Two theories on the origins of COVID-19 have been widely circulating in China and the West respectively, one blaming the United States and the other a highest-level biocontainment laboratory in Wuhan, the initial epicentre of the pandemic. Both theories make claims of biological warfare attempts. According to the available scientific evidence, these claims are groundless. However, like the episodes of biological warfare during the mid-twentieth century, the spread of these present-day conspiracy theories reflects a series of (...) longstanding and damaging trends in the international scene which include deep mistrust, animosities, the power of ideologies such as nationalism, and the sacrifice of truth in propaganda campaigns. Also, the threats associated with biological warfare, bioterrorism, and the accidental leakage of deadly viruses from labs are real and growing. Thus, developing a better global governance of biosafety and biosecurity than exists at present is an urgent imperative for the international community in the broader context of a looming Cold War II. For such a governance, an ethical framework is proposed based upon the triple ethical values of transparency, trust, and the common good of humanity. (shrink)

As we approach the 21st century, the threat of nuclear Armageddon has lessened somewhat, but a new threat has emerged: biological warfare. The splitting of the atom eventually led to the detonation of atomic bombs, and the discovery of DNA may soon lead to the use of genetic weapons. This article argues that the scientific community has a responsibility to help protect the world against the threat of biological weapons.

When Hippocrates wrote these words, some time after 430 BC, he and his colleagues could do little for either good or harm to sufferers from infectious disease. Indeed, they themselves were at particular risk. Thucydides, describing the so-called plague of Athens of 430 BC in his History of the Peloponnesian War, writes that “mortality among the doctors was the highest of all, since they came more frequently in contact with the sick.”.

Advances in genetics may soon make possible the development of ethnic bioweapons that target specific ethnic or racial groups based upon genetic markers. While occasional published reports of such research generate public outrage, little has been written about the ethical distinction (if any) between the development of such weapons and ethnically neutral bioweapons. The purpose of this paper is to launch a debate on the subject of ethnic bioweapons before they become a scientific reality.

This paper provides a short accountof the South African Defence Force's chemical and biologicalwarfare programme during apartheid, specifically during the period 1980 to 1994. It examines the circumstances ofrecruitment of the scientists and physiciansand their retention in the programme; detailsthe `scientific efforts' of the programme andits aberrations; and explores ethical issues inrelation to the involvement of scientists inthe programme.

Abstract‘Yellow Rain’, an alleged biological warfare agent thought to be utilized in parts of both South East Asia and Afghanistan, may be composed in part of the mycotoxins, trichothecenes. However, more recent analyses suggest that the ‘Rain’ was mainly honey bee excreta. The history of the controversy together with the biological effects, chemistry as well as the fungi producing these mycotoxins and agricultural commodities affected by trichothecenes are reviewed.

This article presents historical cases in which Britishscientists, principally scientific advisors, have attempted to defendresearch on biological weapons. Although the historical record is scant,there is a degree of continuity in their justifications, and a number ofthemes can be identified. It was argued, that biological weaponsresearch is morally justified because it produces humane weapons; thatit is no different from medical or other research; and that it is beingperformed for defensive purposes. It is argued that this defence isdirected primarily towards (...) other scientists working on germ warfare, andwas formed part of the `moral economy' of that secretcommunity. (shrink)

An approach to the philosophy of biology in the 21st century requires going beyond its epistemological side, betting on pragmatic aspects, in the sense of the social impact of the instrumentalization of biological developments. These advances have both beneficial and harmful consequences for humanity. Among the latter, it is its use for military conflicts, as a result of advances in biotechnology. The objective of this work is to address the role of biological knowledge in wars, analyzing some especially (...) relevant cases such as bioterrorism, but also other types of conflicts in which biology, broadly understood with its different branches, plays an important role. First, I will introduce the most important concepts in the relationship between biology and war, taking into account historical precedents in this area. Secondly, since biology enters in military conflicts, I will address the case of bioterrorism as one of the most pressing problems in that it is one of the forms that war is currently taking, as well as one of its derivatives, “agroterrorism”, which consists in causing the destruction of crops or the death of livestock that feeds the population. In this regard, I will examine other ways of resolving conflicts in which biological factors play an important role in establishing dominance between two or more nations or populations facing each other, paying special attention to agriculture and livestock. Regarding the possible theoretical models to analyze these conflicts, I will focus on the relationship between pure, applied science and technology, the methodological models of design sciences and ethical and moral reflection. (shrink)

