In lieu of an abstract, here is a brief excerpt of the content:Ethics & the Environment 7.2 (2002) 185-193 [Access article in PDF] Vexing Nature? On the Ethical Case against Agricultural Biotechnology, by Gary L. Comstock. Boston/Dordrecht/London: Kluwer, 2000. Pp. 297. Hardback; no softcover listed $99.95. ISBN 0-7923-7987-X. Since its origins some ten millennia ago, agriculture has shaped culture. In our own era, that shaping has become less visible, perhaps less significant, perhaps even reversed. But whatever agriculture's relationship to the (...) larger culture, there is no surprise that, in a technological era, it has become a magnet for technological development, and now especially for biotechnology. Dramatic changes in such a fundamental social practice raise far-reaching social, moral, and, in this case, environmental questions, most of them complex and controversial. Things change rapidly; and as new processes, products, and information become available, evaluations of the technology can change.After opposing agricultural biotechnology for almost a decade, Gary Comstock revised his views. That Comstock openly documents his change of mind regarding ag biotech (his abbreviated name for it) is admirable, and the idea of tracking such a reversal in a book is appealing. But this book has a number of flaws that limit its contribution. One set of problems [End Page 185] has to do with the way Comstock presents his reversal (the overall structure of the book). Another set is the weaknesses in some of his key arguments. Still another is the production dimension of the book itself. Together, these imperfections result in the book's not living up to its promise.Before explaining my complaints, however, I want to offer some praise. Scattered throughout the book are stories about Comstock and his family and how their experiences led him to reflect on the issues. Explaining his use of stories as integral to his presentation, he observes that ethics is not an abstract exercise but requires acknowledging "the rich social contexts in which our problems arise" (p. 7). I wholeheartedly agree. The stories also reveal his personal passion for the issues he analyzes, and I wish he had provided more of them.Anyone wanting access to the literature on agricultural ethics could use Comstock's discussions and chapter notes as an entree. Moreover, his references to pertinent scientific, technological, and agricultural studies are extensive and demonstrate impressive grasp of non-philosophical topics. To mention but one example: the history of agricultural herbicide use. Although some of the chapters were originally published eight or more years ago, the more recent chapters refer to fresher scientific material; and the earlier publications have value for understanding the historical path of the various controversies.Discussions concerning ethics and biotechnology often focus on impacts on humans or the environment. Comstock is concerned with both of those, but also with the treatment of agricultural animals, an issue central to an adequate agricultural ethic. So his grappling with it is a positive feature.Finally, in the last two chapters Comstock reviews and evaluates almost every conceivable argument against ag biotech, dividing them into "intrinsic" and "extrinsic" arguments—that is, arguments that ag biotech is in itself objectionable, and arguments that its consequences are too dangerous to justify its practice. Proponents of such arguments will disagree with some of his formulations and evaluations of them. However, having most, if not all, of them in one place, along with some critical commentary, is a convenience for those who want to review the possible positions in this continuing debate.Many readers would like to know why a thinker changed views about a significant ethical issue and what was the trajectory of experience, thought, [End Page 186] and ideas leading to and cementing that change. From the outset, we know that Comstock reversed his position on ag biotech; but not until the last two chapters does he fully explain the arguments and experiences that changed his mind. So readers must first work through his earlier, critical views about ag biotech. That exercise is not without value; but with only a few summary statements of the deciding factors to go on, one is left in the dark about which... (shrink)

A noticeable push toward using agricultural crops for ethanol production and for undertaking research to expand the range of possible biofuels began to dominate discussions of agricultural science and policy in the United States around 2005. This paper proposes two complementary philosophical approaches to examining the philosophical questions that should be posed in connection with this turn of events. One stresses a critique of underlying epistemological commitments in the scientific models being developed to determine the feasibility of various biofuels proposals. (...) The second begins with a broader set of questions about the philosophical goals of agriculture, then queries the place that a turn to biofuels might have within the philosophy of agriculture. Both are portrayed as viable and important. The paper itself is a preliminary stage-setting reflection on the need for these two types of philosophical inquiry. (shrink)

