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Surface Tension: Greenland Ice Images.
Ice bergs close to the shore, just south of Timmiarmiut, north of Kap Cort Adelaer, on the South Eastern tip of Greenland. July 2005.
(FOTO: DUKAS/EYEVINE)
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Surface Tension: Greenland Ice Images.
An iceberg made of densely formed ice, shows light transmitted through it. Suggesting it as older than the other ice formations surrounding it. The denser the ice, the more it channels light. Sermilik Fjord, next to Ingmikerteq Island, near the mouth of Johan Peterson Fjord. South Eastern Greenland.
(FOTO: DUKAS/EYEVINE)
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Surface Tension: Greenland Ice Images.
A massive series of air bubbles trapped inside ice at the point of freezing. Seen in the side of a piece of recently calved hard dense ice. It is possible that it is older than the other ice formations surrounding it or it may have been formed by water collecting and freezing rapidly.
(FOTO: DUKAS/EYEVINE)
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Surface Tension: Greenland Ice Images.
Close-up of an iceberg made of densely formed ice, shows light transmitted through it. Suggesting it as older than the other ice formations surrounding it. The denser the ice, the more it channels light. It is possible that it is older than the other ice formations surrounding it or it may have been formed by water collecting and freezing rapidly. Sermilik Fjord, next to Ingmikerteq Island, near the mouth of Johan Peterson Fjord. South Eastern
(FOTO: DUKAS/EYEVINE)
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Surface Tension: Greenland Ice Images.
Drips of meltwater refreeze as they trickle down the side of a piece of recently calved hard dense ice. It is possible that it is older than the other ice formations surrounding it or it may have been formed by water collecting and freezing rapidly.
(FOTO: DUKAS/EYEVINE)
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Surface Tension: Greenland Ice Images.
Strong winds channel plumes of water vapour and ice crystals upwards. Eroding an iceberg slowly away. South Greenland.
(FOTO: DUKAS/EYEVINE)
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Surface Tension: Greenland Ice Images.
An iceberg weathered spectacularly by the wind. Fierce winds whip across the entrance to this fjord sculpting the softer surface of the bergs which they find in their path.
(FOTO: DUKAS/EYEVINE)
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Surface Tension: Greenland Ice Images.
'Slab' Icebergs viewed across the bay from the Greenlandic town of Narsaaq. This one is .75 Kilometre long. It will drift further out into the Atlantic ocean, eventually melting in the warmer currents.
(FOTO: DUKAS/EYEVINE)
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Surface Tension: Greenland Ice Images.
The Greenlandic town of Narsaq partially visible through a small wind blown opening in a large ice berg floating in the town's bay. The photographer approached the berg on a small inflatable boat. The drip above the town is from the berg as it slowly melts in the warmer Greenlandic summer season.
(FOTO: DUKAS/EYEVINE)
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Surface Tension: Greenland Ice Images.
The glacier close to the town of Narsaq often visited as a tourist spot. Greenlanders ocasionally take tourists to see the glacier. Testimony from locals suggests that the edge of the glacier has retreated. Quotes available. The bright blue patches are the underlying ice core exposed by 'calving' pieces that drop into the fjord forming bergs.
(FOTO: DUKAS/EYEVINE)
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Surface Tension: Greenland Ice Images.
The edge of a glacier on Greenland where it meets the fjord which will take bergs and ice towards the sea. The bright blue patches are the underlying ice core exposed by 'calving' pieces that drop into the fjord forming bergs. Greenland.
(FOTO: DUKAS/EYEVINE)
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Surface Tension: Greenland Ice Images.
'Pancake Ice' close to the town of Narsaq (South of Nulugssuaq and North of Manitsoq). visited as a tourist spot. Greenlanders ocasionally take tourists to see the glacier. The pancake is covered in a light dirty coloured dust.
(FOTO: DUKAS/EYEVINE)
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Surface Tension: Greenland Ice Images.
The glacier close to the town of Narsaq at 61 (FOTO: DUKAS/EYEVINE)
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Surface Tension: Greenland Ice Images.
Various features apparent in the Helheim glacier, on Eastern Greenland. Photographs made close to where the glacier feeds into the Sermalik Fjord. This is a melt pool made by a glacier which has receded and melted away. The lines in the earth bank are sculpted by the movement of the glacier's retreat.
