Here “Sneaky Pete” the Windmill is doing what he does best, get into my landscapes. I have no control over his actions…..😎 (years old narrative).🤣
The window to the Big Horn Mountains from my ranch has 130 miles of atmosphere between my high ridge location and those 13,000 foot high peaks… I see them maybe once a week. It was windy but this is still a 1/15th second time exposure in order to blur the windmill sail.
This was a missed post so I manually posted this this AM. I’m not sure how I screwed it up but here I am working live and not a week out lolol.
This view of a BigHorn Mountains Landscape Ladder was taken a week ago as this posts. Th grassy remote ridgetop I was on, gives way to the Little Powder RIver Valley. The next ridge is the Red Hills backed by the 13000 foot high peaks of the core of the BigHorn Mountain Uplift. The Powder RIver Basin between the Mountains any my ranch pretty much ends at my ranch. I’m living right on the edge between the Wyoming Black Hills and the Powder River basin. Just west of my ranch, dinosaur fossil Bearing rock that is older than the Big Horn Uplift dive under the sediments worn off the BigHorn Mountains.
Our Ranch is as high topograpically above the Little Powder River Valley Floor as the dark 40 mile distant ridge. It allows me to see the peaks at this 130 mile distance. Weather windows to the BigHorns have been plentiful this year unlike previous ones. The sun is currently setting well south of these peaks from my vantage point at the moment. I won’t see it set over the big V notch until next spring again. The sun will continue to set a little more south each day until December 21’st. Then t starts to rise and set a little further north each day until the Summer Solstice.
I try to be very in tune to such things as my daily photographic activities take into account moon rise, sunsets with the time of year. Angles of sunrise and sunset are critical to where I go these days. Weather has the greatest impact of course.
Layered BigHorn Mountain Landscape: It’s mid-November and a HUGE hay crop was everywhere in this country. Still picking them up this late in the year. Boy there are still a lot of haybales to move. I caught the a hydraulically equipped hay truck stopped long enough to take this 1 second exposure. They had been at this all day and it was pretty dark and were still hauling. There were hundreds to pick up this year.
This of course is a time exposure as it were. I consider anything longer than 1/4 second a time exposure best done on a tripod or some support. You can take photos like this free handed but your ISO is going to have to be so high that you’ll get grain on your image. A minimum handheld speed is about 1/100th with a telephoto so your going to have to compensate for the lack of light somehow. Turning up camera sensitivity? This will unfortunately give you larger grain to your image and add noise to the color. It will however bring an image in. The first rule of photography is get the shot. The second rule is get it right !.
Longer time exposures give your camera a chance to gather light the easy way. You always want as LOW and ISO as you can get away with. Low light images like this look wonderful if done on a tripod. Not so much hand held. I use a clamp on my car window with my favorite tripod head on it that mates to my cameras.
From My viewpoint at 130 miles out. This area of the sky is the size of your thumb at an arms length on the horizon. The BigHorn Mountains Cloud Cover that night was climbing up the back of the peaks. It was to cover the highest ones within a few minutes of this image collection. I had a visual window to the peaks that lasted at most a few minutes. The sun was still over head and this was very bright and hard to see. The lighting was high overhead and slightly oblique to the images. It’s a tough photographic environment lol.
Getting to see weather move over these 13,000 feet high ridges is a rare treat from this far away.
These huge blocks of the earths crust uplifted during a major tectonic compression episode called the Laramide Orogeny. Cloud peak is 13,175 feet and is visible in this image. The same compressional forces that uplifted the peaks, also downwarped the adjacent basin to the east. This Basin called the Powder River Basin. This basin the major source of coal in the US. The burning of this coal generates 30 percent of the electricity generated in the United States.
My ranch coincidentally sits directly on the western most edge of the Wyoming Black Hills. It is actually JUST east of the edge of the Powder River Basin. If I drive 2 miles west, I start to see alluvial fan sediment. These sediment fans stretch all the way from the Big Horns. Dissected into ridges by huge rivers washing off the peaks during glaciation. . These alluvial deposits are far reaching, called the “Tullock/Fort Union” formation. Major Mountain sized Anticlines and Synclines resulted from the continental wide compression.. Huge were the forces bending even the underlying crystalline Pre-Cambrian rocks. The rocks to clay washing off of those peaks filled the basin and washed just about to my front door.
Weather this year has been cooperative in getting the Setting BigHorn Sun over the Notch between the 13,000 foot high peaks.
