systems so they continue providing benefits to society. Lessons from across the national forest system suggest that the conservation of natural systems is ignored at their peril. As an example, concerns over the effect that declining water clarity will have on tourism in Lake Tahoe have led to an intensive and expensive effort to reverse this trend. More generally, the cost of replacing the natural watersheds that supply the municipal water for many communities has caused increased protection of these lands. Once natural systems are pushed to the edge, when recovery is possible, the costs can be astronomical. The ability to apply the experimentation of adaptive management is significantly compromised.

Ecological Sustainability – A Necessary Foundation for Stewardship

The Committee of Scientists recognizes that ecological sustainability provides a foundation upon which the management for national forests and grasslands can contribute to economic and social sustainability. This finding does not mean that the Forest Service is expected to maximize the protection of plant and animal species and environmental protection to the exclusion of other human values and uses. Rather, it means that planning for the multiple use and sustained yield of the resources of national forests and grasslands should operate within a baseline level of ensuring the sustainability of ecological systems and associated species. Choices in management still exist and the level of risk to take is a policy choice. Nonetheless, it is clear that ecological sustainability lays a necessary foundation for national forests and grasslands to contribute to the economic and social components of sustainability: making contributions to strong, productive economies and creating opportunities for enduring human communities. However, the human values, needs, and uses as well as the ecological conditions of each locality will change over time. Therefore policy and management must evolve according to natural dynamics and disturbances as well as social events, economic change, and political values.


Ecological sustainability means maintaining the composition, structure, and processes of a natural system. The National Forest Management Act (NFMA) establishes the goals of maintaining species’ diversity and ecological productivity; goals expressed in terms of ecological sustainability. That is, species diversity and productivity can be preserved by maintaining the composition, structure, and processes characteristic of an area.


Implementation of sustainability into plans for national forests and grasslands is not a precise process; there are many unknowns and potential pitfalls that are not under the control of resource managers. Therefore, planning must acknowledge certain features of ecological systems.


Acknowledge the nonequilibrium nature of ecological system


The dominant paradigm for ecological systems is that they are not in equilibrium – inherent dynamics are natural features of these systems. For example, ecological systems are regularly subjected to episodic, natural disturbances that shape their states. A part of this paradigm is the concept that ecological systems are hierarchical structures, best evaluated at a variety of spatial scales. Sustaining ecological processes within the expected bounds of variation is the only way to sustain ecological diversity and productivity for future generations.


Acknowledge the significance of natural processes


National forests and grasslands contain a variety of natural resources that change over time and space. These changes include succession, disturbance, changes in climate, loss of site productivity related to land-use activities, the establishment and spread of non-native species, and the loss of native species diversity. However, some of these processes are natural, and anthropogenic disturbances need to be considered in the light of natural dynamics. Thus, after particular land uses, a simple return to more natural conditions is often difficult or, in fact, impossible, in the near term. Acknowledging natural processes means that these factors need to be considered in defining desired future conditions as well as developing strategies for conservation and management actions to implement them. The concept of "historical ranges of natural variability" needs to be considered in terms of how human use can affect ecological systems.


Acknowledge uncertainty and inherent variability of ecological systems


Uncertainty arises from incomplete understanding of how ecological systems work and from insufficient information. However, even if these sources of uncertainty could be removed through more research and better theory, ecological systems are inherently variable. Thus, variability is a feature of ecological systems, and as such must be incorporated into expressions of desired future conditions as well as expectations of the results of management actions and strategies. Thus, uncertainty and variability are primary ingredients of nearly all stewardship actions and are best acknowledged through monitoring and adaptive management so that change is incorporated into dynamics of collaborative stewardship.


Acknowledge cumulative effects


Cumulative effects are "... the impact on the environment resulting from the incremental impact of the action when added to other past, present, and reasonably forseeable actions regardless of what agency or person undertakes such actions" (Council on Environmental Quality 1978). This definition does not specify how to incorporate the role of future natural disturbances. In addition, because of the wide variation in site-specific practices and local environmental conditions, impacts of management practices may not always be well understood or predicted. While there are few analytical methods available to effectively address cumulative impacts, new technologies will soon allow proposed actions to be considered in terms of their cumulative effects on past, current and other proposed actions. This type of "real-time" cumulative effects analysis will go a long way towards addressing the foreseeable consequences of specific decisions. Only active and on-going monitoring provides a mechanism to detect unanticipated changes and new elements of the system. Cumulative effects generally reach beyond administrative boundaries, and thus there is a need to coordinate with local, state, and federal agencies when undertaking cumulative effects analysis and monitoring on-going changes.


Preserve Options


Preserving options presumes that an acceptable range of choices will be available to address the environmental problems confronting future human generations. It is also a way of explicitly acknowledging our incomplete knowledge of complex ecological systems. Therefore, this philosophy an important touchstone in planning for and managing the national forests and grasslands.


A core element of the concept of ecological sustainability is that it is future-oriented – the reason to ensure the long term sustainability of ecological systems is to ensure that future generations live in a productive environment and have a broad range of choices. In assessing the ecological sustainability of complex and dynamic systems, the best single metric of sustainable use of the land is the persistence of the plant and animal species over time. The productivity of an ecosystem can be sustained over the long-term only if species that provide the appropriate structure and function for the system are maintained.

Clearly, the concept of ecological sustainability means that national forest planning and management must consider the larger landscape context and include lands and communities beyond the boundaries of the national forest and rangelands. National forests and rangelands are open systems that are affected by the land uses outside their boundaries. Thus, the characteristics of the land, the ways that people interact with it, and what they expect from it must be assessed in terms of ecological sustainability.

Contributing to Economic and Social Sustainability

Conservation and management of the national forests and grasslands can promote sustainability by providing for a wide variety of uses, values, products, and services and by enhancing society’s capability to make sustainable choices. There are four dimensions to the Forest Service’s role in promoting economic and social sustainability and each is inextricably linked to sustainable ecological systems. First, the forests and rangelands provide many and diverse resources and values, though which economies and communities define and sustain themselves. Second, an effectively structured planning process can build society’s understanding of the interconnectedness of communities and economies with sustainably managed national forests and grasslands. Third, planning processes with continuous, open public deliberation can enhance society’s capabilities to make sustainable choices. Fourth, assessment and planning processes can identify and assist communities in need. In short, striving towards sustainability for the national forest system lands provides important material, aesthetic, and democratic contributions to society.

The Committee wishes to emphasize that management of national forest system lands plays an important and unique role in fostering social and economic sustainability. Forest Service stewardship of these lands, combined with the interactions through the NFMA planning process involves Forest Service employees and the many people who care about these lands. This process serves a critical function in providing the information and understanding upon which communities and economies can assess and plan their own futures. In so doing, the Forest Service helps society to make sustainable choices. In addition, as the skilled, professional steward of the national forests and grasslands, the Forest Service is uniquely situated to provide the essential knowledge and assistance to communities as they transition to sustainable social and economic systems.

The Forest Service however has specific obligations to adequately plan for the future conditions of the national forests and grasslands. Our report highlights some of these important obligations as summarized below.

Assess the contributions of national forests and grasslands to society.

The land and resource planning process for national forest system lands provides an important opportunity to better understand and define the many connections between forests and rangelands and their associated economies and communities. Because forests contribute in numerous tangible and intangible ways to the spiritual, cultural, social, and economic well-being and identity of many communities and individuals, the planning process must actively consider and engage the different cultures, communities and economies that value these attributes. It is not always possible to quantify or rank diverse uses and values in order to determine such elusive concepts as highest and best use— just as it is impossible to identify, count, and value on a common ledger all plants and animals in an ecological system. It is nonetheless essential that important uses and values be recognized, assessed, and accommodated as practicable and appropriate.

Recognize the interdependence of forests, and rangelands with economies and communities.

Many communities depend on the national forests and grasslands for much of their economic, social, and cultural sustenance. Although the Forest Service cannot be expected to single-handedly sustain existing economies and communities, the national forests and grasslands nonetheless contribute many values, services, outputs, and uses that allow economies and communities to persist, prosper, and evolve. This charge — contributing to the well-being of people today and tomorrow — is at the heart of the Forest Service’s role in economic and social sustainability. Within a context of sustaining ecological systems, planning must take generous account of compelling local circumstances. This approach includes the needs of ranching, farming, timber, mining communities as well as Indian communities relying upon treaty obligations and the Hispanic communities in the Southwest depending on the resources in former Spanish and Mexican land grants. Within the context of sustainability, planning should consider the needs, resilience, and vulnerability of economies and communities in selecting long-term management strategies.


Recognize the rights of American Indian Tribes.

