A large body of work in science education indicates that evolution is one of the least understood and accepted scientific theories. Although scholarship from the history and philosophy of science (HPS) has shed light on many conceptual and pedagogical issues in evolution education, HPS-informed studies of evolution education are also characterized by conceptual weaknesses. In this chapter, we critically review such studies and find that some work lacks historically accurate characterizations of student ideas (preconceptions and misconceptions). In (...) addition, although several studies in the science education literature have drawn parallels between students’ conceptual change patterns and those from the history of science (HOS), we identify several issues that complicate the characterization of student ideas as “Lamarckian” or “Darwinian.” Finally, a review of the topic of explanation illustrates how the plurality of approaches employed in evolutionary biology is not reflected in evolution education scholarship or practice. This finding is particularly concerning given the recent shift in emphasis in science education standards to teaching content through practice-based tasks (e.g., explanation and argumentation). Overall, this chapter demonstrates that while HPS is of central importance to a deep understanding of evolution education, too often its contributions are poorly realized. (shrink)

No fight over what gets taught in American classrooms is more heated than the battle over humanity’s origins. For more than a century we have argued about evolutionary theory and creationism (and its successor theory, intelligent design), yet we seem no closer to a resolution than we were in Darwin’s day. In this thoughtful examination of how we teach origins, historian Adam Laats and philosopher Harvey Siegel offer crucial new ways to think not just about the evolution debate but (...) how science and religion can make peace in the classroom. Laats and Siegel agree with most scientists: creationism is flawed, as science. But, they argue, students who believe it nevertheless need to be accommodated in public school science classes. Scientific or not, creationism maintains an important role in American history and culture as a point of religious dissent, a sustained form of protest that has weathered a century of broad—and often dramatic—social changes. At the same time, evolutionary theory has become a critical building block of modern knowledge. The key to accommodating both viewpoints, they show, is to disentangle belief from knowledge. A student does not need to believe in evolution in order to understand its tenets and evidence, and in this way can be fully literate in modern scientific thought and still maintain contrary religious or cultural views. Altogether, Laats and Siegel offer the kind of level-headed analysis that is crucial to finding a way out of our culture-war deadlock. (shrink)

The teaching of evolution has always been a controversial issue in the United States. Despite the fact that evolution is accepted by biologists all over the world and the evidence is beyond dispute, the percentage of Americans who do not accept evolution hovers around 40%. (P.14) However, it's important to note that there are positive trends on the horizon. For example, the percentage of Americans under the age of 30 who accept evolution increases to about (...) 68%. While several factors contribute to this increase in acceptance and understanding, it's fair to say that improvements in science education have contributed to the increase. In order to continue this trend, it's essential that today's science teachers present their evolution lessons with confidence and a good depth of understanding. And since teachers are each other's best resources, this book offers to give science teachers a glimpse into the classrooms of effective evolution educators. In the book's foreword, one of the world's most imminent educators of science education, Dr. Richard Dawkins, offers his insights about evolution education in America. The chapters of twelve veteran science teachers follow. Each teacher shares their educational journeys, their insights, and their best practices in the hopes they can positively contribute to the scientific literacy of our nation. All of these teachers are members of the Teacher Institute for Evolutionary Science, TIES (www.tieseducation.org). Under the direction of its director, Bertha Vazquez, TIES has presented over 200 TIES workshops and webinars in all 50 US States in the last 6 years. The authors in this book are all TIES presenters. They represent the varied voices of America's evolution educators. The astounding success of TIES is a testament to the importance of teacher training in evolution education. It is our hope that this book contributes to this ongoing professional development. (shrink)

Evolution Education and the Rise of the Creationist Movement in Brazil examines how larger societal forces such as religion, media, and politics have shaped Brazil's educational landscape and impacted the teaching and learning of evolution within an increasingly polarized discourse in recent years. To this end, Alandeom W. Oliveira and Kristin Cook have assembled a number of educational scholars and practitioners, many of whom are based in Brazil, to provide up-close and in-depth accounts of classroom-based evolution (...) instruction, teacher preparation programs, current educational policies, and commonly used school curricula. Contributors also present information on Brazilian teachers' and students' attitudes toward-and understanding of- evolution, emergent (mis)conceptions of evolution, and international comparisons of evolution acceptance and understanding in Brazil compared to other countries. Across the three sections of this book, readers see a nation navigating the complexity of multiple spheres of thought about evolution and its role in the K-12 and postsecondary curriculum. Suggesting the rise of an influential creationist movement in Brazil, this book illuminates the dynamic sociological processes at play in the educational sphere of Latin America in a globalized era that allows for rapid worldwide travel of competing ideologies. Scholars of Latin American studies, religion, education, sociology, and political science will find this book especially useful. (shrink)

Evolution and Religion in American Education shines a light into one of America’s dark educational corners, exposing the regressive pedagogy that can invade science classrooms when school boards and state overseers take their eyes off the ball. It sets out to examine the development of college students’ attitudes towards biological evolution through their lives. The fascinating insights provided by interviewing students about their world views adds up to a compelling case for additional scrutiny of the way young people’s (...) educational experiences unfold as they consider—and indeed in some cases reject—one of science’s strongest and most cogent theoretical constructs. Inevitably, open discussion and consideration of the theory of evolution can chip away at the mental framework constructed by Creationists, eroding the foundations of their faith. The conceptual battleground is so fraught with logical challenges to Creationist dogma that in a number of cases students’ exposure to such dangerous ideas is actively prevented. This book provides a detailed map of this astonishing struggle in today’s America—a struggle many had thought was done and dusted with the onset of the Enlightenment. (shrink)

A well-regarded scientist who offered expert testimony at the high-profile 2005 trial over the teaching of evolution in Dover, Pennsylvania, presents an ...

This volume reaches beyond the controversy surrounding the teaching and learning of evolution in the United States, specifically in regard to the culture, politics, and beliefs found in the Southeast. The editors argue that despite a deep history of conflict in the region surrounding evolution, there is a wealth of evolution research taking place—from biodiversity in species to cultural evolution and human development. In fact, scientists, educators, and researchers from around the United States have found (...) their niche in the South, where biodiversity is high, culture runs deep, and the pace is just a little bit slower. (shrink)

Recent studies now provide a relatively robust explanation of how moral behavior evolved, perhaps not just in humans. An analysis of current biology textbooks shows that they fail to address this critical topic fully. Here, I survey resources—books, images, and videos—that can guide educators in meeting the challenge of teaching the biology of morality.

The University of Minnesota organized a conference ("Evolution and Public Education," December 5, 1981) to help clarify issues in the creation/evolution controversy and to examine arguments of the proponents of scientific creationism. This six-part book, a revised version of a resource manual compiled for the conference: (1) discusses the theory of evolution and its place in science education; (2) examines the creationist movement; (3) states the position of scientific creationists; (4) responds to creationists' arguments against evolution; (...) (5) explores legal issues in the controversy; and (6) provides some perspectives on attempts to treat the Genesis creation account as science. The fifth section, on legal issues, includes Judge Overton's decision striking down the Arkansas Creationism Act, as well as pieces of legislation which reveal the changing tactics of creationists, who first sought to ban the teaching of evolution in the 1920s, then sought equal time for biblical creationism in the late 1960s and early 1970s, and now seek a two-model approach to earth science/biology teaching (evolution as one model, scientific creationism as the other). A comprehensive bibliography lists most of the important works that directly address the controversy, as well as many publications on the philosophy of science and faith issues. (JN). (shrink)

LEssOn OnE: What Is Evolution? OVERVIEW This lesson engages students in the concepts and processes of biological evolution. It also introduces the EVO DVD. The lesson begins by viewing Question 1 of the DVD, which introduces the World ...

