Astrophotography Blog: Eclipse

Showing posts with label Eclipse. Show all posts

Wednesday, August 12, 2026

Partial Solar Eclipse in New York City – August 12, 2026

Maximum partial solar eclipse visible from New York City on August 12, 2026, with sunspot groups AR4508, AR4507 and AR4503

Maximum partial solar eclipse visible from New York City – August 12, 2026. About 9% of the Sun was covered by the Moon.

On August 12, 2026, a total solar eclipse crossed parts of Greenland, Iceland, Spain, and a small part of Portugal. New York City was far outside the path of totality, but we still had a chance to see a partial solar eclipse, with about 9% of the Sun covered by the Moon at maximum eclipse.

I photographed the eclipse from New York City using a Canon EOS Ra with a Canon EF 200mm f/2.8L II USM lens and Canon Extender EF 2x III, giving an effective focal length of 400mm. A Thousand Oaks 72-T threaded solar filter was used for all photographs.

For all photographs I kept the aperture fixed at f/8 for consistent sharpness, while varying the shutter speed and ISO to find the best exposure for showing the solar surface and sunspots. Because of these different exposure settings, the apparent color of the solar disk varies slightly between the images, from a deeper reddish-orange to a lighter, almost white appearance. In the darker, more reddish exposures, the contrast of the sunspots is generally stronger and they are easier to see.

The image above shows the maximum partial eclipse visible from New York City. The photographs below show the eclipse in chronological order, beginning when the Moon first started moving across the edge of the Sun.

Several groups of sunspots are also visible in the photographs. I identified three of them as AR4508, AR4507, and AR4503 using the solar images and active-region labels published by SpaceWeather.com. The active region AR4506 was also present on the Sun but was not clearly visible in my photographs.

Beginning of the Solar Eclipse

Beginning of the partial solar eclipse in New York City on August 12, 2026, with visible sunspots

Canon EOS Ra, Canon EF 200mm f/2.8L II USM + Canon Extender EF 2x III (400mm), f/8, 1/640 sec, ISO 3200

This photograph was taken just a few minutes after the partial eclipse began at about 1:07 p.m. EDT. The Moon had just started moving onto the solar disk. Sunspot groups AR4508, AR4507, and AR4503 are visible across the Sun.

Partial Solar Eclipse over New York City

Canon EOS Ra, 400mm, f/8, 1/160 sec, ISO 320

The Moon moves farther across the edge of the Sun while the three sunspot groups remain clearly visible.

Solar Eclipse Progression

Progression of the August 12, 2026 partial solar eclipse in New York City with visible sunspot groups

Canon EOS Ra, 400mm, f/8, 1/160 sec, ISO 400.

As the eclipse progresses, the curved dark edge of the Moon becomes more pronounced against the bright solar disk.

Partial Solar Eclipse Near Maximum

Partial solar eclipse in New York City on August 12, 2026, near maximum eclipse

Canon EOS Ra, 400mm, f/8, 1/160 sec, ISO 200.

This photograph was taken later in the eclipse, when the Moon had moved farther across the solar disk and the eclipse was getting close to its maximum as seen from New York City.

Maximum Partial Solar Eclipse in NYC

The first image at the top of this post shows the maximum eclipse visible from New York City. Maximum eclipse occurred at about 1:54 p.m. EDT, when approximately 9% of the Sun was covered by the Moon. The photograph was taken with a Canon EOS Ra at 400mm, f/8, 1/160 sec and ISO 500.

Although this was very different from the spectacular total solar eclipse seen along the path of totality in Greenland, Iceland, and Spain, it was still an amazing astronomical event to observe and photograph from New York City.

The combination of the Moon's silhouette and several groups of sunspots made this relatively small partial eclipse especially interesting through a 400mm telephoto lens.

What a Simple Eclipse Photo Can Show

Looking more carefully at the photographs led to another interesting question. The visible sunspot groups provide reference points on the solar disk and allow us to roughly reconstruct the orientation of the Sun's equatorial region and rotation axis. The curved limb of the Moon then gives another direction in the same image.

