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Friday, October 23, 2015

Big Dipper (Ursa Major) Astrophotography Around the World

The Big Dipper, part of the constellation Ursa Major, is one of the most recognizable star patterns in the night sky. For many people it is the first constellation they learn to identify. The seven bright stars form a distinctive shape resembling a ladle or wagon, and the two stars at the end of the “bowl” point directly toward the North Star (Polaris).

This post shows a small collection of my Big Dipper astrophotography taken from different locations around the world. Even though it is the same constellation, its orientation and position in the sky change depending on latitude. In northern locations the Big Dipper is often circumpolar, meaning it never sets below the horizon. Closer to the equator, however, the constellation appears lower in the sky and sometimes even touches the horizon.

These photographs were taken during various astrophotography trips — from the dark skies of Yellowstone and Grand Teton National Parks to tropical skies in Puerto Rico, desert skies in Utah, and my local observing sites in New York.


Big Dipper (Ursa Major) above Old Faithful geyser, Yellowstone National Park night sky astrophotography – Bortle class 3
The Big Dipper (Ursa Major) Yellowstone Astrophotography

Reflection of the Big Dipper (Ursa Major) in water at Grand Teton National Park nightscape astrophotography – Bortle class 2
The Big Dipper (Ursa Major) Grand Teton Astrophotography

Big Dipper (Ursa Major) over Yellowstone volcanic landscape night sky astrophotography – Bortle class 3 dark sky
Big Dipper (Ursa Major) Yellowstone Astrophotography

Big Dipper (Ursa Major) above tropical landscape in Rio Grande, Puerto Rico night sky astrophotography – Bortle class 6
The Big Dipper (Ursa Major) Puerto Rico Astrophotography

Big Dipper (Ursa Major) above Bryce Canyon with natural airglow – Utah dark sky astrophotography Bortle class 2
The Big Dipper (Ursa Major) Bryce Canyon Astrophotography

In this image both the Big Dipper and the Little Dipper can be identified. The two outer stars of the Big Dipper’s bowl — Dubhe and Merak — are known as Pointer Stars because they point directly toward Polaris, the North Star, located at the end of the handle of the Little Dipper (Ursa Minor). For centuries travelers and astronomers have used this simple relationship to locate true north in the night sky.

Under dark skies like those at Bryce Canyon National Park, the entire Little Dipper becomes visible, while in light-polluted cities often only Polaris can be seen.

Big Dipper and Little Dipper near the horizon over Rio Grande harbor, Puerto Rico night sky astrophotography – Bortle class 7–8
Big Dipper (Ursa Major) Puerto Rico Astrophotography


Big Dipper (Ursa Major) above the Catskills Mountains, New York night sky astrophotography under moonlit sky
The Big Dipper (Ursa Major) New York Astrophotography

Big Dipper and Little Dipper – Catskills New York astrophotography (Bortle class 5)
The Big Dipper (Ursa Major) Catskills NY Astrophotography

How the Big Dipper Changes Across the Earth

One fascinating aspect of wide-field astrophotography is seeing how the same constellation appears different depending on where it is photographed.

  • High northern latitudes – The Big Dipper circles around Polaris and never sets.
  • Mid-latitudes (USA, Europe) – The constellation rotates during the night and through the seasons.
  • Near the equator – The Big Dipper sits much lower above the horizon and may even disappear seasonally.

In places like Puerto Rico, it becomes possible to capture both the Big Dipper and Little Dipper low above the northern horizon — something that looks very different from the high overhead views seen in places like Yellowstone or the Catskill Mountains.

The Big Dipper in Astrophotography

Because of its bright stars and large angular size, the Big Dipper is an excellent target for wide-field astrophotography. It is frequently used as a reference point when photographing the northern sky.

The constellation also contains several famous deep-sky objects visible with telescopes and binoculars:

  • Mizar and Alcor – a famous naked-eye double star.
  • M81 & M82 – the Bode’s Galaxy pair.
  • M101 – the Pinwheel Galaxy.
  • M51 – the Whirlpool Galaxy near the handle of the Dipper.

Even in wide nightscape photography, the Big Dipper often becomes a natural anchor in the composition, helping viewers instantly orient themselves in the night sky.

The Seven Stars of the Big Dipper

The familiar pattern of the Big Dipper is formed by seven bright stars that are part of the larger constellation Ursa Major. These stars have been known and named since ancient times and are easily visible to the naked eye.

  • Dubhe – one of the two famous Pointer Stars that help locate Polaris.
  • Merak – the second Pointer Star pointing toward the North Star.
  • Phecda – located at the bottom of the Dipper’s bowl.
  • Megrez – the faintest of the seven stars, connecting the bowl and handle.
  • Alioth – the brightest star in the Big Dipper.
  • Mizar – a famous double star visible to the naked eye with companion Alcor.
  • Alkaid – the star at the tip of the handle.

These seven stars form one of the most recognizable patterns in the northern sky and have helped observers navigate the night for thousands of years.