By the end of the Second World War the advancing allied forces discovered a new nerve gas in Germany. It was called Tabun. Codenamed GA, it was found to be extremely toxic. British experts were immediately dispatched to examine the agent. On arrival, they discovered that German scientists had also developed even more toxic nerve agents, including Sarin, known as GB. The first organized testing of Sarin on humans began in October 1951 at Porton Down in Wiltshire, Britain's biochemical (...) class='Hi'>warfare establishment since the First World War. In February 1953, volunteer number 562 experienced the first recorded serious adverse reaction. Testing continued. Two months later, on April 27, six subjects were given 300 milligrams of Sarin. One of the volunteers, a man named Kelly, suffered serious ill effects, fell into a coma, but then recovered. Although asked by their superiors to reduce the amount tested to the “lowest range of dosage”—which would have been somewhere in the region of 10–15 milligrams—Porton's scientists continued their tests with a “lower” dosage, reducing it from 300 to 200 milligrams. (shrink)

Examining the costs and motivations of warfare is key to conundrums concerning the relevance of this troubling phenomenon to the evolution of social attachment and cooperation, particularly during adolescence and young adulthood—the developmental time period during which many participants are first recruited for warfare. The study focuses on Samburu, a pastoralist society of approximately 200,000 people occupying northern Kenya’s semi-arid and arid lands, asking what role the emotionally sensitized, peer-driven adolescent life stage may have played in the cultural (...) and genetic coevolution of coalitional lethal aggression. Research in small-scale societies provides unparalleled opportunities for sharply defined variables, particularly in age generation societies in which all young men are initiated into “warriorhood.” Proposing an epigenetic and component behavior approach, we examine whether raiding activities such as number of raids, killing, and sparing enemy lives associate with DNA methylation in two candidate genes: MAOA, linked to mood and arousal, and NR3C1, linked to stress and immune response. We report statistically significant associations between the epigenetic variables and the combat variables of overall raiding activity and reportedly showing mercy to enemies. In contrast, epigenetic variables did not associate with post-traumatic stress disorder symptom scores, and the only combat variable associated with PTSD was losing one’s own livestock in a raid. These findings raise important questions concerning the mechanisms driving warfare’s paradoxical mix of violent and altruistic behaviors. (shrink)

Synthetic biologists aim to generate biological organisms according to rational design principles. Their work may have many beneficial applications, but it also raises potentially serious ethical concerns. In this article, we consider what attention the discipline demands from bioethicists. We argue that the most important issue for ethicists to examine is the risk that knowledge from synthetic biology will be misused, for example, in biological terrorism or warfare. To adequately address this concern, bioethics will need to broaden (...) its scope, contemplating not just the means by which scientific knowledge is produced, but also what kinds of knowledge should be sought and disseminated. (shrink)

Actions to prepare for and prevent pandemics are a common topic for bioethical analysis. However, little attention has been paid to global catastrophic biological risks more broadly, including pandemics with artificial origins, the creation of agents for biological warfare, and harmful outcomes of human genome editing. What’s more, international policy discussions often focus on economic arguments for state action, ignoring a key potential set of reasons for states to mitigate global catastrophic biological risks: moral reasons. In (...) this paper, I frame the mitigation of such risks as a global public good, and I explore three possible categories of moral reasons that might motivate states to provide this global public good: nationalism, cosmopolitanism, and interstate obligations. Whilst there are strong objections to moral nationalism as a reason for states to act, moral cosmopolitanism may provide a broad reason which is further supplemented for individual states through the elaboration of interstate moral obligations. The obligations I consider are moral leadership, fairness, and reciprocity. Moral reasons for individual states action may more effectively or more appropriately motivate states to mitigate global catastrophic biological risks. (shrink)

