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Advanced Field Methods (GLGY 435)
(undergraduate students) In this field school we traverse the foreland belt of the Canadian Cordillera and into the Omineca belt. We focus on identifying structures and various deformation styles along an east to west profile. This field school combines small scale mapping projects and large scale observations that are put into the tectonic evolution of the southeastern Canadian Cordillera. Spring semester: 2023, 2024 |
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Global Tectonics(GLGY 555)
(undergraduate students) In this course we learn about the principles of plate motion and plate boundary processes. We take an exciting journey across all continents and oceans to study the interaction of lithosphere, asthenosphere and surface processes. This class is taught in a flipped classroom format. If possible, we go outside to enjoy the September sun. Fall semester: 2022, 2024 |
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Structural Geology (GLGY 445)
(undergraduate students) In this course we learn about the cause and effect of rock deformation from the atomic to continental scale. We will learn about the different deformation mechanisms that occur, how to identify them on the microscopic scale, hand samples and outcrop scale. We will learn about the most common tools and diagrams for quantifying and presenting structural measurements. This class includes lectures and labs that are closely related. Winter semester: 2018, 2019, 2020, 2022, 2023, 2024, 2025 Fall 2020 |
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Geology and Geophysics of Western Canada (GLGY 707)
(graduate students, upper lever undergrads) This course explores the geology and geophysics of the mountainous region of Western Canada. The course comprises active learning methods, paper discussions during labs and a 3-day field trip across the Rocky Mountains and Columbia Mountains. The course also includes engaging discussions with guest scientists that are experts in various disciplines in the field of geology and geophysics. Fall semester: 2018, 2019, 2021, 2023 |
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Radiometric Dating (GLGY 699)
(graduate course, upper level undergrads) Radiometric dating techniques are widely used to quantify the timing and rates of diverse geological processes and are a critical tool for understanding the four-dimensional evolution of earth systems. The fundamentals and applications of U-Th/Pb dating and thermochronometric techniques such as U-Th/He, fission track, K/Ar and Ar/Ar are introduced. Emphasis will be placed on applications of the techniques and the course will enable students to critically evaluate geo- and thermochronometric datasets, interpret combined geochronological-thermochronological datasets and conduct thermal history modeling. Project design and practical considerations such as sampling strategies, timelines and budget will be addressed. Winter semester: 2019, 2020 |
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Tectonics & Regional Geology (GEOL4042/6042)
(graduate students and upper level undergrads) In this course we build on the basic concepts of plate tectonics and investigate specific topics and specific regions in more depths. The class is entirely free of ppt presentations and comprises discussions on the chalk boards, paper-slam sessions, single and group presentations, elevator pitches, and a variety of games. The class reviews all aspects of the geosciences such as structural geology, petrology, mineralogy, geomorphology, geophysics, sedimentology, etc., and shows how they fit together in the processes of plate tectonics. Fall semester: 2016 |
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Structural Geology (GEOL3004) (undergraduate level) In this class we learn about the tectonic forces that result in the deformation of the crust that is expressed in a variety of geologic structures. This class you will learn the main geologic features of brittle and ductile deformation and their appearance on the microscopic to kilometer scale. This class comprises lectures, discussions on the chalk board, labs, homework assignments and two field trips. Making observations in the field and collecting data is an essential part of this class. Every spring semester |
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Geoscience Foundation (GEOL1099)
(undergraduate level) This course is required for all majors and covers the basic knowledge and skills for the study of geology. This class includes lectures, weekly labs and assignments, and field trips. This course is taught by two professors. I am teaching the physical geology part in the first half of the semester. Professor Yanes is teaching the historical geology and environmental science in the second half of the semester. Every semester |
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Thermochronometric Methods (GEOL6034)
(graduate students and upper level undergrads) In this course we will learn the basics of thermochronometric methods including fission-track analysis, (U-Th)/He dating, 40Ar/39Ar analysis and U/Pb dating. We will learn how to calculate an age, error calculation, correction and calibration factors, thermal history modeling and common data analyses methods. You will also learn sampling strategies and what methods and minerals to use to answer a variety of geologic questions. This course includes lectures and mainly discussions on the chalk board, exercises on the computer, weekly assignments, laboratory visits and a field trip. Spring 2014, Fall 2015 |
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