(FOTO: DUKAS/EYEVINE)
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Surface Tension: Greenland Ice Images.
Patterns made by melt rivers and pieces of ice that form the edges of the retreated glacier of Frederiksh (FOTO: DUKAS/EYEVINE)
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Surface Tension: Greenland Ice Images.
Patterns made by melt rivers and pieces of ice that form the edges of the retreated glacier of Frederiksh (FOTO: DUKAS/EYEVINE)
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Surface Tension: Greenland Ice Images.
Melt rivers flow away from the edges of the retreated glacier of Frederiksh (FOTO: DUKAS/EYEVINE)
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Surface Tension: Greenland Ice Images.
Melt rivers flow away from the edges of the retreated glacier of Frederiksh (FOTO: DUKAS/EYEVINE)
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Surface Tension: Greenland Ice Images.
The surface of a melt lake made by melt water filling indents in the ice on the inland ice cap of Western Greenland. The strips of white are fingers of ice that have refrozen on the water's colder surface in the sub zero temperatures.
(FOTO: DUKAS/EYEVINE)
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Surface Tension: Greenland Ice Images.
The edge or 'shore-line' of a melt lake, made by melt water filling indents in the ice on the inland ice cap of Western Greenland. The cracks are visible on the lake's bed, through which it is feared melt water may seep to the bottom of the ice cap.
(FOTO: DUKAS/EYEVINE)
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Surface Tension: Greenland Ice Images.
The edge of a melt lake South of Swiss Camp occuring in the ice cap, near where it joins The Ilulissat glacier photographed, during a flight Eastwards from Ilulissat, west Greenland coast. Ice has formed on the surface, refreezing in the sub-zero temperatures.
(FOTO: DUKAS/EYEVINE)
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Surface Tension: Greenland Ice Images.
A melt lake made by melt water filling indents in the ice on the inland ice cap of Western Greenland. Evidence of old lakes which have refrozen is visible in the foreground as faint grey circles.
(FOTO: DUKAS/EYEVINE)
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Surface Tension: Greenland Ice Images.
Mist descends on the bergs in the mouth of the Ilulissat 'Ice' Fjord, the mist is caused by the micro-climatic effect of the bergs lowering the surrounding air temperature with their frozen surface. Tiny fishing boats are from the port of Ilulissat.
(FOTO: DUKAS/EYEVINE)
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Surface Tension: Greenland Ice Images.
Ice bergs photographed at twighlight in the mouth of the Ilulissat 'Ice' Fjord, a famous destination for tourists to come and watch the spectacular ice bergs which 'calve' from the Ilulissat glacier.
(FOTO: DUKAS/EYEVINE)
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Surface Tension: Greenland Ice Images.
A melt lake made by melt water filling indents in the ice on the inland ice cap of Western Greenland. The cracks are present in the ice cap and revealed by the water melting the snow and powder that covers them. The surrounding ice is grey rather than white because of dust which is blown by the strong Arctic Winds.
(FOTO: DUKAS/EYEVINE)
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Surface Tension: Greenland Ice Images.
'The ice beach' A closely cropped long lens view across a melt lake on the surface of the ice cap on Western Greenland. The top half is the white ice at the shore line. In the foreground is the intense blue of the melt water which has filled the indent to make the lake.
(FOTO: DUKAS/EYEVINE)
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Surface Tension: Greenland Ice Images.
A melt lake made by melt water filling indents in the ice on the inland ice cap of Western Greenland. The film that covers the water like an eyelid is a layer of thin ice refreezing in the sub zero temperatures.
(FOTO: DUKAS/EYEVINE)
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Surface Tension: Greenland Ice Images.
A melt lake forms in the shape of a heart, visibled from the air, a few miles inland of the edge of the Equip Sermia glacier that feeds into the fjord of (FOTO: DUKAS/EYEVINE)
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Surface Tension: Greenland Ice Images.
Features apparent in the Helheim glacier, on Eastern Greenland. Made by melt water dripping through fresh snow fall which has lightly coated the ice-cap. Photographs made close to where the glacier feeds into the Sermalik Fjord.
