Now, researchers at the Heriot-Watt University have traced its formation event using 117-million-year-old “underwater mud ...

Scientists Discover 117-Million-Year-Old Underwater Sediment Waves, Show How the Atlantic Ocean Formed The Atlantic Ocean ...

Made of mud and sand, these massive underwater sediment waves lie around 3,280 feet below the seabed, researchers reported in a new study. They were formed in the "Equatorial Atlantic Gateway ...

Heriot-Watt scientists have discovered giant underwater mud waves buried deep below the Atlantic Ocean, 400 kilometers off the coast of Guinea-Bissau in west Africa. The massive underwater ...

Waves that are spread apart ... The research is important because it helps scientists understand how sediment – the sand and ...

Normally, researchers might expect that this shaking would produce the thinnest sediment deposits in lakes farthest away from an earthquake, since seismic waves weaken as they travel away from an ...

There are four ways that waves and tidal currents transport sediment. These can then contribute to the movement of sediment by longshore drift. Solution Minerals are dissolved in sea water and ...

Of these events, 64% were correlated with algal biomass, with the remaining 18%, 5%, and 4% being attributed to sediment resuspension by surface waves, storm-generated currents and enhanced nearbed ...

According to DBH, early test results indicate that the sediment does not appear to be ... Eventually, the ash and debris flowed into the ocean, where waves washed the material back onto the ...

The Atlantic Ocean was formed by the dramatic break-up of the supercontinent Pangea, splintering our planet into drifting landmasses that would become the continents we know today. Now, the ...