The purpose of this paper is to elucidate the semantic relation between continental drift and plate tectonics. The numerous attempts to account for this case in either Kuhnian or Lakatosian terms have been convincingly dismissed by Rachel Laudan, who nevertheless acknowledged that there was not yet a plausible alternative to explain the so called “geological revolution”. Several decades later, the epistemological side of this revolution has received much attention, while the semantic relation between drift theory and plate (...) tectonics has remained mainly unexplored. In studying this case under a new light, the notion of embedding, as distinguished from other sorts of intertheoretical relations :11–27, 2011), will have a particular significance. After formally analyzing the relationship between continental drift and plate tectonics, it will become evident that the models of drift theory are part of the models of plate tectonics, thereby fulfilling the conditions for embedding. All theoretical concepts from drift theory are presupposed in some theoretical concepts from plate tectonics, and all empirical concepts of the former are shared by the latter. Furthermore, all the successful paradigmatic applications of continental drift are also successful applications of plate tectonics. As a consequence, under the label “geological revolution”, we actually find a salient historical case of cumulative progress across theory change. (shrink)

(1989). The introduction and development of continental drift theory and plate tectonics in China: a case study in the transference of scientific ideas from west to east. Annals of Science: Vol. 46, No. 1, pp. 21-43.

I examine the citation patterns to a revolutionary scientific paper, Hess’ “History of Ocean Basins”, which played a significant role in the plate tectonics revolution in the geosciences. I test two predictions made by the geoscientist Menard (in Science: growth and change. Harvard University Press, Cambridge, 1971): (1) that the peak year of citations for Hess’ article will be 1968; and (2) that the rate of citations to the article will then reach some lower level, continuing on accumulating (...) citations at some regular but unimpressive rate. Drawing on data covering the period from 1962 to 2019, I show that Menard was close with respect to the first prediction. But I also show that things are less clear with respect to the second prediction. I explain why the data are less clear with respect to the second prediction. (shrink)

In the nineteen-sixties, plate tectonics became the accepted theoretical framework in the earth sciences. This framework revived the idea of continental drift that had been first proposed in 1912 by Alfred Wegener (1966). This paper offers an analysis of the arguments of Wegener and his opponents. We shall show that from Wegener’s perspective his hypotheses possessed a high degree of explanatory coherence, while from the opponents’ perspective his theory was incoherent with much that was generally known.Our analysis uses (...) a new theory of explanatory coherence that has already been applied to several important cases in the history of science: Lavoisier’s argument for his oxygen theory against the phlogiston theory, Darwin’s argument for the theory of evolution by natural selection, and current disputes about why dinosaurs became extinct (Thagard 1988b). This theory is implemented in a connectionist computer program called ECHO that takes statements of explanatory relations as input and creates a network of units, crudely analogous to neurons, with excitatory and inhibitory links among them. (shrink)

Kuhn's Structure of Scientific Revolutions has been enduringly influential in philosophy of science, challenging many common presuppositions about the nature of science and the growth of scientific knowledge. However, philosophers have misunderstood Kuhn's view, treating him as a relativist or social constructionist. In this book, Brad Wray argues that Kuhn provides a useful framework for developing an epistemology of science that takes account of the constructive role that social factors play in scientific inquiry. He examines the core concepts of Structure (...) and explains the main characteristics of both Kuhn's evolutionary epistemology and his social epistemology, relating Structure to Kuhn's developed view presented in his later writings. The discussion includes analyses of the Copernican revolution in astronomy and the plate tectonics revolution in geology. The book will be useful for scholars working in science studies, sociologists and historians of science as well as philosophers of science. (shrink)

The work of Tversky, Kahneman and others suggests that people often make use of cognitive heuristics such as availability, salience and representativeness in their reasoning and decision making. Through use of a historical example--the recent plate tectonics revolution in geology--I argue that such heuristics play a crucial role in scientific decision making also. I suggest how these heuristics are to be considered, along with noncognitive factors (such as motivation and social structures) when drawing historical and epistemological conclusions. The (...) normative perspective is community-wide, contextual, and instrumental. (shrink)

