A record of fifty years of intellectual and technological activity. This record provides an insight into the development of science and discovery from the Eighteenth to the early Nineteenth Century. It links British science and society to developments on the continent of Europe, the West Indies, North America and to countries farther afield.

A record of fifty years of intellectual and technological activity. This record provides an insight into the development of science and discovery from the Eighteenth to the early Nineteenth Century. It links British science and society to developments on the continent of Europe, the West Indies, North America and to countries farther afield.

A record of fifty years of intellectual and technological activity. This record provides an insight into the development of science and discovery from the Eighteenth to the early Nineteenth Century. It links British science and society to developments on the continent of Europe, the West Indies, North America and to countries farther afield.

A record of fifty years of intellectual and technological activity. This record provides an insight into the development of science and discovery from the Eighteenth to the early Nineteenth Century. It links British science and society to developments on the continent of Europe, the West Indies, North America and to countries farther afield.

A record of fifty years of intellectual and technological activity. This record provides an insight into the development of science and discovery from the Eighteenth to the early Nineteenth Century. It links British science and society to developments on the continent of Europe, the West Indies, North America and to countries farther afield.

A record of fifty years of intellectual and technological activity. This record provides an insight into the development of science and discovery from the Eighteenth to the early Nineteenth Century. It links British science and society to developments on the continent of Europe, the West Indies, North America and to countries farther afield.

A record of fifty years of intellectual and technological activity. This record provides an insight into the development of science and discovery from the Eighteenth to the early Nineteenth Century. It links British science and society to developments on the continent of Europe, the West Indies, North America and to countries farther afield.

Following his participation in James Cook's circumnavigation in HMS Endeavour (1768-71), Joseph Banks developed an extensive global network of scientists and explorers. His correspondence shows how he developed effective working links with the British Admiralty and with the generation of naval officers who sailed after Cook. Volume 5 Letters 1798–1801

This volume is an interdisciplinary attempt to insert a broader, historically informed perspective into current political and academic debates on the issue of evidence and the reliability of scientific knowledge. The tensions between competing paradigms, different bodies of knowledge and the relative hierarchies between them are a crucial element of the historical and contemporary dynamics of scientific knowledge production. The negotiation of evidence is at the heart of this process. Starting from the premise that evidence constitutes a central, but also essentially contested concept in contemporary knowledge-based societies, this volume focuses on how evidence is generated and applied in practice—in other words, on “evidence in action.” The contributions analyze and compare different evidence practices within the field of science and technology, how they interlink with different forms of power, their interaction with and impact on the legal and political domain, and their relationship to other, more heterodox forms of evidence that challenge traditional notions of evidence. In doing so, this volume provides much-needed context and historical background to contemporary debates on the so-called “post-truth” society. Evidence in Action is the perfect resource for all those interested in the relationship between science, technology, and the role of knowledge in society. Chapter 6 of this book is freely available as a downloadable Open Access PDF at http://www.taylorfrancis.com under a Creative Commons [Attribution-Non Commercial-No Derivatives (CC-BY-NC-ND)] 4.0 license.

Modern scientific research has changed so much since Isaac Newton’s day: it is more professional, collaborative and international, with more complicated equipment and a more diverse community of researchers. Yet the use of scientific journals to report, share and store results is a thread that runs through the history of science from Newton’s day to ours. Scientific journals are now central to academic research and careers. Their editorial and peer-review processes act as a check on new claims and findings, and researchers build their careers on the list of journal articles they have published. The journal that reported Newton’s optical experiments still exists. First published in 1665, and now fully digital, the Philosophical Transactions has carried papers by Charles Darwin, Dorothy Hodgkin and Stephen Hawking. It is now one of eleven journals published by the Royal Society of London. Unrivalled insights from the Royal Society’s comprehensive archives have enabled the authors to investigate more than 350 years of scientific journal publishing. The editorial management, business practices and financial difficulties of the Philosophical Transactions and its sibling Proceedings reveal the meaning and purpose of journals in a changing scientific community. At a time when we are surrounded by calls to reform the academic publishing system, it has never been more urgent that we understand its history.