Solar Eclipse Collection (page 5)

Digital illustration of Golden Orb Web Spider (Nephila maculata) on web

Model of a solar eclipse

Eclipsareon C017 / 3488
Plate from 18th century encyclopedia showing an illustration of an elipsareon. The elipsaroen is an instrument invented for exhibiting the time, quantity, duration, and progress of solar eclipses

Elipsareon and Equatorial Telescope Mount C017 / 3464
Plate from 18th century encyclopedia showing an illustration of an eclipsareon and an equatorial telescope mount. The elipsaroen is an instrument invented for exhibiting the time, quantity, duration

Solar eclipse, ISS image. Photograph showing the moons shadow over Earth caused by the solar eclipse on 20th May 2012. This image was taken by astronaut Don Pettit aboard the International Space

Total solar eclipse sequence C016 / 6315
Total solar eclipse sequence. Montage of images of the Sun being eclipsed by the Moon during a total solar eclipse. The sequence shows the path traced by the Moon and Sun in the sky

Stonehenge and observatory, artwork C017 / 0778
Stonehenge. Computer artwork of an astronomical observatory next to stonehenge, as a solar eclipse occurs overhead. A city can be seen in the background

1860 solar eclipse observation, artwork
1860 solar eclipse observation. Drawing by British artist Joseph Bonomi the Younger (1796-1878) of the darkening of the sky during the total solar eclipse of 18 July 1860

1889 solar eclipse chart, USA. Blueprint of the total solar eclipse track over California and Nevada, USA, on 1 January 1889. This chart was prepared by US astronomer Charles B

US eclipse expedition, West Africa, 1889. This expedition was led by US astronomer David Peck Todd (1855-1939). These huts housed the array of instruments used by the expedition

SDO view of the Sun eclipsed by Earth. The Solar Dynamics Observatory (SDO) is an Earth-orbiting spacecraft launched in 2010 by NASA and used to observe the Sun

Annular solar eclipse C014 / 4484
Annular solar eclipse. Solar ring seen around the Moon during an annular solar eclipse. This occurs when the Moon is at a distant point

Annular solar eclipse C014 / 4481
Annular solar eclipse. Solar ring seen around the Moon during an annular solar eclipse. This occurs when the Moon is at a distant point

Annular solar eclipse C014 / 4482
Annular solar eclipse. Solar ring seen around the Moon during an annular solar eclipse. This occurs when the Moon is at a distant point

Celestial planisphere, 1700 C016 / 4385
Celestial planisphere. 18th-century astronomy diagrams centred around a planisphere of stars and the southern constellations. The Sun and Mercury are at upper left

Amateur astronomer observing a solar eclipse
Solar eclipse. Amateur astronomer observing a total solar eclipse seen over trees and a temple. A total solar eclipse occurs when the Moon completely blocks the Suns disc causing darkness during

Boy viewing a total solar eclipse
MODEL RELEASED. Eclipse viewing. Young boy watching a total solar eclipse. A reflection of the eclipse can be seen in the lenses of his glasses

Solar eclipse over Mauna Kea observatory
Landscape around the Mauna Kea Observatory in Hawaii, a double exposure made just before sunrise and later during a total Solar eclipse on 11 July 1991

Solar eclipse sequence
Total solar eclipse. Sequence of images of the Sun during a total solar eclipse. Running from centre left to upper right, the sequence shows the disc of the Moon gradually moving over the disc of

Time-lapse image of a solar eclipse
Annular solar eclipse. Time lapse image of an annular solar eclipse. A solar eclipse occurs when the moon passes between the Earth and the Sun, blocking the Suns light

Partial phase of an annular solar eclipse, 10 / 5 / 94
Partial phase of the annular eclipse which occurred on May 10th 1994. The image was taken at 15:40 Universal Time (UT) when the Moon was obscuring 3.6% of the Suns disc

Partial phase of an annular eclipse (10 / May / 1994)
Partial phase of the annular eclipse which occurred on May 10th 1994. The image was taken at 16:30 Universal Time (UT) when the Moon was occulting 47.2% of the Suns disc

Annular solar eclipse, 10 May 1994
Annular solar eclipse. Composite image showing the progress of the annular solar eclipse of 10 May 1994 in seven stages. A solar eclipse occurs when the moon passes between the Earth and the sun

Composite time-lapse images of solar eclipses
Solar eclipses. Composite time lapse images of a total solar eclipse (upper), a beaded eclipse (mi- ddle) & an annular eclipse (lower)

Total solar eclipse, 29 / 03 / 2006
Total solar eclipse. Sequence of five images of the sun during a total solar eclipse. The disc of the moon is seen moving over the disc of the sun

