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Cracks in the ice on the surface of Lake Baikal, Siberia, RussiaCracks in the ice on the surface of Lake Baikal, Siberia, RussiaCracks in the ice on the surface of Lake Baikal, Siberia, Russia© Mathieu Foulquié / BiosphotoJPG - RMSale prohibited by some Agents

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Cracks in the ice on the surface of Lake Baikal, Siberia, Russia

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Kirkjufellsfoss frozen in winter, IcelandKirkjufellsfoss frozen in winter, IcelandKirkjufellsfoss frozen in winter, Iceland© Óscar Díez Martínez / BiosphotoJPG - RMNon exclusive sale

2085249

Kirkjufellsfoss frozen in winter, Iceland

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Diver exit the cathedral at Silfra fissure, deep fault filled with fresh water in the rift valley between the Eurasian and American tectonic plates. Silfra fissure is actually a crack between the North American and Eurasian continents that drift apart about 2cm per year. Thingvellir National Park, Iceland.Diver exit the cathedral at Silfra fissure, deep fault filled with fresh water in the rift valley between the Eurasian and American tectonic plates. Silfra fissure is actually a crack between the North American and Eurasian continents that drift apart about 2cm per year. Thingvellir National Park, Iceland.Diver exit the cathedral at Silfra fissure, deep fault filled with fresh water in the rift valley between the Eurasian and American tectonic plates. Silfra fissure is actually a crack between the North American and Eurasian continents that drift apart about 2cm per year. Thingvellir National Park, Iceland.© Franco Banfi / BiosphotoJPG - RMNon exclusive sale, exclusive sale possible in France

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Diver exit the cathedral at Silfra fissure, deep fault filled

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The Old Man of Storr - Isle of Skye Hebrides ScotlandThe Old Man of Storr - Isle of Skye Hebrides ScotlandThe Old Man of Storr - Isle of Skye Hebrides Scotland© Duncan MacArthur / BiosphotoJPG - RM

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The Old Man of Storr - Isle of Skye Hebrides Scotland

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Chinstrap penguins on iceberg - Antarctica Weddell SeaChinstrap penguins on iceberg - Antarctica Weddell SeaChinstrap penguins on iceberg - Antarctica Weddell Sea© Gérard Bodineau / BiosphotoJPG - RM

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Chinstrap penguins on iceberg - Antarctica Weddell Sea

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Monolith on Quiraing - Isle of Skye Trotternish UK ; Mini StorrMonolith on Quiraing - Isle of Skye Trotternish UK Monolith on Quiraing - Isle of Skye Trotternish UK ; Mini Storr© Nicolas Orillard-Demaire / BiosphotoJPG - RMSale prohibited by Agents
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2035707

Monolith on Quiraing - Isle of Skye Trotternish UK ; Mini Storr

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Blackjack pines and Hoodoos - Bryce Canyon NP Utah USA ; Amphiteatre<br>Deltaic sediments of Jurassic age (Claron Formation) of sandstone, dolomite and marl colored by iron oxides and carved by erosion in an amphitheater of hoodoos (pinnacles) arches and bridgesThe reflected light (spectral) from sunrise sun enriched natural polychrome these high walls sometimes nearly 50 metersBlackjack pines and Hoodoos - Bryce Canyon NP Utah USABlackjack pines and Hoodoos - Bryce Canyon NP Utah USA ; Amphiteatre
Deltaic sediments of Jurassic age (Claron Formation) of sandstone, dolomite and marl colored by iron oxides and carved by erosion in an amphitheater of hoodoos (pinnacles) arches and bridgesThe reflected light (spectral) from sunrise sun enriched natural polychrome these high walls sometimes nearly 50 meters© Jean-Philippe Delobelle / BiosphotoJPG - RMUse for calendar cover in France prohibited 31-12-2019

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Blackjack pines and Hoodoos - Bryce Canyon NP Utah USA ;

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Dome Navajo sandstone - Grand Staircase-Escalante NM Utah ; Petrified wave<br>The Navajo Sandstone is from wind (petrified dunes) and date from the early Jurassic (desert on the west side of Pangaea)Dome Navajo sandstone - Grand Staircase-Escalante NM UtahDome Navajo sandstone - Grand Staircase-Escalante NM Utah ; Petrified wave
The Navajo Sandstone is from wind (petrified dunes) and date from the early Jurassic (desert on the west side of Pangaea)© Jean-Philippe Delobelle / BiosphotoJPG - RM

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Dome Navajo sandstone - Grand Staircase-Escalante NM Utah ;

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Diver into the light shining down through a cenote openingDiver into the light shining down through a cenote openingDiver into the light shining down through a cenote opening© Brandon Cole / BiosphotoJPG - RMSale prohibited by some Agents
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Diver into the light shining down through a cenote opening

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The 12 Apostles Port Campbell National Park, AustraliaThe 12 Apostles Port Campbell National Park, AustraliaThe 12 Apostles Port Campbell National Park, Australia© Edouard Bense / BiosphotoJPG - RM

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The 12 Apostles Port Campbell National Park, Australia

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Eroded sandstone massif Jaizkibel Basque Country SpainEroded sandstone massif Jaizkibel Basque Country SpainEroded sandstone massif Jaizkibel Basque Country Spain© Juan-Carlos Muñoz / BiosphotoJPG - RMNon exclusive sale, exclusive sale possible in France

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Eroded sandstone massif Jaizkibel Basque Country Spain

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Giants Causeway Ireland Giants Causeway Ireland Giants Causeway Ireland © David Allemand / BiosphotoJPG - RM

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Giants Causeway Ireland 

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Concretions colored by sulfur Volcano Dallol EthiopiaConcretions colored by sulfur Volcano Dallol EthiopiaConcretions colored by sulfur Volcano Dallol Ethiopia© Jean-Luc & Françoise Ziegler / BiosphotoJPG - RM

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Concretions colored by sulfur Volcano Dallol Ethiopia

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The 12 Apostles Port Campbell National Park, AustraliaThe 12 Apostles Port Campbell National Park, AustraliaThe 12 Apostles Port Campbell National Park, Australia© Cyril Ruoso / BiosphotoJPG - RMNon exclusive sale
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The 12 Apostles Port Campbell National Park, Australia

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Roundleaf Bat flying in the Khao Chong Pran cave Thailand ; The Center for Fine Art Photography<br>Animalia Exhibition 2010<br>Cave of the Buddhist temple of Khao Chong Phran<br/>Province of Ratchaburi<br/>After a decline due to an unrestrained hunting, the millions of Bats which occupies this cave are protected by the law and guards and monks take care that neither disturb or capture any more these flying Mammals. The big troop which flies away at the end of the day will capture 30 to 40 tons of insects in only one night! The monks ensure the exploitation and the sale of the invaluable guano collected in the cave. As for the frugivorous Flying foxes, they pollinate precious fruit trees.Roundleaf Bat flying in the Khao Chong Pran cave ThailandRoundleaf Bat flying in the Khao Chong Pran cave Thailand ; The Center for Fine Art Photography
Animalia Exhibition 2010
Cave of the Buddhist temple of Khao Chong Phran
Province of Ratchaburi
After a decline due to an unrestrained hunting, the millions of Bats which occupies this cave are protected by the law and guards and monks take care that neither disturb or capture any more these flying Mammals. The big troop which flies away at the end of the day will capture 30 to 40 tons of insects in only one night! The monks ensure the exploitation and the sale of the invaluable guano collected in the cave. As for the frugivorous Flying foxes, they pollinate precious fruit trees.© Tanguy Stoecklé / BiosphotoJPG - RM

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Roundleaf Bat flying in the Khao Chong Pran cave Thailand ; The

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Devil firefish - Egypt Red Sea ; Lionfish in Cave, Sharm el Sheikh, Red Sea, EgyptDevil firefish - Egypt Red SeaDevil firefish - Egypt Red Sea ; Lionfish in Cave, Sharm el Sheikh, Red Sea, Egypt© Alex Tattersall / WaterFrame - Agence / BiosphotoJPG - RMNon exclusive sale
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Devil firefish - Egypt Red Sea ; Lionfish in Cave, Sharm el

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Oscillation Ripples at Low Tide, Praia de Amoreira, PortugalOscillation Ripples at Low Tide, Praia de Amoreira, PortugalOscillation Ripples at Low Tide, Praia de Amoreira, Portugal© Jean-Philippe Delobelle / BiosphotoJPG - RM

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Oscillation Ripples at Low Tide, Praia de Amoreira, Portugal

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Oscillation Ripples at Low Tide, Praia de Amoreira, PortugalOscillation Ripples at Low Tide, Praia de Amoreira, PortugalOscillation Ripples at Low Tide, Praia de Amoreira, Portugal© Jean-Philippe Delobelle / BiosphotoJPG - RM

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Oscillation Ripples at Low Tide, Praia de Amoreira, Portugal

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Exceptional granite of Hercynian age, rich in enormous nodules of biotite, surrounding a quartz nucleus, nodular granite of Castanheira, Geopark of Arouca, Portugal. These nodules are symbol of fertility in the local tradition (Pedras Parideiras)Exceptional granite of Hercynian age, rich in enormous nodules of biotite, surrounding a quartz nucleus, nodular granite of Castanheira, Geopark of Arouca, Portugal. These nodules are symbol of fertility in the local tradition (Pedras Parideiras)Exceptional granite of Hercynian age, rich in enormous nodules of biotite, surrounding a quartz nucleus, nodular granite of Castanheira, Geopark of Arouca, Portugal. These nodules are symbol of fertility in the local tradition (Pedras Parideiras)© Jean-Philippe Delobelle / BiosphotoJPG - RM

