Summer Stars at Fossil Hunters Trail

The summer Milky Way in the southwest with the planets Jupiter (brightest) and Saturn (centre) to the east, over the Badlands formations at the Trail of the Fossil Hunters site at Dinosaur Provincial Park, Alberta. The illumination of the sky and ground is from the rising last quarter Moon off frame to the east at left, adding the warm lighting naturally. Lights from the town of Brooks to the southwest adds the skyglow at right. This is a blend of tracked exposures for the sky and untracked for the ground: 2 x 2-minutes tracked for the sky at f/2.8 and ISO 1600, plus 2 x 5-minutes at f/4 and ISO 800 for the ground, all with the Canon 15-35mm RF lens on the Canon R6 camera, and on the Star Adventurer Mini tracker. Taken August 29, 2021. A mild Orton glow added with Luminar AI and some dodge/burn contrast enhancements brushed onto the foreground with TK Actions Paint Contrast action.

The Milky Way over Blakiston Creek

The galactic core area of the northern summer Milky Way over the Blakiston Valley and Blakiston Creek in Waterton Lakes National Park, Alberta on a July night. Sagittarius is at left over Vimy Peak, with the bright Sagittarius Starcloud over the valley, with the Messier 6 and 7 star clusters low and left of centre. Scorpius with reddish Antares is at right. The pink Lagoon Nebula, M8, is at top, and the globular cluster M22 is at upper left. The dark Pipe Nebula is at top centre. This is a blend of tracked exposures for the sky and untracked exposures for the ground: a stack of 4 x 2-minute tracked at f/2.8 and ISO 1600 for the sky, blended with a stack of 2 x 5-minute untracked at f/4 and ISO 1600 for the ground. A tracked 2-minute exposure through an Kase/Alyn Wallace Starglow filter adds the star glow effect. An additional 8-minute exposure at ISO 400 and f/8 taken early in the evening during blue hour adds some illumination to the distant mountains. However, the majority of the landscape comes from untracked exposures taken just before the tracked ones when the sky was dark, with illumination just from starlight with a more normal colour balance. Forest fire smoke moving in added some haze and lowered contrast. The bright light is the Prince of Wales Hotel, and the light to the left is from the golf course clubhouse. The sky tracker was the Star Adventurer Mini which worked perfectly. The camera was the Canon ESO Ra and lens the Canon 15-35mm RF at 35mm.

The Milky Way over Driftwood Beach

The northern summer Milky Way over Middle Waterton Lake at Driftwood Beach in Waterton Lakes National Park, Alberta on a July night. Sagittarius is at centre, with the pink Lagoon Nebula, M8, right of centre. The Dark Horse complex of dust lanes is over the peak at right. The Scutum Starcloud is at top centre. The bright object at far left is Jupiter, with dimmer Saturn to the right, with both over Vimy Peak and in Capricornus or thereabouts! This is a blend of tracked exposures for the sky and untracked exposures for the ground: a stack of 4 x 2-minute tracked at f/2.8 and ISO 1600 for the sky, blended with a single 8-minute untracked at f/5.6 and ISO 800 for the ground, taken with Long Exposure Noise Reduction on to eliminate most thermal hot pixels this warm night. A tracked 2-minute exposure through an Kase/Alyn Wallace Starglow filter adds the star glow effect. An additional short 30-second exposure at ISO 400 and f/4 is for the lights of the Prince of Wales Hotel and their reflections, to preevent them from overexposing too much which they would in the long ground exposure. Forest fire smoke moving in added some haze and lowered contrast. The sky tracker was the Star Adventurer Mini which worked perfectly. The camera was the Canon ESO Ra and lens the Canon 15-35mm RF at 15mm.