Annotated August 12, 2026 NYC solar eclipse showing the approximate solar equator, Sun's rotation axis, lunar limb orientation, and sunspot groups AR4508, AR4507 and AR4503

Geometry of the August 12, 2026 partial solar eclipse from New York City. The annotation shows the approximate solar equator and rotation axis, the orientation of the Moon's limb, and visible sunspot groups AR4508, AR4507 and AR4503. The lines are approximate and intended to illustrate how eclipse photography can reveal the geometry of the Sun-Earth-Moon system.

At first this looks like simple geometry, but it quickly leads to much deeper astronomy. The orientation of the Moon during an eclipse depends on the tilt of the Sun's rotation axis, the inclination of the Moon's orbit, the geometry of the Earth-Moon-Sun system, and our position on the rotating Earth. Topocentric parallax also matters: it is not only the apparent displacement of the nearby Moon, but the way that displacement changes as the observer moves with Earth's rotation that modifies the Moon's apparent path across the Sun.

The annotated image below shows the approximate solar equator, solar rotation axis, visible sunspot groups, and orientation of the lunar limb. These lines should be considered an illustration rather than a precision measurement, but they show how much information can be hidden in a seemingly simple eclipse photograph.

This is one of the things I enjoy most about astrophotography. A photograph can begin simply as a record of what was visible in the sky, but looking at it more closely can lead to questions about the Sun's rotation, the Moon's orbit, parallax, Earth's rotation, and the three-dimensional geometry of a solar eclipse. Sometimes a simple photograph is only the starting point for going much deeper into astronomy.

Wednesday, April 17, 2024

The Solar Eclipse of April 8, 2024: An HDR Revelation of the Sun's Corona from Westport, New York

The creation of High Dynamic Range (HDR) images of the solar corona is a fascinating challenge, driven by the need to capture the vast dynamic range of brightness that defines these celestial phenomena. This endeavor marries the artistic with the scientific, uncovering details and structures of the corona that a single exposure could never reveal.

Total solar eclipse of April 8, 2024 captured from Westport, New York — HDR composite revealing detailed structure of the Sun’s corona using Canon EOS Ra and 400 mm lens.

The Solar Eclipse of April 8, 2024: An HDR Revelation of the Sun's Corona from Westport, New York

This particular HDR image of the solar corona was meticulously crafted from a series of exposures captured during the total solar eclipse on April 8, 2024. My setup for totality included a Canon Ra camera, a Canon EF200mm f/2.8L II USM Lens paired with a Canon 2x III Extender for an effective focal length of 400mm, set at F/8, ISO 200. The camera was mounted on an iOptron SkyTracker, and I utilized a laptop with the SET'n'C (Solar Eclipse Timer and Controller) for precise camera control. The range of exposure times spanned from 1/1000 to 4 seconds, encompassing 1/1000, 1/500, 1/250, 1/125, 1/60, 1/30, 1/15, 1/8, 1/4, 1/2, 1, 2, and 4 seconds.

During the eclipse, I successfully captured four complete series of photos at these shutter speeds, all in CR3 format. I then processed these files in a Raw editor, adjusting texture, clarity, and denoise settings before saving them as 16-bit TIFF files.

In Photoshop, I centered the photo by loading the images into layers (File > Scripts > Load Files into Stack...) and utilized the “difference” blending mode for layers, manually centering each image using the arrow keys. An average shift calculation from image to image helped address the challenge of centering overexposed images, which could not be simply aligned based on the moon alone.

To create a mean image, I converted the selected layers into a Smart Object and applied the Mean stack mode (Layer > Smart Objects > Stack Mode > Mean), then flattened the image and saved it as mean.tif. For the moon to be at the center of the image, I cropped it accordingly.

I applied a Radial Blur in Photoshop (Filter > Blur > Radial Blur) with the settings: Spin as the Blur Method, Best for Quality, and an Amount of 10, ensuring the moon was centered in the image. This blurred image was saved as blur.tif.