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Exceptional granite of Hercynian age, rich in enormous nodules of

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Erosion in crust of bread on granite, one of the symbols of the Geopark of Arouca, PortugalErosion in crust of bread on granite, one of the symbols of the Geopark of Arouca, PortugalErosion in crust of bread on granite, one of the symbols of the Geopark of Arouca, Portugal© Jean-Philippe Delobelle / BiosphotoJPG - RM

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Erosion in crust of bread on granite, one of the symbols of the

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Observation system of the nodular granite of Castanheira, Geopark of Arouca, Portugal. Exceptional granite of Hercynian age, rich in enormous nodules of biotite, surrounding a quartz nucleus, These nodules are symbol of fertility in the local tradition, Pedras Parideiras.Observation system of the nodular granite of Castanheira, Geopark of Arouca, Portugal. Exceptional granite of Hercynian age, rich in enormous nodules of biotite, surrounding a quartz nucleus, These nodules are symbol of fertility in the local tradition, Pedras Parideiras.Observation system of the nodular granite of Castanheira, Geopark of Arouca, Portugal. Exceptional granite of Hercynian age, rich in enormous nodules of biotite, surrounding a quartz nucleus, These nodules are symbol of fertility in the local tradition, Pedras Parideiras.© Jean-Philippe Delobelle / BiosphotoJPG - RM

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Observation system of the nodular granite of Castanheira, Geopark

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Spectacular flysch formations in southern Portugal, The flysch result from repeated submarine avalanches over millions of years, depositing alternating strata of limestone, marl and sandstone, Praia de Amoreira, PortugalSpectacular flysch formations in southern Portugal, The flysch result from repeated submarine avalanches over millions of years, depositing alternating strata of limestone, marl and sandstone, Praia de Amoreira, PortugalSpectacular flysch formations in southern Portugal, The flysch result from repeated submarine avalanches over millions of years, depositing alternating strata of limestone, marl and sandstone, Praia de Amoreira, Portugal© Jean-Philippe Delobelle / BiosphotoJPG - RM

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Spectacular flysch formations in southern Portugal, The flysch

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Spectacular flysch formations in southern Portugal, The flysch result from repeated submarine avalanches over millions of years, depositing alternating strata of limestone, marl and sandstone, Praia de Amoreira, PortugalSpectacular flysch formations in southern Portugal, The flysch result from repeated submarine avalanches over millions of years, depositing alternating strata of limestone, marl and sandstone, Praia de Amoreira, PortugalSpectacular flysch formations in southern Portugal, The flysch result from repeated submarine avalanches over millions of years, depositing alternating strata of limestone, marl and sandstone, Praia de Amoreira, Portugal© Jean-Philippe Delobelle / BiosphotoJPG - RM

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Spectacular flysch formations in southern Portugal, The flysch

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Spectacular flysch formations in southern Portugal, The flysch result from repeated submarine avalanches over millions of years, depositing alternating strata of limestone, marl and sandstone, Praia de Amoreira, PortugalSpectacular flysch formations in southern Portugal, The flysch result from repeated submarine avalanches over millions of years, depositing alternating strata of limestone, marl and sandstone, Praia de Amoreira, PortugalSpectacular flysch formations in southern Portugal, The flysch result from repeated submarine avalanches over millions of years, depositing alternating strata of limestone, marl and sandstone, Praia de Amoreira, Portugal© Jean-Philippe Delobelle / BiosphotoJPG - RM

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Spectacular flysch formations in southern Portugal, The flysch

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Spectacular flysch formations in southern Portugal, The flysch result from repeated submarine avalanches over millions of years, depositing alternating strata of limestone, marl and sandstone, Praia de Amoreira, PortugalSpectacular flysch formations in southern Portugal, The flysch result from repeated submarine avalanches over millions of years, depositing alternating strata of limestone, marl and sandstone, Praia de Amoreira, PortugalSpectacular flysch formations in southern Portugal, The flysch result from repeated submarine avalanches over millions of years, depositing alternating strata of limestone, marl and sandstone, Praia de Amoreira, Portugal© Jean-Philippe Delobelle / BiosphotoJPG - RM

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Spectacular flysch formations in southern Portugal, The flysch

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Spectacular flysch formations in southern Portugal, The flysch result from repeated submarine avalanches over millions of years, depositing alternating strata of limestone, marl and sandstone, Praia de Amoreira, PortugalSpectacular flysch formations in southern Portugal, The flysch result from repeated submarine avalanches over millions of years, depositing alternating strata of limestone, marl and sandstone, Praia de Amoreira, PortugalSpectacular flysch formations in southern Portugal, The flysch result from repeated submarine avalanches over millions of years, depositing alternating strata of limestone, marl and sandstone, Praia de Amoreira, Portugal© Jean-Philippe Delobelle / BiosphotoJPG - RM

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Spectacular flysch formations in southern Portugal, The flysch

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Erosion Pots on the Portuguese Coast, Praia de Amoreira, PortugalErosion Pots on the Portuguese Coast, Praia de Amoreira, PortugalErosion Pots on the Portuguese Coast, Praia de Amoreira, Portugal© Jean-Philippe Delobelle / BiosphotoJPG - RM

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Erosion Pots on the Portuguese Coast, Praia de Amoreira, Portugal

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Spectacular marine cave of Algar de Benagil, Algarve, PortugalSpectacular marine cave of Algar de Benagil, Algarve, PortugalSpectacular marine cave of Algar de Benagil, Algarve, Portugal© Jean-Philippe Delobelle / BiosphotoJPG - RM

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Spectacular marine cave of Algar de Benagil, Algarve, Portugal

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Spectacular marine cave of Algar de Benagil, Algarve, PortugalSpectacular marine cave of Algar de Benagil, Algarve, PortugalSpectacular marine cave of Algar de Benagil, Algarve, Portugal© Jean-Philippe Delobelle / BiosphotoJPG - RM

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Spectacular marine cave of Algar de Benagil, Algarve, Portugal

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Bacterial biofilm and rimstone, Rio Tinto, Andalusia, SpainBacterial biofilm and rimstone, Rio Tinto, Andalusia, SpainBacterial biofilm and rimstone, Rio Tinto, Andalusia, Spain© Jean-Philippe Delobelle / BiosphotoJPG - RM

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Bacterial biofilm and rimstone, Rio Tinto, Andalusia, Spain

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Natural Sculptures (Geoforms) in Jaizkibel Sandstone, Jaizkibel Coastal Massif, Spain. Remarkable sculptures of Eocene sandstone (geoforms) of origin in part biological (fossil biological activities) and updated then sculpted by erosion - the hollow spheres are probably remains of paramoudra, concretions around worm burrowsNatural Sculptures (Geoforms) in Jaizkibel Sandstone, Jaizkibel Coastal Massif, Spain. Remarkable sculptures of Eocene sandstone (geoforms) of origin in part biological (fossil biological activities) and updated then sculpted by erosion - the hollow spheres are probably remains of paramoudra, concretions around worm burrowsNatural Sculptures (Geoforms) in Jaizkibel Sandstone, Jaizkibel Coastal Massif, Spain. Remarkable sculptures of Eocene sandstone (geoforms) of origin in part biological (fossil biological activities) and updated then sculpted by erosion - the hollow spheres are probably remains of paramoudra, concretions around worm burrows© Jean-Philippe Delobelle / BiosphotoJPG - RM

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Natural Sculptures (Geoforms) in Jaizkibel Sandstone, Jaizkibel

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Natural Sculptures (Geoforms) in Jaizkibel Sandstone, Jaizkibel Coastal Massif, Spain. Remarkable sculptures of Eocene sandstone (geoforms) of origin in part biological (fossil biological activities) and updated then sculpted by erosion - the hollow spheres are probably remains of paramoudra, concretions around worm burrowsNatural Sculptures (Geoforms) in Jaizkibel Sandstone, Jaizkibel Coastal Massif, Spain. Remarkable sculptures of Eocene sandstone (geoforms) of origin in part biological (fossil biological activities) and updated then sculpted by erosion - the hollow spheres are probably remains of paramoudra, concretions around worm burrowsNatural Sculptures (Geoforms) in Jaizkibel Sandstone, Jaizkibel Coastal Massif, Spain. Remarkable sculptures of Eocene sandstone (geoforms) of origin in part biological (fossil biological activities) and updated then sculpted by erosion - the hollow spheres are probably remains of paramoudra, concretions around worm burrows© Jean-Philippe Delobelle / BiosphotoJPG - RM

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Natural Sculptures (Geoforms) in Jaizkibel Sandstone, Jaizkibel

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Natural Sculptures (Geoforms) in Jaizkibel Sandstone, Jaizkibel Coastal Massif, Spain. Remarkable sculptures of Eocene sandstone (geoforms) of origin in part biological (fossil biological activities) and updated then sculpted by erosion - the hollow spheres are probably remains of paramoudra, concretions around worm burrowsNatural Sculptures (Geoforms) in Jaizkibel Sandstone, Jaizkibel Coastal Massif, Spain. Remarkable sculptures of Eocene sandstone (geoforms) of origin in part biological (fossil biological activities) and updated then sculpted by erosion - the hollow spheres are probably remains of paramoudra, concretions around worm burrowsNatural Sculptures (Geoforms) in Jaizkibel Sandstone, Jaizkibel Coastal Massif, Spain. Remarkable sculptures of Eocene sandstone (geoforms) of origin in part biological (fossil biological activities) and updated then sculpted by erosion - the hollow spheres are probably remains of paramoudra, concretions around worm burrows© Jean-Philippe Delobelle / BiosphotoJPG - RM