The Sun apparent motion is from left to right as well as down so it actually set on the peaks to the right. It’s kind of tricky to figure out where to set up for an image like this. I’m WAY out away from the range at 130 miles for this shot and the area in the sky this image covers is tiny. Hold up your thumb at an arms length and your covering it from where I am. Those are HUGE peaks, they just get smaller as I move away. The sun doesn’t change size so quickly lolol.
This sky was a Sunslit. The sun came down from the thick cloud deck above to light up the narrow strip of the sky. The relative difference in dynamic range of the bright sun and the much less bright land makes silhouettes. My eyes could have seen details in the land if I wasn’t totally blinded by the sun at that moment.
I remind you it’s not the sun that is setting. It’s the horizon that is rising. Things are as they are, not as they seem or as you were told. This is the basis science works off of. The trick is to determine how they are … The essence of discovery is the effort to discern the way things actually work. Electricity comes out of the wall right?
Colorcast orange Banded BigHorn Mountains is an odd color to cover a landscape with. It was really that color lol.
I saw this developing the other night as I’ve been on a mission to catch the sun behind the BigHorn Mountains. Some nights, the weather window is closed to the mountains but this night it was closed to the sun. The 130 miles distant snow covered range was shrouded in this Orange colorcast that was like a stage light with an orange gel in front over the landscape.
This only lasted a few minutes of course as the sun moved down through progressively thicker and thicker layers of clouds. All just prior to being snuffed out by the range. The horizon of course is rising here, not the sun is setting….
I’ve spent a lot of time this month pursuing the Big Horns photographically. The sun and the range is playing peek a boo with the weather controlling the show. I have many good captures from this week which will slowly work their way into my work flow here. T
The black ridge at the bottom is 40 miles out from this 800 mm telephoto capture on a very high resolution camera. If you hold a postage stamp at arms length and place it against the horizon, this image would fit into a square that side.
2:1 aspect. (very wide. 40 x 20 inches at 300 dpi.
Location: Bliss Dinosaur Ranch, Wyoming/Montana overlooking the Red Hills out to the Bighorn Peaks.
This is the first of 2 images I’ll post from this timeline . Remember that at sunset, the sun is actually moving sideways to the right but not quite as fast as the sun is dropping. (the horizon is actually rising). We are spinning on an axis that is tilted over 20 degrees to the Ecliptic so the sun travels at a 20 degree down angle as we spin. It me a few minutes to work out exactly where to be for this sunset. I’ll post the next image in this timeline of this Sun Settling on the BigHorns tomorrow.
Research/google the word “Ecliptic”. It is an important concept to be able to figure out opportunities as they “line up” lol. I traveled about a mile from my house for this one. I’ve been pursuing this all week. The weather window for my limited opportunity for this line up has been open all but 2 days so far. I have about another 3 or 4 days I can work this . There are so many good images from this totally nutty sky above the 13000 feet high mountain range.
I forgot to mention that I’m 130 miles distant from those peaks and that the range looks small in perspective to the sun. The sun doesn’t change size (get smaller very much as I drive to the east to get further from it. However the mountains will continue to get smaller until I can’t see them if I keep driving. (Make sense?) Further away, small mountains, sun is the same apparent size as long as I stay on the earth lol.
Sunset Across the 130 mile Distant BigHorn Mountains is one of quite a few BigHorn Range captures over most of last week. Amazing stuff 😲📸
Watching this alignment start up with the sun WAY left of the range less than a half hour before this. The sun will always move from left to right as well as downward. Of course it’s the horizon rising but you already know that. (The sun isn’t moving here, the earth is spinning) . The earth is tilted on it’s axis
That tilt is relative to the solar systems flat plane called the ecliptic. All the planets are circling the sun on that plane. The earths north/south axis Currently, the Earth’s axis is tilted 23.5 degrees from the plane of its path/orbit around the sun. But this tilt changes/wobbles like a top. During the long wobble cycle that averages around 40,000 years. (Based on good scientific work eh? 👁
The tilt of the axis varies between 22.1 and 24.5 degrees. Because this tilt changes, the earth is exposed to differing amounts of energy from the furnace over that interval. Paleoclimatology is something I have dabbled in. I will tell you the sun is the driver of our climate so one would assume that global changes occur as the way you face the sun. Yup, the climate has been changing since it all started as a pool of molten rock accumulated in a gravity well lol.
SO back to this photo:
This time of year, sun sets dramatically from left to right as the horizon rises here. But it rises from left to right at sunrise. (The phrase to google here is Ecliptic solar system). So tracking this and watching it change by the minute was very impressive.
Bright bright bright stuff. Shutting the camera down to light ALMOST taken with the len cap on (it’s that bright lolol) You only have 3 main things to set on your camera by working it on manual mode.
