Online research in philosophy

B. R. Frieden uses a single procedure, called extreme physical information, with the aim of deriving 'most known physics, from statistical mechanics and thermodynamics to quantum mechanics, the Einstein field equations and quantum gravity'. His method, which is based on Fisher information, is given a detailed exposition in this book, and we attempt to assess the extent to which he succeeds in his task.

The historical origin and the experimental basis of the concept of physical determinism indicate that this basis was removed with the acceptance of the kinetic theory of matter, while its difficulties are increased by the admission that human nature, in its entirety, is a product of natural causation. An indeterministic view of causation has the advantages (a) of unifying the concept of natural law in different spheres of human experience and (b) of a greater generality, which precludes the acceptance of (...) the special case of completely deterministic causation, so long as this is an unproved assumption. It is not inconsistent with the orderliness of the world, or with the fruitful pursuit of natural knowledge. It enriches rather than weakens the concept of of causation. It possesses definite advantages with respect to the one-sidedness of human memory, and to the phenomena of aiming and striving observable in man and other animals. Among biological theories it appears to be most completely in harmony with the theory of natural selection, which in its statistical nature resembles the second law of thermo-dynamics. In an indeterministic world natural causation has a creative element, and science is interested in locating the original causes of effects of special interest, and not merely in pushing a chain of causation backwards ad infinitum. These contrasting tendencies are illustrated by a critique of the mutation theory, and by an attempt more closely to define the sense in which indeterministic causation should be thought of as creative. (shrink)

What is the relationship between biotechnology employees’ beliefs about the moral outcomes of a controversial transgenic research project and their attitudes of acceptance towards the project? To answer this question, employees (n=466) of a New Zealand company, AgResearch Ltd., were surveyed regarding a project to create transgenic cattle containing a synthetic copy of the human myelin basic protein gene (hMBP). Although diversity existed amongst employees’ attitudes of acceptance, they were generally: in favor of the project, believed that it should be (...) allowed to proceed to completion, and that it is acceptable to use transgenic cattle to produce medicines for humans. These three items were aggregated to form a project acceptance score. Scales were developed to measure respondents’ beliefs about the moral outcomes of the project for identified stakeholders in terms of the four principles of common morality (benefit, non-harm, justice, and autonomy). These data were statistically aggregated into an Ethical Valence Matrix for the project. The respondents’ project Ethical Valence Scores correlated significantly with their project acceptance scores (r=0.64, p<0.001), accounting for 41% of the variance in respondents’ acceptance attitudes. Of the four principles, non-harm had the strongest correlation with attitude to the project (r=0.59), followed by benefit and justice (both r=0.54), then autonomy (r=0.44). These results indicate that beliefs about the moral outcomes of a research project, in terms of the four principles approach, are strongly related to, and may be significant determinants of, attitudes to the research project. This suggests that, for employees of a biotechnology organization, ethical reasoning could be a central mechanism for the evaluation of the acceptability of a project. We propose that the Ethical Valence Matrix may be used as a tool to measure ethical attitudes towards controversial issues, providing a metric for comparison of perceived ethical consequences for multiple stakeholder groups and for the evaluation and comparison of the ethical consequences of competing alternative issues or projects. The tool could be used to measure both public and special interest groups’ ethical attitudes and results used for the development of socially responsible policy or by science organizations as a democratizing decision aid to selection amongst projects competing for scarce research funds. (shrink)

A number of authors have suggested that a conditional analysis of dispositions must take roughly the following form: Thing X is disposed to produce response R to stimulus S just in case, if X were exposed to S and surrounding circumstances were auspicious, then X would produce R. The great challenge is cashing out the relevant notion of ‘auspicious circumstances’. I give a general argument which entails that all existing conditional analyses fail, and that there is no satisfactory way to (...) define ‘auspicious circumstances’ just in terms of S, R, and X. Instead, I argue that the auspicious circumstances C for the manifestation of a disposition constitute a third irreducible element of that disposition, and that to pick out (or to ‘individuate’) that disposition one must specify C along with S and R. This enables a new conditional analysis of dispositions that gives intuitively satisfying answers in cases that pose problems for other approaches. (shrink)

The focus falls within the boundaries of what happens to persons and to a person's sense of identity when confronted by pain, suffering, and death. ...

This paper considers recent heated debates led by Jerry A. Coyne andMichael J. Wade on issues stemming from the 1929–1962 R.A. Fisher-Sewall Wrightcontroversy in population genetics. William B. Provine once remarked that theFisher-Wright controversy is central, fundamental, and very influential.Indeed,it is also persistent. The argumentative structure of therecent (1997–2000) debates is analyzed with the aim of eliminating a logicalconflict in them, viz., that the two sides in the debates havedifferent aims and that, as such, they are talking past each (...) other. Given aphilosophical analysis of the argumentative structure of the debates,suggestions supportive of Wade's work on the debate are made that areaimed, modestly, at putting the persistent Fisher-Wright controversy on thecourse to resolution. (shrink)

