The Geological Sciences at Harvard University from 1788 to 1850

1988 ◽  
Vol 7 (1) ◽  
pp. 1-22 ◽  
Author(s):  
Clifford Frondel

Formal course instruction in mineralogy and geology began in Harvard College in 1788 with Benjamin Waterhouse. He also assembled in the 1780's a reference and teaching collection of minerals, rocks, and ores—the first natural history collection at Harvard—that, following a gift by an English friend, J. C. Lettsom, became a cynosure of the College. Following Waterhouse's dismissal in 1812, the instruction was carried on by John Gorham until 1824. Waterhouse, his colleague Aaron Dexter, and Gorham all were professors in the Harvard Medical School, established 1782. The latter two men successively held an endowed chair therein, the Erving Professorship of Chemistry and Materia Medica. They produced some notable graduates: Parker Cleaveland in 1799, Lyman Spalding in 1797, Joseph Green Cogswell in 1806, John White Webster in 1811, John Fothergill Waterhouse in 1813, and Samuel Luther Dana and James Freeman Dana in 1813. Following years of futile effort by the Administration to establish a professorship of mineralogy and geology, with Cogswell as the selected candidate, the instruction in mineralogy and geology fell to John White Webster in 1824 in the Chemistry Department. The Erving Professorship also passed to him, with a change in title to Professor of Chemistry and Mineralogy. Webster's death in 1850, following his conviction for murder in a famous trial, terminated the first period of development of the geological sciences at Harvard. In this period, in spite of the early start by Waterhouse, Harvard lagged much behind the developments at Yale and other colleges in New England and beyond. The main period of development of the geological sciences at Harvard come in the latter 1800's. It was a consequence primarily of the founding of the the Lawrence Scientific School in 1848, with its emphasis on the applied aspects of the sciences, the appointments of Josiah Dwight Whitney and Raphael Pumpelly in 1865 and 1866, respectively to a School of Mines and Practical Geology endowed as a sub-unit therein, and the appointment of Josiah Parsons Cooke in 1850 as successor to Webster in the Chemistry Department.

2018 ◽  
Vol 09 (05) ◽  
pp. 242-243
Author(s):  
Dr. Susanne Krome

Zehntausende nichtproteinkodierende RNAs haben die Kenntnisse über die normale Physiologie sowie die Entstehung und Behandlung von Krankheiten auf den Kopf gestellt, schreibt Prof. Frank Slack, Harvard Medical School, Boston/USA, im New England Journal of Medicine über den überwiegenden Teil unseres Genoms. Diese RNA-Sub typen regulieren Wachstum, Entwicklung und Organfunktion. Ihre Gewebespezifität eröffnet neue, unerwartete Möglichkeiten in der Onkologie. Der größte Teil ihrer Funktionen ist allerdings noch nicht erforscht.


PEDIATRICS ◽  
1968 ◽  
Vol 42 (2) ◽  
pp. 311-311
Author(s):  
T. E. C.

The beginning of all growth studies in this country occurred less than a century ago when the Boston School Committee approved the following order permitting Henry Pickering Bowditch, Professor of Physiology at the Harvard Medical School, to measure and weigh children in the Boston public schools. This document is one of the great, and I believe little known, landmarks in modern pediatrics.1 In School Committee, March 9, 1875 Ordered, That permission be given to Prof. Henry P. Bowditch, of Harvard University, to ascertain the height and weight of the pupils attending the public school, through such an arrangement as the respective chairman and the headmaster, or masters, may deem most convenient.


Geo&Bio ◽  
2021 ◽  
Vol 2021 (20) ◽  
pp. 160-171
Author(s):  
Liudmyla Zavialova ◽  
◽  
Antonina Ilyinska ◽  
Ilona Mykhalyuk ◽  
Мyroslav Shevera ◽  
...  

