1954 University of Michigan Men's Golf Team

Back Row: Coach Bert Katzenmeyer, captain Jack Stumfig, Charles Blackett, Richard Harrison, Thad Stanford, Robert McMasters.

Front Row: Boyd Redner, Harold Andrews

1899 University of Michigan Football Team (Chicago Times-Herald photo)

Back Row: 1- Charles Street (Q), 2 – Charles McDonald (T), 3 - David Gill (E), 4 – Everett Sweeley (F), 5 – Lee Barkenbus (G), 6 - Hugh White (E), 7 – Rutherford B.H. Kramer (G), 8 – Albert Herrnstein (H), 9 – John F. McLean (H),

Third Row: 10 – William Cunningham (C), 11 – Arthur Fitzgerald (Q), 12 –Curtis Mechling (T), 13 - Arthur Brookfield (G), 14 – Walter Bain (H), 15 - Milo White (F), 16 – Ebin Wilson( r), 17 - John Dickey (C), 18 - Rudolph Siegmund (G)

Second Row: 19 - James Pell (E), 20 - ? Martin (E), 21 – Elisha Sayad (C), 22 – Harry Brown (E), 23 - Clayton Teetzel (H), 24 Captain Allen Steckle (T), 25 – Harry Durant (F), 26 -Lewis Larsen (C), 27 – Richard France (G), 28 Leo Keena (F),

Front Row: 29 – Scott Turner (G), 30 – George Burns ( H), 31 – Jesse L. Yount (T), 32 - Carl Mohr (Q), 33 - Walter Shaw (F), 34 - Harrison Weeks (H)

Inset: trainer Keene Fitzpatrick

 Graphitization of Small Carbonate Samples for Paleoceanographic Research at the Godwin Radiocarbon Laboratory, University of Cambridge

A new radiocarbon preparation facility was set up in 2010 at the Godwin Laboratory for Palaeoclimate Research, at the University of Cambridge. Samples are graphitized via hydrogen reduction on an iron powder catalyst before being sent to the Chrono Centre, Belfast, or the Australian National University for accelerator mass spectrometry (AMS) analysis. The experimental setup and procedure have recently been developed to investigate the potential for running small samples of foraminiferal carbonate. By analyzing background values of samples ranging from 0.04 to 0.6 mg C along with similar sized secondary standards, the setup and experimental procedures were optimized for small samples. “Background” modern 14C contamination has been minimized through careful selection of iron powder, and graphitization has been optimized through the use of “small volume” reactors, allowing samples containing as little as 0.08 mg C to be graphitized and accurately dated. Graphitization efficiency/fractionation is found not to be the main limitation on the analysis of samples smaller than 0.07 mg C, which rather depends primarily on AMS ion beam optics, suggesting further improvements in small sample analysis might yet be achieved with our methodology.

[4/7/20, McGoldrick Field, Brooklyn, les pentathlètes R. N.] Irving, Leon Perrine [University of Idaho], Joseph Baker [University of Michigan], Brutus Hamilton [University of Missouri], Everett [Lewis] Bradley [University of Kansas], R. [Robert] Le Gendre [Georgetown University] : [photographie de presse] / [Agence Rol]

Référence bibliographique : Rol, 60119

The Assault on Human Rigths and the Resilience of the Andean Dream: Health Inequities in Ecuador. IV Annual Distinguished Lecture sponsored by the Center for Research on Ethnicity, Culture and Health; School of Public Health; University of Michigan

The point of departure for these reflections is life, since its protection is the central purpose encouraging the defense of human rights and of public health. Life in the Andes has an exceptional diversity. Particularly in Ecuador, my country, this diversity constitutes a characteristic sign that is expressed in two main forms: natural megadiversity and multiculturalism. Indeed, Ecuador’s small territory synthesizes practically all types of lifezones that exist on Earth, having received the gift of high average rates of solar energy and abundant nutritional sources, which have facilitated the natural reproduction of countless species that show their beautiful vitality in the variety of ecosystems that compose the Andean mountain range, the tropical plains, the Amazon humid forests, and the Galapagos Islands. But besides being a highly biodiverse country, it is also a plurinational and multi-cultural society, in which the activity of human beings, organized into social conglomerates of different historical and cultural backgrounds, have formed more than a dozen nations and peoples. Regrettably this natural and human wealth has not been able to bear its best fruits due to the violent operation of a deep social inequity – unfortunately also one of the highest in the Americas—which conspires against life and is reproduced in national and international inequitable relations. This structural inequity has changed its form throughout the centuries and currently has reached its highest and most perverse level of development.

3.2 University of Michigan

https://bluetigercommons.lincolnu.edu/lgaines_sec2/1015/thumbnail.jpg

A classification of the Conularida / G. Winston Sinclair, Dept. of Geology, University of Michigan.

v.10:no.13(1952)

1883 University of Michigan Football Team

1884 University of Michigan Football Team

1887 University of Michigan Football Team

1888 University of Michigan Football Team

1889 University of Michigan Football Team

1890 University of Michigan Football Team

1891 University of Michigan Football Team