Establishing biotic borders was part and parcel of empire building. The question of which kinds of biological species were permitted to make their way into North American and West European territories shaped transregional border control in the imperial age. Biotic borders were intensely biocultural in that stereotypes around race and ethnic differences shaped them. Drawing on examples from the history of white ants (also known as termites) in the American and British empires, this essay argues that insects had (...) a sustained and global presence in modern imperial imaginations of borders and frontiers. (shrink)

Deutscher's reading of Darwin states that future generations are conditioned by the work of natural selection over long periods of time, whereby the random variations that are most favorable to the local conditions prevail over those organisms that are less well adapted. The work of this selection of the favorable varieties is not a human responsibility; rather, it lies in the hands of “chance.” However, I believe that, by prioritizing competition between organisms in the process of natural selection, Darwin in (...) fact ends up subscribing to a kind of evolutionary progress. Because Darwin subscribes to a kind of evolutionary progress whereby the “better” varieties push the lower forms into extinction, one cannot say that natural selection is random but, rather, that it follows a general trajectory of improvement. The fact that nature proceeds slowly in this fashion must be read alongside Darwin's comments on race as well as the numerous times he explicitly advocates Galton's eugenic program in The Descent of Man. (shrink)

It has been suggested that the biosphere and its component ecological systems be thought of as “communities”; this is often invoked as a reason to attribute it moral significance. I first disambiguate this claim, distinguishing the purely moral, social-factual, and biological-factual senses of this term, as well as distinguishing primary from derived meanings, drawing on material from philosophy, sociology, psychology, and ecology. I then argue that the ethically important sense of the term is one that does not apply to ecological (...) systems, though it could in the future, and that it is misleading to base ethical arguments on claims about “biotic communities.”. (shrink)

The “Lošinj Declaration on Biotic Sovereignty” is a novelty in the consideration of the environment and life in general and a unique document on a global scale. Until the advent of the Declaration, the environment was usually considered in an instrumentalist way, following the prevailing techno-scientific paradigm. The Declaration introduces biotic sovereignty as the starting point for the debate on GMOs, from which the harmfulness or potential benefits of genetic engineering can be assessed. The protection of biotic (...) sovereignty should be one of the crucial values that European and Croatian citizens should defend in the upcoming struggle to change and probably drastically reduce the regulatory regime for genetically modified crops in the European Union and thus also in Croatia. In this paper, we highlight the importance of the “Lošinj Declaration on Biotic Sovereignty” in the context of the emergence of new gene regulation techniques that are becoming a threat to biotic sovereignty. We analyse the lobbying process against the ruling C-528/16 using the example of the scientists united in the network EU-SAGE. The central part of the paper analyses the controversy over a new European Commission study on new genetic techniques and the political context of the conflict between the European Commission and the European Parliament over the authorisation of new seed varieties of genetically modified crops. (shrink)

