Dust in the wind!
Yesterday, the #Meteosat10 satellite, operated by our European partners @EUMETSAT, caught this imagery of Saharan dust blowing over the Canary Islands. https://t.co/9ObmJs5Tsg

NOAA Satellites

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RT @NOAASatellites: Dust in the wind!
Yesterday, the #Meteosat10 satellite, operated by our European partners @EUMETSAT, caught this imagery of Saharan dust blowing over the Canary Islands. https://t.co/9ObmJs5Tsg

EUMETSAT

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Happy #TimeLapseTuesday!

We're sharing this 12-hour imagery from Europe's #Meteosat10 🛰️ of mesmerizing cloud eddies— known as #vonKármán vortices-- streaming off the Cape Verde Islands. These occur when the flow of air is diverted around raised features, like islands. 🏝️ https://t.co/OgARULfttz

NOAA Satellites

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RT @NOAASatellites: Happy #TimeLapseTuesday!

We're sharing this 12-hour imagery from Europe's #Meteosat10 🛰️ of mesmerizing cloud eddies— known as #vonKármán vortices-- streaming off the Cape Verde Islands. These occur when the flow of air is diverted around raised features, like islands. 🏝️ https://t.co/OgARULfttz

NHC_TAFB

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Today in the Northern Hemisphere it's officially the start of astronomical summer! 🌼 This means that for this half of the planet, it's the day with the longest period of light. ☀️
#Meteosat10 captured our beautiful planet today at 12:00 UTC 🛰️ #SummerSolstice #EarthFromSpace https://t.co/GUvyO66xSm

EUMETSAT

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Taking a closer look at the Sahara Dust, we can spot #VonKarman vortices, which form when winds are diverted, causing air to flow in curved streamlines.🔍

Europe’s #Meteosat10 had a view of these cloud formations off the Atlantic coast of Africa today, streaming off the Canary Islands.

NOAA Satellites

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More von Kármán vortices activity seen over the weekend, captured by our #Meteosat10 satellite.
The swirly cloud formations can be seen travelling over the Canary Islands yesterday, 07 July 🛰️☁️ https://t.co/RG4HF5yRPd

EUMETSAT

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This morning, imagery via Europe's #Meteosat10 🛰️ is showing dust blowing across the Sahara Desert in northern Africa. This type of imagery shows airborne dust as yellow, while everything else remains grayscale. This also helps differentiate the dust from clouds. https://t.co/rN2VsmL9uR

NOAA Satellites

Climate Change Science on Telegram by @ClimateChangeScience
A @grttme project - Other backups: @Hallotme

RT @NOAASatellites: This morning, imagery via Europe's #Meteosat10 🛰️ is showing dust blowing across the Sahara Desert in northern Africa. This type of imagery shows airborne dust as yellow, while everything else remains grayscale. This also helps differentiate the dust from clouds. https://t.co/rN2VsmL9uR

NHC_TAFB

Climate Change Science on Telegram by @ClimateChangeScience
A @grttme project - Other backups: @Hallotme

Derived Ash Height product from @eumetsat #meteosat10 suggested that parts of the volcanic ash cloud from the eruption of #HayliGubbi in Ethiopia may have reached heights in the 18-20 km range (black). https://t.co/RRnEiMyGaZ

UW-Madison CIMSS

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