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Natural Sculptures (Geoforms) in Jaizkibel Sandstone, Jaizkibel

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Natural Sculptures (Geoforms) in Jaizkibel Sandstone, Jaizkibel Coastal Massif, Spain. Remarkable sculptures of Eocene sandstone (geoforms) of origin in part biological (fossil biological activities) and updated then sculpted by erosion - the hollow spheres are probably remains of paramoudra, concretions around worm burrowsNatural Sculptures (Geoforms) in Jaizkibel Sandstone, Jaizkibel Coastal Massif, Spain. Remarkable sculptures of Eocene sandstone (geoforms) of origin in part biological (fossil biological activities) and updated then sculpted by erosion - the hollow spheres are probably remains of paramoudra, concretions around worm burrowsNatural Sculptures (Geoforms) in Jaizkibel Sandstone, Jaizkibel Coastal Massif, Spain. Remarkable sculptures of Eocene sandstone (geoforms) of origin in part biological (fossil biological activities) and updated then sculpted by erosion - the hollow spheres are probably remains of paramoudra, concretions around worm burrows© Jean-Philippe Delobelle / BiosphotoJPG - RM

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Natural Sculptures (Geoforms) in Jaizkibel Sandstone, Jaizkibel

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Geoforms in Jaizkibel Sandstone, Jaizkibel Coastal Massif, Basque Country, Spain. Remarkable sculptures of Eocene sandstone (geoforms) of origin in part biological (fossil biological activities) and updated by erosion - the yellow discs are undoubtedly remains of paramoudra, concretions around the worm burrowsGeoforms in Jaizkibel Sandstone, Jaizkibel Coastal Massif, Basque Country, Spain. Remarkable sculptures of Eocene sandstone (geoforms) of origin in part biological (fossil biological activities) and updated by erosion - the yellow discs are undoubtedly remains of paramoudra, concretions around the worm burrowsGeoforms in Jaizkibel Sandstone, Jaizkibel Coastal Massif, Basque Country, Spain. Remarkable sculptures of Eocene sandstone (geoforms) of origin in part biological (fossil biological activities) and updated by erosion - the yellow discs are undoubtedly remains of paramoudra, concretions around the worm burrows© Jean-Philippe Delobelle / BiosphotoJPG - RM

2437386

Geoforms in Jaizkibel Sandstone, Jaizkibel Coastal Massif, Basque

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Geoforms in Jaizkibel Sandstone, Jaizkibel Coastal Massif, Basque Country, Spain. Remarkable sculptures of Eocene sandstone (geoforms) of origin in part biological (fossil biological activities) and updated by erosion - the yellow discs are undoubtedly remains of paramoudra, concretions around the worm burrowsGeoforms in Jaizkibel Sandstone, Jaizkibel Coastal Massif, Basque Country, Spain. Remarkable sculptures of Eocene sandstone (geoforms) of origin in part biological (fossil biological activities) and updated by erosion - the yellow discs are undoubtedly remains of paramoudra, concretions around the worm burrowsGeoforms in Jaizkibel Sandstone, Jaizkibel Coastal Massif, Basque Country, Spain. Remarkable sculptures of Eocene sandstone (geoforms) of origin in part biological (fossil biological activities) and updated by erosion - the yellow discs are undoubtedly remains of paramoudra, concretions around the worm burrows© Jean-Philippe Delobelle / BiosphotoJPG - RM

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Geoforms in Jaizkibel Sandstone, Jaizkibel Coastal Massif, Basque

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Geoforms in Jaizkibel Sandstone, Jaizkibel Coastal Massif, Basque Country, Spain. Remarkable sculptures of Eocene sandstone (geoforms) of origin in part biological (fossil biological activities) and updated by erosion - the yellow discs are undoubtedly remains of paramoudra, concretions around the worm burrowsGeoforms in Jaizkibel Sandstone, Jaizkibel Coastal Massif, Basque Country, Spain. Remarkable sculptures of Eocene sandstone (geoforms) of origin in part biological (fossil biological activities) and updated by erosion - the yellow discs are undoubtedly remains of paramoudra, concretions around the worm burrowsGeoforms in Jaizkibel Sandstone, Jaizkibel Coastal Massif, Basque Country, Spain. Remarkable sculptures of Eocene sandstone (geoforms) of origin in part biological (fossil biological activities) and updated by erosion - the yellow discs are undoubtedly remains of paramoudra, concretions around the worm burrows© Jean-Philippe Delobelle / BiosphotoJPG - RM

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Geoforms in Jaizkibel Sandstone, Jaizkibel Coastal Massif, Basque

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Geoforms in Jaizkibel Sandstone, Jaizkibel Coastal Massif, Basque Country, Spain. Remarkable sculptures of Eocene sandstone (geoforms) of origin in part biological (fossil biological activities) and updated by erosion - the yellow discs are undoubtedly remains of paramoudra, concretions around the worm burrowsGeoforms in Jaizkibel Sandstone, Jaizkibel Coastal Massif, Basque Country, Spain. Remarkable sculptures of Eocene sandstone (geoforms) of origin in part biological (fossil biological activities) and updated by erosion - the yellow discs are undoubtedly remains of paramoudra, concretions around the worm burrowsGeoforms in Jaizkibel Sandstone, Jaizkibel Coastal Massif, Basque Country, Spain. Remarkable sculptures of Eocene sandstone (geoforms) of origin in part biological (fossil biological activities) and updated by erosion - the yellow discs are undoubtedly remains of paramoudra, concretions around the worm burrows© Jean-Philippe Delobelle / BiosphotoJPG - RM

2437383

Geoforms in Jaizkibel Sandstone, Jaizkibel Coastal Massif, Basque

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Geoforms in Jaizkibel Sandstone, Jaizkibel Coastal Massif, Basque Country, Spain. Remarkable sculptures of Eocene sandstone (geoforms) of origin in part biological (fossil biological activities) and updated by erosion - the yellow discs are undoubtedly remains of paramoudra, concretions around the worm burrowsGeoforms in Jaizkibel Sandstone, Jaizkibel Coastal Massif, Basque Country, Spain. Remarkable sculptures of Eocene sandstone (geoforms) of origin in part biological (fossil biological activities) and updated by erosion - the yellow discs are undoubtedly remains of paramoudra, concretions around the worm burrowsGeoforms in Jaizkibel Sandstone, Jaizkibel Coastal Massif, Basque Country, Spain. Remarkable sculptures of Eocene sandstone (geoforms) of origin in part biological (fossil biological activities) and updated by erosion - the yellow discs are undoubtedly remains of paramoudra, concretions around the worm burrows© Jean-Philippe Delobelle / BiosphotoJPG - RM

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Geoforms in Jaizkibel Sandstone, Jaizkibel Coastal Massif, Basque

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Geoforms in Jaizkibel Sandstone, Jaizkibel Coastal Massif, Basque Country, Spain. Remarkable sculptures of Eocene sandstone (geoforms) of origin in part biological (fossil biological activities) and updated by erosion - the yellow discs are undoubtedly remains of paramoudra, concretions around the worm burrowsGeoforms in Jaizkibel Sandstone, Jaizkibel Coastal Massif, Basque Country, Spain. Remarkable sculptures of Eocene sandstone (geoforms) of origin in part biological (fossil biological activities) and updated by erosion - the yellow discs are undoubtedly remains of paramoudra, concretions around the worm burrowsGeoforms in Jaizkibel Sandstone, Jaizkibel Coastal Massif, Basque Country, Spain. Remarkable sculptures of Eocene sandstone (geoforms) of origin in part biological (fossil biological activities) and updated by erosion - the yellow discs are undoubtedly remains of paramoudra, concretions around the worm burrows© Jean-Philippe Delobelle / BiosphotoJPG - RM

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Geoforms in Jaizkibel Sandstone, Jaizkibel Coastal Massif, Basque

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Geoforms in Jaizkibel Sandstone, Jaizkibel Coastal Massif, Basque Country, Spain. Remarkable sculptures of Eocene sandstone (geoforms) of origin in part biological (fossil biological activities) and updated by erosion - the yellow discs are undoubtedly remains of paramoudra, concretions around the worm burrowsGeoforms in Jaizkibel Sandstone, Jaizkibel Coastal Massif, Basque Country, Spain. Remarkable sculptures of Eocene sandstone (geoforms) of origin in part biological (fossil biological activities) and updated by erosion - the yellow discs are undoubtedly remains of paramoudra, concretions around the worm burrowsGeoforms in Jaizkibel Sandstone, Jaizkibel Coastal Massif, Basque Country, Spain. Remarkable sculptures of Eocene sandstone (geoforms) of origin in part biological (fossil biological activities) and updated by erosion - the yellow discs are undoubtedly remains of paramoudra, concretions around the worm burrows© Jean-Philippe Delobelle / BiosphotoJPG - RM

2437380

Geoforms in Jaizkibel Sandstone, Jaizkibel Coastal Massif, Basque

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Geoforms in Jaizkibel Sandstone, Jaizkibel Coastal Massif, Basque Country, Spain. Remarkable sculptures of Eocene sandstone (geoforms) of origin in part biological (fossil biological activities) and updated by erosion - the yellow discs are undoubtedly remains of paramoudra, concretions around the worm burrowsGeoforms in Jaizkibel Sandstone, Jaizkibel Coastal Massif, Basque Country, Spain. Remarkable sculptures of Eocene sandstone (geoforms) of origin in part biological (fossil biological activities) and updated by erosion - the yellow discs are undoubtedly remains of paramoudra, concretions around the worm burrowsGeoforms in Jaizkibel Sandstone, Jaizkibel Coastal Massif, Basque Country, Spain. Remarkable sculptures of Eocene sandstone (geoforms) of origin in part biological (fossil biological activities) and updated by erosion - the yellow discs are undoubtedly remains of paramoudra, concretions around the worm burrows© Jean-Philippe Delobelle / BiosphotoJPG - RM