This essay examines the origin(s) of genotype-environment interaction, or G×E. "Origin(s)" and not "the origin" because the thesis is that there were actually two distinct concepts of G×E at this beginning: a biometric concept, or \[G \times E_B\] , and a developmental concept, or \[G \times E_D \] . R. A. Fisher, one of the founders of population genetics and the creator of the statistical analysis of variance, introduced the biometric concept as he attempted to resolve one of the (...) main problems in the biometric tradition of biology - partitioning the relative contributions of nature and nurture responsible for variation in a population. Lancelot Hogben, an experimental embryologist and also a statistician, introduced the developmental concept as he attempted to resolve one of the main problems in the developmental tradition of biology - determining the role that developmental relationships between genotype and environment played in the generation of variation. To argue for this thesis, I outline Fisher and Hogben's separate routes to their respective concepts of G × E; then these separate interpretations of G × E are drawn on to explicate a debate between Fisher and Hogben over the importance of G × E, the first installment of a persistent controversy. Finally, Fisher's \[G \times E_B\] and Hogben's \[G \times E_D \] are traced beyond their own work into mid-2Oth century population and developmental genetics, and then into the infamous IQ Controversy of the 1970s. (shrink)

We argue that the dynamical and computational hypotheses are compatible and in fact need each other: they are about different aspects of cognition. However, only computationalism is about the information-processing aspect. We then argue that any form of information processing relying on matching and comparing, as cognition does, must use discrete representations and computations defined over them.

There have been two different schools of thought on the evolution of dominance. On the one hand, followers of Wright [Wright S. 1929. Am. Nat. 63: 274–279, Evolution: Selected Papers by Sewall Wright, University of Chicago Press, Chicago; 1934. Am. Nat. 68: 25–53, Evolution: Selected Papers by Sewall Wright, University of Chicago Press, Chicago; Haldane J.B.S. 1930. Am. Nat. 64: 87–90; 1939. J. Genet. 37: 365–374; Kacser H. and Burns J.A. 1981. Genetics 97: 639–666] have defended the view that dominance (...) is a product of non-linearities in gene expression. On the other hand, followers of Fisher [Fisher R.A. 1928a. Am. Nat. 62: 15–126; 1928b. Am. Nat. 62: 571–574; Bürger R. 1983a. Math. Biosci. 67: 125–143; 1983b. J. Math. Biol. 16: 269–280; Wagner G. and Burger R. 1985. J. Theor. Biol. 113: 475–500; Mayo O. and Reinhard B. 1997. Biol. Rev. 72: 97–110] have argued that dominance evolved via selection on modifier genes. Some have called these “physiological” versus “selectionist,” or more recently [Falk R. 2001. Biol. Philos. 16: 285–323], “functional,” versus “structural” explanations of dominance. This paper argues, however, that one need not treat these explanations as exclusive. While one can disagree about the most likely evolutionary explanation of dominance, as Wright and Fisher did, offering a “physiological” or developmental explanation of dominance does not render dominance “epiphenomenal,” nor show that evolutionary considerations are irrelevant to the maintenance of dominance, as some [Kacser H. and Burns J.A. 1981. Genetics 97: 639–666] have argued. Recent work [Gilchrist M.A. and Nijhout H.F. 2001. Genetics 159: 423–432] illustrates how biological explanation is a multi-level task, requiring both a “top-down” approach to understanding how a pattern of inheritance or trait might be maintained in populations, as well as “bottom-up” modeling of the dynamics of gene expression. (shrink)

Fisher’s ‘fundamental theorem of natural selection’ is notoriously abstract, and, no less notoriously, many take it to be false. In this paper, I explicate the theorem, examine the role that it played in Fisher’s general project for biology, and analyze why it was so very fundamental for Fisher. I defend Ewens (1989) and Lessard (1997) in the view that the theorem is in fact a true theorem if, as Fisher claimed, ‘the terms employed’ are ‘used strictly (...) as defined’ (1930, p. 38). Finally, I explain the role that projects such as Fisher’s play in the progress of scientific inquiry. (shrink)

In the past five years, there have been a series of papers in the journal Evolution debating the relative significance of two theories of evolution, a neo-Fisherian and a neo-Wrightian theory, where the neo-Fisherians make explicit appeal to parsimony. My aim in this paper is to determine how we can make sense of such an appeal. One interpretation of parsimony takes it that a theory that contains fewer entities or processes, (however we demarcate these) is more parsimonious. On the account (...) that I defend here, parsimony is a ‘local’ virtue. Scientists’ appeals to parsimony are not necessarily an appeal to a theory’s simplicity in the sense of it’s positing fewer mechanisms. Rather, parsimony may be proxy for greater probability or likelihood. I argue that the neo-Fisherians appeal is best understood on this interpretation. And indeed, if we interpret parsimony as either prior probability or likelihood, then we can make better sense of Coyne et al. argument that Wright’s three phase process operates relatively infrequently. (shrink)

This paper provides a philosophical analysis of the ongoing controversy surrounding R.A. Fisher's famous ‘fundamental theorem’ of natural selection. The difference between the ‘traditional’ and ‘modern’ interpretations of the theorem is explained. I argue that proponents of the modern interpretation have captured Fisher's intended meaning correctly and shown that the theorem is mathematically correct, pace the traditional consensus. However, whether the theorem has any real biological significance remains an unresolved issue. I argue that the answer depends on whether (...) we accept Fisher's non-standard notion of environmental change, on which the theorem rests; arguments for and against this notion are explored. I suggest that there is a close link between Fisher's fundamental theorem and the modern ‘gene's eye’ view of evolution. Introduction What Does the Fundamental Theorem Say? Key Concepts Explained Alleged Significance of the FTNS Traditional versus Modern Interpretations of the FTNS The Modern Interpretation Illustrated Fisher's Concept of ‘Environmental Change’ Causality and the Modern Interpretation The Significance of the FTNS Re-considered Appendix CiteULike Connotea Del.icio.us What's this? (shrink)

