This chapter contains sections titled: Diversity Complexity Respectability Critiques Darwinism Conclusion Works cited.

Among many contemporary challenges faced by our society is the moral and ethical education of new generations. Young students bring to school a variety of cultural (including religious) backgrounds and worldviews, not rarely of very heterogeneous and conflicting nature. In spite of the secular nature of Brazilian public education system, Federal Constitution of 1988 and the Law of Directives and Bases of National Education (issued in 1996) allow religious education to be offered in public schools. Therefore, religious education is nowadays (...) offered in many schools, spreaded around a country marked by extensive social, economical, ethnical and cultural diversity. A number of researches point to emerging issues of religious nature that are now present in classrooms of many school disciplines -among them, Biology. Article number 205 of Brazilian Federal Constitution reads that education is a right that assists to all, no matter which race, social class or religious affiliation, so that citizens' full development is a primordial objective of education, followed by preparation for the practice of citizenship and work qualification. Schools must be formal spaces for teaching, according to strong and universal ethical principles such as: equality, freedom for learning, pluralism of ideas, and investigating and disseminating art and knowledge, among others. It is a State duty, therefore, to promote and stimulate education with the collaboration of society. As Federal Constitution also reads that each family has this responsibility with children too, it is a matter of concern that, in last years, social and economical factors are forcing families to transfer these duties to schools and teachers. In schools, a number of Biology contents may bring up students' beliefs and worldviews impregnated of common sense, and also feelings of religiosity. These emergent elements may have a significant value for enriching pedagogical interactions, either with discussions about social and cultural plurality, or with challenging or even disrupting educational situations, in which conflicts and oppositions will be brought up as a result of diversity of opinions and views. It is our position that these are two possible ways that can be followed by a teacher, depending on his/her methodological direction and ethical position. We also understand that each teacher, especially Biology teachers working in secondary education, should welcome these discussions in classroom, organizing opportunities for ethical debates, including issues of religious nature, this way presenting scientific concepts of biological phenomena, but also respecting students' cultural and religious values. In official documents that guide the Biology teaching in basic Brazilian education -the directives, the directions and the national parameters -contents such as Ecology and Evolution play a central role due to their integrational power. However, Biology teachers often face a number of difficulties when trying to follow these directives. Problems in their own education, the reductionist and highly content-based nature of Biology education, as well as severe material restrictions for teachers' work in schools are some of the difficulties that may account for this situation. In spite of these difficulties, issues such as abortion, euthanasia, drugs, sexuality, Biological Evolution (BE) and origin of living beings always bring, in classroom, controversial questions that must be part of every teacher's pedagogical practice. Teaching BE has always raised a number of polemical issues, followed by deep conceptual and ethical implications. Therefore, any contribution aimed at helping its approach as a necessary content in Biology teaching is welcomed. This paper aims at showing some of the conditions, attitudes and arguments that may be useful for the teaching of BE. Among them, we point to nonoverlapping magisteria (NOMA) principle, an ethical and methodological principle proposed in 1997 by palaeontologist Stephen Jay Gould. We understand that Gould's principle offers conditions and opportunities to develop what Brazilian educator Paulo Freire calls a dialogical, libertarian and dialectic education, and this paper will follow his educational perspective. Basically, NOMA principle states that both religion and science have their own separate domain. These separate domains should be respected, avoiding their overlapping in issues concerned with each of them separately. However, there are themes, as mentioned above, in which it is possible to identify elements for each of those domains. Biology teachers must then have a very clear view of the differences between explanations offered by each of these domains, when working with their students about contentious issues such as BE. Freire, when describing the necessary elements for educational practice, points that the act of teaching demands both ethics and corporification of words through practice. Opposing his view to simple Puritanism principles, he states that educational practices should be rigorous evidences of decency and purity. Freire also states that, as an act of respect towards any human being, school contents shouldn't be taught without respect to students' moral education. Therefore, according to Freire, to think "right" means to act "right". For Freire, a teacher that is genuinely concerned with moral and ethical development of his/her students will act accordingly in classroom, bringing into discussion issues that benefit both from science knowledge and also from students' non-scientific worldviews. We propose that Gould's NOMA principle can be developed by teachers as a fruitful strategy for teaching Biology contents as BE. Learning from some examples taken from school contents, we aim to show that the application of such principle in school would help clarifying the nature and foundations of evolutionary theories, mainly neo-Darwinism, as well as the non-overlapping domains of scientific and religious worlds. Therefore, it would be possible to maintain the necessary distance (demanded for ethical reasons) from subjective issues, without any harm for the necessary, objective and deep appreciation of scientific knowledge. In this perspective, we understand that well-known incompatibilities between science and religion could be clarified and discussed with students, since each of these domains have an important role in pupils' personal development. (shrink)

This article offers a fresh assessment of the views of the American paleontologist and evolutionary biologist Stephen Jay Gould on the relation of science and religion. Gould is best known for his celebrated notion of “nonoverlapping magisteria,” which is often seen in somewhat negative terms as inhibiting dialogue. However, as a result of his critique of the unificationist approach to knowledge developed in Edward O. Wilson's Consilience, Gould later made increased use of the (...) more positive notion of a “consilience of equal regard,” which recognized the porous nature of disciplinary divides and the propriety of interdisciplinary dialogue. Gould's final views on the relation of science and religion, set out in The Hedgehog, the Fox, and the Magister's Pox, published after his death, affirms the distinctiveness and autonomy of science and religion on the one hand, while encouraging their constructive dialogue and productive interaction on the other. This should now be seen as Gould's definitive statement on this question. (shrink)

ncongruous places often inspire anomalous stories. In early 1984, I spent several nights at the Vatican housed in a hotel built for itinerant priests. While pondering over such puzzling issues as the intended function of the bidets in each bathroom, and hungering for something other than plum jam on my breakfast rolls (why did the basket only contain hundreds of identical plum packets and not a one of, say, strawberry?), I encountered yet another among the innumerable issues of contrasting cultures (...) that can make life so interesting. Our crowd (present in Rome for a meeting on nuclear winter sponsored by the Pontifical Academy of Sciences) shared the hotel with a group of French and Italian Jesuit priests who were also professional scientists. (shrink)