This chapter introduces the main research schools and paradigms along which the field of evolutionary biology has been developing. Evolutionary thinking was originally founded upon the Neo-Darwinian paradigm that combines the teachings of traditional Darwinism with those of the Modern Synthesis. The Neo-Darwinian paradigm has since further diversified into the Micro-, Meso-, and Macroevolutionary schools, and it has also started to integrate the school of Ecology. Together, these schools establish the paradigm called Ecological Evolutionary Developmental Biology (Eco-Evo-Devo). A (...) final school studies Reticulate Evolution as it occurs by means of symbiosis, symbiogenesis, lateral gene transfer, infective heredity, and hybridization. This chapter reviews the major tenets and points of differentiation that exist between these distinct evolution schools. The chapter ends by looking into how evolution can be defined and how distinct units, levels, and mechanisms underlie theorizing on evolutionary hierarchies and evolutionary causation. The following chapter examines how the different evolution schools are implemented into the symbolic sciences. (shrink)

We present the results of research carried out as a part of the project “Current Controversies about Human Origins: Between Anthropology and the Bible”, which focused on the supposed conflict between natural sciences and some branches of the humanities, notably philosophy and theology, with regard to human origins. One way to tackle the issue was to distribute a questionnaire among students and teachers of the relevant disciplines. Teachers of religion and the natural sciences (biology, chemistry, and physics) and students (...) of theology, philosophy, and the natural sciences (specializing in biology and/or anthropology) were asked to answer eleven questions concerning the perception of the conflict between evolutionism and creationism, the definitions of creation and evolution, the existence of a human spiritual element, and the ways of interpreting the Bible, especially the first chapters of the book of Genesis. In the paper we present and analyze selected results of this questionnaire. Among interesting findings there are the following: 1) the opinion concerning the relationship between evolutionism and creationism largely depends on the respondent’s general attitude toward religion, and not on their field of study or teaching expertise, which runs contrary to the received view attributing the opinion of the conflict between science and religion to people’s educational or professional background; 2) The conflict is far more pronounced in the group of nonbelievers. This distinguishes Poland from other countries, notably the United States, where the majority of people with strong religious beliefs seem to maintain that there is a conflict between the natural sciences and religion; 3) literal understanding of the Bible was rejected by vast majority of the respondents, including those who insist on the ‘conflict view’, which seems to make the situation in Poland again quite different from that in some other countries; 4) Unsophisticated understanding of creation positively correlates with the ‘conflicting view’ on the one hand, while, on the other, erroneous understanding of the basics of the theory of evolution appears to have its bearing on too optimistic vision of certain coherence between religion and science. We suggest some hypotheses to explain these and other results of the questionnaire. (shrink)

Human culture is built upon nature to help humans adapt to their environment – first natural, but later natural-cultural. Cultural practices are aimed at aiding survival in changing environments, and in different settings they meet different environmental pressures, causing later changes in trajectories. According to cultural evolutionism, behaviours, ideas and artefacts are subject to inheritance, competition, accumulation of modifications, adaptation, geographical distribution, convergence and changes of function – these are mechanisms present also in biological evolution. In the following paper, (...) we examine women’s dance and physical exercise practices, which contain similar postures performed in comparable circumstances, as found in initiation ritual dances in chosen East African communities and in Slavic gymnastics for women in the Belarusian tradition. In times of globalization and the mixing of cultures, the position on knees and elbows is recontextualized in a visually attractive form of contemporary dances like Kangamoko and Baikoko, or more widely different variants of ‘twerking’ and reconstructed physical exercises. Approaching ‘twerking’ positions, especially on knees and elbows as a cross-genre performance, we find common roots in the communal support for women’s good wife and mother status teachings in various cultures, showing the importance of women’s circles, women’s health and well-being for the community. (shrink)

How is epistemology related to the issue of teaching science and evolution in the schools? Addressing a flashpoint issue in our schools today, this book explores core epistemological differences between proponents of intelligent design and evolutionary scientists, as well as the critical role of epistemological beliefs in learning science. Preeminent scholars in these areas report empirical research and/or make a theoretical contribution, with a particular emphasis on the controversy over whether intelligent design deserves to be considered a science (...) alongside Darwinian evolution. This pioneering book coordinates and provides a complete picture of the intersections in the study of evolution, epistemology, and science education, in order to allow a deeper understanding of the intelligent design vs. evolution controversy. This is a very timely book for teachers and policy makers who are wrestling with issues of how to teach biology and evolution within a cultural context in which intelligent design has been and is likely to remain a challenge for the foreseeable future. (shrink)

How is epistemology related to the issue of teaching science and evolution in the schools? Addressing a flashpoint issue in our schools today, this book explores core epistemological differences between proponents of intelligent design and evolutionary scientists, as well as the critical role of epistemological beliefs in learning science. Preeminent scholars in these areas report empirical research and/or make a theoretical contribution, with a particular emphasis on the controversy over whether intelligent design deserves to be considered a science (...) alongside Darwinian evolution. This pioneering book coordinates and provides a complete picture of the intersections in the study of evolution, epistemology, and science education, in order to allow a deeper understanding of the intelligent design vs. evolution controversy. This is a very timely book for teachers and policy makers who are wrestling with issues of how to teach biology and evolution within a cultural context in which intelligent design has been and is likely to remain a challenge for the foreseeable future. (shrink)

Aspects of human symbolic evolution are studied by scholars active in a variety of fields and disciplines in the life and the behavioral sciences as well as the scientific-philosophical, sociological, anthropological, and linguistic sciences. These fields and disciplines all take on an evolutionary approach to the study of human symbolism, but scholars disagree in their theoretical and methodological attitudes. Theoretically, symbolism is defined differentially as knowledge, behavior, cognition, culture, language, or social group living. Methodologically, the diverse symbolic (...) class='Hi'>evolution sciences establish their teachings upon diverging evolutionary biological schools and paradigms. This chapter reviews past and current research fields in human symbolic evolution for how they differentially implement tenets of the major evolution schools that were discussed in the previous chapter. Traditional evolutionary epistemology and biosemiotics bring in a mesoevolutionary outlook by drawing on early Darwinism and evolutionary developmental biology movements that emphasize the role of the organism in evolution. Communication studies instead originally take on a microevolutionary perspective by investigating how units of information are transmitted across generations through time. Only later do they integrate studies on meaning-making at the organismal level. Sociobiology complements a microevolutionary with a macroevolutionary outlook by implementing population genetic approaches, typical of the Modern Synthesis, into studies on individual and group behavior. The new symbolic evolutionary sciences build upon these traditions and include disciplines such as evolutionary psychology, evolutionary linguistics, evolutionary anthropology, evolutionary archaeology, evolutionary sociology, and evolutionary economics. Originally centered on implementing Darwinian selection theory, these fields are now including ecological and evolutionary developmental biology as well as reticulate evolutionary paradigms. As diverse in outlook and scope as they are, no discipline holds a privileged position over the other and all have made valuable contributions to our understanding of human symbolic evolution. (shrink)