In lieu of an abstract, here is a brief excerpt of the content:Generational Timescapes and Biotic Kinship in Omar El Akkad's American WarMichael Boyden (bio)References to future generations and how they might be impacted by decisions in the present abound in climate change communication—from scholarship dealing with the energy transition and climate control, to international agreements, and to public debates in civil society generally. One oft-noted reason why generational views are so frequently invoked in such contexts is that they (...) serve to make tangible otherwise intractable problems so vast in proportion that they tend to confound conventional ways of allocating ethical responsibilities and considerability. Conjuring the ways in which our choices and actions affect the quality of life of concrete individuals to whom we are connected by means of kinship ties awakens the present generation's sense of obligation toward the future.As a number of scholars have noted, however, generational views might also hamper our ability to work toward the kind of sustained transformation of the global economy that is required to ensure that Earth remains inhabitable in the future. In philosophy, political science, and adjacent fields, critiques of generational discourse have revolved around the limitations of governing models of ethics, as in discussions of Derek Parfit's "repugnant conclusion" (388) and in efforts to find new models of distributive justice that depart from utilitarian and contractualist approaches.1 In turn, scholars working in the interdisciplinary frameworks of critical posthumanism and queer feminism have attempted to rethink notions of kinship in ways that consider the ethical value of the nonhuman world and identities not grounded in biological kinship.2In this article, I argue that climate change fiction has the potential to [End Page 11] dramatize the conflicting valences of generational discourse—in ways that less layered, nonfictional narratives often fail to do—and in doing so points up the possibility of conceiving of environmental ethics in a different, less kinship-based fashion. Using Omar El Akkad's American War (2017) as my tutor text, I will argue that this novel presents a potent critique of the kind of generational discourse prevalent in debates about global warming today.My analysis is meant to show how El Akkad's novel, which adopts a markedly transcultural perspective that questions Western exceptionalism, brings out the limitations of—and visualizes alternatives to—the generational schemes through which the consequences of anthropogenic climate change are rendered intelligible. At the same time, I suggest, the novel offers pathways toward conceiving an ecocentric ethical framework that does not reproduce the anthropocentric assumptions of generational discourse.Climate Change and Generational DiscourseI start by defining more closely what we mean when we talk about generations. Political scientist Jonathan White has usefully distinguished three strands of generational views that tend to blend into each other in recent debates on climate change but that deserve to be kept analytically separate. The first of these is the genealogical understanding of generations, which pertains to familial "relations between individuals in their specificity" (765). This genealogical conception of generations has been with us for a long time. It is present, for instance, in biblical texts and classical historiography, which invoke family bonds to justify a given social order. Genealogical views are equally present, however, in modern evolutionary thinking and in the ordinary understanding of the generations of a family. The second strand identified by White is the sociological understanding of generations, which refers to "social groups defined by an apparent unity of ideas and attributes, irrespective of personal ties" (765). Sociological generations convey differences between young and old, or progressive and backward-looking forces, in times of societal transformation. Scholars trace this sociological conception of generations back to the nineteenth century, when the forces of industrialism and nationalism [End Page 12] magnified experiential divergences among social groups. Finally, White considers philosophical generations, which refer to "a society at different moments of existence" (765). Here, we may think of postrevolutionary contexts, when the clock is figuratively turned to zero and a new understanding of the social order emerges. Contrary to genealogical and sociological schemes, such philosophical generations are not grounded in a specific empirical formation; rather, they constitute a conceptual formula for organizing the (long-term) future.What makes generational... (shrink)

Does it make sense to refer to bird song - a complex vocalization, full of repetitive and transformative patterns that are carefully calculated to woo a mate - as art? What about a pack of wolves howling in unison or the cacophony made by an entire rain forest? Redefining music as "the art of possibly animate things," Musical Vitalities charts a new path for music studies that blends musicological methods with perspectives drawn from the life sciences. In opposition to humanist (...) approaches that insist on a separation between culture and nature--approaches that appear increasingly untenable in an era defined by human-generated climate change--Musical Vitalities treats music as one example of the cultural practices and biotic arts of the animal kingdom rather than as a phenomenon categorically distinct from nonhuman forms of sonic expression. The book challenges the human exceptionalism that has allowed musicologists to overlook music's structural resemblances to the songs of nonhuman species, the intricacies of music's physiological impact on listeners, and the many analogues between music's formal processes and those of the dynamic natural world. Through close readings of Austro-German music and aesthetic writings that suggest wide-ranging analogies between music and nature, Musical Vitalities seeks to both rekindle the critical potential of nineteenth-century music and rejoin the humans at the center of the humanities with the nonhumans whose evolutionary endowments and planetary fates they share. (shrink)

This work proposes a coevolutionary theory of aesthetics that encompasses both biotic and human arts. Anthropocentric perspectives in aesthetics prevent the recognition of the ontological complexity of the aesthetics of nature, and the aesthetic agency of many non-human organisms. The process of evaluative coevolution is shared by all biotic advertisements. I propose that art consists of a form of communication that coevolves with its own evaluation. Art and art history are population phenomena. I expand Arthur Danto’s Artworld concept (...) to any aesthetic population of producers and evaluators. Current concepts of art cannot exclusively circumscribe the human arts from many forms of non-human biotic art. Without assuming an arbitrarily anthropocentric perspective, any concept of art will need to engage with biodiversity, and either recognize many instances of biotic advertisements as art, or exclude some instances of human art. Coevolutionary aesthetic theory provides a heuristic account of aesthetic change in both human and biotic artworlds, including the coevolutionary origin of aesthetic properties and aesthetic value within artworlds. Restructuring aesthetics, art criticism, and art history without human beings at the organizing centers of these disciplines stimulate new progress in our understanding of art, and the unique human contributions to aesthetics and aesthetic diversity. (shrink)

