In a world that peers over the brink of disaster more often than not it is difficult to find specific assignments for the scholarly community. One speaks of peace and brotherhood only to realize that for many the only real hope of making a contribution may seem to be in a field of scientific specialization seemingly irrelevant to social causes and problems. Yet the history of man since the beginnings of science in the days of the Greeks does not support (...) this gloomy thesis. Time and again we have seen science precipitate social trends or changes in the humanistic beliefs that have a significant effect on the scientific community. Not infrequently the theoretical scientist, triggered by society's changing goals and understandings, finds ultimate satisfaction in the work of his colleagues in engineering and the other applied fields. Thus the major debate in mid-nineteenth century in which the evidence of natural history and geology at variance with the Biblical feats provided not only courage to a timid Darwin but the kind of audience that was needed to fit his theories into the broad public dialogue on these topics. The impact of "Darwinism" was felt far beyond the scientific community. It affected social thought, upset religious certainties and greatly affected the teaching of science. (shrink)

This book is a collection of papers which reflect the recent trends in the philosophy and history of molecular biology. It brings together historians, philosophers, and molecular biologists who reflect on the discipline's emergence in the 1950's, its explosive growth, and the directions in which it is going. Questions addressed include: (i) what are the limits of molecular biology? (ii) What is the relation of molecular biology to older subdisciplines of biology, especially biochemistry? (iii) Are there (...) theories in molecular biology? (iv) If so, how are these theories structured? (v) What role did information theory play in the rise of molecular biology? The book will open the way for many future researchers. (shrink)

This paper analyzes biological and scientific discourses about the racial composition of the Brazilian population, between 1832 and 1911. The first of these dates represents Darwin’s first arrival in the South-American country during his voyage on H.M.S. Beagle. The study ends in 1911, with the celebration of the First universal Races congress in London, where the Brazilian physical anthropologist J.B. Lacerda predicted the complete extinction of black Brazilians by the year 2012. Contemporary European and North-American racial theories had a profound (...) influence in Brazilian scientific debates on race and miscegenation. These debates also reflected a wider political and cultural concern, shared by most Brazilian scholars, about the future of the Nation. With few known exceptions, Brazilian evolutionists, medical doctors, physical anthropologists, and naturalists, considered that the racial composition of the population was a handicap to the commonly shared nationalistic goal of creating a modern and progressive Brazilian Republic. (shrink)

You can’t build if you don’t dwell first. This sentence is counterintuitive. It is usually thought that first you build, and then you dwell where you have built. But if you don’t dwell where you want to build, you may not understand the landscape, and the building will be weak or crippled.In Latin, “to dwell” is habitare, which comes from the verb habere, “to own.” The phrase “You can’t build if you don’t dwell first” can be considered the leitmotif of (...) the “Yes to Life” Congress, held in Vatican City in 2019. The goal of the conference was to overcome prejudices and preconceptions about the correct approach to end-of-life cases in perinatology. Overcoming prejudices about this particular stage of life is hard in... (shrink)

After the United States Congress passed the Water Pollution Control Act of 1948, biologists played an increasingly significant role in scientific studies of water pollution. Biologists interacted with other experts, notably engineers, who managed the public agencies devoted to water pollution control. Although biologists were at first marginalized within these agencies, the situation began to change by the early 1960s. Biological data became an integral part of water pollution control. While changing societal values, stimulated by an emerging ecological awareness, may (...) explain broader shifts in expert opinion during the 1960s, this article explores how graphs changed experts’ perceptions of water pollution. Experts communicated with each other via reports, journal articles, and conference speeches. Those sources reveal that biologists began experimenting with new graphical methods to simplify the complex ecological data they collected from the field. Biologists, I argue, followed the engineers’ lead by developing graphical methods that were concise and quantitative. Their need to collaborate with engineers forced them to communicate, negotiate, and overcome conflicts and misunderstandings. By meeting engineers’ expectations and promoting the value of their data through images as much as words, biologists asserted their authority within water pollution control by the early 1960s. (shrink)

The volume contains 37 invited papers presented at the Congress, covering the areas of Logic, Mathematics, Physical Sciences, Biological Sciences and the ...

