5 Februray 2019
In a new climate report released at UNIS last night, scientists predict that Svalbard, in a worst case scenario, could be become 10°C warmer by year 2100.
24 January 2019
UNIS PhD candidate Ylva Ericson has studied the the marine CO2 system and its associated drivers in different areas of the High Arctic. Ericson will defend her doctoral thesis on 20 February at the University Centre in Svalbard, UNIS.
15 January 2019
UNIS associate professor in Arctic biology Pernille B. Eidesen has gotten funding of NOK 1.35 million from the Olav Thon Foundation to develop a high-arctic, interdisciplinary field laboratory for research and teaching.
3 December 2018
On Thursday 6 December we invite the public to an open dialogue café where scientists and local actors discuss societal challenges and possibilities in the ongoing climate change. The dialogue café will take place in “Møysalen” at UNIS 15:30–18:00.
27 November 2018
UNIS PhD candidate Wesley Farnsworth has studied the Holocene glacial history of Svalbard through detailed mapping and compiling a mosaic of data from terrestrial, marine and lacustrine sedimentary archives. Farnsworth will defend his doctoral thesis on 6 December at the University Centre in Svalbard, UNIS.
14 November 2018
UNIS PhD candidate Liyuan Chi has investigated the shock compression of rock in the vicinity of an exploding charge and rock fracturing on a free surface parallel to the blast hole. Chi will defend his PhD thesis at NTNU on Wednesday 21 November at 13:15.
5 November 2018
When Captain Albertsen from Tromsø slowly sailed into Rijpfjorden on 3 September 1945 to pick up the last of armed German soldiers in Europe, he had no idea of what was expecting him. Perhaps the fjord was full of fissured and half-melted drift ice as he headed south to the inner part of Rijpfjorden. That was the sight I met the first time I was in Rijpfjorden in September 2004. At that time I did not know how important Rijpfjorden would turn out to be for me, both as a researcher and as an individual.
2 November 2018
Sea ice and snow reflect and absorb effectively up to 99% of all light, which in turn helps regulate the start and length of the algal bloom in the ocean below. This usually results in short and intense blooms when the sea ice melts. Arctic species show adaptations to such a production regime, usually because they are able to eat and put on a lot of weight in the short periods where there is food access, and then live on stored fat in meager times. But what’s that got to do with the kibble used for coal transportation in Longyearbyen in the past?