. Stephen I Gould's notion of non‐overlapping magisteria is neither experientially supported nor rationally justifiable. Influence flows between science and religion, as when evolutionary thinking encouraged theology to adopt a kenotic view of the Creator's act of allowing creatures to be and to make themselves. Alleged simplistic dichotomies between science and religion, such as motivated belief contrasted with fideistic assertion, are seen to be false. Promising topics in the currently vigorous dialogue between (...) class='Hi'>science and religion include relational ontology, eschatological credibility, and ethical issues relating to advances in human genetics. (shrink)

Uniformitarianism is a dual concept. Substantive uniformitarianism (a testable theory of geologic change postulating uniformity of rates or material conditions) is false and stifiqng to hypothesis formation. Methodological uniformitarianism (a procedural principle asserting spatial and temporal invariance of natural laws) belongs to the definition of science and is not unique to genic~~. Methodological uniformitarianism enabled Lyell to exclude the miraculous from geologic explanation; its invocation today is anachronistic since the question of divine intervention is no longer an issue (...) in science. Substantive uniformitarianism, an incorrect theory, should be abandoned. Methodological uniformitarianism, now a superfiuous term, is best confined to the past history of geology. (shrink)

IN THE PRELUDE to Middlemarch, George Eliot lamented the unfulfilled lives of talented women: Some have felt that these blundering lives are due to the inconvenient indefiniteness with which the Supreme Power has fashioned the natures of women: if there were one level of feminine incompetence as strict as the ability to count three and no more, the social lot of women might be treated with scientific certitude. Eliot goes on to discount the idea of innate limitation, but while she (...) wrote in 1872, the leaders of European anthropometry were trying to measure "with scientific certitude" the inferiority of women. Anthropometry, or measurement of the human body, is not so fashionable a field these days, but it dominated the human sciences for much of the nineteenth century and remained popular until intelligence testing replaced skull measurement as a favored device for making invidious comparisons among races, classes, and sexes. Craniometry, or measurement of the skull, commanded the most attention and respect. Its unquestioned leader, Paul Broca (1824-80), professor of clinical surgery at the Faculty of Medicine in Paris, gathered a school of disciples and imitators around himself. Their work, so meticulous and apparently irrefutable, exerted great influence and won high esteem as a jewel of nineteenth-century science. Broca's work seemed particularly invulnerable to refutation. Had he not measured with the most scrupulous care and accuracy? (Indeed, he had. I have the greatest respect for Broca's meticulous procedure. His numbers are sound. But science is an inferential exercise, not a catalog of facts. Numbers, by themselves, specify nothing. All depends upon what you do with them.) Broca depicted himself as an apostle of objectivity, a man who bowed before facts and cast aside superstition and sentimentality. He declared that "there is no faith, however respectable, no interest, however legitimate, which must not accommodate itself to the progress of human knowledge and bend before truth." Women, like it or not, had smaller brains than men and, therefore, could not equal them in intelligence.. (shrink)

Key terms: cosmogenesis, evolution, consciousness, noosphere, religion, science, technology. The question whether religion and science can be reconciled is still under discussion today. Philosophical naturalism rejects such a possibility, at best treating these fields as a non overlapping magisteria (Stephen Jay Gould). However, the French Jesuit Pierre Teilhard de Chardin (1881 - 1955) has created an original vision of an evolutionary universe in which science and religion present themselves as two meridians, (...) which are autonomous but slowly converge to form a complete union at the pole, that is, in the far future. What are the ontological foundations of this optimistic vision? Can the collective heritage of human thought be considered as a further stage of the universal evolution? Is the main task of religion to activate human energy? Is the concept of cosmic Christ compatible with Christian dogmas? Such and similar questions are the content of the article. My aim in this paper is not so much a detailed analysis of Teilhard’s thought as a review of some of his main theses, especially regarding science and religion. I also devote some space to a critique of these theses, and in the closing part I ask if they are in any way falsifiable. (shrink)

Abstract Stephen Jay Gould's NOMA (nonoverlapping magisteria) theory was meant to be an alternative to the traditional “conflict model” regarding the relationship between science and religion. But NOMA has been plagued with problems from the beginning. The problem most acutely felt was that of demarcating the disciplines of science and theology. This paper is an attempt to retain the insights of NOMA and the conflict model, while eliminating their shortcomings. It acknowledges (...) with the conflict model that the conflict is real, but not necessarily a fight unto death. It agrees with the NOMA that the two are different kinds of disciplines, and it goes on to spell out the difference in some detail. They turn out to be so radically different that the two cannot be reconciled by keeping one away from the other's turf, as NOMA suggests, but may be reconciled through a fusion of horizons in the Gadamerian sense. (shrink)