This paper uses the theory of technoscience to shed light on the current criticisms against the emerging science of Artificial Life. We see that the science of Artificial Life is criticized for the synthetic nature of its research and its over reliance on computer simulations which is seen to be contrary to the traditional goals and methods of science. However, if we break down the traditional distinctions between science and technology using the theory of technoscience, then we can begin to (...) see that all science has a synthetic nature and reliance on technology. Artificial Life researchers are not heretical practitioners of some pseudoscience; they are just more open about their reliance on technology to help realize their theories and modeling. Understanding that science and technology are not as disparate as was once thought is an essential step in helping us create a more humane technoscience in the future. (shrink)

The cultural activities of human being are to be mediated by physical elements. These are, as a matter of fact, the natural things. There is allowed no other way for human being to realize his mental work but than in and through the nature. So, generally speaking, culture in ordinary sense consists in the human mind "objectified" in the natural reality. It remains within the boundary of human activities, which themselves cannot transcend the nature.

Biology, established around 1800 as the “science of life,” has developed as not only a specific scientific discipline but it has also continually served as a kind of social knowledge. Biological knowledge supported the modern order of the sexes and the two-sex model that it was structured along, as well as modern racism and multiple forms of social inequality articulated by dichotomizing the normal and abnormal. However, the fledgling discipline of biology alone was not capable of developing the (...) epistemological as well as political-ethical competence necessary for attaining this central status in the order of knowledge; it was possible only because philosophy and the emerging social sciences gave biology a specific status. The paper outlines the closely connected, but different attitudes of Kant and Schelling towards biological knowledge. While focusing on their different epistemic strategies towards the new form of nature knowledge, I also point to their different political-ethical articulations of biological knowledge. I conclude that a critical analysis of philosophies of nature around 1800 contributes not onlyto an understanding of the symbolic power of biology in the modern order of knowledge but also to rethinking philosophy’s relation to scientific knowledge today. (shrink)

National self-sufficiency in human biological materials such as blood and organs is now commonly invoked as a goal for healthcare policy makers. Despite its history as a strategic response to the ethical hazards of global trade in human blood, the ethical dimensions of the concept have been inadequately explored. This paper introduces self-sufficiency as an ethical paradigm for policy-making and explores some of the parallels found in Aristotle’s account of autarkeia in the polis. It highlights the ethico-political challenges of pursuing (...) self-sufficiency in culturally diverse societies and suggests that the motivation of donation through solidarity rather than the use of financial incentives is consistent with contemporary and ancient versions of the self-sufficiency model. (shrink)

This collection of 38 papers gives a cross-section of ongoing research in philosophy of science and philosophical logic. The papers, written by active researchers in the field and published here for the first time, are drawn from around 650 papers that were contributed to the 9th International Congress of Logic, Methodology and Philosophy of Science in Uppsala, Sweden, 1991. Some of the speakers whose contributions attracted special interest were invited to contribute their papers to this volume. A few papers appear (...) here more or less as they were presented at the Congress, whereas others are expansions or elaborations of the talks given. There is one section with five papers on philosophical logic. The other papers deal with many different aspects of philosophy of science, including general methodological questions, problems of probability, induction and decision theory, and ethics of science and technology, as well as foundational problems about particular sciences. Five special sections are concerned with logic, mathematics and computer science, the physical sciences, the biological sciences, cognitive science, and linguistics, respectively. Finally, there is one section on the history of logic, methodology and philosophy of science. The book will be of interest to philosophers of science and logicians, as well as to all researchers interested in the foundations of their disciplines. (shrink)

