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About us...
The Geohazards Research Unit was established within the Institute of Geology of the Adam Mickiewicz University, Poznań in January 2020, and brings together an international and interdisciplinary group of scientists. The main mission of the Geohazards Research Unit is to strive for an understanding of geological processes and their effects, to form the basis for geohazards reduction, increase of human safety and sustainable development. Our research focuses on identifying the causes, course, and effects of processes that can lead to disasters, such as storms, tsunamis, earthquakes, floods, landslides, meteorite impacts, volcanic eruptions, and rapid climate changes. We work in various corners of the Earth, from the polar regions to the tropics, in mountainous areas, and the deepest ocean trenches. We also conduct research beyond our planet, for example on Mars.
The Geohazards Research Unit was established within the Institute of Geology of the Adam Mickiewicz University, Poznań in January 2020, and brings together an international and interdisciplinary group of scientists. We use a variety of scientific methods, in particular: sedimentological, geochemical (e.g. 210Pb and 137Cs dating using gamma spectrometers and analyses on a multi-sensor XRF scanner), mineralogical, geomorphological, micropaleontological, and paleogenomic (ancient sedimentary DNA). Most of our work concerns polar and marine areas. We explore fjords and coasts in the far north (Greenland, Spitsbergen) and the south (Antarctica, South Georgia). Our key research areas also include the coasts and continental shelves of Brazil, Vietnam, Thailand, Japan, Portugal, and Poland. We conduct much of our research documenting the effects of the largest natural disasters, for example, the 2004 Indian Ocean tsunami, the 2011 Tohoku-oki earthquake and tsunami, the 2018 Palu tsunami, or the floods on the Warta and Vistula Rivers in 2010.
We are currently implementing 7 research grants funded by the National Science Center. They deal with the problem of identification of storm and tsunami deposits (TSUNASTORM), the history of catastrophic coastal floods in the Baltic Sea (CATFLOOD), paleotsunamis in Sumatra (PALEOSUMA), the impact of hurricanes and tsunamis on the development of ecosystems in Newfoundland (EMI), the reconstruction of climate changes in Antarctic fjord sediments (CHARME) and the Arctic seas (APHRODITE), as well as the migration of chalcophilic elements within the upper mantle (PRELUDIUM 16).