Indian tribes possess unique and important rights recognized by federal treaties, statutes, and executive orders. The Forest Service has a general trust responsibility to federally recognized tribes, as well as a duty to acknowledge them as sovereign governments and work with them on a government-to-government basis. Depending on the circumstances of particular tribes and national forests, national forest system lands may provide for tribal hunting, fishing, and gathering rights, access to sacred sites, protection of graves and other archaeological sites, and watershed protection for downstream Indian reservations, and fishing sites.

Search for strategies and actions that provide for human use in ways that contribute to long-term sustainability

The national forests and grasslands should direct much of their planning and implementation energies toward developing, applying, and rewarding strategies and actions that enable multiple uses to occur in ways that promote long-term sustainability. Finding strategies and actions that contribute to long-term sustainability is the surest way to increase the predictability of these uses, products, outputs and services desired from the national forest system. As part of this effort, land and resource planning is designed to identify strategies that produce revenue from human use.

Implications of Sustainability as the Central Organizing Principle for Land and Resource Management Planning


Recognize the national and global implications of managing national forests and grasslands.

Our growing national and global population will continue to place demands on our natural resources to provide goods and services, including wood products, for a multitude of uses. Without careful planning to enable continued production of wood and other outputs from the forests of the United States, societal demands may be transferred to other countries with uncertain environmental effects.

Planning should acknowledge how management of the national forests and grasslands can contribute to ecological, economic and social sustainability on a national and international scale. As an example, with the concern over climate change, the national forests and grasslands are being urged to consider the effect that their management will have on carbon sequestration and to examine alternatives that increase the amount of carbon stored.

Consider the larger landscape in which the national forests and grasslands are located in order to understand their role in ensuring ecological sustainability and contributing to human uses and values.


Land and resource planning considers the broader geographic, political, economic, and social landscape when assessing the potential contributions of the forests, rangelands, watersheds, and grasslands. Achieving sustainability depends, in part, upon the activities on other public, tribal, state and private lands. In every sector of the country, the Forest service via its national forests and grasslands is just one agency and one land management system among many other important governmental and private entities and land ownerships.

Sustainability of watersheds and other areas in which national forests and grasslands are located may inevitably depend upon activities on nearby federal lands, tribal and state lands, and private lands, as well as on the actions and attitudes of a wide variety of agencies, governments, and citizens. These neighboring landowners will vary in their abilities as well as their interest in providing the mix of uses, products, values, and services that people seek from forests and rangelands. Planning, therefore, must be outward-looking and done within the context of how individuals, communities, businesses, and governments conserve, regulate, and use the lands within and around the national forests and grasslands.

Recognize the special role that national forests and grasslands play in regional landscapes.

The national forests and grasslands often have special responsibilities in the context of these other ownerships. They will increasingly be called upon to provide the backbone of regional strategies to conserve species and ecosystems. They will also be counted upon to provide municipal water supplies and dispersed recreation for an increasingly developed and settled landscape. In addition, in some areas, they are the only substantial source of timber and forage supplies.


Planning often calls for national forests and grasslands to provide the anchor of regional conservation strategies for protection of species and ecosystems, thus contributing to a stable landscape within which the extraction of timber and use of other natural resources occurs across all ownerships. This regional approach is intended to conserve species and ecosystems without creating undue requirements on nonfederal lands, thus enabling the production of timber and other commodities from these lands. The argument for this approach has three sources. First, through law and policy the United States has developed a strategy by which the federal lands take the primary responsibility for protection of species and ecosystems. Second, federal lands often have the best remaining habitats and ecological conditions. Third, federal lands are inherently less efficient in the production of timber and other products because of the required planning processes to ensure protection of the environment.

Conserve habitat for native species and productivity of ecological systems as the heart of ensuring sustainable ecological systems.


The Committee believes that conserving habitat for native species and the productivity of ecological systems remains the surest path to maintaining ecological sustainability. We suggest the use of two general approaches in tandem to conserve these key elements of sustainability. First, we suggest a scientific assessment of the characteristic composition, structure, and processes of the ecosystems in the area being studied. This assessment provides an understanding of the expected "ecological integrity" of the planning area. Ecosystems with integrity maintain their characteristic species diversity and ecological processes such as productivity, soil fertility, and rates of biogeochemical cycling. Since ecosystems are dynamic and variable over time, the concept of the "historic range of variability" refers to scientific efforts to characterize the variation and distribution of ecological conditions occurring in the past. This information serves as the basis for comparing ecological conditions that will be created under proposed management scenarios to the historic range of conditions. The more that these prospective conditions differ from the characteristic historic conditions, the greater the expected risk to native species and their habitats as well as to long-term ecological productivity.

Second, we suggest focusing on the viability of native species themselves. However, monitoring the status of all species and assessing their viability is impossible from a practical standpoint, thus it is necessary to focus on a subset of species. We adopt the generic term "focal species" to identify those species to monitor and assess for viability. The key characteristic of a focal species is that its abundance, distribution, health and activity over time and space are indicative of the functioning of the larger ecological system. The habitat needs of the focal species are analyzed, and projections are made of the habitat that will be needed for the species to be considered "viable." A viable species, by the Committee’s definition, would be one with self-sustaining populations well-distributed throughout the species range. Self-sustaining populations, in turn, can be defined as those that have sufficient abundance and diversity to display the array of life history strategies and forms that will provide for their persistence and adaptability in the planning area over time. The habitat that will be created under any management scenario is compared to the habitat needed for the viability of each selected focal species. The less adequate the habitat for each species, the greater the risk to native species and ecological productivity.


In many cases national forests and grasslands by themselves are unable to conserve native species and ecological productivity. As noted earlier, other landowners and agencies often control key elements of the habitats and ecological systems. Thus, in some cases, the national forests and grasslands can contribute to, but not ensure, the achievement of ecological sustainability.


It is important to note that this approach is similar to the existing regulations implementing the National Forest Management Act. These 1982 regulations have an extensive section on "Management Requirements" that calls for provision of adequate habitat to maintain viable populations of existing native and desired non-native vertebrate species, protection of soils, streams and watersheds, and many other conservation measures. These requirements were intended to provide a framework (decision-space) that would set sideboards on management planning, recognizing that sustaining ecological systems is the foundation of national forest stewardship.

In its details of implementation, however, the approach proposed by the Committee for assessing ecological sustainability differs somewhat from the existing one, reflecting over 15 years of experience. Conserving habitat for native species remains central to ecological sustainability, while broadening the focus from vertebrates to all native species. At the same time, we recognize that ensuring the viability of all native species, through analysis of individual species, is an impossible task. Therefore, we suggest a three-pronged strategy: (1) focusing on a set of selected "focal" species and their habitat needs; (2) maintaining, in a more general sense, conditions necessary for ecological integrity; and (3) monitoring the effectiveness of this approach in meeting the goals of conserving native species and ecological productivity.

In addition, the Committee places great emphasis on the development of scientifically credible conservation strategies for species and ecosystems through a call to use the best available scientific information. As discussed in more detail in the report, we rely on a four-part process to insure that the best available science will be used: (1) Scientific involvement in the selection of focal species, development of measures of species viability and ecological integrity, and the definition of key elements of conservation strategies. (2) Independent scientific review of proposed conservation strategies before plans are published. (3) Scientific involvement in designing monitoring protocols and adaptive management. (4) A national scientific committee to advise the Chief of the Forest Service on scientific issues in assessment and planning.


Reduce uncertainty through adaptive management and continuous learning.


Adaptive management is a structured process of reducing uncertainty about environmental responses to actions by viewing management actions as experiments. Three primary ways of accumulating knowledge are possible if management actions are viewed as experiments. These include (1) ‘trial and error’ learning in which initial management choices are made based on current understanding, and successful prescriptions are made routine; (2) ‘passive adaptive’ management in which existing data are thoroughly reviewed prior to each management decision, and the decision selected is based on the analysis of how the system works; and (3) ‘active adaptive’ management where all existing data are thoroughly reviewed prior to each decision, but a range of alternative response models are developed. After analysis, the management decision is selected with the greatest likelihood of attaining the desired future condition. Of these alternative approaches, passive and active adaptive management accelerate the rate of learning how to best manage ecological systems.

All these modes of learning require monitoring the results of the management action. That is, the only way in which learning is possible is to observe if the system responded as envisioned. A lack of concordance between observation and expectation would lead to a revised model of how the ecological system functions and how it responds to management. Thus, monitoring should be viewed as an on-going process and an essential component of responsible stewardship.

Given the stringent requirements for adaptive management, it may not be possible to cast all management actions as adaptive experiments. Therefore, we suggest the following guideline: the adaptive management paradigm should be adopted when the environmental consequences of the action are highly uncertain or when the management action may result in significant or irreversible loss. When these conditions are met, (1) an adaptive management design should be adopted and (2) an explicit monitoring effort put in place that will adequately capture the important effects of the management action. To implement only one of these actions is insufficient.

