Crew members are seen at the deck of the Severny Polyus (North Pole) floating Arctic research platform, in the port of Murmansk, Russia. The ice-resistant self-propelled vessel is designed to be able to drift with the Arctic currents without interruption for two years. Its first expedition scheduled for late September 2022 will not be extensive, but more like a sea trial to test key equipment.

15.09.2022#8275389

A computer is seen at a satellite hydrometeorological reception laboratory of the Severny Polyus (North Pole) floating Arctic research platform, in the port of Murmansk, Russia. The ice-resistant self-propelled vessel is designed to be able to drift with the Arctic currents without interruption for two years. Its first expedition scheduled for late September 2022 will not be extensive, but more like a sea trial to test key equipment.

15.09.2022#8275388

A view shows a satellite hydrometeorological reception laboratory of the Severny Polyus (North Pole) floating Arctic research platform, in the port of Murmansk, Russia. The ice-resistant self-propelled vessel is designed to be able to drift with the Arctic currents without interruption for two years. Its first expedition scheduled for late September 2022 will not be extensive, but more like a sea trial to test key equipment.

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Crew members work at the ship's bridge of the Severny Polyus (North Pole) floating Arctic research platform, in the port of Murmansk, Russia. The ice-resistant self-propelled vessel is designed to be able to drift with the Arctic currents without interruption for two years. Its first expedition scheduled for late September 2022 will not be extensive, but more like a sea trial to test key equipment.

15.09.2022#8275385

A crew member works at the ship's bridge of the Severny Polyus (North Pole) floating Arctic research platform, in the port of Murmansk, Russia. The ice-resistant self-propelled vessel is designed to be able to drift with the Arctic currents without interruption for two years. Its first expedition scheduled for late September 2022 will not be extensive, but more like a sea trial to test key equipment.

15.09.2022#8275384

A crew member works on his computer at the Severny Polyus (North Pole) floating Arctic research platform, in the port of Murmansk, Russia. The ice-resistant self-propelled vessel is designed to be able to drift with the Arctic currents without interruption for two years. Its first expedition scheduled for late September 2022 will not be extensive, but more like a sea trial to test key equipment.

15.09.2022#8275381

A crew member works on his computer at the Severny Polyus (North Pole) floating Arctic research platform, in the port of Murmansk, Russia. The ice-resistant self-propelled vessel is designed to be able to drift with the Arctic currents without interruption for two years. Its first expedition scheduled for late September 2022 will not be extensive, but more like a sea trial to test key equipment.

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A view shows a dental office in a medical bay of the Severny Polyus (North Pole) floating Arctic research platform, in the port of Murmansk, Russia. The ice-resistant self-propelled vessel is designed to be able to drift with the Arctic currents without interruption for two years. Its first expedition scheduled for late September 2022 will not be extensive, but more like a sea trial to test key equipment.

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A view shows a medical bay of the Severny Polyus (North Pole) floating Arctic research platform, in the port of Murmansk, Russia. The ice-resistant self-propelled vessel is designed to be able to drift with the Arctic currents without interruption for two years. Its first expedition scheduled for late September 2022 will not be extensive, but more like a sea trial to test key equipment.

15.09.2022#8275374

A view shows a dental office in a medical bay of the Severny Polyus (North Pole) floating Arctic research platform, in the port of Murmansk, Russia. The ice-resistant self-propelled vessel is designed to be able to drift with the Arctic currents without interruption for two years. Its first expedition scheduled for late September 2022 will not be extensive, but more like a sea trial to test key equipment.

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A view shows an operations room in a medical bay of the Severny Polyus (North Pole) floating Arctic research platform, in the port of Murmansk, Russia. The ice-resistant self-propelled vessel is designed to be able to drift with the Arctic currents without interruption for two years. Its first expedition scheduled for late September 2022 will not be extensive, but more like a sea trial to test key equipment.

15.09.2022#8275371

A view shows an operations room in a medical bay of the Severny Polyus (North Pole) floating Arctic research platform, in the port of Murmansk, Russia. The ice-resistant self-propelled vessel is designed to be able to drift with the Arctic currents without interruption for two years. Its first expedition scheduled for late September 2022 will not be extensive, but more like a sea trial to test key equipment.

15.09.2022#8275369

A view shows a conference room of the Severny Polyus (North Pole) floating Arctic research platform, in the port of Murmansk, Russia. The ice-resistant self-propelled vessel is designed to be able to drift with the Arctic currents without interruption for two years. Its first expedition scheduled for late September 2022 will not be extensive, but more like a sea trial to test key equipment.

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Ship captain Sergey Dyachkin is seen in his cabin in the Severny Polyus (North Pole) floating Arctic research platform, in the port of Murmansk, Russia. The ice-resistant self-propelled vessel is designed to be able to drift with the Arctic currents without interruption for two years. Its first expedition scheduled for late September 2022 will not be extensive, but more like a sea trial to test key equipment.

