Geophysics and Geodynamics

The Geophysics and Geodynamics Group (headed by Prof. Boris Kaus) at the Institute of Geosciences at the University of Mainz is working on understanding how geological processes work, from the grain-scale to the scale of a planet. We predominantly do this with the help of mathematical and numerical models, for which we develop new approaches. Ongoing research projects include lithospheric-scale shear localization, the coupling between melt migration and lithosphere deformation, the formation of fold-and-thrust belts and salt tectonics, the coupling between erosion, lithosphere dynamics and mantle flow, the dynamics of subduction zones as well as the development of new software that runs on high-performance parallel computing systems.

  

In addition, part of the research group focusses on applied geophysical methods such as magnetotellurics, seismoelectromagnetics, gravimetry and DC geoelectrical tomography. We also have expertise on deep and shallow geothermal energy and thermohydraulic monitoring (by the Institute of Geothermal Resource Management).

 

There are many possibilities for students, postdocs and advanced researchers to take part in ongoing research projects (see open positions).

 

News:


Our latest 4 publications:

  • Given the correct parameters, shear heating results in lithospheric-scale shear zones. But does this result in a subduction zone? Read more...
  • Fold and thrust-belts have a large variety of deformation styles. We show that this might be caused by thin weak layers. Read more...
  • On Earth, all lithospheric plates move westwards (relative to the lower mantle). But why?
  • Under which conditions can we use 'sticky-air' to model a free surface?


Contact:

Prof. Dr. Boris Kaus
Geophysics and Geodynamics
Room 00-285
Tel: 06131-39-24527


Address:

Institute of Geosciences
Johannes Gutenberg University Mainz
J.-J.-Becher-Weg 21
D-55128 Mainz
Germany

Directions / floor plan

Postal Address:

JGU Mainz
D-55099 Mainz 
Germany


Zum Inhalt der Seite springen Zur Navigation der Seite springen