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ravinsky_s_rite","item_variant":"undefined"},{"item_id":"LEL3893477","item_category2":"no_copyright","item_category3":"standard","item_category4":"laurie_lewis","item_category5":"not_balown","item_list_name":"search_results","item_name":"igor_stravinsky_s_rite","item_variant":"undefined"},{"item_id":"LEL3893478","item_category2":"no_copyright","item_category3":"standard","item_category4":"laurie_lewis","item_category5":"not_balown","item_list_name":"search_results","item_name":"igor_stravinsky_s_rite","item_variant":"undefined"},{"item_id":"ARP480643","item_category2":"no_copyright","item_category3":"standard","item_category5":"not_balown","item_list_name":"search_results","item_name":"johannes_itten","item_variant":"undefined"},{"item_id":"ARP498247","item_category2":"no_copyright","item_category3":"standard","item_category5":"not_balown","item_list_name":"search_results","item_name":"frantisek_kupka","item_variant":"undefined"},{"item_id":"ARP480631","item_category2":"no_copyright","item_category3":"standard","item_category5":"not_balown","item_list_name":"search_results","item_name":"ferdinand_hodler","item_variant":"undefined"},{"item_id":"CH826287","item_category2":"out_of_copyright","item_category3":"standard","item_category4":"sisley_alfred_1839_99","item_category5":"not_balown","item_list_name":"search_results","item_name":"the_edge_of_the_forest_in_spring_in_evening_la_lisiere_de_la_foret_au_printemps_le_soir_1886_oil_on_","item_variant":"undefined"},{"item_id":"PIX4570014","item_category2":"no_copyright","item_category3":"standard","item_category5":"not_balown","item_list_name":"search_results","item_name":"halley_comete_the_tails_of_comet_halley_on_march_9_1986_halley_comete_march_9_1986","item_variant":"undefined"},{"item_id":"PIX4565323","item_category2":"no_copyright","item_category3":"standard","item_category5":"not_balown","item_list_name":"search_results","item_name":"cluster_of_galaxies_ic_4765_cluster_of_galaxies_ic_4765_in_pavo_cluster_of_galaxies_in_the_southern_","item_variant":"undefined"},{"item_id":"GLH3040103","item_category2":"out_of_copyright","item_category3":"standard","item_category4":"harris_ewing_1905_45","item_category5":"not_balown","item_list_name":"search_results","item_name":"sir_cecil_spring_rise_british_diplomat_and_british_ambassador_to_the_u_s_portrait_circa_1912","item_variant":"undefined"},{"item_id":"PIX4656333","item_category2":"no_copyright","item_category3":"standard","item_category5":"not_balown","item_list_name":"search_results","item_name":"star_trains_on_the_observatory_of_siding_spring_star_trails_above_anglo_australian_observatory_photo","item_variant":"undefined"},{"item_id":"PIX4581095","item_category2":"no_copyright","item_category3":"standard","item_category5":"not_balown","item_list_name":"search_results","item_name":"star_trains_on_the_observatory_of_siding_spring_star_trails_above_anglo_australian_observatory_photo","item_variant":"undefined"},{"item_id":"PIX4610797","item_category2":"no_copyright","item_category3":"standard","item_category5":"not_balown","item_list_name":"search_results","item_name":"spiral_galaxy_m65_in_the_lion_spiral_galaxy_m65_in_leo_m65_ngc_3623_and_its_neighbors_m66_and_ngc_36","item_variant":"undefined"},{"item_id":"PIX4581074","item_category2":"no_copyright","item_category3":"standard","item_category5":"not_balown","item_list_name":"search_results","item_name":"circumpolar_south_hemisphere_star_trails_around_the_south_celestial_pole_10h30_photographic_installa","item_variant":"undefined"},{"item_id":"PIX4581063","item_category2":"no_copyright","item_category3":"standard","item_category5":"not_balown","item_list_name":"search_results","item_name":"circumpolar_hemisphere_sud_star_trails_around_the_south_celestial_pole_10h30_photographic_installati","item_variant":"undefined"},{"item_id":"PIX4621387","item_category2":"no_copyright","item_category3":"standard","item_category5":"not_balown","item_list_name":"search_results","item_name":"dark_stars_and_nebulae_in_sagittarius_and_scorpio_star_clouds_and_dust_in_sagittarius_scorpius_star_","item_variant":"undefined"},{"item_id":"PIX4581110","item_category2":"no_copyright","item_category3":"standard","item_category5":"not_balown","item_list_name":"search_results","item_name":"circumpolar_south_hemisphere_south_celestial_pole_star_trails_photographic_pose_of_several_hours_aro","item_variant":"undefined"},{"item_id":"PIX4616514","item_category2":"no_copyright","item_category3":"standard","item_category5":"not_balown","item_list_name":"search_results","item_name":"avalanches_on_mars_mars_avalanches_on_north_polar_scarps_at_the_top_the_images_show_the_area_where_t","item_variant":"undefined"},{"item_id":"PIX4581104","item_category2":"no_copyright","item_category3":"standard","item_category5":"not_balown","item_list_name":"search_results","item_name":"stars_the_view_to_the_north_from_siding_spring_photographic_pose_of_several_hours_made_in_australia_","item_variant":"undefined"},{"item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Images de 'Images Of Spring' médias trouvés, 1,133

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My village, those who do not forget: The village in spring (print)

My village, those who do not forget: The village in spring (print)

Waltz, Jean-Jacques (Hansi) (1873-1951)

Photo Josse

JLJ4622725

Kobryn, now Bialorus, 1936. From left: Krystyna Buniakowska, (?), Irena Buniakowska. . Photo taken by Bronislaw Bruniakowski.

Kobryn, now Bialorus, 1936. From left: Krystyna Buniakowska, (?), Irena Buniakowska. . Photo taken by Bronislaw Bruniakowski.