Ever since the early decades of this century, there have emerged a number of competing schools of ecology that have attempted to weave the concepts underlying natural resource management and natural-historical traditions into a formal theoretical framework. It was widely believed that the discovery of the fundamental mechanisms underlying ecological phenomena would allow ecologists to articulate mathematically rigorous statements whose validity was not predicated on contingent factors. The formulation of such statements would elevate ecology to the standing of a rigorous (...) scientific discipline on a par with physics. However, there was no agreement as to the fundamental units of ecology. Systems ecologists sought to identify the fundamental organization that tied the physical and biological components of ecosystems into an irreducible unit: the ecosystem was their fundamental unit. Population ecologists sought, instead, to identify the biological mechanisms regulating the abundance and distribution of plant and animal species: to these ecologists, the individual organism was the fundamental unit of ecology, and the physical environment was nothing more than a stage upon which the play of individuals in perennial competition took place. As Joel Hagen has pointed out, the two schools were thus dividied by fundamentally different and irreconcilable assumptions about the nature of ecosystems.Notwithstanding these divisive efforts to elevate the image of ecology, the discipline remained in the shadows of American academia until the mid-1960s, when systems ecologists succeeded in projecting ecology onto the national scene. They did so by seeking closer involvement with practical problems: they argued before Congress that their approach to the theoretical problems of ecology was uniquely suited to the solution of the impending “environmental crisis.” With the establishment of the International Biological Program, they succeeded in attracting unprecedented levels of funding for systems ecology research. Theoretical population ecologists, on the other hand, found themselves consigned to the outer regions of this new institutional landscape. The systems ecologists' successful capture of the limelight and the purse brought the divisions between them and population ecologists into sharper relief — hence the hardening of the division of ecology observed by Hagen.45I have argued that the population biologist Richard Levins, prompted by these institutional developments, sought to challenge the social position of systems ecology, and to assert the intellectual priority of theoretical population ecology. He attempted to do so by articulating a nontrivial and rather carefully thought out classification of ecological models that led to the disqualification of systems analysis as a legitimate approach to the study of ecological phenomena. I have suggested that — ultimately —Levins's case against systems analysis in ecology rested on the view that an aspiration to realism and prediction was incompatible with an interest in theoretical issues, a concern that he equated with the search for generality. He sought to reinforce this argument by exploiting the fact that systems ecologists had staked their future on the provision of technical solutions to the problems of the “environmental crisis”: he associated systems ecologists' aspiration to realism and precision with a concern for practical issues, trading on the widely accepted view that practical imperatives are incompatible with the aims of scientific inquiry.46 These are plausible, but nonetheless questionable, claims which have now become an integral part of ecological knowledge. And finally, I hope to have shown how even the most abstract levels of scientific argument are shaped by political considerations, and how discussions of the conceptual development of modern ecology might benefit from a greater consideration of its historical and social dimensions.47. (shrink)

In this paper I shall discuss the concept of reduction—ontological, methodological, and epistemological or theoretical—in the biological sciences, with special emphasis on genetics and evolutionary biology. I suggest that perhaps, because the biological world has a form different from the non-biological world, it is appropriate to think of terms or metaphors different from those we would use when trying to understand the inorganic world. As such, the attempt to show that the biological is simply a deductive consequence of the (...) physicochemical is doomed to failure. The philosophical complexity of reductionism on the one hand and its potential for advancing the study of biology on the other thus requires continuing the ongoing dialogue between philosophers and biologists. (shrink)

This is a collection of outstanding contributed papers presented at the 11th International Congress of Logic, Methodology, and Philosophy of Science (Kraków, 1999). The articles address current issues in logic, metamathematics, philosophy of language, philosophy of science, and cognitive science, as well as philosophical problems of biology, chemistry and physics. The volume will be of interest to philosophers, logicians and scientists interested in foundational problems.

