Feeling pretty much back to normal so I finished off these refs for Amara I've had in the drafts for a hot minute!! Really dig this style of ref layout
Good evening to evil women only
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Imaginary view of an eclipse from space. The Home and school reference work. v.11. 1923.
Internet Archive
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On the Moon, future tourists observe the shadow of an eclipse pass over Earth, illustrated by Pat Rawlings, 1989.
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Prompt 218
“Moom, there’s yellow-eyed creeps fighting ninjas outside the window again!”
Danny sighed, taking a deep breath- in for ten, out for eight- as he set the pot he was cleaning back in the sink. Dan- currently six- came running in from the living room of the apartment, where he was watching TV. Or he should have been if not for the bullshit outside.
He sighed again, picking up baby Ellie- currently closer to two- out of her highchair (even if she could just float out) and let his oldest drag him to the window. Sure enough, another fight was happening, with no vigilante in sight stopping it. Look, he knew most people didn’t live here, but it was still rude.
“Jordan, remember how I told you how violence isn’t always the answer?” Danny asked sweetly, Dan’s expression shifting to a wicked grin as he opened the window. “Feel free to practice tossing some fireballs while I clean up your sister, yeah?”
Ah, the sweet sound of surprised cursing and startled ecto-signatures. Maybe they’d be polite enough to take their spar elsewhere.
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Belt of Venus and Earth's shadow
The Belt of Venus is an atmospheric phenomenon visible shortly before sunrise or after sunset, during civil twilight. It is a pinkish glow that surrounds the observer, extending roughly 10–20° above the horizon. It appears opposite to the afterglow, which it also reflects.
In a way, the Belt of Venus is actually alpenglow visible near the horizon during twilight, above the antisolar point. Like alpenglow, the backscatter of reddened sunlight also creates the Belt of Venus. Though unlike alpenglow, the sunlight scattered by fine particulates that cause the rosy arch of the Belt shines high in the atmosphere and lasts for a while after sunset or before sunrise.
As twilight progresses, the arch is separated from the horizon by the dark band of Earth's shadow, or "twilight wedge". The pinkish glow is due to the Rayleigh scattering of light from the rising or setting Sun, which is then backscattered by particulates.
Source
Image Credit: Kent Duryee, Kevin Palmer, Mike Lewinski, Alan Dyer
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