Bronislaw Buniakowski

FRM5621794

Constellation of the Great Bear and Spring Triangle - The Big Dipper and spring triangle - View of the Great Bear with on its left the brilliant star Arcturus du Bouvier. Also visible are the star Spica and the constellation of the Lion. The stars Arcturus, Spica and Denebola form an asterism called the Spring Triangle. The Big Dipper with at left the bright star Arcturus in Bootes. Also visible the star Spica and the constellations of Leo. The stars Arcturus, Spica and Denebola are forming the asterism called the spring triangle

Constellation of the Great Bear and Spring Triangle - The Big Dipper and spring triangle - View of the Great Bear with on its left the brilliant star Arcturus du Bouvier. Also visible are the star Spica and the constellation of the Lion. The stars Arcturus, Spica and Denebola form an asterism called the Spring Triangle. The Big Dipper with at left the bright star Arcturus in Bootes. Also visible the star Spica and the constellations of Leo. The stars Arcturus, Spica and Denebola are forming the asterism called the spring triangle

PIX4591425

Spring directed by Grigori Aleksandrov, 1947 (lithograph)

Spring directed by Grigori Aleksandrov, 1947 (lithograph)

Zelensky, Boris Alexandrovich (1914-1984)

FIA5402818

Early Netherlandish Art: Emperor Rodolphe II (1552-1612) during a drinking cure, c.1594 (oil on wood)

Early Netherlandish Art: Emperor Rodolphe II (1552-1612) during a drinking cure, c.1594 (oil on wood)

Valckenborch, Lucas van (c.1535-97)

FIA5406402

"Portrait of the nobility of the nobility of Constantinople Chaussee de shoes de hammam" (oil on canvas)

"Portrait of the nobility of the nobility of Constantinople Chaussee de shoes de hammam" (oil on canvas)

Vanmour, Jean Baptiste (1671-1737) (circle of)

FIA5401896

Girls from Dalarna Having a Bath, 1906 (oil on canvas)

Girls from Dalarna Having a Bath, 1906 (oil on canvas)

Zorn, Anders Leonard (1860-1920)

FIA5408072

Walpurgis Night in Bergslagen, Grangaerde in Dalarna, 1896 (oil on canvas)

Walpurgis Night in Bergslagen, Grangaerde in Dalarna, 1896 (oil on canvas)

Schultzberg, Anshelm (1862-1945)

FIA5409015

Surge of Spring

Surge of Spring

Carr, Emily (1871-1945)

CH5072

Shapes of Spring, 1952 (oil on canvas)

Shapes of Spring, 1952 (oil on canvas)

Avery, Milton Clark (1893-1965)

CH8968657

Muse of Spring, 1959 (oil on board)

Muse of Spring, 1959 (oil on board)

Galván, Jesús Guerrero (1910-73)

CH988272

A World - A World, 1899 (oil on canvas)

A World - A World, 1899 (oil on canvas)

Lenz, Maximilian (1860-1948)

FIA5410122

The Baths Of Pompeii, 1861 (oil on canvas)

The Baths Of Pompeii, 1861 (oil on canvas)

Morelli, Domenico (1826-1901)

FIA5401016

Crabapple, Magnolia and Baitou Birds (ink and colour on silk)

Crabapple, Magnolia and Baitou Birds (ink and colour on silk)

Ma Yuanyu, (1669-1722)

CH99214

In the Hammam (oil on canvas)

In the Hammam (oil on canvas)

Ernst, Rudolphe (1854-1932)

FIA5401887

World War II Advertisement - The Peck Spring Company

World War II Advertisement - The Peck Spring Company

SIC871453

Igor Stravinsky 's 'Rite

Igor Stravinsky 's 'Rite

Laurie Lewis

LEL3893473

Igor Stravinsky 's 'Rite

Igor Stravinsky 's 'Rite

Laurie Lewis

LEL3893477

Igor Stravinsky 's 'Rite

Igor Stravinsky 's 'Rite

Laurie Lewis

LEL3893478

Johannes Itten

ARP480643

František Kupka

František Kupka

ARP498247

Ferdinand Hodler

Ferdinand Hodler

ARP480631

The Edge of the Forest in Spring, in Evening; La Lisiere de la Foret au Printemps, le Soir, 1886 (oil on canvas)

The Edge of the Forest in Spring, in Evening; La Lisiere de la Foret au Printemps, le Soir, 1886 (oil on canvas)

Sisley, Alfred (1839-99)

CH826287

Halley Comete - The tails of Comet Halley on March 9, 1986 - Halley Comete March 9, 1986

Halley Comete - The tails of Comet Halley on March 9, 1986 - Halley Comete March 9, 1986

PIX4570014

Cluster of galaxies IC 4765 - Cluster of galaxies IC 4765 in Pavo - Cluster of galaxies in the southern constellation Peacock. Image from the 1.2m Schmidt UK Telescope of Siding Spring

Cluster of galaxies IC 4765 - Cluster of galaxies IC 4765 in Pavo - Cluster of galaxies in the southern constellation Peacock. Image from the 1.2m Schmidt UK Telescope of Siding Spring

PIX4565323

Sir Cecil Spring-Rise, British Diplomat and British Ambassador to the U.S., portrait, circa 1912

Sir Cecil Spring-Rise, British Diplomat and British Ambassador to the U.S., portrait, circa 1912

Harris & Ewing (1905-45)

GLH3040103

Star Trains on the Observatory of Siding Spring - Star trails above Anglo - Australian Observatory - Photographic installation of several hours and dome of Siding Spring's 3.9m telescope. As the earth rotates the stars appear to move across the sky, as do the more obvious sun and Moon This effect is easily recorded by leaving a camera outdoors with its shutter open during the night. To make this picture, the camera was pointed to the southwest, towards the dome of the AAT, from the UK Schmidt building on Siding Spring Mountain in New South Wales

Star Trains on the Observatory of Siding Spring - Star trails above Anglo - Australian Observatory - Photographic installation of several hours and dome of Siding Spring's 3.9m telescope. As the earth rotates the stars appear to move across the sky, as do the more obvious sun and Moon This effect is easily recorded by leaving a camera outdoors with its shutter open during the night. To make this picture, the camera was pointed to the southwest, towards the dome of the AAT, from the UK Schmidt building on Siding Spring Mountain in New South Wales

PIX4656333

Star Trains on the Observatory of Siding Spring - Star trails above Anglo - Australian Observatory - Photographic installation of several hours and dome of Siding Spring's 3.9m telescope. As the earth rotates the stars appear to move across the sky, as do the more obvious sun and Moon This effect is easily recorded by leaving a camera outdoors with its shutter open during the night. To make this picture, the camera was pointed to the southwest, towards the dome of the AAT, from the UK Schmidt building on Siding Spring Mountain in New South Wales

Star Trains on the Observatory of Siding Spring - Star trails above Anglo - Australian Observatory - Photographic installation of several hours and dome of Siding Spring's 3.9m telescope. As the earth rotates the stars appear to move across the sky, as do the more obvious sun and Moon This effect is easily recorded by leaving a camera outdoors with its shutter open during the night. To make this picture, the camera was pointed to the southwest, towards the dome of the AAT, from the UK Schmidt building on Siding Spring Mountain in New South Wales