The nonreductionistic theory of the multiple aspects of reality offered by the Dutch philosopher Herman Dooyeweerd is employed to illuminate the status of bodies and biological entities in relation to attached and incorporated technological devices. I first present a review of the interpretations of the mechanization of biology and then argue from a Dooyeweerdian viewpoint that this mechanization also amounts to a reduction of the biotic aspect to previous aspects, such as the physical and the regulatory or cybernetic aspect. (...) Next, the irreducible meaning of the biotic aspect is defined as the vital life cycle and generational continuity that delineate the form of a species. Finally, I show how this definition helps us identify a normativity and a respect for living things, and I discuss its implications for bioengineering practices. (shrink)

A central thesis of intelligent‐design theorists is that physical and chemical laws and chance are insufficient to account for irreducibly complex biological structures and that intelligent design is necessary to account for such phenomena. This assertion, however, still implies a reductionist ontology. We need to recognize that reality displays multiple modes of being beyond simply chemical and physical modes of being, each of which is governed by laws for that mode of being. This essay argues for an alternate framework for (...) understanding life phenomena that is neither philosophical materialism nor intelligent‐design theory. (shrink)

S. Hailwood argues that if political liberals, in the Rawlsian sense, refuse to grant non-human nature anything other than instrumental value, then they may properly be characterised as human chauvinists, but not as inconsistent political liberals. He also argues that political liberals who do grant non-instrumental value to the nonhuman are thereby committed to a form of moral valuation of the abiotic. However, an analysis of what is involved in regarding non-human biota as possessing instrumental value reveals that humans must (...) recognise the existence of interests, needs and desires of those non-human organisms which they wish to treat instrumentally. Given this, political liberalism in its most persuasive form, as articulated by Barry, implies that political liberals are not permitted to decide arbitrarily that non-human biota have only instrumental value. But the crucial role of interests in this argument precludes the attribution of any form of moral value to the abiotic. (shrink)

This is the first book to outline a basic philosophy of ecology using the standard categories of academic philosophy: metaphysics, axiology, epistemology, aesthetics, ethics, and political philosophy. The problems of global justice invariably involve ecological factors. Yet the science of ecology is itself imbued with philosophical questions. Therefore, studies in ecological justice, the sub-discipline of global justice that relates to the interaction of human and natural systems, should be preceded by the study of the philosophy of ecology. This book enables (...) the reader to access a philosophy of ecology and shows how this philosophy is inherently normative and provides tools for securing ecological justice. The moral philosophy of ecology directly addresses the root cause of ecological and environmental injustice: the violation of fundamental human rights caused by the inequitable distribution of the benefits and costs of industrialism. Philosophy of ecology thus has implications for human rights, pollution, poverty, unequal access to resources, sustainability, consumerism, land use, biodiversity, industrialization, energy policy, and other issues of social and global justice. This book offers an historical and interdisciplinary exegesis. The analysis is situated in the context of the Western intellectual tradition, and includes great thinkers in the history of ecological thinking in the West from the natural sciences, social sciences and humanities.​ Keller asks the big questions and surveys answers with remarkable detail. Here is an insightful analysis of contemporary, classical, and ancient thought, alike in the ecological sciences, the humanities, and economics, the roots and fruits of our concepts of nature and of being in the world. Keller is unexcelled in bridging the is/ought gap, bridging nature and culture, and in celebrating the richness of life, its pattern, process, and creativity on our wonderland Earth. Holmes Rolston, III University Distinguished Professor, Colorado State University Author of A New Environmental Ethics: The Next Millennium for Life on Earth Mentored by renowned ecologist Frank Golley and renowned philosopher Frederick Ferré, David Keller is well prepared to provide a deep history and a sweeping synthesis of the "idea of ecology"—including the metaphysical, epistemological, and ethical aspects of that idea, as well as the scientific. J. Baird Callicott University Distinguished Research Professor, University of North Texas Author of Thinking Like a Planet: The Land Ethic and the Earth Ethic. (shrink)

Ecology's reputation as a holistic science is partly due to widespread misconceptions of its nature as well as shortcomings in its methodology. This article argues that the pursuit of empirical laws of ecology can foster the emergence of a more unified and predictive science based on complementary modes of explanation. Numerical analyses of population dynamics have a distinguished pedigree, spatial analyses generate predictive laws of macroecology, and physical analyses are typically pursued by the ecosystem paradigm. The most characteristically ecological laws, (...) however, are found in biotic analyses in the functional trait paradigm. Holistic credentials for ecology may thus be restored on two bases: its accommodating complementary modes of analysis and explanation, and its having some laws within the least reductionistic mode consistent with its subject matter. These claims, grounded in the aspectual theory of Herman Dooyeweerd, lead to some suggestions for enhancing the versatility and usefulness of ecology—and other sciences—by balancing different research paradigms under a holistic vision. (shrink)

