The relation and collaboration of human and animal medicine had its ups and downs throughout history. The interaction between these two disciplines has been especially fruitful in the broad areas of patho-physiology and of epidemiology. An exploration of the interaction between the two disciplines, using historical and contemporary examples in comparative medicine, zoonoses, zooprophylaxis, and human-animal bond, reveals that a better understanding of animal and human disease, as well as societal changes such as interest in non-conventional medicine, are leading to (...) a broader concept of one medicine that includes animal and human medicine as well as social and other sciences. (shrink)

Biologists have long known that animal population dynamics are regulated by a combination of bottom-up and top-down forces. Yet, economists have argued that human population dynamics can also be influenced by intraspecific cooperation. Despite awareness of the role of interspecific cooperation in influencing resource availability and animal population dynamics, the role of intraspecific cooperation under different environmental conditions has rarely been considered. Here we examine the role of what we call “lateral forces” that act within populations and (...) interact with external top-down and bottom-up forces in influencing population dynamics using an individual-based model linking environmental quality, intraspecific cooperation, and population size. We find that the proportion of cooperators is higher when the environment is poor and population sizes are greatest under intermediate resources levels due to the contrasting effects of resource availability on behavior and population size. We also show that social populations are more resilient to environmental change than non-social ones because the benefits of intraspecific cooperation can outweigh the effects of constrained resource availability. Our study elucidates the complex relationship between environmental harshness, cooperation, and population dynamics, which is important for understanding the ecological consequences of cooperation. (shrink)

The relation and collaboration of human and animal medicine had its ups and downs throughout history. The interaction between these two disciplines has been especially fruitful in the broad areas of patho-physiology and of epidemiology. An exploration of the interaction between the two disciplines, using historical and contemporary examples in comparative medicine, zoonoses, zooprophylaxis, and human-animal bond, reveals that a better understanding of animal and human disease, as well as societal changes such as interest in non-conventional medicine, are leading to (...) a broader concept of one medicine that includes animal and human medicine as well as social and other sciences. (shrink)

From a largely Western phenomenon, the “animal turn” has, in recent years, gone global. Animals and Human Society in Asia: Historical, Cultural and Ethical Perspectives is just such a timely product that testifies to this trend.But why Asia? The editors, in their very helpful overview essay, have from the outset justified the volume's focus on Asia and ensured that this is not simply a matter of lacuna filling. The reasons they set out include: the fact that Asia is the cradle (...) of early human settlement and animal domestication; Asia encompasses an extreme diversity of closely connected ecosystems and human cultures; Asia is the place where the world's major religions originated; and, as in other parts of the world, Asia's use of animals for food and other utilitarian purposes constitutes a prominent feature of its culture. All of these factors, they argue, made Asia a unique lab for the exploration of major developments in human civilization and the complexities of human-animal interactions.Based on these premises, the book is divided into four parts, each concentrating on areas that the editors consider to have paramount significance in world history: Part I, “Hunting and Domestication”; Part II “Animals as Food”; Part III “Animals at War”; and Part IV “Animals in Culture and Religion.” As many good works on animal studies do, the volume adopts a truly cross-disciplinary approach, uniting scholars from disciplines as diverse as archaeology, history, anthropology, art, religion, literature, and cultural studies. It too takes an interregional approach and covers a vast geographical area, stretching from the western edge of Asia in the Levant to Central Asia, where once roamed the horses of the nomadic pastoral tribes, to the other end of Asia, including India, China, and Japan. Temporally impressive as well, the work takes us from the deep history of the Paleolithic period up to the contemporary world, exploring the diverse roles that a wide range of animals—horses, donkeys, camels, elephants, tigers, and so forth—have played in Asia's rich and unique past and present.Strong in archaeology, Part I, “Hunting and Domestication,” responds to the much-called for “deep” or “coevolutionary” history of human-animal relations in recent years. The three chapters discuss, respectively, the roles that proboscideans have played in the diet and culture of early societies in Paleolithic China and beyond; the ways in which animals of all sizes have been increasingly integrated into the diet, daily uses, trade, and warfare in Holocene Negev; and the diversifying roles played by donkeys in the early Bronze Age in Southern Levant as a food source, a means of transport and in ritual sacrifices. Together, they demonstrate, with reference to telling archaeological evidence how the early societies in this region have been highly dependent upon the increasingly sophisticated interactions with and uses of mega-herbivores in the protracted and by no means clear-cut transition from hunting and herding towards the agricultural way of life, affirming the co-existing and co-constituting relations between humans and other animals in the deep past of Asia.The chapters in the section on “Animals at War” equally reveal the crucial roles that animals have played in the military sphere, as either a practical war technology or a show of military power. “Elephants in Mongol History” revisits the thesis of elephant-mounted troops in South and Southeast Asia as a barrier to Mongol expansion. Through its lively account of the pivotal battles in Mongolian history, especially that against India and China, it illustrates with great success the complex interactions between animals (especially elephants, horses, and humans), technology, and the geographical environment, which jointly exercised their influence on the outcome of warfare and degree of success of political rule. Turning away from the dynamic of warfare, the following two chapters explore the biopolitical question of the management of the horse as a bio-resource in the Mamluk Sultanate of Egypt and Syria (1250–1517) and early Ming Dynasty China, respectively. The first one places its focus on the breeding, procurement, and feeding of the horse subjects in question, while the latter concentrates on the human organization of various resources for the upkeep of government horses—a conventional area of study called “horse administration” in the institutional history of the government in China.The last section, “Animals in Culture and Religion,” examines the changing images of apex predators, such as lions and tigers, in Buddhist perceptions from South Asia to East Asia; the cult of the Horse King in late Imperial China; and the significance of animal signs in Mongolian historiography. They represent an established approach in animal studies that seeks to understand different aspects of human culture through symbolic or metaphorical animals. Instead of treating the animals discussed as mere abstractions, which has been a frequent criticism of works that adopt this approach, the relations between the symbolic animals and their prototype in the natural world were attentively explored. The essay on the cult of the Horse King, for example, closely links the wax and wane of the cult since late imperial China with the changing use and subsequent disuse of the actual horses in agriculture, transportation, commerce, and quotidian life. Yet, classic as these essays on symbolic animals are, one does feel slightly unsatiated when coming to the end of this section, which also marks the end of this volume. Having been reminded early in the introductory essay that Asia was “a major site for the emergence of moral teachings and ethical guidance on the treatment of animals” and how this legacy “still affects the lives of billions of humans to this very day,” one feels naturally rather let down that no article in this volume directly addresses this vital ethical dimension, especially since it belongs to a series on “animal ethics.”Indeed, regarding the task of placing either the nonhuman animals or the ethical relations between humans and other animals center stage, the essays in this volume achieve only varying levels of success. Some authors exhibit a more acute awareness of what “animal studies” or “animal ethics” might entail epistemically and methodically and experiment by paying closer attention to the species-specific characteristics, experience, and agency of nonhuman animals in order to cast off the deified anthropocentrism previously ruled in humanist scholarship. However, others have made no such attempt. For example, in Part II of “Animals as Food,” an essay on the production and consumption of milk in contemporary China, albeit alert to the issue of health hazards to consumers, omits any consideration of the subject from the dairy cows’ perspective under the modern intensive farming system. Moreover, otherwise superb research on the tuna-fishing industry in Japan, with its insightful discussion of the nexus between knowledge economies and imperial politics, too passes over any discussion of the fate of the tuna, whether collectively as a group of living organisms containing 15 species or individually as animals with an embodied experience. One does ponder whether these essays would fit better in a volume on the cultural history of food or on the entwining history of knowledge production, economics, and politics, which conventionally position human interests at the center of research.Taken as a whole, this is an impressive volume that directs our attention to the hitherto understudied world of Asia in animal studies. The long durée, with its interdisciplinary and interregional approach, also most powerfully presents a past in Asia that could not have been the same without the participation of animals at every level, from everyday life to the shaping of cultural values, the construction of belief systems, the building of a national identity, and even the rise and fall of regimes. Scholars and students interested in expanding the frontier of our understanding of the world with a more inclusive “we” should find a wealth of interesting subjects on which to build further research. Finally, the volume also presents a fitting occasion for all scholars committed to animal studies to consider the grave challenge confronting the field that arose alongside its growing respectability and rapid expansion: Should it be oriented toward the destabilization of our previously anthropocentric conception of the world? Or should no such perimeter be imposed, as in this volume? The overall breadth and limitations of this volume leave one pondering this issue. (shrink)

