This website uses cookies, which are small text files that are used to make websites work more effectively. In order to continue using this website, you will need to accept the use of cookies.

1st Nunataryuk General Assembly took place on San Servolo island in Venice Italy between 3-5 October. Prior to the Assembly, the project young researchers convened to a 3-day APECS organised workshop to discuss and work on the Arctic coastal indicators and learn various soft skills.

Both the assembly and the workshop proved to be intense, but beneficial and the consortium is now well prepared for the 2nd year of project activities.

 group pic web

 YR workshop group photo




20180405 102323



Around 40 Nunataryuk participants are gathered in Vienna to discuss the upcoming work in the project. The Spring workshop will last two days, 5-6 April, and specifically concentrates on the next EU deliverables and the coming summer's field plans.

The workshop is locally organized by the reserach group of Prof. Peter Schweitzer at the Department of Social and Cultural Anthropology at the Universität Wien of Social and Cultural Anthropology at the Universität Wien.



mercury reservoir map alaska permafrost e01WP1 coordinator Dr. Gustaf Hugelus from Stockholm University is one of the co-authors of the new study, which has discovered that climate change caused permafrost thaw has major implications for the global mercury (Hg) cycle.

The new study finds that more than 15 million gallons of mercury is frozen in permafrost in the Northern hemisphere—roughly 10 times the amount of global mercury emissions over the last 30 years. Furthermore, the study reveals that northern permafrost soils are the largest reservoir of mercury on the planet, storing nearly twice as much mercury as all other soils, the ocean and the atmosphere combined.

To read more on the study, see here the EOS news item and here the original publication.



WP4 co-coordinator Dr. Paul Overduin from the Alfred Wegener Institute is one of the co-authors of a new study that identifies microorganisms that decompose methane within permafrost beneath the ocean floor.

In their study, the researchers drilled frozen permafrost beneath the Arctic Ocean in Eastern Siberia and identified microorganisms capable of decomposing methane at low temperatures and without oxygen. The amount of methane that could be decomposed in submarine permafrost is suggested to be small at the global scale but significant compared to other environments.

To read more on the study, find the publication here

Designed & hosted by Arctic Portal