In lieu of an abstract, here is a brief excerpt of the content:The Origins and Evolution of Bioethics: Some Personal ReflectionsEdmund D. Pellegrino (bio)AbstractBioethics was officially baptized in 1972, but its birth took place a decade or so before that date. Since its birth, what is known today as bioethics has undergone a complex conceptual metamorphosis. This essay loosely divides that metamorphosis into three stages: an educational, an ethical, and a global stage. In the educational era, bioethics focused on (...) a perceived “dehumanization” of medicine by the rising power of science and technology. Remedies were sought by introducing humanities, ethics, and human “values” into the medical curriculum. Ethics was one among the humanistic disciplines, but not the dominant one. In the second era, ethics assumed a dominant role as ever more complex dilemmas emerged from the rapid pace of biological research. As such dilemmas were applied to medical practice, the need for a more rigorous and more formal analysis of their moral status was clear. Philosophically-trained ethicists had an obvious role. They began to teach, write, and profoundly influence medical education and practice. In the third—and present—period, the breadth of problems has become so broad that ethicists must, themselves, draw on disciplines well beyond their expertise—e.g., law, religion, anthropology, economics, political science, psychology, and the like. The era of bioethics as a global enterprise is upon us. The original hope for humanizing medicine has not been overtly successful; however, much has been accomplished of value to patients, the profession, and society. Medical morality has been transformed into a formal, systematic study of a whole range of issues of the greatest significance to humanity. Now the major challenge is one of identity, or inter-relationships and connections between the theoretical and the practical. Bioethics has outgrown its beginnings.I have been invited to give a “personal recollection” of the early development of bioethics. Such invitations are notoriously hard to resist, but also problematic when they are the recollections of a participant [End Page 73] in the events to be described. We need only be reminded of the vagaries common to the plethora of memoirs on the book stands today. Few have escaped the perils of selective memory, self-promotion, or the settling of old scores. Yet their perils notwithstanding, memoirs may serve some useful purpose. They are the raw material—verbal kitchen middens so to speak—out of which historians can later sift fact from fancy. They enable “tribal elders” to give witness to the past from which the present can fashion some sense of continuity.I will organize my reflections around three very arbitrary time periods that represent my own way of thinking about the evolution of bioethics: (1) an era of “proto-bioethics” (1960–1972), (2) an era of philosophical bioethics (1972–1985), and (3) an era of global bioethics (1985-present). Each era, of course, overlaps with the others, and the dominant strand of each runs through the others as well.In the proto-bioethics period, the language of human values predominated; in the era of bioethics philosophically construed, it was the language of philosophical ethics; and in the era of bioethics globally construed, the social and behavioral sciences have gained greater prominence. In each period, interest in the traditional humanities other than philosophy waxed and waned. In the earlier years, religion and theology predominated. Beginning in the 1970s, philosophy took a dominant role. In the last two decades, other disciplines, like law, literature, and the social sciences, have exerted more and more influence (McNeur 1963; Pellegrino 1997; Barker 1987).I make no pretense here of writing any part of the formal “history” of bioethics. Works of this nature are beginning to appear (Rothman 1991; Jonsen 1998 ; Dell’Oro and Viafora 1996). Thomas McElhinney and I are preparing our own account of the work and influence of the Institute on Human Values in Medicine, one of the influential programs of the Society for Health and Human Values (Pellegrino and McElhinney, n.d.). Space limitations as well as prudence preclude any attempt to do justice to all the events, institutions, and people who have made the field of bioethics what it is today. I apologize for these omissions, for any unintentional lapses of... (shrink)

This paper argues that philosophers should pay more attention to the idea of ecosystem engineering and to the scientific literature surrounding it. Ecosystem engineering is a broad but clearly delimited concept that is less subject to many of the “it encompasses too much” criticisms that philosophers have directed at niche construction . The limitations placed on the idea of ecosystem engineering point the way to a narrower idea of niche construction. Moreover, experimental studies in the ecosystem engineering literature provide detailed (...) accounts of particular empirical situations in which we cannot neglect the O term in dE /dt = g (O, E), which helps us get beyond verbal arguments and simple models purporting to show that niche construction must not be ignored as a factor in evolution. Finally, this literature demonstrates that while ecosystem engineering studies may not require us to embrace a new evolutionary process, as niche construction advocates have claimed, they do teach us that the myriad abiotic factors concealed by the abstract term ‘environment’ are often controlled in large part by organisms. (shrink)

The true story of Dr. Caroline Crocker's experience as an adjunct science professor at George Mason University. Addresses her teaching techniques, methodology, and perceived discrimination. Also provides a semi-biographical account of her experience with students.

For some, biology explains all there is to know about the mind. Yet many big questions remain: is the mind shaped by genes or the environment? If mental traits are the result of adaptations built up over thousands of years, as evolutionary psychologists claim, how can such claims be tested? If the mind is a machine, as biologists argue, how does it allow for something as complex as human consciousness? The Biological Mind: A Philosophical Introduction explores these questions and (...) more, using the philosophy of biology to introduce and assess the nature of the mind. Drawing on the four key themes of evolutionary biology; molecular biology and genetics; neuroscience; and biomedicine and psychiatry Justin Garson addresses the following key topics: moral psychology, altruism and levels of selection evolutionary psychology and modularity genes, environment and the nature-nurture debate neuroscience, reductionism and the relation between biology and free will function, selection and mental representation psychiatric classification and the maladapted mind. Extensive use of examples and case studies is made throughout the book, and additional features such as chapter summaries, annotated further reading and a glossary make this an indispensable introduction to those teaching philosophy of mind and philosophy of psychology. It will also be an excellent resource for those in related fields such as biology. (shrink)

Educated Papua New Guineans’ conceptual ecologies need to accommodate competing and conflicting traditional ethnoscientific, Western religious and modern scientific paradigms. Papua New Guinea is a constitutionally self-declared ‘Christian country’ and evolution is a controversial issue. The upper secondary school biology syllabus contains a terminating unit on evolution but the curriculum is of expatriate design and the rapid localisation of senior educational positions makes the views of indigenous teaching personnel a high research priority, particularly in the light (...) of the current upgrading of secondary teacher training to degree level. This paper presents data arising from a study of trainee primary and secondary science teachers’ views towards evolution education. Primary science trainees were found to exhibit a poor awareness of the centrality of evolution to modern biology. For secondary science trainees, it was found that exposure to upper secondary school biology, in spite of adding little to students’ knowledge about evolution, was associated with their increasingly positive attitudes towards evolution education, as was the dual acceptance of evolution and religious belief. (shrink)

Take part... and you will bear witness to the semiotic nature of human animals. This event, commented by Charbel Niño El-Hani (Federal University of Bahia) and chaired by Elma Berisha (Lyceum Institute), is part of the activities of the 2022 International Open Seminar on Semiotics: a Tribute to John Deely on the Fifth Anniversary of His Passing, cooperatively organized by the Institute for Philosophical Studies of the Faculty of Arts and Humanities of the University of Coimbra, the Lyceum Institute, the (...) Deely Project, Saint Vincent College, the Iranian Society for Phenomenology at the Iranian Political Science Association, the International Association for Semiotics of Space and Time, the Institute for Scientific Information on Social Sciences of the Russian Academy of Sciences, the Semiotic Society of America, the American Maritain Association, the International Association for Semiotic Studies, the International Society for Biosemiotic Studies, the International Center for Semiotics and Intercultural Dialogue, Moscow State Academic University for the Humanities and the Mansarda Acesa with the support of the FCT - Foundation for Science and Technology, I.P., of the Ministry of Science, Technology and Higher Education of the Government of Portugal under the UID/FIL/00010/2020 project. *** Jamin Pelkey is Associate Professor and Program Director in the Department of Languages, Literatures and Cultures at Ryerson University, Toronto, where he is also an active faculty member in the Ryerson-York graduate program in Communication & Culture. He serves as Co-Editor of Semiotica, Vice President of the International Association for Cognitive Semiotics, and executive board member for the International Cognitive Linguistics Association, the International Society for Biosemiotic Studies, and the Semiotic Society of America. Jamin’s research explores semiotic dimensions of language evolution and embodied cognition. He is the recipient of the 2017 Mouton d’Or Award for best article in Semiotica and has edited or co-edited twelve collections in linguistics, anthropology, and semiotics, including Tropological Thought and Action (2022), Cognitive Semiotics (2019), Applied Brand Semiotics (2018), Archaeology of Concepts (2018), Sociohistorical Linguistics in Southeast Asia (2017), Virtual Identities (2016), and The Semiotics of Paradox (2015). His authored books include Dialectology as Dialectic (2011) and The Semiotics of X (2017). He is currently editing Bloomsbury Semiotics, a major reference work in four volumes. *** Charbel N. El-Hani is full professor in the Institute of Biology, Federal University of Bahia, Brazil. Coordinator of the LEFHBio - History, Philosophy, and Biology Teaching Lab and the INCT IN-TREE - National Institute of Science and Technology in Interdisciplinary and Transdisciplinary Studies in Ecology and Evolution. Between January 2020 and July 2021, he was visiting researcher at the CES - Centre for Social Studies of the University of Coimbra, Portugal. He works in the areas of philosophy of biology, ecology, ethnobiology and science education research. *** Homepage: https://www.uc.pt/fluc/uidief/io2s Auditorium: https://www.uc.pt/fluc/uidief/io2s/auditorium *** Technical support assured by Robert Junqueira. The cover image for the video was designed by Zahra Soltani. (shrink)