The Milky Way over Upper Waterton Lake

The summer Milky Way and galactic core region over Upper Waterton Lake and Waterton Townsite on a July evening. This was from the famous viewpoint of the Prince of Wales Hotel, looking south with Sagittarius and the Galactic Centre positioned over the lake. Scorpius is at right with reddish Antares. The M6 and M7 star clusters are low over the lake. The pinkish Lagoon Nebula, M8, is left of centre, with the M24 Small Sagittarius Starcloud above. Some forest fire smoke dampened the contrast and transparency this night. This is a blend of tracked exposures for the sky and untracked exposures for the ground: a stack of 4 x 2-minute tracked at ISO 1600 and f/2.8 for the sky and a stack of 3 x 4-minute untracked at ISO 800 and f/4 for the ground. LENR noise reduction applied in-camera to the ground images to reduce thermal speckling on this warm night. An additional short 30-second exposure at ISO 400 and f/5.6 masked in is for the town lights to subdue their brightness, though the result does better resemble the naked eye view, as the lighting has been reduced and shielded recently to make it much less glaring than before. An additional 2-minute tracked exposure at the end of the sequence taken through a Kase/Alyn Wallace Starglow filter blended in add the star glows! The tracker was the Star Adventurer Mini which worked perfectly and consistently. The camera was the Canon EOS Ra with the 15-35mm RF lens at 24mm.

Summer Milky Way at Dinosaur Park

The summer Milky Way and galactic core region over the formations at Dinosaur Provincial Park, Alberta, July 9, 2021, on a warm moonless night. This is a blend of 4 tracked exposures (2 to 3 minutes each) at f/2.8 for the sky and 3 untracked exposures (4 to 8 minutes) at f/5.6 for the foreground. An additional tracked exposure through a Kase/Alyn Wallace Starglow filter adds some subtle glows to the bright stars. Two of the sky exposures were shot through a Kase Natural Night filter as a test, but it didn't make a big difference over the unfiltered images. All with the Canon Ra at ISO 1600 to 3200, and on the Star Adventurer 2i tracker, and with the Canon 15-35mm RF lens. No artificial lighting was employed here. Smoke from BC forest fires spoiled the transparency and contrast in the sky.

Milky Way over Icy Cameron Lake

The Milky Way, with the starclouds of the galactic core in Sagittarius at left and the head of Scorpius at right, over a still ice-covered Cameron Lake, a high altitude alpine lake in Waterton Lakes National Park, Alberta, Canada. This was on a very clear night on June 2, 2021. The Lagoon Nebula, M8, and M24 Small Sagittarius Starcloud are prominent at left. Antares and the Rho Ophiuchi dark lanes are at right just over the mountain ridge, with the tracked shots timed to catch Antares before it set behind the peak. The Galactic "Dark Horse" is at centre, with this area of sky about as high as it would get for the night — this is right on the Canada-US border at 49° N. The landscape is lit only by starlight and residual airglow. Cameron Lake is in the extreme southwest corner of Alberta and is certainly one of the darkest places in Canada. Waterton Lakes is a Dark Sky Preserve. The slope at left is scarred from the 2017 Kenow Fire. This is a blend of tracked and untracked exposures: a stack of 2 x 8-minute untracked shots at ISO 400 for the ground, and a stack of 4 x 2-minute tracked shots at ISO 1600 for the sky. All were with the 35mm Canon L-series EF lens at f/2.8 and Canon Ra camera. The tracker was the little MSM Move-Shoot-Move Rotator, polar aligned with the laser. The ground shots were taken immediately after the tracked sky shots. Stacked, masked and blended in Photoshop.

Scorpius over Mount Custer

A "deepscape" image of the head of Scorpius with the colourful Rho Ophiuchi nebula complex culminating over the icy peak of Mount Custer in Montana, as taken from the north shore of Cameron Lake in Waterton Lakes National Park in Alberta, Canada. Antares is the yellow star, with the globular cluster Messier 4 just to the right. The mountain is lit only by starlight. This is from latitude 49° N so this area of sky is low in the south and just clears this mountain even with Scorpius at its highest, which it was here. This is a blend of tracked and untracked exposures: 4 x 1-minute tracked at ISO 3200 for the sky plus a single 4-minute untracked exposure at ISO 800 for the ground, all with the Samyang 85mm AF lens at f/2.8 on the Canon Ra camera, and on the Move-Shoot-Move MSM tracker, polar aligned with the laser. Out of the 8 tracked shots I took for the set, half were unacceptably trailed. Taken on a very clear night June 2, 2021 with the tracked shots taken after the untracked image. That's a mistake with the MSM as it can take 2 or 3 minutes for the gears to re-engage and start tracking, wasting those shots and valuable time.

