Robert Harding
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The two towers of the Concordia station, with the French, Italian and European flags flying in the wind, under a blue sky veiled with cirrus clouds aligned in the direction of the wind. The two towers are linked by a tunnel. They are permanently heated to 20°C by the diesel engine that generates the station's electricity. The left tower is the "quiet tower", housing the hospital, bedrooms;34 beds) and offices. The right tower is the "noisy tower": it houses a small workshop, the emergency generator, the waste room, the technical office, the video room, the living room, the kitchens and the refectory. The two towers are about ten meters apart to prevent the risk of fire spreading. Fire is an Antarctic expeditionary's worst nightmare; the French have a very bad experience of it. Concordia Antarctic Research Station, Dome C plateau, East Antarctica. https://images.robertharding.com/zoom/RM/RH/HORIZONTAL/860-292902.jpg860-292902https://www.robertharding.com/licenses-explained/https://www.robertharding.com/preview/860-292902/two-towers-concordia-station-french-italian-european-flags/
860-292902 - The two towers of the Concordia station, with the French, Italian and European flags flying in the wind, under a blue sky veiled with cirrus clouds aligned in the direction of the wind. The two towers are linked by a tunnel. They are permanently heated to 20°C by the diesel engine that generates the station's electricity. The left tower is the "quiet tower", housing the hospital, bedrooms;34 beds) and offices. The right tower is the "noisy tower": it houses a small workshop, the emergency generator, the waste room, the technical office, the video room, the living room, the kitchens and the refectory. The two towers are about ten meters apart to prevent the risk of fire spreading. Fire is an Antarctic expeditionary's worst nightmare; the French have a very bad experience of it. Concordia Antarctic Research Station, Dome C plateau, East Antarctica.
Volcanic underwater bottoms. True seamounts can be seen in the image, a natural monument made of basaltic columns called a columnar disjunction. The highest point is about 15 meters below the surface of the Atlantic Ocean and drops vertically to more than 40 meters at its deepest point. The place is known as La Rapadura on the coast of Santa Úrsula, north of the island of Tenerife. Seabed of the Canary Islands. https://images.robertharding.com/zoom/RM/RH/HORIZONTAL/860-292747.jpg860-292747https://www.robertharding.com/licenses-explained/https://www.robertharding.com/preview/860-292747/volcanic-underwater-bottoms-true-seamounts-image-natural-monument/
860-292747 - Volcanic underwater bottoms. True seamounts can be seen in the image, a natural monument made of basaltic columns called a columnar disjunction. The highest point is about 15 meters below the surface of the Atlantic Ocean and drops vertically to more than 40 meters at its deepest point. The place is known as La Rapadura on the coast of Santa Úrsula, north of the island of Tenerife. Seabed of the Canary Islands.
Volcanic underwater bottoms. True seamounts can be seen in the image, a natural monument made of basaltic columns called a columnar disjunction. The highest point is about 15 meters below the surface of the Atlantic Ocean and drops vertically to more than 40 meters at its deepest point. The place is known as La Rapadura on the coast of Santa Úrsula, north of the island of Tenerife. Seabed of the Canary Islands. https://images.robertharding.com/zoom/RM/RH/HORIZONTAL/860-292746.jpg860-292746https://www.robertharding.com/licenses-explained/https://www.robertharding.com/preview/860-292746/volcanic-underwater-bottoms-true-seamounts-image-natural-monument/
860-292746 - Volcanic underwater bottoms. True seamounts can be seen in the image, a natural monument made of basaltic columns called a columnar disjunction. The highest point is about 15 meters below the surface of the Atlantic Ocean and drops vertically to more than 40 meters at its deepest point. The place is known as La Rapadura on the coast of Santa Úrsula, north of the island of Tenerife. Seabed of the Canary Islands.
