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18 results for "atmospheric science"
One of Earth's most stunning natural displays has officially begun for 2025. Noctilucent clouds are lighting up twilight skies across the Northern Hemisphere, giving skywatchers a rare chance to witness clouds that shine from the edge of space.
Scientists analyzing data from NASA's silent MAVEN spacecraft just discovered a rare space weather phenomenon in Mars' thin atmosphere that was thought to only exist around strongly magnetized planets like Earth. The finding could transform how we understand planets without protective magnetic shields.
A NASA instrument just finished mapping invisible waves that travel from Earth's storms all the way to the edge of space, revealing how our weather shapes conditions that affect satellites and GPS. The discovery could help protect the technology we rely on every day.
Astronomers just made a stunning first: creating a weather forecast for a planet 700 light-years from Earth. The discovery reveals cloudy mornings and clear evenings on a distant gas giant, changing how we understand alien atmospheres.
A NASA instrument on the International Space Station just wrapped up a groundbreaking mission that revealed how hurricanes and tornadoes send invisible ripples all the way to space. The discovery could protect the satellites and GPS systems we rely on every day.
Scientists discovered an atmospheric effect on Mars that was thought impossible on planets without Earth's protective magnetic field. The breakthrough could reveal how space weather shapes alien worlds.
NASA's MAVEN spacecraft detected a never-before-seen phenomenon inside Mars's atmosphere that could explain how the Red Planet lost its air. The Zwan-Wolf effect was caught squeezing Mars's atmosphere during a powerful solar storm in December 2023.
Scientists using NASA's MAVEN spacecraft spotted something never seen before at Mars: an atmospheric phenomenon that was thought to only exist around Earth. This discovery opens new doors to understanding how space weather shapes the Red Planet.
Scientists using NASA's MAVEN spacecraft stumbled upon something never seen before: a physics phenomenon squeezing Mars' atmosphere like toothpaste from a tube. This discovery opens a whole new window into how space weather affects the Red Planet.
Scientists discovered that the 2022 Tonga volcano eruption accidentally destroyed greenhouse gases in its plume, offering hope for future climate solutions. This first-ever observation could help researchers develop new ways to clean up atmospheric pollution.
A massive underwater volcano eruption in 2022 triggered an unexpected atmospheric reaction that broke down methane, one of the most powerful greenhouse gases warming our planet. Scientists say this accidental discovery could help develop new tools to slow climate change.
From the International Space Station, astronauts are recording brilliant red, blue, and violet electrical bursts that happen 55 miles above thunderstorms, invisible from the ground. These once-mysterious sky fireworks are helping scientists protect radio signals, improve flight safety, and better understand our atmosphere.
When atmospheric scientist Perry Samson got caught inside a tornado during a 2008 research trip, he tried to snap a photo for the "instant PhD" he'd promised students. The camera didn't work, but his sense of humor and quick thinking kept him alive.
Astronauts aboard the International Space Station are photographing electric fireworks happening 55 miles above thunderstorms that Earth-bound observers miss entirely. These brilliant red sprites, blue jets, and ultraviolet rings are helping scientists understand weather, protect aircraft, and improve global communications. #
Researchers at Brookhaven National Laboratory just watched the first cloud form inside their revolutionary new chamber. This breakthrough tool could finally answer why some clouds rain while others don't.
When Arctic air swept across sunny Florida this weekend, it created a mesmerizing natural phenomenon: parallel ribbons of clouds streaming over the ocean. Scientists captured the breathtaking patterns in satellite footage that shows nature's incredible artistry at work.
Scientists are turning wind energy's biggest challenges into opportunities by studying how the atmosphere really works. Johns Hopkins researcher Julie Lundquist shows how understanding wind patterns, turbine interactions, and weather extremes can make renewable energy more reliable than ever.
For the first time, astronomers watched a distant planet lose its atmosphere for an entire orbit, revealing a stunning double tail of escaping helium stretching across space. The discovery shows these extreme worlds are even more dynamic than scientists imagined.