Getting ready for an Arctic expedition



Editor’s Note: UGA Skidaway Institute scientist Chris Marsay is scheduled to join an international team of scientists who will spend months on board a German ice breaker, deliberately frozen into the Arctic ice pack. Marsay and his colleagues will be studying the effects of climate change on the Arctic. Marsay won’t join the expedition untl January, but traveled to Norway to help pack the ship. 

Hello from Tromso! I’ve spent the past few days in northern Norway helping to set up the RV Polarstern for its year-long expedition to the Arctic Ocean for the MOSAiC (Multidisciplinary drifting Observatory for the Study of Arctic Climate) project. Over the course of the next twelve months hundreds of scientists from 19 countries will be involved in the project, which aims to study all aspects of the Arctic climate system.

The ship has been a bustle of activity all week, with months of supplies for the vessel being loaded, while groups of researchers have been busily setting up their workspaces and testing equipment.

A large research icebreaker ship with orange lifeboats and a red crane is docked at a harbor on a cloudy day. The ship has multiple decks, antennas, and various equipment visible on board.

The RV Polarstern at the dock in Tromso.

Yesterday (Thursday 19th September) another research vessel, the Russian icebreaker RV Akademik Fedorov, also arrived in port and it will accompany the Polarstern north to the sea ice to help deploy equipment when the expedition gets underway on Friday evening.

A large orange research vessel is docked at a harbor, with cranes and crew visible on nearby ships. The harbor is surrounded by buildings and hills under a partly cloudy sky.

A view of RV Akademik Fedorov, a Russian icebreaker that will accompany RV Polarstern up to the sea ice and help set up a network of equipment around the Polarstern.

My own focus this week has been helping colleagues to set up equipment for the sampling and analysis of beryllium-7 (a tracer of atmospheric deposition), while learning a bit more about some of the methods that I will be using when I join the ship in February.

Large plastic tanks filled with liquid are connected by hoses and pipes in an industrial laboratory setting with equipment and containers in the background.

In the process of testing equipment for sampling beryllium-7 (a tracer of atmospheric deposition)

A large research vessel named Polarstern is docked at a harbor, with cranes and equipment visible on its deck and mooring lines securing it to the pier. The sky is partly cloudy and the water is calm.

The R/V Polarstern

A large research ship named POLARSTERN is docked at port. The vessel has a white and blue hull, with red cranes and equipment on its deck, along with several stacked shipping containers.

 

A wide mountain with a dusting of snow rises behind a waterfront town. A long bridge extends over the water, and a white, modern, triangular church is visible among the buildings under a cloudy sky.

A view across the water at Tromso

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