Robert Hooke Hooke's Figurations
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Archival Afterlives: Life, Death, and Knowledge-Making in Early Modern British Scienti C and Medical Archives
Archival Afterlives: Life, Death, and Knowledge-Making in Early Modern British Scienti!"c and Medical Archives Kohn Centre The Royal Society 2 June 2015 Conference Description: Early modern naturalists collected, generated, and shared massive amounts of paper. Inspired by calls for the wholesale reform of natural philosophy and schooled in humanist note-taking practices, they generated correspondence, reading notes (in margins, on scraps, in notebooks), experimental and observational reports, and drafts (rough, partial, fair) of treatises intended for circulation in manuscript or further replication in print. If naturalists claimed all knowledge as their province, natural philosophy was a paper empire. In our own day, naturalists’ materials, ensconced in archives, libraries, and (occasionally) private hands, are now the foundation of a history of science that has taken a material turn towards paper, ink, pen, and !"ling systems as technologies of communication, information management, and knowledge production. Recently, the creation of such papers, and their originators’ organization of them and intentions for them have received much attention. The lives archives lived after their creators’ deaths have been explored less often. The posthumous fortunes of archives are crucial both to their survival as historical sources today and to their use as scienti!"c sources in the past. How did (often) disorderly collections of paper come to be “the archives of the Scienti!"c Revolution”? The proposed conference considers the histories of these papers from the early modern past to the digital present, including collections of material initially assembled by Samuel Hartlib, John Ray, Francis Willughby, Isaac Newton, Hans Sloane, Martin Lister, Edward Lhwyd, Robert Hooke, and Théodore de Mayerne. -
William Derham: Csillagteológia () Forrásközlés Történeti-Fi Lológiai Bevezetéssel Szénási Réka – Vassányi Miklós
William Derham: Csillagteológia () Forrásközlés történeti-fi lológiai bevezetéssel Szénási Réka – Vassányi Miklós 1. Derham és a fi ziko-teológia. William Derham (1657-1735) anglikán lelkész polihisztor, természettudós, a Royal Society tagja és a fi ziko-teológiai mozgalom jeles alakja volt. Az alábbi részletet egyik fő művéből, az Astro-Th eology-ból az- zal a céllal közöljük, hogy betekintést nyújtsunk a kora újkori natural theology – kozmikus vagy fi ziko-teológia – egyik nagy hatású angol műhelyébe, és ezáltal megmutassuk, hogy a korszak egy paradigmatikus fi gurája, a természettudós-lelki- pásztor (parson-naturalist) Derham hogyan egyeztette össze a vallást a természet- tudománnyal, illetve – pontosabban – hogyan állította a természetismeretet a hit, az apologetika és a térítés szolgálatába. A többkötetes, népszerű szerző nem volt ugyan hivatásos fi zikus vagy csillagász, de rendszeresen felolvasott a Royal Society ülésein, jó negyven hozzájárulással gazdagította annak folyóiratát, a Philosophical Transactionst, és voltak eredeti fi zikatudományi eredményei (hangsebesség méré- se), valamint technológiai munkássága is (óramechanika), tehát a kor mércéjével mérve természettudósnak is számított. Egész életére kiterjedő lelkészi működését végigkísérte a természettudomány több területének – orvostudomány, biológia, geológia, meteorológia, csillagászat – különösen megfi gyelő tudósként való mű- velése. A természettudomány és a vallás termékeny összekapcsolására mindenek- előtt a nevezetes Boyle Lectures (ld. alant) felkért előadójaként -
Coversheet for Thesis in Sussex Research Online
A University of Sussex PhD thesis Available online via Sussex Research Online: http://sro.sussex.ac.uk/ This thesis is protected by copyright which belongs to the author. This thesis cannot be reproduced or quoted extensively from without first obtaining permission in writing from the Author The content must not be changed in any way or sold commercially in any format or medium without the formal permission of the Author When referring to this work, full bibliographic details including the author, title, awarding institution and date of the thesis must be given Please visit Sussex Research Online for more information and further details ‘Providence and Political Economy’: Josiah Tucker’s Providential