ACES research at the Zeppelin station in Svalbard started in the late 1980’s. Photo: Melissa Gomis

Cloudcatcher. That’s the name of a new film that describes the atmospheric research done by scientists from the Department of Environmental Science and Analytical Chemistry (ACES) in Svalbard. The film is made by Melissa Gomis and Dämien Bolinius, former PhD students.

“I wanted to raise awareness about climate change by showing a location where the impacts are clearly visible; the Arctic is such a location, experiencing amplified warming compared to the rest of the Earth”, says Melissa Gomis, a former PhD student at ACES, who decided to go to Svalbard for 3 weeks in the end of July 2017 to make the film “Cloudcatcher”.

Melissa Gomis, former PhD student, went to Svalbard in 2017 to make the film “Cloudcatcher” about ACES’ atmospheric research station. Photo: Piotr Kupiszewski

In focus is ACES’ atmospheric research station.

“I wanted to give the opportunity for climate scientists to talk about their work and experiences in one of the most challenging fields of research of this century, in my view, and also, illustrate their description of a remote place where not many people have the chance to go.”

The research station is situated in Ny Ålesund on Svalbard, north-west of Longyearbyen, and the monitoring station where ACES activities take place is located on top of the Zeppelin Mountain. The observations are done in a coordinated manner by the Norwegian Institute for Air Research (NILU), ACES and the Norwegian Polar Institute (NPI) with involvement of additional partners like the Korean Polar Research Institute (KOPRI) and the National Institute of Polar Research (NIPR) and many other scientists coming with instrumentation for short term campaigns.

ACES research activities at the Zeppelin station started in the late 1980’s, by continuously measuring CO2 in the atmosphere. From 2000, ACES’ interests broadened towards aerosols and their effects on the climate system.

The research station is situated in Ny Ålesund, north-west of Longyearbyen. The observations are done with involvement of additional international partners. Photo: Melissa Gomis

“Scientists are interested to know where those aerosol particles come from, if they have a natural or human origin, how long they have been travelling, how they interact with the sun’s radiation and which ones favour the formation of clouds by acting as cloud condensation nuclei. The data set provided by ACES covers more than 15 years for the aerosols and 3 years for the clouds, this is extremely valuable to understand the time trends.”

Since aerosols are necessary to create clouds, ACES research directly feeds into understanding what is happening in the Arctic.

“More importantly, such observations and measures will be able to improve the accuracy of estimates of future climate change by climate models,” says Melissa Gomis.

Her own research at ACES as a PhD had nothing to do with clouds. Instead, she worked within the field of organic chemistry and investigated the human exposure to perfluoroalkyl substances. But she likes the idea of communicating science through audio-visual means; at the moment she works as a graphics officer for the Intergovernmental Panel on Climate Change (IPCC) in Paris.

Cloudcatcher was made in cooperation with Dämien Bolinius, former PhD at ACES, who did all the animations in the film. Melissa Gomis did the video editing and filming in Svalbard and they both made the interviews with the scientists at ACES.

The goal with the film is to help understand the complex processes behind a changing climate in the Arctic.

“It would not have been the same quality without his contribution. We gathered 3 hours of interviews in total and it was extremely difficult to bring the movie down to 10 minutes, as every single recording was interesting. We talked through the narrative and story for countless hours”, says Melissa Gomis.

With the film she hopes to improve the understanding of the environment surrounding us and how it is changing in a warming climate.

“Something is happening in the Arctic, and it is happening right now. Many people certainly know that, as it often makes the headlines in the media. But the potential whys and hows are often not brought into the forefront. That is what I tried to achieve with this film. I wanted to give scientists a voice and open a door to their research which tries to help understand the complex processes behind a changing climate in the Arctic. Atmospheric science is complicated for non-experts and if presenting those concepts with some visual support can help awaken their interest in the topic, then my objectives are met!”

Watch the film here:

Contact information

Visiting addresses:

Geovetenskapens Hus,
Svante Arrhenius väg 8, Stockholm

Arrheniuslaboratoriet, Svante Arrhenius väg 16, Stockholm (Unit for Toxicological Chemistry)

Mailing address:
Department of Environmental Science
Stockholm University
106 91 Stockholm

Press enquiries should be directed to:

Stella Papadopoulou
Science Communicator
Phone +46 (0)8 674 70 11