PIX4581095

Spiral galaxy M65 in the Lion - Spiral galaxy M65 in Leo - M65 (NGC 3623), and its neighbors M66 and NGC 3628, form a triplet of galaxies, called the Lion Triplet or the Group of M66, located at a distance of about 35 million years - light. M65 is a spiral galaxy of type Sa. Image obtained from the 3.9m telescope of Siding Spring M65 is a spiral galaxy of type Sa in the constellation Leo. At a distance of about 35 million light - years, M65 apparently forms a triplet with its neighbors M66 and NGC 3628. Image obtained with the 3,9m telescope of Siding Spring

Spiral galaxy M65 in the Lion - Spiral galaxy M65 in Leo - M65 (NGC 3623), and its neighbors M66 and NGC 3628, form a triplet of galaxies, called the Lion Triplet or the Group of M66, located at a distance of about 35 million years - light. M65 is a spiral galaxy of type Sa. Image obtained from the 3.9m telescope of Siding Spring M65 is a spiral galaxy of type Sa in the constellation Leo. At a distance of about 35 million light - years, M65 apparently forms a triplet with its neighbors M66 and NGC 3628. Image obtained with the 3,9m telescope of Siding Spring

PIX4610797

Circumpolar - South Hemisphere - Star trails around the south celestial pole - 10h30 photographic installation on 400 ISO film around the south celeste pole. Siding Spring's 3.9m telescope dome in the foreground. By pointing a camera towards the south (or to the north in the northern hemisphere) at night, we can record the paths of stars which never set. They appear to circle the apparent position of the Earth's axis of rotation projected on the sky. The elevation of this position above the local horizon indicates our local geographical latitude, about 30 degrees south at Siding Spring. The angle swept out by the arcs is an indication of the exposure time, which was about 10.5 hours on 400 ISO colour film. This kind of exposure is only possible from an extremely dark site

Circumpolar - South Hemisphere - Star trails around the south celestial pole - 10h30 photographic installation on 400 ISO film around the south celeste pole. Siding Spring's 3.9m telescope dome in the foreground. By pointing a camera towards the south (or to the north in the northern hemisphere) at night, we can record the paths of stars which never set. They appear to circle the apparent position of the Earth's axis of rotation projected on the sky. The elevation of this position above the local horizon indicates our local geographical latitude, about 30 degrees south at Siding Spring. The angle swept out by the arcs is an indication of the exposure time, which was about 10.5 hours on 400 ISO colour film. This kind of exposure is only possible from an extremely dark site

PIX4581074

Circumpolar - hemisphere sud - Star trails around the south celestial pole - 10h30 photographic installation on 400 ISO film around the south celeste pole. Siding Spring's 3.9m telescope dome in the foreground. By pointing a camera towards the south (or to the north in the northern hemisphere) at night, we can record the paths of stars which never set. They appear to circle the apparent position of the Earth's axis of rotation projected on the sky. The elevation of this position above the local horizon indicates our local geographical latitude, about 30 degrees south at Siding Spring. The angle swept out by the arcs is an indication of the exposure time, which was about 10.5 hours on 400 ISO colour film. This kind of exposure is only possible from an extremely dark site

Circumpolar - hemisphere sud - Star trails around the south celestial pole - 10h30 photographic installation on 400 ISO film around the south celeste pole. Siding Spring's 3.9m telescope dome in the foreground. By pointing a camera towards the south (or to the north in the northern hemisphere) at night, we can record the paths of stars which never set. They appear to circle the apparent position of the Earth's axis of rotation projected on the sky. The elevation of this position above the local horizon indicates our local geographical latitude, about 30 degrees south at Siding Spring. The angle swept out by the arcs is an indication of the exposure time, which was about 10.5 hours on 400 ISO colour film. This kind of exposure is only possible from an extremely dark site

PIX4581063

Dark stars and nebulae in Sagittarius and Scorpio - Star clouds and dust in Sagittarius - Scorpius - Star field bordering the Pipe nebula. Image obtained from the 1.2m Schmidt UK telescope of Siding Spring. Star clouds and dust in Sagittarius and Scorpius, at the edge of the Pipe nebula

Dark stars and nebulae in Sagittarius and Scorpio - Star clouds and dust in Sagittarius - Scorpius - Star field bordering the Pipe nebula. Image obtained from the 1.2m Schmidt UK telescope of Siding Spring. Star clouds and dust in Sagittarius and Scorpius, at the edge of the Pipe nebula

PIX4621387

Circumpolar - South Hemisphere - South celestial pole star trails - Photographic pose of several hours around the south celeste pole. As the earth spins beneath the stars they appear to move across the sky from east to west. However, if one looks in the direction of the celestial poles, the stars appear to circle a single point on the sky. This is the position of the earth's axis of rotation projected into space. This picture was made from Siding Spring Observatory in Australia, so the pivotal point is 30 degrees above the northern horizon, which is the geographical latitude of Siding Spring. In the northern sky there is a bright star very close to the celestial pole. By contrast the region of the south celestial pole is barren

Circumpolar - South Hemisphere - South celestial pole star trails - Photographic pose of several hours around the south celeste pole. As the earth spins beneath the stars they appear to move across the sky from east to west. However, if one looks in the direction of the celestial poles, the stars appear to circle a single point on the sky. This is the position of the earth's axis of rotation projected into space. This picture was made from Siding Spring Observatory in Australia, so the pivotal point is 30 degrees above the northern horizon, which is the geographical latitude of Siding Spring. In the northern sky there is a bright star very close to the celestial pole. By contrast the region of the south celestial pole is barren

PIX4581110

Avalanches on Mars - Mars: avalanches on North Polar Scarps - At the top, the images show the area where these avalanches occurred. Part of the cliff has become detached in different places creating avalanches of dust

Avalanches on Mars - Mars: avalanches on North Polar Scarps - At the top, the images show the area where these avalanches occurred. Part of the cliff has become detached in different places creating avalanches of dust

PIX4616514

Stars - The view to the north from Siding Spring - Photographic pose of several hours made in Australia; the northern Celestial pole is here 30 degrees below the horizon. As the Earth rotates beneath them the stars appear to drift across the sky from east to west. From a dark site, a camera with its shutter left open will record the apparent movement of the stars. This is the view from Siding Spring Mountain, the site of the telescopes of Anglo - Australian Observatory. It is located about 30 degrees south of the equator, so the north celestial pole is 30 degrees below the northern horizon. Behind the camera the south celestial pole is about 30 degrees above the horizon

Stars - The view to the north from Siding Spring - Photographic pose of several hours made in Australia; the northern Celestial pole is here 30 degrees below the horizon. As the Earth rotates beneath them the stars appear to drift across the sky from east to west. From a dark site, a camera with its shutter left open will record the apparent movement of the stars. This is the view from Siding Spring Mountain, the site of the telescopes of Anglo - Australian Observatory. It is located about 30 degrees south of the equator, so the north celestial pole is 30 degrees below the northern horizon. Behind the camera the south celestial pole is about 30 degrees above the horizon

