Rules and orders relating to a Professor of the Mathematicks, of Natural and Experimental Philosophy, in Harvard College, 18 January 1726

This folder contains a single document describing the "rules and orders" of the Hollis Professor of Mathematics and Natural Philosophy. The document begins by defining the subjects to be taught by the Hollis Professor including natural and experimental philosophy, elements of geometry, and the principles of astronomy and geography. It then outlines the number of public and private lectures to be given to students, how much extra time the professor should spend with students reviewing any difficulties they may encounter understanding class subject matter discussed, and stipulates that the professor's duties shall be restricted solely to his teaching activities and not involve him in any religious activities at the College or oblige him to teach any additional studies other than those specified for the Hollis Professor of Mathematics and Natural Philosophy. Furthermore, the rules establish the professor's salary at £80 per year and allow the professor to receive from students, except those students studying theology under the Hollis Professor of Divinity, an additional fee as determined by the Corporation and Board of Overseers, to supplement his income. Moreover, the rules assert that all professorship candidates selected by the Harvard Corporation must be approved by Thomas Hollis during his lifetime or by his executor after his death. Finally, the rules state that the Hollis professor take an oath to the civil government and declare himself a member of the Protestant reformed religion. This document is signed by Thomas Hollis and four witnesses, John Hollis, Joshua Hollis, Richard Solly, and John Williams.

John Winthrop's proposal respecting electrical globes and jars, ca. 1758

In this proposal, John Winthrop explains the need to replace damaged "electric globes" used in the College's collection of scientific apparatus. He states that Benjamin Franklin, at the time residing in London, was willing to seek replacement globes for the College's collection. Winthrop then proceeds to assert that the College should acquire "square bottles, of a moderate size, fitted in a wooden box, like what they call case bottles for spirits" instead of the large jars included in the scientific apparatus, because those jars cracked frequently.

Mathematical notebook, and commonplace book, circa 1689-1769

Manuscript notebook, possibly kept by Harvard students, containing 17th century English transcriptions of arithmetic and geometry texts, one of which is dated 1689-1690; 18th century transcriptions from John Ward’s “The Young Mathematician’s Guide”; and notes on physics lectures delivered by John Winthrop, the Hollis Professor of Mathematics and Natural Philosophy at Harvard from 1738 to 1779. The notebook also contains 18th century reading notes on Henry VIII, Tudor succession, and English history from Daniel Neal’s “The History of the Puritans” and David Hume’s “History of England,” and notes on Ancient history, taken mainly from Charles Rollin’s “The Ancient History of the Egyptians, Carthaginians, Assyrians, Babylonians, Medes and Persians, Macedonians and Grecians.” Additionally included are an excerpt from Plutarch’s “Lives” and transcriptions of three articles from “The Gentleman’s Magazine, and Historical Chronicle,” published in 1769: “A Critique on the Works of Ovid”; a book review of “A New Voyage to the West-Indies”; and “Genuine Anecdotes of Celebrated Writers, &.” The flyleaf contains the inscription “Semper boni aliquid operis facito ut diabolus te semper inveniat occupatum,” a variation on a quote of Saint Jerome that translates approximately as “Always good to do some work so that the devil may always find you occupied.” In the seventeenth and eighteenth centuries, Harvard College undergraduates often copied academic texts and lecture notes into personal notebooks in place of printed textbooks. Winthrop used Ward’s textbook in his class, while the books of Hume, Neal, and Rollin were used in history courses taught at Harvard in the 18th century.

Memoir of John Griscom, LL.D., late professor of chemistry and natural philosophy; ...Comp. from an autobiography and other sources

Mode of access: Internet.

The summary of a course of experimental lectures in natural philosophy by Dr. John Winthrop (manuscript copy), 1772-1774

Notebook with a handwritten copy of lecture summaries for a physics course given by Harvard Professor John Winthrop. The notes were made by Timothy Foster in 1772 and 1773. The volume contains twenty-five lectures with some diagrams.

College Book 6, 1726-1790

College Book 6 is often referred to as the Hollis book, reflecting its contents. It was created following an April 4, 1726 Corporation vote that "Mr. Treasurer procure a Book, into which shall be transmitted, and a Register kept of, Mr Hollis's Rules, orders, Gifts & Bounties past & to come; together with ye Names & age, & Charecter of his Scholars, ye time of their Entry and Dismission; and also all ye Votes of ye Overseers & Corporation from time to time relating to ye said orders, Bounties & Scholars of the said Mr Hollis." Entries are primarily in Benjamin Wadsworth's hand and record donations from Thomas Hollis and his descendants, with transcriptions of related Corporation minutes. They also provide detailed information about the allocation of Hollis funds and scholarships, and the rules governing the Hollis Professorship of Divinity (established in 1721) and the Hollis Professorship of Mathematics and Natural Philosophy (established in 1727). The volume also contains inventories of books in the official library of the Hollis Professor of Divinity and two inventories – created in 1779 and in 1790 – of the mathematical and philosophical apparatus purchased with Hollis funds. Many entries related to the purchase of scientific instruments and supplies include the cost in sterling of each item. Also included are entries related to financial accounts and expenditures, as well as copies of letters from Nathaniel Hollis.

