| SY Portrait - Quotes Change requires, as inventor Edwin Land used to say, "not so much having a new idea as stopping having an old idea". The all important first step to ecoforestry is awakening to, and evolving past, sustained yield, the 20th century paradigm for resource management. People most often stop with a shallow and largely favorable idea of sustained yield resource management. This quotes section is a cumulative portrait of SY intended to explode that simple, shallow half-understanding by focusing on the details and implications of SY through the eyes of many different commentators. The first quotes were put up in Nov 99; the green typed quotes were added Aug 2000 and there are more to come. This section is now more then twenty typed pages so it might be wise to print to read. I’m a sidewinder operator and not an academic and my filing system is as sloppy as the booms I stow but if you need further info on any particular quote e-mail me through questions and comments and I’ll try and help. "Human beings and the natural world are on a collision course. Human activities inflict harsh and often irreversible damage on the environment and on critical resources. If not checked, many of our current practices put at serious risk the future that we wish for human society and the plant and animal kingdoms, and may so alter the living world that it will be unable to sustain life in the manner that we know. Fundamental changes are urgent if we are to avoid the collision our present course will bring about." Union of Concerned Scientists "Nature designed forests to live 100 to 5000 years. We are designing a forest to live between 60 and 120 years. Nature continually regenerates diverse forests of single and multiple tree species (usually between one and 10 tree species) including plants, animals, micro-organisms and fungi. We design forests of single and multiple tree species (often planting two or more tree species on the same site) leaving regeneration of other components of the ecosystem to nature. Nature designed some forests to be connected, and others to be disconnected, "in space and time over vast landscapes." We are designing fragmented forests disconnected in space and time on clearcut patches. Nature designed a forest to be self-sustaining, self-repairing. We are designing a forest to require external expenditures and subsidies , watershed restoration, brushing, spacing and fertilizers." Anthony Britneff RPForum Oct 97 "The one process now going on that will take millions of years to correct is the loss of genetic and species diversity by the destruction of natural habitats. This is the folly our descendants are least likely to forgive us." E.O. Wilson
"Given the importance of the forest industry to the provincial economy however, timber production will remain a priority." former Deputy Forests Minister John Allan Evidence points to a common cause behind past failures of investments in sustainable development. Historically, the management of forest, rangelands, fisheries, and wildlife resources was dominated by theories of carrying capacity and goals of sustainable yield. Human behavior was ignored. The application of these theories led to the expectation that target variables such as employment could be stabilized and created a demand for a constant flow of product. These policies were successful initially, and profit and employment were, in fact, stabilized. But their very success resulted in slow changes in key ecological, social, and cultural components not captured in the management models: changes that typically led to the collapse of the entire system. The "economic extinction" of cod along the coast of eastern North America is a prime example. From a review of a wide range of failed sustainable development initiatives, a common pathology emerges. At the extreme, the ecological system loses resilience, the industries become dependent and inflexible, the management agencies become rigid and myopic, and the public loses trust in governance C.S. Holling Conservation Ecolgy website Dec 2000 "The practice of forestry… is currently undergoing the most profound and rapid change since its establishment a century ago. The evolution from sustained yield management of a relatively small number of commercial tree species to the protection and sustainable management of forest ecosystems is changing some of the fundamental premises of forest management. Sample, Johnson, Aplet, Olson DEFINING SUSTAINABLE FORESTRY "The instrument, the knife, that carved out the new, rudimentary forest was the razor-sharp interest in the production of a single commodity. Everything that interfered with the efficient production of the key commodity was implacably eliminated. Everything that seemed unrelated to efficient production was ignored. Having come to see the forest as a commodity, scientific forestry set about refashioning it as a commodity machine. Utilitarian simplification in the forest was an effective way of maximizing wood production in the short and intermediate term. Ultimately, however, its emphasis on yield and paper profits, its relatively short time horizon, and, above all, the vast array of consequences it had resolutely bracketed came back to haunt it." James C. Scott SEEING LIKE A STATE "Ecological forestry that maintains an effective coarse filter differs markedly from the ‘engineering’ approach common under sustained-yield timber management. Under that model, foresters try to define precise objectives for specific ecosystem components (e.g., trees, water, habitat for a particular endangered species) and use sophisticated quantitative methods to determine optimal management strategies. Though it can be considered appropriate for certain narrowly defined problems, we believe that there is a certain arrogance to such an approach to managing forests for biodiversity. It assumes a near- perfect understanding of the ecosystems under management." Robert Seymour and M.L. Hunter Maintaining Biodiversity in Forest Ecosystems (p.29) "The rights to harvest BC forest lands are distributed to companies through a system of tenures, which are predominantly volume-based Forest License (FLs), and area-based Tree Farm Licenses (TFLs) (Figure 1). The "tenure system" and accompanying sustained yield policies existing in BC limit changes companies can make to the amount of timber they harvest and where they can harvest it. The tenure system is based on creating a long-run sustained yield of fibre in the province, and is predicated on the "liquidation conversion" project in which old growth forests are converted into faster growing second growth forests based on an 80 year rotation cycle. Absent changes to the tenure system and annual allowable cut calculations, old growth forests will necessarily have to be part of most forest harvesting." Politics Within Markets Cashore, Auld and Newsom
"Two broad schools of thought exist regarding landscape planning. In one, future landscape patterns are described in specific desired products (e.g., wood fiber, habitat) and known ecosystem processes. The theme can be summarized as ‘we know what we want and we know how to get it’. In the other approach, future patterns are based upon historic patterns to the degree feasible. This point of view reflects the fact that we cannot even name all the species in the landscape, much less rationally plan for their habitat needs and ecosystem functions. A premise of this approach is that native species have adapted to the disturbance events and resulting range of habitat patterns of the past thousands of years. The probability of their survival is reduced if their environment deviates substantially from the range of historic conditions." Cissel, Swanson, McKee and Burditt Journal of Forestry
"The volume of wood harvested annually is probably the single most important decision affecting a forest property or region. Forest managers have typically used one of two forest regulation methods: volume control, typically associated with forests under an uneven-aged management; or area control, used in forests of single- or two cohort stands. Area-based approaches have one outcome in mind: a perfectly rectangular age distribution, with equal areas in each age class up to the rotation, and none older - the so-called ‘normal’ or perfectly regulated forest. As computer technology has evolved, complex harvest scheduling models have emerged which combine both methods. Forest regulation under sustained-yield timber management has always attempted to maximize wood volumes harvested over time, subject to long-run sustainability constraints that may or may not include ecological parameters." Robert Seymour and M.L. Hunter Maintaining Biodiversity in Forest Ecosystems (p.47) "Current standards represent the protection of environmental and cultural values as constraints on managing the timber resource. Current standards do not effectively integrate ecosystem and cultural values. Nor do they adequately address requirements for ecosystem sustainability, harmonious stewardship of all resources, and the needs of future generations.Historical approaches to forest management have focused largely on products rather than on the biological systems from which these products derive. In Clayoquot Sound, as elsewhere in British Columbia, sustaining timber production has historically taken precedence over maintaining forest ecosystems. The Panel believes that forests should be managed as ecosystems, rather than as potential products, and that forest practices should not put at risk the long-term health of forest ecosystems. "Sustainable ecosystem management" is characterized by resource management practices that are scientifically based, ecologically sound, and socially responsible. The Scientific Panel’s recommendations are among the first efforts taken to shift forestry from its historical focus on sustaining output levels for specific forest products to a focus on sustaining forest ecosystems." Clayoquot Sound Scientific Panel "… the Forest Practices Code is completely within the sustained yield paradigm" former Deputy Forests Minister Gerry Armstrong "Although forests are constantly changing, the extent and spatial distribution of stand structures can be classified at any particular moment in time, in terms of the composition and size of different tree species and of understory vegetation, the presence of debris and the successional stage. Industrial forestry generally