PIX4581104

Barree spiral galaxy NGC 6744 in the constellation Peacock - Barred spiral galaxy NGC 6744 in Pavo - The galaxy NGC 6744 is located about 25 million years ago - light from Earth. The morphology of this galaxy is very similar to that of our galaxy, the Lactee Way. Image obtained from the 3.9m telescope of Siding Spring, Australia. This beautiful galaxy is about 25 million light years away in the direction of Pavo, a constellation of the southern hemisphere winter. NGC 6744 is believed to one of the most Milky Way - like of all the nearby spirals, with fluffy (flocculent) spiral arms and a large and distinctly elongated nucleus. It also has other similarities to the Milky Way that are not visible here (but seen on a deep image) with at least one distorted companion galaxy superficially similar to one of the Magellanic Clouds. The CCD chip that made this picture at the prime focus of the AAT (Siding Spring) covers about 7 arc minutes of sky. But the galaxy has a much bigger angular size t

Barree spiral galaxy NGC 6744 in the constellation Peacock - Barred spiral galaxy NGC 6744 in Pavo - The galaxy NGC 6744 is located about 25 million years ago - light from Earth. The morphology of this galaxy is very similar to that of our galaxy, the Lactee Way. Image obtained from the 3.9m telescope of Siding Spring, Australia. This beautiful galaxy is about 25 million light years away in the direction of Pavo, a constellation of the southern hemisphere winter. NGC 6744 is believed to one of the most Milky Way - like of all the nearby spirals, with fluffy (flocculent) spiral arms and a large and distinctly elongated nucleus. It also has other similarities to the Milky Way that are not visible here (but seen on a deep image) with at least one distorted companion galaxy superficially similar to one of the Magellanic Clouds. The CCD chip that made this picture at the prime focus of the AAT (Siding Spring) covers about 7 arc minutes of sky. But the galaxy has a much bigger angular size t

PIX4612955

Nebula N44 in the Great Magellan Cloud - Henize 44, an emission nebula in the LMC - Vast region of star formation located in the Great Magellan Cloud. Image obtained by the 1.2m Schmidt UK Telescope from Siding Spring. The nearby Large Magellanic Cloud (LMC) is a very active star - forming galaxy. The most massive region of star formation is around 30 Doradus (the Tarantula nebula) which can be seen with the unaided eye, but hundreds of lesser examples are visible with a telescope. This picture shows Henize 44. The energetic ultraviolet light from these stars is absorbed by hydrogen and produces the distinctive red glow from an enormous distance around the cluster. Image obtained with the Schmidt UK telescope of Siding Spring

Nebula N44 in the Great Magellan Cloud - Henize 44, an emission nebula in the LMC - Vast region of star formation located in the Great Magellan Cloud. Image obtained by the 1.2m Schmidt UK Telescope from Siding Spring. The nearby Large Magellanic Cloud (LMC) is a very active star - forming galaxy. The most massive region of star formation is around 30 Doradus (the Tarantula nebula) which can be seen with the unaided eye, but hundreds of lesser examples are visible with a telescope. This picture shows Henize 44. The energetic ultraviolet light from these stars is absorbed by hydrogen and produces the distinctive red glow from an enormous distance around the cluster. Image obtained with the Schmidt UK telescope of Siding Spring

PIX4620807

Spiral Galaxy NGC 3628 in the Lion - Spiral galaxy NGC 3628 in Leo - NGC 3628 is a spiral galaxy seen by the slice located at a distance of about 35 million years - light. With its neighbors M65 and M66, it forms a remarkable triplet of galaxies, called the Lion Triplet or the M66 Group. Image obtained with Siding Spring's 3.9m telescope. This picture has been specially enhanced to reveal NGC 3628, which is seen as an edge - on spiral galaxy, crossed by a dust lane. Galaxies seen edge - on are rare, but this example has other peculiarities. The dust lane is distinctly askew and the ends of the spiral arms are obviously puffed out, with evidence of star formation. The bright bulge of the galaxy also has an unusual 'peanut' shape. This suggests that the galaxies of the Leo group are interacting, gradually pulling each other apart as they orbit each other. Image obtained with the 3.9m telescope of Siding Spring

Spiral Galaxy NGC 3628 in the Lion - Spiral galaxy NGC 3628 in Leo - NGC 3628 is a spiral galaxy seen by the slice located at a distance of about 35 million years - light. With its neighbors M65 and M66, it forms a remarkable triplet of galaxies, called the Lion Triplet or the M66 Group. Image obtained with Siding Spring's 3.9m telescope. This picture has been specially enhanced to reveal NGC 3628, which is seen as an edge - on spiral galaxy, crossed by a dust lane. Galaxies seen edge - on are rare, but this example has other peculiarities. The dust lane is distinctly askew and the ends of the spiral arms are obviously puffed out, with evidence of star formation. The bright bulge of the galaxy also has an unusual 'peanut' shape. This suggests that the galaxies of the Leo group are interacting, gradually pulling each other apart as they orbit each other. Image obtained with the 3.9m telescope of Siding Spring

PIX4610870

Circumpolar - hemisphere sud - Dawn and evening twilights reflected on the AAT dome - Photographic pose of 6 hours during a summer night, around the south Celeste pole. Siding Spring's 3.9m telescope dome in the foreground. From a truly dark site like Siding Spring, Australia, the duration of star trail exposures is governed only by the length of the night. The shortest nights are in December, at the height of summer, when it is truly dark for a little over six hours. “True darkness” for astronomers is defined as the period between “” astronomical twilights” when the sun is 18 or more degrees below the horizon. This exposure was a little over six hours long on one December night, and the AAT dome reflects both the evening twilight on the west (right) of the dome and the morning twilight from the eastern glow on the left

Circumpolar - hemisphere sud - Dawn and evening twilights reflected on the AAT dome - Photographic pose of 6 hours during a summer night, around the south Celeste pole. Siding Spring's 3.9m telescope dome in the foreground. From a truly dark site like Siding Spring, Australia, the duration of star trail exposures is governed only by the length of the night. The shortest nights are in December, at the height of summer, when it is truly dark for a little over six hours. “True darkness” for astronomers is defined as the period between “” astronomical twilights” when the sun is 18 or more degrees below the horizon. This exposure was a little over six hours long on one December night, and the AAT dome reflects both the evening twilight on the west (right) of the dome and the morning twilight from the eastern glow on the left