The renowned biologist and thinker Richard Dawkins presents his most expansive work yet: a comprehensive look at evolution, ranging from the latest developments in the field to his own provocative views. Loosely based on the form of Chaucer's Canterbury Tales, Dawkins's Tale takes us modern humans back through four billion years of life on our planet. As the pilgrimage progresses, we join with other organisms at the forty "rendezvous points" where we find a common ancestor. The band of pilgrims swells (...) into a vast crowd as we join first with other primates, then with other mammals, and so on back to the first primordial organism. Dawkins's brilliant, inventive approach allows us to view the connections between ourselves and all other life in a bracingly novel way. It also lets him shed bright new light on the most compelling aspects of evolutionary history and theory: sexual selection, speciation, convergent evolution, extinction, genetics, plate tectonics, geographical dispersal, and more. The Ancestor's Tale is at once a far-reaching survey of the latest, best thinking on biology and a fascinating history of life on Earth. Here Dawkins shows us how remarkable we are, how astonishing our history, and how intimate our relationship with the rest of the living world. (shrink)

Scientific articles exemplify standard functional units constraining argumentative structures. Severe space limitations demand every paragraph and illustration contribute to establishing the paper's claims. Philosophical testing and confirmation models should take into account each paragraph, table, and illustration. Hypothetico-Deductive, Bayesian Inductive, and Inference-to-the-Best-Explanation models do not, garbling the logic of papers. Micro-analysis of the fundamental paper in plate tectonics reveals an argumentative structure commonplace in science but ignored by standard philosophical accounts that cannot be dismissed as mere rhetorical embellishment. (...) Papers with illustrations often display a second argumentative structure differing from the text's. Constraints on adequate testing and confirmation analyses are adduced. "Experiments are about the assembly of persuasive arguments, ones that will stand up in court.... The task at hand is to capture the building-up of a persuasive argument about the world even in the absence of the logician's certainty." --Galison, How Experiments End, 277. (shrink)

On the basis of an analysis of a single paper on plate tectonics, a paper whose actual content is nowhere in evidence, Frederick Suppe concludes that no standard model of confirmation—hypothetico-deductive, Bayesian-inductive, or inference to the best explanation—can account for the structure of a scientific paper that reports an experimental result. He further argues on the basis of a survey of scientific papers, a survey whose data and results are also absent, that papers which have a rather stringent (...) length limit, such as the one on plate tectonics, are typical of science. Thus, he concludes that no standard confirmation scheme is capable of dealing with scientific practice. Suppe also requires that an adequate model of philosophical testing should be able to account for everything in such scientific papers, in which space is at a premium. (shrink)

Scientific inquiry has led to immense explanatory and technological successes, partly as a result of the pervasiveness of scientific theories. Relativity theory, evolutionary theory, and plate tectonics were, and continue to be, wildly successful families of theories within physics, biology, and geology. Other powerful theory clusters inhabit comparatively recent disciplines such as cognitive science, climate science, molecular biology, microeconomics, and Geographic Information Science (GIS). Effective scientific theories magnify understanding, help supply legitimate explanations, and assist in formulating predictions. Moving (...) from their knowledge-producing representational functions to their interventional roles (Hacking 1983), theories are integral to building technologies used within consumer, industrial, and scientific milieus. -/- This entry explores the structure of scientific theories from the perspective of the Syntactic, Semantic, and Pragmatic Views. Each of these views answers questions such as the following in unique ways. What is the best characterization of the composition and function of scientific theory? How is theory linked with world? Which philosophical tools can and should be employed in describing and reconstructing scientific theory? Is an understanding of practice and application necessary for a comprehension of the core structure of a scientific theory? How are these three views ultimately related? (shrink)

In this paper I inquire into Bogen and Woodward’s data/phenomena distinction, which in a similar way to Cartwright’s construal of the model of superconductivity —although in a different domain—argues for a ‘bottom-up’ construction of phenomena from data without the involvement of theory. I criticise Bogen and Woodward’s account by analysing their melting point of lead example in depth, which is usually cited in the literature to illustrate the data/phenomenon distinction. Yet, the main focus of this paper lies on Matthias Kaiser’s (...) case study of the plate tectonic revolution, the most extensive case study that has been put forth to support the bottom-up construction of phenomena. On the basis of new historical evidence, which has been overlooked not only by Kaiser but also by the entire historical literature on the plate tectonic revolution, I demonstrate that phenomena are not constructed from the bottom-up but rather, admittedly counter-intuitively, from the top-down.Keywords: Data; Phenomena; Bottom-up; Theory-ladenness; Plate tectonic revolution. (shrink)

