By dividing the creation of matter, energy, life, and mind into three big bangs, Holmes Rolston III brings into focus a history of the universe that respects both scientific discovery and the potential presence of an underlying intelligence. Matter-energy appears, initially in simpler forms but with a remarkable capacity for generating heavier elements. The size and expansion rate of the universe, the nature of electromagnetism, gravity, and nuclear forces enable the the explosion of life on Earth. DNA discovers, stores, (...) and transfers information generating billions of species. Cognitive capacities escalate, and with neural sentience this results in human genius. A massive singularity, the human mind gives birth to language and culture, increasing the brain's complexity and promoting the spread of ideas. Ideas generate ideals, which lead life to take on spirit. The nature of matter-energy, genes, and their genesis therefore encourages humans to wonder where they are, who they are, and what they should do. (shrink)

This Second Edition of A New Environmental Ethics: The Next Millennium for Life on Earth offers clear, powerful, and often moving thoughts from Holmes Rolston III, one of the first and most respected philosophers to write on the environment and often called the "father of environmental ethics." Rolston surveys the full spectrum of approaches in the field of environmental ethics and offers critical assessments of contemporary academic accounts. He draws on a lifetime of research and experience to suggest (...) an outlook, and even hope, for the future. This forward-looking analysis, focused on the new millennium, will be a necessary complement to any balanced textbook or anthology in environmental ethics. The First Edition guaranteed "to put you in your place." Beyond that, the Second Edition, asks whether you want to live a "de-natured life on a de-natured planet." Key Updates in the Second Edition - Covers the worsening environmental situation due to actions of the Trump administration, including withdrawal from the Paris accord and from the U.N. Framework Convention on Climate Change - Includes information on legislation in key U.S. states aimed to ameliorate the damage done at the Federal level - Increases coverage of group knowledge, group agreement and disagreement, and group action in collective environmental ethics, as distinguished from individual knowledge and action - Examines the deleterious effects of online consumer behavior - Explains how a loss of solidarity among a nation's citizens and even a larger solidary among humanity leads to environmental degradation - Offers new analysis of the effects of epistemic bubbles, echo chambers, and fake news on the behavior of voters and consumers - Provides an extended critique of the Anthropocene Epoch, and the prospect of geo-engineering Earth to become a synthetic environment. (shrink)

Holmes Rolston challenges the sociobiological orthodoxy that would naturalize science, ethics, and religion. The book argues that genetic processes are not blind, selfish, and contingent, and that nature is therefore not value-free. The author examines the emergence of complex biodiversity through evolutionary history. Especially remarkable in this narrative is the genesis of human beings with their capacities for science, ethics, and religion. A major conceptual task of the book is to relate cultural genesis to natural genesis. There is also (...) a general account of how values are created and transmitted in both natural and human cultural history. The book is written by one of the most well-respected figures in the philosophy of biology and religion. (shrink)

