I find the Moon to be quite a character of note here in the highlands. Seems I’m always finding him sitting down on the job. OK, give it a short break before the climb. I’m sure he belongs to some union giving him 5 minutes ever 30 minutes for a rest. He obviously is not a rancher.
Heck, It’s a LOT of work to climb up with all that cheese to the zenith of it’s orbit. Think of the huge mass that has to be “lifted” over our heads. Yet Again, I caught it sitting down on the job, playing “king of the hill”. This is not the first time I have images of this kind of on the job sitting around. Who am I to question how the moon does his job.
I bet there is quite a view up there. This being a telephoto image of a hill top 400 feet higher than my location on and adjacent ridge. This can be mountain goat country. If there were only mountain goats that lived here. Instead I have celestial objects summiting hillocks holding prime overlook territory.
Wyotana is indeed a magical place. There are many ways to look at any scene, each angle has it’s own story.
Factoid. To determine if it is a rising or a setting moon. :
If the three small craters at 2 oclock are pointing up, it’s a rising moon. If those lined up three craters point to 3 o’clock, then the moon image is a setting moon.
Cranberry Alpenglow is a rarer color of back show than the pure pine. I finish images as I remember them This day ended with a band of this Cranberry color spread across the eastern sky. This is just a darker variant of the “Belt of Venus” pink Alpenglow.
I try my best to find tight frames for the moon. It’s surprisingly hard. I couldn’t step back any further as topography is my master in that. Operationally, I often drive or walk the “shadow” line on parallel ridges of the moon or sun to find an interesting “Close” object to get in focus with the moon. I’ve worked parallel ridges for miles while the moon or sun rises or sets, I’m on that line. The moon is considered an infinite focus. In low light, getting closer things precisely focused is a function of distance and f-stop. F-stop is the aperture (pupil) size of your lens. Higher numbers is small pupil, lower f-stop number are a bigger pupil (aperture). Manual Mode….
High F-stop number give you deep focal fields. They become a double edged sword though. High f-stop also steals light which is in short supply in this lighting. Distance from the foreground object IS YOUR FRIEND. Getting too close and you’ll never be able to focus both objects. The timing/lighting for this sort of capture is of very short duration. A few minutes, once a month at most. The moon has to be in close far perspective with almost anything to be a great shot out of the gate. Enjoy the pursuit. This is one of my favorite Close/Far perspectives to work with. Topography is your to contend with. . Getting in focus grass against the moon in low light is sort of a difficult thing to do. Just take your time but not too much lolol.
The Exposed Volcanic Necks in this image are all related in space and time. Once deeply buried volcanic conduits to the surface. Each of the 4 peaks stands eroded at the surface. These pipes carried magma to the surface as lava/ash in four volcanos popping off at the surface . The rock we see here froze solid in that neck and cooled. We know this was deep as the column of rock in the Devils Tower cooled very slowly allowing the columns of rock the National Monument is famous for. Being our nations first national Monument is the moniker that Devil’s Tower and surround area carry. Wyoming and all that
Being 40 miles away from the tow and the buttes somewhat closer, this becomes a terribly long shot to actually be able to resolve the columns on the tower. There is SOME columnar jointing in the Missouri Buttes. Emplaced closely in time and space does not say they were coterminous in their eruptions. . We don’t know their exact schedule.
Phenolitic Porphyry is the name of the rock. It cooled into big 6 foot in diameter crystals up the length of the tower. I used one of several possibilities all related to volcanic activity to describe the tower as volcanic necks. There are multiple configurations and possible variations in this discussion I won’t get into here but feel free to google devils tower origin to discover more.
Location: The Pass at Rockypoint Wyoming, Trail Creek Road, NE Campbell Country
MOON MONDAY 12pm ‘entry’ for this Last Monday of the decade.
The Pink Belt of Venus Alpenglow phenomena that colors the sky Pink was turning to cranberry on the left of the frame. I LOVE smooth subtle gradients in skies.
I try my best to find tight frames for the moon. It’s surprisingly hard. I couldn’t step back any further as topography is my master in that. Operationally, I often drive or walk the “shadow” line on parallel ridges of the moon or sun to find an interesting “Close” object to get in focus with the moon. I’ve worked parallel ridges for miles while the moon or sun rises or sets, I’m on that line. The moon is considered an infinite focus but in low light, getting closer things precisely focused is a function of distance and f-stop. F-stop is the aperture (pupil) size of your lens. Higher numbers is small pupil, lower f-stop number are a bigger pupil (aperture). Manual Mode….
