Kevin Palmer

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  • Earlier in the spring I came across this overlook on a hilltop with a view of the mountains to the west. I knew it would be be the perfect spot to watch a storm roll out of the Bighorns, I just needed to wait for the right storm. My first attempt didn’t yield the pictures I wanted as the cell went too far south. But the second time’s a charm. This storm intensified after I got here and started spitting out dozens of close lightning bolts. It was dark enough that I could use a longer shutter speed, and capture about 40% of the strikes that occurred. But there were many more out of frame to the right. This is a composite image showing 5 of the best strikes. By the time I left there was a small stream running under my car as well as some minor street flooding in Sheridan.
    5 Strikes
  • The core of the milky way galaxy was shining brilliantly as it set behind the Bighorn Mountains. This is a 2-image composite, with a 10 minute tracked exposure of the sky, and then another for the foreground.
    Core Over the Bighorns
  • The solar eclipse was absolutely incredible. There's no way to capture it in 1 picture or 1,000 pictures and there's nothing really to compare it to. During the minutes surrounding totality the light changed so fast and there was so much to observe and photograph that it was overwhelming. It felt like time stood still and yet it was all over in an instant. I listened to the dozens of people around me who also climbed the 10,276' Laramie Peak to observe this eclipse. Cheering and exclamations of "WOW" were an almost involuntary reaction.<br />
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This is a composite showing 3 partial phases of the eclipse with a solar filter, as well as 3 of the features that are visible during totality. A group of sunspots was visible before being hidden by the moon. The red fringes on the left are solar prominences. Bigger than any planet, prominences are made up of dynamic loops of hot plasma and will often explode. This outer atmosphere of the sun is sculpted by it's magnetic field. The temperature of the corona is up to 450 times hotter than the surface of the sun and no one knows why. At the top right is an effect known as the "diamond ring." It is the moment the first bit of sun emerges from behind the moon. I was surprised by just how suddenly it popped out, with all the brightness of the sun concentrated into a single point.
    Multifaceted Eclipse
  • In early January is the annual Quadrantid meteor shower. Meteor rates weren't nearly as prolific as the Geminids of December. But I still wanted to photograph it since the moon phase was favorable and few pictures of this astronomical event exist. With decent weather in the forecast, I climbed to the top of a 9,477' mountain and spent the night there. The expansive views to the north included Meadowlark Lake, the tallest peaks of the Bighorns, and the High Park meadow. After chasing a mouse out of my backpack I set my camera to take pictures for most of the night. The shower seemed to be most active between about 10PM and midnight. That's when my camera captured these 8 meteors, although 3 of them were halfway out of the frame. I stitched together a few images for the bottom half of the picture, this allowed me to correct the distortion in the trees.
    8 Quadrantid Meteors
  • While camping at Castle Gardens, I captured the stars for 2 hours to put together into this startrail image. A campfire cast a warm glow on the bluffs and hoodoos above.
    Castle Aglow
  • This was the last line of thunderstorms on the other side of the cold front. The lightning was almost non-stop. I shot it next to the North Platte River not far from I-80. This is a stack of 10 shots.
    Strobe Lightning
  • There is a lot happening at the local pond at 2AM. This image shows the stars apparent movement in 45 minutes time. The aurora glowed to the north in hues of red and green. Meteors burned up in the atmosphere. Satellites and airplanes  flew past. It was far from quiet with flapping waterfowl, croaking frogs, and a splashing beaver. Startrail reflections are like mini seismographs, recording ripples in the water. With no wind, all the disturbances are from the beaver splashing.
    Beaver Pond Startrails
  • All summer long I had been waiting for a storm like this one. It seems like most of the thunderstorms this year would clear out in the evening, instead of persisting into the overnight hours. But it's a lot easier to capture lightning when it's dark. At night I can use a long exposure of 30 seconds, which increases the chances of capturing lightning. This wasn't a particularly strong storm cell, it produced no more than a couple dozen strikes. But that was enough. By positioning my tripod inside my car and shooting out the window, I was able to keep raindrops off my lens. This image is a stack of 5 separate pictures. The light trail curving around on the left is from a plane coming in for a landing at the Sheridan airport. The passengers would have had quite a view out the window.
    Last Night of July
  • I went back and had another go at processing my solar eclipse pictures. Here I combined several shots and tried to show every feature of the eclipse that I was able to capture. There is such a huge range of light that it's impossible to capture it all in one image. The glow around the sun is called the corona. Shaped by complex magnetic fields, it consists of super-heated plasma up to 450X hotter than the solar surface. The sun's north pole is located at 10 o'clock where the magnetic field lines are shorter. The red fringes on the right are fiery solar prominences, several times the size of Earth. Also shown is the diamond ring effect, when the first bright sliver of sunlight reappears from behind the moon. Details on the lunar surface can be seen because of an effect called earthshine (not to be confused with moonshine). Sunlight is reflected off of the Earth and faintly illuminates the dark side of the moon. Regulus is the star visible on the lower left.