Like biodiversity, sustainability is a buzz word in current conservation discourse. And like biodiversity, sustainability evokes positive associations. According to Allen and Hoekstra, “everyone agrees that sustainability is a good thing.” Both sustainability and biodiversity, however, are at grave risk of being coopted by people primarily concerned about things other than biological conservation. As Noss notes, “virtually everyone who has used the term sustainability seems to have had ‘human needs and aspirations’ as their primary concern.” Amgermeier and Angermeier and Karr (...) point out that local biodiversity can be artificially increased by introducing nonindigenous species into a biotic community; and, indeed, sports fisherpersons more concerned about angling opportunities than about biological conservation have cloaked their argument for introducing nonindigenous game fish to the Great Lakes in the mantle of enhanced biodiversity. (shrink)

Aldo Leopold's land ethic has been extremely influential among people working in conservation biology, environmental ethics, and related fields. Others have abandoned the land ethic for purportedly being outdated or ethically untenable. Yet, both acceptance of the land ethic and rejection of the land ethic are often based on misunderstandings of Leopold's original meaning – misunderstandings that have become so entrenched as to have the status of myths. This essay seeks to identify and then debunk six myths that have grown (...) up around the land ethic. These myths include misunderstandings about how we should understand key terms like “stability” and “biotic community” as well as the scope and main message of the land ethic. Properly understanding Leopold's original meaning, a meaning derived from ideas he developed after a lifetime of scientific theorizing and hands-on practical knowledge, prevents hasty rejection and provides a sounder basis for conservation policy. (shrink)

In the future, human destiny may depend on our ethics. In particular, biotechnology and expansion in space can transform life, raising profound questions. Guidance may be found in Life-centered ethics, as biotic ethics that value the basic patterns of organic gene/protein life, and as panbiotic ethics that always seek to expand life. These life-centered principles can be based on scientific insights into the unique place of life in nature, and the biological unity of all life. Belonging to life then (...) implies a human purpose: to safeguard and propagate life. Expansion in space will advance this purpose but will also raise basic questions. Should we expand all life or only intelligent life? Should we aim to create populations of trillions? Should we seed other solar systems? How far can we change but still preserve the human species, and life itself? The future of all life may be in our hands, and it can depend on our guiding ethics whether life will fulfil its full potentials. Given such profound powers, life-centered ethics can best secure future generations. Our descendants may then understand nature more deeply, and seek to extend life indefinitely. In that future, our human existence can find a cosmic purpose. (shrink)

This chapter contains sections titled: Introduction History of Technology Technology and Artifacts Biology, Technology and Biotic artifacts Conclusion.

Although chemical phenomena are primarily associated with electrons in atoms, ions, and molecules, the masses, charges, spins, and other properties of the nuclei in these species contribute significantly as well. Isotopes, for instance, have proven invaluable in chemistry, in particular the elucidation of reaction mechanisms. Elements with unstable nuclei, for example carbon-14 undergoing beta decay, have enriched chemistry and many other scientific disciplines. The nuclei of all elements have a much more subtle and largely unknown effect on chemical phenomena. All (...) nuclei are innately chiral and, because electrons can penetrate nuclei, all atoms and molecules are likewise chiral. This article describes in considerable detail the discovery of chiral nuclei, how this unusual chirality may influence the chemical behavior of atoms and molecules, and how atomic chirality may have been responsible for the synthesis of optically active molecules in the pre-biotic world. (shrink)

The “land community” (or “biotic community”) that features centrally in Aldo Leopold’s Land Ethic has typically been equated with the concept of “ecosystem.” Moreover, some have challenged this central Leopoldean concept given the multitude of meanings of the term “ecosystem” and the changes the term has undergone since Leopold’s time (see, e.g., Shrader-Frechette 1996). Even one of Leopold’s primary defenders, J. Baird Callicott, asserts that there are difficulties in identifying the boundaries of ecosystems and suggests that we recognize that (...) their boundaries are determined by scientific questions ecologists pose (Callicott 2013). I argue that we need to rethink Leopold’s concept of land community in the following ways. First, we should recognize that Leopold’s views are not identical to those of his contemporaries (e.g., Clements, Elton), although they resemble those of some subsequent ecologists, including some of our contemporaries (e.g., O’Neill 2001, Post et al. 2007, Hastings and Gross 2012). Second, the land community concept does not map cleanly onto the concept of “ecosystem”; it also incorporates elements of the “community” concept in community ecology by emphasizing the interactions between organisms and not just the matter/energy flow of the ecosystem concept. Third, the boundary question can be illuminated by considering some of the recent literature on the nature of biological individuals (in particular, Odenbaugh 2007; Hamilton, Smith, and Haber 2009; Millstein 2009), focusing on concentrations of causal relations as determinative of the boundaries of the land community qua individual. There are challenges to be worked out, particularly when the interactions of community members do not map cleanly onto matter/energy flows, but I argue that these challenges can be resolved. The result is a defensible land community concept that is ontologically robust enough to be a locus of moral obligation while being consistent with contemporary ecological theory and practice. (shrink)

