Climate Dynamics and Landscape Evolution

[Note: These are the web pages of the former Section 4.6 Climate Dynamics and Landscape Evolution. It has moved with effect from 1.10.2024. The research topics and projects will be moved to other sections. This will only be reflected on the website in the coming weeks].

We investigate climate change in the geological and historical past and its impacts on the human habitat as well as past changes in the Earth’s magnetic field. Main foci of our research are particularly rapid climate changes that occurred within a few years or decades. Therefore, we exploit high-resolution terrestrial geo-archives as annually laminated (varved) lake sediments and tree rings. A crucial part of our approach is to date precisely and accurately our archives as main prerequisite for robust reconstructions of changes in the past.

Rapid climate changes in the past are considered natural experiments that enable us to gain deep insights into the causes and dynamics of such changes in order to be better prepared to future developments. Therefore, we use structure and chemical composition of seasonal layers (proxy data) that we calibrate with instrumental observation (monitoring). Our vision is to integrate long time series obtained from our high-resolution geo-archives and instrumental data to assessing present-day changes in a long-term context.

News from our section

Achim Brauer looks into the camera while holding a prepared sediment core in his hands.

Prof. Achim Brauer honored with DEUQUA Medal of Merit

Wide waterfalls in a green landscape with grass and trees. Far: middle high mountains.

Mighty floods of the Nile River during warmer and wetter climates

[Translate to English:] Totes Meer gesehen von einem Hügel am Ufer

Volcanic ash for understanding abrupt climate shifts

Lecture room at GFZ with participants

A bridge builder goes into retirement

Skyline of a city in front of snowy mountains. Green trees in the foreground. From left, dark clouds arrive.

Extreme global warming 56 million years ago led to the greening of Central Asia

A tree disc on which the annual growth rings are clearly visible.

Recent atmospheric drying across Europe unprecedented in the last 400 years

Nine of the new trainees, dual students and FJN students in front of the pillar forum with the GFZ logo in the background.

Start for young talents at the GFZ - beginning of the training year 2023/2024

Two people kneel and stand with helmet and headlamp in a narrow stalactite cave

Insolation Affected Ice Age Climate Dynamics

Group photo on the stairs in front of a wooden house; on the right and left the logos of DGG and AG Geomagnetik.

First meeting of the new German working group Geomagnetics

Taking sediment cores at Heiliger See: three persons on a raft, in the background the Neuer Garten with the Marmorpalais.

Youth research project at the GFZ: ‘Secrets at the bottom of the lake’

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