A substantial proportion of Chinese nationals seem to accept evolution, and the country is sometimes held up to show that the sorry state of evolution acceptance in the United States is not inevitable. Attempts to improve evolution acceptance generally focus on improving communication, curricular reform, and even identifying cognitive mechanisms that bias people against evolution. What is it that the Chinese scientific community did so well, and can it be generalized? This paper argues that evolution (...) acceptance in China has a very specific history, one that other countries are very unlikely to emulate. We show that the interactions among science, education, mass media, social and political movements, and ideological arguments about evolution greatly influenced the Chinese public's understanding and acceptance of evolution. We find that it was not just formal education, but many more ideologically motivated methods of evolution exposure that contributed to the high rate of acceptance. But since the purpose of evolution dissemination has moved beyond merely teaching biology, the Chinese public persists with substantial misunderstandings of the theory. Thus, bottom line percentage of acceptance figures can be misleading; the details and the history really matter. (shrink)

This essay begins by noting that “the question of the animal” has been abandoned prematurely in the current theoretical landscape in favor of the Plant, the Stone, the Object, and a more general rush toward Materialism and Realism (in their various permutations). The latest iteration of this economy of knowledge production (and planned obsolescence) may be found in the ubiquitous discourse of “the Anthropocene.” While it is a large and diverse body of thought and writing, I will focus here on (...) Bruno Latour’s influential rendition in Facing Gaia: Eight Lectures on the New Climatic Regime. I share Latour’s reservations about the concept of the Anthropocene, and I also share his desire for a more complex understanding of Gaia as an “outlaw” whose alterity pushes back against traditional concepts of nature as a totalized and homeostatic order. As I will show, however, Latour’s Actor Network Theory is far too blunt a theoretical instrument to account for the radical difference between qualitatively different orders of complexity and causation that obtain in biological vs. physical systems, which is crucial, of course, for understanding the role of the biological in the larger domain of Gaia and climate change. As I will show – drawing principally on the work of Stuart Kauffman and his proposition that the evolution of the biosphere is neither non-ergodic nor governed by entailing laws – the real “outlaw” (to use Latour’s language), when it comes to the evolution of the earth and its climate system, is the contingency and recursivity of autopoietic biological systems, which enable a form of downward and distributed causality, and a “decoupling” between micro- and macro-levels (to borrow Alicia Juarrero’s phrase), in which the alterity and negativity of temporality (hence my emphasis on “dynamic”) is irreducible and “creative.” We see this both ontogenetically and phylogenetically (as in the example of niche formation in ecosystems). In short, biology is not (only) physics – far from it. Why is this important? Because, after decades of hegemony by the neo-Darwinian reductionist paradigm, with its infatuation with the genome as the “book of life” and its subsequent engineering paradigm for biological existence, it is crucial to formulate an anti-reductionist, interdisciplinary framework for understanding the real complexity of life on the planet and its evolution. Here, however – as I argued in What is Posthumanism? – the issue isn’t just what you are thinking (the decentering of the human and humanism that Latour and I both share) but how you are thinking it. Here, Latour’s work has a desire, but no theory, for the alterity we both seek. At this crucial epistemic moment, we need, in short, an anti-reductionist anti-reductionism – not flat ontologies, but ever more “jagged” ones. (shrink)

This book brings together the latest research in education in relation to science and religion. Leading international scholars and practitioners provide vital insights into the underlying debates and present a range of practical approaches for teaching. Key themes include the origin of the universe, the theory of evolution, the nature of the human person, the nature of science and Artificial Intelligence. These are explored in a range of international contexts. The book provides a valuable resource for teachers, students (...) and researchers in the fields of education, science, religious education and the growing specialist field of science and religion. Science and Religion in Education is a compelling read for current and future generations of academic researchers and teachers who wish to explore the fascinating intersect between science education and religious studies. The research findings and insights presented by these international scholars offer new dimensions on contemporary practice. - Vaille Dawson, Professor of Science Education, University of Western Australia Science and Religion in Education offers a fascinating and diverse collection of chapters surveying the current state of thinking about how science and religion can be understood in education. The book offers a wealth of thought-provoking material for anyone interested in the natures of science and religion, their relationship, or their representation within the curriculum. - Professor Keith Taber, University of Cambridge Science education and religious education are uncomfortable bedfellows. This book, written in part as a response to the – perhaps too clear – accounts of Ian Barbour, provides suitably nuanced pictures of how science and religion are dealt with in schools. Whatever the views of specialists, young people ‘receive’ an education in both science and religion: hearing their voices is refreshing in such a serious academic account. - Julian Stern, Professor of Education and Religion, York St John University Humans have long endeavored to make sense of the world often using science and religion. Yet, these two great traditions are frequently seen as incompatible. This useful volume features thoughtful contributions from experts whose work straddles the divide and provides educators with arguments, engaging strategies and historical perspectives to help build a bridge and allow a fruitful discussion in schools. - William F. McComas, Distinguished Professor of Science Education, University of Arkansas Equal parts critical examination of existing models for the relationship between science and religion, scholarly exposition of newer models, and insights toward practical application in classrooms, this book is an invaluable resource for science and religion educators. If you have been thinking it is time we looked beyond Barbour’s taxonomy, you will want to read this book. If you have not, I implore you to read this book. - Jason Wiles, Associate Professor of Biology and Science Education, Syracuse University. (shrink)

In 1956, Hans Selye tentatively suggested that the scientific study of stress could ‘help us to formulate a precise program of conduct’ and ‘teach us the wisdom to live a rich and meaningful life’. Nearly two decades later, Selye expanded this limited vision of social order into a full-blown philosophy of life. In Stress without Distress, first published in 1974, he proposed an ethical code of conduct designed to mitigate personal and social problems. Basing his arguments on contemporary understandings (...) of the biological processes involved in stress reactions, Selye referred to this code as ‘altruistic egotism’. This article explores the origins and evolution of Selye’s ‘natural philosophy of life’, analysing the links between his theories and adjacent intellectual developments in biology, psychosomatic and psychosocial medicine, cybernetics and socio-biology, and situating his work in the broader cultural framework of modern western societies. (shrink)