Recently, a number of philosophers of biology (e.g., Matthen and Ariew 2002; Walsh, Lewens, and Ariew 2002; Pigliucci and Kaplan 2006; Walsh 2007) have endorsed views about random drift that, we will argue, rest on an implicit assumption that the meaning of concepts such as drift can be understood through an examination of the mathematical models in which drift appears. They also seem to implicitly assume that ontological questions about the causality (or lack thereof) of terms appearing in the models (...) can be gleaned from the models alone. We will question these general assumptions by showing how the same equation – the simple (p + q)2 = p2 + 2pq + q2 – can be given radically different interpretations, one of which is a physical, causal process and one of which is not. This shows that mathematical models on their own yield neither interpretations nor ontological conclusions. Instead, we argue that these issues can only be resolved by considering the phenomena that the models were originally designed to represent and the phenomena to which the models are currently applied. When one does take those factors into account, starting with the motivation for Sewall Wright’s and R.A. Fisher’s early drift models and ending with contemporary applications, a very different picture of the concept of drift emerges. On this view, drift is a term for a set of physical processes, namely, indiscriminate sampling processes (Beatty 1984; Hodge 1987; Millstein 2002, 2005). (shrink)

The debate between the Mendelians and the (largely Darwinian) biometricians has been referred to by R. A. Fisher as ‘one of the most needless controversies in the history of science’ and by David Hull as ‘an explicable embarrassment’. The literature on this topic consists mainly of explaining why the controversy occurred and what factors prevented it from being resolved. Regrettably, little or no mention is made of the issues that figured in its resolution. This paper deals with the latter (...) topic and in doing so reorients the focus of the debate as one between Karl Pearson and R. A. Fisher rather than between the biometricians and the Mendelians. One reason for this reorientation is that Pearson's own work in 1904 and 1909 suggested that Mendelism and biometry could, to some extent, be made compatible, yet he remained steadfast in his rejection of Mendelism. The interesting question then is why Fisher, who was also a proponent of biometric methods, was able to synthesise the two traditions in a way that Pearson either could not or would not. My answer to this question involves an analysis of the ways in which different kinds of assumptions were used in modelling Mendelian populations. I argue that it is these assumptions, which lay behind the statistical techniques of Pearson and Fisher, that can be isolated as the source of Pearson's rejection of Mendelism and Fisher's success in the synthesis. (shrink)

In 1936 R.A.Fisher asked the pointed question, "Has Mendel's Work Been Rediscovered?" The query was intended to open for discussion whether someone altered the data in Gregor Mendel's classic 1866 research report on the garden pea, "Experiments in Plant-Hybridization." Fisher concluded, reluctantly, that the statistical counts in Mendel's paper were doctored in order to create a better intuitive fit between Mendelian expected values and observed frequencies. That verdict remains the received view among statisticians, so I believe. Fisher's (...) analysis is a tour de force of so-called "Goodness of Fit" statistical tests using c2 to calculate significance levels, i.e., P-values. In this presentation I attempt a defense of Mendel's report, based on several themes. (1) Mendel's experiments include some important sequential design features that Fisher ignores. (2) Fisher uses particular statistical techniques of Meta-analysis for pooling outcomes from different experiments. These methods are subject to critical debate. and (3) I speculate on a small modification to Mendelian theory that offers some relief from Fisher's harsh conclusion that Mendel's data are too good to be true. (shrink)

Background There is a dearth of information on the prevalence of scientific misconduct from Nigeria. Objectives This study aimed at determining the prevalence of scientific misconduct in a group of researchers in Nigeria. Factors associated with the prevalence were ascertained. Method A descriptive study of researchers who attended a scientific conference in 2010 was conducted using the adapted Scientific Misconduct Questionnaire-Revised (SMQ-R). Results Ninety-one researchers (68.9%) admitted having committed at least one of the eight listed forms of scientific misconduct. Disagreement (...) about authorship was the most common form of misconduct committed (36.4%) while plagiarism was the least (9.2%). About 42% of researchers had committed falsification of data or plagiarism. Analysis of specific acts of misconduct showed that committing plagiarism was inversely associated with years in research (Fisher exact p-value = 0.02); falsifying data was related to perceived low effectiveness of the institution's rules and procedures for reducing scientific misconduct (X2 = 6.44, p-value = 0.01); and succumbing to pressure from study sponsor to engage in unethical practice was related to sex of researcher (Fisher exact p-value = 0.02). Conclusions The emergent data from this study is a cause for serious concern and calls for prompt intervention. The best response to reducing scientific misconduct will proceed from measures that contain both elements of prevention and enforcement. Training on research ethics has to be integrated into the curriculum of undergraduate and postgraduate students while provision should be made for in-service training of researchers. Penalties against acts of scientific misconduct should be enforced at institutional and national levels. (shrink)

This paper argues for two related theses. The first is that mathematical abstraction can play an important role in shaping the way we think about and hence understand certain phenomena, an enterprise that extends well beyond simply representing those phenomena for the purpose of calculating/predicting their behaviour. The second is that much of our contemporary understanding and interpretation of natural selection has resulted from the way it has been described in the context of statistics and mathematics. I argue for these (...) claims by tracing attempts to understand the basis of natural selection from its early formulation as a statistical theory to its later development by R.A. Fisher, one of the founders of modern population genetics. Not only did these developments put natural selection of a firm theoretical foundation but its mathematization changed the way it was understood as a biological process. Instead of simply clarifying its status, mathematical techniques were responsible for redefining or reconceptualising selection. As a corollary I show how a highly idealised mathematical law that seemingly fails to describe any concrete system can nevertheless contain a great deal of accurate information that can enhance our understanding far beyond simply predictive capabilities. (shrink)

