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Rating: 
Summary: Science and Common Sense
Review: From Choice - On one level, this work makes a general argument about the relationship between commonsense thinking and scientific thinking. . . . On another level, the one on which the more general argument is specifically illustrated, this work is an extremely well researched and presented history of 'systematics'--thescience of Western biological classification. This story, of course, has been told before, but never so compellingly and in aid of a provocative thesis that organizes the narrative. . . . Language and the process of representation may not be sufficiently problemized in this work. But in sum, a provocative aswell as a deeply investigated study.
From Ian Hacking - London Review of Books Cognitive science lies close by Atran's side, guiding his claim that we have an innate capacity for sorting plants and animals. The cognitive revolution, as it is now called, took off from Noam Chomsky's thesis that there is a universal grammar, somehow innate, that makes it possible for infants to catch on to any language spoken round them almost without trying. This idea, once so radical, is now celebrated as fact and as a comprehensive model for the human mind. . . . Atran's thesis about a built-in cognitive skill for sorting the living beings fits nicely into this tradition. But you don't have to recite the cognitivist catechism to gain admission to his book. You can also think heis wrong-headed in his application of the cognitivist programme, and still immensely admire his work.
Rating: 
Summary: Exceptional scholarship in the history and theory of science
Review: The term "natural history" has a variety of meanings today. Most often it is used to distinguish the popular study of nature from its technical and experimental study, the latter being given the name "biology." But "natural history" has itself a technical sense, one that is still used, although not as widely as it has been in the past. Technical natural history is the study of the diversity and history of nature: the distribution of animals and plants through space and time, the course of evolution, and the history of the earth. The core of technical natural history is systematics, the study of the "kinds" of animals and plants, and it is the conceptual development of systematics that is the subject of this exceptional, scholarly work. Atran approaches systematics as an anthropologist specializing in the study of folk classification -- the ways in which different cultures categorize the diversity of life. Against historians and philosophers who have claimed that common sense understandings of the world obstructed the growth of science, Atran argues that folk-taxonomic common sense was the framework within which the science of systematics developed. Further, it is only by trying to solve the problems posed by common sense that science gradually disengages itself from common sense and stands on its own. After surveying the folk-taxonomic literature and the principles of cognitive anthropology, Atran turns to the often-misunderstood zoological works of Aristotle. Aristotle, Atran argues, did not use the methods of formal logic to classify unknowns, but rather to characterize more precisely the animal kinds already recognized by Greek vernacular culture. Unlike Aristotle, who had to deal only with a local fauna of limited diversity, the Renaissance herbalists of northern Europe at the beginning of the age of exploration were faced with a far greater diversity of natural forms, a diversity that became available for extended study as botanical gardens and herbaria were established. As a consequence, the herbalists differentiated the basic folk notion of a natural kind into two privileged ranks (genus and species), and accorded the genus special conceptual status as a fundamental unit of nature. As knowledge of natural diversity continued to increase, taxonomic ranks proliferated, and Atran argues that families and orders gradually came to be fundamental in the way that genera had been before. Emphasis on these higher-level structures led to the elaboration of comprehensive organizing principles for natural diversity, principles like the great chain of being stretching from monad to man. Atran concludes his account with the rise of the evolutionary view of nature in the early 1800s. He does not address the deep transformations that are taking place within systematics today, transformations associated with the development of cladistic systematics. It is a testament to the value of Atran's perspective, however, that it was immediately apparent to me how the principal phenomenon he describes -- the gradual disengagement of science from common sense as a result of problems generated within the common sense framework -- is at the root of many contemporary systematic controversies, including the controversy over the rejection of taxonomic rank itself. Atran has produced a work of substantial scholarship. Readers who are not familiar with any of the subjects covered in this book will find it slow going as the writing is dense in places, and specialists will wish to dispute certain technical points, but the wealth of information the book contains and the fresh perspectives it offers make it invaluable. Cognitive Foundations of Natural History will influence the conceptual and historical study of systematics for some time to come. [Adapted from my review in Forest and Conservation History, 37(1): 42, 1993.]
Rating:
Summary: Science and Common Sense
Review: The term "natural history" has a variety of meanings today. Most often it is used to distinguish the popular study of nature from its technical and experimental study, the latter being given the name "biology." But "natural history" has itself a technical sense, one that is still used, although not as widely as it has been in the past. Technical natural history is the study of the diversity and history of nature: the distribution of animals and plants through space and time, the course of evolution, and the history of the earth. The core of technical natural history is systematics, the study of the "kinds" of animals and plants, and it is the conceptual development of systematics that is the subject of this exceptional, scholarly work. Atran approaches systematics as an anthropologist specializing in the study of folk classification -- the ways in which different cultures categorize the diversity of life. Against historians and philosophers who have claimed that common sense understandings of the world obstructed the growth of science, Atran argues that folk-taxonomic common sense was the framework within which the science of systematics developed. Further, it is only by trying to solve the problems posed by common sense that science gradually disengages itself from common sense and stands on its own. After surveying the folk-taxonomic literature and the principles of cognitive anthropology, Atran turns to the often-misunderstood zoological works of Aristotle. Aristotle, Atran argues, did not use the methods of formal logic to classify unknowns, but rather to characterize more precisely the animal kinds already recognized by Greek vernacular culture. Unlike Aristotle, who had to deal only with a local fauna of limited diversity, the Renaissance herbalists of northern Europe at the beginning of the age of exploration were faced with a far greater diversity of natural forms, a diversity that became available for extended study as botanical gardens and herbaria were established. As a consequence, the herbalists differentiated the basic folk notion of a natural kind into two privileged ranks (genus and species), and accorded the genus special conceptual status as a fundamental unit of nature. As knowledge of natural diversity continued to increase, taxonomic ranks proliferated, and Atran argues that families and orders gradually came to be fundamental in the way that genera had been before. Emphasis on these higher-level structures led to the elaboration of comprehensive organizing principles for natural diversity, principles like the great chain of being stretching from monad to man. Atran concludes his account with the rise of the evolutionary view of nature in the early 1800s. He does not address the deep transformations that are taking place within systematics today, transformations associated with the development of cladistic systematics. It is a testament to the value of Atran's perspective, however, that it was immediately apparent to me how the principal phenomenon he describes -- the gradual disengagement of science from common sense as a result of problems generated within the common sense framework -- is at the root of many contemporary systematic controversies, including the controversy over the rejection of taxonomic rank itself. Atran has produced a work of substantial scholarship. Readers who are not familiar with any of the subjects covered in this book will find it slow going as the writing is dense in places, and specialists will wish to dispute certain technical points, but the wealth of information the book contains and the fresh perspectives it offers make it invaluable. Cognitive Foundations of Natural History will influence the conceptual and historical study of systematics for some time to come. [Adapted from my review in Forest and Conservation History, 37(1): 42, 1993.]
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