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Sundial at the Autumn equinox - Sundial at the Autumn equinox - Morning sundial dating from the 18th century. It was restored in 1981. It is visible in the courtyard of the Old College of Jesuites in Reims. The yellow lines represent the path of the end of the shadow of the style for the 21st of each month of the year. At the ends of these curves are the signs of the zodiac, which symbolize the different months of the year. The end of the shadow of the style indicates the autumn equinox. 17th century sundial in Reims (France), showing the sun 'shadow during autumn equinox
Sundial at the Autumn equinox - Sundial at the Autumn equinox - Morning sundial dating from the 18th century. It was restored in 1981. It is visible in the courtyard of the Old College of Jesuites in Reims. The yellow lines represent the path of the end of the shadow of the style for the 21st of each month of the year. At the ends of these curves are the signs of the zodiac, which symbolize the different months of the year. The end of the shadow of the style indicates the autumn equinox. 17th century sundial in Reims (France), showing the sun 'shadow during autumn equinox

PIX4585161: Sundial at the Autumn equinox - Sundial at the Autumn equinox - Morning sundial dating from the 18th century. It was restored in 1981. It is visible in the courtyard of the Old College of Jesuites in Reims. The yellow lines represent the path of the end of the shadow of the style for the 21st of each month of the year. At the ends of these curves are the signs of the zodiac, which symbolize the different months of the year. The end of the shadow of the style indicates the autumn equinox. 17th century sundial in Reims (France), showing the sun 'shadow during autumn equinox / Bridgeman Images

ID: PIX4585161

Sundial at the Autumn equinox - Sundial at the Autumn equinox - Morning sundial dating from the 18th century. It was restored in 1981. It is visible in the courtyard of the Old College of Jesuites in Reims. The yellow lines represent the path of the end of the shadow of the style for the 21st of each month of the year. At the ends of these curves are the signs of the zodiac, which symbolize the different months of the year. The end of the shadow of the style indicates the autumn equinox. 17th century sundial in Reims (France), showing the sun 'shadow during autumn equinox

La Potsdamer Platz in Berlin, Germany. Photography 01/10/03.
La Potsdamer Platz in Berlin, Germany. Photography 01/10/03.

TEC4581346: La Potsdamer Platz in Berlin, Germany. Photography 01/10/03. / Bridgeman Images

ID: TEC4581346

La Potsdamer Platz in Berlin, Germany. Photography 01/10/03.

Grenoble (Isere, Rhone Alpes).
Grenoble (Isere, Rhone Alpes).

TEC4581713: Grenoble (Isere, Rhone Alpes). / Bridgeman Images

ID: TEC4581713

Grenoble (Isere, Rhone Alpes).

Castle of Saint Barthelemy under the stars - Starry sky above the castle of Saint - Barthelemy - Star sky above the ruins of the dungeon of the castle of Saint - Barthelemy in Ariege (Durban - sur - Arize). Starry sky above the castle of Saint - Barthelemy in Ariege (Durban - sur - Arize). 12th - 16th century
Castle of Saint Barthelemy under the stars - Starry sky above the castle of Saint - Barthelemy - Star sky above the ruins of the dungeon of the castle of Saint - Barthelemy in Ariege (Durban - sur - Arize). Starry sky above the castle of Saint - Barthelemy in Ariege (Durban - sur - Arize). 12th - 16th century

PIX4581954: Castle of Saint Barthelemy under the stars - Starry sky above the castle of Saint - Barthelemy - Star sky above the ruins of the dungeon of the castle of Saint - Barthelemy in Ariege (Durban - sur - Arize). Starry sky above the castle of Saint - Barthelemy in Ariege (Durban - sur - Arize). 12th - 16th century / Bridgeman Images

ID: PIX4581954

Castle of Saint Barthelemy under the stars - Starry sky above the castle of Saint - Barthelemy - Star sky above the ruins of the dungeon of the castle of Saint - Barthelemy in Ariege (Durban - sur - Arize). Starry sky above the castle of Saint - Barthelemy in Ariege (Durban - sur - Arize). 12th - 16th century

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

PIX4585682: 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: PIX4585682

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

PIX4585697: 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: PIX4585697

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

Cour Damoye, Paris 11th arrondissement.
Cour Damoye, Paris 11th arrondissement.

TEC4585852: Cour Damoye, Paris 11th arrondissement. / Bridgeman Images

ID: TEC4585852

Cour Damoye, Paris 11th arrondissement.

