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Eruption of Kliuchevskoi volcano (Russia) seen from space - Kliuchevskoi volcano eruption 09/1994 - Kliuchevskoi volcano, Kamchatka peninsula (Russia), in activity observed by the shuttle Endeavour on 30/09/1994. View of the plume from the Kamchatka peninsula's newly erupted volcano. The eruption was photographed from space shuttle Endeavour
Eruption of Kliuchevskoi volcano (Russia) seen from space - Kliuchevskoi volcano eruption 09/1994 - Kliuchevskoi volcano, Kamchatka peninsula (Russia), in activity observed by the shuttle Endeavour on 30/09/1994. View of the plume from the Kamchatka peninsula's newly erupted volcano. The eruption was photographed from space shuttle Endeavour

PIX4661450: Eruption of Kliuchevskoi volcano (Russia) seen from space - Kliuchevskoi volcano eruption 09/1994 - Kliuchevskoi volcano, Kamchatka peninsula (Russia), in activity observed by the shuttle Endeavour on 30/09/1994. View of the plume from the Kamchatka peninsula's newly erupted volcano. The eruption was photographed from space shuttle Endeavour / Bridgeman Images

ID: PIX4661450

Eruption of Kliuchevskoi volcano (Russia) seen from space - Kliuchevskoi volcano eruption 09/1994 - Kliuchevskoi volcano, Kamchatka peninsula (Russia), in activity observed by the shuttle Endeavour on 30/09/1994. View of the plume from the Kamchatka peninsula's newly erupted volcano. The eruption was photographed from space shuttle Endeavour

Eastern part of Sumbawa Island, Indonesia. - Eastern part of Sumbawa island. Indonesia. - Image obtained by the Landsat-7 satellite. To the north of the island, the volcano Tambora, a huge stratovolcano 60 km in diameter. His eruption on April 10, 1815 was the deadliest in history. Image taken by the Landsat - 7 satellite. To the north is the Tambora volcano, a huge 60 km diameter volcano. Its eruption in april 1815 was the most destructive volcanic eruption in modern history
Eastern part of Sumbawa Island, Indonesia. - Eastern part of Sumbawa island. Indonesia. - Image obtained by the Landsat-7 satellite. To the north of the island, the volcano Tambora, a huge stratovolcano 60 km in diameter. His eruption on April 10, 1815 was the deadliest in history. Image taken by the Landsat - 7 satellite. To the north is the Tambora volcano, a huge 60 km diameter volcano. Its eruption in april 1815 was the most destructive volcanic eruption in modern history

PIX4661468: Eastern part of Sumbawa Island, Indonesia. - Eastern part of Sumbawa island. Indonesia. - Image obtained by the Landsat-7 satellite. To the north of the island, the volcano Tambora, a huge stratovolcano 60 km in diameter. His eruption on April 10, 1815 was the deadliest in history. Image taken by the Landsat - 7 satellite. To the north is the Tambora volcano, a huge 60 km diameter volcano. Its eruption in april 1815 was the most destructive volcanic eruption in modern history / Bridgeman Images

ID: PIX4661468

Eastern part of Sumbawa Island, Indonesia. - Eastern part of Sumbawa island. Indonesia. - Image obtained by the Landsat-7 satellite. To the north of the island, the volcano Tambora, a huge stratovolcano 60 km in diameter. His eruption on April 10, 1815 was the deadliest in history. Image taken by the Landsat - 7 satellite. To the north is the Tambora volcano, a huge 60 km diameter volcano. Its eruption in april 1815 was the most destructive volcanic eruption in modern history

Eoraptor - The Eoraptor (Eoraptor lunensis) is a small bipede dinosaur, omnivorous, who lived during the Upper Triassic, between 230 and 225 million years BC. Eoraptor lunensis was one of the world's earliest dinosaurs. It was a two-legged carnivorous theropod that lived around 228 million years ago, in what is now the northwestern region of Argentina.
Eoraptor - The Eoraptor (Eoraptor lunensis) is a small bipede dinosaur, omnivorous, who lived during the Upper Triassic, between 230 and 225 million years BC. Eoraptor lunensis was one of the world's earliest dinosaurs. It was a two-legged carnivorous theropod that lived around 228 million years ago, in what is now the northwestern region of Argentina.

PIX4661881: Eoraptor - The Eoraptor (Eoraptor lunensis) is a small bipede dinosaur, omnivorous, who lived during the Upper Triassic, between 230 and 225 million years BC. Eoraptor lunensis was one of the world's earliest dinosaurs. It was a two-legged carnivorous theropod that lived around 228 million years ago, in what is now the northwestern region of Argentina. / Bridgeman Images

ID: PIX4661881

Eoraptor - The Eoraptor (Eoraptor lunensis) is a small bipede dinosaur, omnivorous, who lived during the Upper Triassic, between 230 and 225 million years BC. Eoraptor lunensis was one of the world's earliest dinosaurs. It was a two-legged carnivorous theropod that lived around 228 million years ago, in what is now the northwestern region of Argentina.