High F-stop number give you deep focal fields but they are a double edged sword. High f-stop also steals light which is in short supply in this lighting. Distance from the foreground object IS YOUR FRIEND. Getting too close and you’ll never be able to focus both objects. The timing/lighting for this sort of capture is of very short duration. A few minutes, once a month at most. The moon has to be in close far perspective with almost anything to be a great shot out of the gate. Enjoy the pursuit. This is one of my favorite Close far perspectives. Getting in focus grass against the moon in low light is sort of a difficult thing to do.
Here I have posted a very well developed “Belt of Venus” . NE Wyoming version. Lots of Ice in the air…..Backshow from the sun that just went down over my shoulder.
This is the view from the Pass at RockyPoint Wyoming showing the 4 volcanic necks. The debris from them being eroded (sediments) are draping off them making an apron of debris to the relatively hard peaks. The Devil’s Tower (left) is the best known volcanic neck in this complex
. The other three peaks were emplace around the same time as the towers rocks were cooling in the deeply buried neck of an ancient volcano.
“Belt of Venus” NE Wyoming
The Missouri Buttes AKA the Three sisters are in fact 4 buttes. Hard to see all 4 unless your on the top of Devils Tower though or in a plane. Two of the buttes rise slightly lower topographically than the Tower, while the remaining two are actually higher. Devil’s Tower was formed from the same type of rock type as the Missouri Buttes. Rocks there are classified as “phonolite porphyry” by geologists.
There is some agreement among geologist (rare thing lol) that these volcanic necks were from the same intrusion of magma. That event created the hard magmatic origin rocks that obviously later resisted erosion better than the surrounding sediments. Thus they stick out of the surrounding landscape that washed away.
Geologists think magmatic injection, lead to these erosional remnants (mountains). All these peaks rocks were formed during closely related volcanic timelines it appears. Although some columnar jointing is evident in the Little Missouri Buttes, they lack the distinctive appearance and magnificent grandeur of Devils Tower which cooled over a longer period of time allow the giant columnar crystals of Dark Porphyry. These eroded exposed volcanic necks dominate the landscape with their presence here in the NorthEastern Corner of the state. This is almost entirely in Crook County but I’m standing in Campbell County Wyoming.
In taking this image Pink “Belt of Venus” Alpenglow Crack of Dawn on the “Red Hills”, I was at around the same elevation as the saddle to the left of the peak off in the “Red Hills” 40 miles away from the camera.
I wonder why they call them the “Red Hills”? hummm.🤔
The Science of this.
The Light Stuff: The Pink Alpenglow known as “The Belt of Venus” is literally the back show of a sunrise over my shoulder that was s a stunning clear sky yellow Alpenglow scene saturated by an orange and yellow gradient sunrise THROUGH the atmospheric ice present. You’ve seen other photos of that in the wetlands around here just recently posted this morning perhaps elsewhere. This is the back show where only the longer more penetrative red/pink rays of light make it through to the relatively light grey atmospheric ice present and reflects even more red. The red rocks on the hills are also adding to the effect of just the tip of the Mountain is exposed to the sun over the shadow of the horizon behind me. Technically the sun has risen for some places and not for others.
Geology: That is the Little Powder River Valley with the Montana/Wyoming border somewhere in there. That little 6 foot wide river removed all the sediment between here and those mountains all by itself. No kidding. I wonder how long that took a spring flood and yearly freeze thaw cycles to break up the bedrock so the river can haul sand/silt/clay most of the time? 🤔 Cobbles only move during floods. Quartz cobbles are common down in the river valley where they eventually make their way. Being harder they resist erosion, being heavy, they don’t travel very fast and tend to concentrate in the river down there. Quartzite cobbles up here in pure fine grained sandstone country are rare. When I find them, they are affiliated with Dinosaur Bone Deposits and are probably “gastroliths” or stomach stones (like chickens swallowing gravel). Dinosaurs moved literally small boulders around in their stomachs and left them here mixed in randomly where you find dinosaur bones. the same river concentrated both just like it does gold.
This has been an alpenglow day……3 posts in a row anyway… Change up is in order I think📸