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Lecture, Laboratory Topics and Reading Assignments
Week 1: What is this course about?
· Logistics, organization, and topics
· Review of basic geological concepts
Readings: Chapter 1 & 2 in Bierman and Montgomery (First edition) and review geological concepts from GEOG 111 and/or EASC 101 textbooks.
Readings: Chapter 1 & 2 in Bierman and Montgomery (Second edition) and review geological concepts from GEOG 111 and/or EASC 101 textbooks.
Course Syllabus
Intro slides
Outtakes from the Fall 2020 welcome video that never got finshed.
(Are you a geomorphology instructor somewhere who wants all my powerpoint slides? Send me an email and I'll send you a link with my .pptx slides, labs, syllabus, and even my exams if I can verify you are not a student! I'm happy to see you use them all or just a few slides in your lectures. Sharing is caring.)
Week 2: What is the fundamental basis of geomorphology?
· Historical conceptions of the landscape
· Mass conservation and geomorphic transport laws
Readings: Chapter 1 & 2 in Bierman and Montgomery (Second edition)
OR: Chapter 1 & 2 in Bierman and Montgomery (First edition)
Wolman, M.G. and W.P Miller, 1960, Magnitude and frequency of forces in geomorphic processes, Journal of Geology 68: 54-74.
History & Fundamental Principles Slides.
Review of mass continuity principles.
Lab 1: Introduction to Google Earth.
The Work of Rivers (1935) Movie
Week 3: What controls topographic relief?
· Coupling of climate and topography
· Structurally-controlled and igneous landforms
Readings: Chapter 12, 15 & 16 in Bierman and Montgomery (Second edition)
OR: Chapter 11, 12 & 14 in Bierman and Montgomery (First edition)
Molnar and England, 1990, Late Cenozoic uplift of mountain ranges and climate change, Nature 346: 29-34.
Tectonic & Structural Geomorphology Slides
Lab 2: Structurally-controlled and volcanic landforms
Week 4: Where do landscape materials come?
· Weathering, soil production, and bedrock erosion
Readings: Chapter 5 & 6 in Bierman and Montgomery (Second edition)
OR: Chapter 3 in Bierman and Montgomery (First edition)
No lab exercise
Weathering, Bedrock Erosion and Soil Production Slides
Weeks 5 & 6: How do landscape materials get down from mountain tops to valley floors?
· Hillslope morphology and transport (slips, slides, flows, and falls)
Readings: Chapter 7 in Bierman and Montgomery (Second edition)
OR: Chapter 5 in Bierman and Montgomery (First edition)
Lab 3: Landforms of mass wasting.
Lab 4: Slope stability analysis.
Mass Movement Slides
Week 7: Midterm Exam
Weeks 8 & 9: How do landscape materials get from valley floors to their ultimate sink (oceans or lakes)
· River valley morphology and fluvial transport (Longitudinal valley profiles, channel sediment transport, sediment yield)
Readings: Chapters 4, 8 & 9 in Bierman and Montgomery (Second edition)
OR: Chapters 4, 6 & 7 in Bierman and Montgomery (First edition)
Suggested further readings: Church, 2005, Bed Material Transport and the Morphology of Alluvial River Channels, Annual Reviews of Earth & Planetary Science 34: 325–354
Rivers Slides
Lab 5: Sediment mobility in rivers.
Virtual Field Trip on YouTube
Virtual Field Trip Assignment
Weeks 10, & 11: How do glaciers modulate landscape development?
· Glacial processes and landforms
· Differentiation between landscapes formed by rivers and glaciers
· Glacial history & paraglacial landscapes of British Columbia
Readings: Chapter 13 in Bierman and Montgomery (Second edition)
OR: Chapter 9 in Bierman and Montgomery (First edition)
Church and Slaymaker, 1989, Disequilibrium of Holocene sediment yield in glaciated British Columbia, Nature 337: 452 – 454.
Suggested further readings: Clague, 1989, Quaternary geology of the Canadian Cordillera. In: Fulton, R.J. (Ed.), Quaternary Geology of Canada and Greenland. Geology of Canada, No. 1. Geological Survey of Canada, pp. 15–96.
Glacial Processes & Landforms Slides
Lab 6: Geomorphology of glaciated terrain.
Week 12: Has the emergence of life on this planet affected the large scale topographic organization of the earth?
Readings: Dietrich, W.E and J.T. Perron, 2006, The search for a topographic signature of life. Nature, 439, 411-418.