IN LATE 1909, two great men corresponded across oceans, religions, generations, and races. Leo Tolstoy, sage of Christian nonviolence in his later years, wrote to the young Mohandas Gandhi, struggling for the rights of Indian settlers in South Africa.

irtley Mather, who died last year at age ninety, was a pillar of both science and Christian religion in America and one of my dearest friends. The difference of a half-century in our ages evaporated before our common interests. The most curious thing we shared was a battle we each fought at the same age. For Kirtley had gone to Tennessee with Clarence Darrow to testify for evolution at the Scopes trial of 1925. When I think that we (...) are enmeshed again in the same struggle for one of the best documented, most compelling and exciting concepts in all of science, I don't know whether to laugh or cry. (shrink)

For principled and substantially philosophical reasons, based largely on his reform of natural history by inverting the Paleyan notion of overarching and purposeful beneficence in the construction of organisms, Darwin built his theory of selection at the single causal level of individual bodies engaged in unconscious struggle for their own reproductive success. But the central logic of the theory allows selection to work effectively on entities at several levels of a genealogical hierarchy, provided that they embody a set of requisite (...) features for defining evolutionary individuality. Genes, cell lineages, demes, species, and clades-as well as Darwin’s favoured organisms-embody these requisite features in enough cases to form important levels of selection in the history of life. R. A. Fisher explicitly recognized the unassailable logic of species selection, but denied that thsi real process could be important in evolution because, compared with the production of new organisms within a species, the origin of new species is so rare, and the number of species within most clades so low. I review this and other classical arguments against higher-level selection, and conclude that they are invalid in practice for interdemic selection, and false in principle for species selection. Punctuated equilibrium defines the individuality of species and refutes Fisher’s classical argument based on cycle time. In the second part of the paper, I argue that we have failed to appreciate the range and power of selection at levels above and below the organismic because we falsely extrapolate the defining properties of organisms to these other levels, and then regard the other levels as impotent because their effective individuals differ so much from organisms. We would better appreciate the power and generality of hierarchical models of selection if we grasped two key principles: first, that levels can interact in all modes, and not only in the negative style that, for heuristic and operational reasons, has received almost exclusive attention in the existing literature; and second, that each hierarchical level differs from all others in substantial and interesting ways, both in the style and frequency of patterns in change and causal modes. (shrink)

Religion is presented as a family of religions, identified by a cluster of religion-making features, most but not all of which must be present, involving beliefs and practices which are diverse and often in conflict. Because of differences in scope, application of scientific method, and vocabulary, science can also be regarded as a family—this time a family of sciences. The universality of the physical sciences contrasts with the more restricted scope of the earth sciences and the human (...) sciences. Their relationship can be shown by a three-tiered pyramid, with the physical sciences at the base, the human sciences at the top, and the earth sciences in the middle. Despite three notable differences between science and religion, science and religion are not, as popularly believed, in conflict. The contrary view, espoused by the “new atheists,” is shown to be based on oversimplified views of religion and science. There are nontheistic religions and science is committed, not to metaphysical naturalism (“scientism”), but only to methodological naturalism. Stephen Jay Gould escapes the conflict view by proposing that science and religion are independent “magisteria”, science being occupied with facts and religion with values. In divorcing the realm of facts from the realm of values, he too distorts their complex nature, for science is not devoid of values and religion makes claims about the facts. As Hume long ago suggested, facts and values are interconnected. While a fact is not the same as a value, a fact cannot support a value without presupposing another value in turn. Interaction between facts and values is here to stay. (shrink)

he Kansas Board of Education voted 6 to 4 to remove evolution, and the Big Bang theory as well, from the state's science curriculum. In so doing, the board transported its jurisdiction to a never-never land where a Dorothy of the new millennium might exclaim, "They still call it Kansas, but I don't think we're in the real world anymore." The new standards do not forbid the teaching of evolution, but the subject will no longer be included in statewide (...) tests for evaluating students—a virtual guarantee, given the realities of education, that this central concept of biology will be diluted or eliminated, thus reducing courses to something like chemistry without the periodic table, or American history without Lincoln. (shrink)

or reasons that seem to transcend cultural peculiarities, and may lie deep within the architecture of the human mind, we construct our descriptive taxonomies and tell our explanatory stories as dichotomies, or contrasts between inherently distinct and logically opposite alternatives. Standard epitomes for the history and social impact of science have consistently followed this preferred scheme, although the chosen names and stated aims of the battling armies have changed with the capricious winds of fashion and the evolving norms of (...) scholarship—as in scientific novelty versus permanent wisdom in the founding 17th-century debate of "moderns" (the empirical method for gaining new knowledge) versus "ancients" (Greek and Roman perfection)[1]; science versus religion in a favorite trope of late 19th-century secularism[2]; and the sciences versus the humanities in the icon for the second half of the 20th century, C. P. Snow's "two cultures"[3]. (shrink)

Our current intellectual system provides us with a far more complete and accurate understanding of nature and ourselves than was available in any previous society. This gain in understanding has arisen from two sources: the use of the 'scientific method', and the breaking up of our intellectual enterprise into increasingly narrower disciplines and research programmes. However, we have failed to keep these narrow specialities connected to the intellectual enterprise as a whole. The author demonstrates that this causes a number of (...) difficulties. We have no viewpoint from which we can understand the relationships between the disciplines and lack a forum for adjudicating situations where different disciplines give conflicting answers to the same problem. We seriously underestimate the differences in methodology and in the nature of principles in the various branches of science. This provocative and wide-ranging book provides a detailed analysis and possible solutions for dealing with this problem. (shrink)

