LIAG Institute for Applied Geophysics
The LIAG Institute for Applied Geophysics, is an independent, non-university research institute for applied geophysics based in Hanover, Germany.
Together with the Federal Institute for Geosciences and Natural Resources and the german State Authority for Mining, Energy and Geology it forms the Geozentrum Hannover.
Until the end of 2019, LIAG was part of the Leibniz Association as the Leibniz Institute for Applied Geophysics. After the end of its membership, the state of Lower Saxony considered LIAG to be an essential part of the national research landscape and therefore took over its funding at the end of federal and state funding in 2023. By implementing the recommendations from the last evaluation, including the future workshop, the aim is to reintegrate LIAG into the Leibniz Association. The name of the institute is still embedded in law as the Leibniz Institute for Applied Geophysics and LIAG Institute for Applied Geophysics is only a brand of the institute, but the research institution is increasingly appearing under this name in public.
The LIAG primarily investigates economically viable geological strata in Germany, for example, for use in geothermal energy or resource exploration, but it also conducts international research projects, such as in climate research. Mostly seismic and magnetic methods are employed.
Research
The primary research goal is the investigation of processes in the subsurface that can be influenced by human activity, both in anticipation of and as a result of economic use, as well as for public welfare and environmental protection. Accordingly, the central areas of focus involve the exploration of subsurface structures and conditions, including their development over space and time. LIAG coordinates research activities both domestically and internationally and collaborates with geological services at the federal and state levels, universities, research institutions, and industry.The institute concentrates its work on temporary, thematically oriented research priorities within the field of physical geosciences. The current focal areas are:
- Structure, quality, and processes of groundwater systems, such as the dynamics of groundwater in large-scale subsurface channel systems
- Geothermal energy: research in preparation for the economic use of geothermal energy, such as the productivity of deep, geothermally usable aquifers
- Structure, genesis, and age of terrestrial sedimentary systems, such as the thickest Quaternary deposits in the Upper Rhine Graben
- Methodological developments: research into the development of measurement and evaluation methods in the disciplines of seismics, gravimetry, geomagnetics, geoelectrics, electromagnetics, geothermics, rock physics, geochronology, isotope hydrology, borehole geophysics, information systems, and others