ABSTRACT Clinicians, researchers and the informed public have come to view addiction as a brain disease. However, in nature even extreme events often reflect normal processes, for instance the principles of plate tectonics explain earthquakes as well as the gradual changes in the face of the earth. In the same way, excessive drug use is predicted by general principles of choice. One of the implications of this result is that drugs do not turn addicts into compulsive drug users; (...) they retain the capacity to say ?no?. In support of the logical implications of the choice theory approach to addiction, research reveals that most addicts quit using drugs by about age 30, that most quit without professional help, that the correlates of quitting are the correlates of decision making, and, according to the most recent epidemiological evidence, the probability of quitting remains constant over time and independent of the onset of dependence. This last result implies that, after an initial period of heavy drug use, remission is independent of any further exposure to drugs. In short, there is much empirical support for the claim that addiction emerges as a function of the rules of everyday choice. (shrink)

Frederick Suppe would have us reject hypothetico-deductivism, Bayesianism, and Inference to the Best Explanation, on the grounds that none of these philosophical models can account for the argumentative structure that virtually all data-based papers in science share, a structure exemplified by W. Jason Morgan's landmark paper in plate tectonics. At the core of that putative universal structure is a strategy whereby recalcitrant data are given interpretations designed to show that the theory or scientific model being advanced need not (...) take them into account. Pity Karl Popper: immunizing stratagems are the soul of scientific argument. (shrink)

The one thing upon which we can all agree is that just over ten years ago a major revolution occurred in the science of geology. Geologists switched from accepting a static earth-picture, to endorsing a vision of an earth with its surface constantly in motion. (Cox [4]; Hallam [12]; Marvin [28]; Wilson [56]). It is true that early in this century the German geologist Alfred Wegener argued that the continents as we today find them have “drifted” to their positions from (...) other positions widely different. However, other than amongst a number of scientists drawn almost exclusively from the Southern Hemisphere, his ideas fell on deaf — or more precisely, contemptuous — ears. Then in the mid 1960’s, almost literally overnight, the geological community swung around and embraced the hypothesis of continental drift, or what we shall see is perhaps more accurately called “plate tectonics”. (shrink)

Part 1. Lecture 1. What is big history? ; Lecture 2. Moving across multiple scales ; Lecture 3. Simplicity and complexity ; Lecture 4. Evidence and the nature of science ; Lecture 5. Threshold 1, Origins of Big Bang cosmology ; Lecture 6. How did everything begin? ; Lecture 7. Threshold 2, The first stars and galaxies ; Lecture 8. Threshold 3, Making chemical elements ; Lecture 9. Threshold 4, The earth and the solar system ; Lecture 10. The early (...) earth, a short history ; Lecture 11. Plate tectonics and the earth's geography ; Lecture 12. Threshold 5, Life -- Part 2. Lecture 13. Darwin and natural selection ; Lecture 14. The evidence for natural selection ; Lecture 15. The origins of life ; Lecture 16. Life on earth, single-celled organisms ; Lecture 17. Life on earth, multi-celled organisms ; Lecture 18. Hominines ; Lecture 19. Evidence on hominine evolution ; Lecture 20. Threshold 6, What makes humans different? ; Lecture 21. Homo sapiens, the first humans ; Lecture 22. Paleolithic lifeways ; Lecture 23. Change in the Paleolithic Era ; Lecture 24. Threshold 7, agriculture -- Part 3. Lecture 25. The origins of agriculture ; Lecture 26. The first agrarian societies ; Lecture 27. Power and its origins ; Lecture 28. Early power structures ; Lecture 29. From villages to cities ; Lecture 30. Sumer, the first agrarian civilization ; Lecture 31. Agrarian civilizations in other regions ; Lecture 32. The world that agrarian civilizations made ; Lecture 33. Long trends, expansion and state power ; Lecture 34. Long trends, rates of innovation ; Lecture 35. Long trends, disease and Malthusian cycles ; Lecture 36. Comparing the world zones -- Part 4. Lecture 37. The Americas in the later Agrarian Era ; Lecture 38. Threshold 8, the modern revolution ; Lecture 39. The Medieval Malthusian Cycle, 500-1350 ; Lecture 40. The Early Modern Cycle, 1350-1700 ; Lecture 41. Breakthrough, the Industrial Revolution ; Lecture 42. Spread of the Industrial Revolution to 1900 ; Lecture 43. The 20th century ; Lecture 44. The world that the modern revolution made ; Lecture 45. Human history and the biosphere ; Lecture 46. The next 100 years ; Lecture 47. The next millennium and the remote future ; Lecture 48. Big history, humans in the cosmos. (shrink)