Astronomical clock of the cathedral of Strasbourg - Detail - Astronomical clock of Strasbourg Cathedral - Detail - Located in the cathedral of Strasbourg, the astronomical clock was built by a team of Swiss watchmakers in 1547. It was restored and modified between 1838 and 1843 by Jean-Baptiste Schwilgue, a Strasbourg watchmaker. However, a first clock, known as the “Three Kings”, existed from 1354. Here, the planetary and the phases of the moon. At the top of the clock, a ball indicates the phases of the Moon (here, the first quarter). Below, the planetary indicates the position of the planets around the Sun. It is surrounded by the twelve signs of the zodiac. In the foreground, the clock dial. The cathedral's south transept houses an 18 - mettre astronomical clock, one of the largest in the world, built in the 16th century. It was restored and modified in the 19th century
Astronomical clock of the cathedral of Strasbourg - Detail - Astronomical clock of Strasbourg Cathedral - Detail - Located in the cathedral of Strasbourg, the astronomical clock was built by a team of Swiss watchmakers in 1547. It was restored and modified between 1838 and 1843 by Jean-Baptiste Schwilgue, a Strasbourg watchmaker. However, a first clock, known as the “Three Kings”, existed from 1354. Here, the planetary and the phases of the moon. At the top of the clock, a ball indicates the phases of the Moon (here, the first quarter). Below, the planetary indicates the position of the planets around the Sun. It is surrounded by the twelve signs of the zodiac. In the foreground, the clock dial. The cathedral's south transept houses an 18 - mettre astronomical clock, one of the largest in the world, built in the 16th century. It was restored and modified in the 19th century

PIX4585912: Astronomical clock of the cathedral of Strasbourg - Detail - Astronomical clock of Strasbourg Cathedral - Detail - Located in the cathedral of Strasbourg, the astronomical clock was built by a team of Swiss watchmakers in 1547. It was restored and modified between 1838 and 1843 by Jean-Baptiste Schwilgue, a Strasbourg watchmaker. However, a first clock, known as the “Three Kings”, existed from 1354. Here, the planetary and the phases of the moon. At the top of the clock, a ball indicates the phases of the Moon (here, the first quarter). Below, the planetary indicates the position of the planets around the Sun. It is surrounded by the twelve signs of the zodiac. In the foreground, the clock dial. The cathedral's south transept houses an 18 - mettre astronomical clock, one of the largest in the world, built in the 16th century. It was restored and modified in the 19th century / Bridgeman Images

ID: PIX4585912

Astronomical clock of the cathedral of Strasbourg - Detail - Astronomical clock of Strasbourg Cathedral - Detail - Located in the cathedral of Strasbourg, the astronomical clock was built by a team of Swiss watchmakers in 1547. It was restored and modified between 1838 and 1843 by Jean-Baptiste Schwilgue, a Strasbourg watchmaker. However, a first clock, known as the “Three Kings”, existed from 1354. Here, the planetary and the phases of the moon. At the top of the clock, a ball indicates the phases of the Moon (here, the first quarter). Below, the planetary indicates the position of the planets around the Sun. It is surrounded by the twelve signs of the zodiac. In the foreground, the clock dial. The cathedral's south transept houses an 18 - mettre astronomical clock, one of the largest in the world, built in the 16th century. It was restored and modified in the 19th century

Dahlia “Melody Dora”
Dahlia “Melody Dora”

CUB4519630: Dahlia “Melody Dora” / Bridgeman Images

ID: CUB4519630

Dahlia “Melody Dora”

Dahlia “Heidehof””
Dahlia “Heidehof””

CUB4519658: Dahlia “Heidehof”” / Bridgeman Images

ID: CUB4519658

Dahlia “Heidehof””

Dahlia “” Shooting Star”
Dahlia “” Shooting Star”

CUB4519679: Dahlia “” Shooting Star” / Bridgeman Images

ID: CUB4519679

Dahlia “” Shooting Star”

Dahlia “” Sarafina”
Dahlia “” Sarafina”

CUB4519742: Dahlia “” Sarafina” / Bridgeman Images

ID: CUB4519742

Dahlia “” Sarafina”

Dahlia “” Sparkler”
Dahlia “” Sparkler”

CUB4519745: Dahlia “” Sparkler” / Bridgeman Images

ID: CUB4519745

Dahlia “” Sparkler”

Dahlia “” Bloemfontein”
Dahlia “” Bloemfontein”

CUB4519772: Dahlia “” Bloemfontein” / Bridgeman Images

ID: CUB4519772

Dahlia “” Bloemfontein”