For three hundred years two conflicting views of the world (1) have provided the overall frameworks for thought in western culture. The present paper shows neither view is sufficient for human understanding of many important systems and behaviors. A third view which appears sufficient is presented. Illustrations of the third view show increased understanding is obtained in many problems. The sufficiency of the historic views and the route to the third view are provided through discussion of the (...) issue of multi-disciplinarity, the question of whether it is possible to base everything we know on one discipline, or, on the contrary, if there is a logical necessity for using principles and concepts from many disciplines to achieve human understanding of the world. The present article provides three distinct proofs of the logical necessity of multi-disciplinarity. The proofs proceed via study of: (1) the hierarchical structure of proto-typical systems in various areas of human concern; (2) the use of “integrated-control-information” by life forms and human artifacts; and (3) an extension of the theory of dimensions. The three proofs interlock, confirm, and extend each other. (shrink)

For three hundred years two conflicting views of the world (1) have provided the overall frameworks for thought in western culture. The present paper shows neither view is sufficient for human understanding of many important systems and behaviors. A third view which appears sufficient is presented. Illustrations of the third view show increased understanding is obtained in many problems. The sufficiency of the historic views and the route to the third view are provided through discussion of the (...) issue of multi-disciplinarity, the question of whether it is possible to base everything we know on one discipline, or, on the contrary, if there is a logical necessity for using principles and concepts from many disciplines to achieve human understanding of the world. The present article provides three distinct proofs of the logical necessity of multi-disciplinarity. The proofs proceed via study of: (1) the hierarchical structure of proto-typical systems in various areas of human concern; (2) the use of "integrated-control-information" by life forms and human artifacts; and (3) an extension of the theory of dimensions. The three proofs interlock, confirm, and extend each other. (shrink)

"There is no scientist today whose books I look forward to reading with greater anticipation of enjoyment and enlightenment than Stephen Jay Gould."—Martin Gardner Among scientists who write, no one illuminates as well as Stephen Jay Gould doesthe wonderful workings of the natural world. Now in a new volume of collected essays—his sixth since Ever Since Darwin—Gould speaks of the importance of unbroken connections within our own lives and to our ancestralgenerations. Along with way, he (...) opens to us the mysteries of fish tails, frog calls, and other matters, and shows once and for all why we must take notice when a seemingly insignificant creature is threatened, like the land snail Partula from Moorea, whose extinction he movingly relates. (shrink)

FEW HEROES LOWER their sights in the prime of their lives; triumph leads inexorably on, often to destruction. Alexander wept because he had no new worlds to conquer; Napoleon, overextended, sealed his doom in the depth of a Russian winter. But Charles Darwin did not follow the Origin of Species (1859) with a general defense of natural selection or with its evident extension to human evolution (he waited until 1871 to publish The Descent of Man). Instead, he wrote his most (...) obscure work, a book entitled: On the Various Contrivances by Which British and Foreign Orchids Are Fertilized by Insects (1862). (shrink)

The increasing implementation of and reliance on machine-learning (ML) algorithms to perform tasks, deliver services and make decisions in health and healthcare have made the need for fairness in ML, and more specifically in healthcare ML algorithms (HMLA), a very important and urgent task. However, while the debate on fairness in the ethics of artificial intelligence (AI) and in HMLA has grown significantly over the last decade, the very concept of fairness as an ethical value has not yet been sufficiently (...) explored. Our paper aims to fill this gap and address the AI ethics principle of fairness from a conceptual standpoint, drawing insights from accounts of fairness elaborated in moral philosophy and using them to conceptualise fairness as an ethical value and to redefine fairness in HMLA accordingly. To achieve our goal, following a first section aimed at clarifying the background, methodology and structure of the paper, in the second section, we provide an overview of the discussion of the AI ethics principle of fairness in HMLA and show that the concept of fairness underlying this debate is framed in purely distributive terms and overlaps with non-discrimination, which is defined in turn as the absence of biases. After showing that this framing is inadequate, in the third section, we pursue an ethical inquiry into the concept of fairness and argue that fairness ought to be conceived of as an ethical value. Following a clarification of the relationship between fairness and non-discrimination, we show that the two do not overlap and that fairness requires much more than just non-discrimination. Moreover, we highlight that fairness not only has a distributive but also a socio-relational dimension. Finally, we pinpoint the constitutive components of fairness. In doing so, we base our arguments on a renewed reflection on the concept of respect, which goes beyond the idea of equal respect to include respect for individual persons. In the fourth section, we analyse the implications of our conceptual redefinition of fairness as an ethical value in the discussion of fairness in HMLA. Here, we claim that fairness requires more than non-discrimination and the absence of biases as well as more than just distribution; it needs to ensure that HMLA respects persons both as persons and as particular individuals. Finally, in the fifth section, we sketch some broader implications and show how our inquiry can contribute to making HMLA and, more generally, AI promote the social good and a fairer society. (shrink)