results in the reduction of ‘late-seral’ structures, i.e., older stands characterized by large trees and a partially open canopy, rich in snags, downed logs and other debris which support a diverse understory vegetation and wildlife habitat. Prevailing forest management systems tend to result in a large share of stands in the ‘competition exclusion’ stage, in which the vigorous growth of young trees produces a tightly closed canopy with little understory vegetation. Relatively few species can thrive in such conditions. Using such indicators as proxies for biological diversity, forest conditions can be tracked over time and significant deviations from historic patterns can be quantified." Bruce Lippke and Joshua Bishop Maintaining Biodiversity in Forest Ecosystems (p.612) "There is sustained yield management in the forests of Canada. All ten provinces have proclaimed they are following a sustained yield policy, and they own 80% of the forest area. The federal government has stated it operates on a policy of sustained yield, thereby accounting for a further 11% of the Canadian forests. Private woodlot owners say they practice sustained yield, and that adds another 8%. Industrial forest land holdings make up the remaining 1% of the forest area in Canada, and the industry has also stated a policy of sustained yield. That appears to account for 100% of the forests of Canada." Gordon Baskerville Forestry Chronicle "Nature designed a forest as an experiment in unpredictability… We are trying to design a regulated forest. … Nature designed a forest of long-term trends….We are trying to design a forest of short-term absolutes….Nature designed a forest with diversity….We are designing a forest with simplistic uniformity….Nature designed a forest with interrelated processes….We are trying to design a forest based on isolated products." Chris Maser The Redesigned Forest "The basis of most forest management in B.C. is the sustained yield concept. … Although sustained yield does not represent the ultimate management policy, it is so well entrenched in B.C. forestry that the concept will be in use for many years." The Forest Handbook of B.C
"(T)he very long planning horizon of timber supply policy creates acute path dependency. That is, we are now living with the consequences of timber supply decisions taken decades ago that forces us along a particular path chosen then. To retrace our steps and reopen possibilities that were rejected by those early decision makers would be expensive or even impossible. Path dependency reinforces the technical character of timber supply analysis by foreclosing or, at least, putting serious obstacles in the way of radical change in direction." Jeremy Rayner, The Timber Supply Review IN SEARCH OF SUSTAINABILITY "Liquidation of all old growth primary forest has been explicit government policy in British Columbia since 1945." Janet Abramovitz Worldwatch Institute "Perhaps the greatest challenges of all lie in the realm of the social contract. Old understandings seem to be null and void: who, today, would champion the traditional role of a professional "priesthood" entrusted with resource management? Who would turn to science and technology as the ultimate sources of wisdom. The future of the coastal temperate rain forest requires professionals, citizens, and communities to become more deeply involved in management of natural resources, and we have not figured out how to make that happen without rancor…" M. Patricia Marchak and Jerry F. Franklin Forward The Rain Forests of Home "The primary goal of resource management - sustained yield - evolved from the utilitarian values of the Progressive Era. Intuitively, sustained yield is a logical and laudable goal: no more is taken than can be replenished. As it has come to be implemented, however, the concept of sustained yield has been modified to mean taking the maximum supply a system can withstand (i.e., the furthest point to which production can be pushed without impairment of the resource’s ability to reproduce). One of our colleagues calls this ‘management at the edge of harm’." The Politics Of Ecosystem Management Hanna Cortner and Margaret A. Moote "This section has attempted to demonstrate that the question of overcutting hinges on the goals of timber supply policy, which, for most of this period, were the goals of sustained yield timber management modified by the decision to liquidate the province’s natural forests in a single rotation. However, different conceptions of the problem to which this variant of cooperative sustained yield is supposed to be the solution result in each interest having a rather different conception and ordering of these goals and hence a different understanding of the objective in view. A managed forest can only be overcut in relation to a management objective. If there is general agreement about management objectives, it is a relatively simple matter to determine whether too much (or too little) wood is being cut to achieve these objectives. However, the presence of different goals and goal rankings in the policy community means the potential for irreconcilable disputes on this issue. " Very early on, as royal commissions reveal, such disputes arose between the forester’s goal of maximizing biologically sustainable fibre production, the government’s goal of maximizing a sustained stream of general revenue, and the forest companies’ goal of short-term profitability and freedom to respond to business opportunities. These disputes were resolved through a process of accommodation within the policy community without disturbing the subsectoral regime. However, the appearance of a more complex goal of ecological sustainability was altogether more serious. Not only did it threaten to bring new actors and new ideas into the subsector and to put more downward pressure on the AACs, but it was not all clear that the basic instrument of yield regulation around which the old actors were organized was suitable to achieve such ecological objectives as biodiversity conservation." Jeremy Rayner The Timber Supply Review IN SEARCH OF SUSTAINABILITY "….those who see forests primarily as sources of fibre and are committed to the commercial development of the resource remain on the policy track laid down after the Second World War. The forest industry and the ministry continue to implement what can be called the liquidation - conversion project, a set of policies aimed at achieving a controlled liquidation of old growth forests and their conversion into managed second growth plantations. Despite two decades of intense debate over forest policy, both harvest levels and the proportion of the harvest that is clearcut have increased dramatically since the 1970s. The busy air of policy innovation may simply mark the final stages of the liquidation - conversion project, amounting to nothing more than a sophisticated symbolic politics that serves to contain environmental opposition." Ken Lertzman, Jeremy Rayner, Jeremy Wilson "If 20th century forestry was about simplifying systems, producing wood, and managing at the stand level, 21st century forestry will be defined by understanding and managing complexity, providing a wide range of ecological goods and services, and managing across broad landscapes…managing for wholeness rather than for the efficiency of individual components." Kohm And Franklin Creating A Forestry For the 21th Century "New ideas were certainly not lacking. Conservation issues had appeared on that larger agenda, for which traditional yield analysis methodologies seemed irrelevant. Even more threatening from the subsectoral policy community’s point of view, alternative models were also available in which timber supply was treated as a residual after habitat protection and biodiversity conservation. But what we learn from the TSR1 case is the impotence of new ideas if the actors promoting them are successfully excluded from policy formation. With help from some noisy interventions in the wider politics stream, the traditional policy community was able to maintain a focus on sustaining short-term employment and revenue as the key policy problems in this subsector, problems for which improved yield regulation seemed far and away the most plausible solution. The alternative models, stigmatized as experimental and untested, were kept off the restricted selection of policy alternatives that made up the actual decision space for government. As this chapter has emphasized, the decision space was already bounded by the nature of the issue itself, characterized by acute path dependency as a result of the very long planning horizons of forest management and the consequent need to take account of timber supply decisions made many decades before. " Jeremy Rayner The Timber Supply Review IN SEARCH OF SUSTAINABILITY "All plans and activities must protect, maintain, and restore (where necessary) a fully functioning forest ecosystem at all temporal and spatial scales. Forest composition, structures, and functioning must be maintained, from the largest landscape to the smallest forest community, in both short and long terms." Herb Hammond Silva Forest Foundation "Sloan’s major recommendation was to establish a sustained yield program that would give forest companies long-term harvesting rights over large tracts of publicly owned forest land in return for a commitment that they practice sustained yield management. Sloan also argued that this new system would give large BC forest companies a competitive edge over their European competitors. Sloan’s sustained yield recommendations were adopted by the provincial government, resulting in an important spillover from the AAC subsector to the timber pricing subsector." "The new sustained yield policy largely spelled the death knell of competitive bidding as a timber pricing policy instrument in the province. A decision had been made to give companies the same proportion of harvest they had before this program. Each established company was given a quota in which they had effective cutting rights over new tenure arrangements. Huge, nonrefundable bidding fees were set for firms that wished to outbid a company with a quota in a certain area. As Schwindt notes, " Within twenty years of implementation of sustained yield in British Columbia, competitive markets for the timber resource were closed." Ben Cashore Timber Pricing In BC IN SEARCH OF SUSTAINABILITY "...