NASA’s favorite (habitable) planet. 🌎💚 Studying Earth from ground to orbit.

Earth
Antarctica’s Thwaites Glacier could contribute more to sea level rise by the end of the century than some previous estimates. @NASAJPL helped develop a model that better accounts for seawater moving beneath the ice, improving simulations of the glacier’s retreat.
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Join NASA’s @SpaceApps hackathon to make a difference on Earth and beyond! You could: 📻 Build an “Earth jukebox” 🌎 Map change on Earth’s surface with NISAR 🧑‍🌾Make a tool that helps farmers 🔍 Find places on Earth similar to spots on the Moon and Mars & more
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What’s under the Greenland Ice Sheet? 🧊 This new map from @NASA scientists and others shows the land beneath the ice, linking hundreds of valleys that previous maps missed or left fragmented.
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An island on the move! In July 2026, a forested island the size of 2 football fields appeared in Canada’s Williston Reservoir and then vanished. 🏝️ See how scientists used Landsat and Sentinel satellite data to track its 19-mile journey! 🛰️
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This summer, @NASA scientists spent six weeks chasing fire clouds. 🔥☁️ Using planes and trucks, the team studied several dangerous, smoke-infused clouds generated by wildfires. The data will help predict where these clouds may form and improve climate and atmospheric models.
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Albedo keeps us cool — literally! Parts of Earth with high albedo, like sea ice or clouds, reflect sunlight, which helps regulate Earth’s temperature.
Let's reflect... Albedo is a measure of how much light and heat a surface reflects. Lighter objects tend to have higher albedo, and darker objects have lower. This reflectivity plays an important role in studying the makeup of the surface of bodies like the Moon.
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NASA can see penguin poop from space. Also, it’s pink. 💩 The exact shade can tell scientists a lot about Adélie penguins and their Antarctic environment. The results come from a study of over 100 penguin sites and about 30 years’ worth of @nasa @usgs Landsat satellite images.
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2026 has been a busy season for tropical cyclones in the northeastern and central Pacific basins. This image from NASA’s EPIC camera on the DSCOVR satellite shows four named storms churning on Sept. 27: Nolo, Odalys, Polo, and Rachel.
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Hoa hoa hoa season is here
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NASA’s Terra satellite captured this image of low-lying clouds and fog over western Oregon and Washington on September 19, 2026. The city of Forks, Washington – home to a certain sparkly, brooding fictional vampire – was entirely obscured. science.nasa.gov/earth/earth…
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NASA Earth retweeted
Arctic sea ice grows and melts with the seasons, reaching an annual minimum extent at the end of summer in the northern hemisphere. On Sept. 12, Arctic sea ice reached its annual minimum extent, tying for the 10th lowest in the satellite record. go.nasa.gov/4AwNBcg

ALT Animation of Arctic sea ice changing throughout the year, on the northern half a globe. Sea ice is depicted as a white covering over the blue ocean, in the Arctic region north of Greenland, Europe and Asia, and extending through the Canadian islands. It starts on March 15, 2026, when Arctic sea ice was at its maximum extent. The ice shrinks as the animation plays. It stops on September 12, 2026, this year’s minimum sea ice extent. Text reads that the minimum extent is 4.60 million square kilometers (1.78 million square miles). A yellow line identifies the average minimum extent from 1981 to 2010. Compared to the yellow line, this year’s minimum extent is much smaller.

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The brown bears in @KatmaiNPS are some of the chonkiest on Earth but, even so, @NASA satellites still can’t see them from space. But we can see their home! Satellite images can help determine how healthy the bears’ environment is, which provides clues to how big they may get. 🐻
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For the first time in nearly five centuries, Krasheninnikov erupted. 🌋 The @NASA/@ISRO NISAR satellite captured lava filling its caldera and overflowing into a wider crater, showing how NISAR can repeatedly monitor volcanoes and other natural hazards in sharp detail.
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