• Results for
    • Calcite
  • (107)
Various fluorescent minerals : 1Willemite, New Jersey, 2: Willemite and Calcite, New Jersey, 3: Fluorite, Ohio, 4: Willemite and Calcite, New Jersey. 5: Fluorite, California. 6: Scheelite, California.... - Floris  van Breugel
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Floris van Breugel / Various fluorescent minerals : 1Willemite, New Jersey, 2: Willemite and Calcite, New Jersey, 3: Fluorite, Ohio, 4: Willemite and Calcite, New Jersey. 5: Fluorite, California. 6: Scheelite, California....
A rock collector explores piles of fluorescent minerals found in the tailings of the Pacific Tungsten Mine near Darwin, California. The bright colours are caused by fluorescence excited by a shortwave... - Floris van Breugel
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Floris van Breugel / A rock collector explores piles of fluorescent minerals found in the tailings of the Pacific Tungsten Mine near Darwin, California. The bright colours are caused by fluorescence excited by a shortwave...
Calcite Springs Overlook, view of Grand Canyon of Yellowstone in evening light. Yellowstone National Park, Wyoming, USA. June 2018. - George  Sanker
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George Sanker / Calcite Springs Overlook, view of Grand Canyon of Yellowstone in evening light. Yellowstone National Park, Wyoming, USA. June 2018.
Flowstone, sheetlike deposits of calcite suspended from ceiling in the Caves of Han-sur-Lesse / Grottes de Han, Ardennes, Belgium - Philippe Clement
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Philippe Clement / Flowstone, sheetlike deposits of calcite suspended from ceiling in the Caves of Han-sur-Lesse / Grottes de Han, Ardennes, Belgium
Tower Canyon Gorge near Calcite Springs, Yellowstone Nataional Park, Wyoming, USA, June 2015 - Mike Read
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Mike Read / Tower Canyon Gorge near Calcite Springs, Yellowstone Nataional Park, Wyoming, USA, June 2015
Leesburg Limestone Conglomerate from Frederick county Maryland, USA. Consists of fragments of lower Paleozoic limestone, dolomitic limestone, quartzite, quartz, schist, slate, and greenstone in a clay... - John Cancalosi
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John Cancalosi / Leesburg Limestone Conglomerate from Frederick county Maryland, USA. Consists of fragments of lower Paleozoic limestone, dolomitic limestone, quartzite, quartz, schist, slate, and greenstone in a clay...
Leesburg Limestone Conglomerate from Frederick county Maryland, USA. Consists of fragments of lower Paleozoic limestone, dolomitic limestone, quartzite, quartz, schist, slate, and greenstone in a clay... - John Cancalosi
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John Cancalosi / Leesburg Limestone Conglomerate from Frederick county Maryland, USA. Consists of fragments of lower Paleozoic limestone, dolomitic limestone, quartzite, quartz, schist, slate, and greenstone in a clay...
Septarian concretion or (septarian nodules) from  Morocco. Dense mass formed by precipitation of mineral cement in sedimentary rock or soil which is later cracked and filled with other material, in th... - John Cancalosi
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John Cancalosi / Septarian concretion or (septarian nodules) from Morocco. Dense mass formed by precipitation of mineral cement in sedimentary rock or soil which is later cracked and filled with other material, in th...
Chalcopyrite, copper iron sulfide, a copper ore, with calcite. from Zacatecas, Mexico. - John Cancalosi
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John Cancalosi / Chalcopyrite, copper iron sulfide, a copper ore, with calcite. from Zacatecas, Mexico.
Calcite belemnite fossils, the calcite internal structures of prehistoric squid like species. These have been shattered by a meteorite impact, 14.5 million years ago, they were already over 100 millio... - Paul  D Stewart
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Paul D Stewart / Calcite belemnite fossils, the calcite internal structures of prehistoric squid like species. These have been shattered by a meteorite impact, 14.5 million years ago, they were already over 100 millio...
Calcite belemnite fossils, the calcite internal structures of prehistoric squid like species. These have been shattered by a meteorite impact, 14.5 million years ago, they were already over 100 millio... - Paul  D Stewart
01546333
Paul D Stewart / Calcite belemnite fossils, the calcite internal structures of prehistoric squid like species. These have been shattered by a meteorite impact, 14.5 million years ago, they were already over 100 millio...
Calcite belemnite fossils, the calcite internal structures of prehistoric squid like species. These have been shattered by a meteorite impact, 14.5 million years ago, they were already over 100 millio... - Paul  D Stewart
01546332
Paul D Stewart / Calcite belemnite fossils, the calcite internal structures of prehistoric squid like species. These have been shattered by a meteorite impact, 14.5 million years ago, they were already over 100 millio...
Sectioned fossil ammonite where the shell material has been replaced by pyrites, and the empty cavities of the shell have filled during fossilisation with crystalised yellow/green calcite preserving d... - Paul  D Stewart
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Paul D Stewart / Sectioned fossil ammonite where the shell material has been replaced by pyrites, and the empty cavities of the shell have filled during fossilisation with crystalised yellow/green calcite preserving d...
