New research from the University of St Andrews reveals that coastal oceans are acidifying faster than previously predicted, posing an existential threat to the global economy.
New research reveals continents "peel" from below, feeding enriched material into the oceanic mantle. This process, driven by slow mantle waves, explains why distant ocean volcanoes contain continental chemical signatures, solving a long-standing geological puzzle.
An AWI study suggests why the Southern Ocean is still absorbing CO2, defying climate models. Increased low-salinity surface water is creating a barrier, temporarily trapping carbon-rich water below and preserving the vital carbon sink.
The world's oceans are racing towards their tipping point with every region now under threat from the triple planetary crisis of climate change, biodiversity loss and pollution.
Gain insights from Dr Jon Tore Lieng, Managing Director of Deep Sea Anchors AS, as he discusses more about Dynamically Installed Anchors for offshore floating wind turbines.
Using data from NASA’s PACE ocean satellite, scientists are mapping plant productivity worldwide, offering new insights into ecosystem health and climate impacts.
How does ocean circulation work? New research that looks into the mechanism of ocean circulation could impact our current understanding of climate change.
A recent study conducted by the University of East Anglia (UEA) and Ocean University of China (OUC) has revealed a surprising player in the fight against climate change, a type of ocean algae known as Pelagophyceae.
Scientists from China, the USA, New Zealand, Italy, and France have together analysed annual temperature trends in the Earth's ocean, revealing an alarming escalation of its rage.
Harnessing the sun and the sea, both plentiful and cost-free, is at the core of innovative initiatives aiming to establish vertical sea farms that float on the ocean..