Bryan Norton’s 2005 book Sustainability describes a pragmatic approach to environmental philosophy that stresses philosophy’s role as one of mediating between scientific and ordinary language. But on two topics, Norton’s approach is not pragmatic enough. In the case of his discussion of risk, he accedes to a scientific notion that fails to acknowledge the way that ordinary usage of the word risk involves pragmatic links to human action and moral responsibility. With respect to the word sustainability, his analysis fails to (...) acknowledge important scientific work that characterizes the functional integrity of system cycling, opting instead for usage grounded either in economic accounting or in an even less substantive sense of a broad social movement for environmental improvement. On each of these topics, adherence to the pragmatic orientation of Norton’s philosophy results in a different analysis of the concepts in question. (shrink)

FAO has a unique and essential rolein addressing the ethical problems facinghumanity and in making these problems intoopportunities for practical resolution. A broadrange of ethical issues in agriculture,fisheries, and forestry were identified byanalysis of the literature and by interviewswith FAO staff. Issues include sharing accessto and preserving natural resources,introduction of new technology, conservatismover the use of genetic engineering, ethics inanimal agriculture, access to information, foodsecurity, sustainable rural development,ensuring participation of all people indecision making and in receiving benefits ofagriculture, reducing corruption, (...) andinvolvement of private and public sectors indecision making. Rather than viewing theseissues as problems, they should be viewed asopportunities for debate, learning aboutothers' views, and resolution. The UnitedNations has an important role to play in howdecisions are made in the global ethical debatein food and agriculture. The ethical role ofFAO is to promote global food security,balanced conservation, management andutilization of natural resources, andsustainable rural development. FAO should fullyand publicly assume its ethicalresponsibilities, gathering and sharinginformation on ethics in its areas of mandate,acting as an interactive forum, and providingexpert guidance on policy options and choicesbased on practical ethical analysis. (shrink)

Agricultural engineers’ jobs are especially related to sustainability and earth life issues. They usually work with plants or animals, and the aim of their work is often linked to producing food to allow people to improve their quality of life. Taking into account this dual function, the moral requirements of their day-to-day professional practice are arguably greater than those of other professions.Agricultural engineers can develop their ability to live up to this professional responsibility by receiving ethical training during their university (...) studies, not only by taking courses specifically devoted to ethics, but also by having to deal with moral questions that are integrated into their technical courses through a program of Ethics Across the Curriculum (EAC).The authors feel that a suitable pedagogical technique for achieving this goal is the use of moral dilemmas, following Kohlberg’s theory of levels of morality (1981), with the final objective of attaining a post-conventional level. This paper examines the possibilities and limitations of using moral dilemmas as a pedagogical technique for training agricultural engineers. The cases, discussions, and evaluation used in the Agricultural Engineering Department of the Technical University of Valencia (Spain) are also presented. (shrink)

Agricultural engineers’ jobs are especially related to sustainability and earth life issues. They usually work with plants or animals, and the aim of their work is often linked to producing food to allow people to improve their quality of life. Taking into account this dual function, the moral requirements of their day-to-day professional practice are arguably greater than those of other professions.Agricultural engineers can develop their ability to live up to this professional responsibility by receiving ethical training during their university (...) studies, not only by taking courses specifically devoted to ethics, but also by having to deal with moral questions that are integrated into their technical courses through a program of Ethics Across the Curriculum (EAC).The authors feel that a suitable pedagogical technique for achieving this goal is the use of moral dilemmas, following Kohlberg’s theory of levels of morality (1981), with the final objective of attaining a post-conventional level. This paper examines the possibilities and limitations of using moral dilemmas as a pedagogical technique for training agricultural engineers. The cases, discussions, and evaluation used in the Agricultural Engineering Department of the Technical University of Valencia (Spain) are also presented. (shrink)