In lieu of an abstract, here is a brief excerpt of the content:Philosophy and Literature 27.1 (2003) 116-133 [Access article in PDF] Writing and the Disembodiment of Language Tony Jackson I AS IS WELL KNOWN, the study of writing in relation to speech played an important part in opening the door to poststructuralist theory, especially in the seminal works of Jacques Derrida. 1 Taking off from his rereading of Saussurean structuralism, Derrida famously made the deconstructive case that reversed and (...) then dissolved the ancient understanding of writing as the secondary, parasitic representation of the authentic signs of spoken language. But the question may well be asked: How will our understanding of writing and speech change if we take off from a nonrelativistic theory of representation? For it is from a thoroughly relativized theory of signs that poststructuralist theory and its derivatives all one way or the other begin. We will look at this in more detail below, but for now suffice it to say that this kind of theory always takes it that representation precedes the real in a fundamental way. No natural relationship exists between any sign and its referent. Given this fundamental disjunction as a foundation, the various theories lead to the practical work of explaining how signification does manage to occur. For example, meaning is a function of logocentrism in Derrida; desire in Lacanian psychoanalytic theory; discourse in theory after Foucault; ideology in the various new historicisms; and so on. In contrast to these understandings of representation, cognitive linguistics—I will use this broad term to include findings from the related but differentiated subfields of cognitive semantics, cognitive grammar, cognitive rhetoric—claims that at least on a very fundamental level semantics always precedes any actual manifestation of language, which is to say meaning precedes representation. This is because a foundational [End Page 116] level of universal concepts arises from biologically determined percepts. According to this view, crucial, general kinds of meaning are a function not of discourse or power but of the evolution of the human organism in the ecosystem of the third planet from the sun. 2In order to see how the cognitive linguistic arguments run, we will take an example from George Lakoff's Women, Fire and Dangerous Things. Lakoff brings in the work of cognitive anthropologist Eleanor Rosch in order to explain the way categorization functions in our perceptual interaction with the world. Rosch's findings, obtained through empirical studies using standard scientific methods, strongly suggest that human experience in its most general sense is "preconceptually structured" by our innate ability to categorize according to base-level prototypes (p. 270). Humans, even children as young as two years old, have a kind of gestalt cognitive process that tends to be oriented toward certain objects and features of the world, such that these objects and features—called cognitive reference points or prototypes—are universally "known," apart from culture and language. An example of this would be the response to primary colors as opposed to secondary colors. Rosch showed that even members of cultures lacking words for the primary colors found it easier to learn names for those colors than for secondary colors (pp. 40-41). We are, it appears, cognitively attuned to the primary colors. Further, we are cognitively constructed so as to sort colors automatically by gradations away from or closer to the primary colors. Culture will of course teach us certain beliefs about colors, but we do not "learn" to respond and operate on this basic level of perception.In the next step of the argument, we find that our "basic-level concepts correspond to [this] preconceptual structure" (p. 270). That is, in considering ourselves as linguistic creatures, we find that thinking or conceptuality also operates according to prototypes. Again, this is held to be true only of specifiable basic-level concepts. Though concepts that arise in cultural life may possibly "impose further structuring on what we experience," nonetheless, "basic experiential structures are present regardless of any such imposition of [learned] concepts" (p. 271). Evolutionarily, language would have to emerge after these innate perceptual structures. Language as a representation would also depend heavily on prototype categorization, not... (shrink)

Overview * Part I: Introduction * Philip Appleman, Darwin: On Changing the Mind * Part II: Darwin’s Life * Ernst Mayr, Who Is Darwin? * Part III: Scientific Thought: Just before Darwin * Sir Gavin de Beer, Biology before the Beagle * Thomas Robert Malthus, An Essay on the Principle of Population * William Paley, Natural Theology * Jean Baptiste Pierre Antoine de Monet Lamarck, Zoological Philisophy * Charles Lyell, Principles of Geology * John Herschell, The Study of (...) Natural Philosophy * William Whewell, Astronomy and General Physics Considered with Reference to Natural Theology * Alfred Russel Wallace, On the Tendency of Varieties to Depart Indefinitely from the Original Type * Part IV: Selections from Darwin’s Work * The Voyage of the Beagle * o Chapter I. St. Jago-Cape de Verd Island o Chapter XVII. Galapagos Archipelago * On the Tendency of Species to Form Varieties; and On the Perpetuation of Varieties and Species by Natural Means of Selection * o I. Extract from an unpublished Work on Species, by C. Darwin, Esq.... o II.of Letter from C. Darwin, Esq., to Prof. Asa Gray, Boston, U.S., dated Down, September 5th, 1857 * An Historical Sketch of the Progress of Opinion on the Origin of Species, previously to the : Publication of This Work The Origin of Species * o Introduction o Chapter I. Variation under Domestication o Chapter II. Variation under Nature o Chapter III. Struggle for Existence o Chapter IV. Natural Selection o Chapter VI. Difficulties on Theory o Chapter IX. On the Imperfections of the Geological Record o Chapter XIII. Mutual Affinities of Organic Beings: Morphology: Embryology: Rudimentary Organs o Chapter XIV. Recapitulation and Conclusion * The Descent of Man * o Introduction o Chapter I. The Evidence of the Descent of Man from Some Lower Form o Chapter II. On the Manner of Development of Man from Some Lower Form o Chapter III. Comparison of the Mental Powers of Man and the Lower Animals o Chapter VI. On the Affinities and Genealogy of Man o Chapter VIII. Principles of Sexual Selection o Chapter XIX. Secondary Sexual Characters of Man o Chapter XX. Secondary Sexual Characters of Man-continued o Chapter XXI. General Summary and Conclusion * Part V: Darwin’s Influence on Science * THE VICTORIAN OPPOSITION TO DARWIN * o David L. Hull, Darwin and His Critics o Adam Sedgwick, Objections to Mr. Darwin’s Theory of the Origin of Species o Sir Richard Owen, Darwin on the Origin of Species o Fleeming Jenkin, Review of the Origin of Species * VICTORIAN SUPPORTERS OF DARWIN * o Joseph Dalton Hooker, Flora Tasmaniae o Thomas Henry Huxley, On the Relations of Man to the Lowe Animals o Charles Lyell, Principles of Geology o Alfred Russel Wallace, The Debt of Science to Darwin * DARWIN AND THE SHAPING OF MODERN SCIENCE * o Scientific Method in Evolution o National Academy of Sciences, Evolution and the Nature of Science o Richard Dawkins, Explaining the Very Improbable o Lewis Thomas, On the Uncertainty of Science o Noretta Koetge, Postmodernisms and the Problem of Scientific Literary o Richard Dawkins, Science and Sensibility o The Neo-Darwinian Synthesis o Peter Bowler, The Evolutionary Synthesis o The Human Genealogy o Adam Kuper, The Chosen Primate o Ian Tattersall, Out of Africa Again... and Again? o Stephen Jay Gould, The Human Difference o Punctuated Equilibrium o Stephen Jay Gould, [On Punctuated Equilibrium] o Niles Eldredge, The Great Stasis Debate o Rethinking Taxonomy o Kevin Padian, Darwin’s Views of Classification o David L. Hull, Cladistic Analysis o Kevin Padian and Luis M. Chiappe, Cladistics in Action: The Origin of Birds and Their Flight o Evolution as Observable Fact o James L. Gould and William T. Keeton with Carol Grant Gould, How Natural Selection Operates o Peter r. Grant, Natural Selection and Darwin’s Finches o John A. Endler, Natural Selection in the Wild * Part VI: Darwinian Patterns in Social Thought * COMPETITION AND COOPERATION * o Richard Hofstadter, The Vogue of Spencer o Andrew Carnegie, The Gospel of Wealth o Peter Kropotkin, Mutual Aid o Martin A. Nowak, Robert M. May, and Karl Sigmund, The Arithmetics of Mutual Help * NATURE AND NURTURE * o Edward O. Wilson, Sociobiology: The New Synthesis o Stephen Jay Gould, Biological Potentiality vs. Biological Determination o Barbara Ehrenreich and Janet McIntosh, The New Creationism: Biology under Attack * EVOLUTION AND GENDER * o Elizabeth Cady Stanton, The Woman’s Bible o Nancy Makepeace Tanner, On Becoming Human o Evelleen Richards, Darwin and the Descent of Woman o James Eli Adams, Woman Red in Tooth and Claw * EVOLUTION AND OTHER DISCIPLINES * o Edward O. Wilson, [On Consilience] o Randolph H. Nesse and George C. Williams, Evolution and the Origin of Disease o Steven Pinker, How the Mind Works o Steve Jones, The Set within the Skull * Part VII: Darwinian Influences in Philosophy and Ethics * John Dewey, The Influence of Darwin on Philosophy * Daniel C. Dennett, Darwin’s Dangerous Idea: Natural Selection as an Algorithmic Process * Michael Ruse Darwinian Epistemology * Thomas Henry Huxley, Evolution and Ethics * Julian Huxley, Evolutionary Ethics * Michael Ruse and Edward O. Wilson, The Evolution of Ethics * Frans de Waal, Good Natured: The Origin of Right and Wrong in Humans and Other Animals * Matt Ridley, The Origins of Virtue * Part VIII: Evolutionary Theory and Religious Theory * MAINSTREAM RELIGIOUS SUPPORT FOR EVOLUTION * o Pope John Paul II, Message to the Pontifical Academy of Sciences o Central Conference of American Rabbis, On Creationism in School Textbooks o United Presbyterian Church in the U.S.A., Evolution and Creationsim o The Lutheran World Federation, [Statement on Evolution] o The General Convention of the Episcopal Church, Resolution on Evolutionism and Creationism o Unitariuan Universalist Association, Resolution Opposing "Scientific Creationism" * FUNDAMENTALIST CREATIONISM * o Eugene C. Scott, Antievolution and Creationism in the United States o The Scopes Trial o Thomas McIver, Orthodox Jewish Creationists o Harun Yahya, [Islamic Creationism] o Seami Srila Prabhupada, [A Hare Krishna on Darwinian Evolution] o Institute for Creation Research, Tenets of Creationism o Henry M. Morris, Scientific Creationism o Thomas J. Wheeler, Review of Morris o Richard D. Sjolund and Betty McCollister, Evolution at the Grass Roots o Richard D. Sjolund, [Creationism versus Biotechnology] o Betty McCollister, [The Politics of Creationism] o Molleen Matsumara, What Do Christians Really Believe about Evolution? o National Center for Science Education, Seven Significant Court Decisions Regarding Evolution/Creation Issues * PERSONAL INCREDULITY AND ANTIEVOLUTIONISM * o Richard Dawkins, [The Argument from Personal Incredulity] o Phillip E. Johnson, Darwin on Trial o Eugenie C. Scott, Review of Johnson o Michael Behe, Darwin’s Black Box o Robert Dorit, Review of Behe o Michael Ruse, Darwin’s New Critics on Trial * SCIENTISTS’ OPPOSITION TO CREATIONISM * o American Association for the Advancement of Science, Forced Teaching of Creationist Beliefs in Public School Science Education o American Institute of Biological Sciences, Resolution Oposing Creationism in Science Courses o National Association of Biology Teachers, Statement on Teaching Evolution o National Academy of Sciences, Frequently Asked Questions about Evolution and the Nature of Science * FUNDAMENTALIST CREATIONISM AND THE VALUE OF SATIRE * o Michael Shermer, Genesis Revisted: A Scientific Creation Story o Philip Appleman, Darwin’s Ark * Part IX: Darwin and the Literary Mind * DARWIN’S LITERARY SENSIBILITY * o Charles Darwin, Autobiography o L. Robert Stevens, Darwin’s Humane Reading o George Levine, Darwin and Pain: Why Science Made Shakespeare Nauseating o Gillian Beer, Darwin’s Plots * DARWIN’S INFLUENCE ON LITERATURE * o Lionel Stevenson, Darwin among the Poets o George Levine, Darwin among the Novelists o Joseph Wood Krutch, The Tragic Fallacy o Herbert J. Muller, Modern Tragedy o Philip Appleman, Darwin-Sightings in Recent Literature. (shrink)