In our papers on the rationality of magic, we distinghuished, for purposes of analysis, three levels of rationality. First and lowest (rationalitYl) the goal directed action of an agent with given aims and circumstances, where among his circumstances we included his knowledge and opinions. On this level the magician's treatment of illness by incantation is as rational as any traditional doctor's blood-letting or any modern one's use of anti-biotics. At the second level (rationalitY2) we add the element of rational thinking (...) or thinking which obeys some set of explicit rules, a level which is not found in magic in general, though it is sometimes given to specific details of magical thinking within the magical thought-system. It was the late Sir Edward E. Evans-Pritchard who observed that when considering magic in detail the magician may be as consistent or critical as anyone else; but when considering magic in general, or any system of thought in general, the magician could not be critical or even comprehend the criticism. Evans-Pritchard went even further: he was sceptical as to whether it could be done in a truly consistent manner: one cannot be critical of one's own system, he thought. On this level (rationalitY2) of discussion we have explained (earlier) why we prefer to wed Evans Pritchard's view of the magician's capacity for piece-meal rationality to Sir James Frazer's view that magic in general is pseudo-rational because it lacks standards of rational thinking. (shrink)

Populations, species, biotic communities, ecosystems, landscapes, biomes, and the biosphere are the referents of “ecological collectives.” The essence-accident moral ontology prevailing in twentieth-century moral philosophy cannot, while the theory of moral sentiments originating with Hume, biologized by Darwin, and ecologized by Leopold can, endow ecological collectives with moral considerability. The Hume-Darwin-Leopold approach to environmental ethics has been validated by twenty-first-century evolutionary moral psychology, while the twenty-first-century analysis of the human microbiome has revealed that erstwhile human “individuals” are themselves ecological (...) collectives, thus rendering future ethical theory exclusively concerned with ecological collectives. To reconceptualize ourselves as moral beings in relational, communal, and collective terms is a matter of the greatest urgency for twenty-first century moral philosophy. (shrink)

We review some of the main implications of the free-energy principle (FEP) for the study of the self-organization of living systems – and how the FEP can help us to understand (and model) biotic self-organization across the many temporal and spatial scales over which life exists. In order to maintain its integrity as a bounded system, any biological system - from single cells to complex organisms and societies - has to limit the disorder or dispersion (i.e., the long-run entropy) (...) of its constituent states. We review how this can be achieved by living systems that minimize their variational free energy. Variational free energy is an information theoretic construct, originally introduced into theoretical neuroscience and biology to explain perception, action, and learning. It has since been extended to explain the evolution, development, form, and function of entire organisms, providing a principled model of biotic self-organization and autopoiesis. It has provided insights into biological systems across spatiotemporal scales, ranging from microscales (e.g., sub- and multicellular dynamics), to intermediate scales (e.g., groups of interacting animals and culture), through to macroscale phenomena (the evolution of entire species). A crucial corollary of the FEP is that an organism just is (i.e., embodies or entails) an implicit model of its environment. As such, organisms come to embody causal relationships of their ecological niche, which, in turn, is influenced by their resulting behaviors. Crucially, free-energy minimization can be shown to be equivalent to the maximization of Bayesian model evidence. This allows us to cast natural selection in terms of Bayesian model selection, providing a robust theoretical account of how organisms come to match or accommodate the spatiotemporal complexity of their surrounding niche. In line with the theme of this volume; namely, biological complexity and self-organization, this chapter will examine a variational approach to self-organization across multiple dynamical scales. (shrink)

The paper addresses the issue of how indemocratic societies a procedure might be formulatedto facilitate ethical judgements on modernbiotechnologies used in food production. A frameworkfor rational ethical analysis, the Ethical Matrix, isproposed. The Matrix adapts the principles describedby Beauchamp and Childress for application to medicalissues, to interest groups (e.g., producers,consumers, and the biotic environment) affected bythese technologies. The use of the Matrix isillustrated by applying it to an example of a ``novelfood,'' viz., a form of genetically modified maize.

