A year in the ice
Atmospheric scientist Matthew Shupe.
The Arctic is warming faster than any other region on the planet, with enormous implications for the future of global climate. This year, CU Boulder researchers will play a leading role in a historic expedition to study one of the Earth鈥檚 most remote environments firsthand.
The unprecedented will send the German icebreaker RV Polarstern from Troms酶, Norway, into Arctic waters, where it will freeze itself into the winter pack ice to drift for an entire year, allowing more than 500 scientists from 17 countries to take detailed measurements of the ice, ocean and air. Heavy aircraft and ships will periodically ferry researchers and supplies to and from the mainland.
It鈥檚 a once-in-a-lifetime opportunity that comes after more than a decade of planning from atmospheric scientist Matthew Shupe. When the ship departs in September, he will be aboard for the mission鈥檚 first two-plus months.
鈥淭he foundation of MOSAIC is seeing the entire Arctic system in different ways, from many different angles,鈥 said Shupe, a researcher with and NOAA.
The goal, Shupe said, is to untangle what are known as coupled processes, or the complex energy interactions between clouds, water, ice and air. While data of that kind is usually collected remotely, this mission will allow for advanced experimentation to be done in person.
鈥淪cientists will be using sophisticated instruments like cloud radar that can鈥檛 be operated autonomously,鈥 said Shupe, who will deploy a metal sled loaded with heat and wind speed sensors鈥攁ll of which must be winterproofed and polar-bear-proofed.
The expedition, which is being spearheaded by the Germany-based Alfred Wegener Institute for Polar Research, will have a total budget over $130 million. More than two dozen CU Boulder researchers will participate in MOSAIC, funded with more than $10 million from the National Science Foundation, the Department of Energy, the Alfred Wegener Institute and others.
鈥淐IRES, CU and NOAA are at the forefront of polar research, so it was a natural fit for us to take part in this truly exciting international collaboration,鈥 Shupe said.
In addition to the primary scientific mission, which will help improve and refine climate models worldwide, CU educators will also use MOSAIC to develop new STEM learning tools by creating workshops, curricula and online courses.
鈥淧olar regions are fascinating because they鈥檙e so far away and have inspired multiple generations to seek out knowledge,鈥 said Anne Gold, director of . 鈥淲e see tremendous opportunity to engage student interest around this kind of exploration and engineering.鈥
Gold will be aboard the Polarstern鈥檚 sister vessel, the RV Akademik Federov, during the first leg of the mission. The Federov will host 20 international graduate students (including CU Boulder engineer Sean Horvath), and K鈥12 students from around the world will be able to submit questions to scientists on board to get a behind-the-scenes glimpse at field research. Through a partnership with Fiske Planetarium, cinematographers will collect stunning high-definition footage to create a full-length planetarium show to be released internationally in 2020.
The hope, Gold says, is that MOSAIC鈥檚 scientific and educational impact extends far beyond a single year in the ice.
鈥淲e will come home with a wealth of rich materials to fill out lesson plans and demonstrate the relevance of these Arctic processes,鈥 Gold said. 鈥淲e鈥檙e also building bridges to the next group of young polar scientists.鈥
Photo credits: JR Ancheta / University of Alaska Fairbanks. The R/V Polarstern: Mario Hoppmann / Alfred Wegener Institute.
Principal investigator
Matthew Shupe
Funding
National Science Foundation; Department of Energy; Alfred Wegener Institute; NASA; NOAA
Collaboration + support
Department of Atmospheric and Oceanic Sciences; Ann and H.J. Smead Department of Aerospace Engineering Sciences; Cooperative Institute for Research in Environmental Sciences; Institute for Arctic and Alpine Research