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United States and the State of Massachusetts, Relief Map
United States and the State of Massachusetts, Relief Map

UIG523100: United States and the State of Massachusetts, Relief Map / Bridgeman Images

ID: UIG523100

United States and the State of Massachusetts, Relief Map

Netherlands, Relief Map With Border and Mask
Netherlands, Relief Map With Border and Mask

UIG523451: Netherlands, Relief Map With Border and Mask / Bridgeman Images

ID: UIG523451

Netherlands, Relief Map With Border and Mask

Luxembourg, Relief Map With Border and Mask
Luxembourg, Relief Map With Border and Mask

UIG523436: Luxembourg, Relief Map With Border and Mask / Bridgeman Images

ID: UIG523436

Luxembourg, Relief Map With Border and Mask

Panama, Relief Map With Border and Mask
Panama, Relief Map With Border and Mask

UIG523459: Panama, Relief Map With Border and Mask / Bridgeman Images

ID: UIG523459

Panama, Relief Map With Border and Mask

Mozambique, Relief Map With Border and Mask
Mozambique, Relief Map With Border and Mask

UIG523447: Mozambique, Relief Map With Border and Mask / Bridgeman Images

ID: UIG523447

Mozambique, Relief Map With Border and Mask

Rwanda, Relief Map with Border and Mask
Rwanda, Relief Map with Border and Mask

UIG523469: Rwanda, Relief Map with Border and Mask / Bridgeman Images

ID: UIG523469

Rwanda, Relief Map with Border and Mask

Niger, Relief Map With Border and Mask
Niger, Relief Map With Border and Mask

UIG523453: Niger, Relief Map With Border and Mask / Bridgeman Images

ID: UIG523453

Niger, Relief Map With Border and Mask

Region of Liguria, Italy, Relief Map
Region of Liguria, Italy, Relief Map

UIG523909: Region of Liguria, Italy, Relief Map / Bridgeman Images

ID: UIG523909

Region of Liguria, Italy, Relief Map

American Civil War 1861-1865: The Capture of New Orleans 25 April to 1 May 1862. The capture of the largest Confederate city by the Union was a turning point in the war. Naval Battle Fire Gunfire Explosion Steam Ship
American Civil War 1861-1865: The Capture of New Orleans 25 April to 1 May 1862. The capture of the largest Confederate city by the Union was a turning point in the war. Naval Battle Fire Gunfire Explosion Steam Ship

UIG528702: American Civil War 1861-1865: The Capture of New Orleans 25 April to 1 May 1862. The capture of the largest Confederate city by the Union was a turning point in the war. Naval Battle Fire Gunfire Explosion Steam Ship / Bridgeman Images

ID: UIG528702

American Civil War 1861-1865: The Capture of New Orleans 25 April to 1 May 1862. The capture of the largest Confederate city by the Union was a turning point in the war. Naval Battle Fire Gunfire Explosion Steam Ship

World War I 1914-1918: Entry of Field Marshal Allenby, Jerusalem, 11 December 1917. Allenby, British soldier and administrator, Commander of Egyptian Expeditionary Force.
World War I 1914-1918: Entry of Field Marshal Allenby, Jerusalem, 11 December 1917. Allenby, British soldier and administrator, Commander of Egyptian Expeditionary Force.

UIG528714: World War I 1914-1918: Entry of Field Marshal Allenby, Jerusalem, 11 December 1917. Allenby, British soldier and administrator, Commander of Egyptian Expeditionary Force. / Bridgeman Images

ID: UIG528714

World War I 1914-1918: Entry of Field Marshal Allenby, Jerusalem, 11 December 1917. Allenby, British soldier and administrator, Commander of Egyptian Expeditionary Force.

General Allenby entering Jerusalem at the Jaffa Gate, 11 December, 1917. Edmund Allenby, 1st Viscount Allenby (1861-1936), a British soldier. In World War I commanded the Egyptian Expeditionary Force in Palestine and Syria.
General Allenby entering Jerusalem at the Jaffa Gate, 11 December, 1917. Edmund Allenby, 1st Viscount Allenby (1861-1936), a British soldier. In World War I commanded the Egyptian Expeditionary Force in Palestine and Syria.

UIG528722: General Allenby entering Jerusalem at the Jaffa Gate, 11 December, 1917. Edmund Allenby, 1st Viscount Allenby (1861-1936), a British soldier. In World War I commanded the Egyptian Expeditionary Force in Palestine and Syria. / Bridgeman Images

ID: UIG528722

General Allenby entering Jerusalem at the Jaffa Gate, 11 December, 1917. Edmund Allenby, 1st Viscount Allenby (1861-1936), a British soldier. In World War I commanded the Egyptian Expeditionary Force in Palestine and Syria.