The term “legacy effect” has been used in ecology since the early 1990s by authors studying plant succession, invasive-plant impacts, herbivory impacts, ecosystem engineering, and human land-use impacts. Although there is some variability in usage, the term is normally used to describe impacts of a species on abiotic or biotic features of ecosystems that persist for a long time after the species has been extirpated or ceased activity and which have an effect on other species. For example, human agricultural (...) activities may have a legacy effect on soil structure and vegetative communities that lasts for centuries and which alters current communities. The concept may be related to the idea of ecological inheritance in evolutionary biology but would refer only to a subset of the features of this concept. In particular, legacy effects could refer to those kinds of ecological inheritance where a physical or biological change in ecosystem state is caused by one species, where this change persists after the extirpation of the causal species and alters selection pressure of another species much later in time. (shrink)

In multicellular organisms, cells are frequently programmed to die. This makes good sense: cells that fail to, or are no longer playing important roles are eliminated. From the cell’s perspective, this also makes sense, since somatic cells in multicellular organisms require the cooperation of clonal relatives. In unicellular organisms, however, programmed cell death poses a difficult and unresolved evolutionary problem. The empirical evidence for PCD in diverse microbial taxa has spurred debates about what precisely PCD means in the case of (...) unicellular organisms. In this article, we survey the concepts of PCD in the literature and the selective pressures associated with its evolution. We show that definitions of PCD have been almost entirely mechanistic and fail to separate questions concerning what PCD fundamentally is from questions about the kinds of mechanisms that realize PCD. We conclude that an evolutionary definition is best able to distinguish PCD from closely related phenomena. Specifically, we define “true” PCD as an adaptation for death triggered by abiotic or biotic environmental stresses. True PCD is thus not only an evolutionary product but must also have been a target of selection. Apparent PCD resulting from pleiotropy, genetic drift, or trade-offs is not true PCD. We call this “ersatz PCD.”. (shrink)

Maintaining the coherence of the distinction between nature and artefact has long been central to environmental thinking. By building genomes from scratch out of 'bio-bricks', synthetic biology promises to create biotic artefacts markedly different from anything created thus far in biotechnology. These new biotic artefacts depart from a core principle of Darwinian natural selection – descent through modification – leaving them with no causal connection to historical evolutionary processes. This departure from the core principle of Darwinism presents a (...) challenge to the normative foundation of a number of leading positions in environmental ethics. As a result, environmental ethicists with a commitment to the normative significance of the historical evolutionary process may see synthetic biology as a moral 'line in the sand'. (shrink)

The ethical foundations of the “animal liberation” movement are compared with those of Aldo Leopold’s “land ethic,” which is taken as the paradigm for environmental ethics in general. Notwithstanding certain superficial similarities, more profound practical and theoretical differences are exposed. While only sentient animals are moraIly considerable according to the humane ethic, the land ethic includes within its purview plants as weIl as animals and even soils and waters. Nor does the land ethic prohibit the hunting, killing, and eating ofcertain (...) animal species, in sharp contrast to the humane ethic. The humane ethic rests upon Benthamic foundations: pain is taken to be the ultimate evil and it is reductive or atomistic in its moral focus. The land ethic, on the other hand, is holistic in the sense that theintegrity, stability, and beauty of the biotic community is its summum bonum. A classical antecedent of some of the formal characteristics of the land ethic is found in Plato’s moral philosophy. Special consideration is given to the differing moral status of domestic and wild animals in the humane and land ethics and to the question of moral vegetarianism. (shrink)

The ethical foundations of the “animal liberation” movement are compared with those of Aldo Leopold’s “land ethic,” which is taken as the paradigm for environmental ethics in general. Notwithstanding certain superficial similarities, more profound practical and theoretical differences are exposed. While only sentient animals are moraIly considerable according to the humane ethic, the land ethic includes within its purview plants as weIl as animals and even soils and waters. Nor does the land ethic prohibit the hunting, killing, and eating ofcertain (...) animal species, in sharp contrast to the humane ethic. The humane ethic rests upon Benthamic foundations: pain is taken to be the ultimate evil and it is reductive or atomistic in its moral focus. The land ethic, on the other hand, is holistic in the sense that theintegrity, stability, and beauty of the biotic community is its summum bonum. A classical antecedent of some of the formal characteristics of the land ethic is found in Plato’s moral philosophy. Special consideration is given to the differing moral status of domestic and wild animals in the humane and land ethics and to the question of moral vegetarianism. (shrink)