This article, drawing on selected feminist magazines of the 1980s, particularly Feminist Arts News (FAN) and GEN, offers a textual ‘braiding’ of narratives to re-present a history of Black British feminism. I attempt to chart a history of Black British feminist inheritance while proposing the politics of (other)mothering as a politics of potential, pluralistic and democratic community building, where Black thought and everyday living carry a primary and participant role. The personal—mothering our children—is the political, affording a nurturing of alterity (...) through a politics of care that is fundamentally antiracist and antisexist. I attempt to show how Black feminist thought can significantly contribute to democracy in the present and how Black British history and thought, as fundamentally antiracist and anticolonial, can generate a reinvention much needed in the present of a shared British history. I argue for feminist intervention premised upon a politics of care, addressing through activist mothering the urgency of Black absence from prestigious institutions. Such debilitating absence in Britain inhibits the development of scholarship, distorts feminist history and seriously concerns potential Black feminists. From diverse texts, I develop a genealogical narrative supplemented through memory work. This ‘gathering and re-using’ privileges Black women's theorising as a crucial component of the methodological metissage, which includes auto-theorising to develop ideas of resemblance in relation to Black British feminism and feminist kinship. The resultant ‘braiding’, I suggest after Lionnet, questions the absence of intersubjective spaces for reflection on Black British feminist praxis, indicating a direction for British feminists of all complexions. Attentive to the 1980s as historical context while invoking the maternal, I consider what is required to engage generationally, counterwrite the academy and pursue a dynamic process of transformation within a transnational feminism that challenges Black British absence from academic knowledge production, while nurturing its presence. (shrink)

The soundscape, which is defined as the entire acoustic environment of an area, is a relevant biosemiotic ingredient of environmental complexity. It is composed of geophonies, anthrophonies, and biophonies where, in temperate biomes, birds are the major producers of the latter. The soundscape is heterogeneous in terms of space and time, and is affected by landscape features such as vegetation cover. It also operates as a communication network in which intra- and inter-specific interactions create a complex, eavesdropping-broadcasting network, namely, the (...) soundtope. This acoustic context provides public information for tracking resources like territory, mates, food, safety, and roosting sites and it can be considered a multifunctional eco-field. The Acoustic Complexity Index is a new metric that is used to efficiently process the sound files that, when collected by sampling matrixes, return by interpolation the spatial distribution of a soundscape. High quality soundscapes are sought to guarantee the biosemiotic mechanisms among species, but polluted conditions degrade and mask biophonies, thus reducing communication efficiency, with severe consequences for both individual and collective fitness. Preserving high quality soundscapes is therefore an important conservation issue and a target to aim for if we are to assure animal and human wellbeing. (shrink)

One Health medicine aims to improve health by focusing on the relations between the health of humans, animals, and the environment. However, One Health does not provide a clear idea of these relations, which are still represented as conceptually separated and not as one health, as the name implies. Inspired by holobiont research, I suggest a new model and conceptual framework for One Health that expands the notion of the biological patient by providing a gradational and dynamic understanding of environments, (...) patients, and their relations. This new model conceptualizes humans and non-humans, individual organisms, and collectives, as belonging to one system that allows for more or less inclusive understandings of patients. As such, it resolves the conceptual tensions of different One Health approaches and supports the implementation of One Health as an interdisciplinary research field. (shrink)

In today’s society, it becomes increasingly important to assess which non-human and non-verbal beings possess consciousness. This review article aims to delineate criteria for consciousness especially in animals, while also taking into account intelligent artifacts. First, we circumscribe what we mean with “consciousness” and describe key features of subjective experience: qualitative richness, situatedness, intentionality and interpretation, integration and the combination of dynamic and stabilizing properties. We argue that consciousness has a biological function, which is to present the subject with a (...) multimodal, situational survey of the surrounding world and body, subserving complex decision-making and goal-directed behavior. This survey reflects the brain’s capacity for internal modeling of external events underlying changes in sensory state. Next, we follow an inside-out approach: how can the features of conscious experience, correlating to mechanisms inside the brain, be logically coupled to externally observable properties? Instead of proposing criteria that would each define a “hard” threshold for consciousness, we outline six indicators: goal-directed behavior and model-based learning; anatomic and physiological substrates for generating integrative multimodal representations; psychometrics and meta-cognition; episodic memory; susceptibility to illusions and multistable perception; and specific visuospatial behaviors. Rather than emphasizing a particular indicator as being decisive, we propose that the consistency amongst these indicators can serve to assess consciousness in particular species. The integration of scores on the various indicators yields an overall, graded criterion for consciousness, somewhat comparable to the Glasgow Coma Scale for unresponsive patients. When considering theoretically derived measures of consciousness, it is argued that their validity should not be assessed on the basis of a single quantifiable measure, but requires cross-examination across multiple pieces of evidence, including the indicators proposed here. Current intelligent machines, including deep learning neural networks and agile robots, are not indicated to be conscious yet. Instead of assessing machine consciousness by a brief Turing-type of test, evidence for it may gradually accumulate when we study machines ethologically and across time, considering multiple behaviors that require flexibility, improvisation, spontaneous problem-solving and the situational conspectus typically associated with conscious experience. (shrink)

