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7 results found
![Cape fur seal colony (Arctocephalus pusillus) at Geyser Island, Dyer Island offshore from Klein baai, Western Cape, South Africa, Africa](https://everywhereyouwant.com/zoom/RM/RH/HORIZONTAL/465-3113.jpg)
Cape fur seal colony (Arctocephalus pusillus) at Geyser Island, Dyer Island offshore from Klein baai, Western Cape, South Africa, Africa
![Great white shark swims by cage, great white shark cage diving, Marine Dynamics, Dyer Island, South Africa, Africa](https://everywhereyouwant.com/zoom/RM/RH/HORIZONTAL/465-3119.jpg)
Great white shark swims by cage, great white shark cage diving, Marine Dynamics, Dyer Island, South Africa, Africa
![Great white shark swims by cage, great white shark cage diving, Marine Dynamics, Dyer Island, South Africa, Africa](https://everywhereyouwant.com/zoom/RM/RH/HORIZONTAL/465-3120.jpg)
Great white shark swims by cage, great white shark cage diving, Marine Dynamics, Dyer Island, South Africa, Africa
![Musician Daniel Payne playing fiddle on mountain side. Pangnirtung, Cape Dyer, Baffin Island, Canada, North America](https://everywhereyouwant.com/zoom/RM/RH/VERTICAL/921-881.jpg)
Musician Daniel Payne playing fiddle on mountain side. Pangnirtung, Cape Dyer, Baffin Island, Canada, North America
![Remnants of the Hudson Bay Trading Company and Town views of Pangnirtung. Cape Dyer, Baffin Island, Canada, North America](https://everywhereyouwant.com/zoom/RM/RH/HORIZONTAL/921-879.jpg)
Remnants of the Hudson Bay Trading Company and Town views of Pangnirtung. Cape Dyer, Baffin Island, Canada, North America
![2 Orca (Orcinus orca), Killer whale, head above water. Cape Dyer, Baffin Island, Canada, North America](https://everywhereyouwant.com/zoom/RM/RH/VERTICAL/921-873.jpg)
2 Orca (Orcinus orca), Killer whale, head above water. Cape Dyer, Baffin Island, Canada, North America
![NGC 7000, the North America Nebula, with the Pelican Nebula, IC 5067, at right, in Cygnus, taken from home November 21, 2016 as part of testing of the Explore Scientific FCD100 102mm apo refractor. This is a stack of 5 x 6-minute exposures at f/7 with the ES field flattener, and at ISO 1600 with the filter-modified Canon 5D MkII. Star diffraction spikes added with AstronomyTools actions.](https://everywhereyouwant.com/zoom/RM/RH/HORIZONTAL/1350-123.jpg)
NGC 7000, the North America Nebula, with the Pelican Nebula, IC 5067, at right, in Cygnus, taken from home November 21, 2016 as part of testing of the Explore Scientific FCD100 102mm apo refractor. This is a stack of 5 x 6-minute exposures at f/7 with the ES field flattener, and at ISO 1600 with the filter-modified Canon 5D MkII. Star diffraction spikes added with AstronomyTools actions.
![A mosaic of the region around the centre of the Milky Way in Sagittarius and Scorpius. The field takes in the Milky Way from the Cat's Paw Nebula at bottom edge to the Eagle Nebula at top left. In between from top to bottom are the Swan Nebula (M17), the Small Sagittarius Starcloud (M24), the Trifid and Lagoon Nebulas (M20 and M8) and the open clusters M6 and M7. The prominent dark nebula at right is the large Pipe Nebula (B78) with the small Snake Nebula (B72) above it. The whole complex is visible to the naked eye as the Dark Horse.](https://everywhereyouwant.com/zoom/RM/RH/VERTICAL/1350-12.jpg)
A mosaic of the region around the centre of the Milky Way in Sagittarius and Scorpius. The field takes in the Milky Way from the Cat's Paw Nebula at bottom edge to the Eagle Nebula at top left. In between from top to bottom are the Swan Nebula (M17), the Small Sagittarius Starcloud (M24), the Trifid and Lagoon Nebulas (M20 and M8) and the open clusters M6 and M7. The prominent dark nebula at right is the large Pipe Nebula (B78) with the small Snake Nebula (B72) above it. The whole complex is visible to the naked eye as the Dark Horse.
![The complex area of clusters and nebulosity in central Auriga, including: M38 the Starfish Cluster and its smaller companion cluster NGC 1907; the emission/reflection nebulas NGC 1931, IC 417, IC 410 and IC 405 (from right to left here). Magenta and cyan (from emission and reflection components) IC 405 at right is the Flaming Star Nebula. Between IC 405 and IC 410 is the asterism known as The Little Fish.](https://everywhereyouwant.com/zoom/RM/RH/HORIZONTAL/1350-22.jpg)
The complex area of clusters and nebulosity in central Auriga, including: M38 the Starfish Cluster and its smaller companion cluster NGC 1907; the emission/reflection nebulas NGC 1931, IC 417, IC 410 and IC 405 (from right to left here). Magenta and cyan (from emission and reflection components) IC 405 at right is the Flaming Star Nebula. Between IC 405 and IC 410 is the asterism known as The Little Fish.
![The Belt and Sword region of Orion, with the Orion Nebula, Messiesr 42 and 43, at bottom. Below the left star of the Belt, Alnitak, is the famous Horsehead Nebula, while above it is NGC 2024, aka the Flame Nebula. At very top left is Messier 78, while part of Barnard's Loop arc across the field at left. The field is filled with other faint red emission and blue reflection nebulas. The large loose open cluster Collinder 70 surrounds the middle star of the Belt, Alnilam.](https://everywhereyouwant.com/zoom/RM/RH/HORIZONTAL/1350-79.jpg)
The Belt and Sword region of Orion, with the Orion Nebula, Messiesr 42 and 43, at bottom. Below the left star of the Belt, Alnitak, is the famous Horsehead Nebula, while above it is NGC 2024, aka the Flame Nebula. At very top left is Messier 78, while part of Barnard's Loop arc across the field at left. The field is filled with other faint red emission and blue reflection nebulas. The large loose open cluster Collinder 70 surrounds the middle star of the Belt, Alnilam.
![A demo image with the Orion 80mm CF Apo and Celestron AVX mount, with 3 x 8 minute and 3 x 6 minutes, at ISO 1600 with Canon 6D MkII plus shorter 3 x 2 minute and 3 x 1 minute exposures blended in with luminosity masks. Guided with the Orion Starshoot and Orion finderscope, using PHD2, with a lot of wild excursions in the guiding.](https://everywhereyouwant.com/zoom/RM/RH/HORIZONTAL/1350-67.jpg)
A demo image with the Orion 80mm CF Apo and Celestron AVX mount, with 3 x 8 minute and 3 x 6 minutes, at ISO 1600 with Canon 6D MkII plus shorter 3 x 2 minute and 3 x 1 minute exposures blended in with luminosity masks. Guided with the Orion Starshoot and Orion finderscope, using PHD2, with a lot of wild excursions in the guiding.
![A mosaic of the region around the Small Sagittarius Starcloud and Dark Horse dark nebula complex. The field takes in the Milky Way from the Lagoon Nebula at bottom to the Eagle Nebula at top left. In between from top to bottom are the Swan Nebula (M17), and the Small Sagittarius Starcloud (M24). Flanking the bright M24 starcloud are the large open clusters M23 (right) and M25 (left). At bottom left is the M22 globular star cluster. The prominent dark nebula at right is the large Pipe Nebula (B78) with the small Snake Nebula (B72) above it. The whole complex is visible to the naked eye as the Dark Horse.](https://everywhereyouwant.com/zoom/RM/RH/HORIZONTAL/1350-35.jpg)
A mosaic of the region around the Small Sagittarius Starcloud and Dark Horse dark nebula complex. The field takes in the Milky Way from the Lagoon Nebula at bottom to the Eagle Nebula at top left. In between from top to bottom are the Swan Nebula (M17), and the Small Sagittarius Starcloud (M24). Flanking the bright M24 starcloud are the large open clusters M23 (right) and M25 (left). At bottom left is the M22 globular star cluster. The prominent dark nebula at right is the large Pipe Nebula (B78) with the small Snake Nebula (B72) above it. The whole complex is visible to the naked eye as the Dark Horse.