What does it mean to keep an “open mind”? In casual conversation it’s a popular phrase with enough common sense to negate much need for debate about what the speaker means. Someone with an open mind might be considered considerate, equanimous, empathetic, a good listener, curious, or flexible in opinion. In Western culture an open-minded person might be receptive to new ideas, possibilities, and interpretations, suggesting that they successfully maintain an engaged yet dynamic mental relationship to various subjects or challenges. (...) Yet in science’s nascent study of consciousness, the notion of a mind “opening” is complicated by the field’s inability to clearly articulate what a mind is, let alone how, or into what, it might open. It is the purpose of this research to present the biological significance of “open-mindedness” in order to discuss possible phenomenological implications pertaining to neural correlates of consciousness (NCC). In his seminal book The Open Work, Umberto Eco describes “openness” as a phenomenon of conscious organization that “locates the infinite at the very core of the finite,” and “invites us to conceive, feel, and thus see the world as possibility.” Utilizing the methods of Mechanics, Dynamics, Aesthetics (MDA) analysis, my critical phenomenological inquiry extends Eco’s lens of cultural semiotics into quantum biology to provide key insights for understanding the aesthetic role of field dynamics in qualia physics—as interpretive events (i.e., watching a film, tasting a dessert, or drawing). In particular, pairing Eco’s semiotic analysis of openness with Hameroff and Penrose’s OR Theory concerning cognitive qualia-producing architectures such as microtubules, raises how sensations between organisms and the Zero Point Field (ZPF) are absorbed, integrated, and transmitted through quantum Stochastic Electrodynamic (SED) information states proposed by Joachim Keppler. Therefore, we can say that living systems are those systems that have adapted their material capabilities (including fundamental principles of self-organization and complexity in common cognitive architectures like awareness and attention) to perceive and critically interpret coherently. That is to say—biology has evolved to make meaning through its very aliveness. Our conscious ability to open our minds in order to interpret and communicate our sensations, thoughts, and complete experiences, therefore reveals a radically multidimensional bio-geometry and biolinguistics based on a field dynamics, which Eco’s work constructs. Via an aesthetic information theory, Eco describes this phenomenon as, “a practical level of poetics that acts as programmatic projects for creation.” The writings of Rumi, Husserl, Dewey, Emerson, Merleau-Ponty, Hegel, and others confer depth to the emergent mechanics of perception found throughout biotic systems. Eco’s ideas thereby provoke discourse on the role of openness within recent theoretical works by Jeremy England, Anirban Bandyopadhyay, Robert Lanza, Deepak Chopra, Ervin Laszlo, Giulio Tononi, Stuart Kauffman, Walter J. Freeman, Robin Carhart-Harris, Mark P. Mattson, Robert R McCrae, Selen Atasoy, Katherine Peil, Terence Deacon, and David Chalmers. Unlike models of consciousness that arise from closed, local computation, I argue that the phenomenon of open mindedness unifies cultural and scientific concepts of consciousness as life’s critical integrative force. (shrink)

The theory of niche construction adds a second general inheritance system, ecological inheritance, to evolution . Ecological inheritance is the inheritance, via an external environment, of one or more natural selection pressures previously modified by niche-constructing organisms. This addition means descendant organisms inherit genes, and biotically transformed selection pressures in their environments, from their ancestors. The combined inheritance is called niche inheritance. Niche inheritance is used as a basis for classifying the multiple genetic and non-genetic, inheritance systems currently being proposed (...) as possibly significant in evolution . Implications of niche inheritance for the relationship between evolution and development are discussed. (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.

We propose that the onset and progressive destructive action of cancer within an individual bears a profound and striking similarity to the onset and progressive human-engendered destruction of global ecosystems and the extinction of entire species. Cancer in the human body and our human role in planetary, especially biotic, degradation are uncannily similar systems. For starters, they are the only two known complex systems where a discrete component changes its normal ecological role and function—turning on and potentially killing its (...) host, and in so doing, itself. Both are “hostile takeovers.” Clearly, humans are integral to both systems. With cancer we are the host and victims of the rogue behavior of what starts out as a normal, healthy, and functionally important part of our bodies. With the biodiversity crisis, we are the part of the system that has changed, expanded, and proven so destructive to the system in which we live. We argue that given that these threats to our bodies and Earth are both essentially ecological diseases, understanding the critical role of ecological interdependencies for avoiding both cancer’s and humankind’s destruction of their respective homes should hopefully promote better stewardship of both by the only animal capable of recognizing the problems—us. (shrink)

