Kevin Palmer

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  • The views from the top of Medicine Bow Peak were stunning. This was a fairly easy hike considering the mountain is over 12,000 feet high. The 7 mile loop trail traverses the top of the ridge and descends next to the lakes.
    12,014 Feet
  • I woke up early to hike to Lookout Lake and shoot the sunrise. Colorful fireweed flowers were blooming along the edge of the lake and the 12,014' Medicine Bow Peak can be seen on the left.
    Fireweed Sunrise
  • This picturesque church sits at the edge of Esterbrook, Wyoming. The tiny community with a population of 52 is only reachable by dirt road. Towering in the background is Laramie Peak, scarred by a wildfire from 5 years ago. The 10,276' high peak was a well known landmark on the Oregon Trail. It could be seen from up to 100 miles away, which was about 1 week's travel. From the summit on a clear day you can see all the way into South Dakota, Nebraska, and Colorado. The far-reaching views made it the perfect place to watch the solar eclipse when I returned 2 months later.
    Church of Esterbrook
  • I've seen fogbows before, but they are so transient they're difficult to capture. The fog must be just the right thickness with the sun at just the right angle. The fog was moving around so much it changed by the second. This was on Red Grade Road in the Bighorn Mountains.
    Red Grade Fogbow
  • Vedauwoo is a scenic spot filled with interesting rocky outcrops, located in between Cheyenne and Laramie. The area is popular with climbers. The last light of the day was casting a soft golden glow across the granite.
    Turtle Rock Sunset
  • Skógafoss is a 60 meter high waterfall in southern Iceland. In the evening it is positioned perfectly for vivid rainbows to appear in the mist. I got here at the perfect time, once I made it to the top and back the rainbow was already gone.
    Rainbow of Skógafoss
  • Eagle Peak is a 9,167' high peak in the Laramie Mountains.
    Eagle Peak Evening
  • The sunset over South Gap Lake wasn't very colorful. But converting the picture to black and white gave it a more dramatic look.
    Ripple Effect
  • At the base of the 200' tall Skógafoss waterfall in Iceland I saw something I've never seen before: a 360° rainbow. Every rainbow is actually a full circle, but the lower part is almost always blocked by the horizon. There are only a few situations where a full 360° rainbow may become visible. One way is to have a very high vantage point, where you can clearly see below. A steep mountaintop or an airplane window would work under perfect weather conditions. But in this case, it was spray from the waterfall that caused the rare optical effect. The rainbow faded in and out depending on the wind and where I was standing. The amount of mist in the air had to be just right. The sun also needed to be low on the horizon, so that the light would be shining through the mist at just the right angle. The radius of a rainbow from the center (the antisolar point) to the outer edge is always 42°. Since my widest lens only had a field of view of 81°, I couldn't quite capture it in it's entirety.
    360° Rainbow
  • Known as the "Diamond Ring" effect, this is when the first bit of sun emerges from behind the moon. It lasts only seconds. I was surprised by just how suddenly the sun popped out with all the brightness of the sun concentrated into a single point. If anyone was looking through an optical instrument at this time, it would probably be the last thing they would ever see. I shot this using live view and then quickly put a solar filter back on before I fried the camera sensor.
    Diamond Ring
  • 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
  • This was my favorite image of the corona during the solar eclipse. The effects of the magnetic field can be clearly seen, with the coronal streamers aligned to the north and south poles of the sun. The star Regulus is also visible on the lower left.
    Solar Corona
  • The Snowy Range, located in southern Wyoming, packs a lot of alpine scenery into a small area. The 2nd highest road in Wyoming makes this place easily accessible and you don't have to hike far to see some of the best views. Towering granite peaks, sparkling lakes, leftover snowdrifts, and hillsides carpeted with wildflowers all add to the beauty. I was perhaps slightly late in capturing the peak of the wildflower bloom, but I found this colorful patch of fireweed above Lookout Lake. I returned early the next morning to capture this scene under better lighting conditions. But the sunrise was a bit of a dud and this ended up being the better shot.
    Wildflowers of the Snowies
  • The evening light was really nice when I drove past these horses near Riverside, so I stopped to capture them.
    Three Chestnut Horses
  • Storms can either bring epic sunsets or none at all. It's all about the timing, and where you are in relation to the storm when the sun goes down. This severe MCS rolled through Miles City, Montana around 7pm. The rain slowly came to an end and a glow began to emerge in the west. I wasn't expecting much, but I found a place to wait (Spotted Eagle Lake) just in case something special happened. The sun only popped out for a couple minutes. But that was enough to light up the entire sky with intense orange and pink. A double rainbow appeared for 15 minutes, which was long enough to allow me to shoot a time lapse of it fading away. The wind died down for just a moment and the reflection in the lake made an almost perfect circle. Even though the long drive wouldn't get me home until after midnight, I'm glad I didn't leave early and miss out on this.