Milky Way over Waterton Townsite

The galactic core region of the Milky Way over Upper Waterton Lake in Waterton Lakes National Park, Alberta on an early June night. Scorpius is at right, Sagittarus at centre, with the Galactic Dark Horse and Small Sagittarius Starcloud above and the pink Lagoon Nebula at centre. The M6 and M7 star clusters are just above the end of the lake. I shot this on a very clear night, June 1, 2021, from the Prince of Wales Hotel grounds. The sky is slightly blue from the impending moonrise and the solstice twilight. This is a blend of a tracked and untracked exposures: a single 2-minute tracked exposure at ISO 1600 with the MSM Move Shoot Move tracker, with a single 4-minute untracked exposure with the MSM off and at ISO 400, all with the 35mm Canon L lens at f/2.8 and Canon EOS Ra. An additional 30-second exposure at ISO 200 adds the town lighting to prevent that area from being overexposed in the longer exposures. It was windy enough that the MSM proved bouncy and created slightly trailed stars in all shots. Blended, masked and stacked with Photoshop.

Milky Way over Maskinonge Pond

The galactic core region of the Milky Way over Maskinonge Pond and Sofa Mountain at Waterton Lakes National Park, Alberta on an early June night. Scorpius is at right, Sagittarus at centre, with the Galactic Dark Horse and Small Sagittarius Starcloud above and the pink Lagoon Nebula at centre. The brightest area low in the south is the main Sagittarius Starcloud near the galactic centre. The M6 star cluster is just above the mountain ridge. I shot this on a very clear night, June 1, 2021. This is a blend of a tracked and untracked exposures: a single 4-minute tracked exposure with the MSM Move Shoot Move tracker, and a stack of two 4-minute untracked exposures with the MSM off, all with the 35mm Canon L lens at f/2.8 and Canon EOS Ra at ISO 400. Blended, masked and stacked with Photoshop.

Galactic Centre over Sofa Mountain

A "deepscape" of the rich galactic core region of the Milky Way, here shining over Sofa Mountain in Waterton Lakes National Park, Alberta on an early June night. The lower part of the Galactic Dark Horse, called the Pipe Nebula, B78, is at right. The Large Sagittarius Starcloud is at lower centre over the mountain ridge, and very yellow because of interstellar dust absorption; the whiter Small Sagittarius Starcloud (aka M24) is at top, flanked by the large star clusters M23 at right and M25 at left. The pink Lagoon Nebula, aka M8, is at centre, with the bluish Trifid Nebula, M20, above. The globular star cluster M22 is at lower left. I shot this on a very clear night, June 1, 2021, from the Maskinonge Pond area. This is a blend of a tracked and untracked exposures: a stack of 4 x 1-minute tracked exposures at ISO 3200 with the MSM Move Shoot Move tracker, with a single 8-minute untracked exposure with the MSM motor off and at ISO 400, all with the 85mm Samyang AF lens at f/2.8 and Canon EOS Ra. The untracked shot was taken immediately after the tracked shots from the same position, though the camera was re-leveled to frame the mountain. The sky really was at this altitude just above the mountain, as this was from latitude 49° N. Blended, masked and stacked with Photoshop.