Recognize that major public policy issues about the emphasis on ecological sustainability must be addressed in the policy and decision-making processes

The Committee of Scientist’s work leaves unresolved the major public policy issues regarding the degree to which attainment of ecological sustainability should be emphasized in the conservation and management of the national forests and grasslands. On the one hand, it might be argued that ecological sustainability would be highest if humans did not exist. On the other hand, we do exist and the charter of the national forests and grasslands calls for use by people --conservative use, yes, but use nevertheless. In addition, given the current condition of the forests, watersheds and rangelands, active management is needed in some cases to move toward sustainability.

With human use can come risk of loss of species, habitat, and ecological integrity. Decisions about an acceptable level of risk, for example when to allow the extinction of species, are value-based, not science-based decisions. Risk can be reduced by increasing understanding of the factors controlling natural processes and moderating current levels of use. But, complete certainty about "how nature works" may never be attained. Therefore, for the foreseeable future, uncertainty about the acceptable level of risk will remain. Agreement on what level of risk is acceptable must be made through the political process. While the scientific community can help provide the framework for risk analysis, that same community cannot decide what is the appropriate "balance" between use and protection.

The Committee recognizes that its role is not to dictate specific management approaches for the Forest Service, but rather to provide advice that the Secretary and Chief may act on as they deem appropriate. Nonetheless, the Committee acknowledges that concepts such as focal species, ecological integrity and the use of scientific information may involve technical issues, and thus feels an obligation to the Secretary and the Chief to provide some insight on how this framework for ecological sustainability might be converted from concept to application. Therefore, while our approach of course has not been field tested, the Committee has drafted regulatory language that, we believe, provides a useful approach to this issue.


Building Stewardship Capacity for Sustainability


The national forests and grasslands belong to the American people. However, for these truly to be the "people’s lands," the people must understand the lands’ condition, potential, limitations, and niche in resource conservation in this country and must be willing to help achieve sustainability. Just as the Forest Service can help the American people learn about the limits and capabilities of the national forests and grasslands, the agency can learn from the unique knowledge, advice, and values of the American people. Citizens can provide a wide array of services, ranging from volunteer work on trail crews to participating in collaborative efforts aimed at resolving disputes over specific projects. The national forests and grasslands must draw on this knowledge, wisdom, and energy by building relationships, dialogues, and partnerships with the groups and individuals who wish to have a role in setting the future course for these lands and in implementing these decisions.


There is no doubt that achieving ecological, economic and social sustainability is a formidable task that the US Forest Service cannot accomplish alone. To succeed, the Forest Service must be willing to try new approaches, organize in new ways, experiment, learn and adapt. To succeed, they must recognize the imperative to work with others outside the agency. To succeed, the capacity of these non-Forest Service entities to help must be present. In other words, the stewardship capacity to achieve sustainability must be fostered both within the Forest Service as well as within the other agencies, governments, communities, groups and individuals who must be a part of this endeavor.


Provide opportunities and incentives for people to work together, establishing collaborative relationships


The ability of the Forest Service and other individuals, organizations, agencies and governments to work together toward common purposes is the foundation of collaborative stewardship capacity. To pursue sustainability, the process of stewarding National Forest System lands needs to engage those who have the information, knowledge, and expertise to contribute; those who have sole control or authority over lands and activities adjacent to national forests and grasslands; those who have the skills, energy, time, and resources to carry out stewardship activities; and, those who can independently validate the credibility of stewardship decisions and the reality of achievements. In short, many and diverse collaborative relationships between and among the Forest Service and other agencies, governments, organizations, communities and individuals are central to building stewardship capacity.


Foster a broad-based understanding of the issues, concerns and

opportunities of National Forest planning


There are many factors that bear on management of the national forests and grasslands. There are many shared and divergent issues that concern the Forest Service and its non-Forest Service partners. For stewardship capacity to be enhanced, the broad array of issues, interests and concerns, legal and administrative constraints and possibilities, and budgetary realities need to be understood across the spectrum of individuals, agencies, and groups who are a part of the planning process. With an informed and realistic understanding of the complexity of the stewardship task, people will be encouraged and enabled to make reasoned and reasonable contributions to the process.


Encourage joint fact-finding


Jointly conducted assessments and analyses are a key first step towards building the capacity for stewardship across the range of individuals and organizations who care about the national forests. This joint-fact-finding can establish a credible and common base of information available to all participants in the planning process.


Provide an organizational context that promotes ongoing learning and



Because stewardship designed to achieve sustainability differs from the structure of the previous approach to planning, there is need for experimentation and adaptation. Stewardship capacity will be enhanced if there is a supportive environment within the Forest Service that encourages and accommodates this experimentation and learning.


Encourage extensive, collaborative citizen participation.

Land and resource planning must provide mechanisms for broad-based, vigorous, and ongoing opportunities for open public dialogue. These dialogues should be open to any person, conducted in non-technical terms readily understandable to the general public, and structured in a manner that recognizes and accommodates differing schedules, capabilities, and interests. The participation of citizens should be encouraged from the beginning and be maintained throughout the planning process, including roles in assessments, issue-identification, implementation and monitoring. In order to be a realistic participant in the planning process, from the beginning citizens must be made aware of how the Congressional budgetary process can influence and alter the implementation of formal plans.

Test the effectiveness of formal advisory boards.

The Forest Service should utilize advisory boards as one component of collaborative planning. These boards can provide an immediate, legitimate, representative structure within which public dialogue can occur. The Committee recommends that the Forest Service test advisory boards on particular national forests and grasslands across the nation, learn from this experience, and then decide whether, and in what form, they would be most useful.


Make plans understandable to the American people.

A standard rule of public participation is that people find it difficult to support what they do not understand. Further, few people have time for indepth analysis. With these concepts in mind, the Committee conducted a survey of Regional Offices and Forest Supervisors. We asked the following question: Could you send us a simple, straightforward explanation of your plans for the lands you administer? Apparently few such explanations exist: none for the Northwest Forest Plan for Federal Forests, despite its importance and the millions spent on it; few for the land management plans now in effect across the nation; and none that give an image of the future landscape that will be achieved under the plan. Rather, there are lots of thick obscure documents useful in court cases, but few, if any, explanations designed for the common citizen or for new Forest Service employees. To regain public support for its policies and management, we believe the Forest Service must make a far greater effort to explain these policies, in an understandable manner, to the people who own these lands.

Build upon the human resources in local communities.

Just as local communities depend on the national forests and grasslands, so too does the condition of many forests, rangelands, and watersheds depend on human communities. Many restoration actions are needed on these lands, including programs to improve riparian conditions, reduce fuel loads, and rebuild or decommission roads. These efforts will require entrepreneurs and a trained workforce. The surrounding communities can help provide these services.

Maintain the terms of the public controversy.

There is a tendency in planning to eliminate controversy in defining the issues to be analyzed. The planning process should create an open forum for public and organizational inquiry, in which issues of key public concerns are deliberated, analyzed, and questions defined, so that all those involved can actively work on developing solutions to them. For this involement to occur, the public must be a part of defining the issues, and those definitions must illuminate the terms of the controversy. A critical feature of the issue-definition process is for everyone to understand the reasons for controversy among the diverse set of interests and perspectives. In sum, creating open forums for deliberation of important public issues is the essence of public planning.

Recognize that planning and management of these public lands proceeds in the face of legitimate, but often divergent, interests.


While it may be unreasonable to expect consensus on particular management decisions on national forests and grasslands, there is a clear national consensus on the importance of sustaining the resources and their contribution to the social and economic welfare of the nation. The Committee report rests on this national interest in sustainability, and identifies a planning process that can work towards regional and local management strategies capable of reflecting areas of agreement and issues of continuing conflict. Our strong reliance upon external review stems from recognition that conflicts will necessarily remain and can only be addressed through continuing opportunities for public and agency dialogue and learning.


Collaborative Stewardship for Sustainability

Stewardship of ecological, economic and social systems is not and cannot be the sole responsibility of any single agency or landowner. Rather, sustainability is the guiding star for decisions by many government agencies and landowners. Ideally, the federal land management planning processes for public lands and resources would be harmonized into an integrated process leading to a unified stewardship plan for achieving sustainability on all public lands in the area. In the meantime, recognizing that the national forests and grasslands cannot be considered in a vacuum, the Committee recommends a collaborative planning process that engages other agencies, governments, businesses, organizations, communities and citizens in planning for and contributing to the stewardship of the national forest system, including consideration of how other public and private lands are used and managed with respect to achieving common goals.





