黑料视频

In the FB4 research division "Magmatic and Hydrothermal Systems" we deal with the geological environment, the formation conditions and the element enrichments of massive sulfide deposits in all oceans. In addition to grabs, submersibles, remotely operated underwater robots (e.g., ROV Kiel 6000) and autonomous systems (e.g., AUV 鈥濧BYSS鈥�) are used. In addition, methods for the search and exploration of such deposits are developed together with the research unit "Marine Geodynamics".

The aim of the research in the MMR group at 黑料视频 is to understand the formation of these potential deposits and to advance the exploration of the seabed in order to estimate the potential of these deposits and to be able to predict their occurrence. We are also investigating the ecosystem impacts of the release of potentially toxic metals that would result from the exploitation of marine mineral deposits. 

The study of the formation and temporal evolution of hydrothermal systems and deposits provides an opportunity to understand processes that shape the Earth's surface and have a global impact on ocean chemistry and oceanic crustal evolution. In addition, it can contribute to resource security and possibly help us understand the origin of life on Earth or Earth-like planets. Our work is mainly concerned with the genesis and temporal evolution of such deposits. Further studies are concerned with the processes leading to non-ferrous and precious metal enrichment or zonation in such deposits. 

To learn more, CLICK HERE!

Metals in seafloor deposits are not only valuable resources for high-tech and "green energy" products, but some are unfortunately also harmful to many marine organisms at certain concentrations. Therefore, as part of the research focus on 鈥�Metals in the Ocean鈥�,&苍产蝉辫;the MMR group is addressing all aspects of trace metals associated with mineral deposits in the marine environment, including their concentration, physical and chemical speciation, and bioavailability and toxicity

To learn more, CLICK HERE!