12
NOV
NOV
A Journey through the Wilson Cycle: Insights and Relevance for the 21st Century
Cours public
Ouvert au grand public
12.11.2025 11:00 - 11:45
Présentiel
Public lecture as part of the search committee in Tectonics and structural geology
Summary: Earth’s surface and interior evolution are coupled, and their interactions with climate shape mountains, basins, and life itself. These links drive the formation of vital geo-resources, including geothermal energy, but also generate geo-risks. An enduring question is how to quantify the coupled evolution of orogens and sedimentary basins across scales through successive Wilson-cycle stages of rifting, spreading, subduction, and collision. Therefore, by integrating geological observations, geophysical data with advanced 4D tectono-sedimentary and landscape modelling, we can bridge deep and surface processes. This presentation highlights their feedbacks and effects on tectono-sedimentary systems, with examples from the Alps–Carpathians–Dinarides and adjacent sedimentary basins. Such insights are vital for today’s geoscientific and societal challenges.
Summary: Earth’s surface and interior evolution are coupled, and their interactions with climate shape mountains, basins, and life itself. These links drive the formation of vital geo-resources, including geothermal energy, but also generate geo-risks. An enduring question is how to quantify the coupled evolution of orogens and sedimentary basins across scales through successive Wilson-cycle stages of rifting, spreading, subduction, and collision. Therefore, by integrating geological observations, geophysical data with advanced 4D tectono-sedimentary and landscape modelling, we can bridge deep and surface processes. This presentation highlights their feedbacks and effects on tectono-sedimentary systems, with examples from the Alps–Carpathians–Dinarides and adjacent sedimentary basins. Such insights are vital for today’s geoscientific and societal challenges.
Quand?
12.11.2025 11:00 - 11:45
Où?
Organisation
Intervenants
Dr Attila Balazs, Department of Earth and Planetary Sciences, ETHZ, Switzerland
