Global ocean salinity products have become increasingly inconsistent since 2015, coinciding with a drift to higher salinity values in a number of Argo sensors.

Using data from historic ship measurements and Argo floats, researchers introduced a machine learning technique that improves assessment and analysis of the ocean's declining oxygen levels.

Modern-day Argo buoys are distributed all over the earth’s oceans, spaced about every three degrees of latitude and longitude, and they float up and down the water column from the ocean’s surface to 2 ...

European marine researchers are calling for an urgent improvement and standardization of ocean monitoring. The call is also ...

For the BGC-Argo floats, the calibrated fluorescence profiles were adjusted for nonzero deep ... This would result in a significant overestimation of Chl when using global empirical ocean colour ...

Warmer ocean temperatures are leading to stronger eddy currents — swirling currents that transport warm or cold water to and ...

Exclusive photos reveal a sprawling, 300-year-old coral near Solomon Islands, recently discovered by the National Geographic ...

The world's biggest coral — an organism made up of about a billion polyps — is about three times bigger than the previous ...

Oct. 31, 2024 — The interactions between global climate change and ocean oscillations -- fluctuating cycles in wind and ocean temperatures -- are impacting weather ... Oct. 31, 2024 — A new ...

In our study, we use ~100,000 water-column profiles from BGC-Argo to describe Earth’s phytoplankton carbon biomass and its spatiotemporal variability. We estimate the global stock of open ocean ...