Argument for Free Trade Peter Xavier Price PhD Thesis in Intellectual History University of Sussex April 2016 2 University of Sussex Peter Xavier Price Submitted for the award of a PhD in Intellectual History ‘Providence and Political Economy’: Josiah Tucker’s Providential Argument for Free Trade Thesis Summary Josiah Tucker, who was the Anglican Dean of Gloucester from 1758 until his death in 1799, is best known as a political pamphleteer, controversialist and political economist. Regularly called upon by Britain’s leading statesmen, and most significantly the Younger Pitt, to advise them on the best course of British economic development, in a large variety of writings he speculated on the consequences of North American independence for the global economy and for international relations; upon the complicated relations between small and large states; and on the related issue of whether low wage costs in poor countries might always erode the competitive advantage of richer nations, thereby establishing perpetual cycles of rise and decline. -
The History and Influence of Maria Sibylla Merian's Bird-Eating Tarantula: Circulating Images and the Production of Natural Knowledge
Biology Faculty Publications Biology 2016 The History and Influence of Maria Sibylla Merian's Bird-Eating Tarantula: Circulating Images and the Production of Natural Knowledge Kay Etheridge Gettysburg College Follow this and additional works at: https://cupola.gettysburg.edu/biofac Part of the Biology Commons, and the Illustration Commons Share feedback about the accessibility of this item. Recommended Citation Etheridge, K. "The History and Influence of Maria Sibylla Merian’s Bird-Eating Tarantula: Circulating Images and the Production of Natural Knowledge." Global Scientific Practice in the Age of Revolutions, 1750 – 1850. P. Manning and D. Rood, eds. (Pittsburgh, University of Pittsburgh Press. 2016). 54-70. This is the publisher's version of the work. This publication appears in Gettysburg College's institutional repository by permission of the copyright owner for personal use, not for redistribution. Cupola permanent link: https://cupola.gettysburg.edu/biofac/54 This open access book chapter is brought to you by The Cupola: Scholarship at Gettysburg College. It has been accepted for inclusion by an authorized administrator of The Cupola. For more information, please contact [email protected]. The History and Influence of Maria Sibylla Merian's Bird-Eating Tarantula: Circulating Images and the Production of Natural Knowledge Abstract Chapter Summary: A 2009 exhibition at the Fitzwilliam Museum on the confluence of science and the visual arts included a plate from a nineteenth-century encyclopedia owned by Charles Darwin showing a tarantula poised over a dead bird (figure 3.1).1 The genesis of this startling scene was a work by Maria Sibylla Merian (German, 1647–1717), and the history of this image says much about how knowledge of the New World was obtained, and how it was transmitted to the studies and private libraries of Europe, and from there into popular works like Darwin’s encyclopedia. -
Catalogue 294 Recent Acquisitions CATALOGUE 294 Catalogue 294
ANTIQUARIAAT JUNK ANTIQUARIAAT Antiquariaat Junk Catalogue 294 1 Recent Acquisitions CATALOGUE CATALOGUE 294 Catalogue 294 Old & Rare Books Recent Acquisitions 2016 121 Levaillant Catalogue 294 Recent Acquisitions Antiquariaat Junk B.V. Allard Schierenberg and Jeanne van Bruggen Van Eeghenstraat 129, NL-1071 GA Amsterdam The Netherlands Telephone: +31-20-6763185 Telefax: +31-20-6751466 [email protected] www.antiquariaatjunk.com Natural History Booksellers since 1899 Please visit our website: www.antiquariaatjunk.com with thousands of colour pictures of fine Natural History books. You will also find more pictures of the items displayed in this catalogue. Items 14 & 26 sold Frontcover illustration: 88 Gessner Backcover illustration: 121 Levaillant GENERAL CONDITIONS OF SALE as filed with the registry of the District Court of Amsterdam on No- vember 20th, 1981 under number 263 / 1981 are applicable in extenso to all our offers, sales, and deliveries. THE PRICES in this catalogue are net and quoted in Euro. As a result of the EU single Market legisla- tion we are required to charge our EU customers 6% V.A.T., unless they possess a V.A.T. registration number. Postage additional, please do not send payment before receipt of the invoice. All books are sold as complete and in good condition, unless otherwise described. EXCHANGE RATES Without obligation: 1 Euro= 1.15 USD; 0.8 GBP; 124 JPY VISITORS ARE WELCOME between office hours: Monday - Friday 9.00 - 17.30 OUR V.A.T. NUMBER NL 0093.49479B01 134 Meyer 5 [1] AEMILIANUS, J. Naturalis de Ruminantibus historia Ioannis Aemy- liani... Venetiis, apaud Franciscum Zilettum, 1584. -