In lieu of an abstract, here is a brief excerpt of the content:Environmental Atrocities and Non-Sentient LifeClaudia Card (bio)Environmental Atrocities and Non-Sentient Life1. To Whom (or to What) Can Evils Be Done?Mention of environmental atrocities calls to mind such catastrophes as major oil spills, which ruin the fishing (not to mention the fish) for extended periods. Such carelessness is not simply a disaster to human projects. It destroys or endangers species and ecosystems as well as individual organisms, plant and animal. (...) It pollutes waters that normally sustain life and interferes with the healthy development of new biotic communities. Not all environmental catastrophes result from of failures of attention. Massive deforestation with agent orange by U.S. armed forces during the war in Viet Nam was no accident.If culpably produced, such catastrophes are moral atrocities—major evils—at least to humans and other animals who suffer horribly or die miserable deaths. Intuitively, I lean toward the even stronger judgment that such culpable omissions and deeds are atrocities also in the sense of evils to a great many kinds of life, including non-sentient nature—plants, [End Page 23] species, biotic communities, and ecosystems. But can that intuition be sustained philosophically?To do so may require showing not only that non-sentient lives suffer but also that they create moral constraints. Some argue, using Kenneth Goodpaster's concept "moral considerability" (what a being has if it should receive direct moral consideration), that even non-sentient beings can constrain us morally in virtue of their having interests that give rise to rights or define a good, a wellbeing, that can be harmed.1 "Interests" here cannot refer, of course, to what the organism cares about. They refer, rather, to what it needs in order to survive, do well, even flourish; what is in the organism's interests is what contributes to its good or wellbeing.Yet thinking about evil has led me to distinguish questions of harm from questions of wrong, that is, of moral constraint. It is not always wrong to cause even extreme harm. In this essay I support the more modest thesis that the idea of "intolerable harm" is no barrier to the idea that environmental atrocities can be evils even to non-sentient life. The question remains whether there are other barriers. Evildoers not only cause intolerable harm but are culpably wrong to do it. To whom must that wrong be done? In concluding I turn briefly to that issue, raising more questions than I can currently answer. Some may be disappointed. Yet the limits of my ambitions in this essay do not make them trivial. For any plausible account of environmental atrocities in a sense that includes evil to non-sentient beings must be able to make sense of the idea of doing such entities intolerable harm and should also indicate something of the range of non-sentient beings so vulnerable and in what ways they are vulnerable. These are my present objectives.In my book The Atrocity Paradigm I develop the theory that evils are reasonably foreseeable intolerable harms produced (or supported, aggravated, maintained, and so on) by culpable wrongdoing.2 Taking atrocities, such as genocide, slavery, and saturation bombings of cities, as paradigm evils, I refer to this view as "the atrocity theory" of evils. It both draws on and mediates between stoic and utilitarian approaches to evil. On my theory, evils have two irreducibly distinct components, wrongdoing and harm, linked by causality. Evil is popularly equated with wickedness or moral turpitude. But on the atrocity theory, the depth of harm to victims, rather than perpetrators' motives, is usually what distinguishes evils from other wrongs.The atrocity theory not only focuses attention more on harm than on [End Page 24] wrongdoing but also directs attention to the grossest harms. Some of the worst damage culpably inflicted by human agents has been to the natural environment. Can such damage be downright evil? In my book I indicated that the atrocity theory was intended to make sense of evils done "to many living beings, not just people or even just sentient beings,"3 although I did not defend that idea or work out the details. The present essay attempts a working out of... (shrink)

A consensus is building that our planet has entered the so-called age of the Anthropocene—a post-Holocene epoch defined by the significant impact of humans on geological, biotic and climatic planetary processes. On the one hand, there is good reason to exercise caution in relation to this concept of the “Age of Man.” At a time when immoderate anthropogenic impact poses a serious threat to ecological integrity and balance, calling an epoch after ourselves does not necessarily demonstrate the humility we (...) may need to espouse. Moreover, discourses of the Anthropocene risk overwriting important differences among human.. (shrink)

Developments in biosemiotics and democratic theory enable renewed appreciation of the possibilities for ecological democracy. Semiotics is the study of sign processes in meaning-making and communication. Signs and meanings exist in all living systems, and all living systems are therefore semiotic systems. Ecological communication can involve abiotic and biotic communication, including human language, facilitating an integration of politics and ecology in the form of ecological democracy encompassing communicative networks in nature and human society.