In lieu of an abstract, here is a brief excerpt of the content:F/Actual Knowing:Putting Facts and Values in PlaceHolmes Rolston III (bio)Knowing needs to be actualized, an act of ours, yet also a discovery of what is actually, factually there. In place ourselves, we manage some awareness of other places. Agents in our knowing, we co-respond, and this emplaces us. But we humans have powers of dis-placement too, of taking up, whether empathetically or objectively, the situations of others, other (...) humans, sometimes others than humans. How do our facts depend on our acts? Do we humans always put in place, or sometimes find put, placed there before us, what we variously value on Earth?To put this provocatively: We need to "green" our beliefs; but every educated person knows that nothing out there is really "green." "Seeing green" is an interaction experience. Perhaps this perceptual experience is a model for the whole: all of our human concepts and percepts color up the world. This is true alike of facts and of values, discoveries and evaluations. Such knowing might be well enough placed, but it is always and only "placed." Our geographical position controls our epistemic composition. Epistemology is inevitably anthropocentric; we are always located in the center of our knowing.But what if the "green" we see is mostly chlorophyll? Photosynthesis is not something we can see at all. In place on Earth, we humans breathe oxygen and would die in minutes without it; we depend on photosynthesis at the foundation of our food chains. We know our own respiratory [End Page 137] and trophic interactions with the plants, and this not simply at the native range experiences of breathing and eating. We have figured out the oxygen/carbon-dioxide/water cycles taking place at molecular levels.Now it seems, however, that we are discovering ourselves placed where the facts are bigger than our acts, including our respiratory (and perceptual) interactions; these extend systemically and are hardly anthropocentric. Epistemologically, we have more to evaluate. "Greening" our belief, environmentally grounding it, will require knowing and appropriately respecting these vital life processes—of which we are a part, but which also are "in place" and "take place" apart from us.1. Embodied, Knowledgeable PersonsWhatever knowledge we gain has to "come through" at our native range. That seems uncontroversial, but what are the implications? Knowledge is relative to our location, our embodiment, our size, our terrestrial habitat. This situation constricts, it may be claimed, what can "come through." Mark Johnson concludes: "Our consciousness and rationality are tied to our bodily orientations and interactions in and with our environment. Our embodiment is essential to who we are, to what meaning is, and to our ability to draw rational inferences and to be creative." He urges us to "put the body back into the mind," that is, epistemologically, to become aware of how the body is there, willy-nilly (1987, xxxviii, xxxvi). Joining with George Lakoff, he claims: "Reason, even in its most abstract form, makes use of, rather than transcends, our animal nature" (Lakoff and Johnson 1999, 4).Katherine Hayles continues: "To be incorporated within a different body would be to live in a different world." She features "interactivity" and explains:Interactivity foregrounds rather than obscures the importance of embodiment. In the interaction model, the body does more than provide a biological support system for the mind. Interaction is possible only because we are embodied, and the precise conditions of our embodiment have everything to do with the nature of those interactions. The range and nature of sensory stimuli available to us, the contexts that affect how those sensory stimuli achieve meaning, the habituated movements and postures that we learn through culture and that are encoded for gender, ethnicity, and class—all affect how learning takes place and how the world comes into being for us.(1995, 56) [End Page 138]All this seems true, if one means that with reincarnation our native range experiences would be different. Wolves have keen noses and with them they experience, if you like, a different world. But the survival value of wolf noses, a situated knowledge for them, is equally true for humans, wolves, and elk, because all three... (shrink)