The nature of moral values has occupied philosophers and educationalists for centuries and a variety of claims have been made about their origin and status. One tradition suggests they may be thoughts in the mind of God; another that they are eternal truths to be reached by rational reflection (much like the truths of mathematics) or alternatively through intuition; another that they are social conventions; and another (from the logical positivists) that they are not verifiable facts but simply the expression (...) of emotional likes and dislikes. Standard introductory texts (e.g., Bowie 2004; Vardy and Grosch 1999) on the subject of ethics rarely mention Darwin or Darwinism (Mepham 2005 is a useful exception) possibly mindful of the fact that the relationship of evolutionary biology to moral questions has had a troublesome history. The effect of this has been that whole generations of moral philosophers have given the biological sciences a wide berth and consequently often remain poorly informed about recent advances in evolutionary thought and the neurosciences. On the other hand, scientists have developed interesting models of the evolution of the moral sentiments and are using new imaging techniques to explore the centres of the brain associated with emotion and motivation, but many have been fearful of committing the naturalistic fallacy and so have steered clear of extrapolating their findings to ethical questions. No one after all wants to be seen to be committing an elementary logical blunder. But in the last 20 years, evolutionary biologists have regained the confidence to explore the implications of evolution for the study of ethics (de Waal 1996; Wilson 1998; Wright 1994; Greene 2003). This paper is designed to encourage those entrusted with the teaching of ethics to be open to the potential of Darwinism as a source of ideas on the origins and status of ethical thought and behaviour. It is also hoped that it will illustrate for science educators the enormous explanatory power inherent in Darwinian thought. (shrink)

Research in science education has recognized the importance of history and philosophy of science (HPS), and this has facilitated the evaluation of science textbooks. Purpose of this chapter is to review research based on analyses of science textbooks that explicitly use a history and philosophy of science framework. This review has focused on studies published in the 15-year period (1996–2010) and has drawn on the following major science education journals: International Journal of Science Education, Journal of Research in Science (...) class='Hi'>Teaching, Science Education, and Science & Education. Based on HPS-related criteria, 52 articles were selected for review, and of these 28 were published in Science & Education, which clearly shows the importance of HPS for this journal. Selected articles were classified in the following subject areas depending on the textbooks analyzed: university biology textbooks (n = 2), university chemistry textbooks (n = 14), university physics textbooks (n = 17), and primary, secondary, and high school textbooks (n = 19). Results obtained revealed the following: (a) Most biology, chemistry, physics, and school science textbooks lack a history and philosophy of science perspective; (b) most of the textbooks analyzed were published in the USA and to a much lesser extent in other countries; (c) few studies provided details of the procedure and reliability of the application of criteria/rubric for analyzing textbooks; (d) some of the topics analyzed in the textbooks were nature of science, atomic structure, Newtonian mechanics, quantum mechanics, special theory of relativity, and evolution; (e) textbooks avoided including controversial and difficult aspects of different topics (e.g., concepts of force, weight, heat, temperature, origin of the quantum hypothesis, oil drop experiment, Millikan’s data supported Einstein’s photoelectric equation but not his theory); and (f) various science topics provide an opportunity to illustrate the tentative nature of scientific knowledge, and still very few textbooks referred to this important aspect. As textbooks do refer to laws and theories while referring to historical content, it is concluded that HPS is already “inside” the science curriculum provided textbook authors make an effort to scrutinize the historical reconstructions while dealing with the different topics. (shrink)

The philosophy of animal minds addresses profound questions about the nature of mind and the relationships between humans and other animals. In this fully revised and updated introductory text, Kristin Andrews introduces and assesses the essential topics, problems, and debates as they cut across animal cognition and philosophy of mind, citing historical and cutting-edge empirical data and case studies throughout. The second edition includes a new chapter on animal culture. There are also new sections on the evolution of consciousness (...) and tool use in animals, as well as substantially revised sections on mental representation, belief, communication, theory of mind, animal ethics, and moral psychology. Further features such as chapter summaries, annotated further reading, and a glossary make The Animal Mind an indispensable introduction to those teaching philosophy of mind, philosophy of animal minds or animal cognition. It will also be an excellent resource for those in fields such as ethology, biology, and psychology. (shrink)

