For several decades, business has operated according to the tenets of neoclassical economic theory, where the primary obligation of corporations is to maximize profit for shareholders. However, the larger social mandate for business has changed, represented by the rise of language such as "sustainable development", "corporate social responsibility" (CSR) and "stakeholder groups." Nevertheless, the theoretical shift implied by the use of such language has not occurred. Issues of sustainable development and CSR continue to be justified in the terms of neoclassical (...) economic theory through the rationalization of "doing well by doing good".Within this economic paradigm, CSR cannot move beyond enlightened self-interest (acting in socially responsible ways in order to further one''s own ends) because all behavior must be justified economically. This implies that corporate socially responsible behavior will simply cease when it becomes uneconomic, regardless of the impact on interrelated systems which in turn will re-impact the business realm. (shrink)
Schanbacer, William D: The Politics of Food: The Global Conflict Between Food Security and Food Sovereignty Content Type Journal Article DOI 10.1007/s10806-010-9267-1 Authors Cornelia Butler Flora, Iowa State University 317 East Hall Ames IA 50011-1070 USA Journal Journal of Agricultural and Environmental Ethics Online ISSN 1573-322X Print ISSN 1187-7863.
Arturo Escobar: Territories of Difference: Place, Movements, Life Content Type Journal Article DOI 10.1007/s10806-010-9254-6 Authors Cornelia Butler Flora, Iowa State University Charles F. Curtiss Distinguished Professor of Sociology and Agriculture and Life Sciences, 317 East Hall Ames IA 50011-1070 USA Journal Journal of Agricultural and Environmental Ethics Online ISSN 1573-322X Print ISSN 1187-7863.
Sara Parkin: The Positive Deviant: Sustainability Leadership in a Perverse World Content Type Journal Article Pages 1-2 DOI 10.1007/s10806-011-9319-1 Authors Cornelia Butler Flora, Charles F. Curtiss Distinguished Professor of Sociology and Agriculture and Life Sciences, 317 East Hall, Iowa State University, Ames, IA 50011-1070, USA Journal Journal of Agricultural and Environmental Ethics Online ISSN 1573-322X Print ISSN 1187-7863.
Several writers on animal ethics defend the abolition of most or all animal agriculture, which they consider an unethical exploitation of sentient non-human animals. However, animal agriculture can also be seen as a co-evolution over thousands of years, that has affected biology and behavior on the one hand, and quality of life of humans and domestic animals on the other. Furthermore, animals are important in sustainable agriculture. They can increase efficiency by their ability to transform materials unsuitable for human consumption (...) and by grazing areas that would be difficult to harvest otherwise. Grazing of natural pastures is essential for the pastoral landscape, an important habitat for wild flora and fauna and much valued by humans for its aesthetic value. Thus it seems that the environment gains substantially when animals are included in sustainable agricultural systems. But what about the animals themselves? Objections against animal agriculture often refer to the disrespect for animals’ lives, integrity, and welfare in present intensive animal production systems. Of the three issues at stake, neither integrity nor animal welfare need in principle be violated in carefully designed animal husbandry systems. The main ethical conflict seems to lie in the killing of animals, which is inevitable if the system is to deliver animal products. In this paper, we present the benefits and costs to humans and animals of including animals in sustainable agriculture, and discuss how to address some of the ethical issues involved. (shrink)
Climate change represents a significant challenge to the entire planet and its inhabitants. While few, if any, will be able to escape totally the effects of climate change, it will fall most heavily, at least initially, on the poor, regardless of where they reside. We may observe already possible scenarios. The tragic situation in Darfur may be less an ethnic conflict and more a clash between marginal farmers and herdsmen in an increasingly more arid local climate. More powerful storms on (...) the scale of hurricane Katrina, which affected the poor more than other economic groups, may become commonplace. The alteration of the maple sugar cycle may be a harbinger of stress on the world's flora and fauna that humanity depends upon. Mainstream climatologists have concluded that human behavior, primarily the effects of industrialization, causes human-induced climate change. Left unchecked climate change will have serious consequences for humanity, especially the poor. Business, the primary agent of industrialization, is both the problem and the solution. This paper will apply the ethics of philosophers John Rawls (the difference principle), Robert Nozick (the Lockean Proviso, climate is a natural resource), and Aristotle, along with the work of strategist Michael Porter. Understanding how climate change management fits into a firm's strategic opportunity will contribute to the ability of business to develop the technologies and business processes necessary to cope with climate change. The paper will conclude with a brief discussion of GE's Ecomagination program as an example of a promising moral response to climate change. (shrink)
