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Featured Video: Drones, Whales, and Artificial Intelligence

We need healthy oceans to survive. That’s why Intel partnered with Parley for the Oceans on a mission to better understand ocean health with drones and artificial intelligence technology. Watch the video to learn more about Parley SnotBot and their expedition to the Alaskan seas.

Work conducted under NMFS permit # 18636.

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Left: Model domain of the Patagonian Shelf model (dashed black line) within the wider regional context. Water depth is shown using a blue color scale, displaying only depths shallower than 500 m. Middle: Present-day bathymetry of the Patagonian Shelf with 500 m (dotted white line) and 1,000 m (solid white line) depth contours. Orange triangles mark the coastal tide gauges used for model validation (outlined triangles: Moreira et al. (2011); filled triangles: Piccioni et al. (2019)). Numbers 1–8 indicate sites where relative sea-level curves and Mean High Water Spring Tide (MHWST) time series were extracted. Place names referred to in the text are: (FI/IM) Falkland Islands/Islas Malvinas; (RPE) Río de la Plata Estuary; (SMG) San Matías Gulf; (MS) Magellan Straits; (BG) Bahía Grande; and (TF) Tierra del Fuego. Right, green bounding box: Comparison of model grid resolutions. The global ocean model uses a coarser regular grid (gray land cells and white water cells), while the regional tidal model uses a higher-resolution unstructured triangular mesh (gray triangles). The present-day coastline is shown in black.

Patagonian Shelf Sea Tides Now Among Strongest for 21,000 Years

Owned by the US Navy and operated by WHOI, Alvin is one of the world’s most renowned deep-diving research submersibles. (Image credit: Daniel Cojanu, Woods Hole Oceanographic Institution)

WHOI’s Alvin Cleared for Deep-Ocean Science After Overhaul

The brand-new REV Ocean research vessel. Photo: Guillaume Plisson

REV Ocean Vessel to Study Sargassum Belt Carbon Cycle in 2027 Atlantic Expedition

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NOAA Sets Regional Fisheries Priorities Under Seafood Competitiveness Executive Order

Environmental DNA Reveals Impact of Climate and Humans on Fish Biodiversity

Invisible Cumulative Thermal Stress is Fragmenting Posidonia Oceanica Meadows Across the Mediterranean

Phase 2 of the ECoREEF (Engineering Coastal Resilience Through Hybrid Reef Restoration) project expands an offshore living laboratory off Miami Beach where University of Miami researchers and collaborators are testing whether 3D-printed reef structures and restored corals can work together to reduce coastal flooding, create marine habitat, and strengthen shoreline resilience.

University of Miami Researchers and Collaborators Expand Hybrid Reef Project Off Miami Beach

ECO 2026 Issue II
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issue II

By translating complex ocean data into actionable strategies, the applied marine science community plays a pivotal role in ensuring the long-term resilience of coastal environments while bolstering the global Blue Economy.

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Offshore energy, policy changes, and ocean observation.

Robotics on the Reef

Marine minerals, mammals, and renewables.

Clues Found with Every Breath

Sharky Waters Spark Research Questions

Government shutdowns, energy transition, and policy introductions.

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