![A flower-filled meadow at the Hay Barn Road at Waterton Lakes National Park, Alberta, with the summer Milky Way and Mars to the south over Waterton Valley and Vimy Peak at left.](https://everywhereyouwant.com/zoom/RM/RH/HORIZONTAL/1350-145.jpg)
A flower-filled meadow at the Hay Barn Road at Waterton Lakes National Park, Alberta, with the summer Milky Way and Mars to the south over Waterton Valley and Vimy Peak at left.
![The amazing area of the southern Milky Way in Carina and Crux, the brightest part of the Milky Way after the galactic core region. At right is the Carina Nebula, with the Southern Pleiades cluster, IC 2602, below it. The Football Cluster, NGC 3532, is at upper left of the Carina Nebula. At centre is the region of Lambda Centauri, with the star cluster NGC 3766, the Pearl Cluster, above the emission nebulosity. At left is the Southern Cross, with the dark Coal Sack at bottom left of the Cross, with thin tendrils extending to the right. To the left of Alpha Cruxis at the bottom of the Cross is the star cluster NGC 4609; aboive Alpha is NGC 4649. To the left of Beta Cruxis at the left side of the Cross is the Jewel Box Cluster, NGC 4755.](https://everywhereyouwant.com/zoom/RM/RH/HORIZONTAL/1350-133.jpg)
The amazing area of the southern Milky Way in Carina and Crux, the brightest part of the Milky Way after the galactic core region. At right is the Carina Nebula, with the Southern Pleiades cluster, IC 2602, below it. The Football Cluster, NGC 3532, is at upper left of the Carina Nebula. At centre is the region of Lambda Centauri, with the star cluster NGC 3766, the Pearl Cluster, above the emission nebulosity. At left is the Southern Cross, with the dark Coal Sack at bottom left of the Cross, with thin tendrils extending to the right. To the left of Alpha Cruxis at the bottom of the Cross is the star cluster NGC 4609; aboive Alpha is NGC 4649. To the left of Beta Cruxis at the left side of the Cross is the Jewel Box Cluster, NGC 4755.
![The large star-forming region of IC 1396 in Cepheus, taken September 5, 2018 from home in southern Alberta. The wide field includes the bright orange star Mu Cephei, or Herschel's Garnet Star, at top. The Elephant Trunk Nebula is at centre. North is at top.](https://everywhereyouwant.com/zoom/RM/RH/HORIZONTAL/1350-140.jpg)
The large star-forming region of IC 1396 in Cepheus, taken September 5, 2018 from home in southern Alberta. The wide field includes the bright orange star Mu Cephei, or Herschel's Garnet Star, at top. The Elephant Trunk Nebula is at centre. North is at top.
![A blend of images to show the stars of the southern sky moving from east to west (left to right) over the peaks of the Continental Divide at Herbert Lake near Lake Louise, in Banff, Alberta. The main peak at left is Mount Temple.](https://everywhereyouwant.com/zoom/RM/RH/HORIZONTAL/1350-154.jpg)
A blend of images to show the stars of the southern sky moving from east to west (left to right) over the peaks of the Continental Divide at Herbert Lake near Lake Louise, in Banff, Alberta. The main peak at left is Mount Temple.
![A dim aurora to the north at Grasslands National Park, Saskatchewan, at the Larson Ranch site and its rustic pioneer cabins. Taken August 8, 2016. This is looking northeast to Andromeda (the Andromeda Galaxy is above centre) and Perseus (the Double Cluster is left of centre). This Park is a Dark Sky Preserve. There are no lights visible. Illumination here is from starlight and the setting waxing crescent Moon to the southwest.](https://everywhereyouwant.com/zoom/RM/RH/HORIZONTAL/1350-100.jpg)
A dim aurora to the north at Grasslands National Park, Saskatchewan, at the Larson Ranch site and its rustic pioneer cabins. Taken August 8, 2016. This is looking northeast to Andromeda (the Andromeda Galaxy is above centre) and Perseus (the Double Cluster is left of centre). This Park is a Dark Sky Preserve. There are no lights visible. Illumination here is from starlight and the setting waxing crescent Moon to the southwest.
![The partial eclipse of the Sun, October 23, 2014, as seen from Jasper, Alberta, shot under clear skies through a mylar filter, on the front of a 66mm f/6 apo refractor using the Canon 60Da for 1/8000 (!) sec exposure at ISO 100. The colours are natural, with the mylar filter providing a neutral 'white light' image. The big sunspot on the Sun that day is just disappearing behind the Moon's limb. The mylar filter gave a white Sun, its natural colour, but I have tinted the Sun's disk yellow for a more pleasing view that is not just white Sun/black sky.](https://everywhereyouwant.com/zoom/RM/RH/HORIZONTAL/1350-97.jpg)
The partial eclipse of the Sun, October 23, 2014, as seen from Jasper, Alberta, shot under clear skies through a mylar filter, on the front of a 66mm f/6 apo refractor using the Canon 60Da for 1/8000 (!) sec exposure at ISO 100. The colours are natural, with the mylar filter providing a neutral 'white light' image. The big sunspot on the Sun that day is just disappearing behind the Moon's limb. The mylar filter gave a white Sun, its natural colour, but I have tinted the Sun's disk yellow for a more pleasing view that is not just white Sun/black sky.
![The partial eclipse of the Sun, October 23, 2014, as seen from Jasper, Alberta, in this case shot through thin cloud but that makes for a more interesting photo than one in a clear sky. This is still shot through a mylar filter, on the front of a 66mm f/6 apo refractor using the Canon 60Da for 1/25 sec exposure at ISO 100. The colours are natural, with the mylar filter providing a neutral 'white light' image. With the Sun dimmed a lot by cloud, the longer exposure allowed picking up light and colours in the surrounding clouds.](https://everywhereyouwant.com/zoom/RM/RH/HORIZONTAL/1350-96.jpg)
The partial eclipse of the Sun, October 23, 2014, as seen from Jasper, Alberta, in this case shot through thin cloud but that makes for a more interesting photo than one in a clear sky. This is still shot through a mylar filter, on the front of a 66mm f/6 apo refractor using the Canon 60Da for 1/25 sec exposure at ISO 100. The colours are natural, with the mylar filter providing a neutral 'white light' image. With the Sun dimmed a lot by cloud, the longer exposure allowed picking up light and colours in the surrounding clouds.
![Splendours of the southern Milky Way from Vela (at top right) to Centaurus (at bottom left), including the Carina Nebula, Crux and Coal Sack, and Alpha and Beta Centauri. A part of the huge Gum Nebula is at far right. The False Cross is at right, with the large cluster NGC 2516, the Diamond Cluster, below it. The globular cluster Omega Centauri is at upper left.](https://everywhereyouwant.com/zoom/RM/RH/HORIZONTAL/1350-126.jpg)
Splendours of the southern Milky Way from Vela (at top right) to Centaurus (at bottom left), including the Carina Nebula, Crux and Coal Sack, and Alpha and Beta Centauri. A part of the huge Gum Nebula is at far right. The False Cross is at right, with the large cluster NGC 2516, the Diamond Cluster, below it. The globular cluster Omega Centauri is at upper left.