Collaborative planning embraces both the processes for crafting and choosing courses of actions and the efforts to achieve desired results. Collaborative planning is a process by which all those whose ideas, resources, and capabilities are needed to achieve results work together over time. Thus, in contrast to planning within a single agency or organization, collaborative planning includes the full range of processes: assembling information, evaluating information in the context of goals, creating a vision of desired future conditions, crafting future courses of action to strive toward achieving those conditions, choosing specific pathways of management activities, implementing specific management actions, measuring performance, evaluating outcomes in terms of expectations, and revisiting decisions as necessary..

The concept of collaborative planning is important in understanding our proposed approach. The current planning process lies largely within the Forest Service and requires only limited coordination with others. As a result, information is gathered as a basis for characterizing the current management conditions and for the needs of various computer models, not for developing a shared body of information. Nor, is it developed as an independent body of information from which current management actions can be placed in historical context or compared across large regions. Similarly, the decision process parallels the requirements of NEPA, but seldom effectively coordinates with other agencies and governments as required by NFMA. As a result the public and all other stakeholders are typically involved at the initial "issue identification" stage and not involved again until the review of alternatives presented in the draft EIS.

Collaborative planning is necessary to achieve collaborative stewardship, and, thereby, meet the legal and policy responsibilities for sustainability. Thus, collaborative planning needs to develop scientifically credible strategies for ecological sustainability, options for multiple use management that respond to public interests and issues, management actions to achieve these goals, along with the organizational capacity for adaptive management and monitoring.

From the perspective of the Forest Service (or any other single agency) developing a clear logic of decision-making within a collaborative planning process requires that the strategic vision and goals of the agency be integrated into strategic plans and realized through implementation decisions. Thus, a collaborative planning process requires a multi-level decision process wherein decisions are made at the scale of the management issue. To meet the requirements of NFMA, all decisions should be memorialized and the rationale displayed within an integrated land and resource management plan for the individual national forest or grassland. From this plan, every national forest and grassland will be expected to develop a simple and compelling expression of expected future actions, the differences planning will make, and why the results are worthwhile.

Assessments Provide A Credible Foundation of Information


Within a collaborative planning process, credible information emerges from collaborative scientific assessment processes at both large and small scales. A critical component of our proposed framework is that assessments are not decision documents and should not be made to function under the NEPA processes associated with decision making. Rather, assessments provide the foundation of independent information upon which to build conservation strategies and management decisions, and against which alternative approaches can be evaluated and modified

Understake assessments as joint public-scientific inquiries that build both a knowledge base for planning and institutions and relationships to carry out stewardship.

The way information is developed and synthesized and by whom, is as important as the content. Ideally, assessments are organized as a joint inquiry undertaken by scientists and other knowledgeable people and involving the federal agencies, other governments, and the public. Based on our analysis of various current assessment processes, it is clear that assessments can have a number of functions: identifying issues of special importance; creating forums for joint learning between scientists, managers, and the public; improving inventories; encouraging a broad spatial perspective that transcends national forest and agency boundaries; building cohesion among different levels of the Forest Service and between the Forest Service and other agencies; and providing a context for planning. For participants, assessments also help develop leadership abilities and provide a crash course in adaptive management.


Assessments lay the groundwork for developing regional, scientifically credible conservation strategies. Assessments are also necessary in order to — identify the elements of conservation strategies as well as scientifically credible procedures for evaluating the effectiveness of such strategies in achieving sustainability. Such work requires a critical mass of scientists, working independently, but reporting periodically to a broader public group that includes agency managers to enable critique, discussion, and joint learning.


Conduct assessments at the bioregional scale and at a smaller scale, like a watershed.


The Committee envisions two primary scales of assessments. Assessments over large areas ("bioregions"), such as the Sierra Nevada or the spotted owl region, will generally be needed to provide the context for landscape-level strategic planning. Assessments at the more local level, such as watersheds, will be needed to help translate strategic plans for large landscapes into site-specific management actions. In some cases where the bioregional assessment is at a very large scale, for example the Columbia River Basin assessment, an intermediate scale of analysis may be needed. Nearly half of the National Forest System lands have a recent bioregional assessment of some form.


Collaborative planning necessitates multi-level decision making.


Building upon the assessments, decision making takes place at the bioregional, large landscape, and small landscape levels. <<NOTE - insert planning fig. here>>

Develop overall guidance on sustainability for "bioregions"


Special focus needs to be placed on regional guidance for scientifically credible strategies for conservation of wide-ranging species and large-scale ecosystem processes. In the past, regional plans often fell short in their guidance on ecological sustainability. National Forests and Grasslands, as a result, were left without a firm policy foundation on which to build their plans, and, when challenged, these plans often could not withstand judicial review. In the future, significant efforts in bioregional planning must be focused on constructing scientifically-based strategies for the conservation of species and ecosystems. Recent examples of successful efforts to construct these strategies include late-successional species and ecosystems as well as salmon stocks in the Northwest (FEMAT), the Red-cockaded woodpecker (southeast), the Northern Goshawk (southwest), and the multi-species strategies developed as part of the Tongass Land and Resource Management Plan (Alaska). The Congressional language in the 1998 budget bill calling for the development of regional strategies for fish, wildlife, and forest health in the Columbia Basin is also an example of this approach.

Given the integrated focus on sustainability, regional guidance may be needed to encourage and promote economic and social sustainability. This guidance can highlight special roles of the national forests and grasslands in contributing to economic and social sustainability in the region. It could direct planning to consider the differing resiliency and vulnerability of communities across the region. And, in an increasingly global economy, regional guidance can contribute to shaping policies enhancing the competitiveness of local and regional markets and products.

Undertake strategic planning of large landscapes within regions for attaining long-term goals

Strategic planning occurs at a second level, smaller in geographic scope although still perhaps covering millions of acres, at which the long-term strategic policies and decisions are developed. Strategic planning needs to consider the full range of goals, multiple uses, and public issues of concern in the area. The central reference point for strategic planning is developing the "desired future conditions," recognizing the larger landscape surrounding the national forests and grasslands. The information from the assessments provides the basis for developing and using visual means of expressing the desired future conditions. Strategic planning then focuses on developing pathways and actions to achieve the suite of desired future conditions.

This approach contrasts sharply with the past in which land and resource planning generally focused on relatively short-term issues of land allocations and timber harvest levels. Although these issues are important and consistent with the emphasis on sustainability, strategic planning must emphasize the development of desired long-term landscape conditions and outcomes that will provide a pathway towards sustainability. Current attempts at "large landscape" planning include the coordinated efforts on plan revision occurring on five forests in the southern Appalachians, three southern Idaho national forests, and the national forests of the Sierra Nevada.

Conduct operational planning for small landscapes

A "small landscape" level decision process identifies the types and locations of actions to carry out the long-term strategic goals and policies. The need to consider connected actions, cumulative effects and enable the public to understand the geographic context within which the actions occur argues for an approach to project planning that considers a larger geographic area than is usually covered by a single project. There often is a need to evaluate individual, controversial projects separately, but the cumulative effects of the project must be analyzed in the context of the small landscape management plan. Based upon an adaptive management approach, this level has a continuous cycle of activity, evaluation and review, adaptation and change. Current examples are sometimes called "site-specific" landscape plans, and following this experience, small-landscape planning covers from 10,000 to 100,000 acres.


The Integrated Land and Resource Plan: An Accumulation of Planning Decisions at all Levels and an Administrative Vehicle for Plan Implementation

The NFMA calls for development of an integrated land and resource management plan for each National Forest and Grassland. In our approach the integrated land and resource plan for each administrative unit of the National Forest System is the assemblage of all policies and decisions affecting the unit. This integrated plan can include: regional guidance for conservation strategies relevant to the area; the strategic vision, policies and multiple use goals developed through large landscape planning, including the description of the desired future condition; proposed management pathways for achieving the desired future condition and multiple use goals; implementing decisions and proposed project level management activities developed at the small landscape level; and sufficient records and documentation from monitoring to support on-going adaptive management. As the foundation of administrative policy and guidance, this planning documentation also should include the budget and staffing needs for implementation as well as the procedures and timing of monitoring and review processes. As a management tool, the plan not only includes monitoring processes, but also record ongoing results and subsequent changes in both strategic and implementation decisions.

As critiques of past "forest planning" acknowledge and our analysis confirms, the use of administrative units as the planning units, often caused large-scale ecological, economic, and social processes to be neglected or resulted in inconsistent decisions by adjacent administrative units. Thus, we suggest a planning and decision-making hierarchy whose geographic extent at the different levels will seldom occur at the boundaries of a particular national forest or grassland. Nonetheless, the physical repository of the planning decisions made at all levels rests at within administrative units, because an integrated land and resource management plan must also include the budgetary and staffing resources for carrying out the proposed policies and activities.