Tawhiao I (1822-1894) the Maori king of New Zealand, leader of the Wiakato tribes. Tawhiao has the fine facial tattooing of the high-ranking Maori.
Tawhiao I (1822-1894) the Maori king of New Zealand, leader of the Wiakato tribes. Tawhiao has the fine facial tattooing of the high-ranking Maori.

UIG528759: Tawhiao I (1822-1894) the Maori king of New Zealand, leader of the Wiakato tribes. Tawhiao has the fine facial tattooing of the high-ranking Maori. / Bridgeman Images

ID: UIG528759

Tawhiao I (1822-1894) the Maori king of New Zealand, leader of the Wiakato tribes. Tawhiao has the fine facial tattooing of the high-ranking Maori.

World War I 1914-1918: Three British soldiers in trench under fire, 1916.
World War I 1914-1918: Three British soldiers in trench under fire, 1916.

UIG528767: World War I 1914-1918: Three British soldiers in trench under fire, 1916. / Bridgeman Images

ID: UIG528767

World War I 1914-1918: Three British soldiers in trench under fire, 1916.

World War I 1914-1918: Removing the dead bodies from the trenches on a battlefield in France in September after the end of the War.
World War I 1914-1918: Removing the dead bodies from the trenches on a battlefield in France in September after the end of the War.

UIG528772: World War I 1914-1918: Removing the dead bodies from the trenches on a battlefield in France in September after the end of the War. / Bridgeman Images

ID: UIG528772

World War I 1914-1918: Removing the dead bodies from the trenches on a battlefield in France in September after the end of the War.

Spiral Galaxy M81, tilted at an oblique angle on to terrestrial line of sight, viewed in Multiwavelength light. Credit NASA. Science Astronomy Stellar Space
Spiral Galaxy M81, tilted at an oblique angle on to terrestrial line of sight, viewed in Multiwavelength light. Credit NASA. Science Astronomy Stellar Space

UIG528800: Spiral Galaxy M81, tilted at an oblique angle on to terrestrial line of sight, viewed in Multiwavelength light. Credit NASA. Science Astronomy Stellar Space / Bridgeman Images

ID: UIG528800

Spiral Galaxy M81, tilted at an oblique angle on to terrestrial line of sight, viewed in Multiwavelength light. Credit NASA. Science Astronomy Stellar Space

Spitzer Space Telescope infrared image of a snake (upper left) and surrounding stormy environment. It is actually the core of a thick, sooty cloud large enough to swallow dozens of solar systems. Credit NASA.
Spitzer Space Telescope infrared image of a snake (upper left) and surrounding stormy environment. It is actually the core of a thick, sooty cloud large enough to swallow dozens of solar systems. Credit NASA.

UIG528805: Spitzer Space Telescope infrared image of a snake (upper left) and surrounding stormy environment. It is actually the core of a thick, sooty cloud large enough to swallow dozens of solar systems. Credit NASA. / Bridgeman Images

ID: UIG528805

Spitzer Space Telescope infrared image of a snake (upper left) and surrounding stormy environment. It is actually the core of a thick, sooty cloud large enough to swallow dozens of solar systems. Credit NASA.

Spitzer Space Telescope composite comparison visible-light and infrared views of the glowing Trifid Nebula, a giant star-forming cloud of gas and dust located in the constellation Sagittarius. Credit NASA. Science Astronomy
Spitzer Space Telescope composite comparison visible-light and infrared views of the glowing Trifid Nebula, a giant star-forming cloud of gas and dust located in the constellation Sagittarius. Credit NASA. Science Astronomy

UIG528812: Spitzer Space Telescope composite comparison visible-light and infrared views of the glowing Trifid Nebula, a giant star-forming cloud of gas and dust located in the constellation Sagittarius. Credit NASA. Science Astronomy / Bridgeman Images

ID: UIG528812

Spitzer Space Telescope composite comparison visible-light and infrared views of the glowing Trifid Nebula, a giant star-forming cloud of gas and dust located in the constellation Sagittarius. Credit NASA. Science Astronomy

False-colour image of supernova remnant Cassiopeia A in constellation Cassiopeia, 10,000 light-years away. It is the remnant of a once massive star that died in a supernova explosion. Credit NASA. Science Astronomy
False-colour image of supernova remnant Cassiopeia A in constellation Cassiopeia, 10,000 light-years away. It is the remnant of a once massive star that died in a supernova explosion. Credit NASA. Science Astronomy

