by frederick j. swanson - andrews forest

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Advocacy by Scientists —a Federal Scientist's View by Frederick J. Swanson f.■ "Science Advocacy is Inevitable: Deal with It." This provocative title of an article by Margaret Shannon and others catches the essence of the struggle for objectivity in contentious issues where science plays a part. Environmental issues present a powerful battleground for this struggle, as we have experienced in the spotted owl and old-growth wars over the past decade in the Pacific Northwest. T he context of a scientist's job is very important in addressing the question of appropriate and inappropriate advocacy in environmental issues. My personal perspective (and that's all this short essay amounts to) is that of a USDA Forest Service scientist working on forest and watershed questions in the Pacific Northwest in the late 20th century. This exciting, challenging time and place stimulates frequent discussion of advocacy by scientists. With federal taxpayer support—principally through the Forest Service and National Science Foundation— I conduct studies aimed at understanding how forests and watersheds function under the influence of natural disturbance processes and land use practices. I consider it a great privilege to do this interesting work, and an important reward has been the sense that findings from these studies can have immediate usefulness to society. These feelings strongly shape my attitudes about advocacy. Advocacy in science ranges across a broad spectrum of types, objectives, and potential outcomes. In the simplest case one might advocate that science should be part of the process of addressing natural resource issues, regardless of potential outcomes. At the other extreme of advocacy scientists may vigorously support a particular outcome of a natural resource dispute. Intermediate forms of advocacy include promoting particular approaches for dealing with issues, such as emphasizing species protection using a conservation biology approach or adopting a commodity production perspective modified with selective practices to reduce environmental effects. Even the study topics a scientist chooses to pursue may be considered a form of advocacy—e.g., study of a rare, old-growth-dependent species may be viewed as supporting conservation initiatives whereas development of techniques to suppress vegetation competing with crop trees could be viewed as advocating commodity production from contested forest lands. Scientists and science organizations may adopt certain positions along this continuum of advocacy and then claim objectivity with respect to more extreme" levels of advocacy. I believe that scientists should advocate use of their science in environ- mental issues, and that science findings should be framed in a way that informs decision makers and the general public, who ultimately are responsible for setting the course of action. A scientist can have two roles—one as a scientist providing science-based information that is merged with other information to make decisions, the other as a citizen who has a voice in the public's role in the process. If the scientist's voice as a citizen is loud and on one side of an issue, the objectivity of the science may be called into question. Science voices with high levels of objectivity are relatively few, so scientists should guard and cultivate them. However, objectivity can be elusive, given the complexity of environmental issues and of advocacy itself. Consequently, I believe that scientists should strive for objectivity, be clear about the subjective and the advocacy aspects of their work, and avoid bias in their science. A n important contribution of scientists can be to develop their science and to communicate findings in ways that promote recognition of a broad perspective without ardently supporting a particular outcome. This can have the effect of reducing prospects for advocacy, while helping policy makers understand the context of an issue. Having worked for 30 years on histories and consequences of wildfire and landslides, for example, I have seen dramatically broadened under- standing of these processes and their roles in ecosystems. When fire and landslides are considered in a very narrow time frame and under strictly utilitarian objectives, these processes are seen as having only negative effects on ecosystems and watersheds. On a longer time frame considering historical disturbance regimes and a diverse mixture of objectives for managing ecosystems, fire and landslides are viewed as integral parts of the ecosystem. Our previous concern with how best to suppress fire and landslides has shifted to asking how to manage landscapes to retain desirable influences of these processes, tailored to meeting the management objectives for the particular area. In this case I advocate that science play a role in identifying the histories and implications of these processes and in developing new approaches to management that incorporate this understanding. ir n the Pacific Northwest we are both blessed and cursed with contentious, protracted, highly public natural resource issues in which many scientists play diverse roles. This context and my job as a research scientist with a Federal agency strongly shape my belief in trying to provide sound, science- based information and broad perspective to the public and to decision makers. I trust that in the long-term our society's decision-making processes and public respect for ecosystems and watersheds will lead to good conclusions. Fred Swanson is a research geologist and long-term leader of the Ecosystem Processes Program, Pacific Northwest Research Station, USDA Forest Service, Corvallis, OR. He is a co-principal investigator of the Long Tenn Ecological Research Program at the H.J. Andrews Experimental Forest in Blue River, OR, and holds Courtesy Professorships in the Forest Science and Geosciences departments at Oregon State University. His research and publications are in landscape ecology, where he focuses on the interactions between physical, ecological, and biological processes in forested landscapes. 12

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Advocacy by Scientists —a Federal Scientist's Viewby Frederick J. Swanson

f.■

"Science Advocacy is Inevitable: Dealwith It." This provocative title of an articleby Margaret Shannon and others catches theessence of the struggle for objectivity incontentious issues where science plays apart. Environmental issues present apowerful battleground for this struggle, aswe have experienced in the spotted owl andold-growth wars over the past decade inthe Pacific Northwest.