The article appearing previously in this journal entitled “Styles of Thought on the Continental Drift Debate” (Pellegrini 2019) prompted a response from Weber and Šešelja (2020) which they termed as “a defence of rationalist accounts”. They argue that their self-designated “sophisticated rationalism” explains the closure of the continental-drift debate without being affected by my critiques to rationalist approaches. While ignoring the empirical evidence that shows the complexity of the debate and the necessity to include broader social elements in the analysis (...) (such as scientists denying continental drift even after the plate tectonics theory, others supporting it without being familiarized with the literature), they proclaim to be unconvinced about the analysis of the styles of thought. In order to clarify differences in the approach to the continental-drift historical controversy, I respond here to the criticism my paper drew while discussing the place of rationalism when explaining the acceptance of a theory. I will argue that their distinction between “crude” and “sophisticated” rationalism does not solve the problem of social aspects being left aside by rationalists in view of the acceptance of a theory. I will also argue that in order to understand what leads people to embrace a belief (namely scientists in accepting a theory), the analysis of mere cognitive or epistemic arguments is not enough and it leads to a reductionist explanation as to social behaviour. (shrink)

Evolutionary theory coheres with its neighboring theories, such as the theory of plate tectonics, molecular biology, electromagnetic theory, and the germ theory of disease. These neighboring theories were previously unconceived, but they were later conceived, and then they cohered with evolutionary theory. Since evolutionary theory has been strengthened by its several neighboring theories that were previously unconceived, it will be strengthened by infinitely many hitherto unconceived neighboring theories. This argument for evolutionary theory echoes the problem of unconceived alternatives. (...) Ironically, however, the former recommends that we take the realist attitude toward evolutionary theory, while the latter recommends that we take the antirealist attitude toward it. (shrink)

R. Laudan and L. Laudan (1989) have put forth a new model intended to solve the problem of disagreement, the problem of consensus, and the problem of innovation in science. In support of this model they cite the history of the acceptance of continental drift, or plate tectonics. In this discussion, I claim that this episode does not constitute an instance of their model. The historical evidence does not support this model. Indeed, closer examination seems to weaken it. (...) I also sketch an alternative model. (shrink)

In Social Empiricism, Miriam Solomon proposes a via media between traditional philosophical realism and social construction of scientific knowledge, but ignores a large body of historical literature that has attempted to plough just that path. She also proposes a standard for normatively appropriate consensus that, arguably, no theory in the history of science has ever achieved, including her own ideal type—plate tectonics. And while valorizing dissent, she fails to consider how dissent has been used in recent decades as (...) a political tool to challenge scientific evidence on diverse issues, including the link between tobacco and cancer and the reality of anthropogenic global warming. (shrink)

Explanations in the natural historical sciences often take the form of stories. This paper examines two accounts of the sources of narrative’s explanatory power: Beatty’s suggestion that narrative explanation is closely connected to historical contingency, and that narratives explain by contrasting what happened with what might have happened; and Ereshefsky and Turner’s view that narratives explain by organizing events around a central subject with a distinctive direction of historical development. In both accounts, it turns out that non-epistemic values typically play (...) a role in the construction of narrative, and hence contribute to narrative’s explanatory force. Two case studies from historical science – the plate tectonic story of the Avalonian terrane, and the story of the evolution of trichromatic vision in (some) mammals – help to motivate and illustrate this argument. (shrink)

Scientific articles exemplify standard functional units constraining argumentative structures. Severe space limitations demand every paragraph and illustration contribute to establishing the paper's claims. Philosophical testing and confirmation models should take into account each paragraph, table, and illustration. Hypothetico-Deductive, Bayesian Inductive, and Inference-to-the-Best-Explanation models do not, garbling the logic of papers. Micro-analysis of the fundamental paper in plate tectonics reveals an argumentative structure commonplace in science but ignored by standard philosophical accounts that cannot be dismissed as mere rhetorical embellishment. (...) Papers with illustrations often display a second argumentative structure differing from the text's. Constraints on adequate testing and confirmation analyses are adduced. “Experiments are about the assembly of persuasive arguments, ones that will stand up in court. … The task at hand is to capture the building-up of a persuasive argument about the world even in the absence of the logician's certainty.”—Galison, How Experiments End, 277. (shrink)

The 1960s witnessed a striking change in geology. Since at least the seventeenth century, one of the central problems of the subject had been the origin of the major irregularities of the surface of the globe—continents and oceans, mountain chains and ocean islands—irregularities that were not anticipated by most physical theories. Traditionally these features had usually been explained either as residual traces of events occurring during the very early history of the globe, or as the result of vertical movements of (...) the earth’s crust, caused, for example, by changes in the heat budget. The last two decades have seen an end to all this. The vast majority of geologists now believe that these irregularities largely result from the lateral movement of thin rigid plates covering the earth, a theory now known as “plate tectonics”, but a theory which also has obvious parallels with the hypothesis of continental drift, in which it was postulated that continents can move laterally. (shrink)

Though the name of Robert Mallet was once inevitably associated with the scientific study of earthquakes, it is less well known today. As part of an overdue reappraisal, this essay examines Mallet's major seismological projects and publications, emphasizing his theoretical contributions. Mallet's own claim to be a founder of modern seismology is upheld. Beyond that, however, he is also seen to be an important precursor of plate tectonics.

