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Celebrating 40 Years of the Alfred Wegener Institute

Unique infrastructure and scientific excellence are the hallmarks of the AWI
The new building of the Alfred Wegener Institute on Columbusstrasse in 1982
The new building of the Alfred Wegener Institute on Columbusstrasse in 1982 (Photo: Alfred-Wegener-Institut)

40 years of research in the Arctic, Antarctic and in coastal regions: on 15 July, the Alfred Wegener Institute, Helmholtz Centre for Polar and Marine Research (AWI) celebrates its 40th anniversary. With its innovative science and excellent research infrastructure, the AWI has become a global leader and internationally recognised centre for climate research in the two polar regions and the world’s oceans.

Cutting-edge research on sea ice, the Arctic and Antarctic Oceans and their ecosystems, the North Sea and its Wadden Sea, the deep sea, the glaciers of Iceland and the Antarctic, the polar atmosphere, permafrost regions, climate history and the future of our planet are what set the Alfred Wegener Institute apart. Other hallmarks include its strong international network and wide range of scientific expertise. The bio-, geo- and climate sciences work closely together to address pressing climate issues. Today, the AWI is home to more than 1200 employees.

Maintaining an Antarctic station  

The AWI was created on 15th July 1980 as the “Alfred Wegener Institute for Polar Research” foundation, a step that followed on the Federal Republic of Germany’s geostrategic decision in 1979 to sign the international Antarctic Treaty of 1959. Two years later, it became one of the consultative parties to the Treaty. The prerequisite for doing so was to conduct year-round research activities in the Antarctic, which led to further milestones for the institute: on 3rd March 1981, the Georg von Neumayer Station officially opened in the Antarctic. Just one year later, the research icebreaker Polarstern went into service.

The first director of the new research institute was Professor Gotthilf Hempel. He still looks back proudly on the developments: “The AWI was primarily founded to support the Antarctic station and the Polarstern. 40 years later it has become the most important marine-oriented institute for polar research in the world. Intensive European and global collaborations have been the most important key to this success.” 

Extending the spectrum of research

In 1986, the AWI merged with the Institute for Marine Research in Bremerhaven, broadening its research focus to include investigations into other ocean regions, and changing its name to the Alfred Wegener Institute for Polar and Marine Research. In 1992, with the branch office in Potsdam, the former GDR’s polar research was integrated into the AWI, bringing, among other things, expertise in the field of terrestrial polar research. In 1998 the Biologische Institute Helgoland (BAH) and the Wadden Sea Station Sylt also joined. Their extensive coastal research know-how perfectly complements the AWI’s research profile. In 2017, the Helmholtz Institute for Functional Marine Biodiversity (HIFMB), based in Oldenburg, became the newest addition. 

“The Alfred Wegener Institute can look back on a highly successful history. We’re working hard to ensure that in the coming years the institute’s research and infrastructure remain exemplary – because the AWI’s research provides essential information and insights for civil society, a responsibility that we take very seriously,” says AWI Administrative Director Dr Karsten Wurr.

An Arctic expedition that’s already making history 

As the institute has developed, the importance of the polar regions for the global climate has moved further into the spotlight. Today, the AWI is an internationally respected competence centre for polar and marine research and one of the few scientific institutions in the world that are equally active in the Arctic and Antarctic. One of the Alfred Wegener Institute’s main goals is to gain a better understanding of the Earth’s climate processes, particularly from a polar perspective. Another is to investigate the future of coasts as dynamic spaces for nature, humans and technology to interact. In order to gather important data for future climate models, in September 2019, MOSAiC – the greatest Arctic expedition in the history of the institute – was launched: for an entire year, scientists from 20 nations are studying the Arctic. On 12th October 2020, this historic expedition will come to an end, constituting a further milestone in the history of the AWI.

“I find it very fitting that in the year of its 40th birthday, the AWI has prepared this major international North Pole expedition, MOSAiC. The mission and our 40-year history stand for international cooperation, open knowledge sharing and adopting a polar perspective on the Earth’s climate. These are important messages in such difficult times. For the AWI’s future, I hope that the often-surprising findings from our polar, marine and coastal research will be directly and consistently integrated into social decisions. And that we can put the new Polarstern into service by 2027,” says AWI Director Prof Antje Boetius.