(T)he concept of conservation ecology is often limited to a protectionist agenda: buy, fence, and lock up as much as possible of the natural world. But fences rot and locks rust. Arbitrary lines drawn on a map have always faded in time; just ask a Cherokee. The critical challenge for science, and our species, demands that we abolish intellectual barriers, crush limited paradigms, and take the broadest possible view of the problem." O’Neill, Kahn, Russell "In a sense, the need for integration is also the lesson of the old paradigm's failure. The paradigm failed because it oversimplified a complex reality. It is still not clearly understood that the oversimplification took two forms. First, the sustained - yield paradigm failed to understand the complexity of forest ecosystems, systematically downgrading the mounting evidence of soil erosion, biodiversity loss and disappearing habitat as so many anomalies to be handled by doing better in future. Second, it failed to come to terms with the fact that sustainability is as much a social as an ecological problem. Sustained - yield forestry is only a problem to the extent that it fails to provide us with what we want from our forests. It continues to be defended precisely because it is providing some people with exactly what they want. Jeremy Rayner Implementing sustainability in west coast forests Journal of Canadian Studies "EM (ecosystem management) technology will probably emerge as more important to people than either the technology of the communications revolution or biotechnology because of its potential usefulness in guaranteeing a livable environment" John Gordon, Yale University "(D)ecisions made when the sustained yield paradigm was established after the Second World War set the province on a path that has been and will continue to be extremely costly and disruptive to reverse." Cashore et al. Change and Stability in BC Forest Policy IN SEARCH OF SUSTAINABILITY "At it’s core, though, this is a story of attempts by political and economic elites to contain a movement that challenges assumptions and practices deeply embedded in the forest economy’s history. The environmental movement calls into question an economic culture premised on drawing down inherited natural resource capital. By arguing that the province’s forests should be seen as something more than a stockpile of wealth to be used by the people of the province, environmentalists challenge the province’s long dependence on old growth liquidation. In so doing, they most threaten those who perceive their economic futures to depend directly on continued liquidation of forest wealth." Jeremy Wilson Talk And Log "Sustained yield is not the same thing as sustainability. You could produce a sustained yield of timber (for several rotations anyway) without practicing sustainable forestry…Managing for a consistent and sustained supply of one commodity does not ensure that all other commodities and values will be maintained. Nor is the concept of sustained yield particularly appropriate for forests as ecosystems. Even if one includes all known non-timber forest products and all aspects of ‘wildcrafting’, most components of forest biodiversity are not harvestable resources…Nevertheless, natural resources have continued to be managed (or mismanaged) under the rubric of sustained yield in one form or another, and the histories of forestry , fisheries, and wildlife management show similar patterns [of resource depletion]."Pojar et al. Silvicultural Options on the Central Coast draft BC MoF 1999 "It was in this context that the concept of the regulated forest came into being. Under this concept, forests were to be managed to yield periodic, regular, and sustainable timber harvest volumes. The objective of sustainable timber harvest by itself, however, does not generate a unique harvest level, since there are a variety of harvest levels from any given forest that allow timber to be sustainably harvested. However, the objective of maximizing the sustainable volume of the sustained yield harvests does generate a unique result. For even-aged stands, such an approach sets the length of rotation according to a biological rule, which determines that harvest occur when the mean of the annual increment of growth in the stand reaches a maximum (culmination of mean annual increment). This approach recognizes that trees begin their growth slowly, with only modest increases in annual volume, then increase their growth at an increasing rate, and finally, beyond some age, begin to experience a decline in annual additions to tree volume. The culmination of mean annual increment rule gives the rotation age at which the sustainable harvest volume will be maximized. The harvest level is determined using Hanzlich's Formula, which divides the net growth over the entire area of the economic enterprise by the rotation length and indicates the average annual volume of timber that can be removed on a sustainable basis." Alaric Sample and Roger Sedjo Sustainability in Forest Management: An Evolving Concept "The major change in forestry thinking wrought by EM has been the abandonment of the concept of a stable flow of wood from the land as a universally dominant management objective. As an environmental paradigm replaces utilitarian, conservation, and preservation paradigms in land managers’ and the public’s view of the landscape, the management of whole systems for a variety of purposes rather than commodity flows or single resources (including "wilderness") will become increasingly overt and explicit. EM will differ from multiple-use management in focusing on inputs, interactions, and processes, as well as uses and outputs." John C. Gordon, Yale University "The evolutionary paradigm is different from the conventional optimization paradigm popular in economics in at least four important respects (Arthur 1988): 1) evolution is path dependent, meaning that the detailed history and dynamics of the system are important; 2) evolution can achieve multiple equilibria; 3) there is no guarantee that optimal efficiency or any other optimal performance will be achieved due in part to path dependence and sensitivity to perturbations; and 4) ‘lock-in’ (survival of the first rather than survival of the fittest) is possible under conditions of increasing returns. While, as Arthur (1988) notes "conventional economic theory is built largely on the assumption of diminishing returns on the margin (local negative feedbacks)" life itself can be characterized as a positive feedback, self-reinforcing, autocatalytic process (Kay 1991, GŸnther and Folke 1993) and we should expect increasing returns, lock-in, path dependence, multiple equilibria and sub-optimal efficiency to be the rule rather than the exception in economic and ecological systems." Costanza et al. Modeling Complex Ecological Economic Systems. BioScience 1993 "When systems are pushed outside the bounds of natural variability, there is a substantial risk that biological diversity and ecological function will be jeopardized and therefore, ecological systems will not be naturally maintained." Ayn Shlisky Journal of Forestry "Tensions over ecosystem management are at their starkest in cases where environmentalists and their allies contend that harvesting plans endorsed by the industry and other parts of the development coalition involve a rate of logging too high to allow protection of ecosystem characteristics. Anxious to maintain harvest levels, the industry and its supporters usually adopt as their first line of defence a set of responses based upon the sustained yield – multiple use (integrated management) discourse that was employed to legitimate operations through out the 1970s and 1980s. Industry spokespersons argue that their harvesting practices are designed to sustain the timber supply and protect other important forest values such as wildlife, viewscapes, and riparian zones. Where this response fails to neutralize pressure for ecosystem management, industry interests usually begin to explore what might be referred to as ‘old wine in new bottles’ strategies. "Typically these combine symbolic manoevering with limited substantive concessions. Elements of the ecosystem management discourse are incorporated into rejigged defences of the practices, and if necessary, these practices are adjusted with an eye to convincing at least the undecided portions of the attentive public that these constructions are credible. Throughout this exercise, industry interests try to create and capitalize on the ambiguity surrounding ecosystem management concepts, hoping to maintain a set of meanings loose enough to allow limited modifications of the practice to be sold as a genuine response to new ideas. Ultimately, the development coalition aims to neutralize pressures for policy change by winning support for the claim that it has brought practices into line with the standards embodied in the ascendant discourse." Jeremy Wilson in Howlett, ed CANADIAN FOREST POLICY"As conceived in the Multiple Use and Sustained Yield Act, within the limits set by ecological sustainability, land and resource planning was to seek the achievement and maintenance in perpetuity of high levels or regular periodic outputs of the various renewable resources of the national forests. Two realities make this approach problematic. First, the dynamics of ecosystems means that scheduling a regular, predictable output of a single product probably will fail because productivity varies through time. For example, experience has shown the difficulty of achieving even flow when management focuses upon maintenance of a high level of production of a short list of outputs (such as wood fiber and forage). Second, an even flow can be sustained under variability, but it often comes by over-exploiting the system's productivity (e.g., by harvesting more than is produced annually) or by impairing other ecosystem elements (e.g., grazing under conditions that cause erosion). When managed this way, National Forests appear to promise a stability of commodity flow that they can not deliver, and public expectations are raised about the long-term capability of the land and likely resource flows. At the extreme, forests managed this way become subject to catastrophic surprises when unusual, but natural, events occur (e.g., greatly increased flooding and landslides during heavy rains). Communities that grow dependent on artificially high or constant commodity flows can eventually suffer the same