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Seismic Network in the St. Lawrence Tracks Whales, Quakes, and Ship Noise

A red rockfish swims above an orange anemone on a seafloor covered in small round sponges.

NOAA Ocean Exploration Shares Deep-Sea Biodiversity Data on OBIS and GBIF

Scientists from the GEOMAR Helmholtz Centre for Ocean Research Kiel are conducting research into seagrass beds and microalgae—also known as phytoplankton—over the course of three short expeditions. (Image credit: Sarah Uphoff, GEOMAR)

Malizia Explorer Launches Baltic Sea Research into Seagrass and Phytoplankton

Deep Ocean Turbulence Affects Climate Within a Human Lifetime Study Finds

Atmospheric river forming over the Pacific Northwest. (Image credit: NASA/NOAA)

UC Riverside Study Links Slowing AMOC to Intensified California Atmospheric Rivers

WHOI imaging specialists Dwight Coleman (right, also the Chief Scientist of the Heroic Age Expedition) and Zoe Daheron (left) watch as real-time images of the wreck of Sir Ernest Shackleton’s Quest are transmitted from the seafloor off the coast of Labrador and Newfoundland to a lab on the research vessel Atlantis. (Photo by Ken Kostel, © Woods Hole Oceanographic Institution)

DSV Alvin and Falcon ROV Capture First Close-Up Images of Shackleton’s Last Ship Quest

Common octopus. (Image credit: Keith Hiscock, MBE)

New Report Documents Marine Heatwaves and Species Shifts in Southwest England

A wave glider off the coast of Cape Town. Together with other autonomous platforms, it forms a network to track the formation, development and dissipation of small-scale ocean structures in near real time. (Image credit: WHIRLS project/Sean Lavis, Sea Technology Services; D. Luquet,IMEV; Alseamar, Rockland Scientific)

WHIRLS Campaign Targets Small-Scale Ocean Processes Near South Africa

Seabed 2030

BGP Joins Seabed 2030 Partner Network

In the Computer Electronics Lab on R/V Falkor (too), Principal Investigator David Caress (Monterey Bay Aquarium Research Institute) runs through mapping mission plans with the autonomous underwater vehicle (AUV) team. The science team used shipboard sonar to map the region, followed by The Childlike Empress AUV to generate high-resolution maps and collect environmental data in the target area. These maps allowed scientists to pinpoint precise coordinates for ROV SuBastian deployment, leading to the discovery of two new active hydrothermal vent fields in record time. (Image credit: Alex Ingle, Schmidt Ocean Institute)

Two Rare Hydrothermal Vent Fields Discovered in the Doldrums Fracture Zone

Karenia cristata Confirmed as Most Toxic Harmful Algal Bloom Species Ever Studied

(Image credit: Fabian Vivier)

Hawaii Island Spinner Dolphins Show Alarming Drop in Calf Numbers

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