The emergence of novelty in the realm of the living remains, despite the long tradition of evolutionary biology, unwelcome, calling for explanation by old, established knowledge. The prevailing neodarwinian evolutionary paradigm approaches living beings as passive outcomes of external (and extraneous, hence “blind”) formative forces. Many teachings opposing Darwinism also take the existence of eternal, immutable and external laws as a necessary prerequisite. Ironically enough, authors who oppose Darwinian theory, and admit that living beings possess a “self”, often accentuate (...) internal, ideal and eternal harmony,which is incompatible with historical changes; moreover such harmony is again imposed by external, atemporal “laws”. I describe here a third approach embodied by the names of two unrelated scholars, Stuart Kauffman (biology, physics) and Juri Lotman (semiotics, culturology). Their approach suggests thatthe evolution of organisms, minds, cultures — is a continuous negotiation (semiosis) of ‘laws’, driving to ever broader spaces of freedom and constantly larger autonomy of existence. (shrink)

The emergence of novelty in the realm of the living remains, despite the long tradition of evolutionary biology, unwelcome, calling for explanation by old, established knowledge. The prevailing neodarwinian evolutionary paradigm approaches living beings as passive outcomes of external (and extraneous, hence “blind”) formative forces. Many teachings opposing Darwinism also take the existence of eternal, immutable and external laws as a necessary prerequisite. Ironically enough, authors who oppose Darwinian theory, and admit that living beings possess a “self”, often accentuate (...) internal, ideal and eternal harmony,which is incompatible with historical changes; moreover such harmony is again imposed by external, atemporal “laws”. I describe here a third approach embodied by the names of two unrelated scholars, Stuart Kauffman (biology, physics) and Juri Lotman (semiotics, culturology). Their approach suggests thatthe evolution of organisms, minds, cultures — is a continuous negotiation (semiosis) of ‘laws’, driving to ever broader spaces of freedom and constantly larger autonomy of existence. (shrink)

Hunting and gathering is, evolutionarily, the defining subsistence strategy of our species. Studying how children learn foraging skills can, therefore, provide us with key data to test theories about the evolution of human life history, cognition, and social behavior. Modern foragers, with their vast cultural and environmental diversity, have mostly been studied individually. However, cross-cultural studies allow us to extrapolate forager-wide trends in how, when, and from whom hunter-gatherer children learn their subsistence skills. We perform a meta-ethnography, which allows (...) us to systematically extract, summarize, and compare both quantitative and qualitative literature. We found 58 publications focusing on learning subsistence skills. Learning begins early in infancy, when parents take children on foraging expeditions and give them toy versions of tools. In early and middle childhood, children transition into the multi-age playgroup, where they learn skills through play, observation, and participation. By the end of middle childhood, most children are proficient food collectors. However, it is not until adolescence that adults (not necessarily parents) begin directly teaching children complex skills such as hunting and complex tool manufacture. Adolescents seek to learn innovations from adults, but they themselves do not innovate. These findings support predictive models that find social learning should occur before individual learning. Furthermore, these results show that teaching does indeed exist in hunter-gatherer societies. And, finally, though children are competent foragers by late childhood, learning to extract more complex resources, such as hunting large game, takes a lifetime. (shrink)

La parution récente en français du livre de M. Denton : “Evolution. Une théorie en crise” , qui traite des theories explicatives actuelles de l'évolution, nous amine à rappeler les caracteres généraux des grandes theories biologiques et à présenter une critique sommaire du livre en question.La science West pas une simple accumulation de connaissances. Le scientifique ne doit pas se contenter de decrire et de mesurer des faits. Son but eat d'essayer de les relier et de construire des théories (...) qui tentent de nous faire comprendre le “reel”, objet de ses recherches.Cependant, la nature du matériel biologique — c'est-à-dire les espèces vivantes et les catégories qu'on y a reconnues, classe ou ordre par exemple — est si complexe qua la biologie actuelle est fort loin encore Wavoir réalisé une synthèse qui ressemble, méme très approximativement, à la classification de Mendéleiev pour les éléments chimiques.Malgré cette complexité, les biologques ont réussi à construire la th6orie du fait de l'evolution et ils proposent aujourd'hui une théorie explicative de cette évolution qui, bien qua critiquée, est incontestablement bien étayee. Nous allons essayer de définir la structure des grandes théories biologiques; ensuite nous analyserons sommairement quelques-unes des critiques qui sont adressees aux theories de l'évolution.Considering the publication in French version of Michael Denton's book, Evolution : A Theory in crisis , in which he critizes the synthetical theory of the biological evolution, we thought it useful to point out the main errors of argumentation contained in that book by first referring to the characteristics of general biological theories.In biology, there exist elementary theories - such as that dealing with the extinction of giant Reptiles - and general theories - such as the chromosomic theory of heredity and the explanatory theory of evolution. The latter generally consist of a group of elementary theories imbricated so that they form a whole like a jig-saw puzzle. An example is provided by the synthetic theory of evolution that can be defined in 20 propositions divided into two categories : the propositions relating to the naturalists' observations - which correspond to descriptive concepts - and those relating to the data of the population genetics - which correspond to explanatory concepts . The general scheme of the theory is formed by a network of relations between the descriptive concepts and the explanatory concepts. There also exist other theories in general biology supported by thousands of minor facts which only together can be of proof of validity. These theories are quite reliable and cannot be questioned by facts still to be explained. Questioning can only happen if they are confronted to well-established data in nearly equal numbers.In his work, Denton does not deny the phenomenon of biological evolution, but he criticizes the syntheticians' ideas by emphasizing that no great evolutive changes can be accounted for by the complex mechanism of random mutations and selection. He goes back to a typological concept of the zoological classification in some way similar to that of Vialleton's. However, Denton agrees with the phenomenon of the biological evolution and accepts the existence of "saltations" among the great zoological groups. The arguments used by Denton merely show that he is not conversant with the complexity of sciences particularly in comparative anatomy and zoology, the teaching of which is being somehow neglected today.By giving as an example the structure of the aortic arches in Amphibians and by a summary of the variations of those structures and the evolution of the blood-circulation in Vertebrates, we proved that the typological argument is of no value. As a matter of fact, a study of the now living beings clearly shows the gradual transition - e.g. a transition by a very large number of feasible stages - from the Lower Vertebrates to the Higher Vertebrates. In particular, there have been several attempts at double circulation and there still exist many species in which the blood of the double circulation is mixed. It seems therefore obvious that the double circulation has been achieved, stage by stage, with many intermediate schemes; we are inclined, therefore, to conclude that this succession of small transformations was produced by a huge mechanism of selected small mutations.Our present-day biological knowledge includes a number of examples large enough to consider the “argument of the impossible” used by Denton is due to inadequate fossil data and not to any mysterious mechanism such as macromutations. Let us say again that the typological structures seem to occur only when the data of comparative anatomy and zoology are over-simplified. (shrink)

This paper deals in detail with a fairly recent philosophical debate centered around the ability of the theory of natural selection to account for those phenotypical changes which can be argued to make organisms better adapted to their environments. The philosopher and cognitive scientist Jerry Fodor started the debate by claiming that natural selection cannot do the job. He follows two main lines of argumentation. One is based on an alleged conceptual defect in the theory, the other on alleged empirical (...) problems in it as well as empirical alternatives to it. Four philosophers and two biologists respond in a way that displays what might easily be described as fallacious. The paper relies on the ideal model of critical discussion of pragma-dialectics to offer a step-by-step analysis of the whole debate, which extended for four issues of the _London Review of Books_, from October 2007 through January 2008. This pragma-dialectical analysis is carried out by constant reference to the various questions (problems, issues) that arise in the debate. The analysis includes as much detail as possible both in Fodor’s original argument and in the critics’ various comments as well as Fodor’s replies along two rounds of debate. Since a simple negative evaluation in terms of fallacies is out of the question in view of the proved argumentative accomplishments of the participants, an alternative explanation is offered: the undeniable derailments in strategic maneuvering are due to the fact that, whilst ostensibly discussing the theory of natural selection, Fodor’s detractors are worried by an underlying issue, namely, the dangers of discussing the merits and demerits of natural selection as a theory of evolution in a venue as exposed to the general public as the _London Review of Books_, given the religiously inspired movements that threaten the teaching of evolutionary biology in schools. (shrink)