Conclusion

Photographing the same constellation from different locations highlights one of the beautiful aspects of astronomy: the sky is universal, yet it always looks slightly different depending on where you stand on Earth. From the geysers of Yellowstone to the tropical skies of Puerto Rico and the mountains of Utah, the Big Dipper remains a constant guide in the northern sky — one that has helped travelers, explorers, and astronomers navigate the night for centuries.

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Tuesday, October 6, 2015

Utah Astrophotography

The sky calls to us.
If we do not destroy ourselves,
we will one day venture to the stars.
--Carl Sagan


Utah is one of the best places in the world for landscape astrophotography. Bryce Canyon National Park offers exceptionally dark skies, dramatic rock formations, high elevation, and some of the most unforgettable Milky Way views in the United States.

All photos in this post were taken during my trip to Utah, mostly around Bryce Canyon National Park, under very dark, crystal-clear skies with strong natural airglow.

Milky Way and Airglow Over Utah Road – Left Turn Sign

This image captures a lonely Utah road under one of the darkest skies in the United States. A bright Left Turn road sign stands illuminated in the foreground, leading the viewer’s eye toward the distant mountains and the dramatic rise of the Milky Way. The Galactic Core appears extremely bright — a vertical column of stars, dust lanes, and glowing nebulae stretching up into the sky. Natural green airglow adds a surreal glow near the horizon, giving the scene an almost otherworldly atmosphere.

Milky Way and airglow over Utah road with Left Turn sign and mountains - Bryce Canyon astrophotography
Utah Astrophotography - Milky Way and Airglow over Road

Photo Settings: Canon 60Da, EF 16–35mm f/2.8L II USM, 30 sec, f/2.8, ISO 6400

Eruption of the Milky Way Over Utah Mountains

This photo is a zoomed-in view of the previous scene, focusing entirely on the mountains and the glowing rise of the Milky Way. Without the road and sign, the composition becomes even more dramatic — the landscape looks like a dark silhouette beneath an explosive burst of galactic light. The bright Galactic Core appears almost like a cosmic eruption, with dense star clusters and dusty nebulae rising vertically from behind the mountains. Subtle airglow adds a soft glow along the horizon, making the scene feel like it is from another planet.

Eruption of the Milky Way over Utah mountains - Bryce Canyon landscape astrophotography
Eruption of  Milky Way Utah Landscape Astrophotography

Vertical Milky Way and Airglow Over Utah Mountains

This single, vertical shot captures the Milky Way rising straight up over the Utah mountains, forming a dramatic column of light. A soft layer of green airglow adds a gentle tint near the horizon, while the mountain silhouette anchors the composition. Simple and clean, the image shows the classic beauty of a vertical Milky Way rise — one of the most iconic views in astrophotography.

Vertical Milky Way rising over Utah mountains with faint green airglow – single-shot astrophotography
Airglow and Milky Way Utah Landscape Astrophotography

Photo Settings: Canon 60Da, EF 16–35mm f/2.8L II USM, 23 sec, f/3.5, ISO 6400

Night Parking Under the Milky Way

This image captures a quiet night parking area in Utah, illuminated softly by a few scattered lights, with cars resting under the sky. Even with the artificial lighting, the location is so dark and pristine that the Milky Way remains fully visible above the trees, stretching brightly across the night. The gentle glow from the parking lot barely affects the sky — a rare reminder of how extraordinary Utah’s natural darkness truly is.

With the silhouettes of trees framing the scene and the Galactic Core rising above the parked cars, the photo blends everyday elements with the cosmic grandeur of the Milky Way, turning a simple parking lot into a stunning nightscape.

Night parking landscape in Utah with cars, trees, soft lights, and bright Milky Way overhead
Night Parking Utah Landscape Astrophotography

Photo Settings: Canon 60Da, EF 16–35mm f/2.8L II USM, 15 sec, f/3.5, ISO 6400

Big Dipper, Small Dipper and Natural Airglow

This photo focuses on two of the most iconic northern constellations — the Big Dipper prominently centered in the frame, and the Small Dipper (Ursa Minor) appearing in the upper-right corner. Together, they form one of the best natural guides for finding true north in the night sky.

The two stars at the edge of the Big Dipper’s bowl — Merak and Dubhe — point directly toward Polaris, the North Star, which anchors the end of the Small Dipper’s handle. Even without labels, you can clearly see how the geometry of the sky reveals direction.

The scene is framed by the silhouettes of trees, and a gentle layer of green and red airglow adds soft, natural color to the background. It’s a beautiful combination of astronomy and landscape — a quiet Utah night where celestial navigation and atmospheric glow meet in a perfect astrophotography moment.

Big Dipper and Small Dipper over Utah night sky with trees and faint green and red airglow
Natural Color of Night Sky - Airglow and Big Dipper Utah Astrophotography

Photo Settings: Canon 60Da, EF 16–35mm f/2.8L II USM, 21 sec, f/3.5, ISO 6400

Astronomy Rangers Night Sky Program at Bryce Canyon

This photo captures a beautiful moment during the night astronomy program at Bryce Canyon National Park. In the foreground, a telescope stands ready as visitors gather around it, waiting for their turn to look through the eyepiece guided by the park’s Astronomy Rangers. Soft red lights illuminate the area — specially used to preserve night vision during stargazing events — creating a warm glow against the darkness. Behind the viewing area, a small building and the dim outline of the road can be seen, while the surrounding trees frame the scene. Above it all rises the spectacular Milky Way, arching brightly across the sky and reminding everyone why Bryce Canyon is one of the premier dark-sky locations in the world.

