Invisible clouds of sediment created by underwater mining spread for miles, putting ocean floor ecosystems at risk.

When most of us look out at the ocean, we see a mostly flat blue surface stretching to the horizon. It’s easy to imagine the ...

Since its invention in the 1980s, 3D printing has steadily moved from research labs ...

An interdisciplinary team of Cornell researchers is working on a method to apply 3D printing in oceanic environments.

Ancient sediments reveal how rapid warming collapsed Arctic forests in centuries, triggering fires, erosion, and long-lasting ...

Explore the science behind rivers that refuse to mix, revealing nature's invisible boundaries shaped by temperature, density, ...

Early test results indicate that this aquifer, which sits under the seabed and looks like it runs from New Jersey all the way ...

Buried deep beneath the Atlantic seafloor lies a hidden reservoir that could transform the future of freshwater access.

Nair’s group uses a 6,000-pound industrial robot for large-scale 3D printing of concrete structures. To tackle the challenge of limited visibility in turbid water, the fabrication team developed a ...

Offshore turbines with nature‑inclusive Reef Cubes help restore oceans, boosting marine life as Dutch wind farms show clean energy can heal underwater ecosystems.

Since it was invented in the 1980s, 3D printing has moved from the laboratory to the factory, the home and even outer space.