Two major clarifications have greatly abetted the understanding and fruitful expansion of the theory of natural selection in recent years: the acknowledgment that interactors, not replicators, constitute the causal unit of selection; and the recognition that interactors are Darwinian individuals, and that such individuals exist with potency at several levels of organization (genes, organisms, demes, and species in particular), thus engendering a rich hierarchical theory of selection in contrast with Darwin’s own emphasis on the organismic level. But a piece of (...) the argument has been missing, and individuals at levels distinct from organisms have been denied potency (although granted existence within the undeniable logic of the theory), because they do not achieve individuality with the same devices used by organisms and therefore seem weak by comparison. We show here that different features define Darwinian individuality across scales of size and time. In particular, species-individuals may develop few emergent features as direct adaptations. The interactor approach works with emergent fitnesses, not with emergent features; and species, as a consequence of their different mechanism for achieving individuality (reproductive exclusivity among subparts, that is, among organisms), express many effects from other levels. Organisms, by contrast, suppress upwardly cascading effects, because the organismic style of individuality (by functional integration of subparts) does not permit much competition or differential reproduction of parts from within. Species do not suppress the operation of lower levels; such effects therefore become available as exaptations conferring emergent fitness—a primary source of the different strength that species achieve as effective Darwinian individuals in evolution. (shrink)

¶1 Charles Darwin began the last paragraph of The Origin of Species (1859) with a famous metaphor about life's diversity and ecological complexity: It is interesting to contemplate an entangled bank, clothed with many plants of many kinds, with birds singing on the bushes, with various insects flitting about, and with worms crawling through the damp earth, and to reflect that these elaborately constructed forms, so different from each other, and dependent on each other in so complex a manner, have (...) all been produced by laws acting around us. He then begins the final sentence of the book with an equally famous statement: "There is grandeur in this view of life....". (shrink)

Understanding after the fact confers no special perspicacity. The real test for any diviner can only lie in grasping the outcome at the outset. Correct predictions, in themselves, offer no proof of true wisdom, for how can we distinguish dumb luck from horse sense? The only good experiment is, alas, the most undoable of all intriguing thoughts in a world of irrevocable history-to run back the tape and play it again, Sam.

Gallileo described the universe in his most famous line: "This grand book is written in the language of mathematics, and its characters are triangles, circles, and other geometrical figures." Why should the laws of nature be subject to statement in such elegantly basic algebra? Why does gravity work by the principle of inverse squares? Why do simple geometrics pervade nature--from the hexagons of the honeycomb, to the complex architecture of crystals? D'Arcy Thompson, author of Growth and Form and my (...) earliest intellectual hero (along with my father and Charles Darwin), wrote that "the harmony of the world is made manifest in Form and Number, and the heart and soul and all the poetry of Natural Philosophy are embodied in the concept of math ematical beauty." Many scientists, if only to coin a striking metaphor, depict a creating God as a mathematician from the realm of Plato or Pythagoras. The physicist James Jeans wrote: "From the intrinsic evidence of his creation, the Great Architect of the Universe now begins to appear as a pure mathematician.". (shrink)

Few of Stephen Jay Gould’s accomplishments in evolutionary biology have received more attention than his hierarchical theory of evolution, which postulates a causal discontinuity between micro- and macroevolutionary events. But Gould’s hierarchical theory was his second attempt to supply a theoretical framework for macroevolutionary studies—and one he did not inaugurate until the mid-1970s. In this paper, I examine Gould’s first attempt: a proposed fusion of theoretical morphology, multivariate biometry and the experimental study of adaptation in fossils. (...) This early “macroevolutionary synthesis” was predicated on the notion that parallelism and convergence dominate the history of higher taxa, and moreover, that they can be explained in terms of adaptation leading to mechanical improvement. In this paper, I explore the origins and contents of Gould’s first macroevolutionary synthesis, as well as the reasons for its downfall. In addition, I consider how various developments during the mid-1970s led Gould to identify hierarchy and constraint as the leading themes of macroevolutionary studies—and adaptation as a macroevolutionary red herring. (shrink)

provides a superb and unusual opportunity to gain insight into the meaning of experiment as a method in science. The primary desideratum in all experiments is reduction of confusing variables: we bring all the buzzing and blooming confusion of the external world into our laboratories and, holding all else constant in our artificial simplicity, try to vary just one potential factor at a time. But many subject defy the use of such an experimental method—particularly most social phenomena—because importation into (...) the laboratory destroys the subject of the investigation, and then we must yearn for simplifying guides in nature. If the external world occasionally obliges by holding some crucial factors constant for us, we can only offer thanks for this natural boost to understanding. (shrink)

The world, unfortunately, rarely matches our hopes and consistently refuses to behave in a reasonable manner. The psalmist did not distinguish himself as an acute observer when he wrote: "I have been young, and now am old; yet have I not seen the righteous forsaken, nor his seed begging bread." The tyranny of what seems reasonable often impedes science. Who before Einstein would have believed that the mass and aging of an object could be affected by its velocity near (...) the speed of light? (shrink)

While the Trigonia story is a microcosmic representation of nineteenth-century evolutionary debates, it also serves as a model for assessing the impact of new empirical material upon a controversial issue potentially explained by several internally consistent but contradictory theories; for there can be no fact quite so pristine as a discovery anticipated by no one. The reaction to modern trigonians was, I suspect, completely typical; all parties to the dispute managed to incorporate the new datum into their systems. Evolutionists emphasized (...) the morphological differences between Mesozoic and modern forms and assumed that the disjunct distribution was an artifact of an imperfect record. Agassiz cited the known distribution in support of special creation, but announced that the discovery of a Tertiary species would discredit none of his ideas. Parkinson could not readily encompass the difference without evident improvement in his progressionist synthesis, but invoked almighty wisdom in his ignorance.I do not doublt that all these naturalists proceeded properly in refusing to yield to the anomalies of a single fact which destroyed no deductive sequence in any of their theories. When one considers the stupendous amount of misinformation current in early nineteenth-century scientific circles,49 it is easy to appreciate the salutary aspects of stubbornness in the face of inevitable contradictory citations.De Beer50 has marveled at Darwin's ability, in the 1844 sketch, to work his way through a mire of misinformation: “It is a matter for wonder that with the meagre materials at his disposal he was able to steer a straight course across a largely uncharted ocean of ignorance, with rocks of falsehood right across his path.” Yet Darwin approached these rocks with the idea of natural selection already firmly in mind. Any pure empiricist would have surrendered to confusion long before 1859. (shrink)