Telescope and visitors during astronomy tour at Bryce Canyon with red night-observation lights, trees, and the Milky Way overhead
Night sky observation with the Astronomy Rangers at Bryce Canyon National Park

Martian Landscape from Bryce Canyon

This single frame from my larger Bryce Canyon panorama focuses tightly on the brightest and most dramatic region of the Milky Way — the galactic center. The rugged hoodoos and canyon walls glow with warm, earthy tones, creating a landscape that looks almost extraterrestrial, as if photographed on Mars rather than Utah. The towering cliffs and formations rise into the night, illuminated subtly by starlight, while the dense core of our galaxy burns overhead in deep gold and orange hues. This combination of Bryce Canyon’s unique geology and the immense Milky Way shining above produces a surreal, otherworldly scene that feels like a gateway to another planet.

Center of the Milky Way over Bryce Canyon hoodoos – dramatic Martian-like night landscape astrophotography
Martian landscape from Bryce Canyon

Photo Settings: Canon 60Da, EF 16–35mm f/2.8L II USM, 30 sec, f/3.5, ISO 6400

Milky Road – Dark Dust Lanes in the Galactic Plane

This single-frame capture reveals the Milky Way rising without any foreground landscape, allowing the viewer to focus entirely on the complex structure of our galaxy. The darker central band — often called the “Great Rift” — is clearly visible as thick clouds of interstellar dust and gas absorb the light from millions of stars behind them. This natural dark lane creates the illusion of a cosmic “road” stretching upward through the sky, giving the image its fitting name: Milky Road. Even without the canyon scenery, the depth, contrast, and clarity of the galactic core make this one of the most dramatic astro-portraits of the night sky.


Milky Road — single-shot view of the Milky Way with dark dust lanes blocking starlight in the galactic plane
Milky Road

Photo Settings: Canon 60Da, EF 16–35mm f/2.8L II USM, 30 sec, f/3.5, ISO 6400

Utah Backyard Astrophotography – Milky Way Over the Fence

This final photo was taken right from the backyard of the house where we stayed for the night. The scene includes the wooden fence, trees, grass, and a few small backyard details illuminated by nearby light — ordinary objects that become magical under Utah’s incredible dark sky.

Above this quiet backyard, the Milky Way rises in full brightness, stretching across the sky like a glowing river of stars. Even far from the national park viewpoints, Utah’s night sky remains phenomenally dark and clear. The strong Milky Way structure, with its dust lanes and bright core, shows how little light pollution there is in this region.

It’s a reminder that breathtaking astrophotography does not always require a dramatic landscape — sometimes an ordinary backyard becomes extraordinary when the galaxy appears right overhead.

Milky Way over backyard in Utah with fence, trees, and grass under dark sky
Cannonville Utah Backyard Astrophotography

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Saturday, October 3, 2015

Airglow Astrophotography - Bryce Canyon National Park - Sunset Point

Night sky with green airglow, the Milky Way, Seven Sisters (Pleiades) and Andromeda Galaxy is on the top; hoodoos, caused by erosion over many millennia, are on the bottom. This photo was done from my trip to Bryce Canyon in Sunset Point.

Beginner tip: if the night sky looks green in very dark conditions, it is usually natural airglow — not a mistake. Truly dark skies are rarely blue. Do not use Photoshop to make the sky “blue”; green, yellow, and red tones are natural colors of the dark night sky.

Airglow Milky Way Pleiades Andromeda over Hoodoos Bryce Canyon Sunset Point Utah Astrophotography
Airglow Astrophotography in Bryce Canyon National Park

Canon 60Da, EF16-35mm f/2.8L II USM, 30.0 sec; f/3.5; ISO 6400

On this picture you can see a lot of green color on the sky. If this is real color or just effect of camera filter? This question directly connected to other question “What is natural color of night sky?”

I started to learn astronomy many years ago reading the book with black and white pictures. So in these books I didn't see color picture of the natural sky. Most of time I was living in big city with a lot of light pollution, and I am not able to see natural color of sky.

Still remember when first time recognize that some starts has color and after that read article about color of stars cannot be green. After that article I assumed that green color is very rear on the sky. But this is not correct.

Most of Comet Tails has green color. Some Nebular are green too. Northern Light mostly has green colors. But Northern Light visible only near North Pole, comets are rear so still assume that this green colors are exceptions. When I started see Internet picture I saw a lot of strange colors so assuming that these is Photoshop. Especially after reading article how to remove light pollution in Photoshop. And only made some my own pictures I recognized that green color from Airglow effect is gives a lot of green on the natural sky. So a green color is pretty common on the natural sky too.

This photo got about 1.5K likes on National Parks Traveler Facebook

National Parks Traveler Facebook Astrophotography Feature Airglow Bryce Canyon
National Parks Traveler Facebook Astrophotography

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