Sundial of the Palais de Justice - Paris - Sundial on Palais de Justice in Paris - Sundial located on the southern facade (Quai des Orfevres) of the Palais de Justice in Paris. This dial of 1.70m by 1.20m consists of two sculptures: on the left, Time raises its fake, while on the right, Justice carries a balance and a swords. Dial motto: Hora fugit stat jus (The hour flees, justice remains)
Sundial of the Palais de Justice - Paris - Sundial on Palais de Justice in Paris - Sundial located on the southern facade (Quai des Orfevres) of the Palais de Justice in Paris. This dial of 1.70m by 1.20m consists of two sculptures: on the left, Time raises its fake, while on the right, Justice carries a balance and a swords. Dial motto: Hora fugit stat jus (The hour flees, justice remains)

PIX4585383: Sundial of the Palais de Justice - Paris - Sundial on Palais de Justice in Paris - Sundial located on the southern facade (Quai des Orfevres) of the Palais de Justice in Paris. This dial of 1.70m by 1.20m consists of two sculptures: on the left, Time raises its fake, while on the right, Justice carries a balance and a swords. Dial motto: Hora fugit stat jus (The hour flees, justice remains) / Bridgeman Images

ID: PIX4585383

Sundial of the Palais de Justice - Paris - Sundial on Palais de Justice in Paris - Sundial located on the southern facade (Quai des Orfevres) of the Palais de Justice in Paris. This dial of 1.70m by 1.20m consists of two sculptures: on the left, Time raises its fake, while on the right, Justice carries a balance and a swords. Dial motto: Hora fugit stat jus (The hour flees, justice remains)

Prague Astronomical Clock - 15th century - The Prague Astronomical Clock - 15th century - The Prague Astronomical Clock - 15th century - The Prague City Hall Astronomical Clock, built by Nicholas of Kadau in 1410, and redesigned by Master Hanus de la Rose (Jan Ruze) around 1490. May 2007. (clock and calendar). Prague astronomical clock was made by clockmaker Mikulas of Kadan in 1410 and rearranged in 1490. May 2007
Prague Astronomical Clock - 15th century - The Prague Astronomical Clock - 15th century - The Prague Astronomical Clock - 15th century - The Prague City Hall Astronomical Clock, built by Nicholas of Kadau in 1410, and redesigned by Master Hanus de la Rose (Jan Ruze) around 1490. May 2007. (clock and calendar). Prague astronomical clock was made by clockmaker Mikulas of Kadan in 1410 and rearranged in 1490. May 2007

PIX4585671: Prague Astronomical Clock - 15th century - The Prague Astronomical Clock - 15th century - The Prague Astronomical Clock - 15th century - The Prague City Hall Astronomical Clock, built by Nicholas of Kadau in 1410, and redesigned by Master Hanus de la Rose (Jan Ruze) around 1490. May 2007. (clock and calendar). Prague astronomical clock was made by clockmaker Mikulas of Kadan in 1410 and rearranged in 1490. May 2007 / Bridgeman Images

ID: PIX4585671

Prague Astronomical Clock - 15th century - The Prague Astronomical Clock - 15th century - The Prague Astronomical Clock - 15th century - The Prague City Hall Astronomical Clock, built by Nicholas of Kadau in 1410, and redesigned by Master Hanus de la Rose (Jan Ruze) around 1490. May 2007. (clock and calendar). Prague astronomical clock was made by clockmaker Mikulas of Kadan in 1410 and rearranged in 1490. May 2007

Prague Astronomical Clock - 15th century - The Prague Astronomical Clock - 15th century - The Prague Astronomical Clock - 15th century - The Prague City Hall Astronomical Clock, built by Nicholas of Kadau in 1410, and redesigned by Master Hanus de la Rose (Jan Ruze) around 1490. May 2007. (detail). Prague astronomical clock was made by clockmaker Mikulas of Kadan in 1410 and rearranged in 1490. May 2007
Prague Astronomical Clock - 15th century - The Prague Astronomical Clock - 15th century - The Prague Astronomical Clock - 15th century - The Prague City Hall Astronomical Clock, built by Nicholas of Kadau in 1410, and redesigned by Master Hanus de la Rose (Jan Ruze) around 1490. May 2007. (detail). Prague astronomical clock was made by clockmaker Mikulas of Kadan in 1410 and rearranged in 1490. May 2007

PIX4585704: Prague Astronomical Clock - 15th century - The Prague Astronomical Clock - 15th century - The Prague Astronomical Clock - 15th century - The Prague City Hall Astronomical Clock, built by Nicholas of Kadau in 1410, and redesigned by Master Hanus de la Rose (Jan Ruze) around 1490. May 2007. (detail). Prague astronomical clock was made by clockmaker Mikulas of Kadan in 1410 and rearranged in 1490. May 2007 / Bridgeman Images

ID: PIX4585704

Prague Astronomical Clock - 15th century - The Prague Astronomical Clock - 15th century - The Prague Astronomical Clock - 15th century - The Prague City Hall Astronomical Clock, built by Nicholas of Kadau in 1410, and redesigned by Master Hanus de la Rose (Jan Ruze) around 1490. May 2007. (detail). Prague astronomical clock was made by clockmaker Mikulas of Kadan in 1410 and rearranged in 1490. May 2007

Prague Astronomical Clock - 15th century - The Prague Astronomical Clock - 15th century - The Prague Astronomical Clock - 15th century - The Prague City Hall Astronomical Clock, built by Nicholas of Kadau in 1410, and redesigned by Master Hanus de la Rose (Jan Ruze) around 1490. May 2007. Prague astronomical clock was made by clockmaker Mikulas of Kadan in 1410 and rearranged in 1490. May 2007
Prague Astronomical Clock - 15th century - The Prague Astronomical Clock - 15th century - The Prague Astronomical Clock - 15th century - The Prague City Hall Astronomical Clock, built by Nicholas of Kadau in 1410, and redesigned by Master Hanus de la Rose (Jan Ruze) around 1490. May 2007. Prague astronomical clock was made by clockmaker Mikulas of Kadan in 1410 and rearranged in 1490. May 2007

