Global Trade and Local Knowledge: Gathering Natural Knowledge in Seventeenth-Century Indonesia

Author(s):  
Matthew Sargent
Author(s):  
Peter Dear

Marin Mersenne represents a new seventeenth-century perspective on natural knowledge. This perspective elevated the classical mathematical sciences over natural philosophy as the appropriate models of what can be known, of how it can be known and of the cognitive status of that knowledge. His early publications had the apologetic aim not only of combating various forms of heresy, but also of opposing philosophical scepticism, which was widely regarded in Catholic France of the early seventeenth century as undermining the certainty of religious dogma. To that end, Mersenne stressed the certainty of demonstrations in sciences such as optics, astronomy and mechanics, all of which stood as ‘mathematical’ sciences in the classifications of the sciences stemming from Aristotle. Mersenne’s stress on the mathematical sciences contrasted them with natural philosophy in so far as the former concerned only the measurable external properties of things whereas the latter purported to discuss their inner natures, or essences. In accepting the considerable degree of uncertainty attending knowledge of essences, and juxtaposing it to the relative certainty of knowledge of appearances, Mersenne adopted a position (since called ‘mitigated scepticism’) that combated scepticism by lowering the stakes: in accepting that the essences of things cannot be known, he agreed with the sceptics; but in asserting that knowledge of appearances can, by contrast, be had with certainty, he rejected the apparent intellectual paralysis advocated by the sceptics. In furthering this programme, Mersenne embarked on a publication effort relating to the mathematical sciences, combined with a massive lifelong correspondence on largely philosophical as well as religious topics with a wide network of people throughout Europe.


Author(s):  
John L. Heilbron

This article asks whether there was a Scientific Revolution (SR) at anytime between 1550 and1800. The label ‘Scientific Revolution’ to indicate a period in the development of natural knowledge in early modern Europe has carved a place in historiography. This article suggests that there was SR, if SR signifies a period of time; perhaps, if it is taken as a metaphor. It illustrates how the deployment of the metaphor to seventeenth-century natural knowledge might be accomplished. It also considers the physics of René Descartes, the influence of Cartesianism throughout the Republic of Letters, and the academies. The metaphor can be useful if it is taken in analogy to a major political revolution. The analogy points to a later onset, and a swifter career, for the SR than is usually prescribed, and shows that Isaac Newton was its counter rather than its culmination.


2020 ◽  
Author(s):  
Catherine Abou-Nemeh

This collection of case studies explores interactions between scholars and craftsmen, natural philosophers and mathematical practitioners. Covering primarily sixteenth- and early seventeenth-century Britain, the volume makes occasional forays into French, Italian, and Dutch contexts. Lesser known mathematical practitioners, such as the Venetian physician-mathematician Ettore Ausonio and the London instrument maker Elias Allen, appear alongside Descartes and Galileo.<br>


2018 ◽  
Vol 51 (3) ◽  
pp. 369-394 ◽  
Author(s):  
KATHARINE ANDERSON

AbstractAn unpublished satirical work, written c.1848–1854, provides fresh insight into the most famous scientific voyage of the nineteenth century. John Clunies Ross, settler of Cocos-Keeling – which HMS Beagle visited in April 1836 – felt that Robert FitzRoy and Charles Darwin had ‘depreciated’ the atoll on which he and his family had settled a decade earlier. Producing a mock ‘supplement’ to a new edition of FitzRoy's Narrative, Ross criticized their science and their casual appropriation of local knowledge. Ross's virtually unknown work is intriguing not only for its glimpse of the Beagle voyage, but also as a self-portrait of an imperial scientific reader. An experienced merchant seaman and trader–entrepreneur with decades of experience in the region, Ross had a very different perspective from that of FitzRoy or Darwin. Yet he shared many of their assumptions about the importance of natural knowledge, embracing it as part of his own imperial projects. Showing the global reach of print culture, he used editing and revision as satirical weapons, insisting on his right to participate as both reader and author in scientific debate.


