“Nature knows best” is reconsidered from an ecological perspective which suggests that we ought to follow nature. The phrase “follow nature” has many meanings. In an absolute law-of-nature sense, persons invariably and necessarily act in accordance with natural laws, and thus cannot but follow nature. In an artifactual sense, all deliberate human conduct is viewed as unnatural, and thus it is impossible to follow nature. As a result, the answer to the question, whether we can and ought to follow nature, (...) must be sought in a relative sense according to which human conduct is sometimes more and sometimes less natural. Four specific relative senses are examined: a homeostatic sense, an imitative ethical sense, an axiological sense, and a tutorial sense. Nature can be followed in a homeostatic sense in which human conduct utilizes naturallaws for our well-being in a stable environment, but this following is nonmoral since the moral elements can be separated from it. Nature cannot be followed in an imitative ethical sense because nature itself is either amoral or, by some accounts, immoral. Guidance for inter-human ethical conduct, therefore, must be sought not in nature, but in human culture. Nevertheless, in an axiological sense, persons can and ought to follow nature by viewing it as an object of orienting interest and value. In this connection, three environments are distinguished for human well-being in whichwe can and ought to participate-the urban, the rural, and the wild. Finally, in a tutorial sense, persons can and ought to follow nature by letting it teach us son1ething of our human role, our place, and our appropriate character in the natural system as a whole. In this last sense, "following nature" is commended to anyone who seeks in his human conduct to maintain a good fit with the natural environment-a sense of following nature involving both efficiency and wisdom. (shrink)

I argue that there are at least four different ways in which the term ‘function’ is used in connection with the study of living organisms, namely: function as activity, function as biological role, function as biological advantage, and function as selected effect. Notion refers to what an item does by itself; refers to the contribution of an item or activity to a complex activity or capacity of an organism; refers to the value for the organism of an item having a (...) certain character rather than another; refers to the way in which a trait acquired and has maintained its current share in the population. The recognition of a separate notion of function as biological advantage solves the problem of the indeterminate reference situation that has been raised against a counterfactual analysis of function, and emphasizes the importance of counterfactual comparison in the explanatory practice of organismal biology. This reveals a neglected problem in the philosophy of biology, namely that of accounting for the insights provided by counterfactual comparison. (shrink)

I argue that there are at least four different ways in which the term ‘function’ is used in connection with the study of living organisms, namely: function as activity, function as biological role, function as biological advantage, and function as selected effect. Notion refers to what an item does by itself; refers to the contribution of an item or activity to a complex activity or capacity of an organism; refers to the value for the organism of an item having a (...) certain character rather than another; refers to the way in which a trait acquired and has maintained its current share in the population. The recognition of a separate notion of function as biological advantage solves the problem of the indeterminate reference situation that has been raised against a counterfactual analysis of function, and emphasizes the importance of counterfactual comparison in the explanatory practice of organismal biology. This reveals a neglected problem in the philosophy of biology, namely that of accounting for the insights provided by counterfactual comparison. (shrink)

The biological sciences employ a concept of normality that must be distinguished from statistical or value concepts. The concept of normality is presupposed in the standard explications of biological functions, and it is crucial to the strategy of explanation by approximations in, for example, physiology. Nevertheless, this concept of normality does not seem to be captured in the language of physics. Thus attempts at explaining the methodological relationship between the biological sciences and the physical sciences by concentrating only on the (...) concept of biological function cannot go very far. An analysis of the concept of normality is also necessary. (shrink)

Philosophers such as Eric Katz and Robert Elliot have argued against ecological restoration on the grounds that restored landscapes are no longer natural. Katz calls them “artifacts,” but the sharp distinction between nature and artifact doesn’t hold up. Why should the products of one particular natural species be seen as somehow escaping nature? Katz’s account identifies an artifact too tightly with the intentions of its creator: artifacts always have more to them than what their creators intended, and furthermore the intention (...) behind some artifacts might explicitly be to allow things to happen unpredictably. Indeed, to build any artifact is to employ forces that go beyond the builder: in this sense all artifacts are natural. Recognizing the naturalness of artifacts can help encourage the key environmental virtues of self-knowledge and humility. (shrink)