To subtract the blurred image from the original, I used the Apply Image command (Image > Apply Image), setting the source to blur.tif, with the blending mode set to Subtract and an offset of 128. I then compressed the dynamic range using the Levels tool (Image > Adjustments > Levels) and saved the file as subtract.tif.

High-pass filtered solar corona created by subtracting radial blur from the original eclipse exposure — revealing fine coronal streamers and magnetic structure.

Clarity Unveiled: High Pass Filtering by Subtracting Radial Blur from the Original

To multiply the mean image with the subtracted image, I once again used the Apply Image command, setting the blending mode to Multiply. The final image was saved as done.tif.

Final touches were made using Topaz Denoise, the Raw Filter editor, and other Photoshop tools to enhance the image.

Final HDR image of the total solar eclipse showing intricate coronal loops, streamers, and the silhouetted Moon — composite from multiple exposures with Canon EOS Ra.

Totality HRD Image v.2

The final HDR composition is not merely a visual feast but a technical triumph that reveals the complexity and elegance of the sun's atmosphere. These images are invaluable, providing insights into solar physics and the forces that shape the corona. They also offer a breathtaking visual experience that conveys the awe-inspiring beauty of solar eclipses to a global audience. Through this HDR image, the profound beauty of a transient celestial moment is captured, enriching our appreciation and understanding of the cosmos's wonders and presenting the solar corona in a captivating new light.

Sunday, April 14, 2024

A Celestial Surprise: Capturing Comet SOHO-5008 During the Solar Eclipse of April 8, 2024

On the memorable day of April 8, 2024, as the moon's shadow enveloped parts of the Earth in a brief midday twilight, a remarkable celestial event was captured by astronomers and photography enthusiasts alike. Among these observers was myself, fortunate enough to photograph a rare and fleeting moment during the total solar eclipse—a moment that would immortalize the doomed comet SOHO-5008.

Comet was not visible by naked eyes, but when I checked one of my HDR images with exposure 2 second, I found that doomed comet SOHO- 5008 is visible on the photo!

Total solar eclipse of April 8, 2024 from Westport, New York showing the Sun’s corona and faint comet SOHO-5008 near the eclipsed Sun — long-exposure HDR astrophotography with Canon EOS Ra.

Total Solar Eclipse April 8 2024 and doomed comet SOHO-5008

Canon Ra, Canon EF200mm f/2.8L II USM Lens + Canon 2x III Extender = 400mm, F/8, ISO 200, 4sec - Westport, New York.

Read articles on livescience or spaceweather about this comet.

The comet, named "SOHO-5008", was discovered earlier that day by the vigilant eyes of amateur astronomer Worachate Boonplod. He spotted it in the images captured by the Solar and Heliospheric Observatory (SOHO) coronagraph, marking the beginning of an unexpected celestial narrative. News of the discovery spread quickly, and astronomer Karl Battams of the Naval Research Lab highlighted the potential for ground-based observations during the eclipse. "Ground-based observations of sungrazing comets are extremely rare, so this would be a great opportunity to see an eclipse comet!" Battams had remarked, setting the stage for a once-in-a-lifetime observation.

The capture of comet SOHO-5008 during the solar eclipse is a poignant reminder of the ephemeral nature of our universe. Just as the eclipse brought darkness to the day, it also brought to light a comet on its final voyage. This celestial coincidence underscores the value of staying present and prepared—for in the world of astronomy, as in life, some of the most fascinating moments are those that are unplanned and fleeting.

Annotated astronomical image of the April 8, 2024 solar eclipse identifying the position of comet SOHO-5008 and background stars using Astrometry.net analysis.

Astronomical Image Annotation from Astrometry.net

Astrometry.net

The photograph of the disintegrating comet, set against the backdrop of the solar eclipse, will forever serve as a personal memento of a singular moment when the universe unveiled its wonders. It stands as a call to all who gaze upon it to look up and marvel at the vast, beautiful cosmos—a universe teeming with surprises, waiting to be discovered.