catastrophic surprises--losing all semblance of sustainability." Committee of Scientists Third Draft Preliminary Report July 98 "(FORPLAN) was designed to help estimate even flow levels of timber output through time while recognizing other Forest Service objectives by putting in certain constraints and manipulating various inputs. When you go from measuring sustained yield of outputs to sustaining processes and functions of the ecosystem, you really change your whole orientation and how you think about the problem. FORPLAN was not set up to deal with this latter view of sustainability." Norm Johnson, FORPLAN creator, Gang of Four "As ecologists grapple with the incipient science of ecosystem management, so resource managers are beginning to grapple with what amounts to a fundamental shift in the way they conceive of and manage forest resources. After more than a century as the guiding principal of forestry, ‘sustained yield management’ of a few commercial tree species is evolving and gradually being replaced by another principal: the protection and sustainable management of forest ecosystems, taking into consideration the full array of plant and animal species that occupy these complex natural communities." V. Alaric Sample Introduction Remote Sensing and GIS in Ecosystem Management "There are currently many plans for sustainable use or sustainable development that are founded upon scientific information and consensus. Such ideas reflect ignorance of the history of resource exploitation and misunderstanding of the possibility of achieving scientific consensus concerning resources and the environment. Although there is considerable variation in detail, there is remarkable consistency in the history of resource exploitation: resources are inevitably overexploited, often to the point of collapse or extinction." Carl Walters, Donald Ludwig, Ray Hilbor "Historically, the development of forest policy in many countries, including Canada and the United States, has been influenced by the concept of sustained yield. Sustained yield principles are as old as the forestry profession itself and, to a great extent, provide the ethical foundation upon which it is built. Policies designed to promote sustained yield forestry are firmly entrenched in all Canadian jurisdictions and pervade almost every aspect of forest management." David Haley and Martin Luckert in Managing Natural Resources in BC A good example of a policy that might be portrayed as precautionary, but is not and should be reformed, is the traditional approach of taking the maximum sustainable yield (MSY) from a fishery. The MSY approach to managing fisheries involves creating a bell-shaped curve to determine the total advisable catch of a targeted stock. In theory, as long as the catch remains on the ascending side of the curve, increased fishing will yield a larger sustainable take. But once the catch moves to the downside of the curve, more fishing will mean less catch because of undue thinning of the population's ability to replenish itself. Managers thus strive to remain at the peak of the curve, known as the MSY plateau. Yet it has been shown time and again that MSY is very difficult to predict and that damage is done by overfishing. Commercial fish populations fluctuate considerably, and often unpredictably, because of ever-changing ocean conditions. Meanwhile, industry attempts to stay at the peak of a historically determined MSY curve have led to dramatic collapses. Rather than give due regard to conservation for the long term, MSY management practices seek to maximize short-term exploitation of the sea. Wilder, Tegner and Dayton "Those advancing anthropocentric (or softer, less biocentric) definitions (of ecosystem management ) are criticized for offering a naïve, ‘we can have our cake and eat it too’ position that dilutes ecosystem management into something closely resembling discredited concepts such as multiple use and integrated resource management. It is easy, critics say, to ‘cheery pick’ a few elements from the list of ecosystem management goals and principles. Full and genuine adoption of this list, however, would require and/or entail a comprehensive package of changes, a ‘seismic shift’ in mindset that would overturn assumptions and practices based upon utilitarianism and the ‘commodity forest’ and replace them with ones based on a Leopoldian land ethic and the ‘environmental forest’. Out would go the tacit assumptions underlying traditional resource management practices including '‘earth as a resource for humans, competition over cooperation, control in place of adaptation, viewing all problems as soluble, and viewing nature as stable or balanced. In would come contextual thinking, management premised on complex conceptions of ecological and organizational systems, and new approaches ‘based upon the science of surprise, complexity and non-linearity." Jeremy Wilson in Howlett, ed CANADIAN FOREST POLICY "In recent years the province’s established strategy of pursuing a policy of ‘sustained yield’, ensuring that investment in secondary regeneration and man-aged forests runs at levels adequate to offset the loss of old growth, has been seriously questioned. The BC forest sector has come under sustained attack from three principal sources: environmentalists concerned that a unique ecology is being irreparably damaged by inappropriate public sector resource management; First Nations pursuing the settlement of land claims that question the right of the provincial government to grant timber harvesting licences in their traditional areas; and forest industry interests in the USA. The last contend that the pricing regime operated by the BC government offers a hidden subsidy to its own wood producers, enabling them to capture an unfair share of the US market for their lumber (on these issues see, for example, McKee, 2000; Sizer, 2000; Green & Matthaus, 2001)." Jackson and Curry Forest Renewal British Columbia Journal of Environmental Planning and Management July 02 "Sustained yield policies are designed to ration the periodic consumption of a renewable resource to fall within its periodic growth (Behan 1990). In the United States, the U.S. Forest Service is mandated to manage the National forests to sustain the production of an array of forest products. However, in Canadian jurisdictions, the focus has been, and remains, on timber. Forest policies in Canadian provinces are designed around an ideal, which was imported from Europe early in this century, of the fully regulated normal forest. Such a forest is structured, with respect to age, size class distribution, and stocking, so that it is capable of producing an equal annual or periodic yield of wood in perpetuity. A normal forest is in equilibrium in that periodic growth equals periodic harvests." David Haley and Martin Luckert in Managing Natural Resources in BC "…the acknowledgment of a timber supply falldown and the adoption of multiple use and public involvement following the 1975 Royal Commission did not really alter the sustained yield policy in any substantial way. The central goal of sustained yield, and multiple use, was the maximum production of timber, …. The AAC did not need to be reduced, in fact, just the opposite was true - there were opportunities for increased production. Despite environmental concerns and the warning of future scarcity, the annual timber harvest on crown lands actually increased by forty to fifty per cent in the period following the 1975 Royal Commission." Lois Dellert Sustained Yield Forestry In British Columbia " It has been customary to open discussions of forest practices by noting that since the release of the Bruntland Report in 1987 the phrase ‘sustainable development’ has been added to the vocabulary of forest managers. The phrase was the centerpiece of Sustainable Forests: A Canadian Commitment, the report published by the National Forest Strategy Committee in 1992. For forestry this general principle demands moving beyond the long held view that the essence of good forest management was maintaining a ‘sustained yield’ (of wood products) from the forests. Instead, good management will see the value of forests as also resting in uses other than timber production. The implications of this more holistic view include a more participatory decision-making environment. In the words of a Saskatchewan environment and resource management report: ‘Forests must be viewed and understood as ecosystems performing a variety of interrelated functions that can only be sustained if the integrity of the ecosystem is protected The process for making forest land use decisions must be expanded to seek a balance amongst the interests of all parties with a stake in the outcome.’ Here we consider the extent to which the legislative-managerial frameworks for forest use have endorsed the more holistic view called for by sustainable development. In this sort of discussion we would be prudent to recall what Wilson said earlier about the stages of the policy cycle and the difficulties that those who favour change face in seeing the gains made at the problem-definition and agenda-setting stage sustained in the policy formation and implementation stages." Ian Urquhart in Howlett, ed CANADIAN FOREST POLICY "Despite uncertainties in our knowledge and methodological imperfections, ecosystem management provides a conservative, reasoned approach to sustaining relatively whole, functional ecosystems in the face of accelerating global change. The increasingly apparent cumulative impacts of exponential human population growth and escalating resource consumption highlight the need to move toward such ecology-based approaches to landscape management if we are to maintain the ecosystem services and amenities we need and value." Craig D. Allen in Remote Sensing and GIS in Ecosystem Management "B.C. is conducting a vast, province-wide experiment with its forests, converting them from wild, idiosyncratic, resilient ecosystems to less variable, more predictable (maybe), managed ecosystems." Pojar, J. and K. Price BC Forest Service, Research Branch "The emerging coniferous wood supply crisis during the sustained yield policy regime was principally the result of two factors: overharvesting and poor regeneration. Paradoxically, the new science of forestry was instrumentalin contributing to the wood supply crisis. At the time, the science of forestry determined the annual rates of extraction for each species or group of species mainly ( although not only) by their rate of growth. But these so called annual allowable yields were thoroughly manipulable and heavily influenced by the industry’s objective to maximize an economic return on investment. The forest industry, thus, consistently overharvested the forest. This overharvesting showed up most clearly in the mounting costs incurred by the pulp and paper companies in transporting wood to their mills from increasingly distant locations. "The science of forestry contributed to the overharvesting in other ways. The age distribution of Ontario’s boreal forest was considered skewed, that is, overrepresented by mature and overmature stands, a condition to which prior fire suppression may have contributed. In order to correct this situation, forest managers used the so-called acceleration factor to cut above the rate of growth. The intent was to ‘normalize’ the age distribution of the forest. In principle, this practice was intended to soften the future inevitable reduction in available timber after all original timber stands had been cut over. In fact, this practice encouraged forest companies to continue their preference for cutting previously uncut forest lands instead of tending and cutting well-managed secondary growth closer to home: it was mostly the rationale that had changed." Lawson et el. In Howlett, ed CANADIAN FOREST POLICY
