Souris Co-operative Elevator Association Limited Organizational papers: 1927 - 1976 Certificate of Incorporation, 28 June 1927 Memorandum of Association (includes By-laws), 27 June 1927 Agreement between SCE and MPE, 1 February 1933 By-law no. 15, 1933 Agreement between SCE and MPEk, 1 August 1951 By-law no. 23, 6 November 1951 Letter re: 1951 Operating agreement (By-law no. 23), 22 May 1952 MPE General By-laws, 27 October 1952 Agreement for sale, 1 August 1959 Agreement for sale, 11 March 1960 Letter re: Agreement for sale, 3 August 1961 Directors' Resolution, 18 October 1961 Agreement between MPE and SCE, 1 August 1967 By-law no. 26, 23 March 1967 Agreement between SCE and MPE, 1 August 1972 Letter re: 29 continuing elevator associations, 22 October 1975 Letter, 14 January 1976 Letter, 16 March 1976 Transfer agreement re: Direct membership, 16 March 1976 Letter re: Above agreement, 23 March 1976 Special Directors meeting, 15 April 1976 Minutes of Executive Board meetings, volume 1, 5 March 1947 - volume 6, 4 December 1978 Minutes of Shareholders Annual meetings, 1951 - 1973, 1947, 1949 Financial records and statistics Statement of surplus, 1939 - 1952 Final statements, 1931 - 1938, 1942 Auditors' reports, 1929 - 1976 Comparative financial statements, 1953 - 1973, 1978 Correspondence, 1956 - 1980 Membership list Inactive list, November 1961 Advisement of New members, no date Miscellaneous Buildings re: Dollar value, mill rate, 1961 - 1962 Rough note re: Roll values, land and building etc, 1967 - 1968 Rough copy re: Annual meeting minutes, 2 December 1969 Statement and demand for taxes, 1973 Statement and demand for taxes, 1974 Receipts for grand opening, November 1977 Letter re: MPE Donation to event, 17 November 1977 Rough agenda, 1977 Organizational meeting - rough, 15 January 1979 Rough - SCEA, 15 January 1979 Rough notes, 1979 Rough copy re: Annual meeting minutes, 29 October 1968 Letter re: Demand for taxes, 4 December 1974 Rough note re: Sales service data, no date Resolution re: Fuel costs and cheap food policy, no date Rough copy re: Annual meeting, no date Corporate Name: Rural Municipality of Glenwood; local Pool Committee minutes November 18, 1985 - November 18, 1991.
The inaugural meeting of the Western Manitoba Home Economics Association (WMHEA) was held in September 1971, with 48 members. In 1973, the WMHEA members voted to affiliate with the Canadian Home Economics Association (CHEA).
Custodial History
Records were in the possession of Margarite Hughes and other officers of the Western Manitoba Home Economic Association prior to their donation to the SJ McKee Archives on July 17, 2010.
Scope and Content
Fonds includes: minutes (September 1971 - May 2010); lists of executive members; membership lists; financial records; newsletters; scrapbooks; correspondence; records of special events; miscellaneous publications; and organizational banners.
Thomas Russell Wilkins was born in Toronto in 1891. He received his B.A. from McMaster University in 1912, and became the Science Master at Woodstock College the following year. In 1916, he and his wife Olive moved to Chicago, where Wilkins was an instructor of Physics at the University of Chicago. The next year he served as a master signal electrician in the U.S. Signal Corps. During World War I, Wilkins completed pioneer research for the United States Navy, which led to the development of pulse sonar devices in the 1920s. He had also been researching the possibilities of a wireless telephone.
Wilkins and his wife moved to Brandon in 1918, where he took up the position of Professor of Physics. During his time at Brandon College, Wilkins introduced the latest technology to classrooms, designed the original Science Building, and along with the Brandon Citizen's Committee, seucured building funds for the Citizen's Science Building.
Receiving his Ph.D. from the University of Chicago in 1921, Wilkins resigned from Brandon College in 1925 to pursue postgraduate study at Cambridge University. In 1926, he began research at the University of Rochester, where he also took up the position of Professor of Physics. From 1930 to 1938, he acted as the Director of the Institute of Optics.
Widely known for his work in the fields of cosmic rays and atomic disintegration, in April 1939, Wilkins announced the perfection of a camera that was able to record the "footprints" of invisible atoms after they collide. In October 1939, he received a medal from the Royal Photographic Society of Great Britain recognizing his work regarding the use of photographic emulsions in the study of radium. The following year, Wilkins perfected a camera that could determine the energy levels inside the nuclei of stable chemical elements. He received a grant from Sigma Xi, the National Society for the Promotion of Scientific Research, in November of 1940.
Wilkins married twice. The first marriage, to Olive Anges Cross took place on June 17, 1913. Olive Wilkins died suddenly on May 13, 1937, at the age of 45. Wilkins married Susan Gwendolyn Whidden, the daughter of former Brandon College president Dr. H.P. Whidden, in 1938.
Thomas Russell Wilkins died suddenly of a heart attack on December 10, 1940, on his way back to his laboratory after a faculty meeting. He was 49 years old.
Custodial History
Records were accessioned by the McKee Archives in 1998. Prior custodial history is unknown.
Scope and Content
T. Russell Wilkins’ reocrds contain correspondence between himself and Mrs. Wilkins and Dr. Whidden concerning their employment with Brandon College. There are letters between the two men regarding the building of the Science Building in 1920. There is also a copy of the Canadian Baptist. Besides programmes and a picture, there is also correspondence between various people. Dr. Wilkins kept the papers he had written for various classes at McMaster University in the years 1911 and 1912. There is a "toast to the ladies" that he delivered at a banquet of some sort, that gives an interesting view on how Wilkins, and possibly other men of his time, viewed women. There are numerous newspapers clippings, and several pages taken from journals such as Popular Mechanics, Popular Electricity and others. Dr. Wilkins was at the top of his field of study. He was an extremely bright man who managed to create some very useful tools of science. His papers are interesting and informative to read.
Notes
History/Bio information taken from Campus News May 1990
