Kevin Palmer

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  • 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
  • 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
  • For the 2nd night in a row, there was an active display of the northern lights in Abisko, Sweden. Starting off as a dull glow in the north after sunset, it quickly exploded with bright green spiral swirls filling the entire sky. Here above the Arctic Circle the aurora is ever present, encircling the Earth's poles in a zone called the auroral oval. Even during solar minimum when solar activity is quiet, the northern lights are visible on almost any clear night. And Abisko sees more clear nights than surrounding areas because the mountains to the west create a rain shadow effect. Visible beyond the forest of short birch trees, is Torneträsk, Sweden's 6th largest, and 2nd deepest lake.
    Green Cyclone
  • Every day this peak is the last to see the sun in Southern California, and the first to see it rise. San Gorgonio Mountain stands 11,500' above the deserts and valleys. At this elevation the trees are stunted, and deep winter snows occasionally last through the summer. Growing up underneath it, climbing to the top has long been a goal of mine. But doing the long 19-mile trail as a dayhike would have put me on the summit during the worst time of day for photography. Camping at the top instead let me experience sunset, the stars, and sunrise. But it came at a cost of having to carry a much heavier pack more than a vertical mile upward.<br />
One of the best parts of being on a summit at the edge of day is watching the shadow of the mountain. This shadow is almost always triangular, regardless of the shape of the peak. A perspective effect makes the light rays appear to converge at the antisolar point. The haze and smoke in the lower atmosphere only amplified this effect. The mountain fully in sunlight on the right is San Jacinto Peak, which towers 10,000 feet above Palm Springs. The evening was calm enough. But towards morning the wind picked up to gale force, breaking my tent and robbing me of sleep.
    The Long Shadow
  • 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
  • Every clear night between December and April, Orion has a close encounter with Devils Tower just before it sets. It was a shot I've had in mind for awhile, but I waited until March to pay a visit so I could capture it at a more reasonable time and temperature. Beneath the 3 belt stars is found Orion's Sword. It also goes by the name Messier 42, NGC1976, or simply the Orion Nebula. As the brightest nebula in northern hemisphere skies, it is easily seen with the naked eye away from light pollution. Larger in angular size than the moon, it looks spectacular in even a small telescope. If you zoom in to the belt star of Alnitak (pierced by a satellite trail), the Flame Nebula is on the left, with the Horsehead located below. Between finding the right overlook, aligning the star tracking mount, shooting dozens of long exposures, and hours of editing, “deepscape” photos like this are always more complex than any other type I create. But I love showing a commonly photographed landmark in an uncommon way. When thin clouds started to roll in I almost stopped shooting, but I ended up liking the halo effect.
    Orion Close Encounter
  • It was 1AM and the stars were twinkling wildly above the Bighorn Mountains. Twinkling (also known as scintillation) is caused by the earth's atmosphere bending or refracting starlight. Planets do not twinkle because they are not a pinpoint source of light. The effect is most noticeable on nights with strong winds and differing air temperatures in the upper atmosphere. The wind chill on this night at 7,000 feet was far below zero Fahrenheit. In the center of the photo is Sirius, the brightest star in the sky. It is visible from anywhere on earth except for the very northern Arctic. Sirius is known for twinkling a rainbow of colors when it first rises. On the upper right is the constellation Orion with the bright band of the winter milky way to the left.
    Sirius-ly Cold
  • There are some things that just don't happen every day. One of the brightest comets in decades is swinging past Earth this month. As I brainstormed to figure out where to capture it, Steamboat Point seemed like an obvious choice. Anyone who has driven Highway 14 would recognize this iconic peak of the Bighorn Mountains. It gets its name because of the massive rock face that sticks into the air like the prow of a steamboat. Even though storms were around in the evening, I was not expecting them to last. But lightning flashed to the north for the entire night. The red color is an effect caused by viewing from a long distance through the thicker atmosphere. At 2:30AM, the comet rose above the northeast horizon, tail-first. A comet's tail always points away from the Sun. The 67% moon off to the right lit up the mountain, while shadows added depth to the scene. Soon after this, noctilucent clouds joined the show, but that's for another post. By the time the sun rose my memory card had 1400 new images. It was a night very much worth losing sleep over.
    Worth Losing Sleep Over
  • 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
  • The Pryor Mountains of south central Montana are filled with many towering pinnacles and spires like this one. Last week was my first time hiking in this rarely visited mountain range, going up a deep canyon to the unique Layout Creek Spring. A herd of 160 wild horses live in these mountains, but I didn't see any this time. To get the sun ray effect I went off trail until I found the perfect position to partially obscure the sun behind the pinnacle. Using a smaller aperture produced an 18-point sunstar.
    Pinnacle of Perfection
  • A small herd of horses graze in a mountain pasture, backlit by a fiery sky. It was an early July evening and the colors of sunset lingered long after 9PM. When I saw these horses lining up at the top of a hill I knew I had to get a picture before the colors faded. They wouldn't stay still for me, but I kind of like the effect of the motion blur on their legs and tails. The horses were my alarm clock the next morning when they wandered by my tent and started snorting loudly.
    Pasture Bedtime
  • This 7600' summit has no name and there is no trail leading here. It wasn't a long climb. But it did involve descending into a valley and fording a cold river, before scrambling straight up a steep slope. Enough snow has melted that I was able to avoid most of it. At the summit this was the view that awaited me looking east. Holes in the cloud cover let through small patches of sunlight. The light beams are an optical phenomena known as anticrepuscular rays. The shafts of light are actually parallel, but appear to converge at the antisolar point, which is 180° opposite the sun. The rays only seem to converge because of a perspective effect, similar to railroad tracks in the distance.
    Anticrepuscular Rays
  • 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
  • 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
  • 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
  • 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
  • It was an intimidating sight watching this monster barrel towards me. It’s amazing how something can be so beautiful and so destructive at the same time. Within minutes the sky changed from bright and sunny to black and the quiet turned into a roaring wind. This supercell first formed in Montana, before charging southeast along the Black Hills. Enhanced wind shear next to the mountains helped sculpt the clouds into this ominous structure. 2 tornadoes were reported, the first knocked down swaths of forest, while the second destroyed buildings farther east. Experts disagree on why exactly some storms appear green. But it is a good indication that a storm reaches high into the atmosphere and contains much precipitation, which often includes hail. At the time of this shot hail stones 3-4” in diameter were falling just a few miles away in downtown Rapid City. As much as I wanted to stay and time lapse this scene, I continued to flee south instead out of the damage path. I've found my windshield to be more effective when it stays in one piece.
    Ominous Green