PIX4585726: Prague Astronomical Clock - 15th century - The Prague Astronomical Clock - 15th century - The Prague Astronomical Clock - 15th century - The Prague City Hall Astronomical Clock, built by Nicholas of Kadau in 1410, and redesigned by Master Hanus de la Rose (Jan Ruze) around 1490. May 2007. Prague astronomical clock was made by clockmaker Mikulas of Kadan in 1410 and rearranged in 1490. May 2007 / Bridgeman Images

ID: PIX4585726

Prague Astronomical Clock - 15th century - The Prague Astronomical Clock - 15th century - The Prague Astronomical Clock - 15th century - The Prague City Hall Astronomical Clock, built by Nicholas of Kadau in 1410, and redesigned by Master Hanus de la Rose (Jan Ruze) around 1490. May 2007. Prague astronomical clock was made by clockmaker Mikulas of Kadan in 1410 and rearranged in 1490. May 2007

Prague Astronomical Clock - 15th century - The Prague Astronomical Clock - 15th century - The Prague Astronomical Clock - 15th century - The Prague City Hall Astronomical Clock, built by Nicholas of Kadau in 1410, and redesigned by Master Hanus de la Rose (Jan Ruze) around 1490. May 2007. Lower detail. Prague astronomical clock was made by clockmaker Mikulas of Kadan in 1410 and rearranged in 1490. May 2007. Bottom close up
Prague Astronomical Clock - 15th century - The Prague Astronomical Clock - 15th century - The Prague Astronomical Clock - 15th century - The Prague City Hall Astronomical Clock, built by Nicholas of Kadau in 1410, and redesigned by Master Hanus de la Rose (Jan Ruze) around 1490. May 2007. Lower detail. Prague astronomical clock was made by clockmaker Mikulas of Kadan in 1410 and rearranged in 1490. May 2007. Bottom close up

PIX4585780: Prague Astronomical Clock - 15th century - The Prague Astronomical Clock - 15th century - The Prague Astronomical Clock - 15th century - The Prague City Hall Astronomical Clock, built by Nicholas of Kadau in 1410, and redesigned by Master Hanus de la Rose (Jan Ruze) around 1490. May 2007. Lower detail. Prague astronomical clock was made by clockmaker Mikulas of Kadan in 1410 and rearranged in 1490. May 2007. Bottom close up / Bridgeman Images

ID: PIX4585780

Prague Astronomical Clock - 15th century - The Prague Astronomical Clock - 15th century - The Prague Astronomical Clock - 15th century - The Prague City Hall Astronomical Clock, built by Nicholas of Kadau in 1410, and redesigned by Master Hanus de la Rose (Jan Ruze) around 1490. May 2007. Lower detail. Prague astronomical clock was made by clockmaker Mikulas of Kadan in 1410 and rearranged in 1490. May 2007. Bottom close up

Architect workshop towards rue de Charonne Paris 11th arrondissement.
Architect workshop towards rue de Charonne Paris 11th arrondissement.

TEC4585913: Architect workshop towards rue de Charonne Paris 11th arrondissement. / Bridgeman Images

ID: TEC4585913

Architect workshop towards rue de Charonne Paris 11th arrondissement.

Avenue de La Republique Paris 11th arrondissement.
Avenue de La Republique Paris 11th arrondissement.

TEC4586002: Avenue de La Republique Paris 11th arrondissement. / Bridgeman Images

ID: TEC4586002

Avenue de La Republique Paris 11th arrondissement.

Astronomical clock of Ploermel - 19th century - Astronomical clock - 19th century - Ploermel - France - Astronomical clock built from 1850 to 1855 by the Frere Bernardin (1812 - 1876). Morbihan. Astronomical clock built from 1850 to 1855 by Bernardin Morin. Ploermel, Morbihan, France
Astronomical clock of Ploermel - 19th century - Astronomical clock - 19th century - Ploermel - France - Astronomical clock built from 1850 to 1855 by the Frere Bernardin (1812 - 1876). Morbihan. Astronomical clock built from 1850 to 1855 by Bernardin Morin. Ploermel, Morbihan, France

PIX4586064: Astronomical clock of Ploermel - 19th century - Astronomical clock - 19th century - Ploermel - France - Astronomical clock built from 1850 to 1855 by the Frere Bernardin (1812 - 1876). Morbihan. Astronomical clock built from 1850 to 1855 by Bernardin Morin. Ploermel, Morbihan, France / Bridgeman Images

ID: PIX4586064

Astronomical clock of Ploermel - 19th century - Astronomical clock - 19th century - Ploermel - France - Astronomical clock built from 1850 to 1855 by the Frere Bernardin (1812 - 1876). Morbihan. Astronomical clock built from 1850 to 1855 by Bernardin Morin. Ploermel, Morbihan, France

The chateau d'Use is located in Rigny-Use, in Indre-et-Loire. Built between the 15th and 17th century, it is part of the chateaux of the Loire. - The Chateau d'Use is located in the commune of Rigny-Use in the Indre-et-Loire departement, in France
The chateau d'Use is located in Rigny-Use, in Indre-et-Loire. Built between the 15th and 17th century, it is part of the chateaux of the Loire. - The Chateau d'Use is located in the commune of Rigny-Use in the Indre-et-Loire departement, in France

PIX4667948: The chateau d'Use is located in Rigny-Use, in Indre-et-Loire. Built between the 15th and 17th century, it is part of the chateaux of the Loire. - The Chateau d'Use is located in the commune of Rigny-Use in the Indre-et-Loire departement, in France / Bridgeman Images

ID: PIX4667948

The chateau d'Use is located in Rigny-Use, in Indre-et-Loire. Built between the 15th and 17th century, it is part of the chateaux of the Loire. - The Chateau d'Use is located in the commune of Rigny-Use in the Indre-et-Loire departement, in France