(FOTO: DUKAS/EYEVINE)
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Groenland - Westkueste - Treibeis
Gršnland - WestkŸste - Treibeis (FOTO: DUKAS/ACTIONPRESS)
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Groenland - Westkueste - Eisberge im Abendlicht
Gršnland - WestkŸste - Eisberge im Abendlicht (FOTO: DUKAS/ACTIONPRESS)
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Groenland - Westkueste - Sonnenuntergang in der Discobucht
Gršnland - WestkŸste - Sonnenuntergang in der Discobucht (FOTO: DUKAS/ACTIONPRESS)
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Groenland - Westkueste - Eisberg
Gršnland - WestkŸste - Eisberg (FOTO: DUKAS/ACTIONPRESS)
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Groenland - Westkueste - Eisberg bei Nacht
Gršnland - WestkŸste - Eisberg bei Nacht (FOTO: DUKAS/ACTIONPRESS)
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Groenland - Westkueste - Fischerboot im Eismeer
Gršnland - WestkŸste - Fischerboot im Eismeer (FOTO: DUKAS/ACTIONPRESS)
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Groenland - Westkueste - Schmelzender Eisberg
Gršnland - WestkŸste - Schmelzender Eisberg (FOTO: DUKAS/ACTIONPRESS)
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Groenland - Westkueste - Blauer Eisberg
Gršnland - WestkŸste - Blauer Eisberg (FOTO: DUKAS/ACTIONPRESS)
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Groenland - Westkueste - Eisberge
Gršnland - WestkŸste - Eisberge (FOTO: DUKAS/ACTIONPRESS)
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Groenland - Westkueste - Eislandschaft
Gršnland - WestkŸste - Eislandschaft (FOTO: DUKAS/ACTIONPRESS)
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2008-07-21: Typische WohnhŠuser in Narsaq (SŸdgršnland)
2008-07-21: Typische WohnhŠuser in Narsaq (SŸdgršnland) FOTO: DUKAS/SANDRA WALSER
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2008-07-24: Einsamer Wanderer am Eisfjord von Ilulissat (Gršnland, UNESCO-Welterbe). Die im Fjord langsam vorbeiziehenden Eisberge stammen vom Ilulissat-Gletscher, dem aktivsten Gletscher der nšrdlichsten HemisphŠre. Er bewegt sich mit bis zu einem Mete
2008-07-24: Einsamer Wanderer am Eisfjord von Ilulissat (Gršnland, UNESCO-Welterbe). Die im Fjord langsam vorbeiziehenden Eisberge stammen vom Ilulissat-Gletscher, dem aktivsten Gletscher der nšrdlichsten HemisphŠre. Er bewegt sich mit bis zu einem Meter pro Stunde vorwŠrts, und durch diese Bewegung brechen an seiner Front tŠglich 20 Millionen Tonnen Eis ab - das entspricht dem Wasservolumen, das die Metropole New York in einem Jahr verbraucht! FOTO: DUKAS/SANDRA WALSER
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2008-07-25: Fischerboot im Eisfjord von Ilulissat, Gršnland. Die im Fjord langsam vorbeiziehenden Eisberge stammen vom Ilulissat-Gletscher, dem aktivsten Gletscher der nšrdlichsten HemisphŠre. Er bewegt sich mit bis zu einem Meter pro Stunde vorwŠrts,
2008-07-25: Fischerboot im Eisfjord von Ilulissat, Gršnland. Die im Fjord langsam vorbeiziehenden Eisberge stammen vom Ilulissat-Gletscher, dem aktivsten Gletscher der nšrdlichsten HemisphŠre. Er bewegt sich mit bis zu einem Meter pro Stunde vorwŠrts, und durch diese Bewegung brechen an seiner Front tŠglich 20 Millionen Tonnen Eis ab - das entspricht dem Wasservolumen, das die Metropole New York in einem Jahr verbraucht! FOTO: DUKAS/SANDRA WALSER
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2008-07-25: Fischerboot im Eisfjord von Ilulissat, Gršnland. Die im Fjord langsam vorbeiziehenden Eisberge stammen vom Ilulissat-Gletscher, dem aktivsten Gletscher der nšrdlichsten HemisphŠre. Er bewegt sich mit bis zu einem Meter pro Stunde vorwŠrts,
2008-07-25: Fischerboot im Eisfjord von Ilulissat, Gršnland. Die im Fjord langsam vorbeiziehenden Eisberge stammen vom Ilulissat-Gletscher, dem aktivsten Gletscher der nšrdlichsten HemisphŠre. Er bewegt sich mit bis zu einem Meter pro Stunde vorwŠrts, und durch diese Bewegung brechen an seiner Front tŠglich 20 Millionen Tonnen Eis ab - das entspricht dem Wasservolumen, das die Metropole New York in einem Jahr verbraucht! FOTO: DUKAS/SANDRA WALSER
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2008-07-27: Upernavik im Nordwesten Gršnlands
2008-07-27: Upernavik im Nordwesten Gršnlands FOTO: DUKAS/SANDRA WALSER
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2008-07-27: Upernavik im Nordwesten Gršnlands
2008-07-27: Upernavik im Nordwesten Gršnlands FOTO: DUKAS/SANDRA WALSER
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2008-07-31: Ein Schlittenhund (daneben seine HundehŸtte) am Eisfjord von Ilulissat (Gršnland).
