We investigate the spatial distribution and temporal variability of marine sediments from the coast down to the deep sea to reconstruct their origin, transport, diagenesis and chronology. Using paleo- and rock magnetic as well as optical methods we study the composition and magnetization of natural sedimentary iron minerals, drawing conclusions on past changes in climate conditions, ocean circulation, plate tectonics and Earth´s magnetic field.
Contact
Telefon +49 421 218 - 65310
dobeneckuni-bremen.de
https://www.geophysik.uni-bremen.de/page.php?pageid=2&langid=EN
Working Area
Our current working areas are the N and SW Pacific as well as continental margins of SE Africa, Eastern Canada and W Antarctica. In the framework of student and contract projects, we also survey geological and archeological structures in Germany.Methods
Our two automated cryogenic magnetometers and three core logging systems enable rapid and sensitive geophysical analyses of sediment cores. We also run instruments for magnetic high- and low-temperature experiments. Four mobile Overhauser magnetometers are used for field and marine magnetic surveys. Our EM profiler NERIDIS III can map magnetic and electric properties of the shallow seafloor at high resolution.Contact
Telefon +49 421 218 - 65310
dobeneckuni-bremen.de
https://www.geophysik.uni-bremen.de/page.php?pageid=2&langid=EN
1985 Diploma and 1993 Promotion in Geophysics at University of Munich; 1999 Habilitation for Geophysics, University of Bremen. Positions: 1986–88 Institute for Fund. and Appl. Geophysics, University of Munich; 1989–92 Private entrepreneur in Gascoigne, France, France; 1993–2002 Assistent at Dept. of Geosciences, University of Bremen; 2001–02 Visting research fellow at the Paleomagnetic Laboratory of Utrecht University, Netherlands. Professor in Bremen since 2002 Research areas: Marine Rock and Environmental Magnetism, magneto- and cyclostratigraphy, sediment dynamics, marine (electro-)magnetic mapping