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Saturday, October 25, 2014

Milky Way over Yellowstone National Park Old Faithful geyser Night Sky Landscape Astrophotography Canon 60Da

Yellowstone National Park is famous for its geysers and wildlife, but after sunset it becomes one of the most remarkable dark-sky locations in the United States. On this clear October night, I photographed the Milky Way rising above Old Faithful Geyser using a Canon 60Da. The mixture of starlight, geothermal steam, and the silence of the geyser basin created an unforgettable nightscape.


The green color near the horizon is natural airglow — a faint emission from the upper atmosphere — not light from the geyser. The combination of airglow, steam, and the bright Milky Way core created an almost surreal view of Yellowstone’s night sky.
Milky Way over Old Faithful Geyser in Yellowstone National Park at night, long-exposure landscape captured with Canon 60Da astrophotography.
Milky Way over Yellowstone National Park Old Faithful geyser Night Sky Landscape Astrophotography Canon 60Da

Camera Equipment and Settings 

  • Camera: Canon 60Da (astrophotography edition)
  • Lens: Canon EF 16–35mm f/2.8L II USM
  • Aperture: f/2.8
  • Exposure Time: 30 seconds
  • ISO: 3200
  • Focus: Manual, set on a bright star
  • Technique: Single long exposure on tripod

A Missing Native American Legend

There are countless legends about the Milky Way across world cultures. Every civilization described it through metaphors, animals, and stories that reflected their own worldview. Since Yellowstone was sacred land for many Native American tribes — and since many tribal stories were not shared with outsiders — very few Yellowstone-specific Milky Way legends survive today.

Last year my daughter was learning about Native American traditions, and I asked her to create a “missing” Yellowstone legend — one that connects Old Faithful, nature, and the Milky Way. 
Here is the legend she wrote:
      
                                         The geyser, crow, corn, and the Milky Way

During fall the Native Americans were harvesting corn. One day a crow came, it wanted back some of the corn it gave to the Native Americans. It kept stealing the corn until the village made noise shakers and scared the crow away. While the crow was flying away holding corn in its beak, a geyser erupted and the corn kernels flew out of the crow’s beak. The crow chased it into the sky. From this day forward the corn kernels became the stars, and the dust has become the Milky Way.

Pretty much it is very close to what you see on picture above.

Interesting Scientific Note

Recently astronomers discovered enormous “galactic geysers” near the center of the Milky Way — giant outflows of gas rising thousands of light-years above the galactic core. In a way, this science echoes the legend: geyser-like eruptions shaping the appearance of our galaxy. Different level of understanding, same beautiful imagery.



There is supervolcano night sky video on youtube. A supereruption of Yellowstone volcano will affect all word. Nobody knows when it happens. Geyser eruptions show that the Yellowstone giant volcano is still active, it just sleeping under wide and starry sky.

Related Yellowstone Astrophotography Posts

Wednesday, October 22, 2014

Halloween Astrophotography - Night, New Moon, Street-Lamp and Spider Web

This photo was not taken on Halloween, but the moment I reviewed it the scene naturally reminded me of a classic Halloween mood — a new moon behind thin clouds, a glowing street lamp, and a spider resting on its web. I captured this atmospheric moment near Yellowstone Lake Hotel while testing a new lens. The weather was not suitable for deep-sky photography, but sometimes small details create their own story.

Just after sunset, only the moon was visible in the sky while thin clouds drifted across it. The warm light of the street lamp illuminated the spider on its delicate web, giving the scene an unexpected, almost cinematic feel. 


Moonlit scene at Yellowstone Lake Hotel with thin clouds, a glowing street lamp and a spider on its web creating a natural Halloween-like atmosphere.
Halloween Astrophotography - Night, New Moon, Street-Lamp and Spider Web
 

Camera Settings

  • Camera: Canon 60Da
  • Lens: Canon  EF 200mm f/2.8 L II USM Telephoto Lens
  • Exposure: 1/400 sec
  • Aperture: f/2.8
  • ISO: 3200
  • Notes: Fast shutter to preserve natural brightness of moon and lamp

About the Lens

For this image I was testing my Canon EF 200mm f/2.8L II USM, a telephoto prime lens well known for its excellent sharpness and simple optical design. Unlike zoom lenses with many internal elements, a prime lens typically offers better contrast and fewer distortions — especially useful in astrophotography where precision matters. Since most night-sky photography does not require zoom, this lens is a great match for capturing small illuminated subjects or atmospheric details.

About This Photo

Even though this was not a Halloween night, the elements came together — moonlight, thin clouds, spider, and lamp — to create a scene with a Halloween-like character. This small moment became a unique part of my Yellowstone astrophotography series.

