Tonight’s waxing crescent moon, taken with the really long telephoto lens. It’s passing in front of the Hyades star cluster right now, which I’d love to get a photo of, but the moon is just waaay too bright to capture the background stars! Plus I’m still getting used to the controls on this camera.

And here’s another moon shot I took in January, about a week after the lunar eclipse. I used a different camera, while it was in a different phase, on the opposite side of the sky…

Same moon, though! 🙂

Blurry leaves on a twig in front of an even blurrier background.

Super camera telephoto lens is out of focus
Even though the tripod’s set, the blur is really bogus
If you use the automated setting hocus-pocus
Still the telephoto lens is slightly out of focus!

(The background is supposed to be blurry, but I had a lot of trouble focusing on the foreground with this lens. I guess it’s just going to take practice.)

The winter storm of the past few days is over, leaving a thick coat of snow on the higher parts of the San Gabriel Mountains and a thin dusting on the lower parts, even the mountains behind the Hollywood Hills, still lingering though mid-morning.

By mid-afternoon, most of the snow in the second photo appeared to have melted, and the patches on Mt. Wilson (barely visible to the left in the first and third images) had mostly faded. The next ridge back was still thoroughly covered, though!

I left work just before sunset, to make sure I could get some photos of the reddish light glinting off of the still snow-covered mountains.

Wispy clouds with an upside-down rainbow near the top of the sky.

The last few weeks have been really good for halos. The first tangent arc I’ve seen, a clear circumscribed halo, the more common sundogs and 22° halos, and now a circumzenith arc, looking like an upside-down rainbow high above the sun, wrapping around the top of the sky.

I think this is the second I’ve seen, but the first was only a fragment.

Like all sun halos, they’re formed by light reflecting through ice crystals. And since those crystals can be in the upper atmosphere, you can see them even in warmer places like Los Angeles.

Taken with my phone through polarized sunglasses. Color and contrast enhanced.

Full moon, mostly red except for a whiter edge at the upper left.

The evening was hectic, and I almost forgot. I had literally just put my son to bed when I remembered, “The eclipse!” We went out to see if the sky was clear.

Clouds were rushing across the sky, but for the most part, it was clear, and we had a perfect view of the moon looking like a dark brown chunk of rock in the sky.

Update: It wasn’t quite this red to the eye, it was more of a deep brown, maybe slightly brick red. Probably a matter of retina sensitivity vs. camera sensors.

(Then I spent 10 minutes fighting with camera settings while he went back to bed.)

Update: I went back out about an hour later to check out the view as the moon left the earth’s shadow, and caught these two photos, taken about the same time with different exposures so that you can see either the lit portion of the moon, or the part that’s still in the earth’s shadow.

A diffuse bright V-shaped light in the sky, slightly redder on the lower edge, with a faint arc of light extending downward from the center.

When I first started paying attention to solar ice halos, I read about tangent arcs. But this is the first time I’m sure I’ve seen one. The tangent arcs appear above and below the sun, branching out from the 22° circular halo (which you can see here, very faintly), and change shape depending on how high the sun is in the sky.

It was late afternoon, and the sun was behind the next building over. I ended up snapping a shot with my phone, wishing I could have grabbed a better camera, but the Pixel 2 caught a surprising amount of detail once I adjusted the brightness to bring it out. (No, the sky wasn’t this dark!). It’s a far cry from the G1’s photo of a very blue (and blurry) set of halos 10 years ago, or even the Galaxy S4’s colorless rainbows at sunset four years ago.