Timeline: 40 years of the AWI 

Archivist Dr Christian Salewski has prepared a chronicle of the institute’s history, which can be viewed online. It provides not only an overview of the AWI’s first 40 years, but also positions the institute in the history of polar research: beginning with the 16th century, the chronicle traces the history of polar research up to 2017, with a particular focus on highlights in the AWI’s first 40 years. 

The AWI will celebrate this milestone with an anniversary year, various digital products and a film of the institute’s history.

Contact

Press Office

Marlena Witte
+49(471)4831-1539

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The new building of the Alfred Wegener Institute on Columbusstrasse in 1982
The new building of the Alfred Wegener Institute on Columbusstrasse in 1982 (Photo: Alfred-Wegener-Institut)
The shell of 'Polarstern' in February 1982
The shell of 'Polarstern' in February 1982 (Photo: Alfred-Wegener-Institut)
Polarstern in heavy seas
Polarstern in heavy seas (Photo: Alfred-Wegener-Institut)
Shortly before the bow of the Polarstern, an ice wall breaks down on February 20, 1988. At this point the ship was in front of the ice shelf barrier.
Shortly before the bow of the Polarstern, an ice wall breaks down on February 20, 1988. At this point the ship was in front of the ice shelf barrier. (Photo: Alfred-Wegener-Institut)
Aircraft "Polar 2"in flight
Aircraft "Polar 2"in flight (Photo: Alfred-Wegener-Institut)
The old Georg-von-Neumayer station
The old Georg-von-Neumayer station (Photo: Alfred-Wegener-Institut)
Neumayer Station II in Antarctica.
Neumayer Station II in Antarctica. (Photo: Alfred-Wegener-Institut)
EM Bird on Antarctic
EM Bird on Antarctic (Photo: Alfred-Wegener-Institut)
Photo of the first international diving project at the Dallmann laboratory in Potter Cove, King George Island, Antarctica - with scientific divers from Gothenburg (Sweden); Universit of Ghent and the Alfred-Wegener-Institut, Bremerhaven, Germany. Scientific goal: Oxygen measurements at the sea floor, at locations, which had previously been covered by the retreating glacier.
Photo of the first international diving project at the Dallmann laboratory in Potter Cove, King George Island, Antarctica - with scientific divers from Gothenburg (Sweden); University of Ghent and the Alfred-Wegener-Institut, Bremerhaven, Germany. Scientific goal: Oxyg... (Photo: Alfred-Wegener-Institut)
Filchner station
Filchner Station, Antarctica, 1982 - 1998 (Photo: Alfred-Wegener-Institut)
Swarms of mosquitoes plague the expedition participants in the Siberian summer
Swarms of mosquitoes plague the expedition participants in the Siberian summer (Photo: Alfred-Wegener-Institut)
AWI-Biologe Christian Buschbaum (rechts) erklärt den  POGO- Studenten Essowe Panassa (schwarze Jacke), Subrata Sarker (gelbe Stiefel) und Widya Ratmaya (rotes Shirt) den Versuchsaufbau des Feldexperimentes. 

Projekthintergrund: In einem Freilandexperiment haben die AWI-Biologen Christian Buschbaum und Mathias Wegner gemeinsam mit den POGO-Studenten getestet, ob einheimische Schnecken (Littorina littorea) eingeschleppte Pazifische Austern von Bewuchs (Algen, Seepocken) frei halten können. Das machen sie bei einheimischen Muschelbänken durch ihre Weideaktivität und die Frage war, ob sie das bei Austern auch tun. Der Bewuchs schadet den Austern (weniger Wachstum).

In dem Freilandexperiment haben die Wissenschaftler die Schnecken durch Käfige ein- und ausgeschlossen und nach einem bestimmten Zeitraum geschaut, wie der Aufwuchs bei den verschiedenen Behandlungen war. Das Ergebnis: Die Hypothese (Schnecken befreien die Austern von Aufwuchs) hatte sich bestätigt. Die Wissenschaftler fanden den meisten Aufwuchs bei jenen Austern, die im Käfig ohne Schnecken gelebt hatten. 