![The Hyades star cluster with the red giant star Aldebaran (looking yellow here) in Taurus the bull in the winter sky. The field is similar to what a pair of large binoculars would show. I shot this from home Nov. 25, 2019.](https://everywhereyouwant.com/zoom/RM/RH/HORIZONTAL/1350-54.jpg)
The Hyades star cluster with the red giant star Aldebaran (looking yellow here) in Taurus the bull in the winter sky. The field is similar to what a pair of large binoculars would show. I shot this from home Nov. 25, 2019.
![A composite of the August 21, 2017 total solar eclipse showing third contact ' the end of totality ��쬆with sunlight beginning to reappear and the array of pink prominences along the limb of the Sun. Seconds later the emerging Sun and diamond ring overwhelmed the large prominence.](https://everywhereyouwant.com/zoom/RM/RH/HORIZONTAL/1350-121.jpg)
A composite of the August 21, 2017 total solar eclipse showing third contact ' the end of totality ��쬆with sunlight beginning to reappear and the array of pink prominences along the limb of the Sun. Seconds later the emerging Sun and diamond ring overwhelmed the large prominence.
![The Pleiades star cluster, aka Seven Sisters, or M45, in Taurus. A deep exposure showing the reflection nebulosity which fills the area. This is a stack of 5 x 14 minute exposures with the TMB 92mm apo refractor and Borg 0.85x flattener/reducer at f/4.8 and Canon 5D MkII at ISO 800. Taken from home Oct 9/10, 2013.](https://everywhereyouwant.com/zoom/RM/RH/HORIZONTAL/1350-25.jpg)
The Pleiades star cluster, aka Seven Sisters, or M45, in Taurus. A deep exposure showing the reflection nebulosity which fills the area. This is a stack of 5 x 14 minute exposures with the TMB 92mm apo refractor and Borg 0.85x flattener/reducer at f/4.8 and Canon 5D MkII at ISO 800. Taken from home Oct 9/10, 2013.
![Comet NEOWISE (C/2020 F3) over the still waters this night of Crawling Lake in southern Alberta. This was early in the evening with the sky still brightly coloured with twilight. The comet was in the southern part of Ursa Major between the pairs of stars called Tania and Talitha. The clouds that were present nicely framed the scene and reflected in the water as well. The comet was too high to be visible as a reflection at this time.](https://everywhereyouwant.com/zoom/RM/RH/HORIZONTAL/1350-114.jpg)
Comet NEOWISE (C/2020 F3) over the still waters this night of Crawling Lake in southern Alberta. This was early in the evening with the sky still brightly coloured with twilight. The comet was in the southern part of Ursa Major between the pairs of stars called Tania and Talitha. The clouds that were present nicely framed the scene and reflected in the water as well. The comet was too high to be visible as a reflection at this time.
![A telescopic closeup of Comet Lovejoy (C/2014 Q2) on January 19, 2015. I shot this from near Silver City, New Mexico, using a TMB 92mm apo refractor at f/4.4 and using a Canon 6D at ISO 1600 for a stack of 4 x 5 minute exposures. The ion tail is primarily from a single exposure to minimize blurring from the comet's motion relative to the stars. The rest of the image is from the stacked combination to minimize noise.](https://everywhereyouwant.com/zoom/RM/RH/HORIZONTAL/1350-91.jpg)
A telescopic closeup of Comet Lovejoy (C/2014 Q2) on January 19, 2015. I shot this from near Silver City, New Mexico, using a TMB 92mm apo refractor at f/4.4 and using a Canon 6D at ISO 1600 for a stack of 4 x 5 minute exposures. The ion tail is primarily from a single exposure to minimize blurring from the comet's motion relative to the stars. The rest of the image is from the stacked combination to minimize noise.
![All of Scorpius, plus parts of Lupus and Ara regions of the southern Milky Way. This area was directly overhead when I took this at about 4:30 am local time on April 6, 2014 from near Coonabarabran, Australia. The head of Scorpius is at top his tail at bottom though you could turn this image any direction and it would be correct as seen in the sky at this latitude, depending on the time of night. But in portrait mode like this north is at top. Along the Milky Way are numerous nebulas, including the False Comet area, the Cat's Paw area, and the colourful nebulas around Antares at top. The dark Pipe Nebula is at left of frame.](https://everywhereyouwant.com/zoom/RM/RH/VERTICAL/1350-34.jpg)
All of Scorpius, plus parts of Lupus and Ara regions of the southern Milky Way. This area was directly overhead when I took this at about 4:30 am local time on April 6, 2014 from near Coonabarabran, Australia. The head of Scorpius is at top his tail at bottom though you could turn this image any direction and it would be correct as seen in the sky at this latitude, depending on the time of night. But in portrait mode like this north is at top. Along the Milky Way are numerous nebulas, including the False Comet area, the Cat's Paw area, and the colourful nebulas around Antares at top. The dark Pipe Nebula is at left of frame.
![Mark gazing at a target, M22, in the Milky Way with his TeleVue 127 refractor at the annual Rothney Observatory Milky Way Nights for July 25, 2019. Several satellite trails mark the sky. Jupiter (brightest at right) and Saturn (at left) flank the Milky Way.](https://everywhereyouwant.com/zoom/RM/RH/HORIZONTAL/1350-63.jpg)
Mark gazing at a target, M22, in the Milky Way with his TeleVue 127 refractor at the annual Rothney Observatory Milky Way Nights for July 25, 2019. Several satellite trails mark the sky. Jupiter (brightest at right) and Saturn (at left) flank the Milky Way.
![The colourful region around Antares in Scorpius, the yellow star at centre. To the right is the globular cluster Messier 4. Above right of Antares is the smaller globular NGC 6144. Above are the nebulas associated with Rho Ophiuchi. The area is filled with reflection (yellow and blue) and emission nebulas (red and pink). The field simulates a binocular field.](https://everywhereyouwant.com/zoom/RM/RH/HORIZONTAL/1350-135.jpg)
The colourful region around Antares in Scorpius, the yellow star at centre. To the right is the globular cluster Messier 4. Above right of Antares is the smaller globular NGC 6144. Above are the nebulas associated with Rho Ophiuchi. The area is filled with reflection (yellow and blue) and emission nebulas (red and pink). The field simulates a binocular field.
![This is the Belt of Orion with its three blue stars across the top of the frame (L to R: Alnitak, Alnilam, and Mintaka), with the iconic Horsehead Nebula (aka B33) below Alnitak, with the dark Horsehead set against the bright nebula IC 434, aka Orion's Dagger. The pinkish nebula above Alnitak is NGC 2024, the Flame Nebula. The small blue reflection nebula left of the Horsehead is NGC 2023, with smaller IC 435 to the left of it. The field is filled with the large open cluster Collinder 70. The multiple star at bottom left of centre is Sigma Orionis. Many other smaller bits of reflection nebulas populate the field in and around the Belt.](https://everywhereyouwant.com/zoom/RM/RH/HORIZONTAL/1350-47.jpg)
This is the Belt of Orion with its three blue stars across the top of the frame (L to R: Alnitak, Alnilam, and Mintaka), with the iconic Horsehead Nebula (aka B33) below Alnitak, with the dark Horsehead set against the bright nebula IC 434, aka Orion's Dagger. The pinkish nebula above Alnitak is NGC 2024, the Flame Nebula. The small blue reflection nebula left of the Horsehead is NGC 2023, with smaller IC 435 to the left of it. The field is filled with the large open cluster Collinder 70. The multiple star at bottom left of centre is Sigma Orionis. Many other smaller bits of reflection nebulas populate the field in and around the Belt.
![The Horsehead Nebula, B33, below the Belt of Orion and the star Alnitak, along with the bright Flame Nebula, NGC 2024, to the left of Alnitak. Many other bright reflection nebulas populate the field, such as NGC 2023 just left of the Horsehead itself. The quintuple star system Sigma Orionis is right of the Horsehead. The dark Horsehead is set against the bright streak of the emission nebula IC 434.](https://everywhereyouwant.com/zoom/RM/RH/HORIZONTAL/1350-89.jpg)
The Horsehead Nebula, B33, below the Belt of Orion and the star Alnitak, along with the bright Flame Nebula, NGC 2024, to the left of Alnitak. Many other bright reflection nebulas populate the field, such as NGC 2023 just left of the Horsehead itself. The quintuple star system Sigma Orionis is right of the Horsehead. The dark Horsehead is set against the bright streak of the emission nebula IC 434.