Volcanic eruption in La Palma, Canary Islands (09/19 to 12/25/2021). The origin of the eruption occurred in the Cumbre Vieja ridge, southwest of the island, municipality of El Paso. On February 9, 2023, its name as Tajogaite Volcano was made official. https://images.robertharding.com/zoom/RM/RH/HORIZONTAL/860-292704.jpg860-292704https://www.robertharding.com/licenses-explained/https://www.robertharding.com/preview/860-292704/volcanic-eruption-la-palma-canary-islands-origin-eruption/
860-292704 - Volcanic eruption in La Palma, Canary Islands (09/19 to 12/25/2021). The origin of the eruption occurred in the Cumbre Vieja ridge, southwest of the island, municipality of El Paso. On February 9, 2023, its name as Tajogaite Volcano was made official.
Volcanic eruption in La Palma, Canary Islands (09/19 to 12/25/2021). The origin of the eruption occurred in the Cumbre Vieja ridge, southwest of the island, municipality of El Paso. On February 9, 2023, its name as Tajogaite Volcano was made official. https://images.robertharding.com/zoom/RM/RH/HORIZONTAL/860-292703.jpg860-292703https://www.robertharding.com/licenses-explained/https://www.robertharding.com/preview/860-292703/volcanic-eruption-la-palma-canary-islands-origin-eruption/
860-292703 - Volcanic eruption in La Palma, Canary Islands (09/19 to 12/25/2021). The origin of the eruption occurred in the Cumbre Vieja ridge, southwest of the island, municipality of El Paso. On February 9, 2023, its name as Tajogaite Volcano was made official.
Volcanic eruption in La Palma, Canary Islands (09/19 to 12/25/2021). The origin of the eruption occurred in the Cumbre Vieja ridge, southwest of the island, municipality of El Paso. On February 9, 2023, its name as Tajogaite Volcano was made official. https://images.robertharding.com/zoom/RM/RH/HORIZONTAL/860-292702.jpg860-292702https://www.robertharding.com/licenses-explained/https://www.robertharding.com/preview/860-292702/volcanic-eruption-la-palma-canary-islands-origin-eruption/
860-292702 - Volcanic eruption in La Palma, Canary Islands (09/19 to 12/25/2021). The origin of the eruption occurred in the Cumbre Vieja ridge, southwest of the island, municipality of El Paso. On February 9, 2023, its name as Tajogaite Volcano was made official.
Volcanic eruption in La Palma, Canary Islands (09/19 to 12/25/2021). The origin of the eruption occurred in the Cumbre Vieja ridge, southwest of the island, municipality of El Paso. On February 9, 2023, its name as Tajogaite Volcano was made official. https://images.robertharding.com/zoom/RM/RH/HORIZONTAL/860-292701.jpg860-292701https://www.robertharding.com/licenses-explained/https://www.robertharding.com/preview/860-292701/volcanic-eruption-la-palma-canary-islands-origin-eruption/
860-292701 - Volcanic eruption in La Palma, Canary Islands (09/19 to 12/25/2021). The origin of the eruption occurred in the Cumbre Vieja ridge, southwest of the island, municipality of El Paso. On February 9, 2023, its name as Tajogaite Volcano was made official.
Volcanic eruption in La Palma, Canary Islands (09/19 to 12/25/2021). The origin of the eruption occurred in the Cumbre Vieja ridge, southwest of the island, municipality of El Paso. On February 9, 2023, its name as Tajogaite Volcano was made official. https://images.robertharding.com/zoom/RM/RH/HORIZONTAL/860-292700.jpg860-292700https://www.robertharding.com/licenses-explained/https://www.robertharding.com/preview/860-292700/volcanic-eruption-la-palma-canary-islands-origin-eruption/
860-292700 - Volcanic eruption in La Palma, Canary Islands (09/19 to 12/25/2021). The origin of the eruption occurred in the Cumbre Vieja ridge, southwest of the island, municipality of El Paso. On February 9, 2023, its name as Tajogaite Volcano was made official.