Tissue Moths (Triphosa dubitata) hibernating in a limestone cave. Peak District National Park, Derbyshire, UK. October. - Alex  Hyde
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Alex Hyde / Tissue Moths (Triphosa dubitata) hibernating in a limestone cave. Peak District National Park, Derbyshire, UK. October.
Detail of a flowstone in a limestone cave showing calcite deposits, area shown is approximately 15cm across. Peak District National Park, Derbyshire, UK. January. - Alex  Hyde
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Alex Hyde / Detail of a flowstone in a limestone cave showing calcite deposits, area shown is approximately 15cm across. Peak District National Park, Derbyshire, UK. January.
Cave Pearls, formed as dripping water rich in calcium salts deposits calcite around a small nucleus (often a sand grain). The constant movement of each cave pearl by the dripping water keeps them roun... - Alex  Hyde
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Alex Hyde / Cave Pearls, formed as dripping water rich in calcium salts deposits calcite around a small nucleus (often a sand grain). The constant movement of each cave pearl by the dripping water keeps them roun...
Cave Pearls, formed as dripping water rich in calcium salts deposits calcite around a small nucleus (often a sand grain). The constant movement of each cave pearl by the dripping water keeps them roun... - Alex  Hyde
01534011
Alex Hyde / Cave Pearls, formed as dripping water rich in calcium salts deposits calcite around a small nucleus (often a sand grain). The constant movement of each cave pearl by the dripping water keeps them roun...
Cave Pearls, formed as dripping water rich in calcium salts deposits calcite around a small nucleus (often a sand grain). The constant movement of each cave pearl by the dripping water keeps them roun... - Alex  Hyde
01534010
Alex Hyde / Cave Pearls, formed as dripping water rich in calcium salts deposits calcite around a small nucleus (often a sand grain). The constant movement of each cave pearl by the dripping water keeps them roun...
Cave Pearls, formed as dripping water rich in calcium salts deposits calcite around a small nucleus (often a sand grain). The constant movement of each cave pearl by the dripping water keeps them roun... - Alex  Hyde
01534009
Alex Hyde / Cave Pearls, formed as dripping water rich in calcium salts deposits calcite around a small nucleus (often a sand grain). The constant movement of each cave pearl by the dripping water keeps them roun...
Calcite and willemite, Franklin New Jersey, under incandescent light. - John Cancalosi
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John Cancalosi / Calcite and willemite, Franklin New Jersey, under incandescent light.
Calcite(red) and Willemite(green), under flourescent light, Franklin New Jersey. - John Cancalosi
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John Cancalosi / Calcite(red) and Willemite(green), under flourescent light, Franklin New Jersey.
Rock containing Willemite, Franklinite, Zincite, Calcite from New Jersey, USA - John Cancalosi
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John Cancalosi / Rock containing Willemite, Franklinite, Zincite, Calcite from New Jersey, USA
Rounded nodules on the beach near Osmington Mills, made of calcite-cemented sandstone from the Bencliff Grit Formation along the World Heritage Site Jurassic Coast, Dorset, UK, November 2012 - Philippe Clement
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Philippe Clement / Rounded nodules on the beach near Osmington Mills, made of calcite-cemented sandstone from the Bencliff Grit Formation along the World Heritage Site Jurassic Coast, Dorset, UK, November 2012
Rounded nodules on the beach near Osmington Mills, made of calcite-cemented sandstone from the Bencliff Grit Formation along the World Heritage Site Jurassic Coast, Dorset, UK, November 2012 - Philippe Clement
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Philippe Clement / Rounded nodules on the beach near Osmington Mills, made of calcite-cemented sandstone from the Bencliff Grit Formation along the World Heritage Site Jurassic Coast, Dorset, UK, November 2012
Calcite vein between grass. Dartmoor National Park, UK, June. - Andrew Cooper
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Andrew Cooper / Calcite vein between grass. Dartmoor National Park, UK, June.
A wide variety of fluorescent minerals including scheelite (blue/white), calcite (red), silica coatings containing uranyl ions (green), fluorite (pink), and 'desert varnish' (yellow/orange), populate... - Floris van Breugel
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Floris van Breugel / A wide variety of fluorescent minerals including scheelite (blue/white), calcite (red), silica coatings containing uranyl ions (green), fluorite (pink), and 'desert varnish' (yellow/orange), populate...