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Geoforms in Jaizkibel Sandstone, Jaizkibel Coastal Massif, Basque

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Natural Sculptures (Geoforms) in Jaizkibel Sandstone, Jaizkibel Coastal Massif, Basque Country, Spain. Remarkable sculptures of Eocene sandstone (geoforms) of origin in part biological (fossil biological activities) and updated then sculpted by erosion - the hollow spheres are probably remnants of paramoudra, concretions around worm burrows.Natural Sculptures (Geoforms) in Jaizkibel Sandstone, Jaizkibel Coastal Massif, Basque Country, Spain. Remarkable sculptures of Eocene sandstone (geoforms) of origin in part biological (fossil biological activities) and updated then sculpted by erosion - the hollow spheres are probably remnants of paramoudra, concretions around worm burrows.Natural Sculptures (Geoforms) in Jaizkibel Sandstone, Jaizkibel Coastal Massif, Basque Country, Spain. Remarkable sculptures of Eocene sandstone (geoforms) of origin in part biological (fossil biological activities) and updated then sculpted by erosion - the hollow spheres are probably remnants of paramoudra, concretions around worm burrows.© Jean-Philippe Delobelle / BiosphotoJPG - RM

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Natural Sculptures (Geoforms) in Jaizkibel Sandstone, Jaizkibel

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Paramoudras of Jaizkibel, Coastal Massif of Jaizkibel, Basque Country, Spain. Spectacular fossil sandstone concretions formed around the worm burrows living several hundred meters deep, 45 million years ago (Eocene) - These spheres or tubes have a diameter of 20 to 40 cm in diameter and were flexible originallyParamoudras of Jaizkibel, Coastal Massif of Jaizkibel, Basque Country, Spain. Spectacular fossil sandstone concretions formed around the worm burrows living several hundred meters deep, 45 million years ago (Eocene) - These spheres or tubes have a diameter of 20 to 40 cm in diameter and were flexible originallyParamoudras of Jaizkibel, Coastal Massif of Jaizkibel, Basque Country, Spain. Spectacular fossil sandstone concretions formed around the worm burrows living several hundred meters deep, 45 million years ago (Eocene) - These spheres or tubes have a diameter of 20 to 40 cm in diameter and were flexible originally© Jean-Philippe Delobelle / BiosphotoJPG - RM

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Paramoudras of Jaizkibel, Coastal Massif of Jaizkibel, Basque

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Paramoudras of Jaizkibel, Coastal Massif of Jaizkibel, Basque Country, Spain. Spectacular fossil sandstone concretions formed around the worm burrows living several hundred meters deep, 45 million years ago (Eocene) - These spheres or tubes have a diameter of 20 to 40 cm in diameter and were flexible originallyParamoudras of Jaizkibel, Coastal Massif of Jaizkibel, Basque Country, Spain. Spectacular fossil sandstone concretions formed around the worm burrows living several hundred meters deep, 45 million years ago (Eocene) - These spheres or tubes have a diameter of 20 to 40 cm in diameter and were flexible originallyParamoudras of Jaizkibel, Coastal Massif of Jaizkibel, Basque Country, Spain. Spectacular fossil sandstone concretions formed around the worm burrows living several hundred meters deep, 45 million years ago (Eocene) - These spheres or tubes have a diameter of 20 to 40 cm in diameter and were flexible originally© Jean-Philippe Delobelle / BiosphotoJPG - RM

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Paramoudras of Jaizkibel, Coastal Massif of Jaizkibel, Basque

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Paramoudras of Jaizkibel, Coastal Massif of Jaizkibel, Basque Country, Spain. Spectacular fossil sandstone concretions formed around the worm burrows living several hundred meters deep, 45 million years ago (Eocene) - These spheres or tubes have a diameter of 20 to 40 cm in diameter and were flexible originallyParamoudras of Jaizkibel, Coastal Massif of Jaizkibel, Basque Country, Spain. Spectacular fossil sandstone concretions formed around the worm burrows living several hundred meters deep, 45 million years ago (Eocene) - These spheres or tubes have a diameter of 20 to 40 cm in diameter and were flexible originallyParamoudras of Jaizkibel, Coastal Massif of Jaizkibel, Basque Country, Spain. Spectacular fossil sandstone concretions formed around the worm burrows living several hundred meters deep, 45 million years ago (Eocene) - These spheres or tubes have a diameter of 20 to 40 cm in diameter and were flexible originally© Jean-Philippe Delobelle / BiosphotoJPG - RM

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Paramoudras of Jaizkibel, Coastal Massif of Jaizkibel, Basque

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Remarkable flysch formations of Deba, Basque Coast Geopark, Basque Country, Spain. Flysch formed at the end of the Mesozoic era in the Cretaceous - flyschs are formed by sediment accumulation following repeated submarine avalanches, due to earthquakes, and producing after compaction and crystallization very regular layers of sandstone and limestone here recovered by Pyrenean orogeny and released by erosion.Remarkable flysch formations of Deba, Basque Coast Geopark, Basque Country, Spain. Flysch formed at the end of the Mesozoic era in the Cretaceous - flyschs are formed by sediment accumulation following repeated submarine avalanches, due to earthquakes, and producing after compaction and crystallization very regular layers of sandstone and limestone here recovered by Pyrenean orogeny and released by erosion.Remarkable flysch formations of Deba, Basque Coast Geopark, Basque Country, Spain. Flysch formed at the end of the Mesozoic era in the Cretaceous - flyschs are formed by sediment accumulation following repeated submarine avalanches, due to earthquakes, and producing after compaction and crystallization very regular layers of sandstone and limestone here recovered by Pyrenean orogeny and released by erosion.© Jean-Philippe Delobelle / BiosphotoJPG - RM

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Remarkable flysch formations of Deba, Basque Coast Geopark,

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Remarkable flysch formations of Deba, Basque Coast Geopark, Basque Country, Spain. Flysch formed at the end of the Mesozoic era in the Cretaceous - flyschs are formed by sediment accumulation following repeated submarine avalanches, due to earthquakes, and producing after compaction and crystallization very regular layers of sandstone and limestone here recovered by Pyrenean orogeny and released by erosion.Remarkable flysch formations of Deba, Basque Coast Geopark, Basque Country, Spain. Flysch formed at the end of the Mesozoic era in the Cretaceous - flyschs are formed by sediment accumulation following repeated submarine avalanches, due to earthquakes, and producing after compaction and crystallization very regular layers of sandstone and limestone here recovered by Pyrenean orogeny and released by erosion.Remarkable flysch formations of Deba, Basque Coast Geopark, Basque Country, Spain. Flysch formed at the end of the Mesozoic era in the Cretaceous - flyschs are formed by sediment accumulation following repeated submarine avalanches, due to earthquakes, and producing after compaction and crystallization very regular layers of sandstone and limestone here recovered by Pyrenean orogeny and released by erosion.© Jean-Philippe Delobelle / BiosphotoJPG - RM

2437365

Remarkable flysch formations of Deba, Basque Coast Geopark,

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Remarkable flysch formations of Deba, Basque Coast Geopark, Basque Country, Spain. Flysch formed at the end of the Mesozoic era in the Cretaceous - flyschs are formed by sediment accumulation following repeated submarine avalanches, due to earthquakes, and producing after compaction and crystallization very regular layers of sandstone and limestone here recovered by Pyrenean orogeny and released by erosion.Remarkable flysch formations of Deba, Basque Coast Geopark, Basque Country, Spain. Flysch formed at the end of the Mesozoic era in the Cretaceous - flyschs are formed by sediment accumulation following repeated submarine avalanches, due to earthquakes, and producing after compaction and crystallization very regular layers of sandstone and limestone here recovered by Pyrenean orogeny and released by erosion.Remarkable flysch formations of Deba, Basque Coast Geopark, Basque Country, Spain. Flysch formed at the end of the Mesozoic era in the Cretaceous - flyschs are formed by sediment accumulation following repeated submarine avalanches, due to earthquakes, and producing after compaction and crystallization very regular layers of sandstone and limestone here recovered by Pyrenean orogeny and released by erosion.© Jean-Philippe Delobelle / BiosphotoJPG - RM

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Remarkable flysch formations of Deba, Basque Coast Geopark,

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Remarkable flysch formations of Deba, Basque Coast Geopark, Basque Country, Spain. Flysch formed at the end of the Mesozoic era in the Cretaceous - flyschs are formed by sediment accumulation following repeated submarine avalanches, due to earthquakes, and producing after compaction and crystallization very regular layers of sandstone and limestone here recovered by Pyrenean orogeny and released by erosion.Remarkable flysch formations of Deba, Basque Coast Geopark, Basque Country, Spain. Flysch formed at the end of the Mesozoic era in the Cretaceous - flyschs are formed by sediment accumulation following repeated submarine avalanches, due to earthquakes, and producing after compaction and crystallization very regular layers of sandstone and limestone here recovered by Pyrenean orogeny and released by erosion.Remarkable flysch formations of Deba, Basque Coast Geopark, Basque Country, Spain. Flysch formed at the end of the Mesozoic era in the Cretaceous - flyschs are formed by sediment accumulation following repeated submarine avalanches, due to earthquakes, and producing after compaction and crystallization very regular layers of sandstone and limestone here recovered by Pyrenean orogeny and released by erosion.© Jean-Philippe Delobelle / BiosphotoJPG - RM

