Neumayer Station III

An innovative base of operations for Antarctic research

Despite the hostile environs, the Alfred Wegener Institute operates a research station in the Antarctic where scientists can live and work year-round: the Neumayer Station III. The station, which is located on the Ekström Ice Shelf in the Antarctic’s Atlantic sector and was founded in 2009, is the basis of German Antarctic research.

Extreme cold, raging storms, and the seemingly endless Polar Night – the Antarctic is as dangerous as it is fascinating. Without the right gear, the ice desert is deadly; yet it also contains essential data for better understanding our planet. Accordingly, the Alfred Wegener Institute operates a research station in the Antarctic where scientists can live and work year-round. Since 2009 the Neumayer Station III, located on the Ekström Ice Shelf on the coast of the eastern Weddell Sea, has served as the base of operations for German Antarctic research.

Position of the station

Position data: Ekström Ice Shelf, Atka Bay, north-east Weddell Sea

Coordinates: 70°40'S, 008°16'W

The namesake

Georg von Neumayer was a geophysicist and hydrographer who dedicated his life to the pursuit of science and the exploration of the Antarctic. Born in 1826, today the researcher is above all noted for his support of expeditions to the South Pole and his contributions as a scientific organiser.

Located only a few kilometres from her two predecessors, the station is also near Atka Bay. Initially intended as a fall-back position, the area chosen for the three stations has since proven its value, both scientifically and logistically. The sea ice is only minutes away by Skidoo, while icebreakers can drop anchor at the sea-ice edge, virtually on the station’s doorstep. In a region that is sparsely populated even by Antarctic standards, the observatories at the Neumayer Station III continue unparalleled time series reaching back to the 1980s. At the same time, year after year there are new research questions to pursue, and the station serves as a hub for researchers from a broad range of disciplines and every corner of the world. In addition, it offers a point of departure for expeditions to Antarctica’s hinterland.

To fulfil that role, however, the station has to weather harsh conditions – every day, the ice shelf shifts roughly 40 centimetres closer to the coast, which means it has a natural expiration date. At some point in the distant future, the ground beneath the station will also calve off as an iceberg. In addition, buildings in the Antarctic have to withstand a constant supply of fresh snowfall. Yet in this regard, the Neumayer Station III is optimally suited for the local climate – unlike its two predecessors, it was not built into the ice, ensuring it can’t gradually be crushed by snow masses. Instead, the station sits atop a platform above the snow’s surface and rests on 16 hydraulic struts, which are used to raise the entire station on a regular basis. In this way, it can grow in step with the snow cover, ensuring the platform always stays ca. six metres above the ice. This approach translates into a substantially longer service life – until 2035 and possibly beyond.

The Neumayer Station III is the largest and most comfortable station in the history of German Antarctic research. In the summer months, it accommodates roughly 50 researchers and staff. Unlike most other research stations in the Antarctic, nearly all working areas, accommodations and storerooms are centrally located under one roof. And when the station finally reaches the end of its service life, it can be dismantled down to the very last nuts and bolts, ensuring the traces of the research conducted in this unique and vulnerable region are kept to a minimum.

Die Station EN

When it came to planning the Neumayer Station III, the extreme conditions in the Antarctic called for innovative designs. From foundation to roof, every detail has been designed to meet the requirements for conducting research in this unique region. You could almost say the engineers successfully squared the circle: a station installed on flowing ice that offers the same longevity and comfort as its counterparts on solid ground. Further, sustainability was and is a key priority – to the extent possible, the power generated within the station remains within a closed loop, ensuring it is put to optimal use.

1. Foundation: The station’s total weight of ca. 2,300 tonnes is distributed among 16 foundation plates. Hydraulic supports are used to raise the station on a regular basis, allowing it to compensate for new snowfall.
2. Garage: The garage offers ample room for the entire vehicle fleet (caterpillar trucks, Ski-Doos, etc.). Additional storage and utility rooms have been integrated into the interstitial deck.
3. Power unit: An intelligent management system regulates the station’s electrical and thermal power supply. Over the next several years, the percentage of energy harnessed from the wind will gradually be increased by adding new turbines.
4. Ballonfüllhalle: Meteorologische Ballonsonden werden aus der Halle auf dem Außendeck der Station gestartet.
5. Stairwell
6. Living quarters and workrooms
7. Water supply: A snowmelt supplies the station with fresh drinking water.
8. Access: Returning vehicles enter the station’s garage via a ramp of pure snow with tightly sealing lid.

Meteorology

The station’s meteorological observatory has continually gathered valuable data for climate research since 1981. It also provides daily weather forecasts for Dronning Maud Land, based on weather satellite imagery received at the station. To measure the temperature, humidity, barometric pressure and wind beyond the surface, every day a weather balloon with radiosonde is launched. Additional probes are used to measure the distribution of ozone in the atmosphere.

Geophysics

Earth’s magnetic field protects us from cosmic radiation, yet is in constant flux – which is why the geophysical observatory monitors e.g. how the field changes. Magnetometers installed in a ten-metre-deep ice cave provide the necessary readings. In addition, several seismometers at the Neumayer Station III record earthquakes in the Antarctic and around the globe, which are subsequently analysed here.

Air chemistry

The air in the Antarctic is the cleanest – and therefore least affected by civilisation – part of the atmosphere. As such, it can effectively be considered a natural reference atmosphere. At the trace elements observatory, researchers continually monitor which climate-relevant gases and particles can be found in the Antarctic air, and at what levels.

SPOT

The remote-controlled penguin observatory SPOT is located at the edge of the ice shelf. Using camera and video footage, it monitors the movements of the local emperor penguins, helping scientists understand how individual penguins behave in the group, and how the group as a whole is coordinated. This research is conducted in a minimally invasive manner, so as not to disrupt or alter the penguins’ natural behaviour.

Infrasound

The Neumayer Station III is also home to the Federal Institute for Geosciences and Natural Resources (Bundesanstalt für Geowissenschaften und Rohstoffe) Infrasound Station I27DE. As one of 60 infrasound stations installed around the world, it helps to monitor compliance with the Comprehensive Nuclear-Test-Ban Treaty. The station can detect shockwaves below the audible frequency range, which are produced by nuclear explosions and other natural and artificial phenomena, and can propagate across great distances.

Impressions of the work at the station

Webcam

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The following table shows the recording of the webcam at Neumayer Station III the last 24 hours. The camera takes a picture every hour. The camera switches to black and white images at night. During snowstorms, the station may not be visible at all.