Draft of the Rules, Directions, and Statutes of the Boylston Professorship of Rhetoric and Oratory in Harvard College, [ca. 1804]

This original draft was probably written by Eliphalet Pearson (1752-1826) as a member of the committee charged with the task of establishing the rules, directions, and statutes for the Boylston Professorship by the Harvard Corporation and the Board of Overseers. This draft is heavily edited and contains many cross outs through the text.

E. Committee to frame rules, directions, and statutes of the Boylston Professorship of Rhetoric and Oratory, 1804

This subseries consists of a paper notebook containing a handwritten draft of the report presented to the Harvard Corporation on April 30, 1804 by the Committee to frame Rules, Directions, and Statutes of the Boylston Professorship of Rhetoric and Oratory. The handwritten report provides a numbered list of rules related to the Boylston Professorship and is dated April 16, 1804. The report is followed by a certification signed May 1, 1804 from President Joseph Willard that he was unable to attend the meeting of the Corporation to discuss the professorship.

Deposition of Andrew Eliot against Nathan Prince, Nov. 26, 1741

In this deposition, Eliot describes Prince's anger at John Winthrop's selection as Hollis Professor of Mathematics and Natural Philosophy, which he believed was done "to vex and torture" him. Eliot claims that Prince said: "they have chosen that Boy Winthrop professor, I could teach him his A. B. C. in the Mathematicks, they want to get me away from College."

E. Committee to frame rules, directions, and statutes of the Boylston Professorship of Rhetoric and Oratory, 1804

This subseries consists of a paper notebook containing a handwritten draft of the report presented to the Harvard Corporation on April 30, 1804 by the Committee to frame Rules, Directions, and Statutes of the Boylston Professorship of Rhetoric and Oratory. The handwritten report provides a numbered list of rules related to the Boylston Professorship and is dated April 16, 1804. The report is followed by a certification signed May 1, 1804 from President Joseph Willard that he was unable to attend the meeting of the Corporation to discuss the professorship.

Mark anniversary volume ; to Edward Laurens Mark, Hersey professor of anatomy and director of the zoölogical laboratory at Harvard university, in celebration of twenty-five years of successful work for the advancement of zoölogy, from his former students, 1877-1902.

Edited by George Howard Parker.

A discourse pronounced at the funeral obsequies of John Hooker Ashmun, Esq., Royall Professor of Law in Harvard University before the president, fellows, and faculty in the chapel of the university, April 5, 1833 /

Mode of access: Internet.

Effects of anthropogenic and natural hydrological changes on the behavior of the acidic metal discharge from acid sulfate soils in a river- and lake system in western Finland

Larsmo-Öjasjön i Österbotten skapades genom invallningar på 1960-talet pga. industrins behov av sötvatten. Sedan dess har vattenområdet drabbats av återkommande försurning och fiskdöd, och invallningen har ofta beskyllts för problemen. Avhandlingen undersöker syrabelastningen i området; bl.a. hur markanvändning, hydrologi och klimatförändringen påverkar belastningen. Konsekvenserna undersöks med fiskyngel som bioindikator, och olika miljömetoder testas och diskuteras. Ökad kunskap om försurningen hjälper oss att tillämpa effektiva miljömetoder och få förbättrad vattenkvalitet i framtiden. Den primära orsaken till den försämrade vattenkvaliteten under de senaste 40 åren är intensiv dikning av svavelrika sediment. Detta leder till oxidering av svavlet till svavelsyra och uppkomst av sura sulfatjordar. Syran löser upp mängder med toxiska metaller som spolas ut i vattendragen. Undersökningen visar att tiotusentals ton svavelsyra tillsammans med stora mängder metaller rinner till Larsmo-Öjasjön per år från sura sulfatjordar. Åarna bidrar med mest belastning, men den sammanlagda belastningen från de otaliga dikena och bäckarna är oväntat stor. Andra potentiella källor till försurningen, t.ex. muddringar och humussyror, beräknas vara obetydliga. Syra- och metallbelastningen varierar kraftigt med hydrologin, dvs. störst belastning sker under vår- och höstflöden. En eventuell klimatförändring kan ändra på avrinningsmönstret och orsaka mera belastning vintertid. Den årligt återkommande syra- och metallbelastningen kan ofta hindra lakens förökning, vilket kan ha större långtgående konsekvenser för fiskpopulationerna än de relativt sällsynta stora surchockerna med synlig fiskdöd. För att förebygga skador på vattendragen bör man undvika att dränera svavelrika sedimenten. På redan existerande sura sulfatjordar visade sig kontroll av grundvattennivån kunna möjliggöra en effektiverad markanvändning utan märkbart ökade miljökonsekvenser.