The importance of the reindeer in an ever changing climate - Researchers at the Department of Ecology and Environmental Science present their research during Sami Week.
Projected global warming will likely decrease the extent of temperate drylands by a third over the remainder of the 21st century coupled with an increase in dry deep soil conditions during agricultural growing season. These results have been presented in Nature Communications by an international col...
Nitrogen deposition caused by human activities can lead to an increased phytoplankton production in boreal lakes. The response of boreal lakes to nitrogen deposition will strongly depend on each lake’s content of organic carbon, which are predicted to increase with future warmer and wetter climate. ...
The BBC has interviewed researcher Erik Björn owing to his internationally recognized new study that shows that climate change could lead to up to seven times more toxic mercury in fish.
The warmer climate that is expected over the next 80 years could lead to major disruptions in ecosystems of high mountain landscapes, for example by altered balance between nitrogen and phosphorus in the soil.
Swedish and United States partnerships in science and the polar regions have a long history. This week the United States Ambassador Azita Raji and her team Michael J. Layne and Kristy Plan visited the Abisko Scientific Research Station to experience the Arctic in winter in Sweden first-hand.
Exploitation of natural resources, such as forestry or gas and oil extraction, and management practices may have faster and greater impacts on reindeer populations than does climate change, a study finds. However, climate change should not be forgotten or underestimated, since reindeer are adapted t...
Reindeer may be best known for pulling Santa's sleigh, but a new study led from Umeå University suggests they may have a part to play in slowing down climate change too. The results are published today in the journal Environmental Research Letters.
EcoChange researcher Jenny Ask has received funding from Formas for a project about ice-cover regimes in northern aquatic ecosystems. The project will focus on how future changes in ice-cover will impact aquatic carbon metabolism, algal biomass build-up and water-atmosphere gas exchange.
EcoChange researcher Joanna Paczkowska has focused on the base of the food web, to figure out what climate change will do to the ecosystem along a north-south gradient in the Baltic Sea. She proves that carbon compounds originating from land have a great impact on the structure and function of the i...
News from the Faculty of Science and Technology
2017-03-22 World Water Day focusing on wastewater