Translating Early Modern Science explores the essential role translators played in a time when the scientific community used Latin and vernacular European languages side-by-side. This interdisciplinary volume illustrates how translators were mediators, agents, and interpreters of scientific knowledge.

Translating Nature recasts the era of early modern science as an age not of discovery but of translation. As Iberian and Protestant empires expanded across the Americas, colonial travelers encountered, translated, and reinterpreted Amerindian traditions of knowledge—knowledge that was later translated by the British, reading from Spanish and Portuguese texts. Translations of natural and ethnographic knowledge therefore took place across multiple boundaries—linguistic, cultural, and geographical—and produced, through their transmissions, the discoveries that characterize the early modern era. In the process, however, the identities of many of the original bearers of knowledge were lost or hidden in translation. The essays in Translating Nature explore the crucial role that the translation of philosophical and epistemological ideas played in European scientific exchanges with American Indians; the ethnographic practices and methods that facilitated appropriation of Amerindian knowledge; the ideas and practices used to record, organize, translate, and conceptualize Amerindian naturalist knowledge; and the persistent presence and influence of Amerindian and Iberian naturalist and medical knowledge in the development of early modern natural history. Contributors highlight the global nature of the history of science, the mobility of knowledge in the early modern era, and the foundational roles that Native Americans, Africans, and European Catholics played in this age of translation. Contributors: Ralph Bauer, Daniela Bleichmar, William Eamon, Ruth Hill, Jaime Marroquín Arredondo, Sara Miglietti, Luis Millones Figueroa, Marcy Norton, Christopher Parsons, Juan Pimentel, Sarah Rivett, John Slater.

Translating Nature recasts the era of early modern science as an age not of discovery but of translation. As Iberian and Protestant empires expanded across the Americas, colonial travelers encountered, translated, and reinterpreted Amerindian traditions of knowledge—knowledge that was later translated by the British, reading from Spanish and Portuguese texts. Translations of natural and ethnographic knowledge therefore took place across multiple boundaries—linguistic, cultural, and geographical—and produced, through their transmissions, the discoveries that characterize the early modern era. In the process, however, the identities of many of the original bearers of knowledge were lost or hidden in translation. The essays in Translating Nature explore the crucial role that the translation of philosophical and epistemological ideas played in European scientific exchanges with American Indians; the ethnographic practices and methods that facilitated appropriation of Amerindian knowledge; the ideas and practices used to record, organize, translate, and conceptualize Amerindian naturalist knowledge; and the persistent presence and influence of Amerindian and Iberian naturalist and medical knowledge in the development of early modern natural history. Contributors highlight the global nature of the history of science, the mobility of knowledge in the early modern era, and the foundational roles that Native Americans, Africans, and European Catholics played in this age of translation. Contributors: Ralph Bauer, Daniela Bleichmar, William Eamon, Ruth Hill, Jaime Marroquín Arredondo, Sara Miglietti, Luis Millones Figueroa, Marcy Norton, Christopher Parsons, Juan Pimentel, Sarah Rivett, John Slater.

The relationship between travel and translation might seem obvious at first, but to study it in earnest is to discover that it is at once intriguing and elusive. Of course, travelers translate in order to make sense of their new surroundings; sometimes they must translate in order to put food on the table. The relationship between these two human compulsions, however, goes much deeper than this. What gets translated, it seems, is not merely the written or the spoken word, but the very identity of the traveler. These seventeen essays--which treat not only such well-known figures as Martin Luther, Erasmus, Shakespeare, and Milton, but also such lesser known figures as Konrad Grünemberg, Leo Africanus, and Garcilaso de la Vega--constitute the first survey of how this relationship manifests itself in the early modern period. As such, it should be of interest both to scholars who are studying theories of translation and to those who are studying "hodoeporics", or travel and the literature of travel.