In addition to its obvious successes within the kinetic theory the ideal gas law and the modeling assumptions associated with it have been used to treat phenomena in domains as diverse as economics and biology. One reason for this is that it is useful to model these systems using aggregates and statistical relationships. The issue I deal with here is the way R. A. Fisher used the model of an ideal gas as a methodological device for examining the causal (...) role of selection in producing variation in Mendelian populations. The model enabled him to create the kind of population where one could measure the effects of selection in a way that could not be done empirically. Consequently we are able to see how the model of an ideal gas was transformed into a biological model that functioned as an instrument for both investigating nature and developing a new theory of genetics. (shrink)

The mutual influence of science and values in biology is exhibited in several cases from the biological literature. It is argued in a number of cases, from R. A. Fisher's argument for the optimality of a 50:50 sex ratio to A. Jensen's defense of a genetic basis for intelligence, and including work on the evolution of sexual dimorphism and muted aggression, that the credence accorded the views is disproportionate with their theoretical and empirical warrant. It is, furthermore, suggested that (...) the proper explanation for the attraction and persistence of such views lies in their conformity with ideological norms. There is thus an important, if circumscribed, role for ideological critique in the evaluation of scientific theories; in particular, it lies in the explanation of the acceptance and persistence of scientific views, given independent grounds for questioning their justifiability. (shrink)

I provide a history of research on G×E in this article, showing that there have actually been two distinct concepts of G×E since the very origins of this research. R. A. Fisher introduced what I call the biometric concept of G×E, or G×EB, while Lancelot Hogben introduced what I call the developmental concept of G×E, or G×ED. Much of the subsequent history of research on G×E has largely consisted in the separate legacies of these separate concepts, along with the (...) (sometimes acrimonious) disputes that have arisen time and again when employers of each have argued over the appropriate way to conceptualize the phenomenon. With this history in place, I then consider more recent attempts to distinguish between different concepts of G×E, paying particular attention to the commonly made distinction between “statistical interaction” and “interactionism,” and also Michael Rutter’s distinction between “statistical interaction” and “the biological concept of interaction.” I argue that the history of the separate legacies of G×EB and G×ED better supports Rutter’s analysis of the situation, and that this analysis best paves the way for an integrative relationship between the various scientists investigating the place of G×E in the etiology of complex traits. (shrink)

The common view is that no novel IS an argument, though it might be reconstructed as one. This is curious, for we almost always feel the need to reconstruct arguments even when they are uncontroversially given as arguments, as in a philosophical text. We make the points as explicit, orderly, and (often) brief as possible, which is what we do in reconstructing a novel’s argument. The reverse is also true. Given a text that is uncontroversially an explicit, orderly, and brief (...) argument, in order to enhance plausibility, our first instinct is to flesh it out with illustrations and relationships to everyday life. If this process is fictive (e.g., with “thought experiments”) and orderly, it is story-telling. This paper investigates whether there is a principled way of determining a novel’s argument, which should contribute as much to understanding arguments as to understanding novels. (shrink)

