I am not sure how you could improve on this wonderful photograph Walter, but I will take your word for it.
Thanks- it's so pretty out there, I'd have loved to got what I seen.
I see what you mean about missing what you had wanted to capture in a photo, but this one is also good! And it now makes us wonder, look more, think more about what it would have looked liked had you not missed the moment.
But isn't it amazing how FAST the light goes once the sun is beginning to set? It is EVER so fast (but then keep in mind that the earth rotates at 1.750km/h ... which IS fast!)
What gets me is that I would have been there, and seen the shot, but about 20 minutes earlier I had stopped up the road to check out a group of buildings with some binoculars. Spent about 10 minutes looking before I determined it was an active mine camp and shouldn't mess with it.
Anyway, it is a nice shot, and I am learning from it. I'm going out again tomorrow and try to capture the same slice of day in another part of the desert, so at least I've learned to be aware of it.
I wonder how long it is that the sun, as the bottom of it touches a horizon line, is still visible providing direct light before sinking below the horizon?- 3 minutes?, 5 minutes?
Anyone know the diameter of the sun in degrees from the surface of the earth? Would that make the time the sun takes to pass below the horizon, from bottom to top, roughly, something like:
degrees of arc of diameter of sun
/
360
X
length of day in minutes
Makes some sense to me, for example, if the angular diameter of the sun is 1 degree, then that would equal .002777... that times 1440 minutes in a 24 hour period would equal 4 minutes that it takes, where the light is really wierd.
I'm certain there's a lot I'm not taking into account, but does something like that sound close to anyone?