Highlights the importance of translation for the global exchange of medical theories, practices, and materials in the premodern period. This volume of Osiris turns the analytical lens of translation onto medical knowledge and practices across the premodern world. Understandings of the human body, and of diseases and their cures, were influenced by a range of religious, cultural, environmental, and intellectual factors. As a result, complex systems of translation emerged as people crossed linguistic and territorial boundaries to share not only theories and concepts, but also materials, such as drugs, amulets, and surgical tools. The studies here reveal how instances of translation helped to shape and, in some cases, reimagine these ideas and objects to fit within local frameworks of medical belief. Translating Medicine across Premodern Worlds features case studies located in geographically and temporally diverse contexts, including ninth-century Baghdad, sixteenth-century Seville, seventeenth-century Cartagena, and nineteenth-century Bengal. Throughout, the contributors explore common themes and divergent experiences associated with a variety of historical endeavors to “translate” knowledge about health and the body across languages, practices, and media. By deconstructing traditional narratives and de-emphasizing well-worn dichotomies, this volume ultimately offers a fresh and innovative approach to histories of knowledge.

This groundbreaking 2007 volume gathers an international team of historians to present the practice of translation as part of cultural history. Although translation is central to the transmission of ideas, the history of translation has generally been neglected by historians, who have left it to specialists in literature and language. This book seeks to achieve an understanding of the contribution of translation to the spread of information in early modern Europe. It focuses on non-fiction: the translation of books on religion, history, politics and especially on science, or 'natural philosophy', as it was generally known at this time. The chapters cover a wide range of languages, including Latin, Greek, Russian, Turkish and Chinese. The book will appeal to scholars and students of the early modern and later periods, to historians of science and of religion, as well as to anyone interested in translation studies.

Knowledge of nature may be common to all of humanity, yet it is written in many tongues. The story of the Tower of Babel is not only an etiology of the multitude of languages, it also suggests that a "confusion of tongues" confounds communication. However, as the contributors to this volume show, translation is always a transformation. This book examines how such transformations generate new knowledge and how translations helped to establish a new science. Situated at the border of the Germanic and Romance languages, home to a highly educated population, the Low Countries fostered multilingualism and became one of the chief sites for translation. (Series: Low Countries Studies on the Circulation of Natural Knowledge - Vol. 3)

Despite the crucial role played by translation in the history of scientific ideas and the transmission of knowledge, historians of science have seldom been interested in the translation activity which enabled the spread of those ideas and exerted influence on structures and systems of knowledge. Translation scholars, too, have traditionally shown little interest in theorizing scientific translation. Recent conceptualizations of science as public culture, institution, narrative and rhetorical practice open the way for research on the translation of science to take conceptual and methodological inspiration from studies of discourse, rhetoric, the sociology of science, the history of science, the philosophy of science and other related fields. This special issue of The Translator foregrounds the work of researchers, within or on the periphery of translation studies, who have begun to interrogate the representation of scientific knowledge through translation. Drawing on a wide range of disciplines and models, contributors engage with different perspectives and approaches to help promote the visibility of scientific translation and shed light on its complex relationship with power and the construction of knowledge. Contributors: Brecht Algoet, Karen Bennett, Lidia Camara, Eva Espasa, Lieve Jooken, Monika Krein-Kühle, Min-Hsiu Liao, Ruselle Meade, Guy Rooryck, Dolores Sánchez, Hala Sharkas, Mark Shuttleworth, Richard Somerset, Liselotte Vandenbussche , Sonia Vandepitte

Mediaevalia Lovaniensia 40Medieval translators played an important role in the development and evolution of a scientific lexicon. At a time when most scholars deferred to authority, the translations of canonical texts assumed great importance. Moreover, translation occurred at two levels in the Middle Ages. First, Greek or Arabic texts were translated into the learned language, Latin. Second, Latin texts became source texts themselves, to be translated into the vernaculars as their importance across Europe started to increase.The situation of the respective translators at these two levels was fundamentally different: whereas the former could rely on a long tradition of scientific discourse, the latter had the enormous responsibility of actually developing a scientific vocabulary. The contributions in the present volume investigate both levels, greatly illuminating the emergence of the scientific terminology and concepts that became so fundamental in early modern intellectual discourse. The scientific disciplines covered in the book include, among others, medicine, biology, astronomy, and physics.

Medical ideas and practices originating in China became entangled in the activities of other places through processes of alteration once known as translatio. Recognition of differences provoked creative responses in Japan, the imperial court, and Enlightenment Europe.