Just like atomic physics seventy years ago, when it was realized that chain reaction could lead to medical applications as well as to the creation of atomic weapons, the life sciences have entered a grey zone. “Advances in biotechnology […]” a 2003 CIA document stated, “have the potential to create a much more dangerous biological warfare threat […] Engineered biological agents could be much worse than any disease known to man”. As sociologists of science have noted, contemporary (...) life sciences have dual use potential as they can be used to foster beneficial applications, for instance in health care, or generate harm, either intentionally or not, and possibly on an unprecedented.. (shrink)

The strategic use of disease and poison in warfare has been subject to a longstanding and cross-cultural taboo that condemns the hostile exploitation of poisons and disease as the act of a pariah. In short, biological and chemical weapons are simply not fair game. The normative opprobrium is, however, not fixed, but context dependent and, as a social phenomenon, remains subject to erosion by social (or more specifically, antisocial) actors. The cross cultural understanding that fighting with poisons and (...) disease is reprehensible, that they are taboo, is codified through a web of interconnected measures, principal amongst these are the 1925 Geneva Protocol; the Biological Weapons Convention; and the Chemical Weapons Convention. Whilst these treaties have weathered the storm of international events reasonably well, their continued health is premised on their being ‘tended to’ in the face of contextual changes, particularly facing changes in science and technology, as well as the changed nature and character of conflict. This article looks at the potential for normative erosion of the norm against chemical and biological weapons in the face of these contextual changes and the creeping legitimization of chemical and biological weapons. (shrink)

Evolutionary anthropology has focused on the origins of war, or rather ethnocentricity, because it epitomizes the problem of group selection, and because war may itself have been the main agent of group selection. The neo-Darwinian synthesis in biology has explained how ethnocentricity might evolve by group selection, and the distinction between evoked culture and adopted culture, suggested by the emerging synthesis in evolutionary psychology, has explained how it might be transmitted. Ethnocentric mechanisms could have evolved by genetic selection in ancestral (...) hominids, or through the interaction of genetic and cultural selection in modern humans, or both. The existence of similar behaviors in chimpanzees and the parallel development of early human societies around the globe are arguments for such inherited mechanisms. There may have been some adaptive breakthroughs in purely cultural evolution, but this process does not seem likely to produce long-term Darwinian adaptations because of the prolificity of cultural traits. Warfare may once have been a major agent of group selection, but the rates of extinction among human groups are so slow as to render this improbable since the rise of state-level societies, whose warfare tends to become a cyclical balance-of-power situation. Perhaps the most serious implication of current evolutionary thought is that the individualistic model of culture common in the social sciences and humanities is outmoded, and should be replaced by a new model that recognizes the organismic nature of human societies. (shrink)

Do noncombatants in warfare receive immunity because of their subjective or objective characteristics? Can a noncombatant be ‘weaponized’, and if so, how does this weaponization change the noncombatant's moral status as protected from direct attack? The purpose of this article is to analyze the moral issues that arise when noncombatants are made into weapons, specifically as delivery systems for biological weaponry. Examining such a tactic, I go on to explore how the problems that arise from ‘weaponized’ noncombatants illustrate (...) deeper problems in the theorization of noncombatant status. (shrink)