What rational justification is there for conceiving of all living things as possessing inherent worth? In _Respect for Nature_, Paul Taylor draws on biology, moral philosophy, and environmental science to defend a biocentric environmental ethic in which all life has value. Without making claims for the moral rights of plants and animals, he offers a reasoned alternative to the prevailing anthropocentric view--that the natural environment and its wildlife are valued only as objects for human use or enjoyment. _Respect for Nature_ (...) provides both a full account of the biological conditions for life--human or otherwise--and a comprehensive view of the complex relationship between human beings and the whole of nature. This classic book remains a valuable resource for philosophers, biologists, and environmentalists alike--along with all those who care about the future of life on Earth. A new foreword by Dale Jamieson looks at how the original 1986 edition of _Respect for Nature_ has shaped the study of environmental ethics, and shows why the work remains relevant to debates today. (shrink)

Ecologists may apply their science either to manage ecosystems to increase the long-run benefits nature offers man or to protect ecosystems from anthropogenie insults and injuries. Popular reasons for supposing that these two tasks (management and protection) are complementary turn out not to be supported by the evidence. Nevertheless, society recognizes the protection of the “health” and “integrity” of ecosystems to be an important ethical and cultural goal even if it cannot be backed in detail by utilitarian or prudential arguments. (...) It is a legitimate purpose of ecological science, moreover, to describe and help society preserve ecosystem “health” and “integrity,” insofar as these are considered as privative qualities. (shrink)

We find our way in the world partly by means of the discriminatory power of our emotions. The gut sense that something is repugnant or unsavory—the sort of feeling that many now have about various forms of biotechnology—sometimes turns out to be rooted in articulable and legitimate objections, which with time can be spelled out, weighed, and either endorsed or dismissed. But we ought not dismiss the emotional response at the outset as “mere feeling.”.

In public debate GMPs are oftenreferred to as being unnatural or a violationof nature. Some people have serious moralconcerns about departures from what is natural.Others are concerned about potential risks tothe environment arising from the combination ofhereditary material moving across naturalboundaries and the limits of scientificforesight of long-term consequences. To addresssome of these concerns we propose that anadditional element in risk assessment based onthe concept of familiarity should beintroduced. The objective is to facilitatetransparency about uncertainties inherent inthe risk assessment of (...) the GMP. Familiarityconventionally involves data and experiencerelating to the plant species and the ecosystemin question. We would like to extend thisconcept to the molecular level of plantbreeding and suggest that GMP characteristicsshould be compared to a reference baselinedetermined by conventional breeding techniques.Three GMPs are ranked according to familiarityat the plant and ecosystem level and themolecular level. The approach may help tointegrate discussion of the scientificarguments and moral questions raised in thedebate about GMOs by providing an operationalscheme within which moral concerns are broughtwithin the framework of science-based riskassessment. (shrink)

It has been argued that human restoration of nature is morally problematic because artificially restored natural entities are artifacts, which are ontologically different from natural entities and hence essentially devoid of the moral standing that natural entities have. I discuss the alleged assimilation of restored natural entities to artifacts, and argue that it does not follow from the ontological differences, if any, between the artifactual and the natural that the former is morally inferior to the latter. This defense against the (...) devaluation of restored natural entities is aimed at narrowing the ethical gap between the wild and thetamed, which is often endorsed by ecocentric environmental ethics. (shrink)

It has been argued that human restoration of nature is morally problematic because artificially restored natural entities are artifacts, which are ontologically different from natural entities and hence essentially devoid of the moral standing that natural entities have. I discuss the alleged assimilation of restored natural entities to artifacts, and argue that it does not follow from the ontological differences, if any, between the artifactual and the natural that the former is morally inferior to the latter. This defense against the (...) devaluation of restored natural entities is aimed at narrowing the ethical gap between the wild and thetamed, which is often endorsed by ecocentric environmental ethics. (shrink)