UIG528814: False-colour image of supernova remnant Cassiopeia A in constellation Cassiopeia, 10,000 light-years away. It is the remnant of a once massive star that died in a supernova explosion. Credit NASA. Science Astronomy / Bridgeman Images

ID: UIG528814

False-colour image of supernova remnant Cassiopeia A in constellation Cassiopeia, 10,000 light-years away. It is the remnant of a once massive star that died in a supernova explosion. Credit NASA. Science Astronomy

Oval and zigzag patterns on the Davenport Ranges, central Australia. Thought to be among the oldest persisting landforms due to Australia's tectonic stability over 700 million years. Credit NASA. Science Earth Geology Cartography
Oval and zigzag patterns on the Davenport Ranges, central Australia. Thought to be among the oldest persisting landforms due to Australia's tectonic stability over 700 million years. Credit NASA. Science Earth Geology Cartography

UIG528819: Oval and zigzag patterns on the Davenport Ranges, central Australia. Thought to be among the oldest persisting landforms due to Australia's tectonic stability over 700 million years. Credit NASA. Science Earth Geology Cartography / Bridgeman Images

ID: UIG528819

Oval and zigzag patterns on the Davenport Ranges, central Australia. Thought to be among the oldest persisting landforms due to Australia's tectonic stability over 700 million years. Credit NASA. Science Earth Geology Cartography

Yucatan peninsula, south-eastern Mexico, separating the Gulf of Mexico from the Caribbean Sea photographed by Satellite. Credit NASA. Science Earth Geology Oceanography
Yucatan peninsula, south-eastern Mexico, separating the Gulf of Mexico from the Caribbean Sea photographed by Satellite. Credit NASA. Science Earth Geology Oceanography

UIG528831: Yucatan peninsula, south-eastern Mexico, separating the Gulf of Mexico from the Caribbean Sea photographed by Satellite. Credit NASA. Science Earth Geology Oceanography / Bridgeman Images

ID: UIG528831

Yucatan peninsula, south-eastern Mexico, separating the Gulf of Mexico from the Caribbean Sea photographed by Satellite. Credit NASA. Science Earth Geology Oceanography

Planetary nebula NGC 2818 in the southern constellation of Pyxis (The Compass). Glowing layers and shell of gas were created when a star shed its outer layers into space after running out of nuclear fuel. Credit NASA. Science Astronomy
Planetary nebula NGC 2818 in the southern constellation of Pyxis (The Compass). Glowing layers and shell of gas were created when a star shed its outer layers into space after running out of nuclear fuel. Credit NASA. Science Astronomy

UIG528834: Planetary nebula NGC 2818 in the southern constellation of Pyxis (The Compass). Glowing layers and shell of gas were created when a star shed its outer layers into space after running out of nuclear fuel. Credit NASA. Science Astronomy / Bridgeman Images

ID: UIG528834

Planetary nebula NGC 2818 in the southern constellation of Pyxis (The Compass). Glowing layers and shell of gas were created when a star shed its outer layers into space after running out of nuclear fuel. Credit NASA. Science Astronomy

Satellite view of the Pyramids of Giza, Egypt.
Satellite view of the Pyramids of Giza, Egypt.

UIG528838: Satellite view of the Pyramids of Giza, Egypt. / Bridgeman Images

ID: UIG528838

Satellite view of the Pyramids of Giza, Egypt.

Satellite view over Indian peninsular. Sri Lanka is just visible under cloud at bottom right. Credit: NASA. Science Earth Geology Oceanography
Satellite view over Indian peninsular. Sri Lanka is just visible under cloud at bottom right. Credit: NASA. Science Earth Geology Oceanography

UIG528845: Satellite view over Indian peninsular. Sri Lanka is just visible under cloud at bottom right. Credit: NASA. Science Earth Geology Oceanography / Bridgeman Images

ID: UIG528845

Satellite view over Indian peninsular. Sri Lanka is just visible under cloud at bottom right. Credit: NASA. Science Earth Geology Oceanography

Satellite view of Japan with snow-covered mountains, Spring greening land at lower levels. Dust from mainland China blowing over the Sea of Japan, and out into the Pacific Ocean. Credit: NASA. Science Earth Erosion Geology
Satellite view of Japan with snow-covered mountains, Spring greening land at lower levels. Dust from mainland China blowing over the Sea of Japan, and out into the Pacific Ocean. Credit: NASA. Science Earth Erosion Geology