Traditionally, analytic philosophers writing on aesthetics have given short shrift to nature. The last thirty years, however, have seen a steady growth of interest in this area. The essays and books now available cover central philosophical issues concerning the nature of the aesthetic and the existence of norms for aesthetic judgement. They also intersect with important issues in environmental philosophy. More recent contributions have opened up new topics, such as the relationship between natural sound and music, the beauty of animals, (...) and the aesthetics of gardens. Using these materials, it is now easy to include a module on the aesthetics of nature as one part of an introductory course on aesthetics, or even to design an entire upper-level undergraduate or graduate seminar around the topic. Author Recommends: Don Mannison, 'Comments Stimulated by Reinhardt's Remarks: A Prolegomenon to a Human Chauvinistic Aesthetic'. Environmental Philosophy. Eds. Don Mannison, Michael McRobbie, and Richard Routley (Canberra: Australian National University, 1980), 212–16. Readers coming fresh to contemporary debates may find the lack of attention to natural beauty in twentieth-century philosophy somewhat puzzling. This paper, which defends the view that nature cannot be aesthetically appreciated as such, presents this attitude in a particularly pure form. Ronald Hepburn, 'Contemporary Aesthetics and the Neglect of Natural Beauty'. British Analytical Philosophy. Eds. Bernard Williams and Alan Montefiore (London: Routledge and Kegan Paul, 1966), 285–310. Reprinted in The Aesthetics of Natural Environments. Eds. Allen Carlson and Arnold Berleant (Peterborough, Ontario: Broadview Press, 2004). This seminal essay marks the beginning of contemporary discussion of the aesthetics of nature. Many of its ideas and themes continue to reverberate in contemporary debates. Allen Carlson, Aesthetics and the Environment: The Appreciation of Nature, Art and Architecture (London: Routledge, 2000). This volume is a collection of Carlson's influential essays on environmental aesthetics. Chapters 4 and 5, 'Appreciation and the Natural Environment' and 'Nature, Aesthetic Judgment, and Objectivity', set the agenda for much subsequent discussion in the aesthetics of nature. Chapter 6, 'Nature and Positive Aesthetics', develops and defends the controversial idea that nature, unlike art, is always aesthetically good. Arnold Berleant, 'The Aesthetics of Art and Nature'. Landscape, Natural Beauty and the Arts. Eds. Salim Kemal and Ivan Gaskell (Cambridge: Cambridge University Press, 1993), 228–43. Reprinted in The Aesthetics of Natural Environments. Eds. Allen Carlson and Arnold Berleant (Peterborough, Ontario: Broadview Press, 2004). In this paper, Berleant presents his influential idea of an 'engaged aesthetics' for nature. Yuriko Saito, 'The Aesthetics of Unscenic Nature'. Journal of Aesthetics and Art Criticism 56 (1998): 101–11. This article develops Saito's idea that ethical considerations play a critical role in the aesthetics of nature, and presents a novel argument for Positive Aesthetics for nature. Malcolm Budd, The Aesthetic Appreciation of Nature: Essays on the Aesthetics of Nature (Oxford: Oxford University Press, 2002). This book collects Budd's papers on the aesthetics of nature, which contain important criticisms of Carlson's natural environmental model and the notion of Positive Aesthetics for nature. Noël Carroll, 'On Being Moved by Nature: Between Religion and Natural History'. Landscape, Natural Beauty and the Arts. Eds. Salim Kemal and Ivan Gaskell (Cambridge: Cambridge University Press, 1993), 244–66. Reprinted in The Aesthetics of Natural Environments. Eds. Allen Carlson and Arnold Berleant (Peterborough, Ontario: Broadview Press, 2004). This paper argues for the importance of aesthetic appreciation that emphasizes emotional responses to nature. A philosophically sophisticated and influential treatment by a leading aesthetician. Ned Hettinger, 'Allen Carlson's Environmental Aesthetics and Protection of the Environment'. Environmental Ethics 27 (2005): 57–76. In this essay, an environmental philosopher gives careful and thorough consideration to the place of aesthetic considerations in environmental protection, focusing on Carlson's work. John Andrew Fisher, 'What the Hills are Alive With: In Defense of the Sounds of Nature'. Journal of Aesthetics and Art Criticism 56 (1998): 167–79. Reprinted in The Aesthetics of Natural Environments. Eds. Allen Carlson and Arnold Berleant (Peterborough, Ontario: Broadview Press, 2004). Most discussions of nature aesthetics focus on visual experiences; this essay is the first philosophical study of the aesthetics of natural sounds. A nuanced and original paper. Allen Carlson and Arnold Berleant. 'Introduction: The Aesthetics of Nature'. The Aesthetics of Natural Environments. Eds. Allen Carlson and Arnold Berleant (Peterborough, Ontario: Broadview Press, 2004), 11–42. A comprehensive review of the literature, this essay contains the best available bibliography on the subject. Online Materials: http://plato.stanford.edu/entries/environmental-aesthetics/ Environmental Aesthetics: Allen Carlson's entry in the Stanford Encyclopedia of Philosophy. http://www.aesthetics-online.org/articles/index.php?articles_id=17 Teaching Environmental Aesthetics: Allen Carlson's article on the American Society for Aesthetics Web site. http://www.uqtr.uquebec.ca/AE/Vol_6/ Volume 6 of AE: Canadian Aesthetics Journal /Revue canadienne d'esthetique: Papers by Thomas Heyd and Ira Newman on Allen Carlson's book Aesthetics and the Environment, along with a response from Carlson. http://www.contempaesthetics.org/newvolume/pages/article.php?articleID=400 Paradoxes and Puzzles: Appreciating Gardens and Urban Nature: An essay by Stephanie Ross in the online journal Contemporary Aesthetics. Sample Syllabus for a three-week module in an undergraduate aesthetics course: This three week module can easily be adapted to fit shorter available class time or reduced reading expectations for students. A lighter two-week module, for instance, would drop the Hepburn reading and do either the Carroll essay or the Saito essay, but not both. Note that all readings for this module are reprinted in Allen Carlson and Arnold Berleant (eds.), The Aesthetics of Natural Environments (Peterborough, Ontario: Broadview Press, 2004). Week 1: Introduction Reading: Ronald Hepburn, 'Contemporary Aesthetics and the Neglect of Natural Beauty'. British Analytical Philosophy. Eds. Bernard Williams and Alan Montefiore (London: Routledge and Kegan Paul, 1966), 285–310. Discussion of Hepburn's essay will allow the instructor to bring out the distinctive issues and themes of the aesthetics of nature. Week 2: Objectivity or Subjectivity? Readings: Allen Carlson, 'Appreciation and the Natural Environment'. Journal of Aesthetics and Art Criticism 37 (1979): 267–76. Arnold Berleant, 'The Aesthetics of Art and Nature'. Landscape, Natural Beauty and the Arts. Eds. Salim Kemal and Ivan Gaskell (Cambridge: Cambridge University Press, 1993), 228–43. This section covers two very different approaches to thinking about the aesthetic appreciation of nature. Consideration of these provides an opportunity for students to reflect on nature's relationship to art, and on the character of aesthetic experience itself. Week 3: Pluralistic Approaches Readings: Yuriko Saito, 'Appreciating Nature on its Own Terms'. Environmental Ethics 20 (1998): 135–49. Noël Carroll, 'On Being Moved by Nature: Between Religion and Natural History'. Landscape, Natural Beauty and the Arts. Eds. Salim Kemal and Ivan Gaskell (Cambridge: Cambridge University Press, 1993), 244–66. This section considers approaches that are motivated by perceived limitations of the two approaches mentioned above. In discussing these, students will focus on the significance, for the aesthetics of