Photograph shows the hallway outside Mail Services, which were located on the main floor of the Brandon College Building, prior to renovation. The new entrance on the west side of the building now occupies the space.
Photograph is shows the Arts Faculty Lounge prior to renovations of Clark Hall and the Brandon College Building. Seated: Morris Mott, History Department.
Photograph is looking north along the hallway in the basement of Clark Hall prior to renovations. The west side of the hallway was the original location of the Native Studies Department. The Development Office is at the end of the hall. The Print Shop was located on the east side of the basement hallway.
Photograph shows Dennis McAlpine in the print shop (Printing Office) prior to renovations. The print shop was located in the middle of the basement of Clark Hall on the east side.
Photograph shows Dennis McAlpine in the print shop (Printing Office) prior to renovations. The print shop was located in the middle of the basement of Clark Hall on the east side.
Photograph shows Dennis McAlpine and George Tanner in the print shop (Printing Office) prior to renovations. The print shop was located in the middle of the basement of Clark Hall on the east side.
Photograph shows a hallway in either the Brandon College Building or Clark Hall after the interior walls had been framed in and some duct work and electrical was completed.
Photograph shows a hallway (third floor?) in either the Brandon College Building or Clark Hall after the interior walls had been framed in. Harvey Douglas, crew supervisor, Dr. Ed Milton and two unidentified men converse in the background.
Photograph shows what appears to be a flood in one of the hallways of the Brandon College Building and Clark Hall after the interior walls had been framed out.
View is south from the driveway in front of Clark Hall. Photograph shows roof renovations on the Brandon College Building. Citizens' Science Building and the John R. Brodie Science Centre are also visible.
Photograph of a proposed model for the Brandon College and Clark Hall renovations. Model shows the courtyard, the link, the skywalk and the new rear entrance.
Photograph of a proposed model for the Brandon College and Clark Hall renovations. Model shows the link, the skywalk, the A.E. McKenzie Building and part of the George T. Richardson Centre.
Photograph of a proposed model for the Brandon College and Clark Hall renovations. Photograph is looking down on the model, which shows the link, the skywalk, west side of Clark Hall and the Original Building and the courtyard.
Suffield, Alberta, is situated approximately 40km northwest of Medicine Hat, Alberta. A few "large explosive events" (100 to 500 tons) were conducted at the Defence Research Board's (DRB) Suffield Experimental Station in the 1960s. On 19 January 1961, Medicine Hat citizens felt tremors in the community as a result of five tons of TNT being detonated at the station. The station director attributed this anomaly to freak atmospheric and weather conditions. At the time the DRB was testing the effects of shock waves on military equipment.
In July 1964, the Suffield Experimental Station detonated 30,600 blocks of TNT - 500 tons - to test the largest, non-nuclear, non-confined, surface blast. Placed in various sections radiating from ground zero to test the effects of the blast were targets, dummy-men, miscellaneous instruments, mines, model ships, nose cones, repirators, vehicles, subterranean chambers, shelters, tunnels, foxholes, and trenches. Several hundred people were expected to observe the blast, including 80 "official observers" and a VIP party of military and research personnel from Canada, the United States, and Britain.
(Sources: "Hellyer Heads VIP List Coming Here for SES Blast," Medicine Hat News, 09 July 1964, 7; Patrick J.Roe, "Blast Area Awaits a Cloudless Day," Medicine Hat News, 16 July 1964, 2; "Suffield Explosion Felt Here," Medicine Hat News, 19 January 1961, 7)
Scope and Content
Photograph shows blast targets/dummies pre-detonation at the Suffield Experimental Station.