The Oriental Park of Maulevrier is a Japanese garden located in Maulevrier, Maine-et-Loire, France. With 29 hectares it is today the largest Japanese garden in Europe. Organizing around an artificial lake fed by the Monk that crosses it from east to west, it contains about 300 plants, including azalees, camelias, rhododendrons, Japanese Maple, ginkgo biloba and others, with elements of traditional decoration of Japanese gardens such as red porticos (torii), stone lanterns (T r), or replica of a Khmer Buddhist temple. The designer of this space is the Parisian architect Alexandre Marcel (1860-1928), designer of the Cambodia pavilion at the 1900 Universal Exhibition - The Parc Oriental de Maulevrier is the largest Japanese garden in France. It is located in Maulevrier, Maine-et-Loire, Pays de la Loire, France. - The park was created between 1899-1913 on the grounds of Chateau Colbert by architect Alexandre Marcel (1860-1928), designer of the Cambodia pavilion at the Exposition Universelle (1900)
The Oriental Park of Maulevrier is a Japanese garden located in Maulevrier, Maine-et-Loire, France. With 29 hectares it is today the largest Japanese garden in Europe. Organizing around an artificial lake fed by the Monk that crosses it from east to west, it contains about 300 plants, including azalees, camelias, rhododendrons, Japanese Maple, ginkgo biloba and others, with elements of traditional decoration of Japanese gardens such as red porticos (torii), stone lanterns (T r), or replica of a Khmer Buddhist temple. The designer of this space is the Parisian architect Alexandre Marcel (1860-1928), designer of the Cambodia pavilion at the 1900 Universal Exhibition - The Parc Oriental de Maulevrier is the largest Japanese garden in France. It is located in Maulevrier, Maine-et-Loire, Pays de la Loire, France. - The park was created between 1899-1913 on the grounds of Chateau Colbert by architect Alexandre Marcel (1860-1928), designer of the Cambodia pavilion at the Exposition Universelle (1900)

PIX4668299: The Oriental Park of Maulevrier is a Japanese garden located in Maulevrier, Maine-et-Loire, France. With 29 hectares it is today the largest Japanese garden in Europe. Organizing around an artificial lake fed by the Monk that crosses it from east to west, it contains about 300 plants, including azalees, camelias, rhododendrons, Japanese Maple, ginkgo biloba and others, with elements of traditional decoration of Japanese gardens such as red porticos (torii), stone lanterns (T r), or replica of a Khmer Buddhist temple. The designer of this space is the Parisian architect Alexandre Marcel (1860-1928), designer of the Cambodia pavilion at the 1900 Universal Exhibition - The Parc Oriental de Maulevrier is the largest Japanese garden in France. It is located in Maulevrier, Maine-et-Loire, Pays de la Loire, France. - The park was created between 1899-1913 on the grounds of Chateau Colbert by architect Alexandre Marcel (1860-1928), designer of the Cambodia pavilion at the Exposition Universelle (1900) / Bridgeman Images

ID: PIX4668299

The Oriental Park of Maulevrier is a Japanese garden located in Maulevrier, Maine-et-Loire, France. With 29 hectares it is today the largest Japanese garden in Europe. Organizing around an artificial lake fed by the Monk that crosses it from east to west, it contains about 300 plants, including azalees, camelias, rhododendrons, Japanese Maple, ginkgo biloba and others, with elements of traditional decoration of Japanese gardens such as red porticos (torii), stone lanterns (T r), or replica of a Khmer Buddhist temple. The designer of this space is the Parisian architect Alexandre Marcel (1860-1928), designer of the Cambodia pavilion at the 1900 Universal Exhibition - The Parc Oriental de Maulevrier is the largest Japanese garden in France. It is located in Maulevrier, Maine-et-Loire, Pays de la Loire, France. - The park was created between 1899-1913 on the grounds of Chateau Colbert by architect Alexandre Marcel (1860-1928), designer of the Cambodia pavilion at the Exposition Universell

Abbey of Fontevraud - Maine-et-Loire - Abbey of Fontevraud - Maine-et-Loire: The Abbey of Notre-Dame de Fontevraud was founded by Robert d'Arbrissel in 1101. Located 15 km from Saumur in the Maine-et-Loire, it was classified as a historical monument in 1840 and declared a UNESCO World Heritage Site in 2000 with the entire cultural site of the Loire Valley. The Royal Abbey of Our Lady of Fontevraud or Fontevrault was a monastery in the village of Fontevraud-l'Abbaye, near Saumur, in Anjou, France. It was founded in 1101 by Robert of Arbrissel. The complex of monastic buildings served as a prison from 1804 to 1963
Abbey of Fontevraud - Maine-et-Loire - Abbey of Fontevraud - Maine-et-Loire: The Abbey of Notre-Dame de Fontevraud was founded by Robert d'Arbrissel in 1101. Located 15 km from Saumur in the Maine-et-Loire, it was classified as a historical monument in 1840 and declared a UNESCO World Heritage Site in 2000 with the entire cultural site of the Loire Valley. The Royal Abbey of Our Lady of Fontevraud or Fontevrault was a monastery in the village of Fontevraud-l'Abbaye, near Saumur, in Anjou, France. It was founded in 1101 by Robert of Arbrissel. The complex of monastic buildings served as a prison from 1804 to 1963

PIX4668694: Abbey of Fontevraud - Maine-et-Loire - Abbey of Fontevraud - Maine-et-Loire: The Abbey of Notre-Dame de Fontevraud was founded by Robert d'Arbrissel in 1101. Located 15 km from Saumur in the Maine-et-Loire, it was classified as a historical monument in 1840 and declared a UNESCO World Heritage Site in 2000 with the entire cultural site of the Loire Valley. The Royal Abbey of Our Lady of Fontevraud or Fontevrault was a monastery in the village of Fontevraud-l'Abbaye, near Saumur, in Anjou, France. It was founded in 1101 by Robert of Arbrissel. The complex of monastic buildings served as a prison from 1804 to 1963 / Bridgeman Images