The world is too complex and sloppy for such uncompromising attitudes. This chapter discusses the messier "hypothetical imperatives" that invoke desire, negotiation, and reciprocity Of these "lesser," but altogether wiser and deeper principles, one has stood out for its independent derivation, with different words but to the same effect, in culture after culture. Christians call this principle the "golden rule"; Plato, Daniel Hillel, and Confucius knew the same maxim by other names. Patience of this magnitude usually involves a deep (...) understanding of a fundamental principle, central to profession of geology but all too rarely grasped in daily life—the effects of scale. Phenomena unfold on their own appropriate scales of space and time and may be invisible in our myopic world of dimensions assessed by comparison with human height and times metered by human lifespans. On geological scales, our planet will take good care of itself and let time clear the impact of any human malfeasance. (shrink)

he landscape of every career contains a few crevasses, and usually a more extensive valley or two—for every Ruth's bat a Buckner's legs; for every lopsided victory at Agincourt, a bloodbath at Antietam. Darwin's Origin of Species contains some wonderful insights and magnificent lines, but this masterpiece also includes a few notable clunkers. Darwin experienced most embarrassment from the following passage, curtailed and largely expunged from later editions of his book: In North America the black bear was seen by Hearne (...) swimming for hours with widely open mouth, thus catching, like a whale, insects in the water. Even in so extreme a case as this, if the supply of insects were constant, and if better adapted competitors did not already exist in the country, I can see no difficulty in a race of bears being rendered, by natural selection, more aquatic in their structure and habits, with larger and larger mouths, till a creature was produced as monstrous as a whale. Why did Darwin become so chagrined about this passage? His hypothetical tale may be pure speculation and conjecture, but the scenario is not entirely absurd. Darwin's discomfort arose, I think, from his failure to follow a scientific norm of a more sociocultural nature. Scientific conclusions supposedly rest upon facts and information. Speculation is not entirely taboo, and may sometimes be necessary faute de mieux. But when scientists propose truly novel and comprehensive theories—as Darwin tried to do in advancing natural selection as the primary mechanism of evolution—they need particularly good support, and invented hypothetical cases just don't supply sufficient confidence for crucial conclusions. (shrink)

n my adopted home of Puritan New England, I have learned that personal indulgence is a vice to be tolerated only at rare intervals. Combine this stricture with two further principles and this essay achieves its rationale: first, that we celebrate in hundreds and their easy multiples (the Columbian quincentenary and the fiftieth anniversary of DiMaggio's hitting streak—both about equally important, and only the latter an unambiguous good); second, that geologists learn to take the long view.

Karl Giberson and Mariano Artigas offer an informed analysis on the views of Stephen Jay Gould, Richard Dawkins, Edward O. Wilson, Carl Sagan, Stephen Hawking and Steven Weinberg; carefully distinguishing science from philosophy and religion in the writings of the oracles.

arly in December of 1981, the federal courtroom in Little Rock, Arkansas, was packed. It was the first week of a trial brought on by the American Civil Liberties Union to challenge the constitutionality of a state law passed earlier that year. The law mandated "balanced treatment," in the publicly supported schools, between evolutionary ideas and so-called Creation Science, better known as the early chapters of Genesis taken absolutely literally (Ruse 1988). By the end of the third day, (...) the case for the plaintiffs was going well. Theologians had testified that Christianity had long interpreted the Bible metaphorically; a philosopher (me!) had argued that Creation Science fails every criterion of demarcation between science and pseudo-science; and the scientists were pointing to error after error in the claims of the literalists. (shrink)

During the 1970s, a "revolution" in American paleobiology took place. It came about in part because a group of mostly young, ambitious paleontologists adapted many of the quantitative methodologies and techniques developed in fields including biology and ecology over the previous several decades to their own discipline. Stephen Jay Gould, who was then just beginning his career, joined others in articulating a singular vision for transforming paleontology from an isolated and often ignored science to a "nomothetic discipline" (...) that could sit at evolution's "high table." Over the course of a single decade, between 1970 and 1980, this transformation had in large part been accomplished. Among those most centrally involved in this process were Gould, Thomas Schopf, David Raup, and Gould's graduate student Jack Sepkoski, all of whom made major contributions in theoretical and quantitative analysis of the fossil record and evolutionary history. Recognizing that an ideological agenda was not enough, Gould and others developed and promoted new outlets, technologies, and pedagogical strategies to nurture their new discipline. This paper describes this process of transformation, and presents Sepkoski's education and participation as exemplary of the "new model paleontologist", which Gould hoped to produce. (shrink)