![The Full Moon rising on December 22, 2018, the day after the winter solstice, in a perfectly clear sky and over the distant horizon to the northeast over the snow-covered prairie. Some cows are grazing at left! The top edge of the Moon has a green rim and the bottom edge a red rim, from atmospheric refraction. But it made for a Christmas-coloured Moon ornament on the horizon! The dark lunar mare and even the bright rays splashing from Tycho at bottom are visible.](https://everywhereyouwant.com/zoom/RM/RH/HORIZONTAL/1350-77.jpg)
The Full Moon rising on December 22, 2018, the day after the winter solstice, in a perfectly clear sky and over the distant horizon to the northeast over the snow-covered prairie. Some cows are grazing at left! The top edge of the Moon has a green rim and the bottom edge a red rim, from atmospheric refraction. But it made for a Christmas-coloured Moon ornament on the horizon! The dark lunar mare and even the bright rays splashing from Tycho at bottom are visible.
![One of the 27 antennas of the Very Large Array (VLA) radio telescope complex in New Mexico (with others in the distance at lower right) illuminated by moonlight, on December 13, 2013, peak night for the Geminid meteor shower. A single exposure of 30 seconds with the Rokinon 14mm lens at f/2.8 and Canon 5D MkII at ISO 800. Orion is rising a lower centre. The Moon is the bright object at upper right. The Pleiades and Hyades are above centre.](https://everywhereyouwant.com/zoom/RM/RH/HORIZONTAL/1350-41.jpg)
One of the 27 antennas of the Very Large Array (VLA) radio telescope complex in New Mexico (with others in the distance at lower right) illuminated by moonlight, on December 13, 2013, peak night for the Geminid meteor shower. A single exposure of 30 seconds with the Rokinon 14mm lens at f/2.8 and Canon 5D MkII at ISO 800. Orion is rising a lower centre. The Moon is the bright object at upper right. The Pleiades and Hyades are above centre.
![A panorama of the 7-day-old first quarter Moon on March 13, 2019, showing the full disk and extent of incredible detail along the terminator, the dividing line between the day and night sides of the Moon where the Sun is rising as seen from the surface of the Moon. Note the tiny points of light at the centres of some of the craters (particularly Alphonsus and Arzachel below centre) in the Southern Highlands from sunlight just catching the central peaks of those craters. At top in the north the slash of the Alpine Valley is obvious as well as the curve of the Apennine Mountains.](https://everywhereyouwant.com/zoom/RM/RH/VERTICAL/1350-83.jpg)
A panorama of the 7-day-old first quarter Moon on March 13, 2019, showing the full disk and extent of incredible detail along the terminator, the dividing line between the day and night sides of the Moon where the Sun is rising as seen from the surface of the Moon. Note the tiny points of light at the centres of some of the craters (particularly Alphonsus and Arzachel below centre) in the Southern Highlands from sunlight just catching the central peaks of those craters. At top in the north the slash of the Alpine Valley is obvious as well as the curve of the Apennine Mountains.
![This is the rich region in the centre of the constellation of Auriga with the Flaming Star Nebula, IC 405 at right, and the roundish IC 410 at bottom with the cluster NGC 1893. At top left is the star cluster Messier 38, with small NGC 1907 below it. The small nebula at left is IC 417 around the loose cluster Stock 8. The large elongated nebula at top is Sharpless 2-230. The colourful asterism of stars between IC 405 and IC 410 is the Leaping Minnow or Little Fish, aka Mel 31.](https://everywhereyouwant.com/zoom/RM/RH/HORIZONTAL/1350-56.jpg)
This is the rich region in the centre of the constellation of Auriga with the Flaming Star Nebula, IC 405 at right, and the roundish IC 410 at bottom with the cluster NGC 1893. At top left is the star cluster Messier 38, with small NGC 1907 below it. The small nebula at left is IC 417 around the loose cluster Stock 8. The large elongated nebula at top is Sharpless 2-230. The colourful asterism of stars between IC 405 and IC 410 is the Leaping Minnow or Little Fish, aka Mel 31.
![The Dark Emu of aboriginal sky lore rising out of the Tasman Sea, from the south cost of Victoria, Australia. From Cape Conran on the Gippsland Coast. Carina is just above centre, Crux, the Southern Cross is at centre, and Centaurus is below Crux. The False Cross is at top.](https://everywhereyouwant.com/zoom/RM/RH/VERTICAL/1350-177.jpg)
The Dark Emu of aboriginal sky lore rising out of the Tasman Sea, from the south cost of Victoria, Australia. From Cape Conran on the Gippsland Coast. Carina is just above centre, Crux, the Southern Cross is at centre, and Centaurus is below Crux. The False Cross is at top.
![The rising of the Full Moon on Easter eve, Saturday, March 31, 2018, on a very cold night with lots of snow still on the ground in Alberta. So this is more a winter Moon than a spring one. This is the 'paschal' Moon ' the one that defines the date of Easter, being the first Full Moon after the vernal equinox. The first Sunday after that Full Moon, in this case the next day, is Easter Sunday.](https://everywhereyouwant.com/zoom/RM/RH/HORIZONTAL/1350-153.jpg)
The rising of the Full Moon on Easter eve, Saturday, March 31, 2018, on a very cold night with lots of snow still on the ground in Alberta. So this is more a winter Moon than a spring one. This is the 'paschal' Moon ' the one that defines the date of Easter, being the first Full Moon after the vernal equinox. The first Sunday after that Full Moon, in this case the next day, is Easter Sunday.
![The centre of the galaxy area of the Milky Way toward Sagittarius and Scorpius, with the Sagittarius Starcloud right of centre, and the Lagoon Nebula (M8) left of centre. The Cat's Paw Nebula (NGC 6334) in Scorpius is at upper right, the Swan Nebula (M17) and Eagle Nebula (M16) are at lower left. To the right of them is the Small Sagittarius Starcloud (M24). At the very top is the Snake Nebula (B72). The main mass of dark nebula is the Pipe Nebula (B78). Above M24 at left is the open cluster M23 while below the M24 star cloud is the cluster M25. The globular M22 is at the bottom edge. At right of frame are the open clusters M6 (in the dark area of the Milky Way) and M7 (in the bright starcloud).](https://everywhereyouwant.com/zoom/RM/RH/HORIZONTAL/1350-13.jpg)
The centre of the galaxy area of the Milky Way toward Sagittarius and Scorpius, with the Sagittarius Starcloud right of centre, and the Lagoon Nebula (M8) left of centre. The Cat's Paw Nebula (NGC 6334) in Scorpius is at upper right, the Swan Nebula (M17) and Eagle Nebula (M16) are at lower left. To the right of them is the Small Sagittarius Starcloud (M24). At the very top is the Snake Nebula (B72). The main mass of dark nebula is the Pipe Nebula (B78). Above M24 at left is the open cluster M23 while below the M24 star cloud is the cluster M25. The globular M22 is at the bottom edge. At right of frame are the open clusters M6 (in the dark area of the Milky Way) and M7 (in the bright starcloud).
![The waning gibbous Moon approaches the star Aldebaran at an occultation on the morning of September 12, 2017. This is a multiple exposure composite of the ingress phase that occurred before sunrise, with the Moon from the final exposure and the star from exposures taken at 4-minute intervals prior to that last exposure. For the actual ingress I switched to HD movie to shoot a video of the event.](https://everywhereyouwant.com/zoom/RM/RH/HORIZONTAL/1350-125.jpg)
The waning gibbous Moon approaches the star Aldebaran at an occultation on the morning of September 12, 2017. This is a multiple exposure composite of the ingress phase that occurred before sunrise, with the Moon from the final exposure and the star from exposures taken at 4-minute intervals prior to that last exposure. For the actual ingress I switched to HD movie to shoot a video of the event.
