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Report | Roofing ceremony for new laboratory for the exploration of life under extreme conditions

Dr. Karl Eugen Huthmacher (photo: GFZ).
Craftsmen inauguration (photo: GFZ).
Centre: architect Katja Döpke, architect's office Heinle, Wischer, and Partner (Foto: GFZ).
Symbolic roof truss (photo: GFZ).
Structural work of the GeoBioLab during roofing ceremony (photo: GFZ).
Prof. Reinhard Hüttl (photo: GFZ).

Structural work is done! After the foundation stone was laid in November, yesterday, 13 June, GFZ celebrated the roofing ceremony for the new 'GeoBioLab' in the presence of the architect Katja Döpke and GFZ board of trustees chairman a.D. and former Department Head at the Federal Ministry of Education and Research Karl Eugen Hutmacher.

The craftsmen inaugurated the modern flat roof building with a traditional ceremony in front of a symbolic roof truss. The building is planned to be completed in the coming year and ready for occupancy in 2021. On 450 square meters of floor space, 50 employees are to be accommodated. A modern server room with high-performance computers will also be set up.

The main users of the building will be the two GFZ sections Geomicrobiology, headed by Dirk Wagner, and Interface Geochemistry, headed by Liane G. Benning. The new laboratories will primarily be used to investigate microorganisms that have adapted to life under extreme conditions - from a human perspective.

In his opening speech, Reinhard Hüttl, Scientific Director of GFZ, said: "The current debate on climate change shows just how important the work in the GeoBioLab, the ‚Helmholtz Laboratory for Integrated Geoscientific-Biological Research‘, will be. Thawing permafrost releases methane, causing drastic environmental change for soil microorganisms, which in turn affects climate. Or take snow algae: In a way, they create their own ecosystem by darkening the surface of the ice and snow, thus reducing the reflection of sunlight".

It was only about 20 years ago that science began to explore the enormous dimensions of microbial life on Earth in more detail. According to Dirk Wagner, it is assumed today that the biomass of microorganisms in the uppermost three kilometres of the Earth's crust corresponds approximately to the total biomass on the Earth's surface. In the future, the new laboratory will contribute to a better understanding of the significance of this "extreme life" for our planet. (ak)

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