international
polar
foundation

The first five crew members arrived and successfully unloaded all their supplies, now the DC3 can go back to get the other 14 team members.

The BELSPO funded FROID research project with support from the International Polar Foundation and its staff spent 5+ weeks by the Nils Larsen blue ice field in Queen Maud Land, East Antarctica. The research project's primary objective this season was to scout various locations in search of the World's oldest ice, drilling many shallow ice cores in the process The air bubbles trapped within these cores can be analyzed and used to reconstruct the Earth's past climate which simultaneously lends insight as to where the climate is heading in the future. Additionally, the team also ran ground penetrating radar to see all the way through the ice to the bedrock as well as carrying out high precision GPS measurements to determine the speed at which the ice is moving.

The BELSPO funded FROID research project with support from the International Polar Foundation and its staff spent 5+ weeks by the Nils Larsen blue ice field in Queen Maud Land, East Antarctica. The research project's primary objective this season was to scout various locations in search of the World's oldest ice, drilling many shallow ice cores in the process The air bubbles trapped within these cores can be analyzed and used to reconstruct the Earth's past climate which simultaneously lends insight as to where the climate is heading in the future. Additionally, the team also ran ground penetrating radar to see all the way through the ice to the bedrock as well as carrying out high precision GPS measurements to determine the speed at which the ice is moving.

The BELSPO funded FROID research project with support from the International Polar Foundation and its staff spent 5+ weeks by the Nils Larsen blue ice field in Queen Maud Land, East Antarctica. The research project's primary objective this season was to scout various locations in search of the World's oldest ice, drilling many shallow ice cores in the process The air bubbles trapped within these cores can be analyzed and used to reconstruct the Earth's past climate which simultaneously lends insight as to where the climate is heading in the future. Additionally, the team also ran ground penetrating radar to see all the way through the ice to the bedrock as well as carrying out high precision GPS measurements to determine the speed at which the ice is moving.

The BELSPO funded FROID research project with support from the International Polar Foundation and its staff spent 5+ weeks by the Nils Larsen blue ice field in Queen Maud Land, East Antarctica. The research project's primary objective this season was to scout various locations in search of the World's oldest ice, drilling many shallow ice cores in the process The air bubbles trapped within these cores can be analyzed and used to reconstruct the Earth's past climate which simultaneously lends insight as to where the climate is heading in the future. Additionally, the team also ran ground penetrating radar to see all the way through the ice to the bedrock as well as carrying out high precision GPS measurements to determine the speed at which the ice is moving.

The BELSPO-funded ULTIMO project with support from the International Polar Foundation and their team spent over a month in close proximity to the Belgica mountain range in East Antarctica searching for meteorites. The logistically challenging expedition was well worth the effort: the team of researchers found 115 meteorites as well as countless micro-meteorites that could potentially help scientists answer questions about the origins of life on Earth as well as shine a light on other big questions about the origins of our solar system.

The BELSPO-funded ULTIMO project with support from the International Polar Foundation and their team spent over a month in close proximity to the Belgica mountain range in East Antarctica searching for meteorites. The logistically challenging expedition was well worth the effort: the team of researchers found 115 meteorites as well as countless micro-meteorites that could potentially help scientists answer questions about the origins of life on Earth as well as shine a light on other big questions about the origins of our solar system.