![This is the nebula rich region in the constellation of Monoceros the Unicorn with the dark Cone Nebula (left of centre) and the small V-shaped and bright Hubble's Variable Nebula at bottom, a reflection nebula that varies in form and brightness. Above the Cone Nebula is the triangular Christmas Tree Cluster, NGC 2264, here upside down as the bright blue star 15 Mon is the base of the tree. The large region of nebulosity is Sharpless 2-273. The V-shaped dark nebula above centre is LDN 1603.](https://everywhereyouwant.com/zoom/RM/RH/HORIZONTAL/1350-58.jpg)
This is the nebula rich region in the constellation of Monoceros the Unicorn with the dark Cone Nebula (left of centre) and the small V-shaped and bright Hubble's Variable Nebula at bottom, a reflection nebula that varies in form and brightness. Above the Cone Nebula is the triangular Christmas Tree Cluster, NGC 2264, here upside down as the bright blue star 15 Mon is the base of the tree. The large region of nebulosity is Sharpless 2-273. The V-shaped dark nebula above centre is LDN 1603.
![Astronomer Vance Petriew at the eyepiece of his 20-inch Dobsonian reflector telescope, at the 2012 Saskatchewan Summer Star Party in Cypress Hills, SK. This is a single 20 second exposure with the Canon 5DMkII at ISO 4000, and 24mm Canon L-series lens at f/2. A faint aurora adds the horizon colours. The photo was taken on the occasion of the second return of Comet Petriew 185/P since its discovery 11 years earlier in 2001 at this very same location.](https://everywhereyouwant.com/zoom/RM/RH/VERTICAL/1350-39.jpg)
Astronomer Vance Petriew at the eyepiece of his 20-inch Dobsonian reflector telescope, at the 2012 Saskatchewan Summer Star Party in Cypress Hills, SK. This is a single 20 second exposure with the Canon 5DMkII at ISO 4000, and 24mm Canon L-series lens at f/2. A faint aurora adds the horizon colours. The photo was taken on the occasion of the second return of Comet Petriew 185/P since its discovery 11 years earlier in 2001 at this very same location.
![An aurora display on the night of June 7/8, 2015 from southern Alberta, with an old rustic farm truck as the foreground. This is a frame from a 450-frame time-lapse with the Nikon D750 at ISO 1600 and the Sigma 24mm lens at f/2.8, for 8 seconds each. The foreground is from a stack of 8 images adjacent in time to the sky image stacked in Mean mode for smoothing of noise.](https://everywhereyouwant.com/zoom/RM/RH/HORIZONTAL/1350-88.jpg)
An aurora display on the night of June 7/8, 2015 from southern Alberta, with an old rustic farm truck as the foreground. This is a frame from a 450-frame time-lapse with the Nikon D750 at ISO 1600 and the Sigma 24mm lens at f/2.8, for 8 seconds each. The foreground is from a stack of 8 images adjacent in time to the sky image stacked in Mean mode for smoothing of noise.
![Auroral curtains at the zenith, with shades of green and cyan, from the display of September 8, 2018 taken from the Tibbitt Lake site near Yellowknife, NWT.](https://everywhereyouwant.com/zoom/RM/RH/HORIZONTAL/1350-163.jpg)
Auroral curtains at the zenith, with shades of green and cyan, from the display of September 8, 2018 taken from the Tibbitt Lake site near Yellowknife, NWT.
![A wide-angle view of the Northern Hemisphere autumn Milky, from Aquila at bottom right in thw south, to Cassiopeia and Perseus at upper left in the northeast. Cygnus is at centre overhead on a late October evening. The Summer Triangle stars are at centre and right; the Andromeda Galaxy and Triangulum galaxies are at bottom left. The dark nebula Le Gentil 3, aka the Funnel Nebula, is at centre.](https://everywhereyouwant.com/zoom/RM/RH/HORIZONTAL/1350-59.jpg)
A wide-angle view of the Northern Hemisphere autumn Milky, from Aquila at bottom right in thw south, to Cassiopeia and Perseus at upper left in the northeast. Cygnus is at centre overhead on a late October evening. The Summer Triangle stars are at centre and right; the Andromeda Galaxy and Triangulum galaxies are at bottom left. The dark nebula Le Gentil 3, aka the Funnel Nebula, is at centre.
![The Dark Emu of aboriginal sky lore rising in a moonlit sky over the Tasman Sea from a beach near Lakes Entrance, Victoria, Australia, April 2, 2017. Lights from fishing boats dot the horizon out at sea. Illumination is from the waxing crescent Moon behind the camera to the north. This is looking southeast. Crux, the Southern Cross, is at top; the Pointer Stars are below.](https://everywhereyouwant.com/zoom/RM/RH/HORIZONTAL/1350-176.jpg)
The Dark Emu of aboriginal sky lore rising in a moonlit sky over the Tasman Sea from a beach near Lakes Entrance, Victoria, Australia, April 2, 2017. Lights from fishing boats dot the horizon out at sea. Illumination is from the waxing crescent Moon behind the camera to the north. This is looking southeast. Crux, the Southern Cross, is at top; the Pointer Stars are below.
![The nebulas of Orion in the Belt and Sword of Orion area. Including M42, Orion Nebula 9below centre), Barnard's Loop (at left), M78 (small reflection nebula above centre), Horsehead Nebula (centre) and NGC 2024 (above Horsehead). There is faint reflection nebulosity at right -- the frame does not extend right far enough to show the Witchhead Nebula near Rigel.](https://everywhereyouwant.com/zoom/RM/RH/HORIZONTAL/1350-27.jpg)
The nebulas of Orion in the Belt and Sword of Orion area. Including M42, Orion Nebula 9below centre), Barnard's Loop (at left), M78 (small reflection nebula above centre), Horsehead Nebula (centre) and NGC 2024 (above Horsehead). There is faint reflection nebulosity at right -- the frame does not extend right far enough to show the Witchhead Nebula near Rigel.
![A mosaic of the rich region in Sagittarius and southern Serpens, from the Small Sagittarius Starcloud (Messier 24) at bottom to Messier 16, the Eagle Nebula, at top, with a fainter nebula above it around the cluster NGC 6604. At centre is the Swan or Omega Nebula, Messier 17. The dark nebula below centre is Barnard 92.](https://everywhereyouwant.com/zoom/RM/RH/VERTICAL/1350-128.jpg)
A mosaic of the rich region in Sagittarius and southern Serpens, from the Small Sagittarius Starcloud (Messier 24) at bottom to Messier 16, the Eagle Nebula, at top, with a fainter nebula above it around the cluster NGC 6604. At centre is the Swan or Omega Nebula, Messier 17. The dark nebula below centre is Barnard 92.
![The summer Milky Way with the Summer Triangle stars through pine trees, shot from the Howse Pass Viewpoint at Saskatchewan River Crossing, Banff National Park, Alberta. Jupiter is the bright object at the bottom.](https://everywhereyouwant.com/zoom/RM/RH/VERTICAL/1350-52.jpg)
The summer Milky Way with the Summer Triangle stars through pine trees, shot from the Howse Pass Viewpoint at Saskatchewan River Crossing, Banff National Park, Alberta. Jupiter is the bright object at the bottom.