Galactic Centre over Sofa Mountain (with Labels)

A "deepscape" of the rich galactic core region of the Milky Way, here shining over Sofa Mountain in Waterton Lakes National Park, Alberta on an early June night. This version has labels identifying the main deep sky objects in the field, including all the many Messier objects in the area. The lower part of the Galactic Dark Horse, called the Pipe Nebula, B78, is at right. The Large Sagittarius Starcloud is at lower centre over the mountain ridge, and very yellow because of interstellar dust absorption; the whiter Small Sagittarius Starcloud (aka M24) is at top, flanked by the large star clusters M23 at right and M25 at left. The pink Lagoon Nebula, aka M8, is at centre, with the bluish Trifid Nebula, M20, above. The globular star cluster M22 is at lower left. I shot this on a very clear night, June 1, 2021, from the Maskinonge Pond area. This is a blend of a tracked and untracked exposures: a stack of 4 x 1-minute tracked exposures at ISO 3200 with the MSM Move Shoot Move tracker, with a single 8-minute untracked exposure with the MSM motor off and at ISO 400, all with the 85mm Samyang AF lens at f/2.8 and Canon EOS Ra. The untracked shot was taken immediately after the tracked shots from the same position, though the camera was re-leveled to frame the mountain. The sky really was at this altitude just above the mountain, as this was from latitude 49° N. Blended, masked and stacked with Photoshop.

Clouds of Dust and Stars over Sofa Mountain

The region of Scorpius and Ophiuchus filled with dusty dark nebulas and colourful reflection nebulas, here in a "deepscape" over Sofa Mountain in Waterton Lakes National Park. The yellow star at right in Antares with the Rho Ophiuchi reflection nebulas nearby. At left is the Galactic Dark Horse that includes the Pipe Nebula at bottom. This area of sky was rising at the time, with some green tinting from airglow. I shot this on June 1, 2021 from the Maskinonge Pond area. This is a blend of tracked and untracked exposures: a stack of 2 x 1-minute tracked exposures at ISO 3200 for the sky, blended with 2 x 8-minute untracked exposures at ISO 400 for the ground, all at f/2.8 with the Samyang 85mm AF lens and Canon EOS Ra camera. The tracker was the Move-Shoot-Move MSM tracker which mistracked for many of the exposures, giving only 2 out of 16 or so that were tracked properly and not trailed. Using the MSM required a lot of wasted time and unusable exposures.

Milky Way Arch in Moonlight over Dinosaur Park

This is a 160°-wide panorama of the Milky Way arching over the Badlands formations at Dinosaur Provincial Park, Alberta, taken on a moonlit night in May. The waxing crescent Moon is low and off frame at left and is providing the warm illumination. Capella is the bright star at far left. The Summer Triangle stars are right of centre, with bright Vega at top. Cassiopeia and Perseus are at left; Cygnus is at centre. Haze in the sky adds the natural star glows but also mutes the contrast in the Milky Way and adds the horizon glows. However, a weak aurora adds a green and magenta glow to the northern horizon at centre. This is a blend of a 6-segment panorama framed for the sky, with a matching 6-segment panorama framed for the ground, layered, masked and blended in Photoshop. Segments were spaced 30° apart with the camera in landscape orientation. The sky segments are untracked, each 20 seconds at f/2.8 with the Sigma 24mm Art lens. The ground segments are each 30 seconds also at f/2.8. All were with the Canon R6 at ISO 3200. I should have used 1 to 2 minutes each for the ground panorama, shot at a lower ISO, but it was late! Stitching was with Adobe Camera Raw. I applied a mild Orton glow effect using Luminar AI. Shot May 16, 2021.

