Fish - the missing ingredient in climate models?

Fish - the missing ingredient in climate models?

Plymouth Marine Laboratory

Published: 8 February 2026

New research shows that including fish in marine ecosystem models fundamentally changes predictions of ocean carbon absorption, revealing a 7% reduction in CO2 uptake through fish-plankton feedback loops.

Keywords: fish, climate models, carbon cycle, marine ecosystems, ocean carbon uptake, biogeochemistry, plankton dynamics

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Deep Vision project harnesses artificial intelligence to map Atlantic biodiversity

Deep Vision project harnesses artificial intelligence to map Atlantic biodiversity

Plymouth Marine Laboratory

Published: 4 March 2026

PML and University of Plymouth launched the Deep Vision project, using AI to create the first comprehensive maps of vulnerable marine ecosystems like deep-sea coral reefs and sponge fields across the entire Atlantic Ocean.

Keywords: artificial intelligence, deep-sea biodiversity, vulnerable marine ecosystems, Atlantic Ocean, seafloor mapping, cold-water corals, marine conservation

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Simple ocean model predicts El Niño 15 months in advance

Simple ocean model predicts El Niño 15 months in advance

University of Hawaii at Manoa

Published: 30 April 2026

UH researchers developed the Wyrtki-CSLIM model that predicts El Niño and La Niña 15 months ahead using ocean surface temperature and sea level data, currently forecasting a strong El Niño for late 2026.

Keywords: El Niño, ENSO prediction, ocean modeling, sea level, climate forecasting, Pacific Ocean, Wyrtki-CSLIM

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Oceanography.com
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