Consider the paradox of altruism: the existence of truly altruistic behaviors is difficult to reconcile with evolutionary theory if natural selection operates only on individuals, since in that case individuals should be unwilling to sacrifice their own fitness for the sake of others. Evolutionists have frequently turned to the hypothesis of group selection to explain the existence of altruism; but group selection cannot explain the evolution of morality, since morality is a one-group phenomenon and group selection is a many-group phenomenon. (...) After spelling out just what the problem is, this paper discusses several ways of solving it. (shrink)

Consider the paradox of altruism: the existence of truly altruistic behaviors is difficult to reconcile with evolutionary theory if natural selection operates only on individuals, since in that case individuals should be unwilling to sacrifice their own fitness for the sake of others. Evolutionists have frequently turned to the hypothesis of group selection to explain the existence of altruism; but group selection cannot explain the evolution of morality, since morality is a one-group phenomenon and group selection is a many-group phenomenon. (...) After spelling out just what the problem is, this paper discusses several ways of solving it. (shrink)

In the above article endeavours have been made to outline the development of Biology in the Netherlands during the last 20 years. At Utrecht under the supervision of A. A. Pulle studies have been made of the flora in the Malayan Archipelago. Internationally Dirks and Verdoorn in particular have acquired great merit in Botany. In 1935 the sixth International Botanical Congress was organised in Amsterdam.

I attempt to define the concept of ‘living organism’. Intuitively, a living organism is a substantial entity with a capacity for certain relevant activities. But biology has discovered that living organisms have a particular compositional or microstructural nature. This nature includes carbon-based macromolecules and water molecules. I argue that such living organisms belong to a natural kind of compound physical object, viz., carbon-based living organism. My definition of a living organism encompasses both the intuitively relevant activities and the empirically (...) discovered compositional nature. The definition is designed to deal with a variety of problem cases, e.g., viruses, proteinoid microspheres, sterile organisms, suspended animation cases, and living parts of organisms. (shrink)

Ten years after the enactment of the Biologics Price Competition and Innovation Act, competition in biologics markets remains scant and far from sufficient for lowering prices of biologics to the level of 80-90% price drops seen in generic drug markets. This reality is not a result of one or two cardinal reasons, but many. If lowering the price of biologics is the goal and competition is the means by which we seek to achieve that goal, then there does not seem (...) to be a quick fix to address all of the many impediments to competition that plague biologics markets. Yet, certain changes to how the Food and Drug Administration evaluates and approves biologics may go a long way toward the creation of meaningful competition in biologics markets. One such change would be making original biologics' manufacturing information available to follow-on manufacturers.As recognized by several commentators, access to biologics manufacturing information is key to increasing competition in biologics markets. Without access to such information, making follow-on biologics is difficult and expensive, if not outright impossible. This is expected to be especially true for the highly anticipated class of interchangeable biologics, none of which has been approved by the FDA to date. Yet, it has long been the position of the brand-name pharmaceutical industry that biologics manufacturing information is proprietary and, thus, may not be shared. Congress has subscribed to the Industry's position, prohibiting the FDA from disclosing regulatory filings submitted by developers of original biologics, including manufacturing information, to third parties. That prohibition not only undermines competition in biologics markets, but is also wasteful, potentially unethical, and poses unnecessary risks to the health and safety of patients.This article makes the case for FDA sharing of original biologics manufacturing information with follow-on biologics developers. It is informed by the similar legal and commercial circumstances in the area of pesticides and the regulatory regime established by Congress in the Federal Insecticide, Fungicide and Rodenticide Act, which is administered by the Environmental Protection Agency. The article reviews the FIFRA regime, including its upholding as constitutional by the United States Supreme Court, and then examines its applicability to the area of biologics. The article concludes with a proposal for a similar regime to be incorporated into the pathway for approval of follow-on biologics as a means of increasing competition in biologics markets. (shrink)

The main purpose of the paper is to justify the thesis that the presence of biological information is conditional for existence and persistence of life. We will begin with the notion of biological information. In this proposition information is identified with impact, and it is shown the dependence of its location and functioning on the level of organization of animate matter. In accordance with a suggestion of Thomas Aquinas, it seems that precisely information is the reason for the appearance of (...) socalled immanent activities where new life appears. (shrink)