Earth and Sky at Dinosaur Park

This is a 160°-wide panorama of the Milky Way arching over the late Cretaceous Badlands formations at Dinosaur Provincial Park, Alberta, taken on a moonlit night in May, juxtaposing the dramatic earth tones with the bluish sky above. The waxing crescent Moon is low and off frame at left and is providing the warm illumination. Capella is the bright star at far left. The Summer Triangle stars are right of centre, with bright Vega at top. Cassiopeia and Perseus are at left; Cygnus is at centre. Haze in the sky adds the natural star glows but also mutes the contrast in the Milky Way and adds the horizon glows. However, a weak aurora adds a green and magenta glow to the northern horizon at centre. This is a blend of a 6-segment panorama framed for the sky, with a matching 6-segment panorama framed for the ground, layered, masked and blended in Photoshop. Segments were spaced 30° apart with the camera in landscape orientation. The sky segments are untracked, each 20 seconds at f/2.8 with the Sigma 24mm Art lens. The ground segments are each 30 seconds also at f/2.8. All were with the Canon R6 at ISO 3200. I should have used 1 to 2 minutes each for the ground panorama, shot at a lower ISO, but it was late! Stitching was with Adobe Camera Raw. I applied a Dynamic Contrast filter to the ground using ON1 Effects, and a mild Orton glow effect using Luminar AI. Shot May 16, 2021.

Panorama of the Milky Rising at Dinosaur Park

The northern summer Milky Way rising on a spring night at Dinosaur Provincal Park, Alberta. This is a 180° panorama from northwest, at left, where the waxing crescent Moon is setting, over to southeast, at right, where Scorpius and the galactic centre is rising. The Summer Triangle stars are at centre; Cassiopeia is left of centre; Auriga and Gemini are setting at far left amid the glow of the setting Moon. The sky was hazy, adding the natural star glows, horizon clouds and tints. No light pollution or starglow filter was employed. This was May 15/16, 2021 about 1 am. This is a blend of tracked exposures for the sky and untracked exposures for the ground. The sky is a stitch of 9 segments at 30° spacings, each 1 minute at ISO 1600 with the original Canon 24mm L lens at f/2. The camera was in portrait orientation. The ground is a stitch of 18 segments at 15° spacings and taken after the sky segments with the tracker motor off, each ground segment 2 minutes at ISO 3200 with the lens at f/4 for more depth of field. Both passes were single row panoramas, with the camera unchanged in altitude. All with the Canon EOS Ra camera on the Move-Shoot-Move (MSM) rotator/tracker with the Alyn Wallace Z Plate to allow the camera to pan horizontally on the level, despite the tracker being tipped over polar aligned. All stitching was with Adobe Camera Raw, to create two panoramas, which were then layered, masked (using Select Sky) and blended in Photoshop. A mild Orton glow effect added with Luminar AI. I have left some satellites in.

Late Winter/Early Spring Sky Panorama with Aurora

A 360° panorama of the late winter and early spring sky with an arc of aurora, from a latitude of 51° N. This was March 13, 2021, from home in southern Alberta. This night there was a bright aurora across the northern sky, so I have oriented the view to place due north just right of centre. The Big Dipper is at right; Leo is rising at far right. The bright winter stars around Orion are at far left to the south. High clouds and haze, partly lit by light pollution here, add the natural glows to the stars, emphasizing the bright stars and constellation patterns. No filter was used here. The yellow arch at left is a band of cloud illuminated by light pollution. This was a test of new panorama gear, using an Acratech Pan Head on top of a Alyn Wallace/MSM Z-Plate mounted to a Sky-Watcher Star Adventurer 2i tracker, to allow taking tracked segments for the panorama, to prevent star trailing. The Z-Plate allowed the Pan Head to mount and move horizontally and vertically in azimuth and altitude despite being on a polar aligned tracker. It worked! The ground is a stitch of 8 segments shot with the tracker motor off, then blended with a stitch of 20 segments for the sky, in 3 tiers of 8 + 6 + 6 segments, all with the Sigma 24mm lens at f/2.8 and for 1-minute with the Nikon D750 at ISO 1600 for all shots. Stitched with PTGui v12 which at last saves camera metadata when exporting PSD files. The original is 25,600 pixels wide.