PIX4581086

Orion Nebula (M42 - 43) - The Orion Nebula - Located 1500 years ago - the Orion Nebula is the closest region to the formation of stars of the Sun. Image obtained with Siding Spring's 3.9m telescope. The Orion Nebula is famous for a number of reasons. It is the nearest bright nebula to us and can be seen with the naked eye. Its brightness led to it being the first nebula ever photographed (in 1882) and its proximity (1500 light years) means that we know more about it than any other star - forming region. It is also in a very active stage of star formation and it is perfectly placed for us to explore the intimate details of the birth of stars. The inner regions are glowing mainly in the red light of excited hydrogen, which together with some green emission from oxygen give the centre of the nebula a yellowish colour. The energy for this spectacular display comes from the small cluster of stars in the brightest part of the nebula. Three, five - minute exposures were used to make this pict

Orion Nebula (M42 - 43) - The Orion Nebula - Located 1500 years ago - the Orion Nebula is the closest region to the formation of stars of the Sun. Image obtained with Siding Spring's 3.9m telescope. The Orion Nebula is famous for a number of reasons. It is the nearest bright nebula to us and can be seen with the naked eye. Its brightness led to it being the first nebula ever photographed (in 1882) and its proximity (1500 light years) means that we know more about it than any other star - forming region. It is also in a very active stage of star formation and it is perfectly placed for us to explore the intimate details of the birth of stars. The inner regions are glowing mainly in the red light of excited hydrogen, which together with some green emission from oxygen give the centre of the nebula a yellowish colour. The energy for this spectacular display comes from the small cluster of stars in the brightest part of the nebula. Three, five - minute exposures were used to make this pict

PIX4617852

Field around the Nebula Henize 55 - The Henize 55 star forming region in the LMC - Henize 55 (NGC 2014), on the right, is a star-forming region located north of the Great Magellan Cloud. Image obtained from the 1.2m Schmidt UK telescope of Siding Spring. The nearby Large Magellanic Cloud (LMC) is a very active star - forming galaxy. The most massive region of star formation is around 30 Doradus (the Tarantula nebula) which can be seen with the unaided eye, but hundreds of lesser examples are visible with a telescope. This picture shows one of the more intriguing, NGC 2014 (Henize 55), at right. It contains cluster of hot, young stars, almost hidden in the brightest part of the nebula. The energetic ultraviolet light from these stars is absorbed by hydrogen and produces the distinctive red glow from an enormous distance around the cluster. This picture was made photographically from three glass plates taken with the UK Schmidt telescope of Siding Spring

Field around the Nebula Henize 55 - The Henize 55 star forming region in the LMC - Henize 55 (NGC 2014), on the right, is a star-forming region located north of the Great Magellan Cloud. Image obtained from the 1.2m Schmidt UK telescope of Siding Spring. The nearby Large Magellanic Cloud (LMC) is a very active star - forming galaxy. The most massive region of star formation is around 30 Doradus (the Tarantula nebula) which can be seen with the unaided eye, but hundreds of lesser examples are visible with a telescope. This picture shows one of the more intriguing, NGC 2014 (Henize 55), at right. It contains cluster of hot, young stars, almost hidden in the brightest part of the nebula. The energetic ultraviolet light from these stars is absorbed by hydrogen and produces the distinctive red glow from an enormous distance around the cluster. This picture was made photographically from three glass plates taken with the UK Schmidt telescope of Siding Spring

PIX4620819

A thirsty crowd at the old spring house, 1876 (etching)

A thirsty crowd at the old spring house, 1876 (etching)

Forbes, Edwin Austin (1839-95)

GLC497611

Orion Nebula (M42 - 43) - The Orion Nebula - Located 1500 years ago - the Orion Nebula is the closest region to the formation of stars of the Sun. Image obtained with Siding Spring's 3.9m telescope. The Orion Nebula is famous for a number of reasons. It is the nearest bright nebula to us and can be seen with the naked eye. Its brightness led to it being the first nebula ever photographed (in 1882) and its proximity (1500 light years) means that we know more about it than any other star - forming region. It is also in a very active stage of star formation and it is perfectly placed for us to explore the intimate details of the birth of stars. The inner regions are glowing mainly in the red light of excited hydrogen, which together with some green emission from oxygen give the centre of the nebula a yellowish colour. The energy for this spectacular display comes from the small cluster of stars in the brightest part of the nebula. Three, five - minute exposures were used to make this pict

Orion Nebula (M42 - 43) - The Orion Nebula - Located 1500 years ago - the Orion Nebula is the closest region to the formation of stars of the Sun. Image obtained with Siding Spring's 3.9m telescope. The Orion Nebula is famous for a number of reasons. It is the nearest bright nebula to us and can be seen with the naked eye. Its brightness led to it being the first nebula ever photographed (in 1882) and its proximity (1500 light years) means that we know more about it than any other star - forming region. It is also in a very active stage of star formation and it is perfectly placed for us to explore the intimate details of the birth of stars. The inner regions are glowing mainly in the red light of excited hydrogen, which together with some green emission from oxygen give the centre of the nebula a yellowish colour. The energy for this spectacular display comes from the small cluster of stars in the brightest part of the nebula. Three, five - minute exposures were used to make this pict

PIX4617657

Central region of the spiral galaxy NGC 300 in the Sculptor - Nucleus of spiral galaxy NGC 300 in Sculptor - Located about 7 million years ago - light from Earth, the spiral galaxy NGC 300 belongs to the Sculptor's group. The photo taken by Siding Spring's 3.9m telescope highlights the nucleus of this galaxy. At the centre of the spiral arms of NGC 300 is an unusually compact, star - like nucleus. It is surrounded by a faint but extensive yellow haze, consisting of millions of faint, cool stars. This is the older population, or 'bulge' of NGC 300, a distant equivalent to the (much more numerous) stars that we see in our own galaxy as the brightest part of the Milky Way in Sagittarius

Central region of the spiral galaxy NGC 300 in the Sculptor - Nucleus of spiral galaxy NGC 300 in Sculptor - Located about 7 million years ago - light from Earth, the spiral galaxy NGC 300 belongs to the Sculptor's group. The photo taken by Siding Spring's 3.9m telescope highlights the nucleus of this galaxy. At the centre of the spiral arms of NGC 300 is an unusually compact, star - like nucleus. It is surrounded by a faint but extensive yellow haze, consisting of millions of faint, cool stars. This is the older population, or 'bulge' of NGC 300, a distant equivalent to the (much more numerous) stars that we see in our own galaxy as the brightest part of the Milky Way in Sagittarius