UIG528846: Satellite view of Japan with snow-covered mountains, Spring greening land at lower levels. Dust from mainland China blowing over the Sea of Japan, and out into the Pacific Ocean. Credit: NASA. Science Earth Erosion Geology / Bridgeman Images

ID: UIG528846

Satellite view of Japan with snow-covered mountains, Spring greening land at lower levels. Dust from mainland China blowing over the Sea of Japan, and out into the Pacific Ocean. Credit: NASA. Science Earth Erosion Geology

Satellite view of North, Central and South America, set between the Pacific and Atlantic oceans. Credit: NASA. Science Earth Geology Oceanography
Satellite view of North, Central and South America, set between the Pacific and Atlantic oceans. Credit: NASA. Science Earth Geology Oceanography

UIG528847: Satellite view of North, Central and South America, set between the Pacific and Atlantic oceans. Credit: NASA. Science Earth Geology Oceanography / Bridgeman Images

ID: UIG528847

Satellite view of North, Central and South America, set between the Pacific and Atlantic oceans. Credit: NASA. Science Earth Geology Oceanography

Satellite image of the Pacific Ocean near Japan with a large brown cloud, possibly caused by the eruption of Mount Oyama on Miyakejima island, Japan. Credit NASA. Science Geology Vulcanology
Satellite image of the Pacific Ocean near Japan with a large brown cloud, possibly caused by the eruption of Mount Oyama on Miyakejima island, Japan. Credit NASA. Science Geology Vulcanology

UIG528850: Satellite image of the Pacific Ocean near Japan with a large brown cloud, possibly caused by the eruption of Mount Oyama on Miyakejima island, Japan. Credit NASA. Science Geology Vulcanology / Bridgeman Images

ID: UIG528850

Satellite image of the Pacific Ocean near Japan with a large brown cloud, possibly caused by the eruption of Mount Oyama on Miyakejima island, Japan. Credit NASA. Science Geology Vulcanology

Sunspot with streamers of super-hot, electrically charged gas (plasma) arc from the surface of the Sun, revealing the structure of the solar magnetic field. Credit NASA.
Sunspot with streamers of super-hot, electrically charged gas (plasma) arc from the surface of the Sun, revealing the structure of the solar magnetic field. Credit NASA.

UIG528854: Sunspot with streamers of super-hot, electrically charged gas (plasma) arc from the surface of the Sun, revealing the structure of the solar magnetic field. Credit NASA. / Bridgeman Images

ID: UIG528854

Sunspot with streamers of super-hot, electrically charged gas (plasma) arc from the surface of the Sun, revealing the structure of the solar magnetic field. Credit NASA.

Coral reef photographed by NASA's Landsat 7 satellite. Credit NASA. Science Geology Oceanography
Coral reef photographed by NASA's Landsat 7 satellite. Credit NASA. Science Geology Oceanography

UIG528859: Coral reef photographed by NASA's Landsat 7 satellite. Credit NASA. Science Geology Oceanography / Bridgeman Images

ID: UIG528859

Coral reef photographed by NASA's Landsat 7 satellite. Credit NASA. Science Geology Oceanography

Global radar measurements in clear sky and through clouds. The radar data over the oceans provides scientists and weather forecasters with information on surface wind speed and direction. Credit NASA. Science Meteorology
Global radar measurements in clear sky and through clouds. The radar data over the oceans provides scientists and weather forecasters with information on surface wind speed and direction. Credit NASA. Science Meteorology

UIG528862: Global radar measurements in clear sky and through clouds. The radar data over the oceans provides scientists and weather forecasters with information on surface wind speed and direction. Credit NASA. Science Meteorology / Bridgeman Images

ID: UIG528862

Global radar measurements in clear sky and through clouds. The radar data over the oceans provides scientists and weather forecasters with information on surface wind speed and direction. Credit NASA. Science Meteorology

True-colour satellite image of the River Amazon, down which flows one fifth of river water entering Earth's oceans. Credit: NASA. South America Science Geography
True-colour satellite image of the River Amazon, down which flows one fifth of river water entering Earth's oceans. Credit: NASA. South America Science Geography

UIG528865: True-colour satellite image of the River Amazon, down which flows one fifth of river water entering Earth's oceans. Credit: NASA. South America Science Geography / Bridgeman Images

ID: UIG528865

True-colour satellite image of the River Amazon, down which flows one fifth of river water entering Earth's oceans. Credit: NASA. South America Science Geography

