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2019
22 JAN

Greenland ice melt accelerating dramatically

New study shows that the melt process reacts surprisingly quickly to changes in the atmosphere and the waters around Greenland.

Climate change Ice research Earth observation
2018
08 NOV

New study shows what triggers changes in the thick snow covering the Greenland...

U sing weather data and a state-of-the-art snow model, tightly constrained by in-situ firn observations, a team of researchers have revealed what controls key physical...

Ice research Climate change Polar research
13 JUN

Antarctica has suffered massive loss of ice since 1992

New research show that accelerating ice loss from Antarctica have increased sea levels by 7.6 mm since 1992. DTU Space has contributed to the study mapping 25 years of...

Ice research Climate change Earth observation
2017
13 OCT

He knows how fast the ice is melting

Abbas Khan has worked at DTU Space for ten years. In his capacity as associate professor, he has provided the world with crucial new knowledge about the fast-melting...

Earth sciences Climate change Ice research Polar research
12 JUN

DTU concludes international ice-mapping in the Arctic

In spring 2017, an international team led by DTU Space has mapped the ice above the sea and land from Canada over Greenland to Svalbard to gain as detailed a picture as...

Ice research Climate change Mapping and surveying
14 MAR

DTU to deliver drone system for Arctic measurements

Newly developed drone technology from DTU Space is to ensure more efficient climate change monitoring in the Arctic. The equipment will now be handed over to the Villum...

Ice research Climate change Mapping and surveying
2016
Zachariae Isbræ Northeast Greenland. Photo: Anders A Bjørk
21 SEP

The Greenland ice sheet has raised sea levels by over 4 metres

A new study in Science Advances has shown that the melting ice sheet is responsible for a much bigger rise in global sea levels than previously assumed.

Ice research Geology Climate change Mapping and surveying Polar research Earth observation
2015
Kangiata Nunata Sermia in Southwest Greenland The image shows different lines that marks the extent of the ice at different points in  time. The upper trimline (transition) between the ligther and darker valley sides marks the extent of the glacier during the Little Ice Age, while the lower lines shows the extent at later points in time. The height of the trimline is derived from aerial imagery, and this information is used to calculate the mass loss of the Greenland Ice Sheet during the twentieth century. Credit: Nicolaj Krog Larsen, Aarhus Universitet
17 DEC

Dramatic reduction of the Greenland Ice Sheet in the 20th century

For the very first time, climate researchers from the Centre for GeoGenetics at the Natural History Museum of Denmark , together with, among others, DTU Space publish...

Ice research Climate change Mapping and surveying Polar research Satelittes Earth observation
16 NOV

Three New PhD Students Concentrate on Greenland

Arctic Technology Centre (ARTEK) at DTU Civil Engineering has employed three new PhD students. All three projects will concentrate on subjects that will benefit the Greenlandic...

Polar research Construction materials Indoor climate Climate change Fisheries and fish stocks Ice research Waste management Building design