This paper challenges the presumed triumph of laboratory life in the history of twentieth-century biomedical research through an exploration of the relationships between laboratory, clinic, and field in the regional understanding and treatment of allergy in America. In the early establishment of allergy clinics, many physicians opted to work closely with botanists knowledgeable about the local flora in the region to develop pollen extracts in desensitization treatments, rather than rely upon pharmaceutical companies that had adopted a principle of standardized (...) vaccines beholden to bacteriology that gave no thought to the particularities of place where their products were to be sold. Natural historical sciences like plant ecology and systematics furnished important knowledge, resources, and practices in establishing a medical marketplace for allergy in America. And botanists similarly profited from biomedicine and allergic bodies in extending their network of knowledge about the plant world. (shrink)
Due to the significant and often careless human impact on the natural environment, there are serious problems facing the people of today and of future generations. To date, ethical, aesthetic, religious, and economic arguments for the conservation and protection of the natural environment have made relatively little headway. Another approach, one capable of garnering attention and motivating action, would be welcome. There is another approach, one that I will call a rights approach. Speaking generally, this approach is an attempt to (...) address environmental issues via the language and theory of legal and moral rights. Ultimately, it is our duties to our fellow humans that explain why we have duties regarding the natural environment. There are three main contenders among theories that can be called rights approaches to environmental issues. The first identifies the (alleged) human right to a healthful environment as the source of our obligations to conserve and protect nature. The second approach has it that our duties to nature arise from the rights of the constituents of nature themselves, its flora and fauna. The third approach to addressing environmental problems via rights is, I argue, the best path to environmental conservation and protection. This approach—which grounds duties toward nature on the human right to health—has the benefits of being a straightforward, uncontroversial, and simple approach to issues and problems that desperately need to be resolved. (shrink)
What are the resources and needs, the strengths and the vulnerabilities of patients, of society, or of nature? How do we evaluate the societal potential of scientific discovery? It is fairly well assured that we are influencing the terms of existence of many inhabitants of this planet, from flora to fauna to humans. Moreover, history has shown that while technologies can be used neutrally, they can be (and have been) used to the great benefit – or the great detriment (...) – of human life and the fate of the world as a whole. How various types of knowledge and technological ability will be deployed is up to us, individually and collectively. How such information and ability should be deployed, and for what reasons, are questions at the core of bioethical inquiry. These are the "expanding horizons in bioethics" to which this volume refers. This volume is comprised of fourteen essays. It is a rare gathering of scholarly opinion, featuring well-known experts from a diversity of disciplines. The topics addressed are of immediate concern to the public. The essays ask questions about human nature, genetic technologies, reproductive rights, human subjects research, and environmental issues – all in provocative and challenging new ways. Yet the themes that emerge throughout the volume are of enduring interest to anyone concerned about the interactions of scientific development, ethics, and society. This volume is of interest to students and teachers of bioethics and related topics, as well as to professionals working in these disciplines. (shrink)
Habitats (where we live), habits (how we live), and inhabitants (who we are) constitute an ecosystem unit. The biosphere is composed of a reticulate mosaic of these habitat-habit-inhabitant units, where humans (with their indigenous languages, ecological knowledge, and practices) have coevolved. Today, these diverse ecosystem units are being violently destroyed by the imposition of a single global colonial cultural model. In Cape Horn at the southern end of the Americas, educators, authorities, and decision makers do not know about the native (...) habitats, language, and flora, and do not distinguish between Cape Horn’s flora and the flora that grows in other parts of the country or the world. In contrast, indigenous people and old residents have a detailed knowledge, but they do not participate in education, and decision making. It is not Homo sapiens in general, but bioculturally biased educators, authorities, and decision makers who need to be transformed into (educated and responsible) members and citizen of biocultural communities. The Omora Ethnobotanical Park educational program was launched to contribute to a biocultural citizenship involving three critical steps: (1) the disclosing of biocultural diversity with a “fine filter” approach that permits understanding of the cultural and ecological diversity hidden by general universal labels; (2) direct “face-to-face” encounters with human and nonhuman co-inhabitants; and (3) actions for protection of habitats and implementation of interpretative spaces that facilitate direct encounters and conservation of biocultural diversity. These steps have been implemented at local and regional scales through the creation of the Omora Ethnobotanical Park and the UNESCO Cape Horn Biosphere Reserve. (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)
Capturing the essence of the origin and evolution of the so-called "degeneracy debates," over whether the flora and fauna of America (including Native ...