Thus, the Land and Resource Management Plan should be a "loose leaf notebook" that contains all of the policy direction, strategies and implementation proposals from decisions made at all levels of the planning process. It must also contain the monitoring methodologies and the evaluation results. The process of "plan amendment" thus represents a way of incorporating the dynamic nature of decisions in an adaptive management approach. Clearly, performance evaluation is a necessary and ongoing aspect of monitoring and evaluation.


Develop new institutions for creating, using and evaluating scientific information


In the first round of land and resource plans under NFMA, scientists, by and large, sat on the sidelines, as managers and inter-disciplinary teams developed plans using scientific information as best they could. A series of lawsuits, and a growing realization of the important role of science in planning, led the Forest Service and other federal agencies to call for "scientifically credible conservation strategies" for species and ecosystems. In addition, it has become increasingly clear that a scientific framework is needed to understand how the national forests and grasslands can contribute to ecological, economic, and social sustainability. Thus, the Committee of Scientists has suggested new institutions along with new roles for scientists in assessments, planning, implementation, monitoring and review.


Involve the scientific community in developing strategies for protection of species and ecosystems.


Assessments have a crucial role in providing the information base for planning. As part of that effort, scientists should help identify the focal species for analysis of species diversity and suggest procedures for estimating the viability of these species in planning. In addition, they need to suggest measures of ecological integrity, procedures for obtaining these measurements, and ways to assess whether ecological systems are being sustained. Finally, they can suggest important elements of conservation strategies to conserve species and ecosystems for use in planning. Recent work in the Pacific Northwest (FEMAT and ICBEMP) illustrates this approach.

Support a sustained commitment of Forest Service Research to collaborative planning and adaptive management


The Forest Service is blessed with its own research organization—perhaps one of the finest natural resource research organizations in the world. Forest Service Research has fought for and achieved a mission that emphasizes scholarly work publishable in peer-reviewed journals and allows considerable independence from the immediate needs of the National Forest System.

Decisions based in part on scientific information will require the involvement of scientists and knowledgeable people both inside and outside the federal government. However a key to the success of science involvement in planning is a strong, deep, and sustained commitment from Forest Service Research. Forest Service Research will necessarily need to shoulder major responsibilities for the contribution of science and scientists to land and resource planning – from assessments to monitoring. While collaborative planning will no doubt be assisted by scientists in other federal agencies as well as from outside the federal government, Forest Service Research will need to form a reliable core of scientists experienced in such efforts. These added responsibilities will require a refocused role for this branch of the Forest Service along with new institutions and new funding to make it work; otherwise, the shift of resources to assist planning will undercut the major research mission of the organization.


Better utilize the technical capacity of staff on the national forests and grasslands to link scientific results and principles to management actions and monitoring.


While Forest Service Research has an important and central role to fulfill in enhancing planning, it cannot and should not shoulder this responsibility alone. Care must be taken to ensure the ongoing credibility of Forest Service Research and maintain its solid foundation of basic research. The National Forest System technical staff must adopt a more central role -- as an interface between policy-makers and the research community as well as between policy-makers and managers -- on issues bearing on the scientific basis for decision-making. Forest Service Research can, for example, help create and evaluate science-based protocols for monitoring or assessments; develop the scientific basis for creating, evaluating, and modifying management standards and guides; and coordinate independent review of the scientific foundation of plans. Yet, National Forest System technical specialists need to bear responsibility for assisting, enabling and ensuring managers’ ability to apply this guidance to their day-to-day management decisions.


Institutionalize review and evaluation processes as on-going elements of stewardship


Establish a national science and technology advisory board

The Committee recommends that a national science and technology advisory board be created in order to provide highly qualified and independent scientific advice to the Forest Service. The more that conservation strategies and management actions are based on scientific findings and analysis, the greater the need for an ongoing process to ensure that the most current and complete scientific and technical knowledge is used. Such a board could also provide advice on the current "state of the knowledge" when policy decisions and management actions must reconcile variation in scientific findings or uncertainty in scientific results.


Involve the scientific community in designing effectiveness-monitoring procedures and the experiments needed under adaptive management.

Monitoring is a key component of planning. Yet, monitoring was not typically considered part of the planning process. Standard monitoring procedures need to be incorporated into the planning procedures and designed to be part of the information used to inform decisions. Adaptive management and learning are not possible without effective monitoring of actual consequences from management activities.

It is absolutely crucial that monitoring become a central component of planning if performance evaluations are to provide accurate and useful information, and if there is to be any kind of an "early warning system" given the inevitable risks involved in management activities. Monitoring needs to be given very strong emphasis in the new approach to planning and adequate budgets, Staff need to be assigned to monitoring to ensure that the results of management actions are continuously monitored and the data gathered transformed into usable and used information for evaluating, and if necessary changing, management actions.


Establish independent reviews on the use of technical and scientific information in planning and on the consistency of management proposals with current knowledge.

The credibility of the planning process rests in part on the routine application of an "outside check" on the use of technical and scientific information. Independent reviews can provide verification that plans and their implementation are consistent with current scientific concepts. There should be an evaluation of consistency of strategic goals and objectives with scientific and technical understanding at critical spatial and temporal scales.

Independent review can also promote adaptive management and learning. For example, reviews can highlight and reward creative approaches to the challenging management issues. It can, by its very presence, encourage collaboration between managers, specialists, and scientists at all stages of the planning process.

Integrate Budget Realities into Planning

Past land and resource management plans developed both the goals for management and a set of actions (such as timber harvest, road construction, trail building, wildlife habitat improvement, campground maintenance) to achieve those goals. Typically these actions are spread across a decade. Seldom did this planning process limit budget expectations to current or recent past experience. Rather the plans were developed with the expectation that they would define the budget levels, based on conclusions reached by the planning process and with public support. This approach often led to disappointment during plan implementation, when Congress appropriated less money than envisioned by the ten-year plan and targeted the funds it did allocate to a different mix of actions and outputs than called for in the plans.

Set set long-term goals using credible budgets and let actual budgets affect the rate of progress to the goals

For planning to be meaningful, it needs to bear a relationship to the current and likely future budget situation. Thus, there must be some relationship between the plan and the budget available to undertake the activities outlined in the plan. As outlined above, strategic planning should concentrate on setting the long-term goals and the associated desired future conditions, and should make a first estimate of the pathway (set of actions needed/conditions expected along the way) over time to achieve these desired future conditions. The estimated rate of attainment of desired conditions should be keyed to expected budgets, along with analysis of how increased or decreased budgets will affect the rate of progress. The details of actions to achieve progress toward these goals, however, should be left to implementation planning. As part of strategic planning, the budget required to achieve and to maintain desired future conditions should be examined; if the costs appear unrealistic, less expensive desired future conditions may need to be considered.

The actions outlined in the small landscape management decisions, updated on a yearly-basis, should be the basis for the budget requests. Budget shortfalls will affect the actions taken and the rate of progress toward goals; they do not automatically trigger a revision in the strategic plan. If it becomes clear over time that Congress is unlikely to fund accomplishment of the management goals, then the large landscape strategies and policies may need revision. The Forest Service is responsible for informing the public when the plan is being amended. During the periodic revision process, a comparison should be made between the expected and actual budgets in the past so that future strategies are based on realistic budget expectations.


Extend public participation in planning to the annual budgeting process


Land and resource planning and the budgeting to fund the plans operate under two different processes, with planning largely an administrative process and budgeting largely a Congressional process. It is important that people understand that plan implementation depends on funding from another political process and that budgeting is part of plan implementation. Without such an appreciation, people may have unrealistic expectations about what can be accomplished through land and resource planning.


Attempt to put more national forest goods and services, such as recreation, on a paying basis.


One way to reduce the uncertainty of budgeting is to fund activities out a percentage share of the net returns from user fees. Such an approach should reduce the dependence of the Forest Service on the vagaries of the budget process, encourage managers to be efficient in their expenditures, and provide signals indicating the value that members of the pubic place on different goods and services.


Some forms of recreation, as an example, would seem perfect for this approach. Recent RPA Assessments suggest the American people would be willing to pay many billions of dollars per year for the right to enjoy different types of recreation on the national forests. The Demonstration Fee Project, now in operation, provides an approach to recouping these moneys and using them in the local area. Similar efforts should follow. As an another example, developing stand treatment projects that contribute to sustainability while paying for themselves will be a major challenge for the next decade. While it is difficult or impossible to charge individually for collective goods such as protection of endangered species, self-financing activities will be one key in the future to stable programs on the national forests.



Key Elements in the Collaborative Planning Process


Make "desired future conditions" and the outcomes associated with them, the central reference points for planning

Collaborative planning createslanning is animated by collective vision of the desired future conditions, which consider the larger landscape in which the national forests and grasslands are located. a collective vision of future landscape conditions, and the uses, products, values, and services that will be provided by these conditions. It is our best hope for a "coming together" of the people and groups that care about the national forests and grasslands. Pictures, maps, and computer imagery of future conditions will help people visualize what the future landscapes look like.