Winter Sky Panorama — 360° Rectangular

A 360° panorama of the entire late winter/early spring sky from northern latitudes, with the winter Milky Way stretching across the sky, from south (at left) to north (at right). West is at centre. Orion and the northern winters stars are left of centre to the southwest. Just below the prominent Pleiades cluster at centre is Mars, then near the Pleiades in early March 2021. To the far left in the eastern sky the spring stars are rising. The Beehive star cluster stands out to the left of the Milky Way,. The Big Dipper is at upper right. Arcturus is rising at far right just above the horizon. Sirius is above the southern horizon left of centre. The faint glow of Gegenschein is at far left below Leo, opposite the Sun. I shot this from home on March 7, 2021 on a very clear night with no aurora to the north. This is from a latitude of 51° N. This is a stitch of 21 segments, in 3 tiers or rows of 7 segments each, with the Sigma 24mm Art lens at f/2 and Canon EOS Ra camera at ISO 1600. Exposures were 30 seconds each, all untracked. The camera was moved automatically from frame to frame by placing it on the Sky-Watcher AZ-GTi motorized alt-azimuth mount, programmed with the hand controller from the old Sky-Watcher All-View mount. Stitching was with PTGui using equirectangular projection. The original is 28,000 by 8,000 pixels.

Winter Sky Panorama — 360° Spherical

A 360° panorama of the entire later winter/early spring sky from northern latitudes, with the winter Milky Way stretching across the sky, from south (at bottom) to north (at top). Orion and the northern winters stars are at bottom to the southwest. Just below the prominent Pleiades cluster at right is Mars. To the left in the eastern sky the spring stars are rising. I shot this from home on March 7, 2021 on a very clear night with no aurora to the north. South is at bottom; north is at top. East is to the left; west is to the right, toward the major source of light pollution. Polaris is at top centre; the Big Dipper is at upper left. Arcturus is rising at left. Sirius is at bottom, above the southern horizon. This is from a latitude of 51° N. This is a stitch of 21 segments, in 3 tiers or rows of 7 segments each, with the Sigma 24mm Art lens at f/2 and Canon EOS Ra camera at ISO 1600. Exposures were 30 seconds each, all untracked. The camera was moved automatically from frame to frame by placing it on the Sky-Watcher AZ-GTi motorized alt-azimuth mount, programmed with the hand controller from the old Sky-Watcher All-View mount. Stitching was with PTGui. The original is 17,000 by 17,000 pixels.

Jupiter, Saturn and the Milky Way

Jupiter and Saturn nearing their December 21, 2020 Great Conjunction, with this image taken December 3, 2020 from the Allen Bill flats area on the Elbow River in the Kananaskis Country southwest of Calgary, Alberta. This is a blend of 4 untracked images for the dark ground, stacked to smooth noise, for 2 minutes each at ISO 400, and two tracked images for the sky for 30 seconds at ISO 1600, all with the 35mm Canon lens at f/2.8 and Canon EOS Ra. A dodge and burn layer created by Lumenzia applied. The tracker was the Sky-Watcher Star Adventurer 2i. Taken before moonrise.

Zodiacal Light with Venus and Mars

The Zodiacal Light before dawn on September 21, 2020 with Venus bright in the Zodiacal Light at left of centre, and Mars bright at far right. Orion and the winter stars are at centre. The Big Dipper is at far left/ This is a panorama of 6 segments, each untracked for 25 seconds at f/2 with the 14mm Sigma Art lens on the Nikon D750 at ISO 1600, and stitched with Adobe Camera Raw.

Milky Way over Mount Andromeda at Moonset

The Milky Way and galactic core area over Mount Andromeda (centre), Mount Athabasca (left) and the Athabasca Glacier (right) at the Columbia Icefields, on a very clear night July 27, 2020. I shot this as the waxing quarter Moon was still up but behind Snow Dome at far right, and about to set. Warm low-angle moonlight illuminates the peaks at left with “bronze hour” lunar alpen glow, and brightens the sky at right, plus adds the blue tint to the sky. But in the clear mountain air, the Milky Way and its starclouds still show up very well. The constellations of Aquila and Scutum are at centre. This is an exposure blend of 4 x 1.5-minutes, untracked at f/2 at ISO 1600 for the ground, followed immediately by 3 x 1.5-minutes at f/2.8 and ISO 3200 for the sky, with the sky exposures tracked on the iOptron SkyGuider Pro tracker. All with the 20mm Sigma Art lens and Canon EOS Ra, with the lens adapted to the camera with a Metabones adapter.