This article discusses explanations behind theory choice, that is, ultimately, what leads people to accept a certain claim as valid. There has been a recent debate as to how closure was achieved in the continental-drift discussion. The controversy had found its usual explanation under rationalist terms: Wegener’s 1912 continental-drift theory was accepted 50 years later only after the plate tectonic theory had provided more evidence or a more in-depth problem-solving capacity. Nevertheless, a re-examination of the controversy under constructivist terms (...) argued that closure was achieved by a change in the style of thought. This analysis prompted some authors to react calling to a ‘defence of rationalism’ and insisting on explaining that the continental-drift theory was only accepted because of epistemic reasons. As the debate impacts on the way to explain scientific controversies, in this article I analyze rationalist and constructivist approaches with respect to ways to explain the social acceptance or rejection of a theory. The analytical perspectives will be contextualized within a broader theoretical discussion in philosophy and social sciences about the role of different factors that condition knowledge, which will also include an empirical approximation in the analysis of GMO and continental-drift controversies. Ultimately, the debate with rationalism is situated in a broader context about the ways of explaining the social acceptance of a theory, arguing that the problem with the rationalism that confuses a purely logical explanation with a sociological one is that it tends to judge rather than understand. (shrink)

Language and thought are intimately related: philosophers have long debated how a given language may condition the oral and written expression of thought. The language chosen to communicate scientific discoveries may facilitate or impede international access to such knowledge. Vector and message may become intertwined in ways not yet fully understood: comparing and contrasting dictionary definitions of key terms, such as the Humboldtian Weltansicht, may provide useful insights into this process. Semantic prosody, a linguistic phenomenon brought to light by corpus (...) linguistics through the analysis of ever vaster corpora, may have unsuspected and even unconscious impacts on the perception of a message. A case study of data from WebsTerre, a diachronic corpus of geological English, explores a twentieth-century Kuhnian paradigm shift in Earth Science, from continental drift to plate tectonics, to demonstrate how interactions between semantic prosody and translation have the potential to alter the history of science. (shrink)

Most people do not think to observe geology from the sidewalks of a major city, but all David B. Williams has to do is look at building stone in any urban center to find a range of rocks equal to any assembled by plate tectonics. In Stories in Stone, he takes you on explorations to find 3.5-billion-year-old rock that looks like swirled pink-and-black taffy, a gas station made of petrified wood, and a Florida fort that has withstood three (...) hundred years of attacks and hurricanes, despite being made of a stone that has the consistency of a granola bar. Williams also weaves in the cultural history of stone, explaining why a white fossil-rich limestone from Indiana became the only building stone used in all fifty states; how in 1825, the construction of the Bunker Hill Monument led to America’s first commercial railroad; and why when the same kind of marble used by Michelangelo clad a Chicago skyscraper it warped so much after nineteen years that all 44,000 panels of it had to be replaced. This love letter to building stone brings to life the geology you can see in the structures of every city. (shrink)

Rupturing along part the Hope Fault during a large earthquake in 1888, North Canterbury region, South Island of New Zealand, caused fence lines that crossed the fault to be laterally displaced by 1.5–2.6 m. The offset fence lines were documented (photographed, mapped, and published on) by the Government geologist, Alexander McKay, and forgotten. In the same year, observations of another fault line, the Awatere Fault, in the Marlborough area, South Island, led McKay to propose large-scale lateral displacement of ∼ 29–33 (...) km of geological formations along the fault, the result of cumulative movement of many earthquakes over millions of years (ca. 7 Ma). This ‘revolutionary’ idea was never published. The significance of McKay’s observations/deductions of small- and large-scale lateral displacement on faults was not fully appreciated in New Zealand until 1955 when aerial photography revealed that displacement of geomorphic features intersecting fault lines is dominantly horizontal rather than vertical. The idea of large-scale horizontal movement of the Earth’s crust, for example 483 km of lateral displacement of geological formations along the Alpine Fault in New Zealand first proposed in 1949, is now an integral part of the reigning paradigm of plate tectonics theory that explains the dynamics of movement of the Earth’s crust. (shrink)