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Remarkable flysch formations of Deba, Basque Coast Geopark,

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Remarkable flysch formations of Deba, Basque Coast Geopark, Basque Country, Spain. Flysch formed at the end of the Mesozoic era in the Cretaceous - flyschs are formed by sediment accumulation following repeated submarine avalanches, due to earthquakes, and producing after compaction and crystallization very regular layers of sandstone and limestone here recovered by Pyrenean orogeny and released by erosion.Remarkable flysch formations of Deba, Basque Coast Geopark, Basque Country, Spain. Flysch formed at the end of the Mesozoic era in the Cretaceous - flyschs are formed by sediment accumulation following repeated submarine avalanches, due to earthquakes, and producing after compaction and crystallization very regular layers of sandstone and limestone here recovered by Pyrenean orogeny and released by erosion.Remarkable flysch formations of Deba, Basque Coast Geopark, Basque Country, Spain. Flysch formed at the end of the Mesozoic era in the Cretaceous - flyschs are formed by sediment accumulation following repeated submarine avalanches, due to earthquakes, and producing after compaction and crystallization very regular layers of sandstone and limestone here recovered by Pyrenean orogeny and released by erosion.© Jean-Philippe Delobelle / BiosphotoJPG - RM

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Remarkable flysch formations of Deba, Basque Coast Geopark,

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Remarkable flysch formations of Deba, Basque Coast Geopark, Basque Country, Spain. Flysch formed at the end of the Mesozoic era in the Cretaceous - flyschs are formed by sediment accumulation following repeated submarine avalanches, due to earthquakes, and producing after compaction and crystallization very regular layers of sandstone and limestone here recovered by Pyrenean orogeny and released by erosion.Remarkable flysch formations of Deba, Basque Coast Geopark, Basque Country, Spain. Flysch formed at the end of the Mesozoic era in the Cretaceous - flyschs are formed by sediment accumulation following repeated submarine avalanches, due to earthquakes, and producing after compaction and crystallization very regular layers of sandstone and limestone here recovered by Pyrenean orogeny and released by erosion.Remarkable flysch formations of Deba, Basque Coast Geopark, Basque Country, Spain. Flysch formed at the end of the Mesozoic era in the Cretaceous - flyschs are formed by sediment accumulation following repeated submarine avalanches, due to earthquakes, and producing after compaction and crystallization very regular layers of sandstone and limestone here recovered by Pyrenean orogeny and released by erosion.© Jean-Philippe Delobelle / BiosphotoJPG - RM

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Remarkable flysch formations of Deba, Basque Coast Geopark,

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Remarkable flysch formations of Deba, Basque Coast Geopark, Basque Country, Spain. Flysch formed at the end of the Mesozoic era in the Cretaceous - flyschs are formed by sediment accumulation following repeated submarine avalanches, due to earthquakes, and producing after compaction and crystallization very regular layers of sandstone and limestone here recovered by Pyrenean orogeny and released by erosion.Remarkable flysch formations of Deba, Basque Coast Geopark, Basque Country, Spain. Flysch formed at the end of the Mesozoic era in the Cretaceous - flyschs are formed by sediment accumulation following repeated submarine avalanches, due to earthquakes, and producing after compaction and crystallization very regular layers of sandstone and limestone here recovered by Pyrenean orogeny and released by erosion.Remarkable flysch formations of Deba, Basque Coast Geopark, Basque Country, Spain. Flysch formed at the end of the Mesozoic era in the Cretaceous - flyschs are formed by sediment accumulation following repeated submarine avalanches, due to earthquakes, and producing after compaction and crystallization very regular layers of sandstone and limestone here recovered by Pyrenean orogeny and released by erosion.© Jean-Philippe Delobelle / BiosphotoJPG - RM

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Remarkable flysch formations of Deba, Basque Coast Geopark,

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Remarkable flysch formations of Deba, Basque Coast Geopark, Basque Country, Spain. Flysch formed at the end of the Mesozoic era in the Cretaceous - flyschs are formed by sediment accumulation following repeated submarine avalanches, due to earthquakes, and producing after compaction and crystallization very regular layers of sandstone and limestone here recovered by Pyrenean orogeny and released by erosion.Remarkable flysch formations of Deba, Basque Coast Geopark, Basque Country, Spain. Flysch formed at the end of the Mesozoic era in the Cretaceous - flyschs are formed by sediment accumulation following repeated submarine avalanches, due to earthquakes, and producing after compaction and crystallization very regular layers of sandstone and limestone here recovered by Pyrenean orogeny and released by erosion.Remarkable flysch formations of Deba, Basque Coast Geopark, Basque Country, Spain. Flysch formed at the end of the Mesozoic era in the Cretaceous - flyschs are formed by sediment accumulation following repeated submarine avalanches, due to earthquakes, and producing after compaction and crystallization very regular layers of sandstone and limestone here recovered by Pyrenean orogeny and released by erosion.© Jean-Philippe Delobelle / BiosphotoJPG - RM

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Remarkable flysch formations of Deba, Basque Coast Geopark,

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Remarkable flysch formations of Deba, Basque Coast Geopark, Basque Country, Spain. Flysch formed at the end of the Mesozoic era in the Cretaceous - flyschs are formed by sediment accumulation following repeated submarine avalanches, due to earthquakes, and producing after compaction and crystallization very regular layers of sandstone and limestone here recovered by Pyrenean orogeny and released by erosion.Remarkable flysch formations of Deba, Basque Coast Geopark, Basque Country, Spain. Flysch formed at the end of the Mesozoic era in the Cretaceous - flyschs are formed by sediment accumulation following repeated submarine avalanches, due to earthquakes, and producing after compaction and crystallization very regular layers of sandstone and limestone here recovered by Pyrenean orogeny and released by erosion.Remarkable flysch formations of Deba, Basque Coast Geopark, Basque Country, Spain. Flysch formed at the end of the Mesozoic era in the Cretaceous - flyschs are formed by sediment accumulation following repeated submarine avalanches, due to earthquakes, and producing after compaction and crystallization very regular layers of sandstone and limestone here recovered by Pyrenean orogeny and released by erosion.© Jean-Philippe Delobelle / BiosphotoJPG - RM

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Remarkable flysch formations of Deba, Basque Coast Geopark,

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Remarkable flysch formations of Deba, Basque Coast Geopark, Basque Country, Spain. Flysch formed at the end of the Mesozoic era in the Cretaceous - flyschs are formed by sediment accumulation following repeated submarine avalanches, due to earthquakes, and producing after compaction and crystallization very regular layers of sandstone and limestone here recovered by Pyrenean orogeny and released by erosion.Remarkable flysch formations of Deba, Basque Coast Geopark, Basque Country, Spain. Flysch formed at the end of the Mesozoic era in the Cretaceous - flyschs are formed by sediment accumulation following repeated submarine avalanches, due to earthquakes, and producing after compaction and crystallization very regular layers of sandstone and limestone here recovered by Pyrenean orogeny and released by erosion.Remarkable flysch formations of Deba, Basque Coast Geopark, Basque Country, Spain. Flysch formed at the end of the Mesozoic era in the Cretaceous - flyschs are formed by sediment accumulation following repeated submarine avalanches, due to earthquakes, and producing after compaction and crystallization very regular layers of sandstone and limestone here recovered by Pyrenean orogeny and released by erosion.© Jean-Philippe Delobelle / BiosphotoJPG - RM

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Remarkable flysch formations of Deba, Basque Coast Geopark,

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Remarkable flysch formations of Deba, Basque Coast Geopark, Basque Country, Spain. Flysch formed at the end of the Mesozoic era in the Cretaceous - flyschs are formed by sediment accumulation following repeated submarine avalanches, due to earthquakes, and producing after compaction and crystallization very regular layers of sandstone and limestone here recovered by Pyrenean orogeny and released by erosion.Remarkable flysch formations of Deba, Basque Coast Geopark, Basque Country, Spain. Flysch formed at the end of the Mesozoic era in the Cretaceous - flyschs are formed by sediment accumulation following repeated submarine avalanches, due to earthquakes, and producing after compaction and crystallization very regular layers of sandstone and limestone here recovered by Pyrenean orogeny and released by erosion.Remarkable flysch formations of Deba, Basque Coast Geopark, Basque Country, Spain. Flysch formed at the end of the Mesozoic era in the Cretaceous - flyschs are formed by sediment accumulation following repeated submarine avalanches, due to earthquakes, and producing after compaction and crystallization very regular layers of sandstone and limestone here recovered by Pyrenean orogeny and released by erosion.© Jean-Philippe Delobelle / BiosphotoJPG - RM

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Remarkable flysch formations of Deba, Basque Coast Geopark,

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Remarkable flysch formations of Deba, Basque Coast Geopark, Basque Country, Spain. Flysch formed at the end of the Mesozoic era in the Cretaceous - flyschs are formed by sediment accumulation following repeated submarine avalanches, due to earthquakes, and producing after compaction and crystallization very regular layers of sandstone and limestone here recovered by Pyrenean orogeny and released by erosion.Remarkable flysch formations of Deba, Basque Coast Geopark, Basque Country, Spain. Flysch formed at the end of the Mesozoic era in the Cretaceous - flyschs are formed by sediment accumulation following repeated submarine avalanches, due to earthquakes, and producing after compaction and crystallization very regular layers of sandstone and limestone here recovered by Pyrenean orogeny and released by erosion.Remarkable flysch formations of Deba, Basque Coast Geopark, Basque Country, Spain. Flysch formed at the end of the Mesozoic era in the Cretaceous - flyschs are formed by sediment accumulation following repeated submarine avalanches, due to earthquakes, and producing after compaction and crystallization very regular layers of sandstone and limestone here recovered by Pyrenean orogeny and released by erosion.© Jean-Philippe Delobelle / BiosphotoJPG - RM

