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Arctic seafloor discovery reveals a thriving deep-sea ecosystem
More than 3,600 meters beneath the Arctic Ocean, scientists have stumbled onto a hidden world that should not, by ...
Researchers at the University of California, Santa Cruz, have already leveraged the vast troves of geolocation data from ...
A spectacular fossil trove on the Arctic island of Spitsbergen shows that marine life made a stunning comeback after Earth’s ...
UC Santa Cruz researchers show how vessel-tracking data mirrored tuna roaming beyond their typical territory due to unusually ...
Long before whales and sharks, enormous marine reptiles dominated the oceans with unmatched power. Scientists have ...
A dense Arctic bonebed shows marine life and ocean food webs recovered far faster than scientists once believed after mass ...
This study introduces the concept of fishing fleets as "ecosystem sentinels," which are living sensors that indicate changing ...
Fishing boat tracking data shows how warming oceans change fish behavior and fishing success, offering warnings before major ...
Dynamic mounds made of methane at a depth of some 3,640 meters act like “frozen reefs” for a bizarre array of deep-sea ...
An on-demand video of “An Essential Safeguard: Ecosystem-Based Fisheries Management Can Improve Aquaculture Sustainability,” ...
We hope that the mCDR Ecosystem Database will help inform decision-making, ensure transparency, and facilitate collaboration as the sector continues to evolve.” — Ocean Visions CEO Brad Ack WASHINGTON ...
Marine life had to re-evolve after two major extinctions in order for shrimp and whales and other sea life as we know it to come into being. But what is remarkable, according to an article published ...
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