Dendrobium cruentum
Dendrobium cruentum

CUB4519811: Dendrobium cruentum / Bridgeman Images

ID: CUB4519811

Dendrobium cruentum

Pelargonium zonale “Freckles”
Pelargonium zonale “Freckles”

CUB4519832: Pelargonium zonale “Freckles” / Bridgeman Images

ID: CUB4519832

Pelargonium zonale “Freckles”

Dendrobium canaliculatum
Dendrobium canaliculatum

CUB4519838: Dendrobium canaliculatum / Bridgeman Images

ID: CUB4519838

Dendrobium canaliculatum

Petals, Gloriosa superba “” Rothschildiana”
Petals, Gloriosa superba “” Rothschildiana”

CUB4519856: Petals, Gloriosa superba “” Rothschildiana” / Bridgeman Images

ID: CUB4519856

Petals, Gloriosa superba “” Rothschildiana”

Hibiscus rosa-sinensis
Hibiscus rosa-sinensis

CUB4519886: Hibiscus rosa-sinensis / Bridgeman Images

ID: CUB4519886

Hibiscus rosa-sinensis

Hibiscus rosa-sinensis “” Black Prince”
Hibiscus rosa-sinensis “” Black Prince”

CUB4519910: Hibiscus rosa-sinensis “” Black Prince” / Bridgeman Images

ID: CUB4519910

Hibiscus rosa-sinensis “” Black Prince”

Alpine pasture, Alto Adige, Italy
Alpine pasture, Alto Adige, Italy

CUB4519979: Alpine pasture, Alto Adige, Italy / Bridgeman Images

ID: CUB4519979

Alpine pasture, Alto Adige, Italy

Presule castle, Fie 'Allo Sciliar, Trentino Alto Adige, Italy
Presule castle, Fie 'Allo Sciliar, Trentino Alto Adige, Italy

CUB4519988: Presule castle, Fie 'Allo Sciliar, Trentino Alto Adige, Italy / Bridgeman Images

ID: CUB4519988

Presule castle, Fie 'Allo Sciliar, Trentino Alto Adige, Italy

Cobweb
Cobweb

CUB4519991: Cobweb / Bridgeman Images

ID: CUB4519991

Cobweb

Presule castle, Fie 'Allo Sciliar, Trentino Alto Adige, Italy
Presule castle, Fie 'Allo Sciliar, Trentino Alto Adige, Italy

CUB4520000: Presule castle, Fie 'Allo Sciliar, Trentino Alto Adige, Italy / Bridgeman Images

ID: CUB4520000

Presule castle, Fie 'Allo Sciliar, Trentino Alto Adige, Italy

Maxillaria sophronitis
Maxillaria sophronitis

CUB4520048: Maxillaria sophronitis / Bridgeman Images

ID: CUB4520048

Maxillaria sophronitis

Mokara “” Jacquad Blue”
Mokara “” Jacquad Blue”

CUB4520075: Mokara “” Jacquad Blue” / Bridgeman Images

ID: CUB4520075

Mokara “” Jacquad Blue”

Bowdenii nerine
Bowdenii nerine

CUB4520138: Bowdenii nerine / Bridgeman Images

ID: CUB4520138

Bowdenii nerine

Odontoglossum “” Isler Abendrot””
Odontoglossum “” Isler Abendrot””

CUB4520162: Odontoglossum “” Isler Abendrot”” / Bridgeman Images

ID: CUB4520162

Odontoglossum “” Isler Abendrot””

Clock astronomical de Lyon - Astronomical clock in Lyon - France - Detail of the astrolabe. The zodiac, the position of the Sun on the ecliptic, the lunar circle with the Moon in the last quarter. In the background, the map of the sky. Located in the Cathedrale Saint John, the clock dates back to 1379. Writings testifying to his presence in the cathedrale since 1383, making him one of the oldest astronomical clocks in Europe. It consists of a 1.80m square tower, surmounted by an octagonal turret presenting the automatons and a dome supporting a rooster. The whole peak is 9.35m high. The astronomical part consists of 3 parts: the astrolabe; below, the perpetual calendar, and on the right side, the minute dial. Astronomical clock - 16th century by Hugues Levet. Saint Jean Baptiste cathedral, Lyon, France. The Astrolab
Clock astronomical de Lyon - Astronomical clock in Lyon - France - Detail of the astrolabe. The zodiac, the position of the Sun on the ecliptic, the lunar circle with the Moon in the last quarter. In the background, the map of the sky. Located in the Cathedrale Saint John, the clock dates back to 1379. Writings testifying to his presence in the cathedrale since 1383, making him one of the oldest astronomical clocks in Europe. It consists of a 1.80m square tower, surmounted by an octagonal turret presenting the automatons and a dome supporting a rooster. The whole peak is 9.35m high. The astronomical part consists of 3 parts: the astrolabe; below, the perpetual calendar, and on the right side, the minute dial. Astronomical clock - 16th century by Hugues Levet. Saint Jean Baptiste cathedral, Lyon, France. The Astrolab