In lieu of an abstract, here is a brief excerpt of the content:F/Actual Knowing:Putting Facts and Values in PlaceHolmes Rolston III (bio)Knowing needs to be actualized, an act of ours, yet also a discovery of what is actually, factually there. In place ourselves, we manage some awareness of other places. Agents in our knowing, we co-respond, and this emplaces us. But we humans have powers of dis-placement too, of taking up, whether empathetically or objectively, the situations of others, other (...) humans, sometimes others than humans. How do our facts depend on our acts? Do we humans always put in place, or sometimes find put, placed there before us, what we variously value on Earth?To put this provocatively: We need to "green" our beliefs; but every educated person knows that nothing out there is really "green." "Seeing green" is an interaction experience. Perhaps this perceptual experience is a model for the whole: all of our human concepts and percepts color up the world. This is true alike of facts and of values, discoveries and evaluations. Such knowing might be well enough placed, but it is always and only "placed." Our geographical position controls our epistemic composition. Epistemology is inevitably anthropocentric; we are always located in the center of our knowing.But what if the "green" we see is mostly chlorophyll? Photosynthesis is not something we can see at all. In place on Earth, we humans breathe oxygen and would die in minutes without it; we depend on photosynthesis at the foundation of our food chains. We know our own respiratory [End Page 137] and trophic interactions with the plants, and this not simply at the native range experiences of breathing and eating. We have figured out the oxygen/carbon-dioxide/water cycles taking place at molecular levels.Now it seems, however, that we are discovering ourselves placed where the facts are bigger than our acts, including our respiratory (and perceptual) interactions; these extend systemically and are hardly anthropocentric. Epistemologically, we have more to evaluate. "Greening" our belief, environmentally grounding it, will require knowing and appropriately respecting these vital life processes—of which we are a part, but which also are "in place" and "take place" apart from us.1. Embodied, Knowledgeable PersonsWhatever knowledge we gain has to "come through" at our native range. That seems uncontroversial, but what are the implications? Knowledge is relative to our location, our embodiment, our size, our terrestrial habitat. This situation constricts, it may be claimed, what can "come through." Mark Johnson concludes: "Our consciousness and rationality are tied to our bodily orientations and interactions in and with our environment. Our embodiment is essential to who we are, to what meaning is, and to our ability to draw rational inferences and to be creative." He urges us to "put the body back into the mind," that is, epistemologically, to become aware of how the body is there, willy-nilly (1987, xxxviii, xxxvi). Joining with George Lakoff, he claims: "Reason, even in its most abstract form, makes use of, rather than transcends, our animal nature" (Lakoff and Johnson 1999, 4).Katherine Hayles continues: "To be incorporated within a different body would be to live in a different world." She features "interactivity" and explains:Interactivity foregrounds rather than obscures the importance of embodiment. In the interaction model, the body does more than provide a biological support system for the mind. Interaction is possible only because we are embodied, and the precise conditions of our embodiment have everything to do with the nature of those interactions. The range and nature of sensory stimuli available to us, the contexts that affect how those sensory stimuli achieve meaning, the habituated movements and postures that we learn through culture and that are encoded for gender, ethnicity, and class—all affect how learning takes place and how the world comes into being for us.(1995, 56) [End Page 138]All this seems true, if one means that with reincarnation our native range experiences would be different. Wolves have keen noses and with them they experience, if you like, a different world. But the survival value of wolf noses, a situated knowledge for them, is equally true for humans, wolves, and elk, because all three... (shrink)

Quarterly publication discussing various topics in environmental ethics, including features, discussion papers, book reviews, editorial commentaries, and other text related to environmental philosophies. Some issues also include announcements and other news related to the environmental studies community.

Quarterly publication discussing various topics in environmental ethics, including features, discussion papers, book reviews, editorial commentaries, and other text related to environmental philosophies. Some issues also include announcements and other news related to the environmental studies community.

Prevailing accounts of natural values as the subjective response of the human mind are reviewed and contested. Discoveries in the physical sciences tempt us to strip the reality away from many native-range qualities, including values, but discoveries in the biological sciences counterbalance this by finding sophisticated structures and selective processes in earthen nature. On the one hand, all human knowing and valuing contain subjective components, being theory-Iaden. On the other hand, in ordinary natural affairs, in scientific knowing, and in valuing, (...) we achieve some objective knowing of the world, agreeably with and mediated by the subjective coefficient. An ecological model of valuing is proposed, which is set in an evolutionary context. Natural value in its relation to consciousness is, examined as an epiphenomenon, an echo, an emergent, an entrance, and an education, with emphasis on the latter categories. An account of intrinsic and instrumental natural value is related both to natural objects, life fonns and land forms, and to experiencing subjects, extending the ecological model. Ethical imperatives follow from this redescription of natural value and the valuing process. (shrink)

The concerns of environmental ethics on other continents fail in Antarctica, which is without sustainable development, or ecosystems for a “land ethic,” or even familiar terrestrial fauna and flora. An Antarctic regime, developing politically, has been developing an ethics, underrunning the politics, remarkably exemplified in the Madrid Protocol, protecting “the intrinsic value of Antarctica.” Without inhabitants, claims of sovereignty are problematic. Antarctica is a continent for scientists and, more recently, tourists. Both focus on wild nature. Life is driven to extremes; (...) these extremes can intensify an ethic. Antarctica ascommon heritage transforms into wilderness, sanctuary, wonderland. An appropriate ethics for the seventh continent differs radically from that for the other six. (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)

Both science and ethics are embedded in cultural traditions where truths are shared through education; both need competent critics educated within such traditions. Education in both ought to be directed although moral education demands levels of responsible agency that science education does not. Evolutionary science often carries an implicit or explicit understanding of who and what humans are, one which may not be coherent with the implicit or explicit human self-understanding in moral education.