ID: PIX4668694

Abbey of Fontevraud - Maine-et-Loire - Abbey of Fontevraud - Maine-et-Loire: The Abbey of Notre-Dame de Fontevraud was founded by Robert d'Arbrissel in 1101. Located 15 km from Saumur in the Maine-et-Loire, it was classified as a historical monument in 1840 and declared a UNESCO World Heritage Site in 2000 with the entire cultural site of the Loire Valley. The Royal Abbey of Our Lady of Fontevraud or Fontevrault was a monastery in the village of Fontevraud-l'Abbaye, near Saumur, in Anjou, France. It was founded in 1101 by Robert of Arbrissel. The complex of monastic buildings served as a prison from 1804 to 1963

Dial of the Tower of the Clock - Auxerre - Clock on the clock tower in Auxerre - Clock with dials of the Tower of the Clock in Auxerre. This public clock was built in 1469 by a master watchmaker named Jean. It operated until 1812. The present mechanism dates back to 1817. The clock consists of two identical dials, one to the east (photo), the other to the west. The dials are divided into 24 hours: from noon to midnight, and from midnight to noon. A needle on which the Sun is depicted indicates the hours of the day. The second hand carries a globe with half black and half gold. This globe indicates the phases of the Moon. This needle indicates the lunar day, which is 24h49min. The stars pass to the Meridian (towards the south) when their image is at the top of the dial, on the number XII. Clock on the 15th century clock tower in Auxerre
Dial of the Tower of the Clock - Auxerre - Clock on the clock tower in Auxerre - Clock with dials of the Tower of the Clock in Auxerre. This public clock was built in 1469 by a master watchmaker named Jean. It operated until 1812. The present mechanism dates back to 1817. The clock consists of two identical dials, one to the east (photo), the other to the west. The dials are divided into 24 hours: from noon to midnight, and from midnight to noon. A needle on which the Sun is depicted indicates the hours of the day. The second hand carries a globe with half black and half gold. This globe indicates the phases of the Moon. This needle indicates the lunar day, which is 24h49min. The stars pass to the Meridian (towards the south) when their image is at the top of the dial, on the number XII. Clock on the 15th century clock tower in Auxerre

PIX4669113: Dial of the Tower of the Clock - Auxerre - Clock on the clock tower in Auxerre - Clock with dials of the Tower of the Clock in Auxerre. This public clock was built in 1469 by a master watchmaker named Jean. It operated until 1812. The present mechanism dates back to 1817. The clock consists of two identical dials, one to the east (photo), the other to the west. The dials are divided into 24 hours: from noon to midnight, and from midnight to noon. A needle on which the Sun is depicted indicates the hours of the day. The second hand carries a globe with half black and half gold. This globe indicates the phases of the Moon. This needle indicates the lunar day, which is 24h49min. The stars pass to the Meridian (towards the south) when their image is at the top of the dial, on the number XII. Clock on the 15th century clock tower in Auxerre / Bridgeman Images

ID: PIX4669113

Dial of the Tower of the Clock - Auxerre - Clock on the clock tower in Auxerre - Clock with dials of the Tower of the Clock in Auxerre. This public clock was built in 1469 by a master watchmaker named Jean. It operated until 1812. The present mechanism dates back to 1817. The clock consists of two identical dials, one to the east (photo), the other to the west. The dials are divided into 24 hours: from noon to midnight, and from midnight to noon. A needle on which the Sun is depicted indicates the hours of the day. The second hand carries a globe with half black and half gold. This globe indicates the phases of the Moon. This needle indicates the lunar day, which is 24h49min. The stars pass to the Meridian (towards the south) when their image is at the top of the dial, on the number XII. Clock on the 15th century clock tower in Auxerre

Coat of arms of the kingdom of Castile explorer Christopher Columbus.
Coat of arms of the kingdom of Castile explorer Christopher Columbus.

LRI4669315: Coat of arms of the kingdom of Castile explorer Christopher Columbus. / Bridgeman Images

ID: LRI4669315

Coat of arms of the kingdom of Castile explorer Christopher Columbus.

Earth- Illustration - Earth from space. Artwork
Earth- Illustration - Earth from space. Artwork

PIX4669545: Earth- Illustration - Earth from space. Artwork / Bridgeman Images

ID: PIX4669545

Earth- Illustration - Earth from space. Artwork

Southern Aurora Observed from Space Station - Southern Aurora Observed from Space Station - Southern Aurora Observed from International Space Station April 16, 2003
Southern Aurora Observed from Space Station - Southern Aurora Observed from Space Station - Southern Aurora Observed from International Space Station April 16, 2003

PIX4669669: Southern Aurora Observed from Space Station - Southern Aurora Observed from Space Station - Southern Aurora Observed from International Space Station April 16, 2003 / Bridgeman Images

ID: PIX4669669

Southern Aurora Observed from Space Station - Southern Aurora Observed from Space Station - Southern Aurora Observed from International Space Station April 16, 2003

Aurora Boreale observed in Alaska, Homer, January 17, 2005
Aurora Boreale observed in Alaska, Homer, January 17, 2005

PIX4669797: Aurora Boreale observed in Alaska, Homer, January 17, 2005 / Bridgeman Images

ID: PIX4669797

Aurora Boreale observed in Alaska, Homer, January 17, 2005

Pavilion Finca Guell realized by Antoni Gaudi (1852-1926) in 1884-1887, in Avenida Pedralbes 7-15 in Barcelona (Spain).
Pavilion Finca Guell realized by Antoni Gaudi (1852-1926) in 1884-1887, in Avenida Pedralbes 7-15 in Barcelona (Spain).

