Apocalypse Narrative, Chaotic System: Gilbert White’s Natural History of Selborne and Modern Ecology

Author(s):  
Heidi Scott

The catastrophic worldview, which has been formalized into various scientific theories (punctuated equilibrium, chaos, tipping points), covets disaster as its aesthetic, with entropy and negentropy as vying principles. At the close of the eighteenth century, science centered around the new findings of Geology, and scientists like Cuvier, Lamarck, and Buffon debated the predominance of gradual change through time versus sudden, widespread calamities or ‘punctuations.’ This essay investigates Gilbert White’s Natural History of Selborne (1789), a non-fiction, late eighteenth century natural history chronicle of a single parish through decades of close environmental observation. Its epistolary form conveys an aesthetic of discrete, close readings of nature through time, and the chronicle breaks off with the catastrophic effects of the Laki volcanic eruption of 1783. I suggest ways in which White’s famous work is unusually precocious in ecological methodology, a particularly fruitful angle because my reading goes against the perennial critical reception of Selborne as a tome of Enlightenment balance and economy. Instead, I argue that White’s work is a distinctly modern vision of catastrophic change in nature that foregrounds the contemporary science of Chaos Ecology.

2019 ◽  
pp. 1-44
Author(s):  
Angma Dey Jhala

During the eighteenth century, the travelogue flourished as a genre and was used to describe peoples both familiar and unfamiliar to the western observer. Chapter 1 examines one such account, the 1798 travelogue of the Scottish doctor Francis Buchanan in the CHT. In his tour diary, he deployed the language of natural history to describe not only the region’s unusual soil quality, topography, and local jhum or swidden agriculture, but also the religious, cultural, and linguistic practices of the various hill tribes he encountered. In the process, he exposed the tumultuous history of this border region, which found itself at the crossroads of imperial ambition by both the East India Company and the kingdom of Burma. He is also an intriguing example of an Enlightenment era man of science and reason in the Chittagong Hill Tracts.


2021 ◽  
pp. 10-30
Author(s):  
Hans Joas

The Scottish eighteenth-century philosopher and historian David Hume can be considered a pioneer of the “natural history of religion” in the sense of a universal history of religion that is not based on theological presuppositions. This chapter offers a characterization of his methodological achievements and a reevaluation of his empirical claims concerning monotheism, polytheism, religion and tolerance. It also interprets the German reception of Hume in Herder and other eighteenth-century thinkers as a serious critical continuation that is free from Hume’s anti-Christian motives. This continuation opens the perspective of a serious study of the literary character of religious texts, in this case of the Bible. All simple contrasts between Enlightenment and religion are overcome as soon as we take this interaction of thinkers into account.


2019 ◽  
Vol 24 (1) ◽  
pp. 33-89 ◽  
Author(s):  
Kees van Putten

Abstract By the second half of the eighteenth century, the age-old concept of nature as a chain of being had been superseded by the idea that the order of nature was a two-dimensional whole. Carolus Linnaeus, for instance, stated that vegetal nature was ordered like a geographical map. Paul Dietrich Giseke, one of his followers, rendered this metaphor concrete by making a “genealogic-geographical map of the natural orders of plants.” Could mapping nature in this way help to produce a true image of it and thereby achieve a better understanding of nature’s order? I intend to answer this question by analyzing Giseke’s map along with two closely connected images of the order of nature, Johann Herrmann’s “Table of affinities between animals” and the hitherto unnoticed “geographical map” of medicines, designed by Georg Christoph Würtz. The article deals with the relation between these images, examines the respective advantages and drawbacks of their maps and situates them with respect to the models of the natural history of the time.