15.09.2022#8275362

A view shows a dining room of the Severny Polyus (North Pole) floating Arctic research platform, in the port of Murmansk, Russia. The ice-resistant self-propelled vessel is designed to be able to drift with the Arctic currents without interruption for two years. Its first expedition scheduled for late September 2022 will not be extensive, but more like a sea trial to test key equipment.

15.09.2022#8275359

A view shows a cabin of the Severny Polyus (North Pole) floating Arctic research platform, in the port of Murmansk, Russia. The ice-resistant self-propelled vessel is designed to be able to drift with the Arctic currents without interruption for two years. Its first expedition scheduled for late September 2022 will not be extensive, but more like a sea trial to test key equipment.

15.09.2022#8275358

A view shows a cabin of the Severny Polyus (North Pole) floating Arctic research platform, in the port of Murmansk, Russia. The ice-resistant self-propelled vessel is designed to be able to drift with the Arctic currents without interruption for two years. Its first expedition scheduled for late September 2022 will not be extensive, but more like a sea trial to test key equipment.

15.09.2022#8275357

A view shows an engine room of the Severny Polyus (North Pole) floating Arctic research platform, in the port of Murmansk, Russia. The ice-resistant self-propelled vessel is designed to be able to drift with the Arctic currents without interruption for two years. Its first expedition scheduled for late September 2022 will not be extensive, but more like a sea trial to test key equipment.

15.09.2022#8275356

A view shows an engine room of the Severny Polyus (North Pole) floating Arctic research platform, in the port of Murmansk, Russia. The ice-resistant self-propelled vessel is designed to be able to drift with the Arctic currents without interruption for two years. Its first expedition scheduled for late September 2022 will not be extensive, but more like a sea trial to test key equipment.

15.09.2022#8275352

A crew member is seen in an engine room of the Severny Polyus (North Pole) floating Arctic research platform, in the port of Murmansk, Russia. The ice-resistant self-propelled vessel is designed to be able to drift with the Arctic currents without interruption for two years. Its first expedition scheduled for late September 2022 will not be extensive, but more like a sea trial to test key equipment.

15.09.2022#8275351

A view shows an engine room of the Severny Polyus (North Pole) floating Arctic research platform, in the port of Murmansk, Russia. The ice-resistant self-propelled vessel is designed to be able to drift with the Arctic currents without interruption for two years. Its first expedition scheduled for late September 2022 will not be extensive, but more like a sea trial to test key equipment.

15.09.2022#8275349

The Severny Polyus (North Pole) floating Arctic research platform is moored in the port of Murmansk, Russia. The ice-resistant self-propelled vessel is designed to be able to drift with the Arctic currents without interruption for two years. Its first expedition scheduled for late September 2022 will not be extensive, but more like a sea trial to test key equipment.

15.09.2022#8275348

The Severny Polyus (North Pole) floating Arctic research platform is moored in the port of Murmansk, Russia. The ice-resistant self-propelled vessel is designed to be able to drift with the Arctic currents without interruption for two years. Its first expedition scheduled for late September 2022 will not be extensive, but more like a sea trial to test key equipment.

15.09.2022#8275346

The Severny Polyus (North Pole) floating Arctic research platform is moored in the port of Murmansk, Russia. The ice-resistant self-propelled vessel is designed to be able to drift with the Arctic currents without interruption for two years. Its first expedition scheduled for late September 2022 will not be extensive, but more like a sea trial to test key equipment.

15.09.2022#8275344

The Severny Polyus (North Pole) floating Arctic research platform is moored in the port of Murmansk, Russia. The ice-resistant self-propelled vessel is designed to be able to drift with the Arctic currents without interruption for two years. Its first expedition scheduled for late September 2022 will not be extensive, but more like a sea trial to test key equipment.

15.09.2022#8275342

The Severny Polyus (North Pole) floating Arctic research platform is moored in the port of Murmansk, Russia. The ice-resistant self-propelled vessel is designed to be able to drift with the Arctic currents without interruption for two years. Its first expedition scheduled for late September 2022 will not be extensive, but more like a sea trial to test key equipment.

15.09.2022#8275340

The Severny Polyus (North Pole) floating Arctic research platform is moored in the port of Murmansk, Russia. The ice-resistant self-propelled vessel is designed to be able to drift with the Arctic currents without interruption for two years. Its first expedition scheduled for late September 2022 will not be extensive, but more like a sea trial to test key equipment.

15.09.2022#8275338

The Severny Polyus (North Pole) floating Arctic research platform is moored in the port of Murmansk, Russia. The ice-resistant self-propelled vessel is designed to be able to drift with the Arctic currents without interruption for two years. Its first expedition scheduled for late September 2022 will not be extensive, but more like a sea trial to test key equipment.

15.09.2022#8275337