Establishing long-term goals is the most constructive place to start in collaborative planning, and provides an essential guide for management. Visualization of the future landscape through pictures and computer simulations will be a crucial element in this work. Using information on current conditions from the bioregional assessments and elsewhere, the large landscape strategies should build a pathway from the current state to the desired future state that includes an estimate of actions and budgets that will be needed.


The central reference point for strategic planning is developing the "desired future conditions," within the context of the larger landscape surrounding the national forests and grasslands, recognizing serial changes in the nature of the forest and the forest condition. Desired future conditions, thus, refer to the intertemporal pathway of a dynamic changing forest. The information from the assessments provides the basis for developing and using visual means of expressing the desired future conditions. Strategic planning then focuses on developing actions to achieve the suite of desired future conditions. This task, however, will not be easy. This approach contrasts sharply with the past in which land and resource planning generally focused on relatively short-term issues of land allocations and timber harvest levels. However, just as the difficulty of producing an even-flow harvest level through time arises from several sources including the inherently dynamic nature of ecological systems, this inherently dynamic situation that will make management for a "desired future conditions" also difficult to predict or achieve with precision. Although these are difficult issues, we believe that, consistent with the emphasis on sustainability, strategic planning must emphasize the development of desired long-term landscape conditions and outcomes that will provide a pathway towards sustainability. Current attempts at "large landscape" planning include the coordinated efforts on plan revision occurring on five forests in the southern Appalachians, three southern Idaho national forests, and the national forests of the Sierra Nevada


Establish pathways to the desired future conditions and outcomes, and orient performance measures, monitoring, and budgeting to making progress along those pathways.

Within the context of natural disturbance regimes, collaborative planning should estimate a schedule of management actions needed to reach desired future conditions and outcomes, along with the intermediate conditions and outcomes expected along the way. The correspondence between management actions and expected results should become the performance measures for achievement of strategic goals. Measurement of performance would be accomplished through 1) comparing, on an annual basis, the expected treatment outcomes to actual treatment results, and 2) comparing every five to ten years, the rate and degree of movement towards the desired future conditions and outcomes that are expected. Either of those measures might have three possible outcomes: 1) concluding that management actions are moving the landscape toward the desired future conditions and outcomes; 2) concluding that treatments must be adjusted to more efficiently achieve those conditions; or (3) reevaluating the possibility of achieving the desired future conditions in light of the actual conditions.


Budgeting by amount and type of actions needed, rather than timber volume harvested or some other output measure, will ensure that the needed treatments occur. Currently, there is the understandable tendency to tackle the easy treatments to get the expected timber volume; accountability by type of treatment will help reduce that.

The expected conditions and outcomes following a specific management action should guide the design of the monitoring program. The degree to which outcomes correspond to expectations will provide a key piece of information about progress toward the desired future condition.


Provide local management flexibility through independent field review

OR<<NOTE - choose one>>

Combine local management flexibility with independent field review


Since planning is a creative and educative learning process, effective problem solving works best on small landscapes where local managers in collaboration with others can recognize and work within local conditions in moving toward desired future conditions. The justification for this flexibility rests on the importance of utilizing the creative powers of resource managers within a collaborative planning process in order to respond to the tremendous diversity across complex natural systems. In this way, managerial discretion can be a means to improving the reliability and effectiveness of broad policies applied at the local level.


Part and parcel with this discretion is the need for independent evaluation of how well site-specific implementation plans achieve strategic goals. In addition to ensuring consistency of actions with goals, field reviews also can highlight creative solutions and innovative approaches to common issues. Without an independent evaluation of specific projects and their implementation, it is difficult to justify such flexibility at the local level.

The key to successful implementation lies in harnessing the creative talents of national forest managers and interested members of businesses, communities, tribes, state and local governments and the public. With this collaborative approach public trust will be improved and local managers are more likely to develop successful approaches to implementation of strategic goals. The difficulty for organizations to engage in self-critique argues for an independent assessment. The interagency PACFISH reviews could serve as a model for this effort, assuming that the interagency committee’s assignment was broadened to consider all the values recognized in the plans.


Keep decisions close to the planning area.

Currently, the Chief is responsible for regional plans and the Regional Forester is responsible for National Forest and Grassland plans. Experience shows that this approach inhibits change and adaptation both at both planning levels. We suggest that the Regional Foresters be responsible for bioregional policy guidance and that the Forest Supervisors be responsible for strategic, large-landscape planning. Forest Supervisors should work closely with District Rangers in for the small-landscape, implementation planning. Forest Supervisors are responsible for ensuring that an integrated land and resource management plan is up-to-date and reflects what has happened in the area as well as what actions are anticipated over the planning horizon.

Emphasize ecological boundaries for assessment and planning, but also consider their social meaning.

In the past, planning boundaries were generally based on political, economic, or social boundaries— such as states, national forests or grasslands, timber sale boundaries. Over the last 20 years, it has been increasingly recognized that assessing and planning for sustainability must consider the ecological, economic, and social implications of the analysis and planning units chosen, be they administrative units, river basins, or mountain tops. Using boundaries meaningful for ecological, economic, and social processes will enable not only the development of comprehensive plans for the conservation of species and ecosystems, but also the ability to measure the cumulative effects of current and future management actions. Examples are the bioregions defined by the range of the northern spotted owl, the watershed formed by the Columbia River, and the vegetative/watershed boundary for the Southern Appalachian Assessment. Rarely, however, will a single boundary be sufficient for the assessment of sustainability—rather different boundaries will be needed for different species and ecosystems in the assessment and for assessing economic and social processes.

Collaborative planning at the large- and small-landscape levels needs to consider the ecological, economic, and social significance of the planning boundaries chosen. Large-landscape planning might focus on a geographic area that includes a single national forest, a cluster of national forests, or pieces of one or more national forests. Examples would be the Grande Ronde drainage within the Columbia River drainage, the Lake Tahoe watershed in California, the collection of watersheds containing the three southern Idaho national forests, or the northern, central, and southern parts of the Sierra Nevada. Small-landscape implementation plans would cover areas large enough to provide a context for action and to measure cumulative effects, but small enough to enable site-specific analysis of proposed actions. They also should have some meaning to people as a whole. Examples are the Little Applegate River on the Rogue River National Forest, the Seven Buttes area of the Deschutes National Forest, and the Chattooga Watershed Conservation Plan in the Southeast.


Address all federal lands within the area and work, to the degree feasible, with all affected federal agencies.

In the past, land and resource management planning "tended to go its own way." We believe that effective assessment and planning for our federal lands requires a coordinated approach across affected federal agencies. Federal agencies have improved their efforts at coordination in recent years, such as the interagency development of the Northwest Forest Plan. Still much work needs to be done.

The Committee of Scientists has repeatedly heard that state and local governments, tribes, non-governmental and private organizations, and the public are overwhelmed by the multitude and complexity of federal land and resource planning processes. Coordinating the federal planning processes, especially where there are adjacent federal managers within a regional landscape, would help solve this problem.

Harmonizing and coordinating the different statutory priorities, geographic areas of consideration, and implementation time frames of the various federal agencies is no small task, but the potential benefits are enormous. Integrating and coordinating these separate planning processes is essential to developing integrated strategies for ecological and social sustainability and for adapting these strategies to changed conditions over time.

Despite differences among agency programs, the principles and recommendations set out in this report have broad application among the various federal agencies responsible for management or regulation of natural resources. Integrated federal planning will not magically solve difficult scientific and social issues, but it should enhance public understanding and confidence in the various federal planning and regulatory programs. It should also provide the public with a clearer picture of desired future conditions for entire landscapes, from watersheds to river basins and ease collaboration with state and tribal governments, groups, and the public can become more efficient and effective.

It must be said, though, that the Forest Service cannot make coordinated federal planning happen by itself. Other federal agencies must also want to participate.

Move Toward Integrated Administration of Jurisdictionally Fragmented Areas

National forests and grasslands have an important role to play in organizing budgets and staffing needs for proposed activities, measuring performance, and monitoring results. Their land and resource plans provide a framework for integrative administration of a national forest and grassland, within the context of other federal agencies and jurisdictions, state and local governments, tribes, local associations and other landowners. We rely upon this administrative capacity of the national forest system, but suggest a move toward an organizational structure keyed to the boundaries of the large-landscape planning processes in some places. Without such a change, the potential for inconsistent, wasteful actions within the large-landscape areas is high. In addition, designating a large-landscape area, drawn on ecological boundaries, as the administrative unit should make it easier to communicate the goals of management to the public. A current example of such a unit is the Lake Tahoe Basin, which is the watershed of Lake Tahoe that was previously administered by four National Forests in two bioregions.