Total solar eclipse, 11 July 1991

The diamond ring effect during a solar eclipse
Diamond ring effect. View of the diamond ring effect seen during a partial phase of the total solar eclipse which occurred on February 26th 1998

Sun eclipsed by Earth, seen from Apollo 12
Unusual solar eclipse. Photograph of the Earth eclipsing the Sun, photographed by the crew of Apollo 12 as they flew toward the Moon

Partial phase of an annular eclipse (10 / 5 / 94)
Partial phase of the annular eclipse which occurred on May 10th 1994. The image was taken at 17:25:42 Universal Time (UT) when the Moon was occulting 79% of the Suns disc

Solar eclipse flare
Solar eclipse. Conceptual computer artwork of rays of light from the Sun flaring from behind the Moon during a solar eclipse. A solar eclipse occurs when the Moon passes in front of the Sun

Solar eclipse geometry, artwork. Solar eclipses occur when the Moon passes across the Sun as seen from the Earth. The Moons shadow consists of a dark central umbra surrounded by the lighter penumbra

Total solar eclipse, 1999
Total solar eclipse. Optical image of the total solar eclipse of 11 August 1999. A solar eclipse occurs when the Moon passes between the Earth and the Sun, and casts its shadow across the Earth

Charons shadow cast on Pluto
Solar eclipse on Pluto as viewed from its moon Charon, artwork. Charons shadow can be seen projected onto the centre of Pluto. From within that shaded region the Sun would appear eclipsed

Timelapse image of a total solar eclipse
Solar eclipse. Time-lapse image of a total solar eclipse. A total solar eclipse occurs when the Moon completely blocks the Suns disc causing darkness during the day

Eddingtons comparator. This device was built by Sir Arthur Eddington (1882-1944), and was designed for measuring changes in the positions of stars

Solar prominences, 20th Century image
Prominences were observed in the 19th century during solar eclipses, This one was photographed in the early 20th century during a total solar eclipse in 1909

Solar prominences, 19th Century artwork
Solar prominences. 19th Century artwork of solar prominences based on observations during a solar eclipse. A prominence is a large, bright feature extending outward from the Suns surface

Solar eclipse predictor, 18th century

17th Century solar eclipse diagram. Woodcut depiction of the solar eclipse of 2nd October 1605. Published in Astronomicus by Elias de Molerie (1607)

Total solar eclipse of 1882 and comet. This total solar eclipse took place on 15 May 1882, and was visible from Egypt where observers saw a sungrazing comet (Kreutz Sungrazer)

Partial solar eclipse, August 2008
Partial solar eclipse. Clouds drifting across the Sun during a partial solar eclipse, as seen from Moscow, Russia, on 1 August 2008

Partial solar eclipse, January 2011
In the morning of Jan 4th, 2011 the sun rised partial eclipsed. The maximum for Duisburg Germany was 70% coverage at 9.15 AM (8.15 GMT)

Total solar eclipse of 1842
A Solar Eclipse in Austria on July 8th, 1842 which became well known by the description of writer Adalbert Stifter emotinal. The illustration was published in a Star Atlas in 1882

Partial solar eclipse, seen through clouds. Solar eclipses occur when the Moon (dark area on left edge of Sun) passes across the Sun as seen from the Earth

Earth and solar eclipse. Computer artwork of the Earth in space looking down on the Indian Ocean from an altitude of 25, 000 miles

Viewing a solar eclipse. Pair of binoculars on a telescope projecting an image of a solar eclipse onto a sheet of white card

Annular solar eclipse. Montage image of the sun (white) during an annular solar eclipse, showing the varying position of the moon (black) as it passes in front of the sun and out again

Annular solar eclipse. Montage image of the sun (white) during an annular solar eclipse, showing the varying position of the moon (black) as it passes in front of the sun and out again

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Captivating and rare, the 1919 solar eclipse mesmerized astronomers worldwide. With its breathtaking Diamond Ring effect, it left a lasting impression on our understanding of the cosmos. Imagine being in Earth's orbit, witnessing a total eclipse of the Sun - an awe-inspiring sight that defies description. In 1979, a false-color photo captured the enchanting beauty of a total solar eclipse, showcasing its ethereal hues. Fast forward to March 29th, 2006 - another momentous occasion when the world marveled at nature's spectacle during a total solar eclipse. Wisconsin experienced its own celestial wonder on August 21st as eager sky gazers gathered to witness this extraordinary event firsthand. A stunning combination of pictures documented every stage of an annular solar eclipse from beginning to end - truly capturing its mysterious allure. Throughout history, artists have been inspired by these cosmic phenomena; their intricate artwork depicting total solar eclipses from centuries past still evokes wonder today. Dating back to 1860 and beyond, these captivating events continue to captivate us with their grandeur and remind us of our place in this vast universe.