Zootaxa ◽  
2012 ◽  
Vol 3395 (1) ◽  
pp. 18 ◽  
Author(s):  
LUIS M. P. CERÍACO ◽  
ROGER BOUR

The work Prodromus Monographiae Cheloniorum, published by Schweigger in 1812, has recently been the subject ofseveral studies. One result of these studies—the rediscovery of the Testudo gigantea Schweigger, 1812holotype—triggered an intense debate in The Bulletin of Zoological Nomenclature, where, among other issues in dispute,the identity and nature of the specimen indicated as the holotype for the species is put in question. Using historical sources,mostly unpublished, and analysis and comparison of taxidermic characteristics of the specimen with other specimens ofthe same nature, we can clearly trace its origin to the extinct Royal Cabinet of Natural History of Ajuda in Lisbon, fromthe “philosophical journey” of Alexandre Rodrigues Ferreira to the specimens transported to Paris by Geoffroy Saint-Hilaire in 1808, thus helping dispel any doubts regarding the identity and nature of what is being identified as the Testudogigantea holotype, along with other chelonian specimens. This information is of great importance in the current taxonomicdebate as well as in recognizing the historic importance of the Royal Cabinet of Natural History of Ajuda and Geoffroy Saint-Hilaire’s 1808 mission to Lisbon.


1988 ◽  
Vol 21 (4) ◽  
pp. 419-425 ◽  
Author(s):  
Trevor H. Levere

Canada as a Neo-Europe is a relatively recent construct, although the people of its first nations, the Indians and Inuit, have been here for some twelve thousand years, since the beginning of the retreat of the last ice sheets. Western science came in a limited way with the first European explorers; Samuel de Champlain left a mariner's astrolabe behind him. The Jesuits followed with their organization and educational institutions, and from the eighteenth century science was established within European Canadian culture.


2017 ◽  
pp. 93-120
Author(s):  
Krzysztof Osóbka

Autism is one of the most mysterious human disorders ever known. Although existing since the dawn of humanity, it was only in 1943 that science took up this subject. Before, undiscovered and unnamed, it was considered merely a legend, and the only existing records were those of a few pioneer case studies. With his discoveries, Leo Kanner, the first person to properly define autism, marked the beginning of a struggle to describe the disorder using scientific language. Unfortunately, the attempts were not always successful. Autism, as described by contemporary science, is a neurodevelopmental disorder. Theories claiming its psychogenic aetiology can no longer be sustained. The history of research concerning autism points to a phenomenon known as collective thinking – a term coined by Ludwik Fleck, as well as to the process of the emergence of a scientific myth. It is a study of how researchers’ presuppositions can shape social beliefs, and at the same time how constructing scientific theories is inherently ingrained in the cognitive style of an era. The second half of the 20th century marks the beginning of a gradual change in the classification of autism. The perception of the nature of this disorder shifted from psychogenic theories to organic aetiologies. It is the voice of the enormously talented and creative individuals with high-functioning autism that triggered a breakthrough in the research - a voice that was ignored until the 1980s.


Author(s):  
Emily Zinger

Creating access to digital surrogates of primary source materials has spurred the growth of history of science as a field. Enabling and supporting virtual access requires an understanding of the behind-the-scenes requirements of a digitization project. Using McGill's Taylor White Project as a case study, this article reveals how such a project is managed, to result in a unique digital collection that supports research in both the humanities and the sciences. The workflows described transformed a collection of 938 eighteenth-century natural history drawings from a relatively inaccessible archive to a searchable and browsable digital collection, complete with contextualizing interactive visualizations. Understanding this process reveals some of the ways in which digitized data can create new avenues for questioning and examining information.


In 1754 John Ellis was elected to the Royal Society. During the next twenty two years, he won the Copley Prize in 1768, was elected to the Council in 1769, and published over thirty essays and monographs on natural history. In doing this Ellis laid the foundation of one area of zoology with his studies of zoophytes; published on the preservation of seeds and the natural history of coffee; and reported on new plants and insects. Furthermore his papers, containing correspondence with well over one hundred different people, provide a clearer picture o f the interrelationships which operated in the warp and woof of eighteenth century English and colonial science. Ellis was also a merchant in the Irish linen trade; a lobbyest at Westminster for the Irish Linen Board; the Royal Agent for West Florida, and the Colonial Agent for Dominica.


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