PIX4609189

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

Stars Field in the Peacock - Random star field in Pavo, near NGC 6477 - Towards the middle of the picture, the cluster of galaxies IC 4765. Image obtained by Schmidt UK 1.2m Telescope from Siding Spring The brightest star visible here is the magnitude 4.2 variable blue star lambda Pav, visible to the unaided eye in a dark sky, while the scattering of stars in the lower part of the picture are about a magnitude fainter and would be hard to see in all but the darkest conditions. Near middle of the image, the cluster of galaxies IC 4765

Stars Field in the Peacock - Random star field in Pavo, near NGC 6477 - Towards the middle of the picture, the cluster of galaxies IC 4765. Image obtained by Schmidt UK 1.2m Telescope from Siding Spring The brightest star visible here is the magnitude 4.2 variable blue star lambda Pav, visible to the unaided eye in a dark sky, while the scattering of stars in the lower part of the picture are about a magnitude fainter and would be hard to see in all but the darkest conditions. Near middle of the image, the cluster of galaxies IC 4765

PIX4572367

Halley Comet - Halley Comet on April 9 - 10, 1986 - Halley Comet on April 9 - 10, 1986

Halley Comet - Halley Comet on April 9 - 10, 1986 - Halley Comet on April 9 - 10, 1986

PIX4570001

Globular cluster M5 in Serpens - Globular cluster M5 in Serpens - This cluster of stars is located about 25,000 light years away from Earth. It is one of the most extensive (165 years - light) and one of the oldest known globular clusters.

Globular cluster M5 in Serpens - Globular cluster M5 in Serpens - This cluster of stars is located about 25,000 light years away from Earth. It is one of the most extensive (165 years - light) and one of the oldest known globular clusters.

PIX4564527

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'

PIX4593329

Orion Nebula - the trapeze - The Trapezium region in M42 - Located 1500 years - light, Orion Nebula is the closest region of formation of stars of the Sun. In the center of the picture, the Trapeze of Orion. The Trapeze is among the youngest known open clusters, it is made up of 4 massive stars that make the nebula shine. Image obtained with Siding Spring's 3.9m telescope. The central 'star' of the three groups forming the asterism of Orion's sword is in reality a nebula, and is clearly nebulous to the unaided eye. At the heart of the most luminous nebulosity shimmer a handful of stars known as the Trapezium cluster, visible in binoculars. These are the brightest members of a substantial cluster of stars, most of which are still hidden in the dusty recesses of the Orion nebula against which they are seen. The stars of the Trapezium provide much of the energy which makes the brilliant Orion Nebula visible and are at a distance of about 1500 light years. This image was made at the prime

Orion Nebula - the trapeze - The Trapezium region in M42 - Located 1500 years - light, Orion Nebula is the closest region of formation of stars of the Sun. In the center of the picture, the Trapeze of Orion. The Trapeze is among the youngest known open clusters, it is made up of 4 massive stars that make the nebula shine. Image obtained with Siding Spring's 3.9m telescope. The central 'star' of the three groups forming the asterism of Orion's sword is in reality a nebula, and is clearly nebulous to the unaided eye. At the heart of the most luminous nebulosity shimmer a handful of stars known as the Trapezium cluster, visible in binoculars. These are the brightest members of a substantial cluster of stars, most of which are still hidden in the dusty recesses of the Orion nebula against which they are seen. The stars of the Trapezium provide much of the energy which makes the brilliant Orion Nebula visible and are at a distance of about 1500 light years. This image was made at the prime

PIX4617858

Spiral Galaxy NGC 1566 in the Dorado - The Seyfert Galaxy NGC 1566 - NGC 1566 is a spiral galaxy located about 50 million years ago - light. Its core is very bright. It is an active galaxy called Seyfert, which probably houses a black hole in its heart. Image made with Siding Spring's 3.9m telescope. NGC 1566 is the brightest member of a nearby group of galaxies in Dorado and is at a distance of about 50 million light years. It has beautifully symmetrical, tightly - wound spiral arms, which on deep images appear to almost encircle the galaxy. This striking galaxy is also of interest because it has a very luminous nucleus which has many of the characteristics of a quasar, though it is much less energetic. Galaxies of this type are known as Seyfert galaxies, after Carl Seyfert who first recognised their peculiar nature in 1943. The active region at the centre of NGC 1566 has recently been found to vary on a timescale of less than a month, which indicates that it is extremely compact. Spe

Spiral Galaxy NGC 1566 in the Dorado - The Seyfert Galaxy NGC 1566 - NGC 1566 is a spiral galaxy located about 50 million years ago - light. Its core is very bright. It is an active galaxy called Seyfert, which probably houses a black hole in its heart. Image made with Siding Spring's 3.9m telescope. NGC 1566 is the brightest member of a nearby group of galaxies in Dorado and is at a distance of about 50 million light years. It has beautifully symmetrical, tightly - wound spiral arms, which on deep images appear to almost encircle the galaxy. This striking galaxy is also of interest because it has a very luminous nucleus which has many of the characteristics of a quasar, though it is much less energetic. Galaxies of this type are known as Seyfert galaxies, after Carl Seyfert who first recognised their peculiar nature in 1943. The active region at the centre of NGC 1566 has recently been found to vary on a timescale of less than a month, which indicates that it is extremely compact. Spe

PIX4609942

Spiral Galaxy M83 in Hydra - Spiral galaxy M83 in Hydra - The galaxy M83 (NGC 5236) is located about 15 million years away from Earth. This galaxy is intermediate between a classic spiral and a barree spiral. Image obtained from the 3.9m telescope of Siding Spring, Australia. M83 is thought to be very like our own Galaxy, the Milky Way, but seen from above one of its poles and at a distance of about 15 million light years. Composed of billions of stars and huge clouds of dust and gas, this object is one of the finest examples of a spiral galaxy and shows a concentration of older, yellow stars in its central nucleus with younger, blue stars and patchy red clouds of glowing gas and dark dust lanes in the trailing spiral arms. The massive blue stars occasionally explode as supernovae; at least eight have been seen in Messier 83 in the last 70 years

Spiral Galaxy M83 in Hydra - Spiral galaxy M83 in Hydra - The galaxy M83 (NGC 5236) is located about 15 million years away from Earth. This galaxy is intermediate between a classic spiral and a barree spiral. Image obtained from the 3.9m telescope of Siding Spring, Australia. M83 is thought to be very like our own Galaxy, the Milky Way, but seen from above one of its poles and at a distance of about 15 million light years. Composed of billions of stars and huge clouds of dust and gas, this object is one of the finest examples of a spiral galaxy and shows a concentration of older, yellow stars in its central nucleus with younger, blue stars and patchy red clouds of glowing gas and dark dust lanes in the trailing spiral arms. The massive blue stars occasionally explode as supernovae; at least eight have been seen in Messier 83 in the last 70 years