![The spectacular field of Messier 8 and 20 emission and reflection nebulas in Sagittarius, with M8, aka the Lagoon Nebula below, and M20, the Trifid Nebula, above, all set in the rich starfields of the Milky Way. The diffuse nebula left of M8 is NGC 6559. Two globular clusters, NGC 6544 and NGC 6553, sit below and to the left (east) of M8. The Messier open cluster, M21, sits above M20.](https://everywhereyouwant.com/zoom/RM/RH/VERTICAL/1350-105.jpg)
The spectacular field of Messier 8 and 20 emission and reflection nebulas in Sagittarius, with M8, aka the Lagoon Nebula below, and M20, the Trifid Nebula, above, all set in the rich starfields of the Milky Way. The diffuse nebula left of M8 is NGC 6559. Two globular clusters, NGC 6544 and NGC 6553, sit below and to the left (east) of M8. The Messier open cluster, M21, sits above M20.
![Harvest Moon, Sept. 27, 2004, taken from near home. With Canon Digital Rebel 300D, with 20mm lens at f/13 and 1/2 sec exposure at ISO100. Minimal processing to increase contrast but Moon image is not a fake -- the balance between sky and Moon was perfect for recording Moon detail and ground without over or underexposing either.](https://everywhereyouwant.com/zoom/RM/RH/HORIZONTAL/1350-19.jpg)
Harvest Moon, Sept. 27, 2004, taken from near home. With Canon Digital Rebel 300D, with 20mm lens at f/13 and 1/2 sec exposure at ISO100. Minimal processing to increase contrast but Moon image is not a fake -- the balance between sky and Moon was perfect for recording Moon detail and ground without over or underexposing either.
![Omega Centauri globular cluster, with Canon 20Da camera with 4-inch Astro-Physics Traveler apo refractor at f/6 for 4 minutes each at ISO800. Stack of 4 exposures, averaged stacked. Plus short 2-minute exposure for core area. Taken from Queensland, Australia, July 2006.](https://everywhereyouwant.com/zoom/RM/RH/HORIZONTAL/1350-29.jpg)
Omega Centauri globular cluster, with Canon 20Da camera with 4-inch Astro-Physics Traveler apo refractor at f/6 for 4 minutes each at ISO800. Stack of 4 exposures, averaged stacked. Plus short 2-minute exposure for core area. Taken from Queensland, Australia, July 2006.
![The constellation of Scorpius with bright reddish Antares at top, with even brighter reddish Mars above it, and whie Saturn to the left of Antares. This shows all of Scorpius with Corona Australis and Ara below.](https://everywhereyouwant.com/zoom/RM/RH/VERTICAL/1350-111.jpg)
The constellation of Scorpius with bright reddish Antares at top, with even brighter reddish Mars above it, and whie Saturn to the left of Antares. This shows all of Scorpius with Corona Australis and Ara below.
![A composite of the August 21, 2017 total solar eclipse assembled using the HDR program Photomatix Pro v6.](https://everywhereyouwant.com/zoom/RM/RH/HORIZONTAL/1350-124.jpg)
A composite of the August 21, 2017 total solar eclipse assembled using the HDR program Photomatix Pro v6.
![Messier 101, the Pinwheel Galaxy in Ursa Major, a classic face-on spiral galaxy, large and obvious in binoculars. The odd galaxy at bottom is NGC 5474.](https://everywhereyouwant.com/zoom/RM/RH/HORIZONTAL/1350-50.jpg)
Messier 101, the Pinwheel Galaxy in Ursa Major, a classic face-on spiral galaxy, large and obvious in binoculars. The odd galaxy at bottom is NGC 5474.
![A mosaic of the Sword and Belt region of Orion the Hunter, showing the diverse array of colourful nebulas in the area, including: curving Barnard's Loop, the Horsehead Nebula below the left star of the Belt, Alnitak, and the Orion Nebula itself as the bright region in the Sword.](https://everywhereyouwant.com/zoom/RM/RH/HORIZONTAL/1350-108.jpg)
A mosaic of the Sword and Belt region of Orion the Hunter, showing the diverse array of colourful nebulas in the area, including: curving Barnard's Loop, the Horsehead Nebula below the left star of the Belt, Alnitak, and the Orion Nebula itself as the bright region in the Sword.
![The Very Large Array (VLA) radio telescope in New Mexico, at sunset, March 17, 2013, with the Earth shadow rising at right and the pink Belt of Venus along the eastern horizon. This is a 2-section panorama, hand-held, with the 14mm lens and Canon 60Da camera.](https://everywhereyouwant.com/zoom/RM/RH/HORIZONTAL/1350-40.jpg)
The Very Large Array (VLA) radio telescope in New Mexico, at sunset, March 17, 2013, with the Earth shadow rising at right and the pink Belt of Venus along the eastern horizon. This is a 2-section panorama, hand-held, with the 14mm lens and Canon 60Da camera.
![An observer gazes skyward with his Dobsonian reflector telescope at the Saskatchewan Summer Star Party on August 9, 2018, in the Cypress Hills of southwest Saskatchewan, at the Cypress Hills Interprovincial Park, a Dark Sky Preserve. The Milky Way shines to the south. Smoke in the sky obscures the horizon somewhat.](https://everywhereyouwant.com/zoom/RM/RH/HORIZONTAL/1350-148.jpg)
An observer gazes skyward with his Dobsonian reflector telescope at the Saskatchewan Summer Star Party on August 9, 2018, in the Cypress Hills of southwest Saskatchewan, at the Cypress Hills Interprovincial Park, a Dark Sky Preserve. The Milky Way shines to the south. Smoke in the sky obscures the horizon somewhat.
![The colourful region around yellow Antares (bottom) in Scorpius and blue Rho Ophiuchi (top) in Ophiuchus. The nebulas are largely reflection nebulas, taking on the colour of the stars embedded in the nebulas. However, the field also contains a lot of emission nebulosity, hydrogen gas glowing red and magenta. Plus there are fingers of brown dark dusty nebulosity. It is one of the most colourful regions of the sky.](https://everywhereyouwant.com/zoom/RM/RH/VERTICAL/1350-10.jpg)
The colourful region around yellow Antares (bottom) in Scorpius and blue Rho Ophiuchi (top) in Ophiuchus. The nebulas are largely reflection nebulas, taking on the colour of the stars embedded in the nebulas. However, the field also contains a lot of emission nebulosity, hydrogen gas glowing red and magenta. Plus there are fingers of brown dark dusty nebulosity. It is one of the most colourful regions of the sky.
![The Celestron GPS8 scope looking at M22 in the Milky Way in the light of the rising waxing gibbous Moon, from the backyard July 21, 2019. Jupiter is bright at right, Saturn at left.](https://everywhereyouwant.com/zoom/RM/RH/HORIZONTAL/1350-61.jpg)
The Celestron GPS8 scope looking at M22 in the Milky Way in the light of the rising waxing gibbous Moon, from the backyard July 21, 2019. Jupiter is bright at right, Saturn at left.
![Taken from Morant's Curve on Bow Valley Parkway in Banff National Park near Lake Louise, Alberta. Lone dot of light on distant mountain must be from Lake Agnes Tea House on Little Beehive Peak above Lake Louise.](https://everywhereyouwant.com/zoom/RM/RH/HORIZONTAL/1350-31.jpg)
Taken from Morant's Curve on Bow Valley Parkway in Banff National Park near Lake Louise, Alberta. Lone dot of light on distant mountain must be from Lake Agnes Tea House on Little Beehive Peak above Lake Louise.
![A mosaic of the region in Cassiopeia and Cepheus containing the main nebulas: the Bubble Nebula (NGC 7635) at lower left, and the Cave Nebula (Sh 2-155) at upper right. At left is also the bright Messier open cluster M52. The small yellowish cluster at right is NGC 7419. The small cluster at lower centre is NGC 7510. The small nebula just left of centre is NGC 7538.](https://everywhereyouwant.com/zoom/RM/RH/HORIZONTAL/1350-87.jpg)
A mosaic of the region in Cassiopeia and Cepheus containing the main nebulas: the Bubble Nebula (NGC 7635) at lower left, and the Cave Nebula (Sh 2-155) at upper right. At left is also the bright Messier open cluster M52. The small yellowish cluster at right is NGC 7419. The small cluster at lower centre is NGC 7510. The small nebula just left of centre is NGC 7538.