Comet over the Columbia Icefields at Moonset

Comet NEOWISE (C/2020 F3) on July 27, 2020, at right, over the Columbia Icefields with the Moon still lighting the peaks in a warm “bronze hour” light for a lunar alpenglow. The Moon is behind Snowdome Peak at centre and is also still lighting the sky a deep blue. The Milky Way is at left over Mount Andromeda. Arcturus is the bright star at top centre. This was more or less my parting shot of the comet, as it was fading rapidly at this time receding from Earth, though it was still naked eye. Plus the waxing Moon was going to be lighting the sky much more in the following week. So this was the night! Shooting a week earlier when the comet was brighter and larger would have been nice, but clouds would have got in the way. This was shot during a run of unusually clear nights at the Icefields, the first good clear nights according to the locals. I shot this during the brief “bronze hour” interval immediately after the Moon had disappeared behind Snowdome but was still lighting the peaks. So to be clear — the peaks are lit by the setting Moon, not by the Sun. This is not a composite of day and night shots; it is a well-timed and planned panorama shot as quickly as possible over a few minutes before the lighting changed. Lingering twilight lights the horizon down the Sunwapta Valley at right. The famous Athabasca Glacier is just left of centre; Snowdome Glacier is right of centre, with the glacial Sunwapta Lake in the foreground. Mount Athabasca is at far left with its glacier. This is a 17-segment (!) panorama with the 35mm Canon lens at f/2.5 and Canon EOS Ra camera at ISO 1600, for 20 seconds each, untracked. The overlap was more than is normally needed but the segments stitched perfectly with Adobe Camera Raw, which is not always the case with such scenes. LENR employed on all segments when shooting on this warm night. Dodging and burning applied to accentuate highlights and shadows. Topaz Sharpen AI applied. The original is over 27,000 pixels wide.

Milky Way Through the Pines

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. This is an exposure blend of a stack of 4 x 2-minute untracked exposures at ISO 6400 for the ground and 2 x 1-minute tracked exposures at ISO 6400 for the sky, with the Canon 15mm full-frame fish-eye lens at f/2.8 and Canon EOS Ra camera. The camera was on the iOptron SkyGuider Pro tracker. An Orton soft glow filter added with Luminar Flex. Lights from the Saskatchewan Crosssing Resort lights the treetops.

Planets and Milky Way Over Saskatchewan River Crossing

Jupiter (brightest), Saturn (to the left), and the Milky Way over the Saskatchewan River and the area of Howse Pass, on July 26, 2020. Mount Cephren is at left; the scene is framed to include Cephren. The nebulas and star clouds of the galactic centre area at right show up well on this very clear night. The bright Small Sagittarius Starcloud, aka M24, is most obvious, flanked by the star clusters M23 and M25 to the side, and the nebulas M17 and M16 above, and M8 and M20 below. The fuzzy globular cluster M22 is to the left of the large Lagoon Nebula, M8. Green airglow tints the sky. This is an exposure blend of a stack of 4 x 2-minute untracked exposures for the ground at ISO 1600 (exposed long to bring out ground details), with 2 x 1-minute tracked and stacked exposures at ISO 3200 for the sky. Shot from the Howse Pass Viewpoint area off the Icefields Parkway at Saskatchewan River Crossing. The camera was on the iOptron SkyGuider Pro tracker. For the ground shots I simply turned the tracker motor off. All with the 35mm Canon lens at f/2.8 and Canon EOS Ra, a filter-modified camera. Topaz Sharpen AI applied to the ground; Topaz DeNoise AI applied to the sky. In camera LENR employed on all shots on this warm night. An Orton soft glow effect added to the sky with Luminar Flex plug-in.