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Go Ahead London Wright Eclipse Gemini 2/Volvo B9TL WVL472 is seen at Beckton Bus Station on route 101 to Gallions Reach Shopping Park
Alaska was the audience for a total lunar eclipse, Dec. 20. This documentation of the eclipse was photographed in Palmer, Alaska, over a two hour period. Total lunar eclipse coincides with the full moon of the winter solstice for the first time since 1638.
United States Army Alaska
Photo by Staff Sgt. Brehl Garza
Location:PALMER, AK, US
Date Taken:12.20.2010
High Resolution Version: dvidshub.net/r/midglc
Photo ID: 58087 Eclipse
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Tonight it is Full-Moon and Penumbral Lunar Eclipse, the first eclipse of the year. A penumbral eclipse occurs when the Moon passes through the Earth's penumbra. The penumbra does not cause any significant darkening of the Moon's surface and there is only a light shadow. The Moon may turn a little yellow.
Secuencia de 9 fotos disparadas cada 3 minutos durante el eclipse lunar del 21 de enero de 2019 y ensambladas mediante el programa Startrails.
Eight hour exposure of April 15th lunar eclipse. Mars' trail is faintly visible above the eclipse track. Taken with a pinhole camera, .15mm pinhole 24mm from 24x36 frame. ( idea.uwosh.edu/nick/populist.pdf )
Taken just as the moon looked like it was dipped in blood.
Small edits done with Photoshop and Topaz Simplify.
*NOTE*: This is the blood moon eclipse from 2014, not 2015. I don't want this photo to be misleading.
The entire internet, science and the media world has and had been buzzing about the eclipse. The drumbeats for the event could have been heard more than a few weeks before it.
At first, I had been in two minds about taking time off to seek out the perfect location for the eclipse. But the media storm reminded me of my childhood days, more than 17 years ago. It was bright morning in October. My school, in anticipation of the eclipse, had given a day off. As I was having my morning breakfast, I peeked out of the window and saw the sun, missing a chunk of it, and shaped like a crescent. I had wished it developed into a total eclipse, but my location was bereft of such celestial surprises.
Ever since then, I had enamored for totality. To be able to see the coronal streams getting expelled out of the sun, to be able to marvel at the diamonds that characterize the start and end of totality and to be able to experience night during day had always been my dreams.
And last Sunday, I got an opportunity at it. It never achieved totality, but atleast I got to see the full projection. Perhaps, even more interesting than just shooting the sun itself was the camaraderie of the other astronomers and photographers around, one of whom was kind enough to donate a small piece of solar film without which this shot wouldn't have been possible!
Oh. I forgot the gear: the dizzying array of telescopes, starting from tiny ones fitted with H-alpha projectors to giant reflecting telescopes that produced a view of the sun so big that every little detail could be seen.
What an experience it was
This image is a stack of 3 individual shots, roughly about 3 minutes apart. Shot at 300mm, F11, ISO 800 and 1/500s and brightened up in Lightroom.
Hat Creek Rim Vista Point
CA USA
The ECLIPSE theatrical one-sheet is online! www.twitpic.com/1agu3x (via @Twilight)
No Copyright Infringement Intended.
Camas National Wildlife Refuge, ID
August 21, 2017
Canon 7D, 1/10 sec, f/16, ISO400, 400mm
Canon 6D, 0.6 sec, f/22, ISO 400, 14mm
A. Mark Mento
Gave some more photos a quick once over in Lightroom. These are all slightly different exposures so you can see detail in the inner corona on the shorter exposures and mid and outer corona on the longer exposures culminating with one picture where you can see Earthshine on the Moon.
This photo was taken in Aberdeen UK, during the Solar Eclipse of 2015 that was also partially visible form the North East of Scotland. One of the old street lights, that are still around in the city, provided the frame for the Sun/Moon.
I love how many rays I was getting off the sun!! I took this photo about 15 minutes before the Total Solar Eclipse on Aug 21, 2017 from a park in McMinville, Oregon.
The mostly eclipsed moon sets over the Indian Peaks west of Boulder, CO on Dec 10, 2011. The moon became fully eclipsed just after it disappeared behind the mountains at sunrise. About a dozen photographers braved the 14F temperatures this morning to get some shots from the top of the hill at Broomfield.
Bailey's Beads marks the start of totality in the Solar Eclipse of 2024. The last remnants of the sun dip below the mountains and valleys of the moon's surface.
We got clouded out during totality in Junction, TX, but I kept shooting anyway. Just in case.
I did manage two images that showed Bailey's Beads and the chromosphere, but there were also a series of shots like this. I didn't realize how bright the inner part of the corona is. Of course, what would I compare it to? I'd never seen a total solar eclipse before. I'm not sure this counts either, but it gives you an idea of how dense the clouds were at our location. I could not see this much with my eyes alone.
Shot with an astrophotography modified Nikon D5100, ISO 200, 1/500 s exposure, 300.0 mm focal length.
To me, the color of the sky is what is most interesting. Since I didn't get to see totality, that statement is true overall.
Annular solar eclipse Oct 14, 2023 from Corpus Christi, TX, just at the end of totality. This was the moment where baily's beads appear, which show the sun shining through the mountain valleys at the edge of the moon, but they are somewhat drowned out here by the brightness of the ring.
An arrangement showing the various stages of the annular eclipse of May 20, 2012. As viewed from Albuquerque, NM.
A wide-angle timelapse of the total lunar eclipse starting late September 27 and ending early on the 28th as seen from my front yard. The beginning is foggy because I didn't think to put the lens outside in advance to warm up. The ending is foggy, too, because of the changing conditions. I altered the exposure during the sequence to better see the totally eclipsed moon, and again to not terribly over-expose the moon after the eclipse.
I used Magic Lantern on my Canon Rebel T1i to get the pictures. I set its intervalometer (better than any Canon has made) to take pictures at 40 second intervals, and further configured it to take 3 exposure bracketed images. I wrote a Python script to use the interval between images to discern the groups of bracketed exposures, use enblend to combine them, and give the output a name that made it easy to find the images and sort them into the correct order. I used ffmpeg to create the video from the resulting 369 blended images.
This is a sequence of the total lunar eclipse that took place in the early hours of this morning (16th May). Sadly, only the first part of the eclipse was visble from the UK. Just as the eclipse was reaching totality the rapidly brightening sky and low elevation of the moon resulted in me losing sight of the event.