nature, of emotion and also of broader ethical considerations. Sample Syllabus for an upper-level undergraduate or graduate seminar: Books on Syllabus: Glenn Parsons, Aesthetics and Nature [AN] (London: Continuum Press, forthcoming November 2008). Allen Carlson, Aesthetics and the Environment: The Appreciation of Nature, Art and Architecture [AE] (London: Routledge, 2000). Allen Carlson and Arnold Berleant (eds.), The Aesthetics of Natural Environments [ANE] (Peterborough, Ontario: Broadview Press, 2004). Week 1: Introduction Parsons, AN, ch. 1. Allen Carlson, 'Environmental Aesthetics'. The Routledge Companion to Aesthetics. Eds. Berys Gaut and Dominic Lopes (London: Routledge, 2001), 423–36. Don Mannison, 'Comments Stimulated by Reinhardt's Remarks: A Prolegomenon to a Human Chauvinistic Aesthetic'. Environmental Philosophy. Eds. Don Mannison, Michael McRobbie, and Richard Routley (Canberra: Australian National University, 1980), 212–16. Ronald Hepburn, 'Contemporary Aesthetics and the Neglect of Natural Beauty'. British Analytical Philosophy. Eds. Bernard Williams and Alan Montefiore (London: Routledge and Kegan Paul, 1966), 285–310. Reprinted in ANE. Week 2: Imagination Parsons, AN, ch. 2. Thomas Heyd, 'Aesthetic Appreciation and the Many Stories About Nature'. British Journal of Aesthetics 41 (2001): 125–37. Reprinted in ANE. Emily Brady, 'Imagination and the Aesthetic Appreciation of Nature'. Journal of Aesthetics and Art Criticism 56 (1998): 139–47. Reprinted in ANE. Marcia Eaton, 'Fact and Fiction in the Aesthetic Appreciation of Nature'. Journal of Aesthetics and Art Criticism 56 (1998): 149–56. Reprinted in ANE. Week 3: Formalism Parsons, AN, ch. 3. Carlson, 'Formal Qualities and the Natural Environment', AE, ch. 3. Allen Carlson, 'On the Possibility of Quantifying Scenic Beauty'. Landscape Planning 4 (1977): 131–72. Ira Newman, 'Reflections on Allen Carlson's Aesthetics and the Environment'. AE: Canadian Aesthetics Journal /Revue canadienne d'esthetique 6 (2001) http://www.uqtr.uquebec.ca/AE/Vol_6/Carlson/newman.html>. Nick Zangwill, 'Formal Natural Beauty'. Proceedings of the Aristotelian Society 21 (2001): 209–24. Week 4: Science and Nature Aesthetics Parsons, AN, ch. 4. Aldo Leopold, 'Country'. A Sand County Almanac, with Essays on Conservation from Round River (New York, NY: Ballantine Books, 1966), 177–80. Carlson, 'Appreciation and the Natural Environment', AE, ch. 4. Carlson, 'Nature, Aesthetic Judgment, and Objectivity', AE, ch. 5. Glenn Parsons, 'The Aesthetics of Nature'. Philosophy Compass 2 (2007): 358–72. Week 5: Positive Aesthetics Carlson, 'Nature and Positive Aesthetics', AE, ch. 6. Eugene Hargrove, Foundations of Environmental Ethics (Denton, TX: Environmental Ethics Books, 1996), ch. 6. Yuriko Saito, 'The Aesthetics of Unscenic Nature'. Journal of Aesthetics and Art Criticism 56 (1998): 101–11. Malcolm Budd, 'The Aesthetics of Nature'. Proceedings of the Aristotelian Society 100 (2000): 137–57. Glenn Parsons, 'Nature Appreciation, Science and Positive Aesthetics'. British Journal of Aesthetics 42 (2002): 279–95. Week 6: Animals Edmund Burke, A Philosophical Enquiry into the Origin of our Ideas of the Sublime and Beautiful. Ed. James T. Boulton (Notre Dame, IN: University of Notre Dame Press, 1968 [1757]), Pt. III, sec. VI. Holmes Rolston III, 'Beauty and the Beast: Aesthetic Experience of Wildlife'. Valuing Wildlife: Economic and Social Perspectives. Eds. Daniel J. Decker and Gary R. Goff (Boulder, CO: Westview Press, 1987), 187–96. Glenn Parsons, 'The Aesthetic Value of Animals'. Environmental Ethics 27 (2007): 151–69. Week 7: Pluralism Parsons, AN, ch. 5. Noël Carroll, 'On Being Moved by Nature: Between Religion and Natural History'. Landscape, Natural Beauty and the Arts. Eds. Salim Kemal and Ivan Gaskell (Cambridge: Cambridge University Press, 1993), 244–66. Reprinted in ANE. Yuriko Saito, 'Appreciating Nature on its Own Terms'. Environmental Ethics 20 (1998): 135–49. Reprinted in ANE. Ronald Hepburn, 'Nature Humanized: Nature Respected'. Environmental Values 7 (1998): 267–79. Ronald Hepburn, 'Trivial and Serious in Aesthetic Appreciation of Nature'. Landscape, Natural Beauty and the Arts. Eds. Salim Kemal and Ivan Gaskell (Cambridge: Cambridge University Press, 1993), 65–80. Glenn Parsons and Allen Carlson, 'New Formalism and the Aesthetic Appreciation of Nature'. Journal of Aesthetics and Art Criticism 62 (2004): 363–76. Week 8: Engagement Parsons, AN, ch. 6. Arnold Berleant, 'The Aesthetics of Art and Nature'. Landscape, Natural Beauty and the Arts. Eds. Salim Kemal and Ivan Gaskell (Cambridge: Cambridge University Press, 1993), 228–43. Reprinted in ANE. Cheryl Foster, 'The Narrative and the Ambient in Environmental Aesthetics'. Journal of Aesthetics and Art Criticism 56 (1998): 127–37. Reprinted in ANE. Allen Carlson, 'Aesthetics and Engagement'. British Journal of Aesthetics 33 (1993): 220–27. Week 9: The Sublime Immanuel Kant, Critique of the Power of Judgment. Trans. P. Guyer and E. Matthews (Cambridge University Press, 2000 [1790]). Excerpts from sections 23–9. Edmund Burke, A Philosophical Enquiry into the Origin of our Ideas of the Sublime and Beautiful. Ed. James T. Boulton (Notre Dame, IN: University of Notre Dame Press, 1968 [1757]). Excerpts from Pt. II, sections 1–8. Ronald Hepburn, 'The Concept of the Sublime: Has it any Relevance for Philosophy Today?'. Dialectics and Humanism 15 (1988): 137–55. Stan Godlovitch, 'Icebreakers: Environmentalism and Natural Aesthetics'. Journal of Applied Philosophy 11 (1994): 15–30. Reprinted in ANE. Malcolm Budd, 'Delight in the Natural World: Kant on the Aesthetic Appreciation of Nature. Part I: The Sublime in Nature'. British Journal of Aesthetics 38 (1998): 233–50. Week 10: Aesthetic Preservation Parsons, AN, ch. 7. Janna Thompson, 'Aesthetics and the Value of Nature'. Environmental Ethics 17 (1995): 291–305. Holmes Rolston III, 'From Beauty to Duty: Aesthetics of Nature and Environmental Ethics'. Environment and the Arts: Perspectives on Environmental Aesthetics. Ed. Arnold Berleant (Aldershot, UK: Ashgate, 2002), 127–41. Ned Hettinger, 'Allen Carlson's Environmental Aesthetics and Protection of the Environment'. Environmental Ethics 27 (2005): 57–76. Keekok Lee, 'Beauty for Ever?'. Environmental Values 4 (1995): 213–25. Week 11: Gardens Parsons, AN, ch. 8. Mara Miller, The Garden as an Art (Albany, NY: State University of New York Press, 1993), ch. 1. Mara Miller, 'Gardens as Works of Art: The Problem of Uniqueness'. British Journal of Aesthetics 26 (1986): 252–6. Stephanie Ross, What Gardens Mean (Chicago, IL: University of Chicago Press, 1998), chs. 1, 7. Tom Leddy, 'Gardens in an Expanded Field'. British Journal of Aesthetics 28 (1988): 327–40. David Cooper, 'In Praise of Gardens'. British Journal of Aesthetics 43 (2003): 101–13. Week 12: Art in Nature Parsons, AN, ch. 9. Carlson, 'Is Environmental Art an Aesthetic Affront to Nature?', AE, ch. 10. Sheila Lintott, 'Ethically Evaluating Land Art: Is It Worth It?'. Ethics, Place & Environment 10 (2007): 263–77. Emily Brady, 'Aesthetic Regard for Nature in Environmental and Land Art'. Ethics, Place & Environment 10 (2007): 287–300. Focus Questions1. Are there any important differences between the aesthetic appreciation of art and the aesthetic appreciation of nature? If so, what are they?2. Is preserving nature for its aesthetic value a coherent idea?3. What is the ugliest natural thing or place you can think of? How might proponents of Positive Aesthetics for nature deal with your example?4. Does the concept of the sublime have any significance for our contemporary experience of nature? If it does, what relation does it bear to our aesthetic appreciation of nature?5. Watch Rivers and Tides (2001), the documentary film about the British environmental artist Andy Goldsworthy. Ethically speaking, how do you think we ought to regard his art-making? (shrink)