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Remarkable flysch formations of Deba, Basque Coast Geopark,

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Remarkable flysch formations of Deba, Basque Coast Geopark, Basque Country, Spain. Flysch formed at the end of the Mesozoic era in the Cretaceous - flyschs are formed by sediment accumulation following repeated submarine avalanches, due to earthquakes, and producing after compaction and crystallization very regular layers of sandstone and limestone here recovered by Pyrenean orogeny and released by erosion.Remarkable flysch formations of Deba, Basque Coast Geopark, Basque Country, Spain. Flysch formed at the end of the Mesozoic era in the Cretaceous - flyschs are formed by sediment accumulation following repeated submarine avalanches, due to earthquakes, and producing after compaction and crystallization very regular layers of sandstone and limestone here recovered by Pyrenean orogeny and released by erosion.Remarkable flysch formations of Deba, Basque Coast Geopark, Basque Country, Spain. Flysch formed at the end of the Mesozoic era in the Cretaceous - flyschs are formed by sediment accumulation following repeated submarine avalanches, due to earthquakes, and producing after compaction and crystallization very regular layers of sandstone and limestone here recovered by Pyrenean orogeny and released by erosion.© Jean-Philippe Delobelle / BiosphotoJPG - RM

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Remarkable flysch formations of Deba, Basque Coast Geopark,

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Remarkable flysch formations of Deba, Basque Coast Geopark, Basque Country, Spain. Flysch formed at the end of the Mesozoic era in the Cretaceous - flyschs are formed by sediment accumulation following repeated submarine avalanches, due to earthquakes, and producing after compaction and crystallization very regular layers of sandstone and limestone here recovered by Pyrenean orogeny and released by erosion.Remarkable flysch formations of Deba, Basque Coast Geopark, Basque Country, Spain. Flysch formed at the end of the Mesozoic era in the Cretaceous - flyschs are formed by sediment accumulation following repeated submarine avalanches, due to earthquakes, and producing after compaction and crystallization very regular layers of sandstone and limestone here recovered by Pyrenean orogeny and released by erosion.Remarkable flysch formations of Deba, Basque Coast Geopark, Basque Country, Spain. Flysch formed at the end of the Mesozoic era in the Cretaceous - flyschs are formed by sediment accumulation following repeated submarine avalanches, due to earthquakes, and producing after compaction and crystallization very regular layers of sandstone and limestone here recovered by Pyrenean orogeny and released by erosion.© Jean-Philippe Delobelle / BiosphotoJPG - RM

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Remarkable flysch formations of Deba, Basque Coast Geopark,

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Remarkable flysch formations of Deba, Basque Coast Geopark, Basque Country, Spain. Flysch formed at the end of the Mesozoic era in the Cretaceous - flyschs are formed by sediment accumulation following repeated submarine avalanches, due to earthquakes, and producing after compaction and crystallization very regular layers of sandstone and limestone here recovered by Pyrenean orogeny and released by erosion.Remarkable flysch formations of Deba, Basque Coast Geopark, Basque Country, Spain. Flysch formed at the end of the Mesozoic era in the Cretaceous - flyschs are formed by sediment accumulation following repeated submarine avalanches, due to earthquakes, and producing after compaction and crystallization very regular layers of sandstone and limestone here recovered by Pyrenean orogeny and released by erosion.Remarkable flysch formations of Deba, Basque Coast Geopark, Basque Country, Spain. Flysch formed at the end of the Mesozoic era in the Cretaceous - flyschs are formed by sediment accumulation following repeated submarine avalanches, due to earthquakes, and producing after compaction and crystallization very regular layers of sandstone and limestone here recovered by Pyrenean orogeny and released by erosion.© Jean-Philippe Delobelle / BiosphotoJPG - RM

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Remarkable flysch formations of Deba, Basque Coast Geopark,

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Remarkable flysch formations of Deba, Basque Coast Geopark, Basque Country, Spain. Flysch formed at the end of the Mesozoic era in the Cretaceous - flyschs are formed by sediment accumulation following repeated submarine avalanches, due to earthquakes, and producing after compaction and crystallization very regular layers of sandstone and limestone here recovered by Pyrenean orogeny and released by erosion.Remarkable flysch formations of Deba, Basque Coast Geopark, Basque Country, Spain. Flysch formed at the end of the Mesozoic era in the Cretaceous - flyschs are formed by sediment accumulation following repeated submarine avalanches, due to earthquakes, and producing after compaction and crystallization very regular layers of sandstone and limestone here recovered by Pyrenean orogeny and released by erosion.Remarkable flysch formations of Deba, Basque Coast Geopark, Basque Country, Spain. Flysch formed at the end of the Mesozoic era in the Cretaceous - flyschs are formed by sediment accumulation following repeated submarine avalanches, due to earthquakes, and producing after compaction and crystallization very regular layers of sandstone and limestone here recovered by Pyrenean orogeny and released by erosion.© Jean-Philippe Delobelle / BiosphotoJPG - RM

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Remarkable flysch formations of Deba, Basque Coast Geopark,

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Polychrome strata of Playa del Silencio, Asturias, Spain. Spectacular variegated and tortured strata of quartzite, sandstone and schists, deformed by the tectonic and dating from the Paleozoic (Cambrian / Ordovician)Polychrome strata of Playa del Silencio, Asturias, Spain. Spectacular variegated and tortured strata of quartzite, sandstone and schists, deformed by the tectonic and dating from the Paleozoic (Cambrian / Ordovician)Polychrome strata of Playa del Silencio, Asturias, Spain. Spectacular variegated and tortured strata of quartzite, sandstone and schists, deformed by the tectonic and dating from the Paleozoic (Cambrian / Ordovician)© Jean-Philippe Delobelle / BiosphotoJPG - RM

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Polychrome strata of Playa del Silencio, Asturias, Spain.

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Petrified quartzite wave from Playa del Silencio, Asturias, Spain. Spectacular variegated and tortured strata of quartzite, sandstone and schists, deformed by the tectonic and dating from the Paleozoic (Cambrian / Ordovician)Petrified quartzite wave from Playa del Silencio, Asturias, Spain. Spectacular variegated and tortured strata of quartzite, sandstone and schists, deformed by the tectonic and dating from the Paleozoic (Cambrian / Ordovician)Petrified quartzite wave from Playa del Silencio, Asturias, Spain. Spectacular variegated and tortured strata of quartzite, sandstone and schists, deformed by the tectonic and dating from the Paleozoic (Cambrian / Ordovician)© Jean-Philippe Delobelle / BiosphotoJPG - RM

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Petrified quartzite wave from Playa del Silencio, Asturias,

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Petrified quartzite wave from Playa del Silencio, Asturias, Spain. Spectacular variegated and tortured strata of quartzite, sandstone and schists, deformed by the tectonic and dating from the Paleozoic (Cambrian / Ordovician)Petrified quartzite wave from Playa del Silencio, Asturias, Spain. Spectacular variegated and tortured strata of quartzite, sandstone and schists, deformed by the tectonic and dating from the Paleozoic (Cambrian / Ordovician)Petrified quartzite wave from Playa del Silencio, Asturias, Spain. Spectacular variegated and tortured strata of quartzite, sandstone and schists, deformed by the tectonic and dating from the Paleozoic (Cambrian / Ordovician)© Jean-Philippe Delobelle / BiosphotoJPG - RM

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Petrified quartzite wave from Playa del Silencio, Asturias,

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Polychrome strata of Playa del Silencio, Asturias, Spain. Spectacular variegated and tortured strata of quartzite, sandstone and schists, deformed by the tectonic and dating from the Paleozoic (Cambrian / Ordovician)Polychrome strata of Playa del Silencio, Asturias, Spain. Spectacular variegated and tortured strata of quartzite, sandstone and schists, deformed by the tectonic and dating from the Paleozoic (Cambrian / Ordovician)Polychrome strata of Playa del Silencio, Asturias, Spain. Spectacular variegated and tortured strata of quartzite, sandstone and schists, deformed by the tectonic and dating from the Paleozoic (Cambrian / Ordovician)© Jean-Philippe Delobelle / BiosphotoJPG - RM

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Polychrome strata of Playa del Silencio, Asturias, Spain.

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Polychrome strata of Playa del Silencio, Asturias, Spain. Spectacular variegated and tortured strata of quartzite, sandstone and schists, deformed by the tectonic and dating from the Paleozoic (Cambrian / Ordovician)Polychrome strata of Playa del Silencio, Asturias, Spain. Spectacular variegated and tortured strata of quartzite, sandstone and schists, deformed by the tectonic and dating from the Paleozoic (Cambrian / Ordovician)Polychrome strata of Playa del Silencio, Asturias, Spain. Spectacular variegated and tortured strata of quartzite, sandstone and schists, deformed by the tectonic and dating from the Paleozoic (Cambrian / Ordovician)© Jean-Philippe Delobelle / BiosphotoJPG - RM

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Polychrome strata of Playa del Silencio, Asturias, Spain.

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Polychrome strata of Playa del Silencio, Asturias, Spain. Spectacular variegated and tortured strata of quartzite, sandstone and schists, deformed by the tectonic and dating from the Paleozoic (Cambrian / Ordovician)Polychrome strata of Playa del Silencio, Asturias, Spain. Spectacular variegated and tortured strata of quartzite, sandstone and schists, deformed by the tectonic and dating from the Paleozoic (Cambrian / Ordovician)Polychrome strata of Playa del Silencio, Asturias, Spain. Spectacular variegated and tortured strata of quartzite, sandstone and schists, deformed by the tectonic and dating from the Paleozoic (Cambrian / Ordovician)© Jean-Philippe Delobelle / BiosphotoJPG - RM

2437328

Polychrome strata of Playa del Silencio, Asturias, Spain.