Can AI solve the ethical, moral, and political dilemmas of warfare? How is artificial intelligence (AI)-enabled warfare changing the way we think about the ethical-political dilemmas and practice of war? This article explores the key elements of the ethical, moral, and political dilemmas of human-machine interactions in modern digitized warfare. It provides a counterpoint to the argument that AI “rational” efficiency can simultaneously offer a viable solution to human psychological and biological fallibility in combat while retaining (...) “meaningful” human control over the war machine. This Panglossian assumption neglects the psychological features of human-machine interactions, the pace at which future AI-enabled conflict will be fought, and the complex and chaotic nature of modern war. The article expounds key psychological insights of human-machine interactions to elucidate how AI shapes our capacity to think about future warfare's political and ethical dilemmas. It argues that through the psychological process of human-machine integration, AI will not merely force-multiply existing advanced weaponry but will become de facto strategic actors in warfare – the “AI commander problem.”. (shrink)

In response to recent work on the nature of human aggression, and to shed light on the proximate, as opposed to ultimate, causes of tribal warfare, we present a record of events leading to a fatal Waorani raid on a family from another tribe, followed by a detailed first-person observation of the behavior of the raiders as they prepared themselves for war, and upon their return. We contrast this attack with other Waorani aggressions and speculate on evidence regarding their (...) hormonal underpinnings. On-the-ground ethnographic observations are examined in light of the neuroendocrinological literature. The evidence suggests a chain of causality in launching lethal violence, beginning with a perceived injury, culminating in a massacre, and terminating in rejoicing. Although no blood or saliva samples were taken at the time of this raid, the behaviors were consistent with a deliberate initiation of the hormonal cascade characterizing the “fight-or-flight” response, along with other hormonal changes. We conclude with observations on the stratified interrelationships of the cognitive, social, emotional, and neuroendocrinological causes of aggression leading to coalitional male homicide. (shrink)

This article surveys the history since the Enlightenment of the controversy over the origins and functions of warfare, focusing on the question of whether war is caused by nature or nurture. In the earlier literature five positions are distinguished. The Hobbesian thesis: war is part of human nature and serves both the internal function of solidarity and the external function of maintaining the balance of power. The Rousseauean thesis: war is not in human nature but was invented by states (...) for the functions mentioned above. The Malthusian thesis: war serves the grand function of reducing population, quite apart from its conscious proximate functions. The Spencerian thesis: a combination of Hobbes and Malthus--war serves the grand function of human evolution. The cultural anthropologists' thesis: an extreme version of Rousseau--war is a dysfunctional historical accident.Most of the article is devoted to the recent controversy, distinguishing three major theories: sociobiology, an updated version of the Spencerian thesis; cultural ecology, an updated version of the cultural-anthropological thesis, combining Rousseau and Malthus; cultural Darwinism, which holds that the process of cultural evolution mimics natural selection. The last theory is favored here. It implies that warfare has no grand functions, either sociobiological or ecological. War is neither nature nor nurture, but nurture imitating nature. Hobbes was right in thinking war has always been around; Rousseau was right to think primitive warfare was not the same thing as the wars of states. (shrink)

Unit 731, a biological warfare research organisation that operated under the authority of the Imperial Japanese Army in the 1930s and 1940s, conducted brutal experiments on thousands of unconsenting subjects. Because of the US interest in the data from these experiments, the perpetrators were not prosecuted and the atrocities are still relatively undiscussed. What counts as meaningful moral repair in this case—what should perpetrators and collaborator communities do decades later? We argue for three non-ideal but realistic forms of (...) moral repair: (1) a national policy in Japan against human experimentation without appropriate informed and voluntary consent; (2) the establishment of a memorial to the victims of Unit 731; and (3) US disclosure about its use of Unit 731 data and an apology for failing to hold the perpetrators accountable. (shrink)

Nuclear warfare threat has been one of the main driver for cultural, political, economical and social changes in the late twentieth century, biological warfare threat is about to take it over. However, while nuclear warfare was a concrete possibility, biological warfare is just an elusive risk. This paper will explore some reasons for this apparent inconsistency by discussing biowarfare from a symbolic point of view, looking for its inner meanings and philosophical implications.