T

he context of a scientist's job isvery important in addressingthe question of appropriate and

inappropriate advocacy in environmentalissues. My personal perspective (and that'sall this short essay amounts to) is that of aUSDA Forest Service scientist working onforest and watershed questions in thePacific Northwest in the late 20th century.This exciting, challenging time and placestimulates frequent discussion of advocacyby scientists. With federal taxpayersupport—principally through the ForestService and National Science Foundation—I conduct studies aimed at understandinghow forests and watersheds function underthe influence of natural disturbanceprocesses and land use practices. I considerit a great privilege to do this interestingwork, and an important reward has beenthe sense that findings from these studiescan have immediate usefulness to society.These feelings strongly shape my attitudesabout advocacy.

Advocacy in science ranges across abroad spectrum of types, objectives, andpotential outcomes. In the simplest case onemight advocate that science should be partof the process of addressing naturalresource issues, regardless of potentialoutcomes. At the other extreme of advocacyscientists may vigorously support aparticular outcome of a natural resourcedispute. Intermediate forms of advocacyinclude promoting particular approachesfor dealing with issues, such asemphasizing species protection using aconservation biology approach or adoptinga commodity production perspectivemodified with selective practices to reduceenvironmental effects. Even the studytopics a scientist chooses to pursue may be

considered a form of advocacy—e.g., studyof a rare, old-growth-dependent speciesmay be viewed as supporting conservationinitiatives whereas development oftechniques to suppress vegetationcompeting with crop trees could be viewedas advocating commodity production fromcontested forest lands. Scientists andscience organizations may adopt certainpositions along this continuum of advocacyand then claim objectivity with respect tomore extreme" levels of advocacy.

I believe that scientists shouldadvocate use of their science in environ-mental issues, and that science findingsshould be framed in a way that informsdecision makers and the general public,who ultimately are responsible for settingthe course of action. A scientist can havetwo roles—one as a scientist providingscience-based information that is mergedwith other information to make decisions,the other as a citizen who has a voice in thepublic's role in the process. If the scientist'svoice as a citizen is loud and on one side ofan issue, the objectivity of the science maybe called into question. Science voices withhigh levels of objectivity are relatively few,so scientists should guard and cultivatethem. However, objectivity can be elusive,given the complexity of environmentalissues and of advocacy itself. Consequently,I believe that scientists should strive forobjectivity, be clear about the subjective andthe advocacy aspects of their work, andavoid bias in their science.

A

n important contribution ofscientists can be to developtheir science and to

communicate findings in ways thatpromote recognition of a broad perspectivewithout ardently supporting a particularoutcome. This can have the effect ofreducing prospects for advocacy, whilehelping policy makers understand thecontext of an issue. Having worked for 30years on histories and consequences ofwildfire and landslides, for example, I haveseen dramatically broadened under-standing of these processes and their rolesin ecosystems. When fire and landslides areconsidered in a very narrow time frame and

under strictly utilitarian objectives, theseprocesses are seen as having only negativeeffects on ecosystems and watersheds. Ona longer time frame considering historicaldisturbance regimes and a diverse mixtureof objectives for managing ecosystems, fireand landslides are viewed as integral partsof the ecosystem. Our previous concernwith how best to suppress fire andlandslides has shifted to asking how tomanage landscapes to retain desirableinfluences of these processes, tailored tomeeting the management objectives for theparticular area. In this case I advocate thatscience play a role in identifying thehistories and implications of theseprocesses and in developing newapproaches to management thatincorporate this understanding.

irn the Pacific Northwest we are bothblessed and cursed withcontentious, protracted, highly

public natural resource issues in whichmany scientists play diverse roles. Thiscontext and my job as a research scientistwith a Federal agency strongly shape mybelief in trying to provide sound, science-based information and broad perspectiveto the public and to decision makers.

I trust that in the long-term oursociety's decision-making processes andpublic respect for ecosystems andwatersheds will lead to good conclusions.

Fred Swanson is a research geologistand long-term leader of the EcosystemProcesses Program, Pacific NorthwestResearch Station, USDA Forest Service,Corvallis, OR. He is a co-principalinvestigator of the Long Tenn EcologicalResearch Program at the H.J. AndrewsExperimental Forest in Blue River, OR, andholds Courtesy Professorships in the ForestScience and Geosciences departments atOregon State University. His research andpublications are in landscape ecology,where he focuses on the interactionsbetween physical, ecological, and biologicalprocesses in forested landscapes.

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Program for Ethics, Science, and the EnvironmentDepartment of PhilosophyHovland 101Oregon State UniversityCorvallis, OR 97331-3902

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Program for Ethics, Science,and the Environment

The Program for Ethics, Science, and theEnvironment, based in the PhilosophyDepartment at Oregon State University, supportsmultidisciplinary education and scholarship toassist the University and its community inrecognizing, understanding, and resolving valueconflicts raised by advances in scientificknowledge, biotechnology, and natural resourceuse.

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Steering Committee:Marcus J. Borg Michelle BothwellCourtney Campbell Erik FritzellPeter List Steve RadosevichLani Roberts

ReflectionsEditor: Peter ListProduction Assistant: Karen Russ

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