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个人简介
Todd A. Ehlers, PhD (2001) is a geoscientist who integrates geophysical, geochemical, and geologic methods to address fundamental questions related to the interactions between climate, tectonics, biota, and mountain topography. He is the Professor for Geology (W3), and department chair, of the Department of Geosciences, University of Tübingen, Germany. He directs the Earth System Dynamics research group which is composed of ~40 researchers, staff, and students.
Professor Ehlers’ approach to research involves integrating high-performance computer models with geochemical and geologic data sets. He uses a mixture of atmospheric general circulation models and dynamic vegetation models to understand the past and present controls on Earth’s climate and vegetation. These models are applied in combination with landscape evolution and plate tectonic (thermo-mechanical) computer models to quantify how atmospheric, biotic, and geologic processes influence topography over geologic (million year) time scales. Characteristic of his approach is the integration of diverse geochemical (e.g. thermochronology, cosmogenic and stable isotope) and geologic (sedimentology, glacial, and structural) data sets to provide a physics-based understanding of model predictions and the key processes, couplings, and feedbacks present in the evolution of Earth’s surface. Fundamental research topics he addresses range from the climate, tectonic and topographic evolution of Earth’s largest mountain ranges (e.g. the Andes and Himalaya-Tibet) to the glacial and biotic controls on topography.
Professor Ehlers’ approach to research involves integrating high-performance computer models with geochemical and geologic data sets. He uses a mixture of atmospheric general circulation models and dynamic vegetation models to understand the past and present controls on Earth’s climate and vegetation. These models are applied in combination with landscape evolution and plate tectonic (thermo-mechanical) computer models to quantify how atmospheric, biotic, and geologic processes influence topography over geologic (million year) time scales. Characteristic of his approach is the integration of diverse geochemical (e.g. thermochronology, cosmogenic and stable isotope) and geologic (sedimentology, glacial, and structural) data sets to provide a physics-based understanding of model predictions and the key processes, couplings, and feedbacks present in the evolution of Earth’s surface. Fundamental research topics he addresses range from the climate, tectonic and topographic evolution of Earth’s largest mountain ranges (e.g. the Andes and Himalaya-Tibet) to the glacial and biotic controls on topography.
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crossref(2023)
EARTH AND PLANETARY SCIENCE LETTERS (2023): 118097-118097
Mirjam Schaller,Todd Ehlers, Pascal Hirsch,Thomas Hickler, Juan-Pabloe Fuentes-Espoz,Antonio Maldonado, Leandro Paulino
crossref(2022)
Mirjam Schaller,Todd Alan Ehlers
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