The aim of this article is to demonstrate that data modelling is becoming a crucial, if not dominant, vector for our understanding of animal populations and is consequential for how we study the affective relations between individual bodies and the communities to which they belong. It takes up the relationship between animal, body and data, following the datafication of starling murmurations, to explore the topological relationships between nature, culture and science. The case study thus embodies a data journey, invoking the (...) tactics claimed by social or natural scientists, who generated recent discoveries in starling murmurations, including their topological expansions and contractions. The article concludes with thoughts and suggestions for further research on animal/data entanglement, and threads the concept of databodiment throughout, as a necessary dynamic for the formation and maintenance of communities. (shrink)

The most recent tool for acting on the world, the exosomatization of cognitive activities, is often considered an autonomous and objective replacement of knowledge construction. We show the intrinsic limits of the mechanistic myths in AI, from classical to Deep Learning techniques, and its relation to the human construction of sense. Human activities in a changing ecosystem – in their somatic and sensible dimensionalities proper to any living experiences – are at the core of our analysis. By this, we stress (...) the key role of the knowing subject, far away from any allegedly objective big collections of data. The production of organized structures of physics, biology and in societal analysis will be compared and distinguished by trying to set on more robust grounds the constructive as well as the disruptive roles of entropic, negentropic, anti-entropic dynamics that are different concepts in different domains, to be handled with care: the use of machine learning and optimization methods as tools and models to analyse and manage human activities in view of their scientific and political ideology of technoscientific governance. They suppose that which they try to produce is objective, that is, standardized and controllable behaviours. In this dialogue we stress a mirror symmetry between the lack of theoretical interpretation of scientific data and the lack of democracy in this fiction of neutrality. Moreover, bad analogies constitute an obstacle to grasp the anteriority of biological and ecological constraints which enable and limit all artificial products of human intelligence. We will thus stress biological specificity, the role of normativity and constraints in evolution, of labour in structuring the human historical construction of sense by common activities. (shrink)

As we become more aware of the various problems associated with technologically mediated meat production , we also confront a variety of technologically mediated potential fixes . Rather than comparing bad and good technologies in the context of meat, I want instead to explore the dynamics of the human-animal relationships expressed within specific approaches. This method, I suggest, illustrates the technological aspects of the relationships, which reflect an orientation to the world that mediates human interaction with the environment. It (...) also helps to show that the more we try to take responsibility for those bodies—in terms of knowledge, in terms of energy—the more we require the environment to reflect our conditions and the less tolerant we become of failure. (shrink)

Animal studies and biopolitics are two of the most dynamic areas of interdisciplinary scholarship, but until now, they have had little to say to each other. Bringing these two emergent areas of thought into direct conversation in _Before the Law_, Cary Wolfe fosters a new discussion about the status of nonhuman animals and the shared plight of humans and animals under biopolitics. Wolfe argues that the human­­­-animal distinction must be supplemented with the central distinction of biopolitics: the difference between those (...) animals that are members of a community and those that are deemed killable but not murderable. From this understanding, we can begin to make sense of the fact that this distinction prevails within both the human and animal domains and address such difficult issues as why we afford some animals unprecedented levels of care and recognition while subjecting others to unparalleled forms of brutality and exploitation. Engaging with many major figures in biopolitical thought—from Heidegger, Arendt, and Foucault to Agamben, Esposito, and Derrida—Wolfe explores how biopolitics can help us understand both the ethical and political dimensions of the current questions surrounding the rights of animals. (shrink)

In lieu of an abstract, here is a brief excerpt of the content:Kennedy Institute of Ethics Journal 11.1 (2001) 91-112 [Access article in PDF] Scope Note 40 Animals in Research and Education: Ethical Issues Laura Jane Bishop and Anita Lonnes Nolen Scientific enquiry is inexorably tied to animal experimentation in the popular imagination and human history. Many, if not most, of the spectacular innovations in the medical understanding and treatment of today's human maladies have been based on research using animals. (...) However, the use of animals in research and experimentation has been debated, defended, and protested by both individuals and organizations at various levels. Responses range from personal lifestyle decisions and fervent philosophical treatises to strident arguments, violent demonstrations, and direct action. The continuum of attitudes about animals and the human relationship with animals spans the range between those who support no regulation of the human use of animals and those who advocate absolute animal liberation from all human use (see II, Orlans 1993, p. 22). History The first recorded experimentation on animals occurred in ancient Rome, but not until the Renaissance did scholars begin serious study of how the body works. Leonardo da Vinci (1452-1519) and other artists and anatomists pursued anatomical investigations of muscle and bone structure. William Harvey (1578-1657) discovered the circulation of the blood via his experiments on live deer. During this period, much live animal experimentation both in England and France was based on the view of French philosopher René Descartes (1596-1650) that animals are incapable of feeling pain. Jeremy Bentham (1748-1832), the English utilitarian philosopher, thought otherwise. In his "Introduction to the Principles of Morals and Legislation" in 1789, Bentham declared, "The question is not, can they reason? Nor, can they talk? But can they suffer? Despite Bentham and others, the belief that animals could not perceive pain persisted in many quarters into the twentieth century. Nineteenth century French physiologist Claude Bernard [End Page 91] (1813-1878)-and his teacher, François Magendie (1783-1855)-conducted wide-ranging animal experiments including surgery, use of drugs, and removal of body parts from many species. Bernard argued that while no amount of benefit could justify any harm to human research subjects, even extreme harm and pain for animal research subjects could be justified by the potential benefit to human beings. Although he did use anesthetics in his work after their discovery in 1847, even Bernard's later work was controversial because of the numbers of animals used and the repetitive nature of his research. The experiments of Magendie and Bernard both laid the foundations for animal experimentation as a practice for scientific advance and contributed in large measure to the emergence of the anti-vivisection movement. Public protests over animal experiments conducted in France and the fear that these might come to England led to the passage of the first law controlling animal experimentation, the "1876 Cruelty to Animals Act" in England. This history and the dynamic tension between scientific inquiry and public concern set the stage for the activism and scholarship of the twentieth century.Since the 1960s, the amount of attention, activism, and scholarship related to animal use has increased at a rapid pace. The modern animal protection movement, led by the Australian philosopher Peter Singer in his book, Animal Liberation (II, 1975), based its advocacy on animals' ability to experience pain and suffering (Bentham's argument). Singer's book and other investigations into animal research, such as LIFE magazine's photojournalism piece on pet theft, animal cruelty, and animal experimentation (Concentration Camps for Dogs. LIFE (4 February 1966), pp. 22-29), brought the use of animals in research, testing, and education to the attention of the general public. Activists, advocates, laypersons, scientists, lawmakers, and animals themselves, have created the interesting, complicated, and complex history of animal rights and animal welfare over the last several decades. Current Statistics Worldwide, approximately 35 million animals are used in research each year; the United States alone uses 12 million animals annually--more than any other country. In 1998, the official number of research animals recorded in the United States was 1... (shrink)

