Overview

Explore the mathematical modeling of ice sheets in Greenland and Antarctica through this Oxford Mathematics Research Seminar. Delve into the complexities of ice sheet dynamics, including their movement, fluid properties, and the equations governing their behavior. Learn about the motivation behind studying ice sheets, their impact on global climate, and the challenges in predicting their future. Discover key concepts such as accumulation elevation feedback, depth-integrated models, and surface boundary layers. Gain insights into the scale of Antarctica and the role of moulins in ice sheet dynamics. This seminar provides a comprehensive look at cutting-edge research in glaciology and climate science, offering valuable knowledge for those interested in environmental mathematics and climate modeling.

Syllabus

Introduction
Motivation
Antarctica
How Ice Sheets Work
How Ice Sheets Move
Ice as a Fluid
Ice Sheet Model
Ice Sheet Equation
Accumulation Elevation Feedback
Depth Integrated Models
How large is Antarctica
Surface boundary layer
Equations
Moulins

Taught by

Oxford Mathematics

Reviews

4.7 rating, based on 3 Class Central reviews

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Wulan Octavieny

The Modelling Ice Sheets: Oxford Mathematics Research Seminar, hosted by the University of Oxford and available on their YouTube channel, is a comprehensive and engaging series of lectures that delve into the complexities of ice sheet modeling. The…

The Modelling Ice Sheets: Oxford Mathematics Research Seminar, hosted by the University of Oxford and available on their YouTube channel, is a comprehensive and engaging series of lectures that delve into the complexities of ice sheet modeling. The seminar is led by Dr. Ben Greacen, a researcher in the Mathematical, Physical, and Life Sciences Division at the University of Oxford.

The lectures are presented in a clear and concise manner, with each topic building upon the previous one. Dr. Greacen does an excellent job of explaining the mathematical concepts and equations involved in ice sheet modeling, making them accessible to viewers with varying levels of mathematical backgrounds.

The lectures cover a wide range of topics related to ice sheet modeling, including the basics of glaciology, the physics of ice flow, and the role of climate change in ice sheet dynamics. The lectures also touch upon practical applications of ice sheet modeling, such as predicting sea level rise and understanding the impact of melting glaciers on coastal communities.

One of the standout features of this seminar is the use of visual aids to illustrate complex concepts. Dr. Greacen makes use of animations and simulations to demonstrate how ice sheets behave under different conditions, making it easy for viewers to follow along and understand the material.

Overall, I would highly recommend this seminar to anyone interested in climate science, glaciology, or mathematical modeling. The lectures are well-presented, informative, and engaging, making them an excellent resource for both beginners and experts in these fields. Whether you're a student looking to learn more about ice sheet modeling or a professional looking to stay up-to-date with the latest research in this area, this seminar is definitely worth checking out.
Raka Syaiful Rohman

Modelling Ice Sheets seminar provided deep insights into cutting-edge research in Oxford Mathematics. Engaging discussions and innovative approaches highlighted the complexities of ice sheet dynamics
Tallyson Kayky

muito bom o curso, muito bem elaborado e o professor demonstrou que tem total domínio sobre o assunto abordado no curso. ótimo

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