The Solar Eclipse April 8, 2024 during totality, seen from Westport, New York

Composite image of the total solar eclipse on April 8, 2024 from Westport, New York — detailed HDR view of the solar corona created from multiple exposures using Canon EOS Ra and 400 mm lens.

Solar corona images of Total Solar Eclipse April 8, 2024 over Westport, New York

This composite image captures the ethereal beauty of the total solar eclipse on April 8, 2024, through a series of meticulously planned exposures. The photos were taken using a Canon Ra camera, renowned for its astro-imaging capabilities, paired with an EF200mm f/2.8L II USM lens and a 2x III extender, enhancing the camera’s ability to capture the fine details of the solar corona. To accommodate the wide dynamic range of the corona's light, nine different shutter speeds were utilized: 1/1000, 1/500, 1/250, 1/125, 1/60, 1/30, 1/15, 1/8, and 1/4 seconds, all at ISO 200.

Mounted on an iOptron SkyTracker, the setup ensured that each exposure was free from the blur that could be caused by the Earth’s rotation, providing a clear and steady view of the eclipse as it progressed. The use of a SET'n'C (Solar Eclipse Timer and Controller) allowed for precise control over the timing and execution of each exposure, crucial for capturing the fleeting moments of the eclipse with accuracy.

The final composite showcases the solar corona in unprecedented detail, from the bright light surrounding the sun to the outermost wisps of plasma stretching into space. The range of exposures reveals the corona’s complexity and the subtle nuances of its structure, creating a stunning visual representation of this awe-inspiring celestial event. This image stands as a vivid reminder of the eclipse’s grandeur, preserving the moment with clarity and detail that convey the majesty of the cosmos.

Saturday, April 13, 2024

Baily's Beads - Total Solar Eclipse April 8, 2024

Baily's Beads occur just before and just after totality of a solar eclipse. As the moon moves to cover the sun completely, the rugged lunar topography allows beads of sunlight to shine through in some places and not in others. These beads of light appear to flicker around the moon's edges and are named after Francis Baily, who provided an explanation of the phenomenon in 1836.

This is beginning of Total Solar Eclipse visible from Westport, New York April 8, 2024.

Baily’s Beads sequence captured during the April 8, 2024 total solar eclipse from Westport, New York — photographed with Canon Ra, EF200mm f/2.8L II USM lens, 2x III Extender, and iOptron SkyTracker using SET'n'C Solar Eclipse Timer and Controller.

Baily's beards image sequence

Image sequence of Baily's beads (diamond ring) at the second contact was captured with Canon Ra with an EF200mm f/2.8L II USM lens and a 2x III extender. Camera was mounted on an iOptron SkyTracker and orchestrated by SET'n'C (Solar Eclipse Timer and Controller). The six exposures were all short at 1/1000, ISO 200 with camera drive set on continuous at 1 frame per second.

The beauty of Baily's Beads lies in their rarity. Solar eclipses themselves are rare events at any given location, and the Baily's Beads effect is visible for only a few seconds during the partial phases of an eclipse.

The Baily's Beads effect is a powerful reminder of the celestial mechanics at play. It highlights the perfect alignment of the Earth, Moon, and Sun, and showcases the irregular, rugged terrain of the Moon—factors that are both scientifically fascinating and visually captivating. The sequence of images not only serves as a document of a specific astronomical event but also as an artistic representation of the dynamic, ever-changing nature of our universe.

In essence, a sequence image of Baily's Beads captivates by blending the precision of astronomy with the wonder of natural beauty. It freezes a moment of cosmic ballet, offering a glimpse into the sublime, ephemeral interplay of light and shadow, celestial bodies, and the laws of physics—a dance that, despite its brief appearance, leaves a lasting impression of the awe-inspiring universe we inhabit.