PIX4612513

Spiral Galaxy M83 in Hydra - Spiral galaxy M83 in Hydra - The galaxy M83 (NGC 5236) is located about 15 million years away from Earth. This galaxy is intermediate between a classic spiral and a barree spiral. Image obtained from the 3.9m telescope of Siding Spring, Australia. M83 is thought to be very like our own Galaxy, the Milky Way, but seen from above one of its poles and at a distance of about 15 million light years. Composed of billions of stars and huge clouds of dust and gas, this object is one of the finest examples of a spiral galaxy and shows a concentration of older, yellow stars in its central nucleus with younger, blue stars and patchy red clouds of glowing gas and dark dust lanes in the trailing spiral arms. The massive blue stars occasionally explode as supernovae; at least eight have been seen in Messier 83 in the last 70 years

Spiral Galaxy M83 in Hydra - Spiral galaxy M83 in Hydra - The galaxy M83 (NGC 5236) is located about 15 million years away from Earth. This galaxy is intermediate between a classic spiral and a barree spiral. Image obtained from the 3.9m telescope of Siding Spring, Australia. M83 is thought to be very like our own Galaxy, the Milky Way, but seen from above one of its poles and at a distance of about 15 million light years. Composed of billions of stars and huge clouds of dust and gas, this object is one of the finest examples of a spiral galaxy and shows a concentration of older, yellow stars in its central nucleus with younger, blue stars and patchy red clouds of glowing gas and dark dust lanes in the trailing spiral arms. The massive blue stars occasionally explode as supernovae; at least eight have been seen in Messier 83 in the last 70 years

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Nebula NGC 6334 in the Scorpion - The 'reddened' nebulosity of NGC 6334 - The nebula NGC 6334 is located about 5500 years - light from Earth. Image made with the 1.2m Telescope of Schmidt UK from Siding Spring. The star - forming nebula NGC 6334 shows no evidence of a blue component in their colour - indeed, the blue - light plate used in these 3 - colour pictures had no nebulous image at all - nor is there any obvious sign of the bright blue stars normally found in these objects. They are excellent examples of the phenomenon known as 'interstellar reddening', the selective removal of blue light by minute particles of dust in the line of sight. This accounts for both the ruddy hue and apparent absence of blue stars. The hot stars are present but only some of the red part of their light is seen so they are not conspicuous. This nebula is quite nearby (5500 light years) but located close to the Galactic plane and are buried in the dust of the Milky Way. Careful measurement of the colour

Nebula NGC 6334 in the Scorpion - The 'reddened' nebulosity of NGC 6334 - The nebula NGC 6334 is located about 5500 years - light from Earth. Image made with the 1.2m Telescope of Schmidt UK from Siding Spring. The star - forming nebula NGC 6334 shows no evidence of a blue component in their colour - indeed, the blue - light plate used in these 3 - colour pictures had no nebulous image at all - nor is there any obvious sign of the bright blue stars normally found in these objects. They are excellent examples of the phenomenon known as 'interstellar reddening', the selective removal of blue light by minute particles of dust in the line of sight. This accounts for both the ruddy hue and apparent absence of blue stars. The hot stars are present but only some of the red part of their light is seen so they are not conspicuous. This nebula is quite nearby (5500 light years) but located close to the Galactic plane and are buried in the dust of the Milky Way. Careful measurement of the colour

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Nebula of the Lagoon (M8) in Sagittarius - The Lagoon Nebula, M8, NGC 6523 - View of the Nebula of the Lagoon (M8/NGC 6523). Located in Sagittarius, at a distance of 6500 years - light, it extends over a diameter of 60 AL. Image made with the 1.2m Telescope of Schmidt UK from Siding Spring. The irregular distribution of light in this beautiful part of the sky is due mainly to clouds of dust that dim the light of vast clouds of stars that make Sagittarius one of the brightest parts of the Milky Way. The Lagoon nebula is an illuminated part of such a dark ('molecule') cloud and it reveals the dust as dark lanes and globules silhouetted against the luminous gas. Within the nebula is the scattered young star cluster NGC 6530, recently formed from this material, though the centre of star - forming activity has now shifted westwards from the cluster to the brightest part of the nebula, around the tiny Hourglass Nebula

Nebula of the Lagoon (M8) in Sagittarius - The Lagoon Nebula, M8, NGC 6523 - View of the Nebula of the Lagoon (M8/NGC 6523). Located in Sagittarius, at a distance of 6500 years - light, it extends over a diameter of 60 AL. Image made with the 1.2m Telescope of Schmidt UK from Siding Spring. The irregular distribution of light in this beautiful part of the sky is due mainly to clouds of dust that dim the light of vast clouds of stars that make Sagittarius one of the brightest parts of the Milky Way. The Lagoon nebula is an illuminated part of such a dark ('molecule') cloud and it reveals the dust as dark lanes and globules silhouetted against the luminous gas. Within the nebula is the scattered young star cluster NGC 6530, recently formed from this material, though the centre of star - forming activity has now shifted westwards from the cluster to the brightest part of the nebula, around the tiny Hourglass Nebula

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Light echo of supernova 1987A - July 1989 - The light echo of supernova 1987A - July 1989 - Image obtained with Siding Spring's 3.9m telescope. Supernova 1987A appeared in the constellation Doradus on February 23, 1987. When supernova 1987A was seen to explode in the Large Magellanic Cloud, the Milky Way's nearest companion galaxy, the brilliant flash of light from the self - destructing star had taken about 170,000 years to arrive. Some light was deflected by two sheets of dust near the supernova, and is seen after the star has faded away because it covers a longer path to reach us. The dust responsible for the rings seen here lies in two distinct sheets, about 470 and 1300 light years from the supernova. The colour picture, made by subtracting images on plates taken before and after the supernova, is an accurate reproduction of the colour of the extremely faint light echo, which in turn reflects the yellow colour of the supernova when it was at its brightest, in May 1987.

Light echo of supernova 1987A - July 1989 - The light echo of supernova 1987A - July 1989 - Image obtained with Siding Spring's 3.9m telescope. Supernova 1987A appeared in the constellation Doradus on February 23, 1987. When supernova 1987A was seen to explode in the Large Magellanic Cloud, the Milky Way's nearest companion galaxy, the brilliant flash of light from the self - destructing star had taken about 170,000 years to arrive. Some light was deflected by two sheets of dust near the supernova, and is seen after the star has faded away because it covers a longer path to reach us. The dust responsible for the rings seen here lies in two distinct sheets, about 470 and 1300 light years from the supernova. The colour picture, made by subtracting images on plates taken before and after the supernova, is an accurate reproduction of the colour of the extremely faint light echo, which in turn reflects the yellow colour of the supernova when it was at its brightest, in May 1987.

