Located within the Arctic Circle, Greenland is a year-round icy wilderness of severe cold. Can comfort exist here? Ariston’s 2018 Ultimate Comfort Challenge provides a definitive answer. This Ariston Comfort Zone, built on the edge of the world, is not just a house for scientists dedicated to global climate research—it is a warm sanctuary and the true essence of comfort.
Scientists face challenges in Arctic research.
Far from family, friends, and the comforts of city life, scientists brave the harsh conditions in the Arctic to conduct research because the region’s climate serves as a barometer for global climate change. Studies here help scientists understand the impact of climate change on specific ecosystems. In the Arctic, temperature rises are more intense than anywhere else on Earth. Sea ice absorbs 90% of the heat received from the sun, while the remaining 10% is reflected and dispersed into the surrounding environment. If the amount of sea ice decreases, the “Arctic heat pump” phenomenon occurs: the ice’s ability to absorb solar heat drops to 80%, while heat emission increases to 20%. But this isn’t entirely negative, as it leads to increased light on the sea surface, boosting plankton populations. Plankton are the primary nutritional source for fish, and more fish means greater resources for local populations.
However, Greenland’s extremely cold and windy environment poses significant challenges to both the lives and research of scientists. In such frigid conditions, scientists typically have to return to the Arctic station to rest for several hours after just 20 minutes of field measurements, greatly limiting the scope of their research and exploration. Therefore, the establishment of the Ariston Comfort Zone has been immensely helpful to the research efforts.
Now, at the Ariston Comfort Zone not far from the research site, researchers can rest and work in a comfortable environment. At night, two people can take turns measuring and sleeping, as their current scientific project requires data collection every two hours, both day and night, significantly improving work efficiency—an achievement that was previously unimaginable.
Why do scientists conduct research in the even colder Arctic winter? Because winter studies are more meaningful than people think. In the past, it was believed that everything in Greenland remained frozen for most of the year, but recent discoveries show that various bacteria remain active even during the coldest months. Thus, the Ariston Comfort Zone will help scientists observe how the Arctic ecosystem functions throughout the year and explore what exactly happens during Greenland’s harsh winter.
Studying Arctic Changes to Understand Global Climate Trends
Led by research leader Professor Morten Rasch, the team consists of about 30 members, each with incredible skills and expertise. One member, Claudia, is a PhD student from a German institute who came to Disco Island to collect data for her dissertation. She studies plankton—microorganisms living in the ocean that produce half of the world’s oxygen.
Claudia’s work involves analyzing how climate change affects plankton in the surrounding waters within the changing Arctic ecosystem. She takes samples from the ocean, investigates the water column at different depths, and collects water samples. She then filters out the plankton from the samples to conduct molecular analysis and studies the DNA of entire communities.
Additionally, she collects RNA samples—a nucleic acid similar to DNA but much more fragile, which must be transported at minus 80 degrees Celsius. She is considering logistical issues, such as how to transport them back without damaging them. “I’m very interested in microbes because they are so tiny, connected to everything, and found everywhere. And in such a cold environment as Greenland, no other organisms can survive,” Claudia comments.
When nature undergoes sudden changes due to climate change, a “feedback effect” occurs, causing these changes to intensify in an uncontrollable vicious cycle. Therefore, research by scientists on the interaction between climate and nature within the Arctic ecosystem is crucial for accurately predicting the future of the Earth.
The establishment of the Ariston Comfort Zone not only provides strong support for scientific research by enabling scientists to live and work in a comfortable environment, but also represents the best interpretation of Ariston’s comfort philosophy—using the power of technology to make the world more comfortable and better. In the future, Ariston will continue to forge ahead, adhering to its development mission of bringing comfort to everyone and every possibility, creating an even more ultimate comfort experience.