Related Yellowstone Astrophotography Posts

Location

Yellowstone Lake Hotel, Yellowstone National Park, Wyoming, USA

Saturday, October 18, 2014

Grand Teton National Park Nightscape Astrophotography Colter Bay Village Starry Sky Canon 60Da

The beauties of sky in the absolute silence of one of the dark place in the word - Grand Teton National Park. Nightscape or starscape astrophotography Canon 60Da, Colter Bay Village

Grand Teton National Park Nightscape Astrophotography Colter Bay Village Starry Sky Canon 60Da
  Camera Canon 60Da; Wide Angle Lens EF16-35mm f/2.8L II USM; Exposure 20.0 sec; f/2.8; ISO 4000

Night Sky Grand Teton - Canon 60Da
  Camera Canon 60Da; Wide Angle Lens EF16-35mm f/2.8L II USM; Exposure 8.0 sec; f/2.8; ISO 4000

Grand Teton Starry Night Sky
   Camera Canon 60Da; Wide Angle Lens EF16-35mm f/2.8L II USM; Exposure 20.0 sec; f/2.8; ISO 4000

Dark Earth cloud crossing the Milky Way over Grand Teton National Park night sky, captured with Canon EOS 60Da on tripod
UFO Cloud and Milky Way Grand Teton Astrophotography Night Sky Canon 60Da
  
On this quiet night in Grand Teton, I noticed an unusual dark cloud moving slowly across the Milky Way. It wasn’t a deep-space shadow, but a real Earth cloud, illuminated only by starlight.
Under urban skies near New York, clouds glow from light pollution and never appear dark — but here, without moonlight and artificial glow, the same cloud became an inky silhouette against the stars.
I waited until it drifted over the brightest part of the Milky Way, creating the illusion of a UFO-shaped shadow floating across the galaxy. Camera Canon 60Da; Wide Angle Lens EF16-35mm f/2.8L II USM; Exposure 30.0 sec; f/2.8; ISO 4000

In light-polluted areas, clouds always appear bright because they reflect city lights. But under a real dark sky, clouds can look darker than the surrounding sky — even black — because there’s no artificial light to illuminate them. When such a cloud passes over the Milky Way, it briefly hides millions of stars, forming a dramatic silhouette that looks almost supernatural.

Starry Sky Reflection Grand Teton Astrophotography
Night Sky Grand Teton Milky Way Astrophotography
Milky Way and Colter Bay Cabin Astrophotography

There is YouTube video



Wednesday, October 15, 2014

Yellowstone Night Landscape – Geyser Eruption (Canon 60Da Astrophotography)

During this night in Yellowstone I had only a short window of clear sky, so I photographed Old Faithful during one of its nighttime eruptions. In some images (Image 1, Image 2, and Image 7) the geyser is captured at the peak of its activity, when the steam column rises very high and fills much of the frame even with a wide-angle lens. In the other photos the geyser shows its normal continuous steam, which is still bright and impressive at night but not as large as during the peak. After the strongest burst, the dew and moisture were so intense that I had to warm the lens before continuing photography.

All images were taken with the Canon 60Da and the Canon EF 16–35mm f/2.8L II USM wide-angle lens — an excellent combination for night landscapes and astrophotography thanks to its bright aperture and clean optical design.

Image 1 – Peak Eruption (Horizontal)

Peak nighttime eruption of Old Faithful in Yellowstone with a massive steam column filling the horizontal wide-angle frame.
Yellowstone Night Landscape Geyser eruption Canon 60Da

Camera Canon 60Da; Wide Angle Lens EF16-35mm f/2.8L II USM; Exposure 30.0 sec; f/2.8; ISO 4000

This horizontal image captures Old Faithful at the peak of its eruption. The steam column fills most of the frame, showing how large it appears when photographed up close with a wide-angle lens.

Image 2 – Peak Eruption with Milky Way (Vertical)

Vertical nighttime photo of Old Faithful peak eruption in Yellowstone with rising steam and part of the Milky Way visible.
Yellowstone Geyser eruption and the Milky Way
 
Camera Canon 60Da; Wide Angle Lens EF16-35mm f/2.8L II USM; Exposure 30.0 sec; f/2.8; ISO 4000

A vertical composition taken from the same location as Image 1. The strong eruption rises upward, and a portion of the Milky Way appears beside the plume. Through the steam you can see the silhouette of a nearby hotel building.

Image 3 – Three Geysers + Pleiades

Night landscape in Yellowstone showing three geysers erupting with the Pleiades star cluster above.
Yellowstone night sky Geyser astrophotography Canon 60Da
  
Camera Canon 60Da; Wide Angle Lens EF16-35mm f/2.8L II USM; Exposure 15.0 sec; f/2.8; ISO 3200

From a different angle, this photo shows three geysers: the main plume, a smaller geyser, and a tiny third one. Above them shines the Pleiades star cluster (Seven Sisters).

