DEPThS: Field-based summer school on subduction forearc dynamics
Subduction zones are of primary importance for understanding the interactions between the Earth’s surface and the deep levels of the planet and assessing the potential implications for the climate. The international Summer School "DEPThS" aims to analyze the dynamics of subduction forearcs through a highly multidisciplinary approach, with particular emphasis on exhumation processes and the deep carbon cycle. The course is aimed primarily at PhD students in the various fields of Earth Sciences. It includes one day of classroom lectures in Milan and four days of field lessons based on geological observations along key transects across the Western Alps, one of the best-studied fossil subduction zones on Earth. Lectures will integrate petrological, tectonic, and stratigraphic evidence along the analyzed transects with the results of recent geophysical experiments on the deep tectonic structure of the Alps. Lectures will be held by geologists, petrologists, and seismologists from University of Milano-Bicocca, ISTerre Grenoble, and University of Torino, who will interact all together with the students both in the classroom and in the field while hiking and discussing in front of intellectually stimulating outcrops in the breathtaking alpine landscape. The DEPThS Summer School is funded by DISAT within the framework of the Departments of Excellence Project.
Marco G. Malusà (University of Milano-Bicocca)
Simona Ferrando (University of Torino)
Stéphane Guillot (ISTerre Grenoble)
Chiara Groppo (University of Torino)
Anne Paul (ISTerre Grenoble)
Period: from Monday 6 September to Friday 10 September 2021
Place and Teaching Method:
• 6 September: Classroom lectures at the University of Milano-Bicocca, Milan, Italy
• 7-10 September: Lessons in the field in various locations in the Italian Western Alps (Aosta,
Varaita, Po and Bormida valleys).
ECTS: 3 (8 hours of classroom lectures, 20 hours of activity in the field)
For further information, contact: Prof. Marco Giovanni Malusà