"Sustained yield and sustainable development are unquestionably in conflict. Attitudes, policies, and management strategies that evolved to serve the sustained yield ideal are, in many respects, outmoded. Sustainable development demands that timber primacy be replaced by a concern for forests’ contribution to human welfare in the broadest sense…. The emphasis must shift from maintaining timber supplies over the long run to maintaining a multitude of resource values that are dependent upon site productivity, ecosystem, ecosystem health, integrity, and diversity." David Haley and Martin Luckert in Managing Natural Resources in BC "Sustaining the yield of a single resource is based on the concept of equilibrium - that is , balance between growth and harvest can be sustained in perpetuity …However the sustained yield idea simple does not fit contemporary circumstances. A different paradigm of forest management is required in a society where change is ubiquitous, rapid and encouraged; where a scarcity of wood products has failed to materialize; and where the forest is appreciated for an array of commodity and amenity values." R.W. Behan Journal Of Forestry "The industrial-government interests constitute the principal promoters and users of Crown lands, and their dual goal is to extract as much fibre from the forest as possible while viewing other forest uses as mere constraints on extraction. These actors are of overwhelming political importance in determining policy over the large majority of the province’s forest lands, Crown lands making up 88 per cent of the total provincial forest area. Initially, these actors harvested the wood supply with little concern for regeneration. Between the beginning of the twentieth century and the Great Depression, the mounting scale of timber extraction, most notable in the pulp and paper industry of the northwest, was forcing many observers to question the ongoing viability of this difference. After the Second World War, however, the provincial government built up a professional bureaucracy, which used the new goals and theories of forest science and more interventionist means to intensify the process. In paying more attention to extending the benefits of the forest as a resource into the future, this constituency understood its purpose as the continuance of a complex renewable resource. At its most visionary, it foresaw forest conservation; at its most narrow, it foresaw sustained yields of timber alone." Lawson et el. In Howlett CANADIAN FOREST POLICY "Forestry was motivated by scarcity and its goal was to support a forest-based economy by maximizing production and regulating the forest to provide a continuous supply of wood. Its policy of sustained yield was influenced by the scientific movement which believed the world operated according to universal rules and could be efficiently and rationally managed to capture its full potential and re-structured to achieve stability through order. The core ideas were efficiency and stability." Lois Dellert Sustained Yield Forestry In British Columbia "The growing demand for forest products led the government to quickly take measures to manipulate the forest cover to obtain more wood or to justify larger harvests. To attain increased productivity, forest policy tried to change to make industry more responsible in exploiting the forest in a manner that redistributes the stock of trees on its areas. Under the mechanical interpretation, harvesting the forest is to be structured in such a way that after a transition period, average annual growth is maximized. This is what is meant by ‘normalizing the forest.’ The policy has two objectives. One is always to try and support industry. The second, however, is to ensure that the commercial forest has the maximum quantity of available wood for harvesting. The forest becomes a variable factor of production. The ‘normal’ forest, where each age class of tree occupies the same space over time, is the desired goal because it represents a condition of social stability and maximizes all the functions of the forest. " This model of a normal forest raises a number of questions. The idea that an even flow of wood could stabilize human communities betrays, once more, a lack of understanding of economics. Normalization does not take into account the profit motive of mills, where the wood is transformed, although the pursuit of profit is a basic rule of business. We find rhetorical and mysterious the assertion that the normal forest would eventually lead to a situation in which all the functions of the ecosystem are optimized. It does have the trappings of an ecosystem approach. Nevertheless, in our view, the objective of the normal forest, or the normalization of the forest, is merely an elegant way to justify an increase in allowable cuts without increasing the responsibilities of industry." Luc Boutillier in Howlett, ed CANADIAN FOREST POLICY "Because the environmental movement accepted incremental reforms within the dominant paradigm of continued industrial forestry, rather than insisting on structural reforms to the whole model of production and regulation, the movement is now tangled within a model of forestry that is clearly unecological, and is disempowered as a force for piercing the curtain of green rhetoric." Michael M’Gonigle Alternatives "To keep the Alberta experience restricted to Alberta, John Post and other scientists support the need for more independent assessments of recreational fish stocks. "Our ability to do the science is eroding due to cutbacks right across the country," says Post. "We just don't have a good picture of the state of Canada's recreational fisheries." There also needs to be a change in management regimes. At one time, fish biologists used to manage lakes for maximum sustained yield, explains Michael Sullivan. In anglers' terms, that meant taking out as many fish as possible without tanking the resource. But that formula didn't factor in drought, climate change, better fishing technology or ease of access. "We can't manage to the edge of the cliff anymore," says Sullivan. "We have to stand back." Andrew Nikiforuk Gone Fisfin’ Canadian Business Nov 25 02 "The problem the planner faced was analogous to that of the forester. One modern solution to the forester’s dilemma was to borrow a management technique called optimum control theory, whereby the sustained timber yield, could be successfully predicted by few observations and a parsimonious formula. It goes without saying that optimum control theory was simplest where more variables could be turned into constants. Thus a single-species, same-age forest planted in straight lines on a flat plain with consistent soil and moisture profiles yielded simpler and more accurate optimum control formulas. Compared to uniformity, diversity is always more difficult to design, build and control." James C. Scott SEEING LIKE A STATE "The Canadian forest industry is run in the same way as the controlled economies of the former eastern bloc….it took 50 years for the East Bloc economy to collapse because of misallocation and mis-pricing of resources and we have no doubt the Canadian timber tenure system will collapse for the same reasons." Hamish Kerr "The government’s forest policy proposal was released in June 1985 in a document entitled To Build a Forest for the Future. The hypothesis underlying the ministry’s study was an idea dear to professional foresters in Quebec. They took for granted that maintaining a tree cover sufficient to meet the needs of the wood industry would preserve all of the functions of the forest. This hypothesis brings us back to the classic interpretation of the concept of sustained yield. Focussing on the trees, this concept reduced the function of the forest to wood. This reasoning sacrifices the complexity of the forest to bolster a reductionist and technical approach. The merit of the report, however, was that it simplified the aims of the emerging forest policy and consequently enhanced its short-term chances of success." Luc Bouthillier in Howlett, ed CANADIAN FOREST POLICY "Increasingly, after World War II, the assumptions foresters adopted regarding these myriad considerations shifted first toward the ever-optimistic and finally to the improbable. Those altered assumptions produced a watershed change in forest management an aggressive approach appropriately labeled "intensive management" and advocated in an important document produced by the Forest Service in 1969 titled the Douglas-fir Supply Study. The philosophy of intensive management lent a façade of rationality to a timber program that was, in fact, driven by markets and unsustainable over the long haul. Intensive management ideology also deflected, to an extent, criticisms of the Forest Service by non-timber resource users. Intensive management promised more of everything: more commercial resource extraction and more recreation, more logging and more wildlife. Intensive management also promised to mitigate any resource damage due to development. Unfortunately, these