They are: “ISO” (Camera Sensitivity), f-stop (aperture or pupil size of the lens) and Shutter Speed in parts of a second (s). Figure out what is important to you (deep focus or freezing motion?). You set f-stop high for deep focal field . F-stop low for shallow depth of focus field. F-stop takes away light so high f-stop (small hole in the lens) is good for high light situations. Priority 1 taken care of.
Your next priority (2) is ISO (camera sensitivity). Low ISO is ALWAYS best because High ISO give you too much light AND a grainy appearance in the image. So LOW camera sensitivity (or slow ISO 100). High ISO is best for LOW LIGHT situation. Really HIGH ISO over 2000 is for the dark if you need it only. I consider ISO evil to go high with.
Last thing on the list is shutter speed which is your variable to adjust the total exposure. You adjust until you get the result you desire. On an older DSLR reflex type camera, you look at the image on the LCD on the back of the camera body AFTER you take the photo. With a Mirrorless Removable Lens Camera though, you get what you see on the screen INSIDE the camera, WHILE you are moving the dials the image reflects the changes you make. What you see is what you get. Instant feedback, MUCH easier for you to learn on. So if you made it this far in my text, and your looking at cameras, pick a mirrorless model, preferably a full frame/large sensor camera. Full Frame cameras have higher dynamic range than smaller sensor cameras. 📸
Don’t USE a standard DSLR camera to take sun photos and YOUR camera may not be rated to take this heat. Large sensor cameras spread out that light and don’t melt like some smaller sensor cameras would here. More important, don’t blind yourself in a DSLR even trying this. Seriously!👁
Winds Over the Big Horns Kicking up a Ground Blizzard:
I don’t see this very often either. Actively viewing the 130 intervening miles of landscape is difficult. These massive peaks are typically shrouded by mists and cloud covering . This is actually a night shot. The sun having set several minutes prior to this click. The sun’s influence though is still brightly illuminating the Blowing Snow. That is being kicked up by the hurricane winds. Hard to see blowing snow Up high on the Big Horns up on those 13,000 feet high peaks and backlighting all that isn’t easy lol.
That is a tough environment up there lol. Winds over the Bighorns are definitely making some snow drifts up high in this capture. I’m limited seeing these distant peaks by weather and clouds usually…Not so much this night lol. It’s totally cloudless but for the ground blizzard on the peaks.
Catching the sun setting behind the Big Horns has been a bucket list item of mine for 20 years. By coincidence I have never been able to get this angle and weather to cooperate.. I had to drive 10 miles south to get it this time… As the sun sets each day a little bit left, as I travel right, it keeps the sun still on the range as I move positions northward. Finding a spot to actually see over that high intervening ridge (Red Hills) , is not as easy.
Hopefully I’ll get lucky again this year and get a second chance at this alignment. A majority of the time, I can’t see the range at this distance due to the aforementioned weather window.
This was taken on the pass to RockyPoint Wyoming on Trail Creek Road.
This is far northern Campbell Country Wyoming about 5 miles from Montana. It is 40 miles to the first dark ridge in the image. 800mm telephotos help a lot :). This is a VERY small area of the sky I’m photographing here. Hold a small postage stamp at the end of your reach and that is the size of this photo against the entire sky. 😜
“Twilight Alpenglow over the Big Horn Mountains” was taken well into Nautical Twilight. (Do you know your 3 twilights and when they occur?) Bear in mind I consider anything sky in the morning BEFORE the sun crosses the horizon still to be at Night and in the evening, once the sun slips behind the horizon, it’s night too…. Lenticular Clouds in Silhouette are always fun. I bet they were impressive from the other side of the hill at sunset. They typically form over bumps in the terrain.
This sky started out Bright Orange at sunset with the same clouds but slowly faded to the longer wave length light red…finally to black with no stars because enough overcast to preclude/veil stars in the frame. This 5 second time exposure highlights cloud shadows and the still glowing atmospheric ice over the Mountains. (Alpenglow is caused by the scattering of the color of light that makes it through hundreds of miles of low angle atmosphere. Typically a deep winter thing every night but I see it every month up here). Those 13000 feet high “hills” are 130 miles from my camera which is sitting on a 4000 foot in elevation ridge almost 2 full Wyoming counties east of the Big Horns.
Photographers notes. Unless your really steady (on xanax or something), you need a tripod for any exposure longer than about 1/15th second exposure and that’s if your really good…. No star tracking required here so just a tripod will do.
Gear.. Sony Alpha 7R4, Canon 800mm Telephoto (Vintage plus mixed cam/lens brands which actually works fine with the right Metabones adaptor between thank you). Tripod. Also a Big Tall Hill top in Montana looking across the border into Wyoming.