    Eclipse All In One
  • The Geminid Meteor Shower was very active in 2018. In this image I stacked a total of 90 meteors which my camera captured while pointed west. In about 5 hours and using 2 cameras, I captured a total of 350 shooting stars. It was a very active meteor shower this year. Near the top of the frame are the twin stars of Gemini, named Castor and Pollux. If you trace back the tails of the meteors this is where they appear to radiate from. The source of these streaks of light are small pieces of debris left behind by an asteroid, which burn up when they enter Earth's atmosphere at 22 miles per second. Thin clouds were making halos around the brighter stars. Overall the weather was perfect with the thicker clouds clearing out just as activity started to pick up after midnight.
    Early Morning Meteors
  • The Geminid Meteor Shower was very active in 2018. This view is looking south from Diamond Butte, Montana.
    Night of the Falling Stars
  • Sometimes I chase storms, and other times storms chase me. This beast rolled out of the Little Belt Mountains at 5PM and roared onto the Central Montana plains. It was a challenge to keep up with as it felt like I was never more than a few minutes ahead. The rollings hills provide limited spots to overlook the storm and I couldn't shoot any time lapses because there simply wasn't enough time. I tried to stay to the south of the tornado-warned portion of the storm so I wouldn't be in harm's way. While shooting this picture a rancher stopped by and I asked him if he'd ever seen anything like this. He said he had; apparently sights like this are not uncommon around here in the summer. Big Sky Country certainly lives up to its name. The central part of the state is filled with numerous island mountain ranges, and this shelf cloud swallowed them up like they were nothing.
    Beast of a Storm
  • In mid-August I photographed the annual Perseid meteor shower. But this was no ordinary year, as there were twice as many meteors as normal. Beartooth Lake, at almost 9,000 feet in the Beartooth Mountains was the perfect place to watch from. I was worried about the weather, with thick clouds at sunset and a wildfire only 7 miles away. But it ended up being a beautiful night. The show got started at 1AM when the moon set, leaving the sky completely dark. While listening to every little sound around me (this is grizzly bear country) I counted 250 meteors in 4 hours. With my camera pointed northwest at Beartooth Butte, I captured 93 of them. I combined them all into this composite image. The radiant (Perseus) was to the upper right outside of the frame. As dawn approached, fog swirled around the glassy surface of the lake. Hand warmers strapped to my lens prevented the glass from fogging up. I don't know how cold it was, but I do know my water bottle froze and I was snowed on at the pass earlier in the evening.
    Night of the Falling Stars
  • As this supercell tried to wrap up, it produced a lot of lightning in the same spot. Normally lightning is hard to capture during the day but it was easy this time. This is a composite of 4 images.
    The Strike Zone
  • I've seen pictures taken from this arch above Bighorn Canyon, but I've never been able to locate it until now. And it's not too difficult to reach. Compositions are limited because of the way the arch is set against the cliff and you can't get very far back. Just as I started to leave, the sky unexpectedly took on a pink glow and I ran back to the arch to capture the color before it faded away.
    Bighorn Canyon Arch
  • A bright Perseid meteor burns up in the earth's atmosphere while the milky way stands on end in the west. After finding the nearby campground full, I drove a dirt road up to 10,000 feet until I found a spot flat enough to camp. With no trees up here, there was a great view of the sky and the lights below are from the town of Greybull. Over the 2 nights of the Perseid meteor shower in mid-August I captured nearly 1,000 images with about 10% of them containing meteors. This one was the brightest and the longest, spanning over 15 degrees of sky. I nearly missed it because it was the very first frame of my time lapse. Perseid meteors are made up of small pieces of comet debris that cross the Earth's orbit every year. It is the extreme speed at which it enters the atmosphere (over 100,000 mph) that causes the debris to vaporize and glow. The color of the trail reveals the chemical composition. The green is nickel or magnesium, and the red is ionized oxygen or nitrogen in the upper atmosphere.
    The Longest Streak
  • It was 4AM in the grasslands of southeast Montana. I was spending the night under the stars while my camera clicked away, but the cold breeze made sleep hard to come by. I thought I detected a bright flash of light, but wasn't sure if my eyes were playing tricks on me. It wasn't until I got home that I found the source: a fireball meteor. According to American Meteor Society reports, the meteorite (if it survived) likely fell near the CO/WY border some 300 miles away. It theoretically should have been visible from at least 10 states, I can only imagine how bright it must have been overhead. The green color reveals the composition to be mostly nickel, and it left behind a vapor trail (known as a persistent train) for over 10 minutes afterwards. My only goal was to capture the milky way for the first time this year after it hid behind the sun for the winter. The fireball was just an unexpected bonus.
    One In a Million
  • On the night of  winter solstice I went for a hike around the Sibley Lake nordic ski trail. It was a beautifully clear night with perfect silence and solitude. The snow here was above my knees but I couldn't pass up this scene with towering pines and snow-covered boulders. I angled my camera so I could include Orion in the composition.
    The Longest of Nights