hopeful visions often failed to pan out for lack of funding or because of irresolvable conflicts between uses or simple environmental limitations. Still, as long as the agency promised more and better management, it could elicit a certain amount of patience from critics and deference from policy-makers. But not indefinitely. The proliferation of timber roads and rapid liquidation of old growth eventually made a mockery of sustained yield and multiple use policies on Northwest national forests, and this, in turn, spelled disaster for the Forest Service’s public image." Paul Hirt Institutional Failure in the U.S. Forest Service "The reordering of the chaotic and inefficient natural forest to create a sustained yield normal forest with evenly distributed ages producing timber on a crop rotation basis required a great deal of managerial control. The structure of the forest was controlled by regulating the annual cut; decision-making was controlled by transferring the authority for setting the rate of harvest to the Chief Forester; and industry was controlled by tenure and pricing policies that all but eliminated competition and favored a few large integrated companies (Marchak1983). The outcome has been the evolution of highly rigid ecological, political and economic systems. These systems have lost their resilience or capacity to absorb change." Lois Dellert The Wealth of Forests "Is it possible that the recent interpretation of the concept of sustained yield over time has allowed Quebec governments to once again rationalize destructive forest policy to favour ‘responsible’ development? The concept (implied or explicit) of the sustained yield provides a very loose definition of reality that allows the setting of policy goals and allocations to cope with the problems of the day. However, one must recognize that political advocacy of sustained yield does not necessarily imply that the forests will get healthier in the long run. This is because the concept of sustained yield has two aspects. It is a decision to manage public lands in a defensive manner, keeping an eye open for surprises that the future can bring. Indeed, since the beginning of the twentieth century, managers of the public forest domain have had a tendency to manage the forests as a natural system which must be protected from unforseen dangers. Concretely, they seek to conserve the forest lands. However, the same managers also consider the forest as a source of wealth to be enhanced in order to prepare for future harvesting. Once in place, these two goals can be contradictory. "Managing for sustained yield is intended to permit a reconciliation of these two tendencies. Rationalizing harvest levels by allowing for natural increments is intended to permit the simultaneous satisfaction of socio-economic demand for timber and the biological permanence of the forest. Technically, sustained yield imposes a measured and controlled harvest of the forest which speaks to a rational context for managing natural resources; presaging the sustainable development project that the promoters of ecodevelopment presented to the world. But there are still links between Taylorism and ecodevelopment and these links are revealed by an examination of how the concept of sustainability has been interpreted over the history of forest policy in Quebec." Luc Bouthillier in Howlett, ed CANADIAN FOREST POLICY "Public forest management is changing. In the past, public forest managers in the United States sought to manage forests to provide a steady flow of goods that appeared to be highly valued, including non-market goods. Officially, if not always in practice, they tried to provide these goods in a way that would not impair the future productivity of forests - hence, "sustained yield" forestry. However, operationally the emphasis was on a predictable flow of outputs, such as thousand board feet of timber sold, recreation visitor days and cattle grazing unit months. Now strong biological evidence, such as biodiversity loss and regional forest decline indicates something is missing… In forestry, sustainability is coming to mean sustainable forests rather than sustainable flow of outputs." Claire Montgomery Ecological Economics Journal "From the inception of American forestry in the late nineteenth century, foresters saw old growth as an obstacle in the way of the ultimate goal of forestry: to achieve a fully regulated forest producing desired goods and services efficiently and without waste. Foresters hoped to convert old growth as quickly as possible to thrifty, young, growing forests. This remarkably enduring perspective remained largely unchallenged within the forestry profession until the 1980’s, even though for decades many non-timber-oriented resource management professionals defended the positive values of old growth. Greatly outnumbered in the forestry schools, the timber industry and government agencies, these dissenters remained on the margins of policy debates until the 1980’s." Paul Hirt Institutional Failure in the U.S. Forest Service "(The) sustained yield pillar, later augmented by the idea of Integrated Resource Management, legitimates the entire set of (forest) policies, including the grants of public authority embodied in tenure arrangements. Any forces which corrode public confidence in sustained yield automatically shake the tenure pillar, call into question the devolution of public authority to companies and professional foresters, and threaten the rational for the entire liquidation-conversion project" Lertzman, Rayner, Wilson "Thus, managers are frequently confronted with situations where they are expected to achieve poorly defined outcomes via the application of untested practices over unknown time frames. On-the-ground vegetation managers have traditionally relied heavily on field research as a basis for setting objectives and implementing practices. However, the vast majority of field research for vegetation management has been directed toward the output of a single or a limited set of products. Research for commodity production in managed ecosystems is generally seen from the narrow perspective of sustained yield of the primary product (Brown and Ash 1996). Vegetation dynamics are interpreted with a sharp focus on the product of interest and generally less focused on the processes and mechanisms that do not appear to be linked directly to production. It is not surprising that linear succession, with a strong emphasis on elimination of undesirable species, has been the basis for management (see Westoby et al. 1989). While the most obvious examples of this type of approach are management techniques for commodity production on rangelands (livestock) and forests (lumber), a similar approach dominates most land uses (e.g., military land, parks, watersheds)… (W)e tend to focus research and management only on the processes that stabilize that particular output. Processes that destabilize output, but contribute to the capacity of ecosystems to absorb and recover from stress and disturbance, are generally seen as less relevant and are often overlooked when experiments are designed, executed, and interpreted." Brown, Herrick and Price Managing Low Output Agroecosystems Sustainably Can J For Res 99 "This was because no one before or during the "planning decade" (that began in 1976), at least no one I know within the forestry profession, seriously considered old growth forests as possessing any redeeming features outside of the preserves known as national parks or designated wilderness areas. Further, forestry viewed as "over-mature" any tree that was beyond "culmination of mean annual increment" or maximum average rate of growth -- the floral equivalent of faunal veal. In practical terms in the Pacific Northwest (where the preponderance of old-growth forests remained), this meant the demise of physiologically mature trees -- trees that can reach diameters exceeding ten feet (3 m) at ages exceeding 300 years, and their replacement by a regulated forest where most trees would not exceed two feet (0.6 m) at rotation ages of 50 to 100 years, and most of the forest would be stocked with juvenile trees most of the time. Almost overnight it seemed, sustained high-level timber production as a correlate of the perfectly regulated forest vanished as the ideal. It had dawned on a hitherto unsuspecting public that "sustained yield" of forest production did not equate to a sustained stock of "forests" as the American public had come to know and love them. Indeed, the terms were polar opposites, since, as every forester knew from school, a high-level perpetual (sustained) yield was obtained only when the old growth was at last converted to vigorous and usually homogeneous stands of young timber. Perhaps not surprisingly when viewed historically, the forestry profession had provided the public with no warning that sustained yield (a popularly-accepted term) implied the demise of what came to be known as "ancient forests". Allan McQuillan Cabbages And Kings "Sustaining the yield of timber is not the same as sustaining the biological productivity of a forest ecosystem. Current plans call for timber harvest rotation periods of 80-140 years, whereas it may take 150-300 years for a forest to attain old growth characteristics (Pojar et el. 1990). Many forest scientists have recommended managing forests on the basis of ecological rotations, taking into account the temporal and spatial scales of forest ecosystem development (Kimmins and Duffy 1991). Extending the time scale of harvest rotation in this way would further reduce the long range sustained yield. On a provincial scale, several decades of old growth cutting remain, but on a regional or local scale the old growth will be depleted sooner in many areas. Kimmins and Duffy (1991) felt that, if the sustainable rate of cutting is not distributed into several local cutting cycles (a cutting cycle is a complete set of stand age classes), local areas may experience boom and bust logging cycles, even though over the entire region the cut may be occurring at a sustainable rate. Social and economic sustainability at a smaller scale (a small local community), therefor, may be affected by forest management which ensures a sustained flow of logs at a larger geographic scale (a large timber supply area). The same can be said for ecological sustainability ." Lee Harding Biodiversity in British Columbia "Conservation biologists and environmental managers say, with depressing frequency today, "This system is degraded and requires restoration." Every time they say this, they imply that they know what that system should look like, and that they have some idea about how to improve on the present situation. Do we know these things?" Bryan Norton Ecological Economics