In this essay, I use encounters with the white-tailed deer of Fire Island to explore the “call of the wild”—the attraction to value that exists in a natural world outside of human control. Value exists in nature to the extent that it avoids modification by human technology. Technology “fixes” the natural world by improving it for human use or by restoring degraded ecosystems. Technology creates a “new world,” an artifactual reality that is far removed from the “wildness” of nature. The (...) technological “fix” of nature thus raises a moral issue: how is an artifact morally different from a natural and wild entity? Artifacts are human instruments; their value lies in their ability to meet human needs. Natural entities have no intrinsic functions; they were not created for any instrumental purpose. To attempt to manage natural entities is to deny their inherent autonomy: a form of domination. The moral claim of the wilderness is thus a claim against human technological domination. We have an obligation to struggle against this domination by preserving as much of the natural world as possible. (shrink)

The notion that the idea of nature isnot quite the unbiased rule to designsustainable futures is obvious. But,nevertheless, questions about nature, how itfunctions and what it might aim at, is leadingthe controversial debates about bothsustainability and biotechnology. These tworesearch areas hardly have the same theorybackground. Whereas in the first concept, theidea of eternal cyclical processes is basic,the latter focuses on optimization. However,both concepts can work together, but only undera narrow range of public acceptance in Europe.The plausibility of arguments for usingbiotechnology (...) within sustainable technologiesvaries according to the assumed part natureitself plays for reaching optimized states. Theculture related vision of nature's functionshas impact on agricultural biotechnology,dealing not only with food crops but also withnon-food plants like renewable resources thatare used for energy or fiber production. Theseplants are grown to reach sustainabledevelopment. However, there is a fundamentaldifference between regarding biofuels as``renewable'' and ``regenerative,'' due to thetension between the concepts of ``the natural''and ``the sustainable.'' Arguments ofoptimization, efficiency, and efficacy arecritically discussed in order to take thepresent need for sustainable technologies forserious. (shrink)

Ecology – unlike astronomy, physics, or chemistry – is a science with an associated political and ethical movement: the Green Movement. As a result, the ecological position is often accompanied by appeals to holism, and by a mystical quasi-religious conception of the ecosystem. In this title, first published in 1988, Andrew Brennan argues that we can reduce much of the mysticism surrounding ecological discussions by placing them within a larger context, and illustrating that our individual interests are bound with larger, (...) community interests. Using an interdisciplinary approach, which bridges the gap between the sciences, philosophy, and ethics, this is an accessible title, which will be of particular value to students with an interest in the philosophy of environmental science and ethics. (shrink)

Genetic engineering is often looked upon with disfavour on the grounds that it involves "tampering with nature". Most philosophers do not take this notion seriously. However, some do. Those who do tend to understand nature in an Aristotelian sense, as the essence or form which is the final end or telos for the sake of which individual organisms live, and which also explains why they are as they are. But is this really a tenable idea? In order to secure its (...) usage in present day ethics, I will first analyze the contexts in which it is applied today, then discuss the notion of telos as it was employed by Aristotle himself, and finally debate its merits and defend it, as far as possible, against common objections. (shrink)

First published in 1985. Routledge is an imprint of Taylor & Francis, an informa company.

In this chapter we will use the case of beaver reintroduction in southern Scandinavia to illuminate the philosophical issues underlying the value of biodiversity. First, we rehearse some of the main types of argument relating to the practice of ecological restoration. This is followed by a description of the case study, and by a summary of what we take to be the main positions in the ongoing debate over reintroduction of beavers. We then interpret these different positions, asking in each (...) case how ‘biodiversity’ is being understood. In this way, we try to establish the causes of the disagreement. It is important to distinguish between disagreements caused by conflicting interests and disagreements caused by conflicting values. We shall focus on a special type of disagreement where there seems to be a genuine conflict of values pertaining to biodiversity. Finally, we show how the claim that biodiversity should be protected is made by several participants in the debate and taken to have remarkably different implications: the need to protect biodiversity has been invoked both in attacks on, and defenses of, reintroduction and other forms of ecological restoration. (shrink)

Here I argue that wild nature has intrinsic value, which gives rise to obligations both to preserve it and to restore it. First, an account of intrinsic value, which permits core environmentalist claims, is outlined and defended. Second, connections between intrinsic value and obligation are discussed. Third, it is argued that wild nature has intrinsic value, in part, in virtue of its naturalness.

