Phytoplankton—microscopic plant-like organisms—are the foundation of the marine food web, sustaining everything from tiny ...

Researches use autonomous robots to measure global phytoplankton using optical sensors, revealing detailed data at various ...

WhaleX, though, is not the only project attempting to produce the perfect poo. The international Marine Biomass Regeneration ...

Circular ocean currents, called “eddies,” play an important role in supplying nutrients for marine life and can stimulate ...

About 346 million tonnes or around 250 million elephants. Using data from BGC-Argo floats, scientists have mapped the global ...

In partnership with NASA, Curtin University is enhancing ocean monitoring by deploying MarONet, a buoy off Perth’s coast, to improve satellite data accuracy. The project will help analyze ocean color ...

Rising ocean heatwaves disrupt marine ecosystems, threatening phytoplankton blooms, food chains, and carbon storage.

Researchers use ~100,000 water-column profiles from BGC-Argo to describe Earth’s phytoplankton carbon biomass and its ...

Now, a team of researchers has shown that one species of phytoplankton has an ingenious solution: swelling to six times its original size. The process reduces its density and allows it to float ...

A collaborative project among NASA, the University of Miami, San José State University, Curtin University and the Australian ...