The article presents an analysis of scientific heritage of the biologist Antoni Andrzejowski (1785–1869), whose name is well known in Ukraine and abroad as a naturalist and a scientist. Antoni Andrzejowski had been cooperating with V. Besser for many years and accompanied him in his trips, he was the first botanist in Kremenets that was born in Volyn, and, at the same time, the first who graduated from the Kremenets Lyceum. His contribution to botanical, zoological, palaeontological, and geological sciences is also recognised, in particular he authored the first geological map of Podillia. The scientist is known primarily for pioneering research on plant diversity: together with W. Besser, he initiated the floristic study of Volyno-Podillia and the Right-Bank Ukraine. He was a traveller, a researcher of the flora, fauna (both modern and fossil) and geology of Podillia, Polissia, the Dnieper, and the Black Sea, as well as the author of a number of original scientific works. During his numerous trips, he collected a variety of scientific materials, including a herbarium, most of which is stored at M. G. Kholodny Institute of Botany NAS of Ukraine. As a taxonomist, he described more than 250 new taxa of vascular plants from 37 families (Brassicaceae, Asteraceae, Boraginaceae Rosaceae, Chenopodiaceae, Lamiaceae, etc.). As an expert of flora and landscape art, A. Andrzejowski took part in the creation of parks (primarily within estates in Podillia), some of which have survived (e.g., in Stavyshche, Kyiv Oblast), but most of them have been lost. A. Andrzejowski almost constantly combined his research activities with pedagogical work: he taught pupils and students of the Volynian Gymnasium (Kremenets Lyceum), St Volodymyr Imperial University of Kyiv, and the Prince Bezborodko Physical and Mathematical Lyceum of Nizhyn. He belonged to the Vilna-Kremenets Scientific School with the classical traditions of an integrated approach to the study of nature. Most of the biography and various aspects of A. Andrzejowski’s activity are discussed in numerous studies, including some of our previous publications. His preserved scientific heritage, in particular botanical works and herbarium collections, also have not escaped the attention of scientists.


Author(s):  
Morton Keller ◽  
Phyllis Keller

on New Year’s Day 1953, James Bryant Conant made known his intention to resign, effective January 23—all of three weeks later. In June the Corporation announced his successor: forty-six-year-old Nathan Marsh Pusey, the president of Lawrence College in Appleton, Wisconsin. Why this wholly unexpected choice? Who was Pusey, and what did he offer Harvard? He came from an old New England family transplanted to Iowa, graduated from Harvard College in the class of 1928, earned a Harvard Ph.D. in Classics in 1935, went off to stints of college teaching at Lawrence, Scripps, and Wesleyan, and in 1944 returned to Lawrence to become its president. This was a small, highly regarded college in Wisconsin, founded in 1847, with strong New England roots. Pusey did well there, recruiting able faculty and taking a public stand against Appleton native Joseph McCarthy when that sinister figure began to hack his way through American politics. All respectable enough; and, it appears, sufficient to secure Pusey a place on the short list of candidates. But enough to make him Harvard’s twenty-fourth president? Lawrence board chairman William Buchanan reported that Pusey had done little fund-raising for the college, and noted his cool personality and lack of popularity with students despite his manifest skill as a teacher. Another member of the Lawrence board doubted that Pusey had the administrative ability required by the Harvard presidency: “He is stubborn and uncompromising.” More weighty was Carnegie Corporation vice president (and Harvard president wannabe) John Gardner’s “serious doubts that he would have the particular leathery quality required to take on the great administrative job which Harvard is.” But positive views substantially outweighed these reservations. An Episcopal church source reported: “Pusey is stubborn at times but it is always a stubbornness on matters of principle and not with respect to his biases.” Another who knew him well said: “He is all mind, character, and perception. He is no promoter. . . . He is as firm as iron. He always succeeds in getting what he wants done. . . . His religion is top flight 100 percent all wool and a yard wide Episcopalian.”


2018 ◽  
Vol 186 ◽  
pp. 07003
Author(s):  
Daina Bouquin ◽  
Katie Frey ◽  
Maria McEachern ◽  
James Damon ◽  
Daniel Guarracino ◽  
...  

The staff of Wolbach Library, in collaboration with partners at both the Smith-sonian Institution and Harvard University, has begun a complex digitization and transcriptioneffort aimed at making a large collection of historical astronomy research more findable, accessible, interoperable, and reusable (FAIR). This collection of material was originally produced from the mid-18th century through the early 20th century by researchers at the Harvard College Observatory and was recently re-discovered in the HCO Plate Stacks holdings. The team of professionals supporting the effort to make this century and a half old science FAIR have developed a novel, distributed workflow to ensure that people can engage critically with this material to the fullest extent possible. The project’s workflow is guided by the collections as data imperative conceptual frameworks and is now being referred to as Project PHaEDRA, or Preserving Harvard’s Early Data and Research in Astronomy.


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