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Barree spiral galaxy NGC 1365 in the Furnace - Barred spiral galaxy NGC 1365 in Fornax - NGC 1365 is a barree spiral galaxy that extends over 200,000 years - light. Located 60 million years ago - light, it belongs to the cluster of galaxies of the Furnace. Image obtained by Siding Spring's 3.9m telescope. NGC 1365, the largest spiral in the southern constellation of Fornax, is located at a distance of about 60 million light years. This beautiful galaxy is about as massive as the Milky Way, itself a substantial galaxy. Not much is known about how galaxies take on their beautiful forms, but a good deal is known about their internal organisation. The obvious 'bar' has the nucleus of the galaxy at its hub and is surrounded by masses of cooler stars that appear yellow on colour photographs. The bar itself is also yellowish, and has distinct dust lanes but it terminates abruptly in slender, curved arms that are lit by blue stars and the pink star - forming regions from which they spring

Barree spiral galaxy NGC 1365 in the Furnace - Barred spiral galaxy NGC 1365 in Fornax - NGC 1365 is a barree spiral galaxy that extends over 200,000 years - light. Located 60 million years ago - light, it belongs to the cluster of galaxies of the Furnace. Image obtained by Siding Spring's 3.9m telescope. NGC 1365, the largest spiral in the southern constellation of Fornax, is located at a distance of about 60 million light years. This beautiful galaxy is about as massive as the Milky Way, itself a substantial galaxy. Not much is known about how galaxies take on their beautiful forms, but a good deal is known about their internal organisation. The obvious 'bar' has the nucleus of the galaxy at its hub and is surrounded by masses of cooler stars that appear yellow on colour photographs. The bar itself is also yellowish, and has distinct dust lanes but it terminates abruptly in slender, curved arms that are lit by blue stars and the pink star - forming regions from which they spring

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Spiral Galaxy M66 in the Lion - Spiral galaxy M66 in Leo - M 66 (NGC 3627) is a spiral galaxy located at a distance of about 35 million years - light. M66, with its neighbors M65 and NGC 3628, forms a remarkable triplet of galaxies, called the Lion Triplet or the M66 Group. Image obtained with Siding Spring's 3.9m telescope. M66 is a dusty spiral galaxy, and is a member of the same compact group of galaxies as M65 and NGC 3628. The striking symmetry of M65 is lacking, and the central bulge, though large, is less well defined. The spiral arms are very easy to see, but seem distorted and displaced above the plane of the galaxy, probably a result of interactions with its neighbours. Much more dust is visible here as well as a few pink nebulae, signs of star formation, near the end of one of the arms

Spiral Galaxy M66 in the Lion - Spiral galaxy M66 in Leo - M 66 (NGC 3627) is a spiral galaxy located at a distance of about 35 million years - light. M66, with its neighbors M65 and NGC 3628, forms a remarkable triplet of galaxies, called the Lion Triplet or the M66 Group. Image obtained with Siding Spring's 3.9m telescope. M66 is a dusty spiral galaxy, and is a member of the same compact group of galaxies as M65 and NGC 3628. The striking symmetry of M65 is lacking, and the central bulge, though large, is less well defined. The spiral arms are very easy to see, but seem distorted and displaced above the plane of the galaxy, probably a result of interactions with its neighbours. Much more dust is visible here as well as a few pink nebulae, signs of star formation, near the end of one of the arms

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Orion Nebula - the trapeze - The Trapezium region in M42 - Located 1500 years - light, Orion Nebula is the closest region of formation of stars of the Sun. In the center of the picture, the Trapeze of Orion. The Trapeze is among the youngest known open clusters, it is made up of 4 massive stars that make the nebula shine. Image obtained with Siding Spring's 3.9m telescope. The central 'star' of the three groups forming the asterism of Orion's sword is in reality a nebula, and is clearly nebulous to the unaided eye. At the heart of the most luminous nebulosity shimmer a handful of stars known as the Trapezium cluster, visible in binoculars. These are the brightest members of a substantial cluster of stars, most of which are still hidden in the dusty recesses of the Orion nebula against which they are seen. The stars of the Trapezium provide much of the energy which makes the brilliant Orion Nebula visible and are at a distance of about 1500 light years. This image was made at the prime

Orion Nebula - the trapeze - The Trapezium region in M42 - Located 1500 years - light, Orion Nebula is the closest region of formation of stars of the Sun. In the center of the picture, the Trapeze of Orion. The Trapeze is among the youngest known open clusters, it is made up of 4 massive stars that make the nebula shine. Image obtained with Siding Spring's 3.9m telescope. The central 'star' of the three groups forming the asterism of Orion's sword is in reality a nebula, and is clearly nebulous to the unaided eye. At the heart of the most luminous nebulosity shimmer a handful of stars known as the Trapezium cluster, visible in binoculars. These are the brightest members of a substantial cluster of stars, most of which are still hidden in the dusty recesses of the Orion nebula against which they are seen. The stars of the Trapezium provide much of the energy which makes the brilliant Orion Nebula visible and are at a distance of about 1500 light years. This image was made at the prime

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Orion Nebula M42 in Orion - The Orion Nebula - Located 1500 years - light, Orion Nebula is the closest star-forming region of the Sun. Image obtained with the 1.2m Schmidt UK Telescope from Siding Spring. To the eye, the nebula appears as a misty patch around the central star of the line of three which form Orion's sword. Binoculars or a modest telescope will show that these three 'stars' are loose groups of several individuals some of which can be seen in this photograph. The central group of stars, the Trapezium cluster is hidden in the glow of the Orion Nebula in this photograph, but these stars are responsible for producing the nebula. It is the high concentration of dust and gas in this part of the sky which has resulted in the formation of the stars, so the Orion nebula is no random association of bright stars and dusty gas. At a distance of 1500 light years, the Orion nebula is the nearest star - forming region to the Sun

Orion Nebula M42 in Orion - The Orion Nebula - Located 1500 years - light, Orion Nebula is the closest star-forming region of the Sun. Image obtained with the 1.2m Schmidt UK Telescope from Siding Spring. To the eye, the nebula appears as a misty patch around the central star of the line of three which form Orion's sword. Binoculars or a modest telescope will show that these three 'stars' are loose groups of several individuals some of which can be seen in this photograph. The central group of stars, the Trapezium cluster is hidden in the glow of the Orion Nebula in this photograph, but these stars are responsible for producing the nebula. It is the high concentration of dust and gas in this part of the sky which has resulted in the formation of the stars, so the Orion nebula is no random association of bright stars and dusty gas. At a distance of 1500 light years, the Orion nebula is the nearest star - forming region to the Sun

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