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Polychrome strata of Playa del Silencio, Asturias, Spain. Spectacular variegated and tortured strata of quartzite, sandstone and schists, deformed by the tectonic and dating from the Paleozoic (Cambrian / Ordovician)Polychrome strata of Playa del Silencio, Asturias, Spain. Spectacular variegated and tortured strata of quartzite, sandstone and schists, deformed by the tectonic and dating from the Paleozoic (Cambrian / Ordovician)Polychrome strata of Playa del Silencio, Asturias, Spain. Spectacular variegated and tortured strata of quartzite, sandstone and schists, deformed by the tectonic and dating from the Paleozoic (Cambrian / Ordovician)© Jean-Philippe Delobelle / BiosphotoJPG - RM

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Polychrome strata of Playa del Silencio, Asturias, Spain.

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Cave underwater, depth 20 m, Pass Bateaux Nord, MayotteCave underwater, depth 20 m, Pass Bateaux Nord, MayotteCave underwater, depth 20 m, Pass Bateaux Nord, Mayotte© Gabriel Barathieu / BiosphotoJPG - RM

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Cave underwater, depth 20 m, Pass Bateaux Nord, Mayotte

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Giant's Causeway, columnar basalt columns, result of an ancient volcanic fissure eruption, Northern Ireland, UK, World Heritage siteGiant's Causeway, columnar basalt columns, result of an ancient volcanic fissure eruption, Northern Ireland, UK, World Heritage siteGiant's Causeway, columnar basalt columns, result of an ancient volcanic fissure eruption, Northern Ireland, UK, World Heritage site© John Cancalosi / BiosphotoJPG - RMSale prohibited in Spain and Portugal
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Giant's Causeway, columnar basalt columns, result of an ancient volcanic fissure eruption, Northern Ireland, UK, World Heritage siteGiant's Causeway, columnar basalt columns, result of an ancient volcanic fissure eruption, Northern Ireland, UK, World Heritage siteGiant's Causeway, columnar basalt columns, result of an ancient volcanic fissure eruption, Northern Ireland, UK, World Heritage site© John Cancalosi / BiosphotoJPG - RMSale prohibited in Spain and Portugal
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Giant's Causeway, columnar basalt columns, result of an ancient volcanic fissure eruption, Northern Ireland, UK, World Heritage siteGiant's Causeway, columnar basalt columns, result of an ancient volcanic fissure eruption, Northern Ireland, UK, World Heritage siteGiant's Causeway, columnar basalt columns, result of an ancient volcanic fissure eruption, Northern Ireland, UK, World Heritage site© John Cancalosi / BiosphotoJPG - RMSale prohibited in Spain and Portugal
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Hiking to the Ecrins refuge, crevasse du Glacier Blanc (2875m), Vallouise valley, Briançonnais region, Ecrins National Park, Hautes-Alpes, FranceHiking to the Ecrins refuge, crevasse du Glacier Blanc (2875m), Vallouise valley, Briançonnais region, Ecrins National Park, Hautes-Alpes, FranceHiking to the Ecrins refuge, crevasse du Glacier Blanc (2875m), Vallouise valley, Briançonnais region, Ecrins National Park, Hautes-Alpes, France© Michel Cavalier / BiosphotoJPG - RM

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Hiking to the Ecrins refuge, crevasse du Glacier Blanc (2875m),

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View of Mount Pelvoux (3932m) and the Pointe de la Grande Sagne (3660m), in the foreground the White Glacier (3023m), Valley of Vallouise, Briançonnais region, Ecrins National Park, Hautes-Alpes, FranceView of Mount Pelvoux (3932m) and the Pointe de la Grande Sagne (3660m), in the foreground the White Glacier (3023m), Valley of Vallouise, Briançonnais region, Ecrins National Park, Hautes-Alpes, FranceView of Mount Pelvoux (3932m) and the Pointe de la Grande Sagne (3660m), in the foreground the White Glacier (3023m), Valley of Vallouise, Briançonnais region, Ecrins National Park, Hautes-Alpes, France© Michel Cavalier / BiosphotoJPG - RM

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View of Mount Pelvoux (3932m) and the Pointe de la Grande Sagne

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Seracs and crevasses of the Glacier Blanc (2810m), Valley of Vallouise, Briançonnais region, Ecrins National Park, Hautes-Alpes, FranceSeracs and crevasses of the Glacier Blanc (2810m), Valley of Vallouise, Briançonnais region, Ecrins National Park, Hautes-Alpes, FranceSeracs and crevasses of the Glacier Blanc (2810m), Valley of Vallouise, Briançonnais region, Ecrins National Park, Hautes-Alpes, France© Michel Cavalier / BiosphotoJPG - RM

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Seracs and crevasses of the Glacier Blanc (2810m), Valley of

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Le Glacier Blanc (3023m), view on Mount Pelvoux (3932m), Valley of Vallouise, Briançonnais region, Ecrins National Park, Hautes-Alpes, FranceLe Glacier Blanc (3023m), view on Mount Pelvoux (3932m), Valley of Vallouise, Briançonnais region, Ecrins National Park, Hautes-Alpes, FranceLe Glacier Blanc (3023m), view on Mount Pelvoux (3932m), Valley of Vallouise, Briançonnais region, Ecrins National Park, Hautes-Alpes, France© Michel Cavalier / BiosphotoJPG - RM

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Le Glacier Blanc (3023m), view on Mount Pelvoux (3932m), Valley

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Pathway at the foot of the tsingy turrets, ancient fossil coral reef with sharp edges emerges from the ocean, Ankarana National Park, NP 18 220 ha over 35 km, Northwest MadagascarPathway at the foot of the tsingy turrets, ancient fossil coral reef with sharp edges emerges from the ocean, Ankarana National Park, NP 18 220 ha over 35 km, Northwest MadagascarPathway at the foot of the tsingy turrets, ancient fossil coral reef with sharp edges emerges from the ocean, Ankarana National Park, NP 18 220 ha over 35 km, Northwest Madagascar© Jean Mayet / BiosphotoJPG - RM

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Pathway at the foot of the tsingy turrets, ancient fossil coral

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Few trees emerge from the cutting edges of the tsingy turrets, ancient fossil coral reef with sharp edges emerges from the ocean, Ankarana National Park, NP 18 220 ha over 35 km, Northwest MadagascarFew trees emerge from the cutting edges of the tsingy turrets, ancient fossil coral reef with sharp edges emerges from the ocean, Ankarana National Park, NP 18 220 ha over 35 km, Northwest MadagascarFew trees emerge from the cutting edges of the tsingy turrets, ancient fossil coral reef with sharp edges emerges from the ocean, Ankarana National Park, NP 18 220 ha over 35 km, Northwest Madagascar© Jean Mayet / BiosphotoJPG - RM

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Few trees emerge from the cutting edges of the tsingy turrets,

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Passage of a canyon on a suspension bridge on the ancient fossil coral reef with sharp edges emerges from the ocean, Ankarana National Park, NP 18 220 ha over 35 km, Northwest MadagascarPassage of a canyon on a suspension bridge on the ancient fossil coral reef with sharp edges emerges from the ocean, Ankarana National Park, NP 18 220 ha over 35 km, Northwest MadagascarPassage of a canyon on a suspension bridge on the ancient fossil coral reef with sharp edges emerges from the ocean, Ankarana National Park, NP 18 220 ha over 35 km, Northwest Madagascar© Jean Mayet / BiosphotoJPG - RM

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Passage of a canyon on a suspension bridge on the ancient fossil

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Tsingy of Ankarana or survive Pachypodiums and Euphorbia on the ancient fossil coral reef with sharp edges emerges from the ocean, NP 18 220 ha over 35 km, North-West MadagascarTsingy of Ankarana or survive Pachypodiums and Euphorbia on the ancient fossil coral reef with sharp edges emerges from the ocean, NP 18 220 ha over 35 km, North-West MadagascarTsingy of Ankarana or survive Pachypodiums and Euphorbia on the ancient fossil coral reef with sharp edges emerges from the ocean, NP 18 220 ha over 35 km, North-West Madagascar© Jean Mayet / BiosphotoJPG - RM

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Tsingy of Ankarana or survive Pachypodiums and Euphorbia on the

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Ankarana National Park, view of tsingy, ancient fossil coral reef with sharp edges emerges from the ocean, PN 18 220 ha over 35 km, overall plan, Northwest MadagascarAnkarana National Park, view of tsingy, ancient fossil coral reef with sharp edges emerges from the ocean, PN 18 220 ha over 35 km, overall plan, Northwest MadagascarAnkarana National Park, view of tsingy, ancient fossil coral reef with sharp edges emerges from the ocean, PN 18 220 ha over 35 km, overall plan, Northwest Madagascar© Jean Mayet / BiosphotoJPG - RM

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Ankarana National Park, view of tsingy, ancient fossil coral reef

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Ankarana National Park, view of tsingy, ancient fossil coral reef with sharp edges emerges from the ocean, PN 18 220 ha over 35 km, overall plan, Northwest MadagascarAnkarana National Park, view of tsingy, ancient fossil coral reef with sharp edges emerges from the ocean, PN 18 220 ha over 35 km, overall plan, Northwest MadagascarAnkarana National Park, view of tsingy, ancient fossil coral reef with sharp edges emerges from the ocean, PN 18 220 ha over 35 km, overall plan, Northwest Madagascar© Jean Mayet / BiosphotoJPG - RM