In the United States alone, industrial and agricultural toxins account for about 60,000 avoidable cancer deaths annually. Pollution-related health costs to Americans are similarly staggering: $13 billion a year from asthma, $351 billion from cardiovascular disease, and $240 billion from occupational disease and injury. Most troubling, children, the poor, and minorities bear the brunt of these health tragedies. Why, asks Kristin Shrader-Frechette, has the government failed to protect us, and what can we do about it? In this book, at once (...) brilliant and accessible, Shrader-Frechette reveals how politicians, campaign contributors, and lobbyists--and their power over media, advertising, and public relations--have conspired to cover up environmental disease and death. She also shows how science and regulators themselves are frequently "captured" by well-funded polluters and special interests. But most important, the author puts both the blame--and the solution--on the shoulders of ordinary citizens. She argues that everyone, especially in a democracy, has a duty to help prevent avoidable environmental deaths, to remain informed about, and involved in, public-health and environmental decision-making. Toward this end, she outlines specific, concrete ways in which people can contribute to life-saving reforms, many of them building on recommendations of the American Public Health Association. As disturbing as it is, Shrader-Frechette's message is ultimately hopeful. Calling for a new "democratic revolution," she reminds us that while only a fraction of the early colonists supported the American Revolution, that tiny group managed to change the world. Her book embodies the conviction that we can do the same for environmental health, particularly if citizens become the change they seek. -/- "Influential and impressive. " - Nicholas A. Ashford, Massachusetts Institute of Technology "Important and compelling, clearly written, accessible. I enthusiastically recommend this book." - James F. Childress, University of Virginia "This book shakes the reader." - Avner de-Shalit, Hebrew University of Jerusalem "Powerful, perspicuous, convincing. Essential reading for today." - Inmaculada de Melo-Martin "A must-read - a book you won't want to put down." - Kevin Elliott, University of South Carolina "An eloquent and persuasive plea to scientists and citizens." - George W. Fisher, Johns Hopkins University "Engaging, compelling - deserves to be read by nearly everyone." - William R. Freudenberg, University of California, Santa Barbara "By one of America's foremost philosophers and public intellectuals; immensely readable, courageous, often startling, insightful." - Richard Hiskes, University of Connecticut "Timely, accessible, and written with enviable clarity and passion. A distinguished philosopher sounds an ethical call to arms to prevent illness and death from pollution." - Sheila Jasanoff, Harvard University "A blistering account of how advocacy must be brought to bear on issues of justice and public health." - Jeffrey Kahn, University of Minnesota "Breaks new ground in linking environmental protection with social justice. A brilliant inquiry." - Sheldon Krimsky, Tufts University "Powerful, lucid, disturbing, poignantly hopeful, lively; deserves to be widely read." - Hugh Lacey, Swarthmore College "A powerful call to action that needs to be heard by consumers and policymakers alike." - Anna C. Mastroianni, University of Washington "No other author can so forcefully bring together ethical analysis, government policy, and environmental science. Outstanding." - Colleen Moore, University of Wisconsin "Accessible, thoughtful, exceptional. It made me want to go out and slay a few dragons of my own!" - Felicity Sackville Northcott, Johns Hopkins University "Convincing, with an impressive command of scientific knowledge. No book more clearly demonstrates the need for citizen action." - Mark Sagoff, University of Maryland "Like Rachel Carson's Silent Spring - brilliant, brave." - Sylvia Hood Washington, University of Illinois, Chicago "This book is inspirational as much as it is scientific....Highly recommended." -- CHOICE. (shrink)