Friday, April 12, 2024

Total Solar Eclipse - April 8, 2024 | Westport, New York

Totality of the April 8 2024 solar eclipse captured from Westport, New York — detailed HDR view of the Sun’s corona photographed by astroval using Canon EOS Ra, EF200 mm f/2.8L II USM lens with 2× III Extender and iOptron SkyTracker.

Total Solar Eclipse - April 8, 2024 -Westport, New York

On April 8, 2024, a celestial event of spectacular proportions graced the skies: a total solar eclipse. For those of us in Westport, New York, the day held an air of anticipation, excitement, and a touch of the ethereal, as we prepared to witness day turn into night under the eclipse's path of totality.

Westport, nestled along the scenic shores of Lake Champlain, became a buzzing hub for eclipse chasers, all eager for a front-row seat to nature's grand spectacle.

Westport Golf, known for its lush fairways and stunning views, offered a picturesque setting for eclipse viewing. The expansive greens provided a clear, unobstructed view of the sky, making it an ideal location for observation. As the eclipse approached, the course was transformed into a field of curiosity and excitement, dotted with telescopes, cameras, and spectators donning their eclipse glasses.

The darkness of totality was profound yet fleeting, lasting approximately 2 minutes and 40 seconds. During this brief interlude, the surroundings were bathed in a twilight glow, a surreal moment that felt out of place yet deeply moving. The visibility of stars and planets in the midday sky, particularly Venus’s bright appearance, added a stellar touch to the spectacle.

My set up for Totality: Canon Ra, Canon EF200mm f/2.8L II USM Lens + Canon 2x III Extender = 400mm, F/8, ISO 200. The precision with which these images were captured was further ensured by the use of an iOptron SkyTracker mount, which tracked the sun's movement across the sky, eliminating potential blurring from the Earth's rotation. Moreover, the integration of the SET'n'C (Solar Eclipse Timer and Controller) provided an automated approach to timing and exposure adjustments, critical for dealing with the rapidly changing light conditions during the eclipse.

Beginning of totality, diamond ring - single photo with fast shutter speed of 1/1000 sec. Amidst the rarefied beauty of celestial events, the Diamond Ring effect stands out as a fleeting, yet unforgettable moment. It heralds the beginning and conclusion of totality during a solar eclipse, a spectacle where the moon and the sun perform a celestial dance across the sky.

Diamond Ring effect at second contact during the April 8 2024 total solar eclipse — bright bead of sunlight marking the start of totality, photographed from Westport, New York.

Diamond Ring Contact 2 of Total Solar Eclipse April 8 2024 as seen from Westport, New York

Solar Corona - single photo with fast shutter speed of 1/16 sec. The image stands as a stunning testament to the celestial dance between light and darkness, showcasing the corona's delicate filaments and radiant glow against the backdrop of space.

Totality of the April 8 2024 solar eclipse captured from Westport, New York — natural unprocessed image showing the Sun’s corona as seen with Canon EOS Ra, EF200 mm f/2.8L II USM lens and 2× III Extender on iOptron SkyTracker.

Solar Corona of Total Solar Eclipse April 8, 2024 - Westport, New York

Solar Flares - single photo with fast shutter speed of 1/1000 sec. The conjunction of the eclipse with these solar eruptions offers a glimpse into the sun's dynamic power, highlighting the beauty and intensity of our star's active nature.

Close-up of the solar corona during totality on April 8 2024, revealing delicate streamers and magnetic structure around the eclipsed Sun.

Solar Flares - Total Solar Eclipse April 8, 2024 - Westport New York

End of totality, diamond ring - single photo with fast shutter speed of 1/1000 sec.

Diamond Ring effect as totality ends (third contact) during the April 8 2024 total solar eclipse, Westport New York — the final bead of sunlight emerges from behind the Moon.

Diamond Ring Contact 3 (Post-totality) of Total Solar Eclipse April 8, 2024 as seen from Westport, New York

First photo in the post - average mean of 40 photos with different exposure time from 1/1000 to 1/2 seconds.

