Quaternary Environments

Timeline
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March 26, 2021Experience start
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April 2, 2021Client Meeting - Check in
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April 7, 2021Presentations
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April 16, 2021Experience end
Timeline
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March 26, 2021Experience start
-
April 2, 2021Client Meeting - Check in
Meeting between students and company
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April 7, 2021Presentations
April 6th & 8th - Presentations synchronous during lecture time
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April 16, 2021Experience end
Experience scope
Categories
Skills
writing researchThis course provides a broader context for studying modern environmental phenomena and delivers an overview of the key techniques and proxies used in reconstructing Quaternary environmental histories.
Students also review the methodologies used to reconstruct past conditions, focusing on how these methods are used as windows into the past. Throughout the course several case studies will be examined that highlight the latest research and environmental reconstructions, with laboratory classes to give hands-on experience with basic environmental reconstruction methodologies.
Learners
Deliverables TBD by educator and employer
Project timeline
-
March 26, 2021Experience start
-
April 2, 2021Client Meeting - Check in
-
April 7, 2021Presentations
-
April 16, 2021Experience end
Timeline
-
March 26, 2021Experience start
-
April 2, 2021Client Meeting - Check in
Meeting between students and company
-
April 7, 2021Presentations
April 6th & 8th - Presentations synchronous during lecture time
-
April 16, 2021Experience end
Project Examples
Requirements
Upon completion of the course students should be able to:
• describe and understand differing approaches to dividing Quaternary time.
• explain the sequence of major climate events and discuss their causes.
• demonstrate a knowledge of the evolution of Recent plants and animals (including humans) and the effects that Quaternary environmental change has had upon them.
• discuss the causes, dynamics of, and evidence for Quaternary glaciations
• demonstrate knowledge of the effects Quaternary change has had upon ocean circulation and interlinkages within the ice- ocean-atmosphere system.
• use basic geomorphological, sedimentological and stratigraphic techniques to interpret Quaternary sediments, landforms, and landscapes.
• choose the appropriate environmental proxies for a given setting or sediment and to demonstrate a knowledge of the appropriate methodologies for processing and interpreting those proxies.
• demonstrate a knowledge of the different Quaternary dating techniques and their assumptions, and discuss their application to different problems and environmental settings.
• discuss some of the key Quaternary events, scientific controversies, and alternative hypotheses, as they relate to Alberta and Canada.
• understand and effectively use published papers from scientific journals as a research tool.
• effectively discuss recent and new research in the field of Quaternary Science
• demonstrate an understanding of the implications that long-term environmental change has for studying modern Earth systems.
Additional company criteria
Companies must answer the following questions to submit a match request to this experience:
Additional company criteria
Companies must answer the following questions to submit a match request to this experience:
Timeline
-
March 26, 2021Experience start
-
April 2, 2021Client Meeting - Check in
-
April 7, 2021Presentations
-
April 16, 2021Experience end
Timeline
-
March 26, 2021Experience start
-
April 2, 2021Client Meeting - Check in
Meeting between students and company
-
April 7, 2021Presentations
April 6th & 8th - Presentations synchronous during lecture time
-
April 16, 2021Experience end