Environmentalists express concern at the destruction/exploitation of areas of the natural environment because they believe that those areas are of intrinsic value. An emerging response is to argue that natural areas may have their value restored by means of the techniques of environmental engineering. It is then claimed that the concern of environmentalists is irrational, merely emotional or even straightforwardly selfish. This essay argues that there is a dimension of value attaching to the natural environment which cannot be restored no (...) matter how technologically proficient environmental engineers become. The argument involves highlighting and discussing analogies between faking art and faking nature. The pivot of the argument is the claim that genesis is a significant determinant of an area's value. (shrink)

Evaluative terms are a crucial part of the environmental discourse. These terms, and the evaluative frameworks in which they are imbedded, serve as important guides to action. "Natural," a term commonly used as a positive evaluation, is problematic because it can both justify unfair social relations and obscure the connections between humans and the rest of nature. "Sustainable," another popular term, is extremely malleable, and is too often elaborated in frameworks that are neither socially nor ecologically responsible. The term "sustainable" (...) is sometimes used in the framework of ecosystem health, but even this approach can fail to highlight the interconnectedness of social and ecological systems. The framework of ecosocial flourishing, introduced in this article, is better suited for highlighting the interconnected nature of the world and for drawing attention to questions of environmental justice. Evaluative terms (like "natural") and frameworks (like "ecosocial flourishing") are part of larger narratives that help people make sense of their interactions with, and emotional responses to, the non-human world. (shrink)

: The introduction of transgenic organisms into agriculture has raised a firestorm of controversy. Many view the technology as a pathway to a much better future society, whereas others condemn it for endangering people and the environment. One defective argument against transgenics is the Unnatural Is Unethical argument (UIU). UIU attempts to prove if transgenic organisms are unnatural and all unnatural things are morally bad, then transgenics are morally bad. However, the argument fails once it is shown that there is (...) no plausible definition for "unnatural." Therefore, UIU should be abandoned in favor of arguments more likely to succeed. (shrink)

In this engaged and engaging survey Piers Benn examines the major currents of ethical theory, concentrating on sound reasoning about morality. Benn's account offers a qualified defence of Aristotelian virtue theory, while bringing out what is distinctive and valuable in a broad range of approaches, such as those of Kant and the Utilitarians. His examples emphasize the ordinary choices of everyday life - gossip, friendship, honesty, sexual relations, work, and self-realization.

Naturalness is a scientific concept that can be evaluated and quantified Intactness or integrity of ecosystems can be defined and assessed in similar ways. Three indices of naturalness are proposed: the degree to which the system would change if humans were removed; the amount of cultural energy required to maintain the functioning of the system as it currently exists; and the complement of native species currently in an area compared with the suite of species in the area prior to settlement. (...) These indices are complementary and provide a conceptual framework for evaluating naturalness. The latter two can be quantified. (shrink)

We live in a world confronted by mounting environmental problems; increasing global deforestation and desertification, loss of species diversity, pollution and global warming. In everyday life people mourn the loss of valued landscapes and urban spaces. Underlying these problems are conflicting priorities and values. Yet dominant approaches to policy-making seem ill-equipped to capture the various ways in which the environment matters to us. Environmental Values introduces readers to these issues by presenting, and then challenging, two dominant approaches to environmental decision-making, (...) one from environmental economics, the other from environmental philosophy. The authors present a sustained case for questioning the underlying ethical theories of both of these traditions. They defend a pluralistic alternative rooted in the rich everyday relations of humans to the environments they inhabit, providing a path for integrating human needs with environmental protection through an understanding of the narrative and history of particular places. The book examines the implications of this approach for policy issues such as biodiversity conservation and sustainability. Written in a clear and accessible style for an interdisciplinary audience, this volume will be ideal for student use in environmental courses in geography, economics, philosophy, politics and sociology. (shrink)