This paper contrasts a picoeconomic approach to theexplanation of akrasia with Davidson's divided-mind approach and defends theformer in a wider context. The distinctive merits of a picoeconomic model of mindlie in the following aspects: First, it relies on a scientifically well-groundeddiscovery about motivational dynamics of animals for its explanation of preference change,which elucidates or materializes some philosophers' speculations both about thepossible mismatch between valuation and motivation and about the relevance of temporalfactors to akrasia. Second, it grounds the necessity of (...) endogenous higher-order constraints,expressible in forms of judgment, in an intrapersonal dynamic process of interactivefirst-order temporary preferences. Thus the motivational basis for the normativeconstruction of the rationality of `best judgment' can also be illuminated with this model. (shrink)

Open peer commentary on the article “Elementary Students’ Construction of Geometric Transformation Reasoning in a Dynamic Animation Environment” by Alan Maloney. Upshot: Parnorkou and Maloney describe how a dynamic animation environment, Graphs ’n Glyphs, supported fourth-grade students’ understandings of translations and rotations. Two elements were critical in their teaching experiment: the design of the software and tasks. This commentary focuses on the decisions that they made and possible implications they had for students’ reasoning.

Jablonka and Ginsburg’s target paper (2022) argues that (a) consciousness is closely tied to goal-directed behavior and an open-ended capacity for learning and adaptation driven by exploration-and-stabilization dynamics; and (b) consciousness has this essential dynamical nature due to its emergence in evolution from the spontaneous exploration-and-stabilization dynamics of animal life, which the authors term vivaciousness. In this commentary, I explore these two claims with relation to two features of experience that are of clear importance to goal-directed behavior both (...) phenomenologically and biologically: (1) the role of probabilistic expectation, and (2) the role of available energy. Applying Jablonka and Ginsburg’s framework, I argue that these two features are substantive and potentially universal examples of consciousness being shaped by biology. (shrink)

The interrelation of Hermione and Andromache as mapped out physically in theatrical space is the key aspect of the stagecraft of Euripides’ “Andromache”. Its study enhances the understanding of the critical importance of the females’ juxtapositional contrast in the dramatic design of the play. It also alerts us to the intricacies of Euripides’ game with social norm regulating the semantics of extra-theatrical domestic space and of his creative reworking of Andromache’s narrative space in Homer’s epic. Euripides innovates in combining the (...) two heroines’ post-war story and placing them as wife and concubine under the same roof, Neoptolemus’ house. Andromache sits outside the scene-building at the shrine of Thetis; she is excluded from the oikos, as a concubine would be in the reality of fifth-century experience. Hermione, Neoptolemus’ legal wife, dominates inside. By zooming in onto the particularities of movement, action and interaction (with animate and inanimate entities) of these females, this paper offers a detailed decoding of the dynamics of theatrical domestic space in the “Andromache”. (shrink)

A growing body of empirical research suggests many animal species are capable of social learning and even have cultural behavioral traditions. Social learning has implications for community ecology; changes in behavior can lead to changes in inter- and intra-specific interactions. The paper explores possible implications of social learning for ecological community dynamics. Four arguments are made: social learning can result in locally-specific ecological relationships; socially-mediated, locally-specific ecological relationships can have localized indirect interspecific population effects; the involvement of multiple co-existing (...) species in socially learned, locally-specific behavior has the potential to create community-wide effects, including varying levels of stability and instability; and social learning can create new intra- and inter-specific selection pressures on local taxa, potentially resulting in rapid evolution. Implications of all four arguments are discussed in relation to community ecology research and modeling. (shrink)

This paper explores Thomas Hobbes’s account of animal life and mind. After a critical examination of Hobbes’s mechanistic explanation of operations of the mind such as perception and memory, I argue that his theory derives its strength from his idea of the dynamic interaction of the body with its surroundings. This dynamic interaction allows Hobbes to maintain that the purposive disposition of the animal is not merely an upshot of its material configuration, but an expression of its distinctive bodily history. (...) In support of Hobbes, I show how this is complemented by his account of the unity and continuity of the animal body in terms of a unification through the self-preserving drive that originates in perception. Nonetheless, I argue that Hobbes’s philosophy of animal life and mental faculties is hindered by a kind of epiphenomenalist perspective that is embedded in his materialist framework, and this perspective leaves the status of ideas and mental content unclear. I explain why Hobbes’s dynamic theory, founded upon the reciprocal determination of moving bodies, supports his idea of animal development and habituation while failing to account for the reflexivity of the mind. (shrink)

The project of understanding rationality in non-human animals faces a number of conceptual and methodological difficulties. The present chapter defends the view that it is counterproductive to rely on the human folk psychological idiom in animal cognition studies. Instead, it approaches the subject on the basis of dynamic- evolutionary considerations. Concepts from control theory can be used to frame the problem in the most general terms. The specific selective pressures exerted on agents endowed with information-processing capacities are analysed. It is (...) hypothesized that metacognition offers an evolutionary stable response to the various demands of the internal and external flows of information in a competitive environment. Metacognition provides a form of process-reflexivity that can, but does not have to be redeployed through metarepresentations. Finally the claim that rationality so conceived involves normativity is discussed. (shrink)

Interaction between humans and cats in urban environments is subject to dynamic change. Based on the frequency and quality of relations with humans, we can distinguish several populations of domestic cats : pedigree, pet, semi-feral, feral, and pseudo-wild. Bringing together theoretical perspectives of the Tartu school of biosemiotics and ethological studies of animal societies, we distinguish two basic types of cat cultures: the culture of street cats and the humano-cat culture of pets. The difference between these cultures is documented on (...) the level of zoosemiotic interactions, ecological relations, and human representations. We introduce a threefold model of human-animal interactions in urban environments which steer a careful course between the Scylla of realistic ontology and the Charybdis of social constructivism. A case study on Estonian cat shelters illustrates the significance of cultural representations and institutionalized actions in human-cat cohabitation. (shrink)

This study examined whether the stability of highly relevant animate and inanimate information predicted encoding. Participants viewed audiovisual media and completed a change detection task of screenshots taken from the viewing session. The screenshots were either left as originally viewed or a factor was altered. The factors were all motivationally and story relevant. Half were part of an animal and half were part of other environmental information. This was crossed with whether the information was stable or fleeting in the scene. (...) Changes to animals were more recognized than inanimate information. Changes to fleeting inanimate information were better recognized than changes to stable inanimate information. These findings indicate potential for relevant change in environmental threat and opportunity is adaptively significant and likely to increase attention and encoding across animate and inanimate categories of information. (shrink)