In our attempts to track changes in geological practice over time and to isolate the source of these changes, we have found that they are largely connected with the germination of new geologic subdisciplines. We use keyword and title data from articles in 68 geology journals to track the changes in influence of each subdiscipline on geology over all. Geological research has shifted emphasis over the study period, moving away from economic geology and petroleum geology, towards physics- and chemistry-based topics. (...) The Apollo lunar landings had as much influence on the topics and practice of geological research as the much-cited plate-tectonics revolution. These results reflect the barely-tangible effects of the changes in vocabulary and habit of thought that have pervaded the substance of geology. Geological literature has increased in volume and specialization, resulting in a highly fragmentary literature. However, we infer that "big science," characterized by large amounts of funding, collaboration, and large logistical investments, makes use of this specialization and turns "twigging" into a phenomenon that enhances, rather than inhibits, the progress of science. (shrink)

It is without doubt that the earth sciences were rocked to the core by a revolution in the late sixties with the initial acceptance of Harry Hess’s hypothesis of seafloor spreading and subsequent development and acceptance of plate tectonics. The major aim of this essay is to show precisely why this revolution is not Kuhnian. However, my reasons for claiming that Kuhn’s model fails to apply are at variance with Ruse [27] but in much agreement with R. Laudan (...) [18]. I shall highlight our differences as space permits.There are two general accounts of the rise of continental drift and plate tectonics which satisfy Kuhn’s model of scientific growth and change. (1) The geosciences prior to the acceptance of seafloor spreading and plate tectonics were in a pre-paradigm state. Earth scientists solved no problems within geological domains, but only argued among themselves about which of the various schools of thought provided the best framework for attacking geological problems. (shrink)

This collection of essays, written over the past fifteen years by one of the more intrepid defenders of current Darwinian theory, contains material that will be of interest both to historians and philosophers of science and, since Ruse writes well and in an accessible manner, to an even wider audience. A preliminary glance at the contents primes one to expect to be both engaged and provoked; one is not disappointed. The essays include historical speculation on some of the views of (...) Charles Darwin, a defence of human sociobiology and discussion of its feminist critique, punctuated equilibria theory, teleology in biology, extraterrestrial biology and moral theory, the plate tectonic revolution in geology, and the relationship between evolutionary theory and Christian ethics. (shrink)

This is an English translation of a very short and quite dense Spanish original in which Gustavo Bueno summarizes and updates his philosophy of science as presented in 5 volumes in the 1990s. From then onwards, Bueno and a number of authors have developed this philosophy through specific applications to fields as diverse as classic chemistry, quantum mechanics, chaos theory, cybernetics, Darwinism, ethology, geology, plate tectonics, anthropology, sociology, economics and psychology. This has resulted in a number of doctoral (...) dissertations, books and articles. Unfortunately, that wealth of literature is for the most part only available in Spanish, although some of it has been produced in English and French or has been later translated into German and Chinese. Therefore, this translation is a welcome step towards an overdue effort.Gustavo Bueno is known as the main developer of philosophical materialism, one of the few last efforts to construe a comprehensive and coherent philosophical s .. (shrink)

The ocean terrain spanning the globe is vast and complex—far from an immense flat plain of mud. To map these depths accurately and wisely, we must understand how cartographic abstraction and generalization work both in analog cartography and digital GIS. This chapter explores abstraction practices such as selection and exaggeration with respect to mapping the oceans, showing significant continuity in such practices across cartography and contemporary GIS. The role of measurement and abstraction—as well as of political and economic power, and (...) sexual and personal bias—in these sciences is illustrated by the biographies of Marie Tharp and Bruce Heezen, whose mapping of the Mid-Atlantic Ridge precipitated a paradigm shift in geology. (shrink)

Consider the kinds of macroscopic concrete objects that common sense and the sciences allege to exist: tables, raindrops, tectonic plates, galaxies, and the rest. Are there any such things? Opinions differ. Ontological liberals say they do; ontological radicals say they don't. Liberalism seems favored by its plausible acquiescence to the dictates of common sense abetted by science; radicalism by its ontological parsimony. Priority theorists claim we can have the virtues of both views. They hold that tables, raindrops, etc., exist, but (...) they aren't fundamental. The ontological liberal's ontology provides the correct inventory of existent individuals. The ontological radical's more restricted ontology provides the correct inventory of fundamental individuals. The priority theorist claims that the derivative individuals are "no addition in being" to the fundamental ones, so we can have our cake and eat it too. It would be nice if priority theorists were right. In this paper I argue, with regret, that they are not. One upshot is that the sort of explanations which underwrite the priority theorist's distinction between fundamental and derivative individuals do not mitigate our ontological commitments. Another is that we still have to choose between the charms of liberalism and radicalism. (shrink)