In 1945–46, representatives of the U.S. government made similar discoveries in both Germany and Japan, unearthing evidence of unethical experiments on human beings that could be viewed as war crimes. The outcomes in the two defeated nations, however, were strikingly different. In Germany, the United States, influenced by the Canadian physician John Thompson, played a key role in bringing Nazi physicians to trial and publicizing their misdeeds. In Japan, the United States played an equally key role in concealing information about (...) the biological warfare experiments and in securing immunity from prosecution for the perpetrators. The greater force of appeals to national security and wartime exigency help to explain these different outcomes. (shrink)

a This paper is a revised and shortened version of my chapter, “Justice in Allocations for Terrorism, Biological Warfare, and Public Health” in Public Health Ethics, edited by Michael Boylan, Kluwer; 2004. Portions of this material were presented at the International Bioethics Retreat, Pavia, Italy, June 2003, and at the meetings of the Association for Politics and the Life Sciences, Philadelphia, September 2003.

To monopolize the scientific data gained by Japanese physicians and researchers from vivisections and other barbarous experiments performed on living humans in biological warfare programs such as Unit 731, immediately after the war the United States government secretly granted those involved immunity from war crimes prosecution, withdrew vital information from the International Military Tribunal for the Far East, and publicly denounced otherwise irrefutable evidence from other sources such as the Russian Khabarovsk trial. Acting in “the national interest” and (...) for the security of the US, authorities in the US tramped justice and morality, and engaged in what the English common law tradition clearly defines as “complicity after the fact.” To repair this historical injustice, the US government should issue an official apology and offer appropriate compensation for having covered up Japanese medical war crimes for six decades. To help prevent similar acts of aiding principal offender in the future, international declarations or codes of human rights and medical ethics should include a clause banning any kind of complicity in any unethical medicine—whether before or after the fact—by any state or group for whatever reasons. (shrink)

A comprehensive reference work for everyone concerned with the complicated moral issues of this world, this unique volume clearly communicates what Scripture teaches about the ethical dilemmas facing our society. Biological warfare, corporate responsibility, human rights, computer ethics, and much more are discussed by over fifty scholars who explain the moral guidelines in the Bible and historic Christian teachings. R.K. Harrison, author and editor of over thirty books on biblical studies, has brought together a valuable A to B (...) treasury of thought for every believer searching for guidance. (shrink)

Abstract: Modernization has brought about many changes in the socio-cultural arena of life, worldwide. With the advent of science and technology, life has become so much easy, in every nook and corner of the world. The leaders of some of the great economies and corporates have devised policies, so many in number, that could make life so much sophisticated, but complex. The last century has given the world many things to cheer about, but at the same time, it has made (...) life miserable too. Prophecies made by ancient greats about the immoral practices during the hard times came to be true, as the life of a human being is just a stray bullet away. Radiations, pollution, market, pandemics, and joblessness add to many other miseries that have come in the form of physical and biological warfare and violence. Besides this, political and social instability adds to the miseries of this list, as there have been disparities and discrimination in the name of religion, sex, color, and caste too. Keywords: Modernization, Instability, Freedom, Leadership, Non-violence. (shrink)