This paper is about the differences between probabilities and beliefs and why reasoning should not always conform to probability laws. Probability is defined in terms of urn models from which probability laws can be derived. This means that probabilities are expressed in rational numbers, they suppose the existence of veridical representations and, when viewed as parts of a probability model, they are determined by a restricted set of variables. Moreover, probabilities are subjective, in that they apply to classes of events (...) that have been deemed (by someone) to be equivalent, rather than to unique events. Beliefs on the other hand are multifaceted, interconnected with all other beliefs, and inexpressible in their entirety. It will be argued that there are not sufficient rational numbers to characterise beliefs by probabilities and that the idea of a veridical set of beliefs is questionable. The concept of a complete probability model based on Fisher's notion of identifiable subsets is outlined. It is argued that to be complete a model must be known to be true. This can never be the case because whatever a person supposes to be true must be potentially modifiable in the light of new information. Thus to infer that an individual's probability estimate is biased it is necessary not only to show that the estimate differs from that given by a probability model, but also to assume that this model is complete, and completeness is not empirically verifiable. It follows that probability models and Bayes theorem are not necessarily appropriate standards for people's probability judgements. The quality of a probability model depends on how reasonable it is to treat some existing uncertainty as if it were equivalent to that in a particular urn model and this cannot be determined empirically. Bias can be demonstrated in estimates of proportions of finite populations such as in the false consensus effect. However the modification of beliefs by ad hoc methods like Tversky and Kahneman's heuristics can be justified, even though this results in biased judgements. This is because of pragmatic factors such as the cost of obtaining and taking account of additional information which are not included even in a complete probability model. Finally, an analogy is drawn between probability models and geometric figures. Both idealisations are useful but qualitatively inadequate characterisations of nature. A difference between the two is that the size of any error can be limited in the case of the geometric figure in a way that is not possible in a probability model. (shrink)

Many people, such as Adam Smith, Milton Friedman, Irving Fisher, and William Sharpe, assume that free markets full of rational people automatically lead to ethical actions and outcomes. After all, at its equilibrium point, a perfectly competitive free market maximizes utility, respects autonomy, and fulfills justice’s dictates. Unfortunately, in some technology markets, there are a significant number of people who have undergone epistemic closure. Epistemic closure entails that all reliable evidence that would challenge deeply held beliefs is dismissed as (...) corrupted, whereas all supporting evidence, no matter how unreliable, is accepted as incontrovertible. Those who have the condition act irrationally within that domain. As a result, business decisions become much more difficult than they would be in a rational market. In this article, epistemic closure’s ethical issues are developed. First, although they are acting irrationally within the closure’s domain, those with epistemic closure can still be held accountable for their actions. Second, to deal ethically with epistemic closure and its consequences, then it is vital to know what it is and its root causes, as well as to have a practical principle that can assist in making pragmatic decisions. Because some new technologies face epistemic closure, then focusing on a particular representative case of it will help to illustrate the issue’s ethical dimensions. (shrink)