Levels of lead and other heavy metals spiked in L.A.’s coastal waters after the January fires, raising serious concerns for ...

A predictive model suggests that seabirds and marine mammals forage in the same areas where wind potential is most ...

A predictive model suggests that seabirds and marine mammals forage in the same areas where wind potential is most ...

How is organic matter transported from productive coastal areas to the open ocean? Researchers have now shown that eddies play a crucial role in this process. The swirling currents contain large ...

Known for their powerful ability to launch out of the water in pursuit of prey, the loss of great white sharks from False Bay ...

When top ocean predators vanish, the ecosystems they leave behind don't just adapt—they transform in surprising and troubling ...

A new study has uncovered evidence of far-reaching ecosystem consequences following the disappearance of Great white sharks (Carcharodon carcharias) from False Bay, South Africa. The research spans ...

Renowned for their incredible ability to breach the water while hunting, the disappearance of Great white sharks from False ...

A study shows how the loss of Great white sharks from False Bay is disrupting the marine food web and threatening ocean health.

Mesoscale ocean eddies transport nutrients and energy-rich lipids, helping sustain marine ecosystems far from coasts.

Levels of lead and other heavy metals spiked in L.A.’s coastal waters after the January fires, raising serious concerns for the long-term health of fish, marine mammals and the marine food chain.

Port and Starboard, as the orcas ( Orcinus orca) are known, have been documented hunting white sharks ( Carcharodon ...