What shape can radical politics take today in a time abandoned by the great revolutionary projects of the past? In light of recent uprisings around the world against the neoliberal capitalist order, Saul Newman argues that anarchism - or as he calls it postanarchism - forms our contemporary political horizon. In this book, Newman develops an original political theory of postanarchism; a form of anti-authoritarian politics which starts, rather than finishes, with anarchy. He does this by asking four central questions: (...) who are we as subjects; how do we resist; what is our relationship to violence; and, why do we obey? By drawing on a range of heterodox thinkers including La Boétie, Sorel, Benjamin, Stirner and Foucault, the author not only investigates the current conditions for radical political thought and action, but proposes a new form of politics based on what he calls ontological anarchy and the desire for autonomous life. Rather than seeking revolutionary emancipation or political hegemony, we should affirm instead the non-existence of power and the ever-present possibilities of freedom. As the tectonic plates of our time are shifting, revealing the nihilism and emptiness of our political and economic order, postanarchisms disdain for power in all its forms offers us genuine emancipatory potential. (shrink)

In _Facing the Planetary_ William E. Connolly expands his influential work on the politics of pluralization, capitalism, fragility, and secularism to address the complexities of climate change and to complicate notions of the Anthropocene. Focusing on planetary processes—including the ocean conveyor, glacier flows, tectonic plates, and species evolution—he combines a critical understanding of capitalism with an appreciation of how such nonhuman systems periodically change on their own. Drawing upon scientists and intellectuals such as Lynn Margulis, Michael Benton, Alfred North Whitehead, (...) Anna Tsing, Mahatma Gandhi, Wangari Maathai, Pope Francis, Bruno Latour, and Naomi Klein, Connolly focuses on the gap between those regions creating the most climate change and those suffering most from it. He addresses the creative potential of a "politics of swarming" by which people in different regions and social positions coalesce to reshape dominant priorities. He also explores how those displaying spiritual affinities across differences in creed can energize a militant assemblage that is already underway. (shrink)

In lieu of an abstract, here is a brief excerpt of the content:The History of Ideas:Precept and Practice, 1950–2000 and BeyondAnthony GraftonIn the middle years of the twentieth century, the history of ideas rose like a new sign of the zodiac over large areas of American culture and education. In those happy days, Dwight Robbins, the president of a fashionable progressive college, kept "copies of Town and Country, the Journal of the History of Ideas, and a small magazine—a little magazine—that (...) had no name" on the table in his waiting room. True, Robbins did not exist: he was the fictional president of Randall Jarrell's equally fictional Benton, a liberal arts dystopia where "[h]alf of the college was designed by Bottom the Weaver, half by Ludwig Mies van der Rohe."1 But Jarrell's notation of the Journal's status was accurate nonetheless.2The Journal, in the twenty years or so after its foundation, attracted attention from many quarters, some of them unexpected. And it occupied a unique position, between the technical journals of history and philology, [End Page 1] each firmly identified with a discipline, in which professional humanists normally published their results, and the quarterlies, often based not in disciplines but in liberal arts colleges and universities, which cultivated a mixed readership to which they offered fiction and poetry as well as essays. By contrast with both, the JHI fifty years ago ran on a rich mix of technical articles and wide-ranging essays that could easily have attracted the attention of a sophisticated administrator—or at least made a good impression on his coffee table. Bliss was it to be a subscriber in that happy day when the JHI glowed with something of the luster that haloed Representations in the 1980s and Critical Inquiry more recently.3The main reason for the Journal's prominence was that it represented a new field, appealingly located between disciplines as the Journal was between other sorts of periodical. In its postwar heyday, the history of ideas was not a dim subdivision of history, itself a discipline whose luster has worn off with time, but an intellectual seismic zone where the tectonic plates of disciplines converged and rubbed against one another, producing noises of all sorts. In recent years, it has sometimes seemed impossible, even to the best informed observers, that intellectual history, or the history of ideas, ever enjoyed this sort of prestige. A quarter century ago, Robert Darnton surveyed the state of intellectual and cultural history in the United States in an informative and influential essay. Using a language more resonant of the historical President Carter than the fictional President Robbins, Darnton detected "malaise" everywhere he looked. In the fifties, he noted, intellectual historians had seen "their discipline as the queen of the historical sciences. Today she seems humbled." True, desperate cries for help were not yet called for. Historians continued to write histories of ideas, and even to cast them in the technical languages of A.O. Lovejoy or Perry Miller: "one still finds 'unit-ideas' and 'mind' among the trendier terms." The just-published Dictionary of the History of Ideas, moreover, offered a vast selection of Lovejoyan formal analyses, systematically organized, to the reading public.4 [End Page 2]But for the last ten years, Darnton argued, younger scholars, especially graduate students, had been scrambling over the gunwales of the good ship History of Ideas, abandoning the effort to converse abstractly with the mighty dead, and clambering in hordes over the side of a newer vessel, Social History, which boasted a Hogarthian passenger list of heretics, misfits, and military women. At the level of the dissertations written in history departments, social history was outpacing intellectual, by a proportion of three to one. At the level of the scholarly journal, too, social history had forged ahead, though by a smaller margin. In the murkier, but no less significant, world of opinion, finally, the decline of intellectual history appeared clearest. History of ideas no longer occupied the cutting edge in young scholars' mental vision of their discipline.Social history, after all, had captured the minds of a generation—or a large percentage of it—in the 1960s, thanks both to the power of... (shrink)