Utilize the NEPA review process as an opportunity to coordinate across agencies and jurisdictional responsibilities in the analysis of proposed decisions.

Agency processes for planning, decision-making, and appeals tend to assume a single-agency approach. As a result, agency processes are generally inwardly focused and sometimes offer little up-front opportunity for broader involvement in the assessment, planning, and decisional processes. NEPA is intended as a process to disclose the evidence and reasoning used in making commitments of federal resources or budgets. However, since it is a process that applies to all federal agencies, it is an opportunity for integrating and coordinating single-agency processes. Ideally, a more unified federal approach to planning and assessment will evolve over time, given the likelihood that the need for coordination will increase with greater attention to sustainability. In the meantime, however, the NEPA process was intended as a mechanism to enhance working relationships across agencies in the process of developing their plans and activities.


Utilize principles of efficiency analysis in planning, plans, and management

The national forests and grasslands should be efficient in their management, within the context of meeting their other goals. This mandate does not require the Forest Service to manage the public lands to maximize monetary return. Rather it simply requires the Forest Service to pursuit its objectives in the least cost manner and to insure that social benefits from its actions exceed social costs.

Some people may recoil from pursuit of "efficiency" in resource analysis, in part, because they feel that it serves only to justify commodity production from forests. We argue that efficiency analysis, broadly interpreted to address non-market as well as market outputs, serves an important function in planning the management of national forests and grasslands. Whenever multiple goals are sought, efficiency analysis can reduce the conflicts that may arise or exist. Also, with the greater scrutiny that budgets for will receive in the future, it will become increasingly important that managers be able to demonstrate that they are not "wasting" resources. Efficiency analysis enables managers to make this demonstration.


Identify the suitability of land for resource management as an outcome of planning

Section 6(g) is the heart of the National Forest Management Act. It is the section that outlines the requirements that planning must meet. These requirements include maintaining diversity of plant and animal communities to meet multiple-use objectives, ensuring that timber will be harvested only where watersheds will not be irreversibly damaged, and ensuring that clearcutting will be used only where it is the "optimum method". The very first requirement mentioned in Section 6 (g) is that guidelines are to be developed which ". . . require identification of the suitability of lands for resource management." This section was eclipsed by Section 6 (k) in the previous regulations, which required the identification of lands not suited for timber production.


Regard suitability of land for resource management as an outcome of the planning process

The classification of lands as to their suitability for different kinds of resource management should be made during planning for large landscapes. Land classifications are often needed to support decisions at various levels and can be incorporated into the land and resource management plan. Furthermore, the identification of lands not suited for timber production should be a subset of the identification of the suitability of lands for different types of resource management.

The planning process should produce the classification (zoning) of lands by suitable types of resource management. Types of resource management include timber production, range, and different kinds of recreation. Some lands might be classified as suitable for all types of management; others might only be suitable for one type. Site-specific analysis might be necessary to refine the estimates of where activities could actually occur and the form they could take.

The most complicated portion of this analysis addresses resource management involving timber harvest and timber production, where timber production is defined as a long-term commitment to produce commercial timber volume. NFMA states "Sec. 6 (k) In developing land management plans pursuant to this Act, the Secretary shall identify lands within the management area which are not suited for timber production, considering physical, economic, and other pertinent factors to the extent feasible, as determined by the Secretary, and shall assure that, except for salvage sales or sales necessitated to protect other multiple-use values, no timber harvesting shall occur on these lands for a period of 10 years.

Under this clause, timber harvest can occur for the "protection of other multiple use values," even where the forest is not suitable for timber production. Thus, lands suitable for resource management involving timber harvest need two sub-categories: (1)

timber harvest is prohibited, and (2) timber harvest is permitted. When timber harvest is permitted, however it might be either (1) for protection of other multiple use values, even though timber production is not a goal, or (2) that timber production is one of several goals.


Given this complexity, it is not surprising that identifying the lands "…not suited for timber production considering physical, economic, and other pertinent factors to the extent feasible..." has perplexed analysts since passage of NFMA. However, the criterion of economic efficiency broadly defined should eliminate many of these conflicts. For example, lands should be viewed as unsuited for harvest if the costs of regeneration, including using a reasonable discount rate, e.g., 10 percent, cannot be covered by the benefits (returns) from the future timber sales. In this case the initial harvest of the old growth should not be undertaken since it is inconsistent with efficient attainment of long-term sustainability. Lands may also be unsuitable due to environmental damages associated with the harvest, e.g., serious erosion or water quality deterioration, that exceed any surplus of harvest revenues over harvest costs. Similarly, economic criteria suggest that below cost timber sales do not pass the efficient test and therefore should not be undertaken unless justified by the achievement of some other end, marketed or nonmarketed, of sufficient value to justify the revenue losses. For example, if the below cost activity generate substantial values in turkey browse to compensate for the losses, the activity would be meet the efficiency criteria. The careful use of economic criteria should eliminate many of the questionable practices of the past. We do believe these problems are solvable by appropriate analysis of revenues and costs. Furthermore, such problems can be avoided by using the scientifically credible, participatory planning process that we recommend in the report, and by striving to attain the overarching goal of ecological sustainability.


Watersheds and Timber Supply --A Traditional Focus of the Forest Service in Achieving Sustainability


Watershed and timber issues are by statute key management purposes of the Forest Service. From the first Congressional management guidance to the forest reserves in 1897 to the more recent National Forest Management Act, watersheds and timber supplies have been singled out for special legislative attention. Thus, the Committee has developed general recommendations for these important resources.

Other legitimate uses of the resources of national forests and grasslands are also memorialized in statute, but are not addressed specifically in these recommendations. Our intent is that the planning process will identify resource uses and protective strategies most appropriate to a specific planning unit and will propose management strategies that integrate the management and use of those resources in a manner best suited to each situation. Prescriptive recommendations from the Committee regarding the management of individual resources, or resource uses, would be counter to this philosophy. A balanced approach to the tripartite concept of sustainability, implemented through a collaborative planning process, can integrate resource conservation and use it more effectively than any prescription the Committee could provide.


Develop a strategy for conserving and restoring watersheds


Given the importance of water flows and watersheds in the legislation underlying the purposes for creating and managing of the national forests and grasslands, the Committee has articulated a strategy for conserving and restoring watersheds. The Committee suggests a six-part strategy: (1) Provide conditions for the viability of native riparian and aquatic species; (2) Maintain and restore watershed integrity, that is, maintain and restore the natural composition, structure, and processes of the watershed including their flow regimes; (3) Recognize watersheds in assessment and planning; (4) Develop an overall strategy for setting priorities for restoration and use; (5) Energize the people of the watershed to help provide for their stewardship. Collaborative stewardship by all the landowners, along with state and local governments and the public, will be needed for successful conservation and restoration of these watersheds; (6) Monitor watershed conditions over time as part of adaptive management.


Recognize the role of timber harvest in achieving sustainability


From the beginning, a major purpose of the national forests has been to ensure a sustainable supply of timber for the American people. The 1897 Organic Act called for the national forests to "furnish a continuous supply of timber for the use and necessities of the citizens of the United States." Indeed, the primary reason for enacting National Forest Management Act was to provide authorization for timber harvest consistent with current silvicultural knowledge and harvesting techniques.


Silviculture is the process whereby humans tend, harvest, and re-establish stands of timber within forested landscapes. Silvicultural practices, such as timber harvest and prescribed burning, can help meet stand-specific objectives for species composition and forest structure along with landscape-level objectives for abundance, size, shape, and pattern of patches of different stand conditions, in addition to aiding in the attainment of a variety of goods and services.


Regional assessments need to define the historical characteristics of disturbances and stocking conditions as a context for selecting silvicultural methods. The Committee emphasizes the need for regional assessment to provide information on the characteristics of stands and landscapes that historically occurred in the different forest types, such as ponderosa pine or mixed conifer forests, and landscape units, such as mountain ranges, watersheds, or the range of focal species. Analysis of the historical characteristics of disturbances should be undertaken in regional assessments for each major forest type and landscape unit within the region. The assessment should consider the types of silvicultural systems potentially useful in the maintenance or recreation of these disturbance characteristics. Out of this analysis should come minimum and maximum sizes of disturbances in different forest types and landscapes and also information on the historical frequency, intensity, and pattern of disturbances. This information would then be used, in turn, to guide silvicultural approaches for achieving stand and landscape objectives, including the selection of silvicultural systems and restocking standards.


Develop flexible regeneration requirements that allow for natural seeding


Natural regeneration and associated ecosystem characteristics should be considered specifically in the regulatory process. NFMA states that the Forest Service should "ensure that timber will be harvested from National Forest System lands only where . . . there is assurance that such lands can be adequately restocked within five years after harvest". >From an ecological perspective, natural regeneration relates to the maintenance of genetic diversity. Interpreting the clause to mean that sites "will be" restocked within five years of harvest, rather than "could be" restocked, will likely have a chilling effect on the willingness of managers to give natural regeneration an opportunity.