![A composite of the August 21, 2017 total eclipse of the Sun, showing the second and third contact diamond rings and Baily's Beads at the start (left) and end (right) of totality, flanking a composite image of totality itself. The diamond ring and Baily's Beads images are single images.](https://everywhereyouwant.com/zoom/RM/RH/HORIZONTAL/1350-122.jpg)
A composite of the August 21, 2017 total eclipse of the Sun, showing the second and third contact diamond rings and Baily's Beads at the start (left) and end (right) of totality, flanking a composite image of totality itself. The diamond ring and Baily's Beads images are single images.
![Comet Hartley 2 near the Pacman Nebula, NGC 281, in Cassiopeia. Stack of 4 x 6 minute exposures at ISO 1600 with Canon 5D MkII on A&M 105mm apo refractor at f/4.8 with Borg reducer/flattener. Bright star is Alpha Cas, Schedar. Autoguided with Celestron NexGuide autoguider. However, image of comet core is from only one exposure to minimize trailing from this fast-moving comet.](https://everywhereyouwant.com/zoom/RM/RH/HORIZONTAL/1350-15.jpg)
Comet Hartley 2 near the Pacman Nebula, NGC 281, in Cassiopeia. Stack of 4 x 6 minute exposures at ISO 1600 with Canon 5D MkII on A&M 105mm apo refractor at f/4.8 with Borg reducer/flattener. Bright star is Alpha Cas, Schedar. Autoguided with Celestron NexGuide autoguider. However, image of comet core is from only one exposure to minimize trailing from this fast-moving comet.
![Sunset clouds and colours on December 3, 2013 from Massai Point, Chiricahua National Monument, Arizona. This is a 7-frame HDR High Dynamic Range stack to compress the high contrast from the bright sky and dark foreground into one image. Combined with Photomatix Pro. Taken with the Canon 5D MkIi and Canon 24mm lens at f/8. From images _MG_6996_6997_6998_6999_7000_7001_7002 taken at 2/3rd stop increments.](https://everywhereyouwant.com/zoom/RM/RH/HORIZONTAL/1350-36.jpg)
Sunset clouds and colours on December 3, 2013 from Massai Point, Chiricahua National Monument, Arizona. This is a 7-frame HDR High Dynamic Range stack to compress the high contrast from the bright sky and dark foreground into one image. Combined with Photomatix Pro. Taken with the Canon 5D MkIi and Canon 24mm lens at f/8. From images _MG_6996_6997_6998_6999_7000_7001_7002 taken at 2/3rd stop increments.
![The Moon in mid-total eclipse, on January 20, 2019, with it shining beside the Beehive star cluster, Messier 44, in Cancer. This was the unique sight at this eclipse as it can happen only during total lunar eclipses that occur in late January. There was one on January 31, 2018 but the next will not be until 2037.](https://everywhereyouwant.com/zoom/RM/RH/HORIZONTAL/1350-81.jpg)
The Moon in mid-total eclipse, on January 20, 2019, with it shining beside the Beehive star cluster, Messier 44, in Cancer. This was the unique sight at this eclipse as it can happen only during total lunar eclipses that occur in late January. There was one on January 31, 2018 but the next will not be until 2037.
![Photographer Stephen Bedingfield is shooting the Northern Lights at the Ramparts waterfalls on the Cameron River, September 8, 2019. The Big Dipper is at centre. The aspen trees are nicely turning colour.](https://everywhereyouwant.com/zoom/RM/RH/HORIZONTAL/1350-71.jpg)
Photographer Stephen Bedingfield is shooting the Northern Lights at the Ramparts waterfalls on the Cameron River, September 8, 2019. The Big Dipper is at centre. The aspen trees are nicely turning colour.
![This is Comet NEOWISE (C/2020 F3) over the Horseshoe Canyon formation near Drumheller, Alberta on the night iof July 10-11, 2020, taken about 2 a.m. MDT with the comet just past lower culmination with it circumpolar at this time. Warm light from the rising waning gibbous Moon provides the illumination. The comet's faint blue ion tail is just barely visible even in the moonlit sky and low altitude. The glow of summer perpetual twilight at latitude 51.5�8 N still colours the northern horizon despite this being close to the middle of the night.](https://everywhereyouwant.com/zoom/RM/RH/HORIZONTAL/1350-116.jpg)
This is Comet NEOWISE (C/2020 F3) over the Horseshoe Canyon formation near Drumheller, Alberta on the night iof July 10-11, 2020, taken about 2 a.m. MDT with the comet just past lower culmination with it circumpolar at this time. Warm light from the rising waning gibbous Moon provides the illumination. The comet's faint blue ion tail is just barely visible even in the moonlit sky and low altitude. The glow of summer perpetual twilight at latitude 51.5�8 N still colours the northern horizon despite this being close to the middle of the night.
![9-day-old gibbous Moon, taken April 23, 2010, with Astro-Physics 130mm apo refractor, plus 2x Barlow for f/12 and 1600mm focal length. Canon 7D camera at ISO 100. Seeing poor -- this was the sharpest of the lot.](https://everywhereyouwant.com/zoom/RM/RH/VERTICAL/1350-4.jpg)
9-day-old gibbous Moon, taken April 23, 2010, with Astro-Physics 130mm apo refractor, plus 2x Barlow for f/12 and 1600mm focal length. Canon 7D camera at ISO 100. Seeing poor -- this was the sharpest of the lot.
![Here's a variation on creating a time-sequence composite of the August 21, 2017 total solar eclipse.](https://everywhereyouwant.com/zoom/RM/RH/HORIZONTAL/1350-173.jpg)
Here's a variation on creating a time-sequence composite of the August 21, 2017 total solar eclipse.
![Comet NEOWISE (C/2020 F3) reflected in the still waters this night of Crawling Lake in southern Alberta. A dim aurora at right colours the sky magenta. Lingering twilight colours the sky blue. A meteor or more likely a flaring satellite appears at right and is also reflected in the water. Even in this short exposure, the two tails ' dust and ion ' are visible. This was July 20, 2020.](https://everywhereyouwant.com/zoom/RM/RH/VERTICAL/1350-118.jpg)
Comet NEOWISE (C/2020 F3) reflected in the still waters this night of Crawling Lake in southern Alberta. A dim aurora at right colours the sky magenta. Lingering twilight colours the sky blue. A meteor or more likely a flaring satellite appears at right and is also reflected in the water. Even in this short exposure, the two tails ' dust and ion ' are visible. This was July 20, 2020.
![Transit of Venus, June 8, 2004, from Luxor, Egypt. A composite image (layered in Photoshop) of individual multiple shots taken from just after 2nd contact to just before 3rd contact. Taken with a Sony DSC-V1 digital camera shooting afocally through a 40mm eyepiece and on a 90mm apochromatic refractor, equatorially mounted and driven. Shot thru a Baader solar filter, which gives a white Sun. Yellow coloration added in Photoshop.](https://everywhereyouwant.com/zoom/RM/RH/SQUARE/1350-7.jpg)
Transit of Venus, June 8, 2004, from Luxor, Egypt. A composite image (layered in Photoshop) of individual multiple shots taken from just after 2nd contact to just before 3rd contact. Taken with a Sony DSC-V1 digital camera shooting afocally through a 40mm eyepiece and on a 90mm apochromatic refractor, equatorially mounted and driven. Shot thru a Baader solar filter, which gives a white Sun. Yellow coloration added in Photoshop.