There are two competing approaches to sustainability in agriculture. One stresses a strict economic approach in which market forces should guide the activities of agricultural producers. The other advocates the need to balance economic with environmental and social objectives, even to the point of reducing profitability. The writings of the eighteenth century moral philosopher Adam Smith could bridge the debate. Smith certainly promoted profit-seeking, private property, and free market exchange consistent with the strict economic perspective. However, his writings are also (...) consistent with many aspects of sustainable agriculture. For example, Smith argued that people ought to exercise restraint in their pursuit of self-interest, and he believed in balancing economic with environmental and social considerations. If both sides of the debate more fully regard the work of Adam Smith, then proponents of the strict economic perspective might be more appreciative of the concerns raised within the sustainable agriculture community, while advocates of sustainability might be more effective in achieving the objective of a sustainable agriculture. (shrink)

The industrialization of agriculture not only alters the ways in which agricultural production occurs, but it also impacts the decisions farmers make in important ways. First, constraints created by the economic environment of farming limit what options a farmer has available to him. Second, because of the industrialization of agriculture and the resulting economic pressures it creates for farmers, the fact that decisions are constrained creates new ethical challenges for farmers. Having fewer options when faced with severe economic pressures is (...) a very different situation for farmers than having many options available. We discuss the implications of constrained choice and show that it increases the likelihood that farmers will consider unethical behavior. (shrink)

The ethical issues raised by aquaculture were analyzed. A modification of the Ethical Matrix of the Food Ethics Council for the evaluation of novel foods was used; the Ethical Matrix was changed in order to include the various aquaculture production stages separately. The following stages were distinguished: the breeding stage, the growth/feeding stage, the “other-handling” stage (that includes disease and treatment, transportation of organisms, killing procedure, and DNA vaccinations), and the commercialization stage. The ethical issues concerning the producers, the consumers, (...) the environment, and the aquacultured organisms, are discussed. This scheme was fitted to the intensive cage-culture of carnivorous fish. The differences with other forms of aquaculture are discussed, and how the scheme extrapolates to them. The ethical evaluation of aquaculture, in practice, will be rather a utilitarian balancing of cost and benefits of the respective actions. The desired characteristics of an ethical evaluation have been also outlined. Ethical evaluation should not be limited to a purely scientific analysis; it should be holistic, comparable to available alternatives, and should have the flexibility to incorporate new data generated in the fast growing/continuous changing aquaculture sector. (shrink)

This article considers the qualitative concept of place – what it means, how it feels, how it is expressed, and how it is managed across time and space as the appropriate context within which to study and promote local agriculture and the locus of relationships, both cultural and political, that prefigure a local civic culture. It argues that civic as a description of local food and farming is conceptually and practically shallow in the absence of our ability to understand and (...) to practice “being” in place. Using three vignettes from field research in northern Michigan, the article illustrates this interdependence by focusing on the ways in which place provides opportunities for learning, for play, for engagement, for identity formation, and for explicit political and policy initiatives – as prerequisites for civic awareness and action. (shrink)

Changes in attitudes towards how animals are housed in agriculture are currently under question in the public eye—particularly for laying hens. Many arguments from the rights and utilitarian viewpoints have been made for changing environmental conditions and managerial practices for animals in an effort to respect the interests of the animal and better their welfare. Yet, these arguments have been based upon belief systems that were developed from information that can be collected by human perception only. Technological advancements can facilitate (...) animal welfare assessment by providing humans with new information about what the animal perceives. Yet, little has been discussed surrounding the thought process behind which technologies are conceived, how they are developed, and why they are implemented. Here, using the laying hen as a model, we turn to the philosophy of technology to address what role technological advancements may have in our capacity to understand animals, how technology can affect their welfare, and what role technology may play in furthering animal welfare assessment. (shrink)