Examines how the animal/human divide has influenced power dynamics. The division of life into animal and human is one of the fundamental schisms found within political societies. Ironically, given the immense influence of the animal/human divide, especially upon power dynamics, the discipline in charge of theorizing and studying power—political science and theory—has had little to say about the animal/human. This book seeks to amend this vast oversight. Acknowledging the complexity of the changing differences between animals and humans, the (...) contributors explore such topics as Marx, Freud, the animal, and civilization; dog breeding, racism, and democracy; the meaningful silences of animals; how sovereignty reconfigures the animal/human; and the paradoxical struggles against being dehumanized among immigrant workers in a slaughterhouse. Political Theory and the Animal/Human Relationship is necessary reading for anyone who wants to understand how power has been influenced by the animal/human divide, and what we can do about it. (shrink)

Darwin's theory of evolution brought to an end the static view of nature. It was no longer possible to think of species as immortal, with secure places in nature. Fluctuation of population could no longer be thought of as occurring within definite limits which had been set at the time of creation. Nor was it any longer possible to generalize from the differential reproductive potentials, or from a few cases of mutualism between species, that everything in nature was “fitted to (...) produce general ends, and reciprocal uses.” 134 The appeal to “design” could no longer be substituted for answers to questions concerning animal demography. Instead, the dynamics of a population had to be viewed as the outcome of species' struggle against animate and inanimate factors in the environment. Both the members of a species and the environmental factors tend to vary randomly, and therefore neither evolution nor population dynamics could be fully understood alone. For this reason Darwin's linking of the two subjects was inevitable and not merely an historical accident. Since Darwin had shown that no automatic equilibrium existed, he demonstrated the importance of closer study of the causes of population dynamics and extinction. He also indicated that an understanding of population depends upon the development of a broad knowledge in ecology.Viewed from another direction, Darwin's work ended the early modern era of population studies by clarifying three interrelated problems which were important for understanding population: extinction, distribution, and the nature of species. The components of his answer had been discussed in the eighteenth century, but there had not existed enough evidence for the completion of the revolution in thought which had then begun. At the beginning of the nineteenth century, Playfair found the evidence for extinction conclusive, and, in spite of Lamarck, Curvier convinced the scientific world that there could no longer be any doubt about it. This was a step the importance of which, with his limited knowledge of biogeography and population, Cuvier could not have fully realized. Lamarck attempted, with his evolutionary theory, to circumvent the necessity for admitting extinction, but he overestimated the adaptability of organisms and in doing so he underestimated the importance of competition and the whole field of ecology. On the other hand, he was not willing to let questions such as the origin of species remain taboo to science. The origin of species was a biogeographical as well as a paleontological question. Humboldt correlated environment with the distribution of species and conveyed the impression that plant communities are subject to change. De Candolle, following the lead of Linnaeus and Humboldt, emphasized the ecological aspects of biogeography, not only the importance of habitat and range, clearly showing the ecological effects of competition. The entomologists Kirby and Spence took a faltering step toward understanding the relationship between population and ecological role, but they fell short of any significant new conclusions. Neither they nor Swainson could fully comprehend the new perspective of De Candolle.Lyell was able to bring together the evidence from these three lines of investigation and weave them into an important synthesis that almost accomplished that Darwin later did. Although opposing Lamarck's theory of evolution, Lyell had a dynamic view of ecology. He realized that population dynamics offered an important key to the understanding of biogeography. Since he knew that species become extinct, he investigated closely the factors which could either preserve or extinguish species. While explaining these factors, he described the interrelationships of species in greater detail than had ever been done before. Forbes continued to develop Lyell's ecological concepts, and his first-hand field experience enabled him to describe biotic communities more concretely than Lyell had.Having the advantages of Lyell's understanding and his own experience from a global voyage, Darwin could take the final step from the static to the dynamic concept of life. He had seen populations fluctuating and also fossil species in South America, and on the Galapagos Islands he had encountered a biogeographical problem that could not be credibly solved without the idea of evolution. However, the bare idea of evolution did not fully answer his questions. He sought physiological causes of extinction before he read Malthus and realized that De Candolle and Lyell had correctly emphasized the importance of competition. Darwin found that, in order to understand evolution, he needed to improve his understanding of ecology. He wanted to know when populations were most easily decimated, how extensive were competition and cooperation, what effects parasites have upon populations, and what changes occur in biotic communities when a species is either added or subtracted. He contributed to some extent to answering these questions. Though there remained much for others to do, there was now a new and more secure theoretical framework within which later studies could be interpreted. As Ernst Mayr has observed, Darwin's “consistent thinking in terms of population has had an impact on biological theory and practice which is second only to his sponsorship of natural selection as the mechanism of evolution.” 135. (shrink)

This article explores how technological interventions into animal bodies refigure the borders of political community, in assemblage with sexuality, race, nation, and species. To this end, the article reconceptualizes “feral” as a biopolitical figure that unsettles categorical divisions such as culture/nature, domestic/wild, and belonging/exclusion. Alongside the theoretical development of “feral,” I extend the discussion to two sites: the use of long-tail macaques for bio-defense research in the post-9/11 United States and the transspecies intimacy and feral violence/justice in the South Korean (...) film Howling. This article pursues two overarching questions. First, how do such biopolitical operations implicate the biomedical and biotechnological interventions into these animals? And second, what kind of feral affects and trajectories emerge from these events at the intersections of species, race, sexuality, and nation? I argue that the feral as a biopolitical concept helps us to engage with the dynamics between the capturing biopower and the escaping bodies in the contemporary biopolitical landscape. (shrink)

From his earliest work in The Structure of Behavior, Maurice Merleau-Ponty abrogates accounts of organic form that posit the organism as either passively ordered by the environment which precedes it, or as actively constituting its environment. I argue that Merleau-Ponty first develops what I term a genetic concept of form, in which the organism-environment relationship unfolds developmentally. This account of genetic form, however, requires a further concept of generative form to overcome the conceptual distinction between constituting activity and constituted passivity. (...) I contend that rather than pre-existing its own development ideally, in a genetic or developmental blueprint, or environmentally, in given causes, that instead form emerges expressively and dynamically. To develop the concept of generative form I turn to Merleau-Ponty’s lecture courses Institution and Nature, while drawing from examples in animal motorperceptual development and inter-bodily communication. In doing so, I contend that this idea of generativity requires for us to think of organisms as passive, though not as passively constituted by a nature in-itself, but rather as passively instituted by a natural sense that orients the possibilities of organic development without itself existing asan already realized form of life. I argue that the notion of generative form offers an approach to thinking of species differences not as essential differences in kind, but as elaborations of a natural generativity that precedes and grounds individual animate forms. (shrink)

An analysis and assessment of Nietzsche's metapsychology. Nietzsche is neither a dualist nor a physical reductionist about the mind. Instead, he is best interpreted as thinking that the mind is embodied and embedded in a larger natural and social environment with which it is dynamically engaged.