The Synoptic Scientific Image in Early Modern Europe*
| The Synoptic Scientific Image in Early Modern Europe | 159 | The Synoptic Scientific Image in Early Modern Europe * Lorraine DASTON ** T I. Seeing the Impossible the centaur (Fig. 1) or monstrous hybrids like this man-pig (Fig. 2). Rather, I have in mind more subtle Historians of Renaissance and early modern impossibilities, in which the cunning of the artist pan - European art have long remarked on the many ways ders to a certain yearning to see more broadly, in which drawings and paintings gave viewers a deeply, or sharply than located human vision ever glimpse of the impossible. By this I mean not only the could. obvious examples : images of fabulous creatures like This kind of illusion goes well beyond the trompe l’oeil mimesis of the still life, which after all only tricks the eye into thinking that the two-dimensional painting is a three-dimensional arrangement of per - fectly possible flowers, fruits, and other objects. Instead, the illusion stretches human vision to super - human feats of panoramic sweep (Fig. 3) 1, integra - tion of multiple viewpoints (Fig. 4) 2, or simultaneous focusing of foreground and background (Fig. 5) 3. These are not images of impossible objects but rather of impossible seeing. In this article, I would like to explore a kind of impos - sible seeing attempted time and time again in six - teenth- and seventeenth-century natural history, nat - ural philosophy, and even mathematics : synoptic see - ing, or seeing everything all at once, in one glance. The “ everything ” in question could be the patterns of Fig. 1. Centaur, Ulisse Aldrovandi, Monstrorum historia the prevailing winds across the globe or the type of a (Bologna, 1642) : 31. -
Sir Hans Sloane's Voyage to Jamaica, 1687-1689
Sir Hans Sloane's Voyage to Jamaica, 1687-1689 Editor's Introduction I Voyages of discovery were an important part of the search for a new order in the natural world. Tony Rice charts Sir Hans Sloane's seventeenth-century expedition to Jamaica, a voyage that produced one of the world's most significant natural history collections. Sloane amassed a hoard of thousands of natural history books, objects and artworks in his quest for a rationalist approach to the study of nature. Lovers of milk chocolate would probably not immediately see a connection between the object of their passion and the establishment of the British Museum. The curious link is a young ltish-born Protestant physician setting out on a long and distinguished medical career in late 17th-century London. In 1687 Hans Sloane was 27 years old, already had a well-established practice and was firmly ensconced in the medical and scientific society of the capital. Sloane's world was a turbulent one, politically, religiously and especially philosophically. There was still a widespread belief amongst savants that the "conect" approach to the natural world was a totally detached and Portra� of Sir Hans Sloane. hypothetical one, resulting in interpretations of natural phenomena, including plants and animals, that frequently owed more to imagination than to fact. Consequently, most published accounts of natural history were still full of fictitious nonsense often based on fanciful travellers' tales brought back by uncritical observers from exotic parts of the world. But what was to become the world's most respected scientific society, the Royal Society "for promoting natural knowledge," had been founded in 1660, the year of Sloane's birth. -
Divers Things: Collecting the World Under Water