    Reflected Rainbow
  • 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
  • After hitting the trail at sunrise I made it to the top of Laramie Peak shortly before 9AM and setup my gear. The true summit is littered with towers and communication equipment, so instead I pointed my camera at this subpeak to the south. The weather was perfect and the thick smoke from Montana wildfires that I was worried about stayed to the north. At 10:23 the partial eclipse began, visible only through a solar filter. Anticipation started to build as more of the sun became blocked out. After over 50% of the sun was covered the light became slightly dimmer but it was only noticeable if you've been watching the whole time. The temperature dropped by over 20°F and jackets came out. At 90% the sky became a dark blue and the landscape took on a smoky appearance. At this point the light began to change by the second. The moon moves from west to east, and the shadow approaches at 1700mph from that direction. At 11:45 the last piece of sun disappeared. Some of my favorite effects of totality were the parts I couldn't capture. Cirrus clouds in the west glowed orange like at sunset. It was similar to twilight but instead of the glow appearing in only one direction, it encircled the entire horizon. Venus came out first, then the other planets and brighter stars. It's a very strange feeling looking at the sun in what's normally the brightest part of the day and instead seeing a black hole. The ~100 people around me marveled at one of the most beautiful spectacles in nature. But just like that it was all over. The full disc of the sun returned at 1:11PM.
    Fleeting Moment
  • When the sun rose at Joshua Tree National Park, a vivid rainbow appeared. The rainbow was almost at a 90 degree angle to the ground. This can only happen right at sunrise or sunset.<br />
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Date Taken: August 20, 2014
    Joshua Tree Rainbow
  • This morning in Joshua Tree National Park was unlike any other. Distant thunderstorms passed by throughout the night. Then around 5 am, it started raining. When the sun rose an hour later, it shined through a gap in the clouds which created a dramatic sight with vivid red and orange everywhere. To top it all off, this giant rainbow appeared. I know my photos did not do the scene justice. It was amazing how fast the light changed. One minute the sky was nearly colorless, then it exploded in color, and a few minutes later the display ended when the sun went behind a cloud. I felt blessed to see rain, considering I was only there for about 18 hours. Joshua Tree receives barely over 4 inches of rain in a normal year. When you consider that California is currently experiencing its worst drought ever recorded, this is a rare sight indeed.<br />
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Date Taken: August 20, 2014
    Magical Morning
  • This rainbow appeared in a small thunderstorm just outside of Sheridan. I used a telephoto lens to get a close-up view as it changed by the second.
    Hailbow
  • This rainbow appeared in a small thunderstorm just outside of Sheridan. I used a telephoto lens to get a close-up view as it changed by the second.
    Color Beams
  • Laramie Peak is the first mountain I saw when I moved to Wyoming and ever since then I've wanted to climb it. The views were amazing from the 10,276' summit, with 4 different states visible. It was mostly cloudy while I was up there, but the clouds began to break before I left at noon.
    Laramie Peak West
  • The rainbow was contrasting strongly with the dark storm clouds and sunlit rocks. But seconds later, it faded away as the sun went behind the clouds.<br />
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Date Taken: August 20, 2014
    Sunlit Rainbow
  • In front of me was a rainbow, lightning to the left, a colorful sunset behind me, and to my right were baby bighorn sheep prancing around. When the downpour ended and the sun came out, it was an overwhelming few minutes and I didn’t know where to point my camera. I was just lucky to be at this overlook in Badlands National Park. When the storm was closing in I made a bad decision to turn down a very muddy road. But somehow my car made it back out after spinning the wheels for 5 minutes. My last 2 visits to this South Dakota national park were both very short and involved waiting out heavy thunderstorms, which isn't all that enjoyable in a tent. One of these days I'll return when the weather is actually nice. But bad weather makes for the best pictures.
    Badlands Bow
  • A weakening storm approached the west side of the Bighorn Mountains. The sun came out and this double rainbow appeared. It was so vivid it felt like I could reach out and touch it. At first it was almost a complete circle. I rushed to capture a time lapse and had to keep wiping the raindrops off my lens. I got quite wet as a result, but it was worth it.<br />
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A double rainbow is caused by light reflecting a second time within raindrops. The secondary rainbow is located 8° apart from the primary bow, and is almost double the width. The colors are fainter, and in reverse order (VIBGYOR instead of ROYGBIV.) In between the two rainbows is a darkened part of the sky called Alexander’s Band. The sunlight is always brightest in the center of a rainbow at the anti-solar point. But since this bright light is also reflected opposite the secondary rainbow, that leaves a dark band in between.
    Seeing Double
  • I chased a few thunderstorms that rolled off of the mountains in the afternoon. It was good rainbow weather, but they can't form in the middle of the day. Since the radius of a rainbow is always 42° and the center is directly opposite the sun (antisolar point), the sun must be at an altitude less than 42°. Around 5PM, the sun sank to 32° and this low rainbow appeared about 10° above the horizon. I stopped at this wetland and was able to cover my camera from the rain and capture a time lapse clip that I've tried many times to get. The extra colors (green, purple, green) at the bottom of the bow are called supernumeraries. It's a rare effect that happens when the raindrops are a specific diameter and mostly uniform in size. This complex light interference can't be explained by geometric optics. In fact, supernumerary rainbows played a part in the early 1800's in confirming that light is a wave, and not just made up of particles as previously thought.
    Supernumerary Rainbow