Neotectonic development of the Osning lineament
funded by the German Research Foundation
The Ice Ages in the Alps: Exploring Climate Development near Winterstettenstadt
-funded by ICDP
MoreSpin - Development of a mobile NMR sensor
-funded by German Research Foundation
Forrest steppes of central Mongolia
- funded by German Research Foundation
The management of LIAG condemns the Russian attack on Ukraine and the associated violation of international law and fully supports the statement published by the Alliance of Science Organisations in Germany.
LIAG offers to support Ukrainian refugee scientists in submitting joint research proposals.
On the North Sea coast off Spiekeroog, the DynaDeep research project has installed the SAMOS saltwater monitoring system developed at LIAG directly on the beach. The aim of the project is to install an underground measuring field to investigate the transition zones between the groundwater aquifers on high-energy beaches and the sea.
How can Germany become climate neutral and what options are there to accelerate independence from Russian energy imports? In an interview with Anja Martini from Tagesschau from the First German Television, Prof. Dr. Inga Moeck from LIAG discusses what contribution geothermal energy can make to the energy transition.
Independence from natural gas imports: Meta-study on the potential of geothermal energy as a renewable energy and as a substitute for fossil fuels in the heat supply in Germany makes it clear that without immediate measures to expand geothermal energy, it is not possible to build up the eco-heat sector to achieve the national climate protection goals.
The LIAG's Geothermal Information System GeotIS provides an overview of deep geothermal energy in Germany with numerous data. The ArtemIS project is now starting with numerous extensions - funded by the BMWK with around two million euros.
Researchers at the LIAG and the Leibniz University of Hannover have developed an approach to detect the connection between disaggregation bands - centimetre-thick zones of deformed sediments - and the neotectonic activity of hidden faults in the subsurface.
In around 110 pages, the Research Report 2021 once again presents a selection of exciting highlights and project activities in the context of geophysical research into groundwater, geohazards, geothermal energy and climate and landscape change.