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His research focuses on the deformation and flow in the Earth from the crustal scale to the whole mantle scale, investigating the driving forces and resistive forces related to such deformation and flow. He uses laboratory-based (analogue) and numerical modelling techniques as well as tectonic reconstructions to quantify the deformation, velocities, forces and stresses associated with large-scale geodynamic processes, in particular subduction and mountain building. His research focuses both on generic, process-oriented, research and research applied to specific geological settings and geographical locations (e.g. Andes, Southwest Pacific, Himalaya-East Asia, Mediterranean, Scotia Sea).
Wouter’s current research, funded by a Vici grant from the Dutch National Science foundation (NWO), investigates the origin and evolution of the largest mountain belts on Earth, the Andes and the Himalaya-Tibet-East Asia system.
Wouter is in charge of the Kuenen-Escher Geodynamics Laboratory (KEG Lab), which is a modelling facility in which crustal and mantle-scale geodynamic processes are simulated in analogue experiments at small spatial scales and short temporal scales.
Research Interests
Papers共 148 篇Author StatisticsCo-AuthorSimilar Experts
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EARTH-SCIENCE REVIEWS (2024): 104755
crossref(2024)
Francisco Bolrão,Wouter Schellart
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crossref(2023)
crossref(2023)
JOURNAL OF STRUCTURAL GEOLOGY (2023): 104964-104964
Dynamics of Plate Tectonics and Mantle Convectionpp.321-355, (2023)
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