Pottery tripod incense burner Aztec AD 900-1521,
Pottery tripod incense burner Aztec AD 900-1521,

UIG528873: Pottery tripod incense burner Aztec AD 900-1521, / Bridgeman Images

ID: UIG528873

Pottery tripod incense burner Aztec AD 900-1521,

Lintel No 15, from Yaxchilan, Mayan, AD 770. Noblewoman raising spirit of an ancestor by self-hallucination caused by blood-letting. Mexico Mesoamerican Civilization Archaeology Artefact Limestone Pre-Columbian Hypnosis
Lintel No 15, from Yaxchilan, Mayan, AD 770. Noblewoman raising spirit of an ancestor by self-hallucination caused by blood-letting. Mexico Mesoamerican Civilization Archaeology Artefact Limestone Pre-Columbian Hypnosis

UIG528875: Lintel No 15, from Yaxchilan, Mayan, AD 770. Noblewoman raising spirit of an ancestor by self-hallucination caused by blood-letting. Mexico Mesoamerican Civilization Archaeology Artefact Limestone Pre-Columbian Hypnosis / Bridgeman Images

ID: UIG528875

Lintel No 15, from Yaxchilan, Mayan, AD 770. Noblewoman raising spirit of an ancestor by self-hallucination caused by blood-letting. Mexico Mesoamerican Civilization Archaeology Artefact Limestone Pre-Columbian Hypnosis

Spanish Falangist poster c1936-1939, Falangist symbol in bottom right corner. 'Por la patria el pan y justicia' (For country, bread and justice). Spanish right-wing Fascist Anti-Communist political party. Propaganda Civil War
Spanish Falangist poster c1936-1939, Falangist symbol in bottom right corner. 'Por la patria el pan y justicia' (For country, bread and justice). Spanish right-wing Fascist Anti-Communist political party. Propaganda Civil War

UIG528881: Spanish Falangist poster c1936-1939, Falangist symbol in bottom right corner. 'Por la patria el pan y justicia' (For country, bread and justice). Spanish right-wing Fascist Anti-Communist political party. Propaganda Civil War / Bridgeman Images

ID: UIG528881

Spanish Falangist poster c1936-1939, Falangist symbol in bottom right corner. 'Por la patria el pan y justicia' (For country, bread and justice). Spanish right-wing Fascist Anti-Communist political party. Propaganda Civil War

Nikolai Andreyevich Rimsky-Korsakov (1844-1908) Russian composer, a master of orchestration. A member of The Five (Balakirev, Mussorgsky, Cui, Borodin ). Head-and-shoulders image.
Nikolai Andreyevich Rimsky-Korsakov (1844-1908) Russian composer, a master of orchestration. A member of The Five (Balakirev, Mussorgsky, Cui, Borodin ). Head-and-shoulders image.

UIG528887: Nikolai Andreyevich Rimsky-Korsakov (1844-1908) Russian composer, a master of orchestration. A member of The Five (Balakirev, Mussorgsky, Cui, Borodin ). Head-and-shoulders image. / Bridgeman Images

ID: UIG528887

Nikolai Andreyevich Rimsky-Korsakov (1844-1908) Russian composer, a master of orchestration. A member of The Five (Balakirev, Mussorgsky, Cui, Borodin ). Head-and-shoulders image.

Hirohito (1901-1989) 124th Emperor of Japan (1926-1989). Emperor mounted on white horse at a review of troops, c1937.
Hirohito (1901-1989) 124th Emperor of Japan (1926-1989). Emperor mounted on white horse at a review of troops, c1937.

UIG529333: Hirohito (1901-1989) 124th Emperor of Japan (1926-1989). Emperor mounted on white horse at a review of troops, c1937. / Bridgeman Images

ID: UIG529333

Hirohito (1901-1989) 124th Emperor of Japan (1926-1989). Emperor mounted on white horse at a review of troops, c1937.

Victoria (1819-1901) Queen of Great Britain 1837-1901. Full length portrait of Victoria facing left, 1862 or later.
Victoria (1819-1901) Queen of Great Britain 1837-1901. Full length portrait of Victoria facing left, 1862 or later.

UIG529338: Victoria (1819-1901) Queen of Great Britain 1837-1901. Full length portrait of Victoria facing left, 1862 or later. / Bridgeman Images

ID: UIG529338

Victoria (1819-1901) Queen of Great Britain 1837-1901. Full length portrait of Victoria facing left, 1862 or later.


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