Hist. Sci., xlix (2011) DIVERS THINGS: COLLECTING THE WORLD UNDER WATER James Delbourgo Rutgers University I do not pretend to have been to the bottom of the sea. Robert Boyle, 1670 matter out of place Consider the following object as shown in an early eighteenth-century engraving (Figure 1). It is a piece of wood — not a highly worked thing, not ingeniously wrought, though it is an artefact of human labour rather than a natural body. Or is it? In the engraving, the piece of wood disappears: it is visible towards the bottom of the image, a sober pointed stump, but it is quickly subsumed by a second, enveloping entity that swirls about it in an embroidering corkscrew. What elements are here intertwin- ing? The legend beneath the engraving identifies the artefact thus: “Navis, prope Hispaniolam ann Dom 1659. Naufragium passae, asser, a clavo ferreo transfixus, corallio aspero candicante I. B. Obsitus, & a fundo maris anno 1687 expiscatus.” It describes a stake or spar from a ship wrecked off Hispaniola in 1659, which is transfixed by both an iron bolt and rough whitish coral, fished out of the depths in 1687. This collector’s item is neither the cliché of exemplarily beautiful coral nor straightforwardly a historical relic, but an intertwining of the two: the “transfixing” of a remnant of maritime technology by an aquatic agent. It exhibits the very proc- ess of encrustation. The spar is juxtaposed with the image of a jellyfish, and more proximately, engravings of Spanish silver coins, also encrusted with coral: “Nummus argenteus Hispanicus … incrustatus”, one of the labels reads.1 Still another illustra- tion, in a separate engraving, bears the legend “Frustum ligni e mari atlantico erutum cui adhaerescunt conchae anatiferae margine muricata” — a piece of “drift wood beset with bernecle [sic] shells”. -
“Jogging Along with and Without James Logan: Early Plant Science in Philadelphia”
1 Friday, 19 September 2014, 1:30–3:00 p.m.: Panel II: “Leaves” “Jogging Along With and Without James Logan: Early Plant Science in Philadelphia” Joel T. Fry, Bartram's Garden Presented at the ― James Logan and the Networks of Atlantic Culture and Politics, 1699-1751 conference Philadelphia, PA, 18-20 September 2014 Please do not cite, quote, or circulate without written permission from the author These days, John Bartram (1699-1777) and James Logan (1674-1751) are routinely recognized as significant figures in early American science, and particularly botanic science, even if exactly what they accomplished is not so well known. Logan has been described by Brooke Hindle as “undoubtedly the most distinguished scientist in the area” and “It was in botany that James Logan made his greatest contribution to science.” 1 Raymond Stearns echoed, “Logan’s greatest contribution to science was in botany.”2 John Bartram has been repeatedly crowned as the “greatest natural botanist in the world” by Linnaeus no less, since the early 19th century, although tracing the source for that quote and claim can prove difficult.3 Certainly Logan was a great thinker and scholar, along with his significant political and social career in early Pennsylvania. Was Logan a significant botanist—maybe not? John Bartram too may not have been “the greatest natural botanist in the world,” but he was very definitely a unique genius in his own right, and almost certainly by 1750 Bartram was the best informed scientist in the Anglo-American world on the plants of eastern North America. There was a short period of active scientific collaboration in botany between Bartram and Logan, which lasted at most through the years 1736 to 1738. -
Revelations of a Wild Continent
account of North American flora and fauna ever pub- lished. It comprised more than 200 hand- coloured etchings based on hundreds of preparatory draw- ings and notes, with descriptions of each The Curious in English and French. Mister Catesby: A Royal Society secretary “Truly Ingenious” TRUST COMMEMORATIVE BACON/CATESBY SYLVIA Cromwell Mortimer Naturalist Explores hailed them as “the New Worlds most magnificent EDITED BY E. CHARLES NELSON AND DAVID J. work I know since the ELLIOTT Art of printing has Univ. Georgia Press: been discovered”. 2015. Now, the splendid anthology The Curious Mister Catesby shows that this praise was not exaggerated. Mark- ing the tercentenary of Catesby’s first visit to America in 1712–19, this comprehensive, lavishly illustrated work illuminates the many ways in which Catesby changed how the nat- ural world was perceived and portrayed, sug- gesting for the first time a dynamic ecological relationship between flora and fauna. Edited by botanist Charles Nelson and David Elli- ott, executive director of the Catesby Com- memorative Trust, it contains reproductions of paintings, engravings, photographs and maps, as well as essays by 25 scholars in fields from art history to the study of molluscs. Although no likeness of Catesby exists and little is known about him, his evident dedica- tion to documenting nature’s marvels marks him as an ambitious and innovative plants- man, an inquisitive natural scientist and an Mark Catesby’s depiction of Catalpa bignonioides and the orchard oriole (Icterus spurius). artist of talent and energy. His friend Emanuel Mendez da Costa, an English botanist, drew HISTORY OF SCIENCE him as “tall, meagre … and of a silent dispo- sition; but when he contracted a friendship was communicative, and affable”. -