Preface ix Introduction 1 1 Two Thousand Years of Design 9 2 Paley and Kant Fight Back 31 3 Sowing the Seeds of Evolution 51 4 A Plurality of Problems 69 5 Charles Darwin 89 6 A Subject Too Profound 107 7 Darwinian against Darwinian 129 8 The Century of Evolutionism 151 9 Adaptation in Action 171 10 Theory and Test 195 11 Formalism Redux 223 12 From Function to Design 249 13 Design as Metaphor 271 14 Natural Theology Evolves (...) 291 15 Turning Back the Clock 313 Sources and Suggested Reading 339 Illustration Credits 358 Acknowledgments 359 Index 361. (shrink)

This book, like the practice of medicine itself, is about the value of life. Health care is one of the clearest and most visible expressions of a society's ...

Ecology - unlike astronomy, physics, or chemistry - is a science with an associated political and ethical movement: the Green Movement. As a result, the ecological position is often accompanied by appeals to holism, and by a mystical quasi-religious conception of the ecosystem. In this title, first published in 1988, Andrew Brennan argues that we can reduce much of the mysticism surrounding ecological discussions by placing them within a larger context, and illustrating that our individual interests are bound with larger, (...) community interests. Using an interdisciplinary approach, which bridges the gap between the sciences, philosophy, and ethics, this is an accessible title, which will be of particular value to students with an interest in the philosophy of environmental science and ethics. (shrink)

Independent philosopher Lee (recently of the U. of Manchester) attends to the deeper implications of ecologically insensitive technology beyond its polluting effects. Contrasting modern with premodern worldviews provides the context for exploring how new sciences like biotechnology require an expanded environmental ethos encompassing both the biotic and the abiotic. The author considers misconceived the notions of nature as either a work of art or a mere social construct per some postmodern thinking. Annotation copyrighted by Book News, Inc., Portland, OR.

This introduction to ethics judiciously combines moral theory with applied ethics to give an opportunity for students to develop acute thinking About Ethical Matters.; The Author Begins Motivating A Concern For moral discourse by dispelling often met objections over relativism and subjectivity. interweaving normative and meta-ethical considerations, a convincing modern account of moral thinking emerges.; Moral theories - consequentialism, Kantianism, contractualism - are explained and illustrated in a way that holds the reader's attention, and students of ethics will take away (...) a perceptive and practical understanding of the nature of moral reasoning and an ability, on such matters, to think afresh for themselves. (shrink)

Faking Nature explores the arguments surrounding the concept of ecological restoration. This is a crucial process in the modern world and is central to companies' environmental policy; whether areas restored after ecological destruction are less valuable than before the damage took place. Elliot discusses the pros and cons of the argument and examines the role of humans in the natural world. This volume is a timely and provocative analysis of the simultaneous destruction and restoration of the natural world and the (...) ethics related to those processes, in an era of accelerated environmental damage and repair. (shrink)

Written by one of the instrumental figures in environmental ethics, Nature as Subject traces the development of an ethical policy that is centered not on human beings, but on itself. Katz applies this idea to contemporary environmental problems, introducing themes of justice, domination, imperialism, and the Holocaust. This volume will stand as a foundational work for environmental scholars, government and industry policy makers, activists, and students in advanced philosophy and environmental studies courses.

The essays in this volume apply philosophical analysis to address three kinds of questions: What are the implications of genetic science for our understanding of nature? What might it influence in our conception of human nature? What challenges does genetic science pose for specific issues of private conduct or public policy?

The last century saw two great revolutions in genetics the development of classic Mendelian theory and the discovery and investigation of DNA. Each fundamental scientific discovery in turn generated its own distinctive technology. These two case studies, examined in this text, enable the author to conduct a philosophical exploration of the relationship between fundamental scientific discoveries on the one hand, and the technologies that spring from them on the other. As such it is also an exercise in the philosophy of (...) technology. (shrink)

In this important new study Ian Hacking continues the enquiry into the origins and development of certain characteristic modes of contemporary thought undertaken in such previous works as his best selling Emergence of Probability. Professor Hacking shows how by the late nineteenth century it became possible to think of statistical patterns as explanatory in themselves, and to regard the world as not necessarily deterministic in character. Combining detailed scientific historical research with characteristic philosophic breath and verve, The Taming of Chance (...) brings out the relations among philosophy, the physical sciences, mathematics and the development of social institutions, and provides a unique and authoritative analysis of the "probabilization" of the Western world. (shrink)