LBY4669836: Pavilion Finca Guell realized by Antoni Gaudi (1852-1926) in 1884-1887, in Avenida Pedralbes 7-15 in Barcelona (Spain). / Bridgeman Images

ID: LBY4669836

Pavilion Finca Guell realized by Antoni Gaudi (1852-1926) in 1884-1887, in Avenida Pedralbes 7-15 in Barcelona (Spain).

Aurora boreale 12 - 2001 - Aurora borealis 12 - 2001 - Aurora boreale observed in Alaska, December 24, 2001. The film recorded much more colours than those visible by human vision; visually, only a slight green glow was perceived. Image taken on Christmas Eve of 2001. Often the film will pick up more color than we see visually at night and this is a good example. Our eyes are somewhat color blind in dim conditions but the film is not. Visually one could only see a little green
Aurora boreale 12 - 2001 - Aurora borealis 12 - 2001 - Aurora boreale observed in Alaska, December 24, 2001. The film recorded much more colours than those visible by human vision; visually, only a slight green glow was perceived. Image taken on Christmas Eve of 2001. Often the film will pick up more color than we see visually at night and this is a good example. Our eyes are somewhat color blind in dim conditions but the film is not. Visually one could only see a little green

PIX4669950: Aurora boreale 12 - 2001 - Aurora borealis 12 - 2001 - Aurora boreale observed in Alaska, December 24, 2001. The film recorded much more colours than those visible by human vision; visually, only a slight green glow was perceived. Image taken on Christmas Eve of 2001. Often the film will pick up more color than we see visually at night and this is a good example. Our eyes are somewhat color blind in dim conditions but the film is not. Visually one could only see a little green / Bridgeman Images

ID: PIX4669950

Aurora boreale 12 - 2001 - Aurora borealis 12 - 2001 - Aurora boreale observed in Alaska, December 24, 2001. The film recorded much more colours than those visible by human vision; visually, only a slight green glow was perceived. Image taken on Christmas Eve of 2001. Often the film will pick up more color than we see visually at night and this is a good example. Our eyes are somewhat color blind in dim conditions but the film is not. Visually one could only see a little green

Aurora boreale observed in Norway - 02 - 2006 - Aurora at Booster Bay - Norway. Feb 16 2006 - Aurora Boreale observed near the Andoya launch centre in Norway, February 16, 2006. The launch center is visible on the left. This image is taken at the Andoya Rocket Range near Andenes Norway. The Rocket launch facility is at left and the bay gets its name from the fact that many rocket boosters end up in the water as research rockets are launched out over the Ocean. The facility at 69.2 degrees north latitude is the world's northernmost permenent launch facility and is located right in the auroral zone where the auroras might be visible any night that it is dark and clear. It is the Norwegians who pioneered the study of the aurora and first determined its altituded photographically over 100 years ago
Aurora boreale observed in Norway - 02 - 2006 - Aurora at Booster Bay - Norway. Feb 16 2006 - Aurora Boreale observed near the Andoya launch centre in Norway, February 16, 2006. The launch center is visible on the left. This image is taken at the Andoya Rocket Range near Andenes Norway. The Rocket launch facility is at left and the bay gets its name from the fact that many rocket boosters end up in the water as research rockets are launched out over the Ocean. The facility at 69.2 degrees north latitude is the world's northernmost permenent launch facility and is located right in the auroral zone where the auroras might be visible any night that it is dark and clear. It is the Norwegians who pioneered the study of the aurora and first determined its altituded photographically over 100 years ago

PIX4669961: Aurora boreale observed in Norway - 02 - 2006 - Aurora at Booster Bay - Norway. Feb 16 2006 - Aurora Boreale observed near the Andoya launch centre in Norway, February 16, 2006. The launch center is visible on the left. This image is taken at the Andoya Rocket Range near Andenes Norway. The Rocket launch facility is at left and the bay gets its name from the fact that many rocket boosters end up in the water as research rockets are launched out over the Ocean. The facility at 69.2 degrees north latitude is the world's northernmost permenent launch facility and is located right in the auroral zone where the auroras might be visible any night that it is dark and clear. It is the Norwegians who pioneered the study of the aurora and first determined its altituded photographically over 100 years ago / Bridgeman Images

ID: PIX4669961

Aurora boreale observed in Norway - 02 - 2006 - Aurora at Booster Bay - Norway. Feb 16 2006 - Aurora Boreale observed near the Andoya launch centre in Norway, February 16, 2006. The launch center is visible on the left. This image is taken at the Andoya Rocket Range near Andenes Norway. The Rocket launch facility is at left and the bay gets its name from the fact that many rocket boosters end up in the water as research rockets are launched out over the Ocean. The facility at 69.2 degrees north latitude is the world's northernmost permenent launch facility and is located right in the auroral zone where the auroras might be visible any night that it is dark and clear. It is the Norwegians who pioneered the study of the aurora and first determined its altituded photographically over 100 years ago

Aurora boreale observed in Alaska 03/2008 - Aurora borealis in Alaska. 03/2008 - Aurora boreale observed in March 2008 in Alaska. Aurora borealis seen in march 2008, near Fairbanks, Alaska
Aurora boreale observed in Alaska 03/2008 - Aurora borealis in Alaska. 03/2008 - Aurora boreale observed in March 2008 in Alaska. Aurora borealis seen in march 2008, near Fairbanks, Alaska