PIX4586010: Clock astronomical de Lyon - Astronomical clock in Lyon - France - Detail of the astrolabe. The zodiac, the position of the Sun on the ecliptic, the lunar circle with the Moon in the last quarter. In the background, the map of the sky. Located in the Cathedrale Saint John, the clock dates back to 1379. Writings testifying to his presence in the cathedrale since 1383, making him one of the oldest astronomical clocks in Europe. It consists of a 1.80m square tower, surmounted by an octagonal turret presenting the automatons and a dome supporting a rooster. The whole peak is 9.35m high. The astronomical part consists of 3 parts: the astrolabe; below, the perpetual calendar, and on the right side, the minute dial. Astronomical clock - 16th century by Hugues Levet. Saint Jean Baptiste cathedral, Lyon, France. The Astrolab / Bridgeman Images

ID: PIX4586010

Clock astronomical de Lyon - Astronomical clock in Lyon - France - Detail of the astrolabe. The zodiac, the position of the Sun on the ecliptic, the lunar circle with the Moon in the last quarter. In the background, the map of the sky. Located in the Cathedrale Saint John, the clock dates back to 1379. Writings testifying to his presence in the cathedrale since 1383, making him one of the oldest astronomical clocks in Europe. It consists of a 1.80m square tower, surmounted by an octagonal turret presenting the automatons and a dome supporting a rooster. The whole peak is 9.35m high. The astronomical part consists of 3 parts: the astrolabe; below, the perpetual calendar, and on the right side, the minute dial. Astronomical clock - 16th century by Hugues Levet. Saint Jean Baptiste cathedral, Lyon, France. The Astrolab

Avoriaz, Haute Savoie.
Avoriaz, Haute Savoie.

ITR4582324: Avoriaz, Haute Savoie. / Bridgeman Images

ID: ITR4582324

Avoriaz, Haute Savoie.

Demolition of the Church of Notre-Dame de l'Esperance Rue de la Roquette Paris 11th arrondissement.
Demolition of the Church of Notre-Dame de l'Esperance Rue de la Roquette Paris 11th arrondissement.

TEC4586071: Demolition of the Church of Notre-Dame de l'Esperance Rue de la Roquette Paris 11th arrondissement. / Bridgeman Images

ID: TEC4586071

Demolition of the Church of Notre-Dame de l'Esperance Rue de la Roquette Paris 11th arrondissement.

Demolition of the Church of Notre Dame de l'Esperance Rue de la Roquette in Paris 11th arrondissement.
Demolition of the Church of Notre Dame de l'Esperance Rue de la Roquette in Paris 11th arrondissement.

TEC4586121: Demolition of the Church of Notre Dame de l'Esperance Rue de la Roquette in Paris 11th arrondissement. / Bridgeman Images

ID: TEC4586121

Demolition of the Church of Notre Dame de l'Esperance Rue de la Roquette in Paris 11th arrondissement.

Supernova type 1a 1994D in galaxy NGC 4526 - Supernova 1994D in galaxy NGC 4526 - Supernova 1994D, visible as the bright spot on the lower left, occurred in the outskirts of disk galaxy NGC4526. Supernova 1994D was not of interest for how different it was, but rather for how similar it was to other supernovae. In fact, the light emitted during the weeksafter its explosion caused it to be given the familiar designation of a Type Ia supernova. If all Type 1a supernovae have the same intrinsic brightness, then the dimmer a supernova appears, the farther away it must be. By calibrating a precise brightness - distance relation, astronomers are able to estimate not only the expansion rate of the universe (parameterized by the Hubble Constant), but also the geometry of the universe we live in (parameterized by Omega and Lambda). The large number and great distances to supernovae measured in 1998 have been interpreted as indicating that we live in a previously unexpected universe
Supernova type 1a 1994D in galaxy NGC 4526 - Supernova 1994D in galaxy NGC 4526 - Supernova 1994D, visible as the bright spot on the lower left, occurred in the outskirts of disk galaxy NGC4526. Supernova 1994D was not of interest for how different it was, but rather for how similar it was to other supernovae. In fact, the light emitted during the weeksafter its explosion caused it to be given the familiar designation of a Type Ia supernova. If all Type 1a supernovae have the same intrinsic brightness, then the dimmer a supernova appears, the farther away it must be. By calibrating a precise brightness - distance relation, astronomers are able to estimate not only the expansion rate of the universe (parameterized by the Hubble Constant), but also the geometry of the universe we live in (parameterized by Omega and Lambda). The large number and great distances to supernovae measured in 1998 have been interpreted as indicating that we live in a previously unexpected universe