2016 ◽  
Vol 21 (2-3) ◽  
pp. 232-251 ◽  
Author(s):  
Teresa Nobre de Carvalho

Considered by many to be the most learned Portuguese physician who lived in Goa during the sixteenth century, Garcia de Orta (c. 1500–1568) was the author of Colóquios dos Simples, e Drogas he cousas mediçinais da India [Colloquies on the Simples and Drugs of India] (Goa, 1563). Devoted entirely to the description of Asian natural resources, very little is known about how this treatise came into existence. Published at the edges of the Portuguese empire, and a hostage to technical, structural and human constraints, the princeps edition had a limited circulation. The diffusion around Europe of the novelties described in Colóquios dos Simples owed in part to the efforts of Clusius (1526–1609), one of the leading botanists of the time. This scholar promptly published Aromatum et Simplicium (Antwerp, 1567), a Latin epitome of Colóquios dos Simples. This complete reframing of Orta’s treatise guaranteed the wide dissemination of the new knowledge about Asian plants, fruits and drugs validated by the Portuguese physician on the periphery of the empire.
In this essay I analyse the background to the publication of the Portuguese treatise and demonstrate that, especially due to structural constraints, the princeps edition had a limited circulation. I show that the wide diffusion of the novelties about the natural resources of the Indies was dependent on the technical equipment, artistic skills and editorial criteria dictated and managed by European academics, artists and printers. I propose that the appropriation of local knowledge collected and validated in the Iberian Empires by imperial agents challenged European academics and typographers to create innovative treatises about the Indies’ natural resources that assured the widespread circulation of an entirely new natural knowledge.



2020 ◽  
Author(s):  
Catherine Abou-Nemeh

This collection of case studies explores interactions between scholars and craftsmen, natural philosophers and mathematical practitioners. Covering primarily sixteenth- and early seventeenth-century Britain, the volume makes occasional forays into French, Italian, and Dutch contexts. Lesser known mathematical practitioners, such as the Venetian physician-mathematician Ettore Ausonio and the London instrument maker Elias Allen, appear alongside Descartes and Galileo.<br>


2020 ◽  
Author(s):  
Ronny Spaans

In the seventeenth century, the Dutch Republic dominated global trade. Historical research has stressed the positive effects of exchanges of goods and knowledge. In literary criticism, the merchant-poet Joannes Six van Chandelier (1620–1695) is similarly presented as a poet with an interest in the material world. But Six’s work includes a number of poems on exotic materials that not yet have been examined. These texts show that global trade, to a greater extent than previously understood, gave rise to a certain moral anxiety. I argue that Six’s approach to exotics drugs is therefore determined by a process of self-criticism, but that it also contributed to an important shift in early modern science, from drug lore based on mythical concepts, to botany based on experience and observation.


2020 ◽  
pp. 1-28
Author(s):  
Anton Howes

This chapter illustrates the eighteenth century as an age of improvement in which letters of scholars criss-crossed Europe and North America, even India or China, in an active pursuit and sharing of knowledge. It talks about the scholar's letters that transcended all political and social barriers and confirmed to a specific agenda set by Francis Bacon, an English politician and philosopher of the early seventeenth century. It also discusses the “Baconian programme,” which was aimed to accumulate and rigorously test knowledge. The chapter highlights the Baconian obsession with collection and cataloguing that was applied beyond natural philosophy, to history, archaeology, and ancient languages. It also mentions the founding of the “Royal Society of London for the Improvement of Natural Knowledge” in 1660, as well as the establishment of the “Académie des Sciences” in France.


Author(s):  
Jagjeet Lally

This chapter explores the maritime dynamics of the Indian Ocean in the seventeenth century and the resulting impact on the process of globalisation. It analyses the global economic relations of Mughal South Asia and explores the concepts of pro-globalisation, de-globalisation, and the impact of maritime expansionism on regional and global trade. It determines that the oft-presumed link between expansionism and pro-globalisation is erroneous and that maritime expansionism was neither a de-globalising nor pro-globalising. The author calls on maritime historians to devote further research into this ambiguity.


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