As the eclipse passed and daylight returned, the sense of communal experience lingered. Gathered on the golf course, we shared in the wonder and ephemeral beauty of the cosmos, a reminder of the universe’s grandeur and our place within it. The total solar eclipse of April 8, 2024, observed from the Westport Golf in New York, was not just a celestial event; it was a profound communal experience, an opportunity to connect with the cosmos and with each other in a moment of fleeting darkness and enduring wonder.

Tuesday, October 17, 2023

Annular Solar Eclipse - October 14, 2023 | Odessa, Texas

Annular Solar Eclipse, October 14, 2023 - Odessa, Texas. The University of Texas Permian Basin (UTPB).

Canon Ra, Canon EF200mm f/2.8L II USM Lens + Canon 2x III Extender = 400mm, 1/640 sec, F/14, ISO 3200, Thousand Oaks Threaded Camera Filter 72-T, iOptron SkyTracker, Vello ShutterBoss II Timer Remote Switch

Annular Solar Eclipse Composite Image

In the grand tapestry of the cosmos, few events capture the human imagination quite like a solar eclipse. While the Earth dances around the Sun, and the Moon orbits our planet, there comes a moment each year when these celestial bodies align in a breathtaking display of natural wonder. This momentous occasion is none other than the annual solar eclipse, a recurring phenomenon that continues to captivate, inspire, and remind us of the profound beauty of our universe.

The annual solar eclipse is not just an astronomical event; it's a celestial spectacle that has held a special place in human history and culture for millennia. As the Moon glides across the face of the Sun, it casts a shadow upon the Earth, temporarily plunging regions into darkness and transforming the day into night. The sun's corona, a delicate, fiery halo, emerges as the star attraction. People gather in awe to witness this cosmic alignment, pondering the mysteries of the heavens and feeling a deep connection to the vastness of the universe.

There are original Images:

1_Annular Solar Eclipse

2_Annular Solar Eclipse

3_Annular Solar Eclipse

4_Annular Solar Eclipse

5_Ring of Fire Eclipse

6_Ring of Fire Eclipse

7_Ring of Fire Eclipse

8_Annular Solar Eclipse

9_Annular Solar Eclipse

10_Annular Solar Eclipse

11_Annular Solar Eclipse

12_Annular Solar Eclipse

Camera set up for Annular Solar Eclipse

There are photos of Crescent-shaped shadows.

Using a kitchen colander during a solar eclipse is a fun and educational way to witness the celestial event. When you hold a colander up to the sun, its numerous small holes act as pinhole cameras, projecting multiple images of the crescent-shaped sun on any surface below, whether it's the ground or a piece of paper. The result is a pattern of miniature eclipses resembling a celestial sieve.

Crescent shadows through the holes in the colander that occur during the eclipse

As the moon begins its journey across the sun's face, the gaps between leaves on trees act as pinhole cameras, casting crescent-shaped images of the partially covered sun on the ground below. These shadow crescents mimic the sun's diminishing shape in real-time, creating a dynamic and awe-inspiring display. In addition to crescent-shaped gaps, the overall dappled pattern of light passing through the leaves forms intricate designs on the ground. The gaps between the leaves project countless images of the partially eclipsed sun, producing an artistic tapestry of sunspots.

Crescent-shaped shadows from trees that occur during the eclipse

Thursday, June 10, 2021

New York City Solar Eclipse - June 10, 2021 - Astrophotography

On the morning of June 10, 2021, a partial solar eclipse unfolded over New York City. Viewed from Staten Island, approximately 70% of the Sun’s disk was covered by the Moon shortly after sunrise, creating a striking celestial scene above the urban skyline.

These photographs were captured around 5:30 AM, as the Sun emerged low on the horizon. The vantage point looks across the water from the Staten Island boardwalk toward Brooklyn. The low altitude of the Sun added atmospheric effects and warm tones that are unique to sunrise eclipses.

Photographing a solar eclipse at sunrise presents unique challenges — balancing brightness, atmospheric haze, and precise exposure — but it also allows the eclipse to be placed naturally within a recognizable landscape, blending astronomy with city life.

