Looking into the furnace is a hazardous thing to do with most cameras. I don’t suggest pointing a camera with a telescopic lens into the sun unless you really know what your doing. This was very bright of course going to places the human eye can only glance into for fractions of a second. More and your doing damage to your eyes. Don’t…I use gear that is good with this.
The old growth pines on this ridge, married a long time living together. Roots intertwining for well over 100 years. Sharing the same ground will tend to put everybody on the same page. The metaphor here leads to the conclusion that common interests exceed differences. The trees work together blocking the wind and gathering the light most of the time. Here they are cooperating with me making a nice frame for my sunset that evening. The have both survived decades of grass fires burning to their base. Survivors both.
The Yellow surrounding the sun is where the term “Golden Hour” comes from. What I’m after is the smooth yellow to blue gradient here with every color variation in between the two end members. Needless to say this is a wide lens involved to fit all of this in the frame lol.
I work 5 different cameras for a veiled sunset of a complex sky. This capture taken JUST at the moment when the horizon moved up to support all that weight of our furnace. I’ve never personally picked up a stove that was light but this one sets the standard for mass. It’s mass is 2 x 10 followed by 30 zeros kilograms. It Emits 2.86 x ten followed by 26 zeros of watts in all directions. It is for all intents and purposes our furnace. Without a furnace, our house would be very cold indeed.
All objects from dust to planets in the vicinity of the sun revolve around it. We are tilted about 23.5 degrees to the “Ecliptic” of the solar system (There is your google search word for the day). Controlled by the amount of light we receive, our seasons vary. All controlled by that tilt. It controls the number of hours a day of sun which has a marked effect on warmth received and retained by our environments. Remember that the sun has NO environment. It has ALL environments. So generally anyone talking about “Earths Environment” is full of poo to start their argument. Just saying.
The Summer Solstice here at 45 degrees north latitude exactly 1/2 way between the equator and the north pole. If you want to really get into a google subject, search “equi-umbra” sometime and grasp all the iterations. It’s a good 20 minute absorbing science read lol. Enjoy that. I did. 😜 Summer Solstice marks the day the sun starts to set further south each day. So turns the wheel.
I was hoping the sun would set on the fenceline but my directions and timing were off a few degrees/seconds…. The sun will always appear to move from left to right as well as downward as it sets. 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 .
Science Factoid: 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. Wobbles during a 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 with an advanced degree in Paleo stuff… . 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 Looking into the Furnace : 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.
Photographic Musing: Bright bright bright stuff. Shutting the camera down to light ALMOST taken with the lens 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. 📸 Disclaimer: 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!👁 Location: Bliss Dinosaur Ranch, Wyoming/Montana borderlands.
At 40 miles distant from my camera, the full sized 50 foot Pine Trees seem like brush on the far ridge. The Top of the “Red Hill’s clear across the Little Powder RIver Valley. You MIGHT be able to see a human waving at you standing on that ridge. So at 40 miles, it’s 211,000 feet to the mountains. Amazingly we can see a 50 foot high tree. CRUSHING perspective here.
The atmospheric Window was wide open between here and that ridge but on the other side of that window was a slatted shade to the sun. The Shade I speak of made here of course of cloud bands.. This instantly reminded me of a window blind. Must be an “Anderson” sunset.
There apparently are 2 small sunspots on this sun which were the first after the bottom of the current solar minimum (good google phrases there). There is too much cloud cover to resolve those in this environment. I do have the technology to get good sun/solar face sunspot images. I haven’t seen any for a while lol.
The 20 inch long , 8 pound lens/camera back rig i used for this is somewhat clumsy and slow to bring into play. But to get the sun proportionally this big compared to the ridge at that distance, you have to have a long focal length. Here is a case of bigger IS better 😜🤘📸
More from yesterday mornings sunrise. The look into the furnace post (on my personal FB wall which you should be going to if you actually want to see most of what I do every day…) is the Telescopic zoom in of the above scene.