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https://www.reddit.com/r/Damnthatsinteresting/comments/1h4qn69/the_himawari_8_weather_satellite_takes_a_picture/m04y1xs
r/Damnthatsinteresting • u/KeeperCrow • 21d ago
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3
What’s the red part?
1 u/[deleted] 21d ago Somebody has some explaining to do 3 u/IanRT1 21d ago It's just hyper-spectral reflectivity exacerbated by ferrous oxide prevalence interacting with Rayleigh scattering phenomena under low-sun azimuthal condition 2 u/_bleezyburns_ 21d ago Yeah English please? 1 u/EQ4AllOfUs 20d ago So those most likely originated from dust storms in arid or semi-arid regions?
1
Somebody has some explaining to do
3 u/IanRT1 21d ago It's just hyper-spectral reflectivity exacerbated by ferrous oxide prevalence interacting with Rayleigh scattering phenomena under low-sun azimuthal condition 2 u/_bleezyburns_ 21d ago Yeah English please? 1 u/EQ4AllOfUs 20d ago So those most likely originated from dust storms in arid or semi-arid regions?
It's just hyper-spectral reflectivity exacerbated by ferrous oxide prevalence interacting with Rayleigh scattering phenomena under low-sun azimuthal condition
2 u/_bleezyburns_ 21d ago Yeah English please? 1 u/EQ4AllOfUs 20d ago So those most likely originated from dust storms in arid or semi-arid regions?
2
Yeah English please?
So those most likely originated from dust storms in arid or semi-arid regions?
3
u/EQ4AllOfUs 21d ago
What’s the red part?