PIX4582396: Supernova type 1a 1994D in galaxy NGC 4526 - Supernova 1994D in galaxy NGC 4526 - Supernova 1994D, visible as the bright spot on the lower left, occurred in the outskirts of disk galaxy NGC4526. Supernova 1994D was not of interest for how different it was, but rather for how similar it was to other supernovae. In fact, the light emitted during the weeksafter its explosion caused it to be given the familiar designation of a Type Ia supernova. If all Type 1a supernovae have the same intrinsic brightness, then the dimmer a supernova appears, the farther away it must be. By calibrating a precise brightness - distance relation, astronomers are able to estimate not only the expansion rate of the universe (parameterized by the Hubble Constant), but also the geometry of the universe we live in (parameterized by Omega and Lambda). The large number and great distances to supernovae measured in 1998 have been interpreted as indicating that we live in a previously unexpected universe / Bridgeman Images

ID: PIX4582396

Supernova type 1a 1994D in galaxy NGC 4526 - Supernova 1994D in galaxy NGC 4526 - Supernova 1994D, visible as the bright spot on the lower left, occurred in the outskirts of disk galaxy NGC4526. Supernova 1994D was not of interest for how different it was, but rather for how similar it was to other supernovae. In fact, the light emitted during the weeksafter its explosion caused it to be given the familiar designation of a Type Ia supernova. If all Type 1a supernovae have the same intrinsic brightness, then the dimmer a supernova appears, the farther away it must be. By calibrating a precise brightness - distance relation, astronomers are able to estimate not only the expansion rate of the universe (parameterized by the Hubble Constant), but also the geometry of the universe we live in (parameterized by Omega and Lambda). The large number and great distances to supernovae measured in 1998 have been interpreted as indicating that we live in a previously unexpected universe

Les Hauts Forts in Avoriaz (Savoie), architect Jacques Labro 1967.
Les Hauts Forts in Avoriaz (Savoie), architect Jacques Labro 1967.

ITR4582483: Les Hauts Forts in Avoriaz (Savoie), architect Jacques Labro 1967. / Bridgeman Images

ID: ITR4582483

Les Hauts Forts in Avoriaz (Savoie), architect Jacques Labro 1967.

Les Dentelles du Swan - Detail - NGC 6995 - Part to the south - east of the rest of the supernova des Dace du Swan situated about 1400 years - light from the Earth. Image obtained by the Oschin telescope of Mount Palomar through several filters and composed
Les Dentelles du Swan - Detail - NGC 6995 - Part to the south - east of the rest of the supernova des Dace du Swan situated about 1400 years - light from the Earth. Image obtained by the Oschin telescope of Mount Palomar through several filters and composed

PIX4582580: Les Dentelles du Swan - Detail - NGC 6995 - Part to the south - east of the rest of the supernova des Dace du Swan situated about 1400 years - light from the Earth. Image obtained by the Oschin telescope of Mount Palomar through several filters and composed / Bridgeman Images

ID: PIX4582580

Les Dentelles du Swan - Detail - NGC 6995 - Part to the south - east of the rest of the supernova des Dace du Swan situated about 1400 years - light from the Earth. Image obtained by the Oschin telescope of Mount Palomar through several filters and composed

Cathedrale de Chartres - Sundial - Chartres Cathedral - Angel with sundial, dating from 1578 Angel with sundial - 157
Cathedrale de Chartres - Sundial - Chartres Cathedral - Angel with sundial, dating from 1578 Angel with sundial - 157

PIX4586378: Cathedrale de Chartres - Sundial - Chartres Cathedral - Angel with sundial, dating from 1578 Angel with sundial - 157 / Bridgeman Images

ID: PIX4586378

Cathedrale de Chartres - Sundial - Chartres Cathedral - Angel with sundial, dating from 1578 Angel with sundial - 157


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