NFMA also calls for the Forest Service to "insure that clearcutting, seed tree cutting, shelterwood cutting, and other cuts designed to regenerate an even-aged stand of timber will be used as a cutting method on the National Forest System lands only where: (i) for clearcutting, it has been determined to be the optimum method, and (ii) for other such cuts it is determined to be appropriate, to meet the objectives and requirements of the relevant management plan." With respect to clearcutting, the intent of this clause seems fairly obvious: clearcutting should be used only where it can be demonstrated to be the best method for meeting the objectives for the stand and landscape, but not as a default method. There are species, ecosystems, and disturbance conditions for which a convincing argument can be made for the "optimality" of clearcutting. While clearcutting may be an obvious choice for the regeneration of pioneering tree species, it may not be the only approach for regeneration and management. Suitable conditions for regeneration can almost always be created with a range of alternative reproduction methods, e.g., clearcutting-with-reserve-trees, shelterwoods, and even large-group selection.


At times there have been attempts to list the situations under which clearcutting will be considered. Such an approach is fraught with difficulties because of the impossibility of predicting all the different situations that might occur. For those cases where managers would like to use clearcutting, it should be clearly justified as the best regeneration method for that situation.


Select the size of timber harvest areas to promote ecological sustainability


At the time NFMA was passed, there was concern and controversy over the large clearcut squares that were appearing on the national forests. Setting upper limits on clearcuts and other even-aged methods seemed a useful way to address the problem at the time. Therefore, a clause in NFMA calls for maximum size limits for areas to be cut in one harvest operation. However, any limits regarding the minimum or maximum opening sizes of harvest blocks need to be based on the ecology of the species and disturbances typical of the region.


Generalized harvest unit limits can sometimes result in detrimental, unintended effects. General implementation of this provision could be a prescription for fragmentation of the forest into patterns that have not been experienced historically though natural disturbance. As forest managers have become interested in management reflecting natural disturbance regimes, it has become less certain that simply restricting the size of the patch created by even-aged harvest is the best approach for managing the size of disturbance created through harvest. To emulate natural disturbances, the overall size of the harvest units should be designed in accordance with patterns of disturbance on the broader landscape.


Recognize that adherence to sustainability increases the predictability of a "continuous supply of timber for the use and necessities of citizens of the United States"


The National Forest Management Act limits timber removals to be "a quantity equal to or less than a quantity which can be removed on such a forest annually in perpetuity on a sustained yield basis..." given certain provisions. The need for predictable, sustainable timber harvest levels changes over time. In the past, this sustained-yield provision was seen as an all-purpose safeguard of sustainability. The restriction on timber harvest to the level that could be sustained in perpetuity would ensure that the forest was not plundered. An even flow of timber was seen as ensuring economic and social sustainability through contributing to community stability. In recent years, though, the identification of sustainability with sustained yield has wavered. Today, focal species are one way to assess ecological sustainability. The difficulty of producing an even-flow harvest level through time arises from several sources including the inherently dynamic nature of ecological systems. Of course, it is this inherently dynamic situation that will make management for a "desired future conditions" also difficult to predict or achieve with precision. Such inescapable uncertainty has lessened the capability of sustained yield management to contribute to "community stability". Also, questions have been raised as to whether community stability is the appropriate goal.


Still, there is the desire for predictability in timber harvest levels. Without some notion of the magnitude of likely offerings, it is improbable that investment will occur in wood processing facilities. Ultimately, national forests may be faced with a situation in which the operators needed to undertake desired stand treatments are not available. Just as the timber industry in many parts of the country requires outputs from the national forests, the national forests need a functional timber industry to help achieve long-term goals for these lands. In addition, communities planning for their future would like to have some confidence in the amount of timber that will be coming off of nearby national forests.


Thus, the more that timber harvest contributes to long-term sustainability, the more predictable timber outputs will be. To the degree that timber harvest works against sustainability--ecological, economic, or social--it will be unpredictable and difficult to achieve. Proposals to harvest old growth trees where they are relatively scarce will almost always meet with resistance. Proposals to temporarily raise timber harvests above sustainable levels to address employment problems generally meet with public dismay in the last planning process. On the other hand, thinning understories to reduce fuel and produce commercial volume can meet with acceptance and approval.


Do not compromise the goal of ecological sustainability via timber harvest activities.


The ultimate constraint on allowable timber harvest activities is that they cannot compromise the goal of ecological sustainability. In the future, planning, and budgeting, and monitoring should focus on the kinds and amounts of expected actions and on the conditions and outcomes they will produce on the landscape. Under the Committee's recommendations, forest management actions in the future will be guided by a comparison of the existing condition to the desired future condition. Where timber harvest is scheduled, these actions should be stated in terms of the acres of treatment relative to prescription goals; the volume taken is the result of applying the prescription. Planning, budgeting, and monitoring should focus on the kinds and amounts of expected actions and the collective ecological impacts that arise from these actions.


External Influences on Collaborative Planning and Stewardship


Improve the relationship between plans and budgets


Budget levels necessarily affect both the potential desired future conditions and the rate of progress towards achieving those conditions. If planning is to be effective it should make a difference and generate worthwhile results. These simple tests cannot be met unless budgets are adequate to achieve the desired results. Since costs are important, the choice of a set of desired future conditions needs to include analysis of reasonable budgetary expectations. However, performance will always depend partially on available budgets as so progress must be regularly assessed based upon available resources. When progress is inhibited by lack of financial resources, there comes a time when the goal itself must be reconsidered in light of reasonable budgetary expectations.


Recognize that a post-decisional appeals process does not provide incentives for collaborative planning and stewardship.


The current appeals process is not conducive to collaboration, indeed it hampers it by providing strong incentives to "leave the table." Within a multi-agency collaborative process, this problem is compounded by the different rules regarding how appeals are treated for each agency. It is clear to the Committee that this is a serious problem and requires a new approach. However, only one part of the problem has to do with appeals from the public. In a collaborative planning context, agencies need to develop new approaches for working with each other and methods for reconciling differences in responsibilities and outlook. Thus, the Committee recommends that a multi-agency task group carefully examine this problem and ideally develop an appeals process that is consistent across agencies. The Committee recognizes that legislation currently requires post-decisional appeals for project decisions. Nonetheless, this requirement needs to be analyzed in the context of the new approaches to planning and recommendations for changes made to ensure that a collaborative planning process will not be undermined


Recognize differences in legal responsibilities and missions across federal agencies.


The Committee heard many comments from people concerned about the potential substantive and procedural differences across the numerous federal statutes affecting federal land and resource management. While ideally these differences might be reconciled by new legislation, such a process is for the long term. The Committee’s approach is to recommend a collaborative planning process in which representatives from other agencies responsible for implementing these laws are involved in the planning process at all stages. In addition, representatives of agencies with jurisdiction or interest would be members of the teams undertaking the project reviews of implementation plans.


The Committee hopes that the collaborative planning process and the recognition that collaborative stewardship is necessary is an important first step toward developing coordinated policies and activities across administrative boundaries. Indeed, only by beginning with the requirements of the Clean Water Act, the Clean Air Act and the Endangered Species Act, to name only a few of the important environmental statutes in natural resource management, can these requirements be consistently met in land and resource plans. The best way to achieve this integration of responsibilities is by developing multi-agency planning teams who consider all lands within a planning area and reconcile differences in mission and responsibility in context.


<<NOTE: Need to review the potential conflicts among legal requiments>>




Sustainability in its modern sense fully captures the essences of more than a century of American conservation and natural resource management. Indeed, the integration of the ecological, economic and social components into one over-arching concept brings clarity of both understanding and action to our history of public land management. The Committee uses the term "ecological sustainability" to refer to the special responsibility for the management of the national forests and grasslands. However, these lands are part of a larger, integrated framework, and the people and their livelihoods remain equally important in developing plans for the conservation, use and management of the national forests and grasslands.


It is the hope of the Committee that our report will bring into one document many of the exciting innovations in land stewardship that are being applied on some systems. Innovations in the use of information and map manipulations with computer technology has let people visualize future landscapes. Innovations in the use of new modes of communication allow each national forest and grassland to involve citizens and groups around the country, all of whom care passionately about the public lands, to participate in shaping the future visions for these lands. Innovation in the use of new methods of analysis to better utilize the data from monitoring and incorporate adaptive management to promote learning and change.


It is also our hope that by including the many diverse perspectives of science planning that each committee member brings to this task, even when we see issues somewhat differently, that this report will foster the kinds of public deliberation and debate deserved by those who work daily to manage the public lands in the best interest of the public.