French Botany In The Enlightenment

This volume completes a trilogy meant to be a commentary on the botanophilia that captured the literate public in 18th-century France. Enthusiastic public support for any governmental initiative likely to expand botanical knowledge was an expression of immense curiosity about the natural world beyond Europe. It amounted to a quest for universal knowledge that could benefit all mankind: useful knowledge that could improve the human condition in this life.

The book describes the innovations that enabled botany, in the Eighteenth century, to emerge as an independent science, independent from medicine and herbalism. This encompassed the development of a reliable system for plant classification and the invention of a nomenclature that could be universally applied and understood. The key that enabled Linnaeus to devise his classification system was the discovery of the sexuality of plants. The book, which is intended for the educated general reader, proceeds to illustrate how many aspects of French life were permeated by this revolution in botany between about 1760 to 1815, a botanophilia sometimes inflated into botanomania. The reader should emerge with a clearer understanding of what the Enlightenment actually was in contrast to some popular second-hand ideas today.

'It is only with difficulty that I may describe for you the sensations I felt the first time I went ashore on an unknown coast. My whole being was filled with confused pleasure, everything around me sparked my curiosity - pebbles, shells washed up on the beach, plants. I collected all with wild enthusiasm...' The French botanist Théodore Leschenault (1773-1826) travelled with Nicolas Baudin's voyage of discovery to Australia in the years 1800 to 1803: his journal and letters vividly record his impressions of the plant life and animals he encountered, along with dramatic and unsettling meetings with Indigenous peoples. Shaped as much by Enlightenment ideas as by his painful experience of the French Revolution, Leschenault weaves through his travelogue reflections on topics ranging from slavery and colonialism to plant systematics and environmental damage. Long thought lost, Leschenault's original manuscript journal was rediscovered only in 2016. The French Collector offers the first complete English translation of this journal (including two previously unknown chapters recounting his experiences in Le Havre, Tenerife and Mauritius) and various letters relating to the expedition. This edition also provides extensive explanatory notes and an introduction which details Leschenault's early life in Burgundy and imprisonment during the Revolution and sets his activities against the backdrop of French science and exploration in the period.

The first introductory A–Z resource on the dynamic achievements in science from the late 1600s to 1820, including the great minds behind the developments and science's new cultural role. Though the Enlightenment was a time of amazing scientific change, science is an often-neglected facet of that time. Now, Science in the Enlightenment redresses the balance by covering all the major scientific developments in the period between Newton's discoveries in the late 1600s to the early 1800s of Michael Faraday and Georges Cuvier. Over 200 A-Z entries explore a range of disciplines, including astronomy and medicine, scientists such as Sir Humphry Davy and Benjamin Franklin, and instruments such as the telescope and calorimeter. Emphasis is placed on the role of women, and proper attention is given to the shifts in the worldview brought about by Newtonian physics, Antoine-Laurent Lavoisier's "chemical revolution," and universal systems of botanical and zoological classification. Moreover, the social impact of science is explored, as well as the ways in which the work of scientists influenced the thinking of philosophers such as Voltaire and Denis Diderot and the writers and artists of the romantic movement.

The royal Parisian botanical garden, the Jardin du Roi, was a jewel in the crown of the French Old Regime, praised by both rulers and scientific practitioners. Yet unlike many such institutions, the Jardin not only survived the French Revolution but by 1800 had become the world's leading public establishment of natural history: the Muséum d'Histoire Naturelle. E. C. Spary traces the scientific, administrative, and political strategies that enabled the foundation of the Muséum, arguing that agriculture and animal breeding rank alongside classification and collections in explaining why natural history was important for French rulers. But the Muséum's success was also a consequence of its employees' Revolutionary rhetoric: by displaying the natural order, they suggested, the institution could assist in fashioning a self-educating, self-policing Republican people. Natural history was presented as an indispensable source of national prosperity and individual virtue. Spary's fascinating account opens a new chapter in the history of France, science, and the Enlightenment.

Exploration was a central and perhaps defining aspect of the West's encounters with other peoples and lands. Rather than reproduce celebratory narratives of individual heroism and national glory, this volume focuses on exploration's instrumental role in shaping a European sense of exceptionalism and its iconic importance in defining the terms of cultural engagement with other peoples. In chapters offering broad geographic range, the contributors address many of the key themes of recent research on exploration, including exploration's contribution to European imperial expansion, Western scientific knowledge, Enlightenment ideas and practices, and metropolitan print culture. They reassess indigenous peoples' responses upon first contacts with European explorers, their involvement as intermediaries in the operations of expeditions, and the complications that their prior knowledge posed for European claims of discovery. Underscoring that exploration must be seen as a process of mediation between representation and reality, this book provides a fresh and accessible introduction to the ongoing reinterpretation of exploration's role in the making of the modern world.

How herbaria illuminate the past and future of plant science Collections of preserved plant specimens, known as herbaria, have existed for nearly five centuries. These pressed and labeled plants have been essential resources for scientists, allowing them to describe and differentiate species and to document and research plant changes and biodiversity over time—including changes related to climate. Maura C. Flannery tells the history of herbaria, from the earliest collections belonging to such advocates of the technique as sixteenth-century botanist Luca Ghini, to the collections of poets, politicians, and painters, and to the digitization of these precious specimens today. She charts the growth of herbaria during the Age of Exploration, the development of classification systems to organize the collections, and herbaria’s indispensable role in the tracking of climate change and molecular evolution. Herbaria also have historical, aesthetic, cultural, and ethnobotanical value—these preserved plants can be linked to the Indigenous peoples who used them, the collectors who sought them out, and the scientists who studied them. This book testifies to the central role of herbaria in the history of plant study and to their continued value, not only to biologists but to entirely new users as well: gardeners, artists, students, and citizen-scientists.