Mit diesem Experiment haben die POGO-Studenten gelernt, Forschungshypothesen aufzustellen, diese in Freilandexperimenten zu überprüfen und die gewonnen Daten statistisch zu analysieren und zu interpretieren.
AWI biologist Christian Buschbaum (right) explains to POGO students Essowe Panassa (black jacket), Subrata Sarker (yellow boots) and Widya Ratmaya (red shirt) how the field experiment was set up. (Photo: Alfred-Wegener-Institut)
AWI-Biologin Dr. Clara Hoppe (Mitte), Laborantin Laura Wischnewski (rechts) und Doktorandin Klara Wolf nehmen Algenproben auf dem Kongsfjord, Spitzbergen, Arktis.
 
Phytoplankton-Forschung: Aufnahme von Feldarbeiten der Gruppe um Björn Rost und Clara Hoppe in Ny-Ålesund, Spitzbergen. In diesem Experiment haben die Wissenschaftler natürliche Phytoplankton-Gemeinschaften aus dem Kongsfjord unterschiedlichen Klimawandel-Szenarien (bezüglich Ozeanversauerung und -erwärmung) ausgesetzt und dann verschiedenste Parameter beprobt. 

English:
AWI biologist Dr Clara Hoppe (Middle), PhD student Klara Wolf (left) and co-worker Laura Wischnewski are taking algae samples at Kongsfjord, Spitsbergen, which they are going to use for analyzing the chemical composition of the phytoplankton and how much carbon the algae have bound. 
This fieldwork in Ny-Ålesund, Spitzbergen is part of the AMUST project, an incubation experiment planned and run by AWI biologists Björn Rost and Dr Clara Hoppe. The group is investigating how phytoplankton from the Kongsfjord is reacting in different climate settings, especially to a warming and more acid ocean.
AWI biologist Dr Clara Hoppe (middle), PhD student Klara Wolf (left) and co-worker Laura Wischnewski are taking algae samples at Kongsfjord, Spitsbergen, which they are going to use for analyzing the chemical composition of the phytoplankton and how much carbon the alga... (Photo: Alfred-Wegener-Institut)
Tramper, autonomous crawler on board of Polarstern after being deployed in Arctic Ocean for 1 year.
Tramper, autonomous crawler on board of Polarstern after being deployed in Arctic Ocean for 1 year. (Photo: Alfred-Wegener-Institut)
Cristina Sans from Alfred Wegener Institute  and Christine Pohl from Uni Bremen look out the window of Polar 5 rduring research flight over Arctic Ocean.
Cristina Sans from Alfred Wegener Institute and Christine Pohl from Uni Bremen look out the window of Polar 5 during research flight over Arctic Ocean. (Photo: Alfred-Wegener-Institut)
View of Neumayer Station III of Alfred Wegener Institute, Helmholtz Centre for Polar and Marine Research from Polarstern helicopter. Neumayer Station III, Antarctica, January 17, 2019, Esther Horvath
View of Neumayer Station III of Alfred Wegener Institute, Helmholtz Centre for Polar and Marine Research from Polarstern helicopter. Neumayer Station III, Antarctica, January 17, 2019 (Photo: Alfred-Wegener-Institut)
Polar 6 research aircraft of Alfred Wegener Institute flies over Arctic Ocean during IceBird sea ice thickness campagne.
Polar 6 research aircraft of Alfred Wegener Institute flies over Arctic Ocean during IceBird sea ice thickness campaign. (Photo: Alfred-Wegener-Institut)
The Polarstern on the MOSAiC floe in the Central Arctic.
The Polarstern on the MOSAiC floe in the Central Arctic. (Photo: Alfred-Wegener-Institut)
Night shot of the AWI headquarter in Bremerhaven, Germany.
Night shot of the AWI headquarters in Bremerhaven, Germany. (Photo: Alfred-Wegener-Institut)