As its title indicates, this article shows animation to be the fundamental, essential, and properly descriptive concept to understandings of animate life. A critical and constructive path is taken toward an illumination of these threefold dimensions of animation. The article is critical in its attention to a central linguistic formulation in cognitive neuroscience, namely, enaction ; it is constructive in setting forth an analysis of affectivity as exemplar of a staple of animate life, elucidating its biological and existential (...) foundations in animation. (shrink)

The Netherlands is a small country with many people and much livestock. As a result, animals in nature reservations are often living near cattle farms. Therefore, people from the agricultural practices are afraid that wild animals will infect domestic livestock with diseases like Swine Fever and Foot and Mouth Disease. To protect agriculture (considered as an important economic practice), very strict regulations have been made for minimizing this risk. In this way, the practice of animal farming has been dominating the (...) practices of nature management completely. If, for instance, Foot and Mouth Disease strikes an agricultural area, all wild pigs and cattle living in the nearby nature reservations have to be killed, whether infected or not. This dominant position of one practice over the other has now become problematic. While the morality of the practice of nature management seems to be very different from the morality of agriculture and agriculture has become less important from an economic point of view, the public as well as those involved in nature management no longer seem to accept the dominant position of agriculture. Besides a literature study, we performed a field study with in-depth interviews with experts from both practices to analyze the dynamics of the internal moralities of both practices in the previous century, in order to clarify the contemporary situation. The conclusion was that the traditionally strong position of agriculture is not only weakening; it also appears that the internal values of agriculture are changing. The experts from both sides agreed that, in case of a disease outbreak, it is neither ethically justified nor necessary (because of the estimated low risk of disease transfer) to destroy the animals in nature reservations as a routine preventive measure. This is a major shift in morality. (shrink)

Animal research in the United Kingdom is regulated by the Animals Act 1986, which requires a government minister to weigh the expected suffering of animals against the expected benefits of a proposed animal research project—the “cost-benefit assessment”—before licensing the project. Research into the implementation of this legislation has been severely constrained by statutory confidentiality. This paper overcomes this hindrance by describing a critical case study based on unprecedented primary data: pig-to-primate organ transplantation conducted between 1995 and 2000. It reveals that (...) researchers and regulators significantly underestimated the adverse effects suffered by the animals involved, while overestimating the scientific and medical benefits likely to accrue. Applying dynamic policy network analysis to this case in the context of the evolution of animal research policy indicates that an elitist, policy community type network has persisted since shortly after the network’s formation in 1876. Animal research interests have repeatedly withstood pressure for change from animal protection groups because of their greater resources, structural advantages, and a culture of secrecy that facilitates an implementation gap in animal research regulation. (shrink)

We humans and other animals continuously construct and main- tain our grasp of the world by using astonishingly small snippets of sensory information. Recent studies in nonlinear brain dynamics have shown how this occurs: brains imagine possible futures and seek and use sensory stimulation to select among them as guides for chosen actions. On the one hand the scientific explanation of the dynamics is inaccessible to most of us. On the other hand the philosophical foundation from which the (...) sciences grew is accessible through the work of one of its originators, Thomas Aquinas. The core concept of intention in Aquinas is the inviolable unity of mind, brain and body. All that we know we have constructed within ourselves from the unintelligible fragments of energy impacting our senses as we move our bodies through the world. This process of intention is transi- tive in the outward thrust of the body in search of desired future states; it is intransitive in the dynamic construction of predictions of the states in the sensory cortices by which we recognize suc- cess or failure in achievement. The process is phenomenologically experienced in the action-perception cycle. Enactment is through the serial creation of neurodynamic activity patterns in brains, by which the self of mind-brain-body comes to know the world first by shaping the self to an approximation of the sought-for input, and then by assimilating those shapes into knowledge and meaning. This conception of the self as closed, autonomous, and self- organizing, devised over 700 years ago and shelved by Descartes, Leibniz and Spinoza 300 years ago, is now re-emerging in philos- ophy and re-establishes the meaning of intention in its original sense. The core Aquinian concept of the unity of brain, body and soul/mind, which had been abandoned by mechanists and replaced by Brentano and Husserl using the duality inherent in representa- tionalism, has been revived by Heidegger and Merleau-Ponty, but in phenomenological terms that are opaque to neurscientists. In my experience there is no extant philosophical system than that of Aquinas that better fits with the new _ndings in nonlinear brain dynamics. Therefore, a detailed reading and transcription of basic terms is warranted, comparing in both directions the significance of key words across 700 years from medieval metaphysics to 21st century brain dynamics. (shrink)

Many people think we should refrain from intervening in nature as much as possible. One of the main reasons for thinking this way is that the existence of nature is a net positive. However, population dynamics teaches us that most sentient animals who come into existence in nature die shortly thereafter, mostly in painful ways. Those who survive often suffer greatly due to natural causes. If sentient beings matter, this gives us reasons to intervene to prevent such harms. This (...) counterintuitive conclusion can be opposed by arguing that we should not care about nonhuman animals; that other values, such as the existence of certain ecosystemic relations or of untouched wild areas, count for more than the interests of sentient beings; or that intervention in nature cannot succeed. There are, however, strong reasons to reject these claims and to support significant intervention in nature for the sake of animals, despite our deep-rooted intuitions to the contrary. (shrink)

We review the jealousy literature and present our Dynamic Functional Model of Jealousy, which argues that jealousy evolved and has its own unique motivational state aimed at preventing others from usurping important relationships. It has a core form that exists in infants and nonhuman animals and an elaborated form in humans that emerges as cognitive sophistication develops. The DFMJ proposes that jealousy is an unfolding process with early and late phases that can be differentially impacted by relationship and personality factors. (...) It also notes the importance of looking at multiple concomitants of jealousy, including action tendencies. We discuss how jealousy fits with current emotion theories and suggest that theories of specific emotions need to be broadened. (shrink)

Responding adequately to the behaviour of human and non-human animals in our environment has been crucial for our survival. This is also reflected in our exceptional capacity to detect and interpret biological motion signals. However, even though our emotions have specifically emerged as automatic adaptive responses to such vital stimuli, few studies investigated the influence of biological motion on emotional evaluations. Here, we test how the motion of animals affects emotional judgements by contrasting static animal images and videos. We investigated (...) this question (1) in non-fearful observers across many different animals, and (2) in observers afraid of particular animals across four types of animals, including the feared ones. In line with previous studies, we find an idiosyncratic pattern of evoked emotions across different types of animals. These emotions can be explained to different extents by regression models based on relevant predictor variables (e.g. familiarity, dangerousness). Additionally, our findings show a boosting effect of motion on emotional evaluations across all animals, with an additional increase in (negative) emotions for moving feared animals (except snakes). We discuss implications of our results for experimental and clinical research and applications, highlighting the importance of experiments with dynamic and ecologically valid stimuli. (shrink)