PIX4670040: Aurora boreale observed in Alaska 03/2008 - Aurora borealis in Alaska. 03/2008 - Aurora boreale observed in March 2008 in Alaska. Aurora borealis seen in march 2008, near Fairbanks, Alaska / Bridgeman Images

ID: PIX4670040

Aurora boreale observed in Alaska 03/2008 - Aurora borealis in Alaska. 03/2008 - Aurora boreale observed in March 2008 in Alaska. Aurora borealis seen in march 2008, near Fairbanks, Alaska

Aurora boreale - Musee Viking - Norway - Aurora Borealis Panorama - Aurora boreale above the Musee Viking de Borg (Lofotr). Panorama of the Aurora Borealis above the Viking Museum in Borg, Lofoten Islands, Norway
Aurora boreale - Musee Viking - Norway - Aurora Borealis Panorama - Aurora boreale above the Musee Viking de Borg (Lofotr). Panorama of the Aurora Borealis above the Viking Museum in Borg, Lofoten Islands, Norway

PIX4670200: Aurora boreale - Musee Viking - Norway - Aurora Borealis Panorama - Aurora boreale above the Musee Viking de Borg (Lofotr). Panorama of the Aurora Borealis above the Viking Museum in Borg, Lofoten Islands, Norway / Bridgeman Images

ID: PIX4670200

Aurora boreale - Musee Viking - Norway - Aurora Borealis Panorama - Aurora boreale above the Musee Viking de Borg (Lofotr). Panorama of the Aurora Borealis above the Viking Museum in Borg, Lofoten Islands, Norway

Vedado district in Havana, Cuba.
Vedado district in Havana, Cuba.

TEC4592783: Vedado district in Havana, Cuba. / Bridgeman Images

ID: TEC4592783

Vedado district in Havana, Cuba.

Star Sky - Winter Hexagon - Under the Winter Hexagon: A couple observes the star sky in winter. The winter hexagon is an asterism formed by the stars Sirius, Procyon, Pollux, Capella, Aldebaran and Rigel. A couple admires the Northern winter sky. Above them, the Winter Hexagon can be seen
Star Sky - Winter Hexagon - Under the Winter Hexagon: A couple observes the star sky in winter. The winter hexagon is an asterism formed by the stars Sirius, Procyon, Pollux, Capella, Aldebaran and Rigel. A couple admires the Northern winter sky. Above them, the Winter Hexagon can be seen

PIX4593057: Star Sky - Winter Hexagon - Under the Winter Hexagon: A couple observes the star sky in winter. The winter hexagon is an asterism formed by the stars Sirius, Procyon, Pollux, Capella, Aldebaran and Rigel. A couple admires the Northern winter sky. Above them, the Winter Hexagon can be seen / Bridgeman Images

ID: PIX4593057

Star Sky - Winter Hexagon - Under the Winter Hexagon: A couple observes the star sky in winter. The winter hexagon is an asterism formed by the stars Sirius, Procyon, Pollux, Capella, Aldebaran and Rigel. A couple admires the Northern winter sky. Above them, the Winter Hexagon can be seen

Stormy night - Lightnin
Stormy night - Lightnin

PIX4670848: Stormy night - Lightnin / Bridgeman Images

ID: PIX4670848

Stormy night - Lightnin

Courtyard in the neighborhood of Habana Vieja in Havana (Cuba).
Courtyard in the neighborhood of Habana Vieja in Havana (Cuba).

TEC4593096: Courtyard in the neighborhood of Habana Vieja in Havana (Cuba). / Bridgeman Images

ID: TEC4593096

Courtyard in the neighborhood of Habana Vieja in Havana (Cuba).

The arcades of the Museum of Fine Arts in Havana (Cuba).
The arcades of the Museum of Fine Arts in Havana (Cuba).

TEC4593128: The arcades of the Museum of Fine Arts in Havana (Cuba). / Bridgeman Images

ID: TEC4593128

The arcades of the Museum of Fine Arts in Havana (Cuba).

Constellation Pegase - detail - Contellation of Pegasus - detail - The great square of Pegase. The Great Square of Pegasu
Constellation Pegase - detail - Contellation of Pegasus - detail - The great square of Pegase. The Great Square of Pegasu

PIX4593186: Constellation Pegase - detail - Contellation of Pegasus - detail - The great square of Pegase. The Great Square of Pegasu / Bridgeman Images

ID: PIX4593186

Constellation Pegase - detail - Contellation of Pegasus - detail - The great square of Pegase. The Great Square of Pegasu

Building before restoration in Havana (Cuba).
Building before restoration in Havana (Cuba).

TEC4593195: Building before restoration in Havana (Cuba). / Bridgeman Images

ID: TEC4593195

Building before restoration in Havana (Cuba).

Constellations of the Little Lion and the Lion - Constellations of Leo Minor and Leo - Leo Minor the lesser Lion, is a constellation of the northern Spring and was created by Johannes Hevelius (1611 - 1687), first published in his 1690 atlas Firmamentum Sobiescianum. He is believed to have named the star 46 Leonis Minoris 'Praecipua' because it was the principal star in his new and not very distictive constellation, which at 232 square degrees is 64th largest. Leo Minor is due north of the distinctive sickle shape in Leo, and south of the hind leg of Ursa Major, 'The Great Bear'
Constellations of the Little Lion and the Lion - Constellations of Leo Minor and Leo - Leo Minor the lesser Lion, is a constellation of the northern Spring and was created by Johannes Hevelius (1611 - 1687), first published in his 1690 atlas Firmamentum Sobiescianum. He is believed to have named the star 46 Leonis Minoris 'Praecipua' because it was the principal star in his new and not very distictive constellation, which at 232 square degrees is 64th largest. Leo Minor is due north of the distinctive sickle shape in Leo, and south of the hind leg of Ursa Major, 'The Great Bear'

