RT @JPSSProgram: The #ATMS instrument onboard @NOAA/@NASA's JPSS satellites contributes to data products that measure moisture in atmospheric rivers, streams of water vapor in the sky, which can help predict floods.

More in our technical 2022 #JPSS #ScienceDigest: bit.ly/3mkcmXA

NOAA Satellites

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RT @JPSSProgram: Celebrating #PiDay with satellite science! 🥧🛰️

The #ATMS instrument onboard JPSS satellites measures microwave temperature and water vapor, key for weather forecasting.

A large slice of the pie chart, below, highlights this vital role.

For more: https://t.co/Gcpyff6ViW https://t.co/qh3zA1Q42v

NOAA Satellites

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RT @JPSSProgram: From June 2 to 3, 2024, an atmospheric river from the Pacific Ocean brings moisture to western U.S. states.

This Total Precipitable Water visualization uses data from #ATMS onboard @NOAA's JPSS satellites & other Earth-orbiting satellites to show atmospheric moisture levels. https://t.co/rASJ5H4hq0

NOAA Satellites

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RT @JPSSProgram: @NOAA The Cross-track Infrared Sounder (#CrIS) uses data in combination with #ATMS to help predict aviation hazards like thunderstorms and icing, offering pilots crucial information. 🌩️

Learn more: https://t.co/6OVBTyQrKw https://t.co/W1k5cMkf9W

NOAA Satellites

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RT @JPSSProgram: @NOAA The Advanced Technology Microwave Sounder (#ATMS) uses microwave sensing to identify severe storms and provides key data about temperature, water vapor, and cloud content, aiding pilots and weather forecasts. 💧

Learn more: https://t.co/KqWPTaDePw https://t.co/ssmSXjTDTZ

NOAA Satellites

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RT @JPSSProgram: On Aug. 17, 2024 the #ATMS instrument onboard the #NOAA21 satellite, captured infrared imagery of Hurricane Ernesto.

Blues and greens show moist areas, while yellows and oranges suggest drier air.

For more, check out this #EarthFromOrbit video: https://t.co/OQk6S8Teu6 https://t.co/HqhUhd9Ifk

NOAA Satellites

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RT @JPSSProgram: @NOAA @CIRA_CSU See how #ATMS data from the #NOAA20 and NOAA/NASA #SuomiNPP satellite, combined with data from other satellites, track rainfall in the Sahara.

This blended rain rate product reveals the amount of rain falling at around 1 to 6 millimeters per hour from Aug. 30 to Sept. 9, 2024. https://t.co/1NNoEedkBj

NOAA Satellites

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RT @JPSSProgram: Captured by the #ATMS onboard @NOAA's JPSS satellites, this data visualization animation shows Hurricane #Helene’s accumulated precipitation from Sept. 24 to 27, 2024.

Yellow, orange, and red colors highlight areas where total rainfall reached approx. 100 to 350 millimeters. https://t.co/1hg5Ovslb6

NOAA Satellites

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RT @JPSSProgram: Utilizing the #ATMS onboard @NOAA's JPSS satellites, this data visualization animation shows Hurricane #Helene’s accumulated precipitation from Sept. 24 to 27, 2024.

Yellow, orange, and red colors highlight areas where total rainfall reached approx. 100 to 350 millimeters. https://t.co/259U08Dt0F

NOAA Satellites

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RT @JPSSProgram: The #ATMS instrument onboard @NOAA's JPSS satellites, observed Hurricane #Milton’s accumulated precipitation from Oct. 7 to 10, 2024.

This animation displays rainfall intensities, marking areas with 100 to 400 millimeters in yellow, orange, red, and pink.

Credit: @NWSCPC https://t.co/Kpv1hEwcuS

NOAA Satellites

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RT @JPSSProgram: Utilizing the #ATMS onboard @NOAA's JPSS satellites, this data visualization animation shows Hurricane #Helene’s accumulated precipitation from Sept. 24 to 27, 2024.

Yellow, orange, and red colors highlight areas where total rainfall reached approx. 100 to 350 millimeters. https://t.co/259U08Dt0F

NHC_TAFB

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RT @JPSSProgram: The #ATMS instrument onboard @NOAA's JPSS satellites, observed Hurricane #Milton’s accumulated precipitation from Oct. 7 to 10, 2024.

This animation displays rainfall intensities, marking areas with 100 to 400 millimeters in yellow, orange, red, and pink.

Credit: @NWSCPC https://t.co/Kpv1hEwcuS

NHC_TAFB

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RT @JPSSProgram: This accumulated precipitation model from the recent mid-latitude cyclone, captured by #ATMS onboard @NOAA’s JPSS satellites from Nov. 19 to 21, 2024, shows intense rainfall.

Rainfall ranging from 25 to 125 millimeters is seen in shades of green & yellow.

Credit: @NWSCPC https://t.co/dSXaVLdjJ6

NOAA Satellites

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RT @JPSSProgram: This satellite data visualization from Jan. 6, 2025, captures the snowfall rates over parts of the eastern U.S., utilizing data from the #ATMS instrument aboard @NOAA’s JPSS satellites, complemented by additional microwave sounder data from other satellites. https://t.co/2qCsbQDG7O

NOAA Satellites

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RT @JPSSProgram: Data from @NOAA's JPSS satellites' #ATMS measures Total Precipitable Water (TPW), key to improving weather models.

This TPW model from Feb. 3-4, 2025, shows an atmospheric river along the northwest U.S. coast.

More from the latest #EarthFromOrbit video: https://t.co/2yv6LonzT7 https://t.co/tXPiAWmYkP

NOAA Satellites

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RT @JPSSProgram: Data from @NOAA's JPSS satellites' #ATMS provides data for the Total Precipitable Water (TPW) product, key to improving weather models.

This TPW model from March 24 to 25, 2025, shows an #AtmosphericRiver along the western U.S. coast. https://t.co/KtKjtjjEkk

NOAA Satellites

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RT @JPSSProgram: The #CrIS & #ATMS instruments on @NOAA's JPSS satellites enhance weather forecasting for aviation safety. ✈️

CrIS and ATMS provide atmospheric profiles of temperature and moisture.

More in the 2024 LEO Science Digest: https://t.co/b8NEQcIuQW https://t.co/5C08CUvhSH

NOAA Satellites

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