In lieu of an abstract, here is a brief excerpt of the content:Critical Issues in Future Environmental EthicsHolmes Rolston III (bio)1. Sustainable development vs. sustainable biosphere. The question is whether to prioritize development within environmental constraints, or whether to prioritize a sustainable biosphere and work out a suitable economy within that priority. Sustainable development, likely to remain the favored model, is also likely to prove an umbrella concept that requires little but superficial agreement, bringing a constant illusion of [End (...) Page 139] consensus and glossing over deeper problems with a rhetorically engaging word. Everybody co-opts the idea and justifies their desired developments. Sustainability will prove to be a "metafix" that will unite everybody including industrialists, subsistence farmers, fair-wage social workers, riverkeepers, wildlife lovers, economists, and politicians—all of whom wish to have their cake and eat it too.2. In tension with this, a "sustainable biosphere" model demands a baseline quality of environment, with the economy worked out "within" such quality of life in a quality environment (clean air, water, stable soils, attractive residential landscapes, forests, mountains, rivers, rural lands, parks, wildlands, wildlife, renewable resources). Development is desired, but even more, society must learn to live within the carrying capacity of its landscapes. The fundamental flaw in "sustainable development" is that it sees the Earth as a resource only.3. Global warming. Global warming is a threat of the greatest magnitude, involving an unprecedented convergence of complexities, natural and technological uncertainties, global and local interactions, and difficult scientific, ethical, political, and social choices. There are cross-cultural issues, intergenerational issues, distributional issues, concerns about merit, justice, benevolence, and about voluntary and involuntary risk. There is a long lag time from decades to hundreds of years. Surely but gradually, local "goods" cumulate into global "bads". There are opportunities for denial, procrastination, self-deception, hypocrisy, free-riding, cheating, and corruption. Individual and national self-interests are at odds with collective global interests. This is the "tragedy of the commons" now taken at the pitch.4. Biodiversity. Charismatic megafauna is likely to disappear, except in pockets. Conservation plans will increasingly need to incorporate local communities and governments in developing nations which are too unstable (if not corrupt) to insure long-range conservation. Fauna and flora generally are likely to become increasingly depauperate, due to development, pollution, ignorance, and disinterest outside of native-range industrial, medical, and agricultural resource benefits. The planet is likely to become less diverse, warmer, increasingly trashy, and weedy.5. Escalating populations, escalating consumption, maldistribution. [End Page 140] These are three main global problems (drivingfor instance, global warming and depauperate fauna and flora). Global capitalism has no intrinsic capacities to solve these problems. A major problem is that products and capital move freely across national boundaries, but labor cannot, resulting in exploitation of cheaper labor. In addition to the human misfortunes produced by this system, such exploited peoples will progressively degrade their environments. As a result, both rich and poor will jeopardize both sustainability and conservation.6. The "enough" problem. Humans have long been driven by desires to increase security and wealth. Humans have Pleistocene appetites for salt, sugar, fat, sex, and to maximize our short-term security for self and kin, and perhaps tribe. Without such concerns, people did not make it through winter. So humans always want more in order to make us more secure—more pay, bigger houses, better health, more preferences satisfied, more comfort, economic and national security. For all of human history, we have been pushing back limits.7. Especially in the West, we have lived with a deep-seated belief that life will get better, that one should hope for abundance, and work toward obtaining it. In the West we have built this into our concept of human rights—a right to self-development, to self-realization. But such an egalitarian ethic scales everybody up and drives an unsustainable world.8. Humans are not well equipped to deal with the sorts of global level problems we now face. The classical institutions—family, village, tribe, nation, agriculture, industry, law, and medicine—have shorter horizons. Humans have no evolutionary ability to deal with long-range problems on world scales. Many biologists think we are incapable of doing this at the ranges now demanded. A... (shrink)

This chapter contains sections titled: Saving species for people An ethics for species? The threat of extinction Questions of fact: what are species? Questions of duty: ought species be saved? Species in ecosystems Natural and human‐caused extinctions Respect for life: biodiversity and rarity.