Image 4 – Black & White Astrophotography + Airglow

Black and white long-exposure photo of Old Faithful geyser steam at night showing natural airglow as bright clouds.
Yellowstone night  photography - black and white - Old Faithful Geyser
   
Camera Canon 60Da; Wide Angle Lens EF16-35mm f/2.8L II USM; Exposure 30.0 sec; f/2.8; ISO 4000

This long-exposure black-and-white image shows how differently a camera sees the night compared to human eyes. A camera can expose for 30 seconds or more, while our eyes collect light for only a fraction of a second. The bright green airglow seen in photos appears as white or grayish clouds to the naked eye.

Image 5 – Steam, Trees and Milky Way

Night view of Yellowstone geyser steam with foreground trees and the Milky Way rising above the scene.
Milky Way Galaxy Over Yellowstone National Park Starry night Sky Astrophotography Canon 60Da
   
Camera Canon 60Da; Wide Angle Lens EF16-35mm f/2.8L II USM; Exposure 30.0 sec; f/2.8; ISO 4000

A different angle introduces trees in the foreground while the Milky Way rises behind the drifting steam.

Image 6 – Milky Way, Airglow and Water Reflections

Night landscape in Yellowstone featuring geyser steam, Milky Way core, green airglow and water reflections on the ground.
Yellowstone Park Milky Way Galaxy Geyser Airglow Night Sky Landscape Astrophotography
 
Camera Canon 60Da; Wide Angle Lens EF16-35mm f/2.8L II USM; Exposure 30.0 sec; f/2.8; ISO 3200

A beautiful combination of the Milky Way, glowing green airglow, geyser steam and water reflecting light on the ground.

Image 7 – Peak Eruption + Pleiades

Photo of Old Faithful peak eruption with the Pleiades star cluster visible high in the sky.
Yellowstone eruptions and Pleiades seven sisters M45 Astrophotography
 Camera Canon 60Da; Wide Angle Lens EF16-35mm f/2.8L II USM; Exposure 15.0 sec; f/2.8; ISO 3200

A strong eruption reaching upward with the Pleiades star cluster clearly visible at the top of the frame.

Image 8 – Forest Background + Pleiades

Yellowstone nighttime scene showing geyser steam with a forest background and the Pleiades star cluster above.
Pleiades and geyser Yellowstone night starry sky landscape Canon 60da

In this composition the forest becomes visible behind the geyser field, and the Pleiades star cluster appears clearly in the night sky.

Image 9 – Distant View with Foreground Trees

Far-view nighttime photo of Yellowstone geyser steam with trees in the foreground.
Yellowstone starry night astrophotography Canon 60Da

This final image is taken from a distant position. Trees in the foreground add scale to the geyser steam rising into the night sky.

Camera Equipment

  • Camera: Canon 60Da astrophotography DSLR
  • Lens: Canon EF 16–35mm f/2.8L II USM
  • Aperture: f/2.8
  • Exposure: 15-30 sec
  • ISO: 3200-4000
  • Mode: Manual, tripod mounted

Related Yellowstone Astrophotography Posts

Monday, October 13, 2014

Reflection of Ursa Major (Big Dipper) Grand Teton Nightscape Astrophotography Canon 60Da



Night sky at Grand Teton is so dark that you can easily to see reflection of stars. Jackson Lake, Colter Bay, Grand Teton National Park – reflection of Big Dipper (Ursa Major constellation). You can see green Airglow near horizon and "star paths" -  lengthened reflection of stars from slightly agitated water.  

As simple as possible

Reflection of Ursa major (Big Dipper)  Grand Teton Nightscape Astrophotography Canon 60Da


Canon 60Da; Canon Wide Angle Lens EF16-35mm f/2.8L II USM; Exposure 15.0 sec; f/2.8; ISO 4000

Thursday, October 9, 2014

Grand Teton Astrophotography Wyoming National Park

Philosophy is written in that great book which
ever lies before our eyes — I mean the universe
— but we cannot understand it if we do not first
learn the language and grasp the symbols,
in which it is written.

--Galileo Galilei


Milky way over Grand Teton National park. There is combination of three photos.

Grand Teton Astrophotography  Wyoming National Park Canon 60Da

Canon 60Da; Lens EF16-35mm f/2.8L II USM; Exposure 30.0 sec; f/2.8; ISO 4000






Two interesting effect are visible on this photo. If sky stars don't have big trails, reflections of stars have pretty much visible "star roads". Actually every star reflection has its own "star path" like Moon reflection has moonpath. When stars more close to horizon than "star path" of reflection is longer. Reflection stars near horizon also looks brighter because of near horizon light from starts more parallel to water surface and has bigger reflectivity.