Section Nomenclature
Huitième Congrès International de Botanique - Paris, Juillet 1954 / Eighth International Botanical Congress - Paris, July 1954 Source: Taxon, Vol. 2, No. 1 (Jan., 1953), p. 14 Published by: International Association for Plant Taxonomy (IAPT) Stable URL: http://www.jstor.org/stable/1217699 . Accessed: 18/09/2011 12:27 Your use of the JSTOR archive indicates your acceptance of the Terms & Conditions of Use, available at . http://www.jstor.org/page/info/about/policies/terms.jsp JSTOR is a not-for-profit service that helps scholars, researchers, and students discover, use, and build upon a wide range of content in a trusted digital archive. We use information technology and tools to increase productivity and facilitate new forms of scholarship. For more information about JSTOR, please contact [email protected]. International Association for Plant Taxonomy (IAPT) is collaborating with JSTOR to digitize, preserve and extend access to Taxon. http://www.jstor.org Huitieme Congres International de Botanique - Paris, Juillet 1954 Eighth International Botanical Congress - Paris, July 1954 Section de Nomenclature Section Nomenclature Les propositions concerant le Code Inter- Proposals regarding the International Code national de la Nomenclature Botanique (1952) of Botanical Nomenclature (1952) must be doivent etre soumises au Rapporteur-Gene- submitted to the Rapporteur-GeneralDr J. ral Dr J. Lanjouw avant le ler Decembre Lanjouw before 1 December 1953. All pro- 1953. On pourra publier toutes les propo- posals can be published in Taxon. Botanists sitions dans Taxon. Les botanistes qui ont preparing proposals are earnestly requested en vue quelque proposition, sont instamment to give them the form of the example which pries d'y donner la formule qui sera publiee will be published in Taxon vol. -
Department of I-Hstory. February 1978 Contents
THE ENAMEL GLASS-PAINTERS OF YORK: 1585 - 1795 (IN THREE VOLUMES) VOLUMEI JOHN TREVOR BRIGHTON M. A. THESIS SUBMITTED FOR D. PHIL. OF THE UNIVERSITY OF YORK DEPARTMENT OF I-HSTORY. FEBRUARY 1978 CONTENTS VOLUME I Abstract 1 2 Acknowledgements and Declaration Introduction 3 Bernard Dinninckhoff (fl. 1585 1618) 7 - c. Bernard Dinninckhoff Is Techniques and Designs 13 After Dinninckhoff 21 Catalogue of the Glasspaintings of Dinninckhoff 24 The Gyles Family 73 Henry Gyles (1645 1709). His Early Life Education 79 - and Henry Gyles and the York Virtuosi 85 Henry'Gyles' Techniques and Materials 100 The Style and Sources of Gyles' Work 110 Henry Gyles and Patronage 131 After Henry Gyles 136 Catalogue of the Glass Paintings of Henry Gyles 139 VOLUME II 237 William Peckitt 1773 - 1796 Patronage and the Distribution of Peckitt's Work 248 William Peckitt's Techniques and Materials 258 The Style, Design and Sources of Peckitt's Work 270 Conclusion 284 Catalogue of the Glass Paintings of William Peckitt 288 VOLUME III Appendix Ia-f Documents and drawings relating to the 596 work of Bernard Dinninckhoff 6tO 9 List of slides illustrating his'work (+ miscellaneous material) 627 h List of armorials painted by him i List of plates relating to his work 633 (+ miscellaneous material) VOLUME III (contd, ) 637 Appendix 11 1- 35 Documents relating to the life and work of Henry Gyles 36 List of armorials painted by him 714 37 List of plates illustrating his work 719 '729 38 List of slides illustrating his work Appendix III A-L Documents relating to the life and work 740 of William Peckitt M Index of armorials, painted by William 878 Peckitt N List of plates of his work 898 0 List of slides of his work 906 P Concordance of subjects painted by him 921 Appendix IV Index of places mentioned in the three 926 catalogues of work by Dinninckhoff, Gyles and Peckitt Appendix V Bibliographies Bernard Dinninckhoff 934 Henry Gyles 936 William Peckitt 942 General 947 Appendix VI Figures, maps and tables with preliminary 949 list.