Winter 2022The course schedule for 2021-2022 is subject to change. Please refer to student centre for the most up to date information.
Instructor: Cindy Mora Stock firstname.lastname@example.org
This is a required course for all new M.Sc. and Ph.D. students in the Department of Earth Sciences. The objectives of the course are to: i) write and present a thesis/project proposal, ii) develop strong research skills, iii) learn how to effectively present information orally, iv) become familiar with grant proposal writing, and v) practice scientific and professional learning skills through teamwork exercises.
Course Outline: Graduate Seminar
Instructor: Bob Linnen email@example.com BGS 1000B
Offered: Lecture Monday 12:30-2:30pm & Wednesday 12:30-1:30pm, Tutorial Wednesday 1:30-2:30pm in KB-K208
The principles of metal concentration and deposition in magmatic and hydrothermal environments are examined. Natural and experimental data, including fluid inclusion, stable isotope, metal solubility, mineral stability and metal partition behaviour are used to develop genetic models for ore deposits, which form the basis of mineral exploration strategies.
Course Outline: Mineral Deposit Geochemistry
*Cross-listed with ES 4432B
X-ray Fluorescence (XRF) and Electron Probe Micro Analysis (EPMA) techniques provide common methods to analyse solids. X-ray Photoelectron Spectroscopy (XPS) and Secondary Ion Mass Spectrometry (SIMS) are a modern methods used to analyse surfaces of solids. Inductively Coupled Plasma spectrometry (ICP) and Ion Chromatography are the modern methods used to analyse aqueous solutions. The basic theory and practice for these techniques will be introduced and interpretation of data emphasized.
Course Outline: here
Offered: 3 hours once a week (TBD by class poll)
Participants will investigate the relationship between crystal structure and mineral behaviour by collecting and interpreting crystallographic data on their own research specimens (and correlating this with other available data). Lectures will begin with fundamental crystallographic concepts, theory and techniques of X-ray diffraction. Additional topics include temperature- and pressure-dependent changes in crystal structure and selected spectroscopic techniques (may include Raman, IR, NMR or other methods). There are five laboratory assignments and an independent research project. The students will present their independent research projects as a manuscript-style report and a symposium-style presentation. There is a 3 hour final exam.
Course Outline: Here
Offered: 3hrs/ week To be determined with students enrolled.
At the end of this course, it is expected for the student to have an overview of the different processes that control the formation, emplacement, and eruption of volcanoes. Volcanism and plate tectonics; volcanic systems; magma generation and migration; magma storage; Volatile, gas, and explosivity; eruption styles; volcanic products, plumes, fallout, lava flows; imaging of volcanic structures; volcano monitoring; volcanic hazards and hazard mitigation.
Special Topics in Geology: "The Geoscience of Deep Geological Repositories for Spent Nuclear Fuel”
Instructor: Des Moser firstname.lastname@example.org
Nuclear energy is increasingly considered to be important to the transition to a zero carbon society, an option that hinges on safe isolation of spent fuel at geological time scales. Success relies on knowledge of diverse fields of geoscience including mineralogy, geochemistry, tectonics, hydrology, geophysics and geomicrobiology while respecting Indigenous Relationships and knowledge systems. All these and their interrelationships will be investigated in the context of the design and potential implementation of a Canadian DGR.
Course Outline: TBD
Instructor: Neil Banerjee email@example.com
Offered: April/May 2022 - Ecuador
A research-level field course to globally significant international or Canadian geological type localities. Students will gain practical field experience through the collection, analysis, and presentation of primary geological and geophysical field data. Lectures/ seminars/ practical exercises will emphasize the interaction between the physical, chemical, and biological aspects of the Earth system.
For more details refer to email sent out December 10th and/or please click here
*Crosslisted with ES 4452Z
Instructor: Catherine Neish firstname.lastname@example.org
Offered: Monday 8:30-10:30am and Thursday 8:30-9:30am in PAB-36
This course introduces the geologic processes operating on the solid surfaces in the solar system. Includes a survey of the terrestrial planets (including the Moon), large asteroids and comets, and the satellites of the outer solar system.
Course Outline: Here
*Crosslisted with ES 4435B
Instructor: Katsu Goda email@example.com
Offered: Lecture Monday and Wednesday 10:30-11:30am in MC-17, Lab Monday 2:30-5:30pm BGS 0184
An advanced course covering the geophysical techniques used for subsurface sensing, with applications to environmental studies and resource exploration. Data analysis includes seismology, gravity, electromagnetic and radiometric applications.
*Crosslisted with ES 3320B
Instructor: Robert Shcherbakov firstname.lastname@example.org
Offered: Tuesday 9:30-11:30am and Thursday 10:30-11:30am in AHB-2B04
Advanced topics in the physics of the Earth and planets including: magnetism; paleomagnetism and the geomagnetic timescale; radioactivity, radioactive dating and Earth's age; elasticity and flexure of plates; principles of continuum mechanics; elastic properties of the Earth's lithosphere; principles of isostasy; rheology of rocks; shape and rotation of the Earth.
Course Outline: Here
*Crosslisted with ES 4421B