In a series of writings, James Sterba introduces several novel arguments from evil against the existence of God (Sterba, 2019; Sterba Sophia 59, 501–512, 2020; Sterba International Journal for Philosophy of Religion 87, 203–208, 2020b; Sterba International Journal for Philosophy of Religion 87, 223–228, 2020c; Sterba Religions 12, 536, 2021). According to one of these arguments, the problem of natural evil, God must necessarily prevent the horrendous evil consequences of natural evil such as diseases and hurricanes; however, these horrendous evil (...) consequences of natural evils still occur, so God does not exist. In this paper, I reply to Sterba’s argument from natural evil by introducing a naturalistic theodicy, and then demonstrating how it overcomes Sterba’s problem of natural evil. This paper is divided into five sections. First, I unpack Sterba’s problem of natural evil into three parts (Section 1), namely, Sterba’s moral obligation claim about humans, Sterba’s moral obligation claim about non-human life, and Sterba’s arguments from analogy. I then introduce a general naturalistic theodicy to the problem of natural evil (Section 2): naturalists grant that natural forces (entropy, evolutionary pressures, tectonic plate movements, etc.) cause horrendous consequences of natural evil, yet still consider human life in the universe a good better than humans are entitled to, so, if God made this naturalistic universe, God made human life in the universe a good better than humans are entitled to. I then use this naturalistic theodicy to reply to Sterba’s moral obligation claim about humans (Section 3), before bolstering the case by appeal to Sterba’s moral obligation claims about non-human life (Section 4). I then reply to Sterba’s arguments from analogy (Section 5). (shrink)

CO-MODIFIED: Rocks on Vinyl comprises nine 6' x 3' banners displayed like convention signage. They are presented as a series of speculative geomedia landscapes that explore contemporary human entanglements and collaborations with the lithosphere, activities that are transforming the earth's surface and registering in its stratified depths. Animated by an affective, aesthetic appreciation of stone, these works invite reflection and discernment in a historical moment defined as the geologic now.1The stories of earth and humans are written in stone, from tectonic (...) plate movements and the rock record to Neolithic cave paintings and stone circles. These histories are becoming increasingly inextricably intertwined, as... (shrink)

Time passes; sometimes swiftly, sometimes interminably, but always it passes. We see the world change as events emerge from the shroud of the future, clandestinely slinking into the past almost immediately as though they are reluctant to meet our gaze: children are born, old friends and relatives die, governments once full of youthful enthusiasm wane. If the Earth were sentient, it might feel itself being torn apart as tectonic plates diverge, and chuckle as it outlived species upon species of transient (...) parasites. How could anyone possibly deny that time passes? (shrink)

AN OBVIOUS FEATURE OF OUR EXPERIENCE is the constant perishing of what we value. Persons we love, objects we treasure, ideals we revere, desires that enthrall us, groups to which we pledge allegiance, projects in which we are engaged, systems that command our respect, accomplishments before which we stand in awe, memories we cherish, hopes to which we cling—they all are eventually lost to us. They abate, explode, crumble, die, erode, fade; they are deformed, eviscerated, torn apart, vanquished, made to (...) disappear. They gang always, not merely aft, a-gley. The perishing may be cataclysmic or gradual, the devastation wreaked by hurricane-force winds and pandemic plagues or the unnoticed pressures by which tectonic plates shift and species adapt. So pervasive are these perishings that folk wisdom assigns as deepest truth the observation that of anything it can be said: “this too shall pass away.”. (shrink)