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Ankarana National Park, view of tsingy, ancient fossil coral reef

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PN Ankarana, entrée Est des Tsingy, ancien récif corallien fossile, PN de 18 220 ha sur 35 km, Nord-Ouest MadagascarPN Ankarana, entrée Est des Tsingy, ancien récif corallien fossile, PN de 18 220 ha sur 35 km, Nord-Ouest MadagascarPN Ankarana, entrée Est des Tsingy, ancien récif corallien fossile, PN de 18 220 ha sur 35 km, Nord-Ouest Madagascar© Jean Mayet / BiosphotoJPG - RM

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PN Ankarana, entrée Est des Tsingy, ancien récif corallien

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Ankarana NP, monumental entrance to the cave of bats dug in the Tsingy fossil coral reef, PN 18 220 ha over 35 km, North-West MadagascarAnkarana NP, monumental entrance to the cave of bats dug in the Tsingy fossil coral reef, PN 18 220 ha over 35 km, North-West MadagascarAnkarana NP, monumental entrance to the cave of bats dug in the Tsingy fossil coral reef, PN 18 220 ha over 35 km, North-West Madagascar© Jean Mayet / BiosphotoJPG - RM

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Ankarana NP, monumental entrance to the cave of bats dug in the

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Lava flow in the Tsingy fossil coral reef of Ankarana, 18 220 ha NP over 35 km, North-West MadagascarLava flow in the Tsingy fossil coral reef of Ankarana, 18 220 ha NP over 35 km, North-West MadagascarLava flow in the Tsingy fossil coral reef of Ankarana, 18 220 ha NP over 35 km, North-West Madagascar© Jean Mayet / BiosphotoJPG - RM

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Lava flow in the Tsingy fossil coral reef of Ankarana, 18 220 ha

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Landscape of tropical karstic phenomena in the Tsingy national park of Bemaraha, Small Tsingy area, UNESCO World Heritage site, Early November: end of dry season, MadagascarLandscape of tropical karstic phenomena in the Tsingy national park of Bemaraha, Small Tsingy area, UNESCO World Heritage site, Early November: end of dry season, MadagascarLandscape of tropical karstic phenomena in the Tsingy national park of Bemaraha, Small Tsingy area, UNESCO World Heritage site, Early November: end of dry season, Madagascar© Jean-Yves Grospas / BiosphotoJPG - RMNon exclusive sale

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Landscape of tropical karstic phenomena in the Tsingy national

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Landscape of tropical karstic phenomena in the Tsingy national park of Bemaraha, Small Tsingy area, UNESCO World Heritage site, Early November: end of dry season, MadagascarLandscape of tropical karstic phenomena in the Tsingy national park of Bemaraha, Small Tsingy area, UNESCO World Heritage site, Early November: end of dry season, MadagascarLandscape of tropical karstic phenomena in the Tsingy national park of Bemaraha, Small Tsingy area, UNESCO World Heritage site, Early November: end of dry season, Madagascar© Jean-Yves Grospas / BiosphotoJPG - RMNon exclusive sale

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Landscape of tropical karstic phenomena in the Tsingy national

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Landscape of tropical karstic phenomena in the Tsingy national park of Bemaraha, Small Tsingy area, UNESCO World Heritage site, Early November: end of dry season, MadagascarLandscape of tropical karstic phenomena in the Tsingy national park of Bemaraha, Small Tsingy area, UNESCO World Heritage site, Early November: end of dry season, MadagascarLandscape of tropical karstic phenomena in the Tsingy national park of Bemaraha, Small Tsingy area, UNESCO World Heritage site, Early November: end of dry season, Madagascar© Jean-Yves Grospas / BiosphotoJPG - RMNon exclusive sale

2434967

Landscape of tropical karstic phenomena in the Tsingy national

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Landscape of tropical karstic phenomena in the Tsingy national park of Bemaraha, Small Tsingy area, UNESCO World Heritage site, Early November: end of dry season, MadagascarLandscape of tropical karstic phenomena in the Tsingy national park of Bemaraha, Small Tsingy area, UNESCO World Heritage site, Early November: end of dry season, MadagascarLandscape of tropical karstic phenomena in the Tsingy national park of Bemaraha, Small Tsingy area, UNESCO World Heritage site, Early November: end of dry season, Madagascar© Jean-Yves Grospas / BiosphotoJPG - RMNon exclusive sale

2434966

Landscape of tropical karstic phenomena in the Tsingy national

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Landscape of tropical karstic phenomena in the Tsingy national park of Bemaraha, Small Tsingy area, UNESCO World Heritage site, Early November: end of dry season, MadagascarLandscape of tropical karstic phenomena in the Tsingy national park of Bemaraha, Small Tsingy area, UNESCO World Heritage site, Early November: end of dry season, MadagascarLandscape of tropical karstic phenomena in the Tsingy national park of Bemaraha, Small Tsingy area, UNESCO World Heritage site, Early November: end of dry season, Madagascar© Jean-Yves Grospas / BiosphotoJPG - RMNon exclusive sale

2434965

Landscape of tropical karstic phenomena in the Tsingy national

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Landscape of tropical karstic phenomena in the Tsingy national park of Bemaraha, Small Tsingy area, UNESCO World Heritage site, Early November: end of dry season, MadagascarLandscape of tropical karstic phenomena in the Tsingy national park of Bemaraha, Small Tsingy area, UNESCO World Heritage site, Early November: end of dry season, MadagascarLandscape of tropical karstic phenomena in the Tsingy national park of Bemaraha, Small Tsingy area, UNESCO World Heritage site, Early November: end of dry season, Madagascar© Jean-Yves Grospas / BiosphotoJPG - RMNon exclusive sale

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Landscape of tropical karstic phenomena in the Tsingy national

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The gouffre of Padirac in summer, Lot, FranceThe gouffre of Padirac in summer, Lot, FranceThe gouffre of Padirac in summer, Lot, France© Yann Avril / BiosphotoJPG - RM

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The gouffre of Padirac in summer, Lot, France

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Wingless house-cricket (Gryllomorpha dalmatina) in a cave, Luberon, FranceWingless house-cricket (Gryllomorpha dalmatina) in a cave, Luberon, FranceWingless house-cricket (Gryllomorpha dalmatina) in a cave, Luberon, France© Stéphan Bonneau / BiosphotoJPG - RM

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Wingless house-cricket (Gryllomorpha dalmatina) in a cave,

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Jersey Tiger (Euplagia quadripunctaria) at the entrance of a cave, Luberon, FranceJersey Tiger (Euplagia quadripunctaria) at the entrance of a cave, Luberon, FranceJersey Tiger (Euplagia quadripunctaria) at the entrance of a cave, Luberon, France© Stéphan Bonneau / BiosphotoJPG - RM

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Jersey Tiger (Euplagia quadripunctaria) at the entrance of a

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The cave Alevins, refuge of a school of fry present throughout the year, Cave at 24 meters deep, Passe Bateau Nord, MayotteThe cave Alevins, refuge of a school of fry present throughout the year, Cave at 24 meters deep, Passe Bateau Nord, MayotteThe cave Alevins, refuge of a school of fry present throughout the year, Cave at 24 meters deep, Passe Bateau Nord, Mayotte© Gabriel Barathieu / BiosphotoJPG - RM

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The cave Alevins, refuge of a school of fry present throughout

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Cliff with remarkable stratifications, folded layers of marls and limestones of the Lower Jurassic, above Bassey near Bourg d'Oisan, Ecrins NP, Alps, FranceCliff with remarkable stratifications, folded layers of marls and limestones of the Lower Jurassic, above Bassey near Bourg d'Oisan, Ecrins NP, Alps, FranceCliff with remarkable stratifications, folded layers of marls and limestones of the Lower Jurassic, above Bassey near Bourg d'Oisan, Ecrins NP, Alps, France© Jean-Philippe Delobelle / BiosphotoJPG - RM

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Cliff with remarkable stratifications, folded layers of marls and

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Cliff with remarkable stratifications, folded layers of marls and limestones of the Lower Jurassic, above Bassey near Bourg d'Oisan, Ecrins NP, Alps, FranceCliff with remarkable stratifications, folded layers of marls and limestones of the Lower Jurassic, above Bassey near Bourg d'Oisan, Ecrins NP, Alps, FranceCliff with remarkable stratifications, folded layers of marls and limestones of the Lower Jurassic, above Bassey near Bourg d'Oisan, Ecrins NP, Alps, France© Jean-Philippe Delobelle / BiosphotoJPG - RM

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Cliff with remarkable stratifications, folded layers of marls and

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Panorama in the famous cave 16 / 9th of the southern boat pass that all divers know, MayottePanorama in the famous cave 16 / 9th of the southern boat pass that all divers know, MayottePanorama in the famous cave 16 / 9th of the southern boat pass that all divers know, Mayotte© Gabriel Barathieu / BiosphotoJPG - RM

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Panorama in the famous cave 16 / 9th of the southern boat pass

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Arachnocampa luminosa, known as New Zealand glowworm, are commonly seen in caves or natives forest of New Zealand, here it is a colony in Waipu Caves.Arachnocampa luminosa, known as New Zealand glowworm, are commonly seen in caves or natives forest of New Zealand, here it is a colony in Waipu Caves.Arachnocampa luminosa, known as New Zealand glowworm, are commonly seen in caves or natives forest of New Zealand, here it is a colony in Waipu Caves.© Lucas Mugnier / BiosphotoJPG - RM

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Arachnocampa luminosa, known as New Zealand glowworm, are

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