A given but otherwise random environmental time series impinging on the input of a certain biological processor passes through with overwhelming probability practically undetected. A very small percentage of environmental stimuli, though, is ‘captured’ by the processor's nonlinear dissipative operator as initial conditions, and is ‘processed’ as solutions of its dynamics. The processor, then, is in such cases instrumental in compressing or abstracting those stimuli, thereby making the external world to collapse from a previous regime of a ‘pure state’ (...) of suspended animation into a set of stable complementary and mutually exclusive eigenfunctions or ‘categories'. The characteristics of this cognitive set depend on the operator involved and the hierarchical level where the abstraction takes place. Depending on the context, the transition from one state to another occurs in such a cognitive operator. The chaotic itinerancy may play a crucial role for this process. In this paper we model the dynamics which may underlie such a cognitive process and the role of the thalamo-cortical pacemaker of the brain. In order to model them, conceptualization by the notion of ‘attractor ruin’ in high-dimensional dynamical systems is necessary. (shrink)

In recent decades, the logical study of rational belief dynamics has played an increasingly important role in philosophy. However, the dynamics of concepts such as conceptual learning received comparatively little attention within this debate. This is problematic insofar as the occurrence of conceptual change (especially in the sciences) has been an influential argument against a merely logical analysis of beliefs. Especially Kuhn’s ideas about the incommensurability, i.e., untranslatability, of succeeding theories seem to stand in the way of logical (...) reconstruction. This paper investigates conceptual change as model-changing operations similar to belief revision and relates it to the notion of incommensurability. I consider several versions of conceptual change and discuss their influences on the expressive power, translatability and the potential arising of incommensurability. The paper concludes with a discussion of animal taxonomy in Aristotle’s and Linnaeus’s work. (shrink)

In the animal literature, the concept of dominance usually links status in intermale encounters with differential reproductive success. Mazur & Booth effectively review the human literature correlating testosterone with intermale competition, but more profound questions relating this to male–female dynamics have yet to be addressed in research with humans.

How do we perceive the agency of others? Do the same rules apply when interacting with others who are radically different from ourselves, like other species or robots? We typically perceive other people and animals through their embodied behavior, as they dynamically engage various aspects of their affordance field. In second personal perception we also perceive social or interactional affordances of others. I discuss various aspects of perceptible agency, which might begin to give us some tools to understand interactions also (...) with agents truly other than ourselves or “perhaps agents” like present and future social robots. Robots have various kinds of physical and behavioral presence and thus make their agency—if we want to call it that—perceptible in ways that computers and other forms of AI do not. The largely dualist assumptions pertaining to the hidden bodies of traditional Turing tests are discussed, as well as the social affordance effects of such indirect interactions as opposed to interactions in physically shared space. The question is what role various abilities to reveal, hide and dynamically control the body and broader behavior plays in heterogeneous tech or machine mediated interactions. I argue that the specifics and richness of perceptible agency matters to the kind of reciprocity we can obtain. (shrink)

This thought-provoking book will ask what it is to be human, what to be animal, and what are the natures of the relationships between them. This is accomplished with philosophical and ethical discussions, scientific evidence and dynamic theoretical approaches. Attitudes to Animals will also encourage us to think not only of our relationships to non-human animals, but also of those to other, human, animals. This book provides a foundation that the reader can use to make ethical choices about animals. It (...) will challenge readers to question their current views, attitudes and perspectives on animals, nature and development of the human-animal relationship. Human perspectives on the human-animal relationships reflect what we have learned, together with spoken and unspoken attitudes and assumptions, from our families, societies, media, education and employment. (shrink)

This study examines how people engage with the dynamic environment of the dog park in the face of unclear or ambiguous rules and emergent norms. Using participant observation, the analysis shows how, in the formal dog park, caretakers become “control managers” who must negotiate problems related to a variety of dog behaviors, especially mounting, aggression, and waste management. In this process, caretakers use various strategies to manage their own and others’ possible perceptions and understandings of appropriate behavior for dogs in (...) public places. (shrink)

In the dynamic field model, parametric variations of the same general processes predict how infants reach for a goal. Animal learning investigators argue that locating a goal is the product of qualitatively different mechanisms (response learning and place learning) Response versus place learning experiments suggest limitations to the dynamic field model hut where those limitations begin or end is unclear.

The world is a unification of matter, energy and information. Subjectivity information is such information that subject receives, deals with and expresses. Subjectivity information can be classified to two categories by form: image and symbol. On the basis of ontology of ‘matter, energy and information——triunity’, this paper presents the definitions of symbol and image, points out the origin of them and brings forward the mechanism that men cognize symbols. Also, the paper classifies symbols in two ways: In one way, according (...) to essence, origin and function, symbols can be classified to three categories: image symbols, appellation symbols and digit symbols. In the other way, symbols can be classified to two categories: static symbols and dynamic symbols, according to the carriers. Moreover, the author discussed the respective advantages and characteristics of image and symbol, especially presented four important characteristics of symbols: 1) be derived from definitions; 2) rely on manifold brain activities; 3) discretization; 4) meaning congruence. In the end, the author pointed out the epoch-making significance of symbols in the process that animals evolved into men. (shrink)

This paper analyses the cultural and biosemiotic bases of human attitudes towards other species. A critical stance is taken towards species neutrality and it is shown that human attitudes towards different animal species differ depending on the psychological dispositions of the people, biosemiotic conditions (e.g. umwelt stuctures), cultural connotations and symbolic meanings. In real-life environments, such as zoological gardens, both biosemiotic and cultural aspects influence which animals are chosen for display, as well as the various ways in which they are (...) displayed and interpreted. These semiotic dispositions are further used as motifs in staging, personifying or de-personifying animals in order to modify visitors’ perceptions and attitudes. As a case study, the contrasting interpretations of culling a giraffe at the Copenhagen zoo are discussed. The communicative encounters and shifting per ceptions are mapped on the scales of welfaristic, conservational, dominionistic, and utilitarian approaches. The methodological approach described in this article integrates static and dynamical views by proposing to analyse the semiotic potential of animals and the dynamics of communicative interactions in combination. (shrink)