Camera & Lens:
Canon EOS Ra
Canon EF 200mm f/2.8L II USM
1/500 sec; f/2.8; ISO 400

Partial solar eclipse over New York City at sunrise, viewed from Staten Island toward Brooklyn on June 10, 2021

Solar Eclipse NYC - June 10, 2021 - Astrophotography

Partial solar eclipse photographed from Staten Island, New York, during sunrise on June 10, 2021

Partial Solar Eclipse Staten Island, New York, USA 06-10-2021

People and birds beneath a partial solar eclipse at sunrise, Staten Island New York, June 10, 2021

People, Birds and Solar Eclipse - NYC view from Staten Island to Brooklyn - June 10, 2021

This event was an annular solar eclipse, where the Moon passed in front of the Sun without fully covering it. Although New York City experienced a partial phase, observers farther north saw a dramatic “ring of fire” effect.

Related Astrophotography & Solar Eclipse Galleries

Saturday, June 15, 2019

Hawaii Lunar Eclipse Jan 20 2019

During my Hawaii vacation in January 2019, I was expecting bright full-moon nights—not ideal for astrophotography. But I got extremely lucky: the trip coincided with the Total Lunar Eclipse of January 20, 2019! Even with the tropical humidity and moving clouds, the Moon looked beautiful as it entered Earth’s shadow.

This eclipse was visible across most of North and South America, but watching it from Hawaii made it especially memorable. The photo below captures the partial phase after totality had already ended. I was not able to photograph the red totality itself, but the post-totality view surrounded by clouds still looked dramatic.

Hawaii Lunar Eclipse Jan 20 2019

Even though I missed photographing the red totality, capturing the Moon in the post-totality partial phase glowing through clouds was still a memorable moment. Unexpected conditions sometimes create the most atmospheric astrophotography.

Photography Details

Camera: Canon EOS 60D
Lens: Canon EF 200mm f/2.8L II USM
Exposure: f/4.5
ISO: 1000

Sunday, August 27, 2017

Tennessee Astrophotography - Great American Eclipse - Total Solar Eclipse August 21, 2017

"The Sun was eclipsed; it was all gone.

It was like ink and without light.

The stars were visible in the daytime."

-- Hyaku Rensho. (Total solar eclipse of August AD 975)

There are photos from our families expedition to T-Lea Farm, Tellico Plains, Tennessee for Great American Total Eclipse August 21, 2017. In the Shadow of the Moon - 2 min 37 sec.

Solar Corona - Tellico Plains, Tennessee - Total Solar Eclipse 2017, New York City Expedition, photo by Igor Kuskovsky

Total Solar Eclipse 2017 August 21 Canon 60D Tellico Plains, Tennessee, New York City Expedition, photo by Igor Kuskovsky

Diamond Ring Total Solar Eclipse 2017 Celestron Nexstar 4SE Astrophotography

Solar Corona Great USA Eclipse 2017 Celestron Nexstar 4SE Astrophotography

Solar Eclipse 2017 Aug 21 Dimond Ring and Solar Corona

Solar activity was pretty active (compare other days when no sunspots was visible). Three bright solar flares and couple of sunspot areas (Wolf Number about 66).

The Beginning of Total Solar Eclipse 2017, Aug 21 - Coronado SolarMax II 60 Telescope, Celestron Nexstar 4SE Tripod, Canon 60Da Camera, Tennessee Astrophotography

Total Solar Eclipse 2017 - Celestron Nexstar 4SE Telescope, Canon 60Da Camera, Solar Filter Spectrum Telescope ST525G, Tellico Plains, Tennessee Astrophotography

Telescope Nexstar 4SE Camera Canon 60Da Total Solar Eclipse 2017 Tennessee Astrophotography

Temperature dropped about 10 degrees Fahrenheit (or 5 degrees Celsius) during the Totality. It was cold! Even small clouds disappeared around the sun, probably because of such temperature inside moon shadow.