From Bishop Wilberforce in the 1860s to the advocates of "creation science" today, defenders of traditional mores have condemned Darwin's theory of evolution as a threat to society's values. Darwin's defenders, like Stephen Jay Gould, have usually replied that there is no conflict between science and religion--that values and biological facts occupy separate realms. But as James Rachels points out in this thought-provoking study, Darwin himself would disagree with Gould. Darwin, who had once planned (...) on being a clergyman, was convinced that natural selection overthrew our age-old religious beliefs. Created from Animals offers a provocative look at how Darwinian evolution undermines many tenets of traditional philosophy and religion. James Rachels begins by examining Darwin's own life and work, presenting an astonishingly vivid and compressed biography. We see Darwin's studies of the psychological links in evolution (such as emotions in dogs, and the "mental powers" of worms), and how he addressed the moral implications of his work, especially in his concern for the welfare of animals. Rachels goes on to present a lively and accessible survey of the controversies that followed in Darwin's wake, ranging from Herbert Spencer's Social Darwinism to Edward O. Wilson's sociobiology, and discusses how the work of such influential intellects as Descartes, Hume, Kant, T.H. Huxley, Henri Bergson, B.F. Skinner, and Stephen Jay Gould has contributed to--or been overthrown by--evolutionary science. Western philosophy and religion, Rachels argues, have been shaken by the implications of Darwin's work, most notably the controversial idea that humans are simply a more complex kind of animal. Rachels assesses a number of studies that suggest how closely humans are linked to other primates in behavior, and then goes on to show how this idea undercuts the work of many prominent philosophers. Kant's famous argument that suicide reduces one to the level of an animal, for instance, is meaningless if humans are, in fact, animals. Indeed, humanity's membership in the animal kingdom calls into question the classic notions of human dignity and the sacredness of human life. What we need now, Rachels contends, is a philosophy that does not discriminate between different species, one that addresses each being on an individual basis. With this sweeping survey of the arguments, the philosophers, and the deep implications surrounding Darwinism, Rachels lays the foundations for a new view of morality. Vibrantly written and provocatively argued, Created from Animals offers a new perspective on issues ranging from suicide to euthanasia to animal rights. (shrink)

Stephen Jay Gould’s monumental The Structure of Evolutionary Theory ‘‘attempts to expand and alter the premises of Darwinism, in order to build an enlarged and distinctive evolutionary theory . . . while remaining within the tradition, and under the logic, of Darwinian argument.’’ The three branches or ‘‘fundamental principles of Darwinian logic’’ are, according to Gould: agency (natural selection acting on individual organisms), efficacy (producing new species adapted to their environments), and scope (accumulation of changes that through (...) geological time yield the living world’s panoply of diversity and morphological complexity). Gould’s efforts to contribute something important to each of these three fundamental components of Darwinian Theory are far from successful. (shrink)

According to hyper-Humeanism, the world of “fact” is utterly distinct from the realm of “value”-that is, the realm of morality and religion.This is a well-known philosophical position, and it more or less follows from some well-known philosophical doctrines (e.g., logical positivism, and neo-Wittgensteinianism), but its appeal is not limited to philosophers. Indeed, an acceptance of hyper-Humeanism seems to be at the root of Stephen Jay Gould’s recent defense of the thesis that science and religion are (...) utterly distinct. Gould’s stated aim in defending this thesis is to settle, or perhaps reveal as illusory, various conflicts between science and religion. However, I arguenot only that Gould’s version of this thesis is defective, but also that hyper-Humeanism itself is false. If I am right, then “facts” and “values”-science and religion in particular-can overlap in philosophically interesting ways. (shrink)

An 'anatomy' is a literary work that treats a particul.1r topic at great length and in minute detail. Viewed as a contribution to that genre, this massive and prolix tome may be read with patience and also with sympathy for its author. Gould diccl around the time that it was published, and the book is a fitting monument to his life's work. Because he goes into so much detail, providing an immense amount..

This article seeks to show how several rhetorical tools were used and, in fact, played a central role in the argumentation advanced by Niles Eldredge and Stephen Jay Gould in their 1972 seminal article on the theory of Punctuated Equilibria. It is analyzed how Eldredge and Gould proceeded through three steps that, sequentially integrated, made their argument compelling. It is shown how they made use of analogies, metaphors and other rhetorical tools. It is sustained that they began (...) by priming the reader to distrust the current interpretation of the fossil record offered by most paleontologists and then, in a second step, they used specific visual representations in order to suggest that the competitor theory was committed to the idea of an even and slow evolution at a constant rate, an image utilized by them as straw man. Finally, it is analyzed how, in their third step, Eldredge and Gould made use of several rhetorical arguments to present their theory as new for paleontology while, at the same time, placing it well inside the frame of the modern synthesis, and how they also managed to present their theory as more promising and capable of making predictions for future researches than the competitor theory. (shrink)

This is a composite review of three intriguing and provocative books that address the interconnections between East Asian and Western philosophy. Firstly, in _Phenomenology and Intercultural Understanding: Toward a New Cultural Flesh_, Kwok-Ying Lau thinks that phenomenology can help construct a “cultural flesh” between civilizations that encourages East-West philosophical dialogues, and that China needs to adopt Western terminology to facilitate an intercultural engagement. Merleau-Ponty’s “inter-world” can help this bridge. Secondly, in _Fundamentals of Comparative and Intercultural Philosophy_, Lin Ma and Jaap (...) van Brakel argue that Chinese thinkers of the modern world invent “Chinese philosophy” in order to engage with Western thought. In a distinct fashion, they incorporate a Wittgenstein-inspired scenario whereby the necessary precondition for comparative intercultural philosophy is the “attitude-toward-a-soul principle” alongside the “family resemblance principle” which includes the “no need to speak the same language principle” or no need for one tradition to adopt another’s terminology. Thirdly, in _Chinese and Buddhist Philosophy in Early Twentieth-Century German Thought_, Eric S. Nelson proposes that intertextual analysis opens multi-dimensional spaces of interpretation to situate changing views of East-West encounters in Germany ranging from Hegel and Kant to Buber and Heidegger. Daoism, Confucianism, Chan and Zen Buddhism are sites for examination by Western thinkers that open portals to East Asian culture and philosophy. (shrink)

