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candidate must have a PhD in the Earth Sciences at the time of appointment. Faculty/Department/Unit: Faculty of Science, Department Earth & Planetary Sciences Job Type: Tenure-track Rank: Assistant Professor
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candidate must have a PhD in the Earth Sciences at the time of appointment. Faculty/Department/Unit: Faculty of Science, Department of Earth & Planetary Sciences Job Type: Tenure-track Rank: Assistant
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: Department of Earth and Planetary Sciences Course Title: The Earth System Course Code: ESYS 104 001 Estimated Number of Positions: 2 Total Hours of Work per Term: 80 Hiring Unit: Earth and Planetary Sciences
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: Department of Earth and Planetary Sciences Course Title: General Geology Course Code: EPSC 001 Estimated Number of Positions: 1 Total Hours of Work per Term: 80 Hiring Unit: Earth and Planetary Sciences
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: Department of Earth and Planetary Sciences Course Title: Natural Disasters Course Code: EPSC 185 001 Estimated Number of Positions: 1 Total Hours of Work per Term: 80 Hiring Unit: Earth and Planetary Sciences
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: Department of Earth and Planetary Sciences Course: General Geology - EPSC 221- Fall 2026 (3 Credits) Course Description: An introductory course in physical geology designed for majors in civil and mining
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: Department of Earth and Planetary Sciences Course Title: Elementary Earth Physics Course Code: EPSC 320 Estimated Number of Positions: 2 Total Hours of Work per Term: 80 Hiring Unit: Earth and Planetary
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of Atmospheric and Oceanic Sciences (AOS), Earth and Planetary Sciences (EPS), and Geography, within the Faculty of Science. The SRO will work in close collaboration with the Area manager and their administrative
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Academic Job Category Faculty Bargaining Job Title Assistant Professor (Tenure Track) Department Faculty | Department of Earth and Ocean Sciences | Faculty of Science (Erik Eberhardt) Posting End
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University of Toronto | Downtown Toronto University of Toronto Harbord, Ontario | Canada | 2 months ago
to the Earth System, involving the atmosphere, lithosphere, hydrosphere, and biosphere and their interactions, at local to planetary spatial scales. It examines natural and anthropogenic origins