This is Catalina Island, shot during takeoff from John Wayne Airport. The picture was taken around noon, so I don't know why the sky is reddish at the horizon.
November 1, 2021 — Above the Pacific Ocean, California
14 thoughts on “Lunchtime Photo”
treeeetop57
Smog.
S1AMER
"Twenty-six miles across the sea ..."
rick_jones
This is Catalina Island, shot during takeoff from John Wayne Airport.
Maybe the first sign of the looming red state tidal wave coming in November 2022??
pjcamp1905
Best guess (and a really rough one): Red clouds, not red sky, and looking the the nearer ones, clouds with a lot of water droplets. That suggests Mie scattering in effect, but Mie scattering does not have a strong wavelength dependence. They're all scattered about the same.
But you're also looking at clouds close to the horizon, hence passing through a lot of atmosphere to get to you. Maybe that introduces enough Rayleigh scattering to make it tilt toward the red.
But I am very much ready to be proven wrong here.
Rattus Norvegicus
I prefer seeing it approaching from the deck of a sailboat, but that's just me.
Smog.
"Twenty-six miles across the sea ..."
So begins another jaunt...
Question becomes, is Kevin getting the flock out of Dodge in the nick of time, or helping with the spread? https://www.latimes.com/california/story/2021-12-19/new-covid-numbers?_amp=true
(Seems unlikely Orange would be hugely different from LAC in this regard)
Note the date.
Doh!
- E. Litella
Actually, OC has been surprisingly good. I don't know why.
remember the old saying: "red sky at noon, sailors shrug their shoulders."
I thought it was “Red sky at morn, sailors take warn; red sky at night, sailors delight; red sky at noon, drunk too soon”.
Wildfire smoke?
I see San Clemente Island to left.
Maybe the first sign of the looming red state tidal wave coming in November 2022??
Best guess (and a really rough one): Red clouds, not red sky, and looking the the nearer ones, clouds with a lot of water droplets. That suggests Mie scattering in effect, but Mie scattering does not have a strong wavelength dependence. They're all scattered about the same.
But you're also looking at clouds close to the horizon, hence passing through a lot of atmosphere to get to you. Maybe that introduces enough Rayleigh scattering to make it tilt toward the red.
But I am very much ready to be proven wrong here.
I prefer seeing it approaching from the deck of a sailboat, but that's just me.