![Sunset twilight colours and the waxing gibbous Moon over the Chiricahua Mountains in southeast Arizona, south of Willcox. Taken December 15, 2013 on Highway 186. Taken with the 24mm lens and Canon 5D MkII. Some dark crepuscular rays are visible converging to the anti-solar point.](https://everywhereyouwant.com/zoom/RM/RH/HORIZONTAL/1350-26.jpg)
Sunset twilight colours and the waxing gibbous Moon over the Chiricahua Mountains in southeast Arizona, south of Willcox. Taken December 15, 2013 on Highway 186. Taken with the 24mm lens and Canon 5D MkII. Some dark crepuscular rays are visible converging to the anti-solar point.
![The supernova remnant IC 443 in Gemini near the stars Mu (left) and Eta (right) Geminorum. Slight haze passing thru on some exposures added the star glows.](https://everywhereyouwant.com/zoom/RM/RH/HORIZONTAL/1350-90.jpg)
The supernova remnant IC 443 in Gemini near the stars Mu (left) and Eta (right) Geminorum. Slight haze passing thru on some exposures added the star glows.
![The 6.5-day-old Moon (approximately) with the Lunar X (below centre) and V (above centre) formations well lit on the terminator. This phase has an incredible amount of detail and variety of features visible along the terminator.](https://everywhereyouwant.com/zoom/RM/RH/HORIZONTAL/1350-48.jpg)
The 6.5-day-old Moon (approximately) with the Lunar X (below centre) and V (above centre) formations well lit on the terminator. This phase has an incredible amount of detail and variety of features visible along the terminator.
![Circumpolar star trails and aurora over the Red Deer River, Alberta from the Orkney Viewpoint north of Drumheller on May 5, 2018.](https://everywhereyouwant.com/zoom/RM/RH/HORIZONTAL/1350-155.jpg)
Circumpolar star trails and aurora over the Red Deer River, Alberta from the Orkney Viewpoint north of Drumheller on May 5, 2018.
![Comet NEOWISE (C/2020 F3) over some of the eroded hoodoo formations at Dinosaur Provincial Park, Alberta, July 14-15, 2020. A faint aurora is at right. The foreground is lit by starlight only; there was no light painting employed here.](https://everywhereyouwant.com/zoom/RM/RH/HORIZONTAL/1350-115.jpg)
Comet NEOWISE (C/2020 F3) over some of the eroded hoodoo formations at Dinosaur Provincial Park, Alberta, July 14-15, 2020. A faint aurora is at right. The foreground is lit by starlight only; there was no light painting employed here.
![The Sun setting into a pall of forest fire smoke over Alberta from fires in B.C. and elsewhere, on August 17, 2018. This shows the dimming and reddening of the Sun as it set, with it disappearing from view long before it reached the horizon.](https://everywhereyouwant.com/zoom/RM/RH/HORIZONTAL/1350-160.jpg)
The Sun setting into a pall of forest fire smoke over Alberta from fires in B.C. and elsewhere, on August 17, 2018. This shows the dimming and reddening of the Sun as it set, with it disappearing from view long before it reached the horizon.
![A Park interpreter poses for a scene in Grasslands National Park, Saskatchewan, of stargazing with binoculars under the Milky Way on a dark moonless night. Grasslands is perfect for stargazing as it is a Dark Sky Preserve and the horizon is vast and unobstructed.](https://everywhereyouwant.com/zoom/RM/RH/VERTICAL/1350-157.jpg)
A Park interpreter poses for a scene in Grasslands National Park, Saskatchewan, of stargazing with binoculars under the Milky Way on a dark moonless night. Grasslands is perfect for stargazing as it is a Dark Sky Preserve and the horizon is vast and unobstructed.
![The Moon in total eclipse, on January 20, 2019, in a multiple exposure composite showing the Moon moving from right to left (west to east) through the Earth's umbral shadow.](https://everywhereyouwant.com/zoom/RM/RH/HORIZONTAL/1350-80.jpg)
The Moon in total eclipse, on January 20, 2019, in a multiple exposure composite showing the Moon moving from right to left (west to east) through the Earth's umbral shadow.
![Orion and the winter sky, at left, and a swirl of colourful aurora over the Churchill Northern Studies Centre, in a display on February 11, 2018. People from the first Learning Vacations group of the season are shooting the Lights.](https://everywhereyouwant.com/zoom/RM/RH/HORIZONTAL/1350-147.jpg)
Orion and the winter sky, at left, and a swirl of colourful aurora over the Churchill Northern Studies Centre, in a display on February 11, 2018. People from the first Learning Vacations group of the season are shooting the Lights.
![Circumpolar star trails over a grand old barn in southern Alberta, on a fine spring night, May 23, 2018. Illumination is from the waxing gibbous Moon to the south. This is looking north to Polaris at top right. A thunderstorm is on the northern horizon with a lightning bolt as a bonus.](https://everywhereyouwant.com/zoom/RM/RH/HORIZONTAL/1350-159.jpg)
Circumpolar star trails over a grand old barn in southern Alberta, on a fine spring night, May 23, 2018. Illumination is from the waxing gibbous Moon to the south. This is looking north to Polaris at top right. A thunderstorm is on the northern horizon with a lightning bolt as a bonus.
![The Belt of Orion with the Horsehead Nebula at botton, the dark nebula set in the bright emission nebula IC 434. The nebula at left of the Zeta Orionis (aka Alnitak) is the Flame Nebula, NGC 2024. The reflection nebula at upper left is the M78 complex with NGC 2071. The other Belt stars are Alnilan (centre) and Mintaka (upper right). The field contains a wealth of other blue reflection and red emission nebulas.](https://everywhereyouwant.com/zoom/RM/RH/HORIZONTAL/1350-11.jpg)
The Belt of Orion with the Horsehead Nebula at botton, the dark nebula set in the bright emission nebula IC 434. The nebula at left of the Zeta Orionis (aka Alnitak) is the Flame Nebula, NGC 2024. The reflection nebula at upper left is the M78 complex with NGC 2071. The other Belt stars are Alnilan (centre) and Mintaka (upper right). The field contains a wealth of other blue reflection and red emission nebulas.
![The area of the Rosette Nebula (bottom) and Christmas Tree Cluster (top) in Monoceros with the Fornax Lightrack tracker and 200mm lens + Canon 5D MkII. The nebulosity at top includes the Cone Nebula.](https://everywhereyouwant.com/zoom/RM/RH/VERTICAL/1350-82.jpg)
The area of the Rosette Nebula (bottom) and Christmas Tree Cluster (top) in Monoceros with the Fornax Lightrack tracker and 200mm lens + Canon 5D MkII. The nebulosity at top includes the Cone Nebula.
![The tail of Scorpius, photographed with it high in the sky from Australia. The frame is oriented with the Milky Way running horizontally and the hook of the tail vertically.](https://everywhereyouwant.com/zoom/RM/RH/VERTICAL/1350-134.jpg)
The tail of Scorpius, photographed with it high in the sky from Australia. The frame is oriented with the Milky Way running horizontally and the hook of the tail vertically.
![Nebulosity in the heart of Cygnus the Swan, including the North America Nebula and Pelican Nebula at left (NGC 7000 and IC 5070) and Gamma Cygni complex at right (IC 1318). The Crescent Nebula (NGC 6888) is at lower right. This is a stack of 5 x 4 minute exposures at f/2 with the 135mm lens and modified Canon 5D MkII at ISO 800, plus another three similar exposure images but taken thru the Kenko Softon filter for the star glows. Taken from home Sept 10, 2013.](https://everywhereyouwant.com/zoom/RM/RH/HORIZONTAL/1350-17.jpg)
Nebulosity in the heart of Cygnus the Swan, including the North America Nebula and Pelican Nebula at left (NGC 7000 and IC 5070) and Gamma Cygni complex at right (IC 1318). The Crescent Nebula (NGC 6888) is at lower right. This is a stack of 5 x 4 minute exposures at f/2 with the 135mm lens and modified Canon 5D MkII at ISO 800, plus another three similar exposure images but taken thru the Kenko Softon filter for the star glows. Taken from home Sept 10, 2013.