Ongoing Research at the Geophysics Programme

Mountain Building

Mountain belts are one of the major features on the Earth's surface and have a profound influence on its inhabitants and their ways of living, amongst others by affecting climate and weather and providing attractive and unique habitats.

Learn more about Mountain Buildning

Mountains with ice. Photo.

Geothermal Energy

Heat from the Earth's interior is counted as both an environmentally friendly and underutilized natural resource. Geophysical methods are important both for mapping and understanding of geothermal systems.

Learn more about Geothermal Energy

Seismic measuring equipment on a field in the mountains. Photo.

Earthquake Seismology

Earthquakes give us as vast amounts of information about the Earth's interior, its structure and the processes - whether the earthquakes are large and devastating, or hardly visible for the most sensitive instruments.

Learn more about Earthquake Seismology

Mountain area with traces of earthquake. Photo.

Carbondioxide Sequestration

Can carbondioxide be stored in bedrock reservoirs to reduce our greenhouse gas emissions? At the geophysics program both method developments and field studies are conducted to explore the possibilities.

Learn more about Carbondioxide Sequestration

Some cars and various seismic equipment. Photo.

Mineral Exploration

Geophysics is currently one of the most important components in the exploration for minerals or other natural resources. But also to exploit them in a sustainable way.

Learn more about Mineral Exploration

A person with measuring equipment. Photo.

Applied Geophysics

Applied Geophysics covers a wide range of applications and methods related to exploration, archaeology, environmental investigation and much more. The scale of our investigations can vary from tens of kilometers to a few fractions of a meter.

Learn more about Applied Geophysics

Three people and a variety of cables and seismic equipment. Photo.

Scientific Drilling

Geoscientific information from the underground is expensive and drilling is often the only way to obtain samples and in-situ measurements. Since drilling on continents and oceans requires advanced infrastructure, two major international scientific programmes has been developed to support scientific drilling.

Learn more about Scientific Drilling

Drilling equipment in a forest area. Photo.