War and Nature is an important, cogent, and timely book about the double‐edged nature of technology. Edmund Russell, through meticulous research, establishes a key nexus between the increased use of chemicals in war and peace during several key decades of the twentieth century and the generalized backlash against technology and its unintended consequences that occurred beginning in the mid‐1960s. He clearly places pesticides, rodenticides, herbicides, and chemical warfare agents alongside atomic energy, electronics, massive water harnessing and diversion projects, and (...) other prime examples of America's romance with progress. Thus, he joins his work with a significant body of research examining the United States's headlong plunge to embrace technology, along with sometimes belated efforts to grapple with its effects.The idea of progress has always been a distinctive factor in American identity. However, the fascination with progress was perhaps never so intense, so unreserved, and so naive as in the fifty years from 1914 to the early 1960s. During these years, as Russell points out, the pace of change was accelerated by two world wars that spawned the growth of powerful government agencies as well as commercial companies whose new products benefited richly from government‐funded research. Wartime imperatives hastened development of “miracle chemicals” that preserved the health of American soldiers, as when DDT was widely employed in the Pacific theater of war to kill malaria‐bearing mosquitoes. The result was what President Dwight D. Eisenhower, as he left office, termed the “military‐industrial complex.”Russell uses well‐chosen examples from the archives of chemical manufacturers to illustrate how defense contractors supplying electronics, atomic expertise, and other forms of technological expertise useful in warfare softened their public images by touting beneficent peacetime applications of their products. “Better Living Through Chemistry” along with “Progress Is Our Most Important Product” and other slogans familiar to citizens of the 1950s appealed not just to America's love of convenience and gadgetry. They also appealed to a fundamental U.S. belief that “modern science” would solve age‐old problems, erase perennial blights, and free people to live on a higher plane than any previously experienced by humankind.However, because defoliants, flame‐throwers, poison gases, and other chemical weapons that aided the war effort almost always conjured up negative images in the public mind, manufacturers used analogies of “victory” in war to victory over man's environment to retain a reputable and lucrative place in peacetime society.Perhaps most striking are the parallels between chemicals and atomic energy during the 1940s, 1950s, and early 1960s in the United States. Both chemicals and atomic energy proved their awesome power in hastening victory in World War II, and both needed softer images after the war ended. The promises of disease‐free fields and enormously increased crop yields appealed to the American public, just as did the hope of electricity “too cheap to meter” and nuclear medicine that might cure cancers.When chemicals began to poison birds, fish, and other species recognized as valuable and desirable to man, when fields lost their productivity, and when illnesses arose in certain occupations that could be linked to chemical exposure, the downsides of progress became evident. America recoiled and reevaluated. Russell weaves congressional testimony together with advertisements, popular cartoons, and other ephemera to bring to life this uniquely American story. He compels the reader to ask striking questions about a nation maturing and itself asking complex questions about one of its most cherished ideals.The final irony of Russell's book may lie in the fact that it was written before the World Trade Center attack on 11 September 2001 but published just afterward, in the midst of America's anthrax episodes in the fall of the same year. The world focus on chemical and biological warfare should now provide a whole set of additional readers for this valuable book. (shrink)

Book reviewed in this article: Factories of Death: Japanese Biological Warfare 1932–1945 and the American Cover‐Up. By Sheldon H. Harris.

Artificial intelligence, while presenting itself as a novelty in the fields of education, science and the business industry, is likely being used as a hegemonic tool for economic and political control. Concerns about privacy ethics, class division and the specter of AI-incited biowarfare controlled by supremacist-minded entities that benefit from the datafication of individuals for economic profit and the attainment of politicized control-seeking objectives are the axial arguments of this position paper. As a result, this review makes a case that (...) AI is being used as a tool of hegemony by presenting an analytical framework derived from the ‘less mainstream’ varied corpus of literature published between 1984 and 2024. Furthermore, while the literature also reveals attempts to monitor misuse of AI, to date there have been no solutions offered concerning privacy and surveillance, alternatives to the potential loss of jobs through automated AI or the menace of AI-operated biological warfare already being tested in war-torn parts of the world. Resolving the existing hegemonic challenges is of paramount importance and must be properly addressed in order not to be met with an existential crisis threatening the continuity of humanity. (shrink)

Book reviewed in this article: Factories of Death: Japanese Biological Warfare 1932–1945 and the American Cover‐Up. By Sheldon H. Harris.

