Quaternary Geology

[Translate to English:] Tamala1

Quaternary Geology aims to analyse processes in the youngest geological period (last 2.58 Ma). Quaternary archives, such as sediments, speleothems or corals, provide insights into climatic and environmental processes over a variety of timescales.

The group of Prof. Dominik Fleitmann will start its work at the University of Basel in May 2019.

Exogenous Geology & Sedimentology

[Translate to English:] Isla Mocha 2

The group led by PD Dr. Michaela Spiske addresses processes of erosion, transport and deposition, both in terrestrial and marine settings. These processes can either act on short time scales (hours to days) or have a duration of millennia to millions of years. The main research focus are natural hazards, most of all tsunamis and storms, which can significantly modify or even destroy coastal environments. The understanding of hydrodynamic processes that act during tsunami and storm surge inundation is a key to differentiate between the various types of on- and offshore event deposits. Sedimentary archives provide valuable information on recurrence intervals. Inverse modeling gives estimates of event magnitudes and intensities. These approaches allow for a quantification how frequently and to which extent a coastline was inundated in the past and are therefore important for hazard assessment and mitigation.

Mineralogy and Petrology

The working group of Prof. Leander Franz deals with the generation and the properties of minerals and rocks. Special attention is paid to the physical and chemical formation conditions of the predominantly inorganic materials of the Earth. In particular, minerals and fluid phases of metamorphic rocks are investigated by polarization microscopy and microchemical analytics. The aim of this research is the reconstruction of so called pressure-temperature-time (PT-t-) paths of these rocks based on thermodynamic computer programs. Furthermore, petrological and geochronological studies of magmatic rocks are performed. For these investigations, detailed field studies are inevitable, which the students learn during field exercises and mapping courses.   

Applied and Environmental Geology

[Translate to English:] AUG-Foto

Solid knowledge of the near-surface geological and hydrogeological processes becomes increasingly important as the density of populated areas grows. Furthermore, conflicts of interest in land-use pose additional challenges. As a center of competence, the work group Applied and Environmental Geology, is focused on addressing these topics. The group implements a research-based approach to building up in-depth knowledge and developing applied fundamentals in geology, hydrogeology and geotechnics in Northwestern Switzerland and bordering regions. The knowledge and applied fundamentals are transferred by teaching students and consulting cantonal and federal specialist departments. The practical implementation of the applied fundamentals and transfer of the gained knowledge is often based on synergies arising from the group’s broad network of governmental departments and institutions of higher education.

Quaternary Geology

Department of Environmental Sciences
University of Basel
Secretariat
Bernoullistrasse 32
CH-4056 Basel

Tel. +41 61 207 35 91

eleniana.petitjean-at-unibas.ch

How to find us

 ....by train:
You will either arrive in Basel at the railways station Basel SBB (arriving from Switzerland, France and the international lines) or at the station Basel Badischer Bahnhof (from Germany). 

...arriving at Basel SBB - Bâle SNCF
Bus No.30 will take you directly from the station to the Bernoullianum. Alternatively, take Tram 1 or 8 to "Marktplatz" and walk through the old town to the Bernoullianum.

...arriving at Basel Badischer Bahnhof
Take the Bus No. 30 to "Bernoullianum". Upon leaving the bus you will see the building right in front of you .

...by plane:
You will arrive at the EuroAirport Basel-Mulhouse-Freiburg. From there, you can take a bus to the station Basel SBB from where you may proceed as described above.