Third World countries should exploit the genetic information stored in their flora and fauna to develop independent and highly competitive biotechnological and pharmaceutical industries. The necessary condition for this policy to succeed is the reshaping of their universities and hospitals—to turn them into high-caliber research institutions dedicated to the creation of original knowledge and biomedical invention. Part of the service of the Third World foreign debt should be co-invested with the lending banks in high technology enterprises. This should be (...) complemented with an active program of investments in First World biotech companies and university research departments which could contribute to the solving of problems connected with the First World. These strategic alliances would allow effective training of molecular biologists, improvement of South American universities, and education of biotechnologists, managers, and lawyers in the complexities of high-technology business. The establishment of real joint ventures between developed and underdeveloped countries might contribute to change the present strained relations between the North and the South, and science and technology could become real forces of social and economic development. (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)
When zoologist Richard Dawkins' The Selfish Gene was published 20 years ago, it practically snuffed out many readers' belief in God and in their own importance, for it described in stunning and terrifying detail a world where all life was merely the conveyor belt for the gene. Its mission: to replicate itself. DNA was the fundamental and irreducible unit of life that spun itself endlessly into the incredible diversity of flora and fauna. Everything we hold most dear--acts of love, (...) altruism, the painterly beauty of the peacock's tail, the birth of a newborn--could, according to Dawkins, be explained by the gene's attempt to survive, and to hitch a ride on the fittest organism possible, the one most likely to mate and reproduce. Darwinian natural selection was Dawkins' ruling theme. The gene looked like the most purely selfish entity one could imagine, but it was more like the Terminator--just programmed to survive. (shrink)
In his popular first book, The Spell of the Sensuous, David Abram (1996) calls on us to recognize the encompassing earth "in all its power and its depth, as the very ground and horizon of all our knowing." By re-emphasizing the connection between knowing and the earth, Abram hopes to encourage a more engaged existence with the flora, fauna, and landscapes among which we reside. Given that the earth is literally the ground and horizon of all our knowing, it (...) makes sense—in fact, it is good for the senses—to consider for a while how the places in which we know come to exert their influence upon the constructions that we call knowledge. This paper is a sketch of a larger project to illustrate the epistemic significance of geography. (shrink)
Many philosophers have objected to Kant’s account of duties regarding non-human nature, arguing that it does not ground adequate moral concern for non-human natural entities. However, the traditional interpretation of Kant on this issue is mistaken, because it takes him to be arguing merely that humans should abstain from animal cruelty and wanton destruction of flora solely because such actions could make one more likely to violate one’s duties to human beings. Instead, I argue, Kant’s account of duties regarding (...) nature grounds much stronger limitations on how humans may treat non-human animals and flora, since such duties are rooted in the imperfect duty to increase one’s own moral perfection. This duty proscribes actions affecting non-human nature that decrease one’s moral perfection, such as those that cause organisms unnecessary harm. Moreover, the duty to moral perfection prescribes (but does not strictly require) actions affecting non-human nature that increase one’s moral perfection, such as those that benefit organisms. Given this interpretation, I show that, contrary to a widely held view, Kant’s moral philosophy can ground a coherent and robust approach to environmental ethics. (shrink)