Big History provides a unique opportunity to consider the development of the Universe as a single process. Within Big History studies one can distinguish some common evolutionary laws and principles. However, it is very important to recognize that there are many more such integrating principles, laws, mechanisms and patterns of evolution at all its levels than it is usually supposed. In the meantime, we can find the common traits in development, functioning, and interaction of apparently rather different processes and (...) phenomena of Big History. Of special importance is the point that many principles, patterns, regularities, and rules of evolution, which we tend to find relevant only for the biological and social levels of evolution, may be also applied to the cosmic phase of evolution. The present article attempts (within such a framework for the first time in the Big History framework) at combining Big History potential with the potential of Evolutionary Studies. It does not only analyze the history of the Cosmos. It studies similarities between evolutionary laws, principles, and mechanisms at various levels and phases of Big History. Such an approach opens up some new perspectives for our understanding of evolution and Big History, their driving forces, vectors, and trends; it creates a consolidated field for interdisciplinary research. (shrink)

The research is devoted to the study of the phenomenon of spiritual culture of Modern times - creationism. Authors analyze the causes of creationist teachings, as well as develop a classification of forms of creationism. As such, the following are distinguished and analyzed: biblical creationism, scientific creationism, theological evolutionism, teleological creationism, alterism, missionary creationism. Biblical creationism is a literal understanding of the texts of the Bible relating to the creation of the Earth and man. Scientific creationism is an attempt (...) by individual scientists to combine scientific knowledge with religious beliefs. It gathers scientific evidence in favor of the biblical narrative, and, at the same time, rational arguments against the scientific theory of evolution. On the contrary, theological evolutionism, especially in the form of concordism, tries to reconcile the scientific and religious view of evolution. This is achieved through the interpretation of Biblical symbols through modern scientific concepts, or by the creation of a new pseudo-religion (for example, Teilhardism). Teleological creationism, in the modern form of Intelligent Design theory, popular in Western Protestantism, using the data of natural sciences, criticizes the foundations of the theory of biological evolution, thus demonstrating the gap of natural causality in order to justify the supernatural purposefulness of the Universe. Alterism asserts that the very nature of the world before original sin was different, therefore, the current knowledge of nature cannot correspond to the original plan of God reflected in the Bible. For the first time, highlighted and explored in this work, missionary creationism seeks to interpret the Bible from the point of view of concepts of modern science in order to bring a person with an already formed scientific picture of the world to faith. It is shown that most of the above forms demonstrate a pseudoscientific or pseudo-religious essence. The authors make an assumption about the origins of creationist teachings rooted in the introduction of elements of Neoplatonic philosophy into Christian teaching. The seeming contradiction between science and religion in understanding the evolution of nature finds its explanation through the disclosure of creationism's claim to understand the world as a "thing in itself". (shrink)

The article examines the system-methodological and conceptual foundations of the psychological activity theory that arose in the Soviet Union under the influence of the ideology of Marxism-Leninism. The author demonstrates the process of incorporation of Marxism-Leninism dogmas into the canonical form of the activity theory as a scientific knowledge that does not need any scientific confirmation. The pseudoscientific discourse that arose at the same time served to strengthen the position of the ideologists of the bureaucratic system, who found “objective confirmations” (...) of the truth of Marx’s teachings in the data of psychological science. The scientific community, subjected to ideological transformation, tried to defend itself from the destructive influence of ideology, giving rise to special forms of relations in the scientific and psychological environment, which led to the struggle and confrontation of scientific schools and groups. As a result of ideological expansion, psychological knowledge has become to some extent a tool for the bureaucratic system to overpower scientific dissent. That was clearly manifested in the discussion on the results of the Zagorsk experiment, in which an incorrect, partially falsified, attempt was made to prove the development of the human psyche of children born deaf and blind. The influence of ideology can also be traced in the confrontation of scientific schools in physics, genetics, biology and physiology. The article discusses prospects and new trends in the development of the activity theory after exclusion of the ideological concepts of Soviet socialism from its systemconceptual foundations. We observe the formation of new psychological concepts that reflect non-classical and post-non-classical forms of scientific rationality. Attempts are made to create and study the models of the psyche developed within the framework of the theory of organized complexity and the concepts of autopoietic self-organization and evolution. (shrink)

In lieu of an abstract, here is a brief excerpt of the content:Finding Safe Harbor:Buddhist Sexual Ethics in AmericaStephanie KazaWhen the Buddha left home in search of spiritual understanding, he left behind his wife and presumably the pleasures of sex. After his enlightenment, he encouraged others to do the same: renounce the world of the senses to seek liberation from suffering. The monks and nuns that followed the Buddha's teachings formed a kind of sexless society, a society that did not (...) reproduce itself biologically.1 By abstaining from sexual relations, Buddhist monastics intended to reduce attachment and model an alternative to lay life. Buddhist society would continue via transmission of the teachings, a spiritual form of continuity not dependent on sex.But of course, the Buddha was teaching ordinary people with ordinary appetites for sexual contact. And these appetites could really get in the way of spiritual progress; thus we find no shortage of Buddhist commentary on sexuality and its ramifications. And despite 2,500 years of wisdom on this subject, Buddhist teachers and students are still blundering into sexual contacts that undermine their own progress and often the progress of others. Clearly this is not a human fallibility that can be corrected by setting up some simple rules. In fact, sexuality is one of the most deeply hard-wired neurological drives of the human organism, not easily uprooted even for lofty spiritual ideals.From a Buddhist perspective, working with sexuality is working with attachment. How can we understand that attachment in its biological origins? In A Natural History of Sex, Adrian Forsyth describes in vivid detail the ecology and evolution of mating behavior in the animal kingdom.2 In sixteen chapters that cover every biological strategy you can imagine—from incest to role reversal, infanticide to sex change—the author shows how costly sex can be to individual organisms. Though sex is not the only means of reproduction, it certainly involves the most complex behaviors, anatomical variations, social choices, and in a few cases, the risk of death. What can possibly merit such a great investment in momentary pleasure (if indeed it is pleasurable for some animals)? The evolutionary answer is, genetically variable offspring. Variation is the key to surviving calamity as a species. If all animals of a species were genetically identical, they would be terribly vulnerable to single events that exploited their weaknesses. But with variation, there is always a chance that some will make it [End Page 23] through and go on to survive the new conditions (post-earthquake, fire, icestorm, plague, etc.).Seen from the long view of evolution, sexuality is the key to survival of the species. So it is not surprising that sexual conditioning affects the entire human brain, a fact well known to human adolescents. To see how much conditioning must be addressed by Buddhist practice, we can look briefly at the neural map of the human brain. The part of the cortex that responds to touch is wrapped around the cerebrum, with specific areas registering touch in the different parts of the body. The area taken up by the genitals is about as large as the rest of the chest, abdomen, and back put together. It is equivalent to the area used for the hands or the lips, two parts of the body where touch is crucial for finding and managing food. Rita Carter, in Mapping the Mind, points out that "connections from the sex-sniffing, sex-seeking and sex-reactive areas of the limbic systems radiate to almost every corner of every cortical lobe, feeding the urge to our conscious minds."3 Sexual activity involves not only touch and high-level visual recognition but also emotion, thought, and, in the frontal lobes, morality—some of our most sophisticated and abstract thought processes.It is clear that sexuality presents no small challenge to religious practice. How has Buddhism attempted to work with this deep biological conditioning? The central guidelines for Buddhist ethics can be found in the five foundational precepts. Practicing the precepts is seen as a way to reduce suffering and to deepen one's capacity for achieving enlightenment. The first two precepts deal with not killing and not stealing, the third precept deals with not engaging in... (shrink)