Exogene Dynamics / Sedimentology

Understanding Earth’s Surface Through Time

Sedimentary geology explores the rock layers that form at Earth’s surface, preserving a detailed archive of our planet’s environmental and geological history. By analyzing these strata, sedimentary geologists reconstruct ancient landscapes, trace climate evolution, and study the interplay between sea level, tectonics, erosion, and life over geologic time. This field plays a vital role in both scientific discovery and practical applications. Sedimentary basins host the majority of the world’s energy resources, key mineral deposits, and extensive groundwater aquifers. A deep understanding of sedimentary systems is essential for managing water and energy sustainably, exploring geothermal energy and carbon storage, and mitigating environmental risks. A deep understanding of sedimentary systems is key to enhancing the resilience of landscapes and the resources they support and to promote geo-responsibility in managing Earth’s critical resources.

At the University of Potsdam, our sedimentary geology group investigates the processes that shape and transform the Earth's surface. We integrate field observations, subsurfce data, laboratory analyses, meta-data analyses and numerical modelling to study sedimentary systems across scales—from pores to entire basins.  Our work addresses both fundamental scientific questions and pressing global challenges. We collaborate internationally, train students from diverse backgrounds, and publish research that informs Earth System history, energy production and storage (groundwater management, carbon capture)and climate adaptation.Through our efforts, we aim to deepen scientific knowledge while contributing practical solutions for sustainable resource use and environmental stewardship. Together, we’re working to uncover Earth’s dynamic past—and apply that knowledge to shape a more sustainable future.

Our Mission

To advance Earth-system research on carbonate and mixed sedimentary systems, to demonstrate their contribution to sustainable resource use, and to train and mentor the next generation.

Vision: 

To lead internationally collaborative, highly visible Earth-system research on carbonate and mixed sedimentary systems that addresses global challenges, translates into real-world solutions, and expands opportunities for our graduates and all team members.