Nature is examined as a carrier of values. Despite problems of subjectivity and objectivity in value assignments, values are actualized in human relationships with nature, sometimes by constructive activity depending on a natural support, sometimes by a sensitive, if an interpretive, appreciation of the characteristics of natural objects. Ten areas of values associated with nature are recognized: economic value, life support value, recreational value, scientific value, aesthetic value, life value, diversity and unity values, stability and spontaneity values, dialectical value, and (...) sacramental value. Bach is analyzed and illustrated with particular reference to the objective precursors of value as these are described by natural science. (shrink)

Neither ecologists nor economists can teach us what we most need to know about nature: how to value it. The Hebrew prophets claimed that there can be no intelligent human ecology except as people learn to use land justly and charitably. Lands do not flow with milk and honey for all unless and until justice rolls down like waters. What kind of planet ought we humans wish to have? One we resourcefully manage for our benefits? Or one we hold in (...) loving care? Science and economics can't teach us that; perhaps religion and ethics can. (shrink)

_ _ _Environmental Ethics: An Anthology_ brings together both classic and cutting-edge essays which have formed contemporary environmental ethics, ranging from the welfare of animals versus ecosystems to theories of the intrinsic value of nature.

This chapter contains sections titled: The Environmental Turn Humans: People and their World Animals: Beasts in Flesh and Blood Organisms: Respect for Life Species and Biodiversity: Lifelines in Jeopardy Ecosystems: The Land Ethic Earth: Ethics on the Home Planet.

Prevailing accounts of natural values as the subjective response of the human mind are reviewed and contested. Discoveries in the physical sciences tempt us to strip the reality away from many native-range qualities, including values, but discoveries in the biological sciences counterbalance this by finding sophisticated structures and selective processes in earthen nature. On the one hand, all human knowing and valuing contain subjective components, being theory-Iaden. On the other hand, in ordinary natural affairs, in scientific knowing, and in valuing, (...) we achieve some objective knowing of the world, agreeably with and mediated by the subjective coefficient. An ecological model of valuing is proposed, which is set in an evolutionary context. Natural value in its relation to consciousness is, examined as an epiphenomenon, an echo, an emergent, an entrance, and an education, with emphasis on the latter categories. An account of intrinsic and instrumental natural value is related both to natural objects, life fonns and land forms, and to experiencing subjects, extending the ecological model. Ethical imperatives follow from this redescription of natural value and the valuing process. (shrink)

Environmental Ethics is a systematic account of values carried by the natural world, coupled with an inquiry into duties toward animals, plants, species, and ecosystems. A comprehensive philosophy of nature is illustrated by and integrated with numerous actual examples of ethical decisions made in encounters with fauna and flora, endangered species, and threatened ecosystems. The ethics developed is informed throughout by ecological science and evolutionary biology, with attention to the logic of moving from what is in nature to what ought (...) to be. The ethical theory is applied in detail to social, public, and business policy. Written in an engaging style, using diagrams and figures as well as numerous case studies, Environmental Ethics prods the reader into concrete application and invites reader participation in the ethical discussions. The ethics concludes by exploring the historical experiences of personal residence in a surrounding environment. Here is an adventure into what it means to live as responsible human beings in the community of life on Earth. In the series Ethics and Action, edited by Tom Regan. (shrink)

. Despite the classical prohibition of moving from fact to value, encounter with the biodiversity and plenitude of being in evolutionary natural history moves us to respect life, even to reverence it. Darwinian accounts are value-laden and necessary for understanding life at the same time that Darwinian theory fails to provide sufficient cause for the historically developing diversity and increasing complexity on Earth. Earth is a providing ground; matter and energy on Earth support life, but distinctive to life is information (...) coded in the genetic molecules that superintends this matter-energy. Life is generated and regenerated in struggle, persists in its perishing. Such life is also a gift; nature is grace. Biologists and theologians join in celebrating and conserving the genesis on Earth, awed in their encounter with this creativity that characterizes our home planet. (shrink)