Ecologists may apply their science either to manage ecosystems to increase the long-run benefits nature offers man or to protect ecosystems from anthropogenie insults and injuries. Popular reasons for supposing that these two tasks are complementary turn out not to be supported by the evidence. Nevertheless, society recognizes the protection of the “health” and “integrity” of ecosystems to be an important ethical and cultural goal even if it cannot be backed in detail by utilitarian or prudential arguments. It is a (...) legitimate purpose of ecological science, moreover, to describe and help society preserve ecosystem “health” and “integrity,” insofar as these are considered as privative qualities. (shrink)

“Nature knows best” is reconsidered from an ecological perspective which suggests that we ought to follow nature. The phrase “follow nature” has many meanings. In an absolute law-of-nature sense, persons invariably and necessarily act in accordance with natural laws, and thus cannot but follow nature. In an artifactual sense, all deliberate human conduct is viewed as unnatural, and thus it is impossible to follow nature. As a result, the answer to the question, whether we can and ought to follow nature, (...) must be sought in a relative sense according to which human conduct is sometimes more and sometimes less natural. Four specific relative senses are examined: a homeostatic sense, an imitative ethical sense, an axiological sense, and a tutorial sense. Nature can be followed in a homeostatic sense in which human conduct utilizes naturallaws for our well-being in a stable environment, but this following is nonmoral since the moral elements can be separated from it. Nature cannot be followed in an imitative ethical sense because nature itself is either amoral or, by some accounts, immoral. Guidance for inter-human ethical conduct, therefore, must be sought not in nature, but in human culture. Nevertheless, in an axiological sense, persons can and ought to follow nature by viewing it as an object of orienting interest and value. In this connection, three environments are distinguished for human well-being in whichwe can and ought to participate-the urban, the rural, and the wild. Finally, in a tutorial sense, persons can and ought to follow nature by letting it teach us son1ething of our human role, our place, and our appropriate character in the natural system as a whole. In this last sense, "following nature" is commended to anyone who seeks in his human conduct to maintain a good fit with the natural environment-a sense of following nature involving both efficiency and wisdom. (shrink)

To contribute significantly to environmental policy of the next century, conservationists will need to reach a consensus on their fundamental values and goals and to persuade society to adopt them. Resolution of the debate over the continued role of naturalness as a guiding concept has important implications for how conservation is practiced and the future of the discipline. I examine five aspects of naturalness in the context of biological conservation: its utility, its assessment, its relation to values and ethics, alternative (...) imperatives, and implications of adopting it as a guiding concept. Naturalness can be viewed as a continuous gradient with completely natural and completely artificial extremes. Human actions are unnatural to the extent that they rely on technology to transform natural ecosystems. The ecological consequences of technological transformation often overwhelm the capacity of other biota to adapt and are a root cause of biodiversity loss. The naturalness of most ecosystems or ecosystem alterations can be assessed objectively despite imperfect knowledge if evolutionary limits and natural ranges of variability are carefully considered. Most conservationists value naturally evolved biotic elements such as genomes and communities over artificial elements. This judgment, which is not shared by society at large, is based on intrinsic and instrumental values, including respect for nature and recognition that many ecosystem amenities stem from natural processes. Given the wide accessibility of ecologically destructive technology, fundamental shifts in societal values and approaches to ecosystem alteration are needed to achieve conservation. Respect for nature must supplant the prevailing world view of human superiority. Although sometimes difficult to assess, naturalness is a more reasonable guide for conservation than are other ecosystem features such as diversity, productivity, or evolution, and naturalness is the foundation for several current conservation concepts such as ecological integrity and ecological restoration. Conservation biologists can help develop conservation practices and ethics that emphasize the importance of natural ecosystems. Key roles include refining distinctions between natural and anthropogenic conditions, devising ways to use ecosystems without losing biotic diversity, and facilitating shifts in societal values toward more respect for nature. (shrink)