This paper examines the role of ethics in research with potentialapplicability to chemical and biological warfare. It focuses uponbiological warfare research, and examines the ethical dilemmas faced bythose working with dual-use potential technologies. It discusses thenormative, legal and ethical prohibitions against participation inchemical and biological warfare programmes from a Western perspective.It examines the motivations of individuals participating in CBW researchand concludes with recommendations for increasing awareness aboutethical and normative prohibitions. An appendix lists the results of (...) asurvey of ethical codes in relevant scientific disciplines conducted viathe Internet. (shrink)

This article advances some considerations on the current production of hegemonic effects, starting with some problems posed by the work of one of the most influential writers in cultural studies – the American Palestinian critic Edward Said. Said's commentary on the coverage of Islam in the US media in the late 1970s allows for some challenging considerations on how hegemonic strategies directed at the formation of publics and public opinion are increasingly integrated within a global noopolitics of communication whose understanding (...) of the public is not derived from the notion of civil society but from the biopolitical element of the population – and the bio-racist segmentation that constitutes it. As outlined in Michel Foucault's analysis of liberal and neoliberal governmentality, such understanding of the public locates the latter straight within a new dispositif of power which is biopolitical and noopolitical at the same time, that is, which addresses itself at the same time to the biological, economic and spiritual life of the population. Such understanding involves a reconsideration of the constitution of publics and public opinion in times of netwars and information warfare as both subjects and objects of power/knowledge. In as much as such noopolitics affects what Maurizio Lazzarato calls a second bios, the life of the brain, it has the potential to give expression to the virtual power of immaterial events of subjectification which materialize in the bodies which actualize them and the possible, shared worlds that they are capable of producing. (shrink)

Proponents of the standard evolutionary biology paradigm explain human “altruism” in terms of either nepotism or strict reciprocity. On that basis our underlying nature is reduced to a function of inclusive fitness: human nature has to be totally selfish or nepotistic. Proposed here are three possible paths to giving costly aid to nonrelatives, paths that are controversial because they involve assumed pleiotropic effects or group selection. One path is pleiotropic subsidies that help to extend nepotistic helping behavior from close family (...) to nonrelatives. Another is “warfare”—if and only if warfare recurred in the Paleolithic. The third and most plausible hypothesis is based on the morally based egalitarian syndrome of prehistoric hunter-gatherers, which reduced phenotypic variation at the within-group level, increased it at the between-group level, and drastically curtailed the advantages of free riders. In an analysis consistent with the fundamental tenets of evolutionary biology, these three paths are evaluated as explanations for the evolutionary development of a rather complicated human social nature. (shrink)

We make the case that the Prisoner’s Dilemma, notwithstanding its fame and the quantity of intellectual resources devoted to it, has largely failed to explain any phenomena of social scientific or biological interest. In the heart of the paper we examine in detail a famous purported example of Prisoner’s Dilemma empirical success, namely Axelrod’s analysis of WWI trench warfare, and argue that this success is greatly overstated. Further, we explain why this negative verdict is likely true generally and (...) not just in our case study. We also address some possible defenses of the Prisoner’s Dilemma. (shrink)

Bioscience ethics facilitates free and accurate information transfer from applied science to applied bioethics. Its major elements are: increased understanding of biological systems, responsible use of technology, and attuning ethnocentric debates to new scientific insights. Pioneered by Irina Pollard in 1994, bioscience ethics has become an internationally recognized discipline, interfacing science and bioethics within professional perspectives such as medical, legal, bio-engineering, and economics. Written for students and professionals alike, the fundamental feature of this book is its breadth, important because (...) bioscience ethics interweaves many diverse subjects in the process of gathering specialist scientific knowledge for bioethical review. It contains chapters which embrace topics affecting human reproduction, end-of-life care and euthanasia, challenge human-dominated ecosystems, and review population growth, economic activity and warfare. A background section describes the evolution of ethical consciousness, explores the future, and proposes that the reworking of ethical boundaries can enhance mature decision-making in harmony with changing technology. (shrink)