The protection of rare species abounds with scientific and ethical considerations. An ethical dilemma can emerge when the life of one species is valued higher than that of another, and so we discuss the basis of ranking, protection, and valuation of plants and animals. A duty to protect rare species exists in this age of great losses to plant and animal life, but the scientific and public communities are not always in agreement regarding what species deserve protection. Using a case (...) study, we illustrate how the decision to kill beavers to protect a rare plant and rare animals found in a tidewater creek demanded an ecological ethic approach. We present the concept of a" conservation mediator" and how its use may help find a common ground between stakeholders and decision-makers in similar situations. (shrink)

Yellowstone National Park poses critical issues in biology and philosophy. Among these are (1) how to value nature, especially at the ecosystem level, and whether to let nature take its course or employ hands-on scientific management; (2) the meaning of natural as this operates in park policy; (3) establishing biological claims on th scale of regional systems; (4) the interplay of natural and cultural history, involving both native and European Americans; (5) and sociopolitical forces as determinants in biological discovery. Alston (...) Chase's strident Playing God in Yellowstone is critized and used as a test of David Hull's naturalistic philosophy of biology. Biology and philosophy in Yellowstone ought to combine for an appropriate environmental ethic. (shrink)

Valuing wildlands is complex. In a philosophically oriented analysis, I distinguish seven meaning levels of value, individual preference, market price, individual good, social preference, social good, organismic, and ecosystemic, and itemize twelve types of value carried by wildlands, economic, life support, recreational, scientific, genetic diversity, aesthetic, cultural syrubolization, historical, characterbuilding, therapeutic, religious, and intrinsic. I criticize contingent valuation efforts to price these values. I then propose an axiological model, which interrelates the multiple levels and types of value, and some principles (...) for wildland management policy. (shrink)

Those residing in the Rocky Mountains enjoy both nature and culture in ways not characteristic of many inhabited landscapes. Landscapes elsewhere in the United States and in Europe involve a nature-culture synthesis. An original nature, once encountered by settlers, has been transformed by a dominating culture, and on the resulting landscape, there is little experience of primordial nature. On Rocky Mountain landscapes, the model is an ellipse with two foci. Much of the landscape is in synthesis, but there is much (...) landscape where the principal determinant remains spontaneous nature, contrasted with the developed, rebuilt landscape in which the principal determinant is culture. Life in the Rockies permits both use and admiration of nature (fruited plains), with constant reminders (mountain majesties) that the human scale of values is rather tentatively localized in a more comprehensive environment. (shrink)

Building on research in anthropology and philosophy, one can make a distinction between type I and type II energy ethics as a framework for advancing public debate about energy. Type I holds energy production and use as a fundamental good and is grounded in the assumption that increases in energy production and consumption result in increases in human wellbeing. Conversely, type II questions the linear relationship between energy production and progress by examining questions of equity and human happiness. The type (...) I versus type II framework helps to advance public debates about energy that address broad questions of profitability, regulation, and the environment, and in the process poses fundamental questions about the reverence for energy growth in advanced technological societies. (shrink)

Valuing wildlands is complex. (1) In a philosophically oriented analysis, I distinguish seven meaning levels of value, individual preference, market price, individual good, social preference, social good, organismic, and ecosystemic, and itemize twelve types of value carried by wildlands, economic, life support, recreational, scientific, genetic diversity, aesthetic, cultural syrubolization, historical, characterbuilding, therapeutic, religious, and intrinsic. (2) I criticize contingent valuation efforts to price these values. (3) I then propose an axiological model, which interrelates the multiple levels and types of value, (...) and some principles for wildland management policy. (shrink)

This introduction to biological conservation assesses the value judgments at the heart of conservation. The author elaborates on such questions as: how much habitat does an endangered species require?; does this particular species deserve to be saved?; who will pay for its upkeep?; and much more.