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Correspondence of E.W. Guptill re. Dalhousie University

Series contains correspondence regarding E.W. Guptill's salary scale throughout his time at Dalhousie University, with the head of the physics department, regarding the Dunn building convocation, E.W. Guptill's sabbatical leave, and correspondence during his time as a member of faculty.

Correspondence re. E.W. Guptill Lecture Theatre

File contains correspondence with editor of Dalhousie News, Stuart Watson; wife of E.W. Guptill, Miriam Guptill; secretary of Naming Committee, E.A. Christian; chair of the Department of Physics, D.J.W. Geldart; and President of Dalhousie University, Howard C. Clark.

Valerie M. Cowan fonds

  • MS-2-677
  • Fonds
  • 1984 - 1985
Fonds consists of records regarding Valerie M. Cowan's activities regarding her involvement in the Dalhousie University Human Resources Planning Pilot Project, including correspondence, meeting minutes and reports.

Cowan, Valerie M.

Robert Grant Dexter fonds

  • MS-2-736
  • Fonds
  • 1963 - 1966
Fonds consists of records regarding Robert Grant Dexter's professional activities in the 1960s, including his involvement with the Neptune Theatre in Halifax, Nova Scotia. Fonds contains correspondence, newspaper clippings and manuscripts.

Dexter, Robert Grant

R. Graham Murray fonds

  • MS-2-693
  • Fonds
  • 1831 - 1988
Fonds includes records related to the Community Planning Association of Canada, Dalhousie Law School, Royal Canadian Air Force, personal correspondence, copies of deeds, legal agreements and wills, and printed materials.

Murray, Robert Graham

ArcOD: Arctic Ocean Diversity

Subseries contains correspondence, research data, and conference minutes and notes related to the Census of Marine Life subcommittee, Arctic Ocean Diversity (ArcOD). The Arctic Ocean Diversity project was designed to catalogue animal species and microbes found in the Arctic region—on, in and under the sea ice, in deep basins and along the continental shelves. The project was led by American scientists Bodil Bluhm, Rolf Gradinger and Russ Hopcroft, who sought to document the northward extensions of ranges of Arctic fish and invertebrates.

ChESS: Biogeography of Deep Water Chemosynthetic Ecosystems

Subseries contains correspondence, research data, and conference minutes and notes related to the Census of Marine Life subcommittee Biogeography of Deep Water Chemosynthetic Ecosystems (ChESS). The Biogeography of Deep Water Chemosynthetic Ecosystems project explored life in the hostile, acidic, oftentimes hot and corrosive deep-sea seeps and hydrothermal vents, where life thrives away from any sunlight. The project, led by British scientists Paul Tyler and Maria Baker, American scientist Chris German, and Spanish scientist Eva Ramirez-Llodr, examined more than 1000 species and expanded ranges further north, south, and deeper than had previously been explored.

COMARGE: Continental Margin Ecosystems on a Worldwide Scale

Subseries contains correspondence, research data, and conference minutes and notes related to the Census of Marine Life subcommittee Continental Margin Ecosystems on a Worldwide Scale (COMARGE). The Continental Margin Ecosystem on a Worldwide Scale project examined life on the continental slopes, over the course of 60 expeditions. The project, led by French scientists Myrian Sibuet and Lenaick Menot and American scientist Robert Carney, discovered stretches of life flourishing on these marginal spaces (including heretofore unknown coral reefs off Africa). The project also examined the threat posed by oil and gas drilling on these sensitive stretches of seafloor.

FMAP: Future of Marine Animal Populations

Subseries contains correspondence, research data, and conference minutes and notes related to the Census of Marine Life subcommittee Future of Marine Animal Populations (FMAP). The Future of Marine Animal Populations project analyzed fishing data and scientific surveys to determine changes in diversity and distribution of marine life. The project, headed by Canadian scientists Ian Jonsen, Heike Lotze, and Boris Worm (and previously by Ransom Myers), identified hot spots of diversity drawn from the Census of Marine Life database and changes in water temperature as one of the most integral determinants in the shaping of marine diversity patterns, while confirming that marine conservation helps to correct the rapid population declines associated with over-exploitation of marine stocks.
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