I present an outline of a normative and non selectionist theory capable of ascribing functional statements to biological items. Biological items are ussually exemplified by the organs as well as traits or behaviours. But we can consider representations too. In fact, my proposal is focused towards a teleosemantical theory of mental content. The teleosemantic approach explains the content of beliefs in terms of the biological functions of those states. Usually, teleosemantical theories of mental representation either ellaborate previously a general theory (...) of functions for biological items, this is the case for Millikan, Neander or Price, orassume a previous selectionist one, as Papineau does. But these proposals are frequently adaptationist in order to keep normatitvity in whatever functional adscription. The recent contributions to the state of the art show the problems of this kind of selectionist view. But they don’t consider the problem of normativity in functional adscriptions. And this problem become important when we pay attention to mental representations as biological facts. I propose an outline of a nonselectionist nor adaptationist account of biological functions capable of keeping normativity. My account is suitable to biological traits, in general, and mental representations characterized in terms of biological functions. (shrink)

In 1986-1987, a number of ecologists were involved in a dispute over design of wildlife reserves and species losses resulting from deforestation. The battle was played out largely in the pages of the Ecological Society of America Bulletin. The most focused aspect of the controversy began in August 1986 when P. C. Kangas gave a paper at the meetings of the Fourth International Congress of Ecology, held in Syracuse, New York.Using data on trees in Costa Rica and the “objective approach” (...) of species-area curves, Kangas argued that extinction rates due to deforestation in the tropics are actually much lower than most other researchers have alleged (Kangas 1986, p. 194). Ecologists in the audience disagreed with Kangas’ claim that extinction rates were indeed lower, complained that his questionable results would be used to justify more rapid and widespread deforestation, and claimed to have “sharply trounced his [Kangas’] arguments” (Noss 1986, pp. 278-279). (shrink)

Biology is seen not merely as a privileged oppressor of women but as a co-victim of masculinist social assumptions. We see feminist critique as one of the normative controls that any scientist must perform whenever analyzing data, and we seek to demonstrate what has happened when this control has not been utilized. Narratives of fertilization and sex determination traditionally have been modeled on the cultural patterns of male/female interaction, leading to gender associations being placed on cells and their components. (...) We also find that when gender biases are controlled, new perceptions of these intracellular and extracellular relationships emerge. (shrink)

In her introduction to this collection, Tymieniecka presents her phenomenology of life - the leitmotif of the three-volume anniversary publication of Analecta Husserliana - as something that stands out from preceding historical attempts to investigate life in an 'integral' or 'scientific' way. After an incubation lasting throughout the 2000 years of Occidental philosophy, this scientific phenomenology/philosophy of life at last uncovers the entire area of the 'inner workings of Nature', exposing the way in which the 'sufficient reason' and the 'ground' (...) of beingness as such crystallise out of the 'onto poietic' process. This onto-poietic process, continuing as it does in the human creative condition, also reveals the authentic genius of the works of the human spirit. This new and original philosophy, free of fallacious simplifications, speculations and reductionism, opens up a basic starting point for all philosophy. Life, 'the theme of our times', at last receives a profound philosophical treatment. (shrink)

Wild Ideas is a collection of essays that brings a fresh and refreshing perspective to the wilderness paradoxically at the center of our civilization.

The reaction to Darwin's Origin of Species varied in many countries according to the roles played by national scientific institutions and traditions and the attitudes of religious and political groups. The contributors to this volume, including M. J. S. Hodge, David Hull, and Roberto Moreno, gathered in 1972 at an international conference on the comparative reception of Darwinism. Their essays look at early pro- and anti-Darwinism arguments, and three additional comparative essays and appendices add a larger perspective. For this paperback (...) edition, Thomas F. Glick has added a new preface commenting on recent research. (shrink)