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This first full-length biography of Dr. Martin Lister (1639-1712), vice-president of the Royal Society, Royal Physician, and the first arachnologist and conchologist, provides an unprecedented picture of a seventeenth-century virtuoso. Lister is recognized for his discovery of ballooning spiders and as the father of conchology, but it is less well known that he invented the histogram, provided Newton with alloys, and donated the first significant natural history collections to the Ashmolean Museum. Just as Lister was the first to make a systematic study of spiders and their webs, this biography is the first to analyze the significant webs of knowledge, patronage, and familial and gender relationships that governed his life as a scientist and physician.
In: John Wilkins (1614-1672): New Essays
In: Archival Afterlives
In: Early Modern Color Worlds
In: Reading Newton in Early Modern Europe
In: Reading Newton in Early Modern Europe
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Winner of the 2017 John Thackray Medal awarded by the Society for the History of Natural History, U.K.

Martin Lister (1639–1712) was a consummate virtuoso, the first arachnologist and conchologist, and a Royal physician. As one of the most prominent corresponding fellows of the Royal Society, many of Lister’s discoveries in natural history, archaeology, medicine, and chemistry were printed in the Philosophical Transactions. Lister corresponded extensively with explorers and other virtuosi such as John Ray, who provided him with specimens, observations, and locality records from Jamaica, America, Barbados, France, Italy, the Netherlands, and his native England. This volume of ca. 400 letters (one of three), consists of Lister’s correspondence dated from 1662 to 1677, including his time as a Cambridge Fellow, his medical training in Montpellier, and his years as a practicing physician in York.
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Before Newton’s seminal work on the spectrum, seventeenth-century English natural philosophers such as Robert Boyle, Robert Hooke, Nehemiah Grew and Robert Plot attributed the phenomenon of color in the natural world to salts and saline chymistry. They rejected Aristotelian ideas that color was related to the object’s hot and cold qualities, positing instead that saline principles governed color and color changes in flora, fauna and minerals. In our study, we also characterize to what extent chymistry was a basic analytical tool for seventeenth-century English natural historians.


In: Early Science and Medicine