Courses

Courses

Whether in the field or in a lab, UVic School of Earth and Ocean Sciences takes learning beyond the lecture hall.

2019-20 course offerings are listed below. Course descriptions and details are available in the current Academic Calendar.

100-level courses
200-level courses
300-level courses
400 level
Graduate

EOS 110 Oceans and Atmospheres

EOS 120 The Dynamic Earth

EOS 170 Natural Hazards

EOS 201 Sedimentary Geology

EOS 202 Structural Geology

EOS 205 Mineralogy

EOS 210 Introductory Geophysics

EOS 225 Earth System Modelling

EOS 240 Geochemistry

EOS 260 Earth System Evolution

EOS 300 Earth Science Field School

EOS 311 Biological Oceanography

EOS 312 Introductory Chemical Oceanography

EOS 313 Introductory Geological Oceanography

EOS 314 Descriptive Physical Oceanography

EOS 316 Igneous and Metamorphic Geology

EOS 330 Paleobiology

EOS 335 Isotopes in Natural Sciences

EOS 340 Atmospheric Sciences

EOS 350 Understanding The Oceans

EOS 365 Climate and Society

EOS 400 Advanced Field Geology

EOS 401 Oceanographic Field School

EOS 410 Global Tectonics

EOS 416 High Temperature Petrology

EOS 420 Resource Geology

EOS 425/538 Aqueous Geochemistry and the Environment

EOS 431/531 Physical Oceanography

EOS 440 Hydrogeology

EOS 450 Quaternary Geology

EOS 451/551 Introductory Dynamic Meteorology

EOS 460 Earth System Science

EOS 480 Applied Geophysics

EOS 490 Directed Studies in Earth and Ocean Sciences

EOS 499A Honours Thesis; EOS 499B Honours Thesis

2019-20 course offerings (to date) are listed below. Course descriptions and details are available in the current Academic Calendar.

EOS 599 MSc Thesis - Students must enrol in 599 in their first term and remain enrolled until their thesis requirements have been completed.

EOS 699 PhD Dissertation - Students must enrol in 699 in their first term and remain enrolled until their thesis requirements have been completed.

EOS 693 PhD Candidacy Examination - Students must enrol in 693 in their first term and remain enrolled until their candidacy requirements have been completed, normally within the first two years of a PhD program.

Fall (201909) Term:

EOS 504D Geochemical Modelling CRN 13986

EOS 513 Advanced Igneous and Metamorphic Petrology CRN 13945

EOS 516 Ocean Acoustics CRN 14067

EOS 525 Research Frontiers in EOS CRN 11513

EOS 531 Physical Oceanography CRN 11514

Spring (202001) Term:

EOS 504 Selected Topics in Geochemistry CRN 23750

EOS 538 Aqueous Geochemistry and the Environment CRN 21415 and 21416

EOS 551 Introductory Dynamic Meteorology CRN 21417

School of Earth and Ocean Sciences, University of Victoria

2 months ago

"Postdoctoral Position in High-Latitude Climate Dynamics at the University of Victoria We are seeking an engaged, enthusiastic individual for a postdoctoral research position investigating the dynamics of high-latitude climates. The researcher will explore the workings of Arctic and Antarctic climate broadly, and may consider any (or all, time permitting) of the following scientific directions in high-latitude climate change: (1) the impact of dynamic atmospheric processes during the shoulder seasons (fall and spring) on the onset of sea ice growth and melt; (2) the role of atmosphere-ocean coupled dynamic processes in amplifying polar climate change in winter; and (3) the impact of atmospheric moisture transport, and cloud feedback processes, in polar climate change through the seasons. Other research directions on the dynamics of polar climate change are also possible." Do not apply via Facebook. Application deadline: October 15, 2019. More information at the link. https://hansialice.github.io/posts/2019/08/PostDocOpportunity/

School of Earth and Ocean Sciences, University of Victoria

2 months ago

In partnership with the City of Pasadena, Zhan and his team are taking unused strands of optical fiber in the city’s telecommunication cables and turning those strands into the equivalent of 5,000 sensors. With so many data points grouped so closely together, scientists can watch a quake propagate in a way that is impossible with current networks, where sensors are kilometers apart. The map above shows the full extent of the Pasadena Array planned for October 2019. With success, Zhan hopes to set up similar networks in other cities. #article-Listening-with-Light" rel="nofollow">https://breakthrough.caltech.edu/magazine/2019-aug/#article-Listening-with-Light

Senses and Sensors: The Caltech Effect...