It's time to say goodbye. Thanks for commenting, liking and sharing. At the end of the month, this page will deactivate and move over to the @NASAEarth page.

🌊 Deep-sea hydrothermal vents release minerals that feed tiny organisms—so many, they’re visible from space! These vents help drive global carbon cycling, and NASA tracks their impact via remote sensing. Nature is wild. 🔬🛰️.Watch how below 🔽

What do you want to know?.

In Season 9 of our Curious Universe Podcast, NASA scientists Dr. Kelsey Bisson and Dr. Cécile Rousseaux share their love for Earth’s water and how full of life it is. From its lively colors to its bustling life, PACE’s ability to make the invisible visible is truly radiant!

Let’s celebrate World Oceans Day by exploring the beautiful colors and vibrant life of our oceans! Imagery from the #PACE satellite allows us to see Earth’s ocean life from a new perspective by tracking color changes from phytoplankton.

Using NASA satellite data, researchers found a way to detect Calanus swarms at the ocean surface in the Gulf of Maine, picking up on the animals’ natural red pigment.

The North Atlantic right whale filters clouds of tiny reddish zooplankton — called Calanus finmarchicus — from the sea. These zooplankton are the whale’s lifeline. Only about 370 of these massive creatures remain.

RT @NASAEarth: Small features, big science! 🌊. Data from the SWOT satellite reveals how small ocean features, some just a mile across, may….

Name a better duo than PACE and SWOT. The Plankton Aerosol Cloud ocean Ecosystem satellite and the Surface Water.and Ocean Topography satellite work in tandem to provide us with.unprecedented information about our planet’s oceans.

One Earth satellite can see plankton that photosynthesize. The other measures water surface height. Together, their data reveals how sea life and the ocean are intertwined. This is how the PACE and SWOT missions work together to see the ocean.

RT @NASAEarth: Scientists are using NASA satellite data to map tiny red zooplankton, the food source for one of Earth’s rarest mammals: the….

RT @NASAEarth: These beautiful, spiraling currents play a big role in Earth’s climate!🌀🌊. These are Agulhas Rings. They carry salt and heat….

Iceland is still covered in snow and ice at this time of the year. However, in the ocean waters surrounding it, phytoplankton are starting to bloom. Phytoplankton is photosynthetic organisms that can form in visible swirling patterns.

RT @NASAEarth: What’s for dinner? 🍽️. Tune in to the latest episode of @nasa’s Curious Universe podcast to learn how one long-running satel….

RT @NASA: It's almost Earth Day. Let’s celebrate our home planet from a unique viewpoint – space!. Use our “Your Name in @NASA_Landsat” app….

Blooms of trillions of phytoplankton allow these microscopic organisms to be viewed from space during the day, and they can be observed glowing at night creating a bioluminescent sea sparkle.

Talk about a glow up!. These dinoflagellates (Noctiluca scintillans) blooming in the Arabian Sea produce bioluminescence when water is disturbed . The image from the PACE satellite captures the swirls and these microscopic organisms.

Hints of Spring.In this image captured by PACE, we can see that even though Iceland is still covered in snow and ice, phytoplankton in the water are blooming, signaling a change in season.

RT @NASA_Johnson: “When you look at the Earth from space, you realize that our planet is a beautiful, interconnected system. We are all in….

RT @NASAEarth: NASA has landed on the Moon, driven robots across Mars & peered into the depths of time and space… But we don’t have to look….

RT @NASAEarthData: If you love PACE like we do, then check out the new PACE Land data Users' Group! 🛰️🌏.