"American [Canadian, B.C.] society, however may choose to define ecosystem management as an incremental addition to the concept of multiple use - sustained yield, adopting what we have called a "sustain-all-uses" approach to ecosystem management. In this case, the production of goods and services will remain paramount, although it will be done with a greater appreciation of the constraints imposed by ecological processes. When push comes to shove, human uses, whether a new elementary school, world-class research facility, mine, wilderness recreation, or gambling casino, will still dominate over protecting ecosystem integrity. The geographic and temporal scales of consideration will continue top expand, and resource management will become more collaborative. Under this scenario, while more people may embrace civic engagement and live lightly on the land, these practices will not become major forces in our society or in global politics. The political will may not be sufficient to create a context in which nature’s needs are on par with human needs, and short-term immediate socioeconomic gains are routinely forgone in order to achieve long term ecological gains. In this case, policy changes will be made to accommodate the heightened focus on ecosystems and human communities, but the political and resource management changes that occur will not be revolutionary. Critics call this the "have-your-cake-and-eat-it-too" approach to ecosystem management, since it implies that all uses can be maintained within a framework in which ecological sustainability is given substantially greater consideration but is not the primary goal. Thus the prognosis in this instance is continued incremental change - a little more appreciation of ecosystems, a little more civic engagement, and some tinkering with laws and politics. These changes are important, but they will not create a society that lives in balance with nature or protects ecosystems from irreparable damage." The Politics Of Ecosystem Management Hanna Cortner and Margaret A. Moote "The concept that all forests must be silviculturally manipulated (logged) and eventually replaced in order to provide desired goods and services, including the continued health of forest landscapes, is an old and honored tradition among many forestry professionals. The "fully regulated" forest landscape with its "balanced" distribution of forest age classes, or developmental states, has been a goal and icon of forest management for over a century. Another traditional view is that forests must be actively replaced, because without human intervention their ability to provide goods and services will decline and fire, storm, insects or disease will eventually destroy them. Proposals for widespread logging as the mechanism to create and provide for all forest values are therefore not surprising. These approaches continue to be advanced by advocates of timber harvesting under such rubrics as "Structure-Based Management" and "High Quality Forestry." Franklin et el. Simplified Forest Management ... National Wildlife Federation Report "…(O)ur natural minds are equipped to deal with changes that occur only at particular paces. Events that happen faster or slower are simply invisible to us." Daniel Dennett
"Forestry has been largely concerned with silviculture, defined as "that branch of forestry which deals with the establishment, development, care, and reproduction of stands of timber" (Toumey 1947). The aim of silviculture, according to Toumey, is the "continuous production of wood". But forests comprise much more than wood and other products for human consumption, much more even then the "public service" functions of climate regulation, water supply, pest control, gene banks, or recreational opportunities. What we or future generations can afford to lose is not the only consideration. Forests are valuable and must be sustained for their own sake. Until we acquire such an attitude, the sustainability concept may just be a smoke screen, behind which we continue to chip away at our biotic heritage." Reed Noss in Defining Sustainable Forestry
"….(S)ustainable forestry will not result from lengthening rotations on tree farms and preserving a few small areas for display of other forest qualities. The evolution to sustainable forestry requires, at a minimum, a recognition of the limitations of present knowledge and of the risk that human intervention will do irreversible harm before enough knowledge accumulates to identify the practices of sustainable forestry. This recognition leads to a double strategy: (1) intensify research on how forest systems work and (2) preserve options for the future. Preserving options implies stopping policies that are doing harm by destroying watersheds, biological diversity, scenic beauty and other forest values. It means developing new forest management techniques that give far less weight to the present and more to the future and less weight to wood production and more to other values." Alice Rivlin Defining Sustainable Forestry "Science, too, has a direct bearing on conservation philosophy, policy, and practice. Two examples make the point. First, island biogeography has in recent decades demonstrated the importance of area to species diversity. Consequently, parks, once considered an adequate measure to save species, are now seen as insufficient to forestall the extinctions caused by habitat fragmentation. Second, by the 1980s, the equilibrium theories of populations and ecosystems on which modern conservation was founded gave way to nonequilibrium models rooted in chaos theory and nonlinear dynamics. The shift from stability and predictability to flux and uncertainty has profound implications. It means, for example, that maximum sustainable yields of fish stocks cannot be readily calculated. The large degree of uncertainty due to stochastic events, such as climate and complex interactions between predator and prey, calls for conservative catch limits as a hedge against overharvesting and for variable rather than fixed annual quotas as a way to reflect fluctuating conditions. David Western Conservation in a Human Dominated World Issues in Science and Technology http://www.nap.edu/issues/16.3/western.htm "Principle 1: Sustain healthy, diverse, and productive ecosystems in the long term. A key lesson of the 1980’s was that a national forest or grassland is much greater then the sum of its multiple uses. People demanded that management goals and objectives go beyond the yields of board feet of timber, user days of recreation, animal-unit-months of grazing, and other "multiple use outputs" projected in the endless tables and graphs within forest plans. For too long, federal land use managers had been treating natural resources "as discreet entities, focusing on their economic value and paying little attention to underlying natural systems and processes"(Keiter 1990). …. This first principle suggests an important corollary for multiple-use management: the key to sustaining all benefits is in managing for ecosystem health. Earlier, it was assumed that land would be taken care of as long as management succeeded in sustaining yields of the various multiple uses. It is now recognized that ecosystem health must be a conscious and deliberate goal as well as the over all context for multiple use management." Winnifred Kessler and Hal Salwasser A New Century For Natural Resources Management "All signs indicate that the conventional industrial paradigm of ‘timber primacy,’ the belief that forests are no more than hectares of standing logs readying themselves for the mill, is on its way to oblivion. But not without resistance. The tinkerers are at work, dressing up the old concept in the new clothing of sustainable development, preaching the virtues of integrated resource management (‘multiple use’ with a new face), prescribing more carefulness and cosmetic neatness out where the grappleyarders play. A popular solution is regional zoning to divide the land between preserved areas, industrial or working forests (plantations), and multiple-use areas – a triad of forest land allocations (Seymour and Hunter, 1992). …This is forestry with a ‘kinder, gentler’ face, regionally planned to maintain substantial levels of wood production without threatening biodiversity. It promises industry and government that ‘ we can have our forest and harvest too.’ No profound change here." Stan Rowe A New Paradigm For Forestry The Forestry Chronicle "It is time that we moved beyond the divisive debates over specific wilderness valleys and how they affect various mills, to an honest discussion of our goals and how they clash with today’s economy. In B.C., the changes that we confront are specific to our forest-dependent economy; nevertheless the problem is widely shared by an industrialized world overshooting it’s ecological and economic base." Michael M’Gonigle and Ben Parfitt FORESTOPIA "Limiting the periodic harvest of a renewable resource to its periodic growth is the fundamental dictum of sustained yield, but it can take at least two forms. The benign and conservative form sets the harvest level according to the spontaneous (some might say ‘natural’) periodic increment of the resource. A bolder, more vigorous approach applies capital to the resource, to stimulate production ‘artificially’. This approach holds an immense appeal to resource managers with exaggerated anxieties about scarcity, and it appeals immensely to those of the Type A, cabbage-patch, persuasion. MAXIMUM sustained yield would be limited only by the biological capacity of the land to absorb productive capital inputs. "As the second half of the twentieth century got underway, the bold form of sustained yield was pursued enthusiastically by the federal resource agencies. After WW11, the budget floodgates of public capital opened, and the maximizers of sustained yield went on a binge of dam construction, rangeland ‘improvement’ , recreational facilities development, road building, and clear-cutting. Single-resource agencies, cheered on by their single-resource clientale groups undertook Type A management activities with unprecedented capability. "Labeled ‘intensive management’ in the Forest Service, the enthusiasm led to ‘a conspiracy of optimism’ as historian Paul Hirt described the period… (W)hat timber management meant, in the post-war years, was the conversion of complex biological systems, the old growth forests of the West, into simplified timber plantations." Richard W. Behan PLUNDERED PROMISE
