Earth Surface Processes - Einzelansicht

Contents

This course deals with the dynamics of Earth-surface processes: erosion, transport and deposition on slopes, by rivers and glaciers. Physical and mathematical models describing these processes are presented and analyzed using available field observations. In addition, the course examines the couplings between tectonics and climate-driven surface processes in landscape evolution. Topics are explored in depth through the reading of scientific papers, followed by group discussion and presentation of research topics to groups of students. 

Qualification goals

Students:

acquire an understanding of the processes that drive erosion and sediment transport at the Earth’s surface, as well as tectonically controlled landscape genesis at plate boundaries and tectonically active regions within continents. 

become familiar with modern quantitative methods for observing and modeling Earth-surface processes and their controlling factors. 

Learn to analyze and synthesize modern research questions in surface processes and their couplings through literature review, presentations, and group discussions.

Textbooks:

R.S. Anderson & S.P. Anderson, Geomorphology: The Mechanics and Chemistry of Landscapes. Cambridge University Press, 2010.

D. Burbank & R.S. Anderson, Tectonic Geomorphology (2nd Ed.), Wiley-Blackwell, 2012.

P.R. Bierman & D.R. Montgomery, Key Concepts in Geomorphology (2nd Ed.), Freeman-McMillan, 2020.

Additional background papers available on Moodle.