Red Sea flushes faster from far flung volcanoes

Deep water in the Red Sea gets replenished much faster than previously thought and its circulation is directly affected by major climatic events, including volcanic eruptions, KAUST researchers have found.

Coral genes go with the flow further than expected

The southern Red Sea is more readily connected with the Indian Ocean than with the northern Red Sea, according to simulations carried out at KAUST. This helps explain genetic patterns seen in the Red Sea and highlights the ...

Microbial communities have a seasonal shake-up

Seasonal changes in turbulence and nutrient availability are shown to shape microbial communities in the Red Sea. "A lot of the marine ecosystem is ultimately based on how microbes live and what they're doing," explains research ...

Changing how we predict coral bleaching

A remote sensing algorithm offers better predictions of Red Sea coral bleaching and can be fine tuned for use in other tropical marine ecosystems.

Monster fish of the deep

Do bugs gross you out? You haven't seen anything yet. To get some really weird creatures, you've got to look in the deep sea.

Red Sea plankton communities ebb and flow with the seasons

The communities of tiny picoplankton in oceans reveal a great deal about the health of marine ecosystems and food webs. KAUST researchers have examined how numbers of these organisms vary across the year in both coastal and ...

Image: Dust storm over the Red Sea

The Sentinel-3A satellite caught this image of a dust storm blowing east across the Red Sea on 25 July 2016.

Scientists unravel the mysteries of the Salish Sea

By now, the millions of people around the world who followed the saga of a mother orca carrying her dead calf know the endangered southern-resident orca whales exclusively eat chinook salmon. But what do the chinook eat?

page 13 from 14