In lieu of an abstract, here is a brief excerpt of the content:Journal of the History of Philosophy 40.1 (2002) 125-126 [Access article in PDF] Book Review Newton and Religion: Context, Nature, and Influence James E. Force and Richard H. Popkin, editors. Newton and Religion: Context, Nature, and Influence. International Archives of the History of Ideas. Dordrecht: Kluwer Academic Publishers, 1999. Pp. xvii + 325. Cloth, $168.00. When James Force and Richard Popkin published their Essays on the Context, (...) Nature, and Influence of Isaac Newton's Theology in 1990, they launched a new sub-genre in Newton studies. Their seminal work opened up new scholarly vistas in the study of Newton's antitrinitarian theology, his millenarian prophetic hermeneutics, the relations between his theology and his natural philosophy, and the historical legacies of these until recently under-researched aspects of his thought. Force and Popkin have excelled particularly in leading the attack on the two variants of the "two-Newton" thesis: first, that Newton's theological and alchemical works were the result of a putative post-middle-aged madness or the meandering mind of an old man and, second, that Newton somehow disassociated his "pure" science from the problematic contaminations of alchemy and theology. This new volume of thirteen essays is the latest product of this effort to restore unity to Newton's life and thought.The first paper, by Deborah Harkness, outlines the work of the Elizabethan magus John Dee for the purpose of suggesting possible analogies with Newton. In the second essay, Allison Coudert seeks to update the Yates thesis: the proposal that modern science received an early and powerful stimulus from occult philosophy. Unlike Yates, who focused on Hermeticism, Coudert sees the main occult impetus to the rise of science in a renewed Gnosticism that emphasized the need to recover the original prisca sapientia (ancient wisdom). Coudert locates Newton in this latter tradition. In the third paper, James Bono sets out to revise and extend William Ashworth's 1990 study of the impact on the history of science of the "emblematic" world view. Bono seeks to show that Newton retained a commitment to the unity of the Books of Nature and Scripture, even while rejecting what he saw as the corruption and idolatry of man-made systems of symbols in favor of a program of discovering God's hand at work in creation.In the fourth and fifth papers, Justin Champion and Rob Iliffe detail aspects of Newton's engagement with Catholicism. Champion skillfully demonstrates how and why Newton appropriated what he saw as acceptable elements of the incipient textual criticism of the Catholic priest Richard Simon. Notwithstanding his use of this product of Catholic scholarship, Newton's virulent anti-Catholicism is detailed in a sophisticated account by Iliffe, who shows that it extended well beyond Newton's already explicated anti-papist prophetic exegesis.The sixth, seventh, and ninth essays examine Newton's study of history. In the sixth paper, Robert Markley shows how Newton deployed universal history in his quest to trace the origin and subsequent corruption of pure religion. Continuing the theme of religious apostasy, in the seventh essay Matt Goldish examines Newton's ecclesiastical history "Of the Church." Goldish describes how Newton's painstaking research uncovered the corruption of primitive religion by paganism, gnosticism, kabbalism, emanationist doctrines, and other such human interventions. The ninth paper by Kenneth Knoespel contains a study of Newton's ponderous and often impenetrable manuscript Theologiae gentilis origins philosophicae. Knoespel argues that this document helps illustrate Newton's belief that his Principia not so much represented a discovery of new knowledge as it embodied a recovery of ancient revealed truth.The eighth, tenth, and thirteenth papers feature accounts of Newton's prophetic exegesis and millenarian thought. The eighth and thirteenth papers, by Sarah Hutton and Reiner Smolinski respectively, make great strides in the understanding of the unity of Newton's theology by illustrating how crucial aspects of his heterodox doctrine helped shape his prophetic thought. Hutton focuses on the impact of Newton's Arian Christology on his exegesis of Revelation, while Smolinski relates Newton's mortalism and rejection of evil spirits to... (shrink)

The Third Covenant explores the work of Pierre Teilhard de Chardin, Thomas Berry, and Albert LaChance, revealing through the lens of spirituality, science, and ecology, their understanding of human origin and evolution. Pierre Teilhard de Chardin, an early twentieth century geologist and priest, devoted his life as a scientist, clergyman, and mystic, to reuniting the artificial fracture between science and religion. Thomas Berry, a follower of Teilhard de Chardin and a highly respected cultural historian, furthered this (...) reunification by repositioning the human in the unfolding of an evolving universe, integrated and interdependent with the rest of the life systems of the planet. Albert LaChance, himself a six-year, face-to-face student of Berry, brought this new paradigm into his work as a poet, psychologist, addiction recovery professional, and most importantly, as a mystic and scholar of religion. Along with his daughter, Rebecca LaChance Goodwin, LaChance explores the development of this crucial shift in human understanding and its implications for the future. Parts I and II explore the elements of polarized thinking that makes us believe that we are separate from each other and the life systems of the planet. Thomas Berry's list of twelve principles for understanding the universe and the role of the human in the universe process describes the creative unfolding of our place in the universe. Part III introduces practical steps for achieving personal, familial, and cultural change. LaChance outlines his Twelve Steps of Ecological Spirituality to help us move from powerlessness and isolation to a state of reawakening to self, to humanity, to all species, to the planet, and to the universe. (shrink)

Examines the history and inherent flaws of the tests science has used to measure intelligence.