"The goal of the fishing industry, then, is to establish a sustained yield. Closed seasons, catch quotas, nets with large mesh size, and maximum fish size can help achieve a sustained yield. This concept of sustained yield also applies to hunting, removal of forest products, and the use of grasslands for grazing. Theoretically, once we determine what the optimal intensity of removal is for a stock, we can develop and continually use that particular resource. If we go to the point of overexploitation, however, we have a negative impact on the total natural system. The concept of sustained yield has been the foundation for most natural resource management in the 20th century…. To achieve sustained yield in even aged timber management, consider a simple example. A land owner has fifty acres of forest that takes fifty years to mature to harvestable timber. He can then remove one acre of timber per year. In other words, he would have fifty stands of equal productivity." Stanley Anderson A New Century For Natural Resources Management
"A student of forestry in the 1950’s or 1960’s would have found information on converting old-growth stands into even-aged regulated forests, preventing and suppressing fire, creating habitat for game species, or calculating optimum rotations. Little mention was made of institutional or social issues. The forester of the 20th century could go to his post in the woods, plan for a sustained flow of timber, mitigate the negative effects of harvesting, provide for other values where possible, and feel secure in the knowledge that he had carried out his professional duties. Of course, the 21st century will not be such a time." Katherine Kohm and Jerry Franklin Creating A Forestry For The 21st Century "Scarcity has long since disappeared as a rationale for applying sustained yield strategies… The high volatility of production technologies and product characteristics induces a high degree of instability in consumption patterns. Without stability in the system, there can be no certainty in the future. "Foresters can clear-cut a forest and plant another in a textbook application of sustained yield, as Fermow did, expecting that neither utilities nor technologies will change before the forest matures, a century or more into the future, expecting that society will want the same forest then as it does now, expecting that resources are immutable in form and function. But they had better not." Richard W. Behan PLUNDERED PROMISE "Resource professionals and the public must continually improve approaches to managing the world’s common resources. The success of our efforts will be based not on our static performance at any point in time, but rather on our ability to deal with ecological and institutional change. In The Influence Of Forestry Upon The Lumber Industry Overton Price (1902) noted that " it is the history of all great industries directed by private interests that the necessity of modification is not seen until the harm has been done and its results are felt". It is this characteristic of human nature and our society that necessitates awareness of historical changes, anticipation of future trends, and development of more effective approaches to maintaining riparian forests and aquatic ecosystems." Stanley Gregory Creating A Forestry For The 21st Century
"One of the most fundamental lessons of the last several decades of ecological research is that the biological diversity of North American forests is far greater then previously thought. At the same time, much more is at risk through traditional forestry programs then ever imagined. Perhaps nowhere has this been more pronounced that in the debate over the fate of the remaining old forests of the Pacific North-West." Bruce Marcot Creating A Forestry For The 21st Century "Any system that is stable is also certain. Its trajectory and future condition are predictable, and that makes long term planning a secure exercise. The professional forester’s plans must be long term, indeed. Trees grow very slowly. Speaking casually of ‘rotations’ of a century or more, to designate the interval of sustained-yield cuttings, was easily justified three centuries ago in western Europe. "Limiting the periodic cutting to the periodic growth of a forest was inescapable under the conditions of scarcity. And projecting that management regime a century ahead was appropriate for a stable system with a certain future. Thus was professional forestry rationalized, constituted, taught and imported into the United States via Bernard Fermow’s lively mind." Richard W. Behan PLUNDERED PROMISE "The agricultural paradigm of forestry adopted in this century - simplification and uniformity in structure, pattern, and product - and the regulated landscape - fully occupied by an ordered age sequence of managed stands - no longer suffices. The simplistic notion that four regeneration harvest practices, designed with the knowledge and objectives of the 19th century, can meet the objectives of the 21st century must be given up." Kohm and Franklin in Creating A Forestry For The 21st Century "A large percentage (in some provinces, all) of the productive forest lands have been allocated to the forest industry under long-term agreements. These lands support wood-processing facilities and forest communities, thereby providing employment and revenue to the government. In addition to major tenure holders, a host of other timber and non-timber users may be affected by policy changes regarding forest use and allocation. This fundamental reality of prior allocation or prior use, together with the economic and social structure supported by such uses, act as constraints on redesigning a sustainable model of forest use and management. This is not an argument in favor of preserving the status quo. Rather, the necessity of formulating and implementing innovative solutions to resolve issues resulting from unsustainable development of forest lands is critical. Current socio-economic problems are partly a legacy of the dominant use of forest resources for timber production at the expense of other values and uses." Monique M. Ross Forest Management in Canada Maximum sustained yield of timber might well be called the forestry of the 20th century - and it differs little from the 19th or 18th." R.W. Behan Creating A Forestry For The 21st Century "By their very nature, legal instruments tend to evolve slowly to reflect new societal values and objectives as evidenced in the following analysis: Political objectives, and the political theories which seek to give them universality, change in the response to the most deeply felt needs of succeeding generations of men. But political institutions, including the framework of law by which men realize their social needs, are slow to change. The law is a conspicuous laggard in this respect and it is the existence of this lag which causes a political disequilibrium. (J.R. Mallory) Indeed, the predominance of provincial forest statutes that continue to concentrate on sustaining timber production, rather than forest ecosystems, contributes to the public's perception that minimal change in traditional forest use and management has occurred." Monique M. Ross Forest Management In Canada
"(S)ustained yield essentially means constraining the periodic consumption of a renewable resource to not exceed its periodic growth. "It appears in timber management as allowable cut; in wildlife management as bag limits; in range, wilderness and recreation as carrying capacity; and in reservoir and aquifer management as recharge rates" (Behan 1990). In practice, however, sustained yield, multiple-use forestry has been pursued primarily by constraints on long term timber harvest and by what Behan terms "multiple use by adjacency ". Foresters once believed that if the woods were used to produce timber, preferably saw-timber, then all the other benefits of forests would occur automatically. It was a crazy notion and one bound to come under attack. The timber primacy aspect of traditional sustained yield failed to recognize that while trees may be biologically renewable, cut over forests, in the social sense, are transformed not renewed. That forests produce social, spiritual, and biological services as well as a host of marketable outputs, and that dominant product sustained yield was incompatible with sustaining those values, were lessons that proved difficult if not impossible for many professional foresters to learn." R.M. Alston Are Sustained Yield And Sustainable Forests Equivalent? SAF Aug 91paper "If we choose to continue our current patterns of use, we face almost certain declines in the ability of ecosystems to yield their broad spectrum of benefits -- from clean water to stable climate, fuelwood to food crops, timber to wildlife habitat. We can choose another option, however. It requires reorienting how we see ecosystems, so that we learn to view their sustainability as essential to our own. Adopting this "ecosystem approach" means we evaluate our decisions on land and resource use in terms of how they affect the capacity of ecosystems to sustain life, not only human well-being but also the health and productive potential of plants, animals, and natural systems. Maintaining this capacity becomes our passkey to human and national development, our hope to end poverty, our safeguard for biodiversity, our passage to a sustainable future." People And Ecosystems: The Fraying Web Of Life World Resources Institute "The dominant paradigm in both public lands and water resources management is sustained yield, which reflects the utilitarian values prevalent during the Progressive era. These values state that the best use of resources is human consumption, and that the purpose of resource management should therefore be to provide a continuous supply of market-oriented goods. … Whereas sustained yield emphasizes products and outputs, ecosystem management emphasizes resource conditions and long-term resource sustainability. Ecosystem management requires the maintenance of biological di |