PIX4593341: Constellations of the Little Lion and the Lion - Constellations of Leo Minor and Leo - Leo Minor the lesser Lion, is a constellation of the northern Spring and was created by Johannes Hevelius (1611 - 1687), first published in his 1690 atlas Firmamentum Sobiescianum. He is believed to have named the star 46 Leonis Minoris 'Praecipua' because it was the principal star in his new and not very distictive constellation, which at 232 square degrees is 64th largest. Leo Minor is due north of the distinctive sickle shape in Leo, and south of the hind leg of Ursa Major, 'The Great Bear' / Bridgeman Images

ID: PIX4593341

Constellations of the Little Lion and the Lion - Constellations of Leo Minor and Leo - Leo Minor the lesser Lion, is a constellation of the northern Spring and was created by Johannes Hevelius (1611 - 1687), first published in his 1690 atlas Firmamentum Sobiescianum. He is believed to have named the star 46 Leonis Minoris 'Praecipua' because it was the principal star in his new and not very distictive constellation, which at 232 square degrees is 64th largest. Leo Minor is due north of the distinctive sickle shape in Leo, and south of the hind leg of Ursa Major, 'The Great Bear'

Halo around the Sun - Sun Halo - Halos are due to the light of the Sun reflected by high-altitude clouds, cirrostratus, composed of ice crystals. They bend the light and cause a perfect circle around the Sun. Halos are caused by sunlight being refracted by cirro - stratus clouds. These are thin clouds, very high in the atmosphere, and are composed of ice crystals. They bend light at a 22 degree angle, which creates a halo around the sun that is 44 degrees in diameter
Halo around the Sun - Sun Halo - Halos are due to the light of the Sun reflected by high-altitude clouds, cirrostratus, composed of ice crystals. They bend the light and cause a perfect circle around the Sun. Halos are caused by sunlight being refracted by cirro - stratus clouds. These are thin clouds, very high in the atmosphere, and are composed of ice crystals. They bend light at a 22 degree angle, which creates a halo around the sun that is 44 degrees in diameter

PIX4671029: Halo around the Sun - Sun Halo - Halos are due to the light of the Sun reflected by high-altitude clouds, cirrostratus, composed of ice crystals. They bend the light and cause a perfect circle around the Sun. Halos are caused by sunlight being refracted by cirro - stratus clouds. These are thin clouds, very high in the atmosphere, and are composed of ice crystals. They bend light at a 22 degree angle, which creates a halo around the sun that is 44 degrees in diameter / Bridgeman Images

ID: PIX4671029

Halo around the Sun - Sun Halo - Halos are due to the light of the Sun reflected by high-altitude clouds, cirrostratus, composed of ice crystals. They bend the light and cause a perfect circle around the Sun. Halos are caused by sunlight being refracted by cirro - stratus clouds. These are thin clouds, very high in the atmosphere, and are composed of ice crystals. They bend light at a 22 degree angle, which creates a halo around the sun that is 44 degrees in diameter

Constellation of Pisces - Constellation of Pisces - Composite of two images. The sky is enlarged in relation to reality. Constellation of Pisces. Composite image. Stars are bigger than in reality
Constellation of Pisces - Constellation of Pisces - Composite of two images. The sky is enlarged in relation to reality. Constellation of Pisces. Composite image. Stars are bigger than in reality

PIX4593482: Constellation of Pisces - Constellation of Pisces - Composite of two images. The sky is enlarged in relation to reality. Constellation of Pisces. Composite image. Stars are bigger than in reality / Bridgeman Images

ID: PIX4593482

Constellation of Pisces - Constellation of Pisces - Composite of two images. The sky is enlarged in relation to reality. Constellation of Pisces. Composite image. Stars are bigger than in reality

Rainbow at sunrise - Rainbow at sunrise - Arc - en - ciel observes 17 December 2005. At sunrise, the glowing light of the Sun caused an almost complete absence of blue and green colors in the rainbow. December 17, 2005. Rainbow seen at sunrise. Blue and green colors are almost invisible, because of this bright reddish sunshine
Rainbow at sunrise - Rainbow at sunrise - Arc - en - ciel observes 17 December 2005. At sunrise, the glowing light of the Sun caused an almost complete absence of blue and green colors in the rainbow. December 17, 2005. Rainbow seen at sunrise. Blue and green colors are almost invisible, because of this bright reddish sunshine

PIX4671138: Rainbow at sunrise - Rainbow at sunrise - Arc - en - ciel observes 17 December 2005. At sunrise, the glowing light of the Sun caused an almost complete absence of blue and green colors in the rainbow. December 17, 2005. Rainbow seen at sunrise. Blue and green colors are almost invisible, because of this bright reddish sunshine / Bridgeman Images

ID: PIX4671138

Rainbow at sunrise - Rainbow at sunrise - Arc - en - ciel observes 17 December 2005. At sunrise, the glowing light of the Sun caused an almost complete absence of blue and green colors in the rainbow. December 17, 2005. Rainbow seen at sunrise. Blue and green colors are almost invisible, because of this bright reddish sunshine

Bridge of Cry on Armencon in the Yonne. Photography 15/11/03.
Bridge of Cry on Armencon in the Yonne. Photography 15/11/03.

ITR4593509: Bridge of Cry on Armencon in the Yonne. Photography 15/11/03. / Bridgeman Images

ID: ITR4593509

Bridge of Cry on Armencon in the Yonne. Photography 15/11/03.


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