#SATELLITE SPOTLIGHT: The #Autumn #Equinox arrives in the Northern Hemisphere tomorrow at 2:50 a.m. EDT. In this GeoColor time-lapse imagery from @NOAA’s #GOES16 satellite, you can see Earth in all its splendor since the last autumn equinox in 2022.

NOAA Satellites - Public Affairs

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Happy #FullDiskFriday! Tomorrow at 2:50 am ET, astronomical #autumn officially begins in the Northern Hemisphere!🥳🍂

To celebrate, here is a time-lapse from @NOAA's #GOESEast 🛰️ showing the change in the angle of the sun from last year’s #equinox through today.

NOAA Satellites

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RT @JPSSProgram: Tomorrow, astronomical fall begins in the Northern Hemisphere (the autumnal #equinox)! 🍃

Images using #JPSS satellite data, from June to Sept. 2023, show Earth's changing vegetation.

Learn the differences between astronomical & meteorological seasons: bit.ly/3EP6rQn twitter.com/JPSSProgram/stat…

NOAA Satellites

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Happy #Equinox! https://t.co/1kIAnpN7Qo

UW-Madison CIMSS

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Watch how the terminator changes orientation in these daily #GOESEast True Color images from the Winter Solstice to the Spring #Equinox. (HT @GOESguy) The shift in this line that delineates darkness and daylight is due to the changing tilt of the Earth as it orbits the Sun. https://t.co/AifvuBEAMq

UW-Madison CIMSS

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#AstronomicalSpring has sprung in the Northern Hemisphere, and @NOAA's #GOESEast 🛰️ has been watching the angle of the sun change over the course of the last year due to Earth's 23.5° tilt.

As we bid farewell to winter, learn more about the #equinox in today's #SatelliteSnapshot:
https://t.co/Y5jIXZXbA1

NOAA Satellites

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RT @NOAASatellites: #AstronomicalSpring has sprung in the Northern Hemisphere, and @NOAA's #GOESEast 🛰️ has been watching the angle of the sun change over the course of the last year due to Earth's 23.5° tilt.

As we bid farewell to winter, learn more about the #equinox in today's #SatelliteSnapshot:
https://t.co/Y5jIXZXbA1

NOAA

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The #SummerSolstice will occur today at 4:51 p.m. ET in the Northern Hemisphere!

To celebrate the start of astronomical summer, take a look at how the angle of the sun changes from #solstice to #equinox and back again over the course of a year due to the Earth's 23.5° tilt. https://t.co/fMvsQ1Pqde

NOAA Satellites

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RT @NOAASatellites: The #SummerSolstice will occur today at 4:51 p.m. ET in the Northern Hemisphere!

To celebrate the start of astronomical summer, take a look at how the angle of the sun changes from #solstice to #equinox and back again over the course of a year due to the Earth's 23.5° tilt. https://t.co/fMvsQ1Pqde

CIRA

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RT @JPSSProgram: As the Spring #Equinox arrives in North America, see how the greenery and new vegetation has become more vibrant and lush from December 2024 to early March 2025. 🌳 https://t.co/pMdRd1efri

NOAA Satellites

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Astronomical #spring has officially sprung in the Northern Hemisphere, and @NOAA satellites had a perfect view of the vernal #equinox!

This animation stitches together daily images from #GOESEast over the past year—revealing the shifting seasons due to Earth's 23.5° tilt.

Learn more: https://t.co/xconnAiFyb

NOAA Satellites

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In case you missed this yesterday...

Astronomical #spring has officially sprung in the Northern Hemisphere, and @NOAA satellites had a perfect view of the vernal #equinox!

This animation stitches together daily images from #GOESEast over the past year—revealing the shifting seasons due to Earth's 23.5° tilt.

Learn more: https://t.co/xconnAiFyb - NOAA Satellites

NOAA

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RT @NOAA: In case you missed this yesterday...

Astronomical #spring has officially sprung in the Northern Hemisphere, and @NOAA satellites had a perfect view of the vernal #equinox!

This animation stitches together daily images from #GOESEast over the past year—revealing the shifting seasons due to Earth's 23.5° tilt.

Learn more: https://t.co/xconnAiFyb - NOAA Satellites

NOAA Climate.gov

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