Calcite and Aragonite deposits in the Clamouse caves, Herault, Languedoc, France, August 2008 - Jean E. Roche
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Jean E. Roche / Calcite and Aragonite deposits in the Clamouse caves, Herault, Languedoc, France, August 2008
Calcite cradle and stalactites in the Marble Arch Caves, County Fermanagh, Northern Ireland, UK, January 1995 - Robert Thompson
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Robert Thompson / Calcite cradle and stalactites in the Marble Arch Caves, County Fermanagh, Northern Ireland, UK, January 1995
Calcite Overlook, formed by the Yellowstone River, after a thunderstorm at sunset, Yellowstone National Park, Wyoming, USA, June 2008 - George Sanker
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George Sanker / Calcite Overlook, formed by the Yellowstone River, after a thunderstorm at sunset, Yellowstone National Park, Wyoming, USA, June 2008
Willemite (red) and Calcite (white) taken under normal light, Franklin, New Jersey, USA - John Cancalosi
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John Cancalosi / Willemite (red) and Calcite (white) taken under normal light, Franklin, New Jersey, USA
Willemite (green) and Calcite (red) taken under UV light, Franklin, New Jersey, USA - John Cancalosi
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John Cancalosi / Willemite (green) and Calcite (red) taken under UV light, Franklin, New Jersey, USA
Fluorescent minerals, Willemite (green) and Calcite (red), Sterling Mine, New Jersey,  USA - John Cancalosi
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John Cancalosi / Fluorescent minerals, Willemite (green) and Calcite (red), Sterling Mine, New Jersey, USA
Fluorescent minerals, Willemite (green) and Calcite (red), Sterling Mine, New Jersey,  USA - John Cancalosi
01196450
John Cancalosi / Fluorescent minerals, Willemite (green) and Calcite (red), Sterling Mine, New Jersey, USA
Fluorescent Minerals, Willemite (green) and Calcite (red), Sterling Mine, New Jersey, USA - John Cancalosi
01196449
John Cancalosi / Fluorescent Minerals, Willemite (green) and Calcite (red), Sterling Mine, New Jersey, USA
Blocks of soft coquina limestone formed from shells of Bivalve Cardiid Cockle {Fragrum erugatum} Rainwater repeatedly dissolves small quantities of calcium carbonate of which the shells are composed.... - Jurgen Freund
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Jurgen Freund / Blocks of soft coquina limestone formed from shells of Bivalve Cardiid Cockle {Fragrum erugatum} Rainwater repeatedly dissolves small quantities of calcium carbonate of which the shells are composed....
Calcite springs and the Yellowstone river, Yellowstone NP, Wyoming, USA - Philippe Clement
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Philippe Clement / Calcite springs and the Yellowstone river, Yellowstone NP, Wyoming, USA
Calcite springs and the Yellowstone river, Yellowstone National Park, USA - Philippe Clement
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Philippe Clement / Calcite springs and the Yellowstone river, Yellowstone National Park, USA
Sparkling calcite floor stone in Mountain Cow Maga Cave, Belize, Central America - JIM CLARE
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JIM CLARE / Sparkling calcite floor stone in Mountain Cow Maga Cave, Belize, Central America
Calcite springs overlooking Yellowstone River, Yellowstone NP, Wyoming, USA - Bernard Castelein
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Bernard Castelein / Calcite springs overlooking Yellowstone River, Yellowstone NP, Wyoming, USA
Stalactities and stalagmites from calcite crystals, Tantanoola Cave, South Australia - Steven David Miller
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Steven David Miller / Stalactities and stalagmites from calcite crystals, Tantanoola Cave, South Australia
Septarian nodule Calcite in clay, Sahara Desert, Morocco - John Cancalosi
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John Cancalosi / Septarian nodule Calcite in clay, Sahara Desert, Morocco
Calcite flowstone formations, Carlsbad Caverns National Park, New Mexico - Ingo Arndt
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Ingo Arndt / Calcite flowstone formations, Carlsbad Caverns National Park, New Mexico
Calcite flowstone formations, Carlsbad Caverns National Park, New Mexico - Ingo Arndt
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Ingo Arndt / Calcite flowstone formations, Carlsbad Caverns National Park, New Mexico
African Elephant (Loxodonta africana) male, stained white by white clay and calcite sand, grazing on vegetation in dry season, Etosha National Park, Namibia - Yva Momatiuk & John Eastcott
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Yva Momatiuk & John Eastcott / African Elephant (Loxodonta africana) male, stained white by white clay and calcite sand, grazing on vegetation in dry season, Etosha National Park, Namibia
African Elephant (Loxodonta africana) male, stained white by white clay and calcite sand, grazing on vegetation in dry season, Etosha National Park, Namibia - Yva Momatiuk & John Eastcott
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Yva Momatiuk & John Eastcott / African Elephant (Loxodonta africana) male, stained white by white clay and calcite sand, grazing on vegetation in dry season, Etosha National Park, Namibia
African Elephant (Loxodonta africana) male, stained white by white clay and calcite sand, crossing road, Etosha National Park, Namibia - Yva Momatiuk & John Eastcott
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Yva Momatiuk & John Eastcott / African Elephant (Loxodonta africana) male, stained white by white clay and calcite sand, crossing road, Etosha National Park, Namibia
African Elephant (Loxodonta africana) male, stained white by white clay and calcite sand, Etosha National Park, Namibia - Yva Momatiuk & John Eastcott
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Yva Momatiuk & John Eastcott / African Elephant (Loxodonta africana) male, stained white by white clay and calcite sand, Etosha National Park, Namibia
African Elephant (Loxodonta africana) male, stained white by white clay and calcite sand, crossing road, Etosha National Park, Namibia - Yva Momatiuk & John Eastcott
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Yva Momatiuk & John Eastcott / African Elephant (Loxodonta africana) male, stained white by white clay and calcite sand, crossing road, Etosha National Park, Namibia
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