2008-07-31: Ein Schlittenhund (daneben seine HundehŸtte) am Eisfjord von Ilulissat (Gršnland). FOTO: DUKAS/SANDRA WALSER
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2008-08-02: Am Strand von Qaanaaq (Gršnland). Qaanaaq ist die nšrdlichste Stadt Gršnlands und zŠhlt rund 650 EinwohnerInnen. Sie befindet sich gerade mal 200 Kilometer vom geomagnetischen Nordpol entfernt.
2008-08-02: Am Strand von Qaanaaq (Gršnland). Qaanaaq ist die nšrdlichste Stadt Gršnlands und zŠhlt rund 650 EinwohnerInnen. Sie befindet sich gerade mal 200 Kilometer vom geomagnetischen Nordpol entfernt. FOTO: DUKAS/SANDRA WALSER
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2008-08-05: In Siorapaluk (Gršnland) zum Trocknen aufgehŠngt: StŸck eines EisbŠrfells. Der EisbŠr wurde im Winter erlegt. Siorapaluk ist ein kleines Dorf mit rund 60 EinwohnerInnen und liegt etwa 60 Kilometer nšrdlich von Qaanaaq. Es ist die nšrdlic
2008-08-05: In Siorapaluk (Gršnland) zum Trocknen aufgehŠngt: StŸck eines EisbŠrfells. Der EisbŠr wurde im Winter erlegt. Siorapaluk ist ein kleines Dorf mit rund 60 EinwohnerInnen und liegt etwa 60 Kilometer nšrdlich von Qaanaaq. Es ist die nšrdlichste natŸrliche Siedlung der Welt! FOTO: DUKAS/SANDRA WALSER
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2008-08-05: Strand von Siorapaluk (Gršnland). Siorapaluk ist ein kleines Dorf mit rund 60 EinwohnerInnen und liegt etwa 60 Kilometer nšrdlich von Qaanaaq. Es ist die nšrdlichste natŸrliche Siedlung der Welt!
2008-08-05: Strand von Siorapaluk (Gršnland). Siorapaluk ist ein kleines Dorf mit rund 60 EinwohnerInnen und liegt etwa 60 Kilometer nšrdlich von Qaanaaq. Es ist die nšrdlichste natŸrliche Siedlung der Welt! FOTO: DUKAS/SANDRA WALSER
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2009-06-16: WohnhŠuser (ehemalige Armeebaracken) in Kangerlussuaq (Gršnland). Der Ort geht auf einen US-amerikanischen ArmeestŸtzpunkt zurŸck, welcher vom 7. Oktober 1941 bis zum 27. April 1951 genutzt wurde. Dem Flughafen von Kangerlussuaq fiel 1948/4
2009-06-16: WohnhŠuser (ehemalige Armeebaracken) in Kangerlussuaq (Gršnland). Der Ort geht auf einen US-amerikanischen ArmeestŸtzpunkt zurŸck, welcher vom 7. Oktober 1941 bis zum 27. April 1951 genutzt wurde. Dem Flughafen von Kangerlussuaq fiel 1948/49 eine tragende Rolle wŠhrend der Berlin-Blockade zu, da die Versorgung mit GŸtern, die fŸr die LuftbrŸcke nach Berlin bestimmt waren, Ÿber diesen StŸtzpunkt abgewickelt wurde. Teile des Flughafens werden immer noch vom US-amerikanischen MilitŠr genutzt. FOTO: DUKAS/SANDRA WALSER
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