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Healthy bladderwrack Fucus vesiculosusis. Photo: Uli Kunz.
15.10.2019

Acceleration and brake processes to adapt to global change

Bladderwrack shows coupled reactions to environmental changes

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Prof. Dr. Angelika Brandt giving the 30th Marie-Tharp-Lecture at GEOMAR. Photo: Nikolas Linke/GEOMAR
02.10.2019

Research in the Largest Ecosystem of the World

30th Marie Tharp Lecture with Prof. Dr. Angelika Brandt gives new insights into the Deep Sea

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Scientists recovering the water sampler used to collect ocean samples. Photo: Marie Cuvelier
26.09.2019

Viruses as Modulators of Interactions in Marine Ecosystems

GEOMAR scientists show a new picture of the role of viruses in the ocean

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Maintenance of an oceanographic mooring in the tropical Atlantic. Data from such long-term observations help to detect changes in the oceans and to estimate future developments. They are important contributions to the current Special Report of the IPCC. Photo: Michael Schneider / FS METEOR
26.09.2019

Focusing on the long-term memory of our climate system

Helmholtz Centres made important contributions to the IPCC Special Report on the Ocean and the Cryosphere

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The three-dimensional representation of the sponge tissue illustrates the close contact of sponge cells (red) with the bacteria (turquoise) living in the sponge.. Photo: Martin T. Jahn/GEOMAR
24.09.2019

Symbiosis as a tripartite relationship

Investigation of viral communities of sponges allows new insights into the mechanisms of symbiosis

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[Translate to English:] Das neuseeländische Forschungsschiff Tangaroa, mit dem ein Reihe von Expeditionen durchgeführt wurden. Foto: C. Timm, GEOMAR.
16.09.2019

Complex Movement of Plates decoded

New Zealand-German study delivers new insights into the works of southwest Pacific submarine volcanism

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In the Miocene the land bridge near modern Panama was not yet closed. Relatively fresh water from the Pacific reached the Caribbean. This has been shown, for example, by studies in the Central Caribbean (ODP1000). Sediment samples taken from ODP1006 now show, however, that between 11.5 and 9.5 million years before today this relatively low-salt water did not leave the Caribbean and thus could not influence the North Atlantic circulation. Graphic: Anne Osborne/GEOMAR
06.09.2019

Strong Gulfstream System in the Miocene does not contradict Models

Study shows separation between Caribbean and North Atlantic 10 million years ago

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