Americans’ excessive consumption of food harms their health and quality of life and also causes direct and indirect environmental degradation, through habitat loss and increased pollution from agricultural fertilizers and pesticides. We show here that reducing food consumption could improve Americans’ health and well-being while facilitating environmental benefits ranging from establishing new national parks and protected areas to allowing more earth-friendly farming and ranching techniques. We conclude by considering various public policy initiatives to lower per capita caloric intake and excessive (...) meat consumption, and to translate this temperate behavior into substantial environmental protection. (shrink)

Awareness of farm animal welfare issues is growing in Canada, as part of a larger food movement. The baseline Canadian standards for farm animal welfare—the Recommended Codes of Practice for the Care and Handling of Farm Animals—are up for revision. The success of these standards will depend in part on perceived legitimacy, which helps determine whether voluntary code systems are adopted, implemented, and accepted by target audiences. In the context of the Codes, legitimacy will also hinge on whether the standards-developers (...) marshal narratives about farm animals that accord with their audiences’ expectations. The aim of this paper is to catalogue factors that influence legitimacy in farm animal welfare standard-setting, including which narratives of animal welfare are emphasized by standard-setters. Drawing upon the example of the baseline Canadian standards, and the National Farm Animal Care Council, the paper will present a theoretical and methodological framework for analyzing legitimacy in the context of animal welfare standards-development and discuss associated policy considerations. (shrink)

In animal husbandry in The Netherlands, as in a wide variety of other societal areas, we see an increased awareness of the fact that progress cannot be attained anymore by simply repeating the way we modernized this sector in the decades before, due to the multiplicity of the problems to be dealt with. The theory of reflexive modernization articulates this macro-social phenomenon, and at the same time serves as a prescriptive master-narrative. In this paper, I analyse the relationship between Feenberg's (...) instrumentalization theory and reflexive design; that is, the approach of doing reflexive modernization. Feenberg's analytical distinction between primary and secondary instrumentalization is useful in highlighting the way social and political values are inscribed into technological arrangements, but is not meant as a method. Reflexive design, on the other hand, is meant to be a reflective and deliberative method that aims to articulate, assess and reintegrate hitherto unquestioned values and presuppositions into new designs of production systems. Reflexive design thus may be seen as a conscious strategy of making explicit the separate stages of instrumentalization in advance, instead of criticizing the implicit embedding of dominant values in technological artefacts once they have been realized. The approach is illustrated with a case from animal husbandry. (shrink)

In this paper we analyse how risk factors in highly industrialised agriculture are connected to animal neglect. With Danish agriculture as a case study, we use two types of data. First, we use register data from Statistics Denmark to map how risk factors such as farmers’ financial and social troubles are connected to convictions of neglect. Second, we analyse narratives where interviewed farmers, involved in cases of neglect, describe how they themselves experienced the incidents. We find that while livestock farmers (...) in general have a low risk of animal neglect problems, a small percentage of them face severe financial difficulties, divorce and psychiatric problems, which are connected to an increased risk of being convicted for the neglect of farm animals. The narratives bring forward themes of pressure related to financial trouble, technological break down, family problems, stress and a growing concern among the farmers towards the governmental control in farm animal production. We discuss how these factors can be used to identify and help farmers with a high risk of being convicted of livestock neglect. (shrink)

Societal views about livestock production systems in Europe are changing dramatically in a negative direction. Based on the tradition of pragmatism in applied philosophy I develop a Moral Operating System of animal production systems in cooperating a plurality of ethical views. This moral operating system of animal production systems consists of two interactive, dynamic parts: an internal professional care ethics combined with an emergent ethics in life sciences enabling change by responsible innovation, and external ethical boundary conditions based on societal (...) values and concerns in animal ethics and environmental ethics. I focus on the emergent ethics in life sciences because it most normative ethical theories have problems in dealing with the future. In moral reasoning about innovations in the making, the relevant moral facts and the appropriate principles are more or less still unknown, as also the relevant moral consequences. Only by doing ethics in life sciences in future projects will the moral dilemmas emerge in the trajectories of responsible innovation like molecular technologies in animal sciences and precision livestock farming. (shrink)