In lieu of an abstract, here is a brief excerpt of the content:Philosophy, Psychiatry, & Psychology 9.2 (2002) 155-157 [Access article in PDF] Dispensing With the Dynamic Conscious J. Melvin Woody FREUD'S THEORY OF UNCONSCIOUS mental processes depends upon an extremely narrow conception of consciousness. O'Brien and Jureidini rightly focus attention on the limitations of that conception and argue that it is time to dispense with the resultant conception of the unconscious. Of course, scientists often give narrower, technical meanings to (...) ordinary words like matter and space, but in the midst of all the recently revived psychological and philosophical debates about the nature and existence of consciousness, the persistence of Freud's way of distinguishing the two can only breed confusion. Attempts to shore up or defend the dynamic unconscious of psychoanalytic theory by appeal to discussions of unconscious rules and processes in cognitive psychology attests to the potential for confusion thus spawned. In an early issue of this journal, James Phillips and I charted the differences between the neurophysiologic, cognitive, and dynamic conceptions of the unconscious (1995). Like O'Brien and Jureidini, we concluded that the evidence of a cognitive unconscious does not support the postulation of a dynamic unconscious. O'Brien and Jureidini go further in arguing that the two are incompatible. Elsewhere, I have argued that the Freudian unconscious is a hermeneutic myth, the result of a misunderstanding of the nature of interpretation (2003). Because I am in substantial agreement with them and already on record with arguments convergent with theirs on both these fronts, I will focus here on the source of confusion in the dynamic conception of consciousness and on their illuminating exploration of its limitations.Toward the end of his 1915 essay, "The Unconscious," Freud explains that the difference between conscious and unconscious thought hinges on the role of language: What we could permissibly call the conscious idea of the object can now be split up into the idea of the word (verbal idea) and the idea of the thing (concrete idea)... It strikes us all at once that now we know what is the difference between a conscious and an unconscious idea. The two are not, as we supposed, different records of the same content situate in different parts of the mind, nor yet different functional states of cathexis in the same part; but the conscious idea comprises the concrete idea plus the verbal idea corresponding to it, whilst the unconscious idea is that of the thing alone.... Now too, we are in a position to state precisely what it is that repression denies to the rejected idea in the transference neuroses—namely, translation of the idea into words which are to remain attached to the object. The idea which is not put into words or the mental act which has not received hyper-cathexis then remains in the unconscious in a state of repression. (pp. 201-202) This restriction of consciousness to verbal thought processes is not simply an innocent stipulative definition. It has perniciously misleading implications. For one thing, as Antonio Damasio points out in The Feeling of What Happens, it means that all other animals are unconscious for want of any language. Damasio recalls that when he asked what produces consciousness while he was a medical student, [End Page 155] Curiously, I always got the same answer; language did it. I was told that creatures without language were limited to their uncognizant existence but not we fortunate humans because language made us know... The answer sounded too easy, far too simple for something which I then imagined unconquerably complex, and also quite implausible, given what I saw when I went to the zoo. (Damasio 1999, 107) As Damasio notes, the trouble with explaining consciousness as a function of language is not just that it denies awareness of experience to all other animals, thus perpetuating the Cartesian view of animals as automatons, but that for all its complexities, language is far too simple to encompass the full complex range of conscious experience. O'Brien and Jureidini do well to highlight how much of our conscious experience never finds linguistic expression, indeed, how much experience seems to... (shrink)

Animals are frequently utilized as a teaching-learning tool in multiple educational settings. It is, therefore, important to understand what students think about this topic, in particular medical and veterinary students as “life caregivers” and competent people for a dynamic and responsible social intervention. In this context, this research aims to characterize and disseminate a set of issues related to animal welfare/wellbeing in higher education in the North of Portugal, particularly as regards the teaching of students of the Integrated Master in (...) Medicine (MIM) and Veterinary Medicine (MIMV). After ethical approval, a survey was delivered on paper to 180 undergraduate MIM (n = 100) and MIMV (n = 80) students. After collecting 139 questionnaires partially or fully completed, with varying response rates for each question, it was concluded that most of the students consider that animal experimentation is ethically acceptable when the benefits balance the harms and assuming that refinement of animal procedures is warranted; they also agree to the establishment, maintenance and performance of animal procedures solely for educational purposes as a way of ensuring optimal acquisition of theoretical knowledge, attitudes and behaviors and technical skills. Nevertheless, it is the responsibility of teachers to explore and implement pedagogical methodologies thar are equally effective but more humane and compassionate towards sentient living beings. (shrink)

We have come to regard nonhuman animals as beings of concern, and we even grant them some legal protections. But until we understand animals as moral agents in and of themselves, they will be nothing more than distant recipients of our largesse. Featuring original essays by philosophers, ethicists, religionists, and ethologists, including Marc Bekoff, Frans de Waal, and Elisabetta Palagi, this collection demonstrates the ability of animals to operate morally, process ideas of good and bad, and think seriously about sociality (...) and virtue. Envisioning nonhuman animals as distinct moral agents marks a paradigm shift in animal studies, as well as philosophy itself. Drawing not only on ethics and religion but also on law, sociology, and cognitive science, the essays in this collection test long-held certainties about moral boundaries and behaviors and prove that nonhuman animals possess complex reasoning capacities, sophisticated empathic sociality, and dynamic and enduring self-conceptions. Rather than claim animal morality is the same as human morality, this book builds an appreciation of the variety and character of animal sensitivities and perceptions across multiple disciplines, moving animal welfarism in promising new directions. (shrink)

The problem of stability in population dynamics concerns many domains of application in demography, biology, mechanics and mathematics. The problem is highly generic and independent of the population considered (human, animals, molecules,…). We give in this paper some examples of population dynamics concerning nucleic acids interacting through direct nucleic binding with small or cyclic RNAs acting on mRNAs or tRNAs as translation factors or through protein complexes expressed by genes and linked to DNA as transcription factors. The networks (...) made of these interactions between nucleic acids (considered respectively as edges and nodes of their interaction graph) are complex, but exhibit simple emergent asymptotic behaviours, when time tends to infinity, called attractors. We show that the quantity called attractor entropy plays a crucial role in the study of the stability and robustness of such genetic networks. (shrink)

No comprehensive theory of development is available yet. Traditionally, we regard the development of animals as a sequence of changes through which an adult multicellular animal is produced, starting from a single cell which is usually a fertilized egg, through increasingly complex stages. However, many phenomena that would not qualify as developmental according to these criteria would nevertheless qualify as developmental in that they imply nontrivial (e.g., non degenerative) changes of form, and/or substantial changes in gene expression. A broad, comparative (...) approach is badly needed. In the Cnidaria, for example, even the boundary between generations is problematic. Describing their life cycle in terms of metagenesis (alternation between polyp generation and medusa generation) or in terms of metamorphosis (polyp as larva or juvenile) are matters of semantics more than biology. The life cycle of other metazoans, described in textbooks in terms of larva-to-adult metamorphosis, is hardly different from a typical metagenetic life cycle of cnidarians. This applies to holometabolous insects and to marine invertebrates like sea urchins, where most of the larval cells are discarded at metamorphosis. The uncertain temporal and spatial boundaries of individual development are also shown by the widespread lack of a strict correspondence between adult and mature. A comprehensive theory of development should start with a zero principle of “developmental inertia,” corresponding to an indeterminate local self-perpetuation of cell-level dynamics. Indeterminate growth, scale-invariance, segmentation, and regeneration provide examples of developmental dynamics close to that. (shrink)