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Lipid pump
Climate Change Impacts on the Ocean's Biological Carbon Pump In
Contrasting Pelagic Ecosystem Functioning in Eastern and Western Baffin Bay Revealed by Trophic Network Modeling
The Importance of Antarctic Krill in Biogeochemical Cycles
Trophic Interactions of Mesopelagic Fishes in the South China Sea Illustrated by Stable Isotopes and Fatty Acids
Seasonal Copepod Lipid Pump Promotes Carbon Sequestration in the Deep North Atlantic
Zooplankton-Mediated Carbon Flux in the Southern Ocean: Influence of Community Structure, Metabolism and Behaviour
Integrated Ocean Carbon Research
There and Back Again, an Organic Carbon Journey: Mapping Pathways
Seasonal Copepod Lipid Pump Promotes Carbon Sequestration in the Deep North Atlantic
Coupling Carbon and Energy Fluxes in the North Pacific Subtropical Gyre
Ocean Health White Paper REV 052820.Indd
44X44 Poster: Umass Dartmouth
A Seasonal Copepod 'Lipid Pump' Promotes Carbon Sequestration In
University of Southampton Sink Or Swim: the Fate of Particulate Organic Carbon in the Interior Ocean Emma Cavan
Brewin Etal 2021 ESR.Pdf
Lipid Composition of Calanus Finmarchicus During Winter And
EURO-BASIN, Contract 264 993 | Final Scientific Summary & Societal
Integration of Spatially Variable Currents Thomas Adams (1), Dmitry Al
Top View
The Role of Vertically Migrating Zooplankton in Biogeochemical Flux
Download Extension of Centre for Ocean
Deep Ocean Metagenomes Provide Insight Into the Metabolic Architecture of Bathypelagic Microbial Communities ✉ Silvia G
Environmental Impact Statement Addendum: Addition of EL 1134
The Importance of Antarctic Krill in Biogeochemical Cycles
Opportunities for Marine Sequestration of Carbon Dioxide
Mechanistic Understanding of the Role of Diatoms in the Success of the Arctic Calanus Complex and Implications for a Warmer Arctic (DIAPOD)
Bacterial Community Composition Responds to Changes in Copepod Abundance and Alters Ecosystem Function in an Arctic Mesocosm Study
Implications for Marine Biology and Biogeochemistry Dr Kirsty Crocket, Science Coordinator (
[email protected]
)
Lipid Pump’ Promotes Carbon Sequestration in the Deep North Atlantic
Calanus Hyperboreus and the Lipid Pump
Transcriptional Phenotypes in a Keystone Copepod ✉ Petra H
Multi-Faceted Particle Pumps Drive Carbon Sequestration in the Ocean Philip W
Storage of Carbon by Marine Ecosystems and Their Contribution to Climate Change Mitigation
Original Article Respiration of Mesopelagic Fish
General Introduction
Seasonal Copepod Lipid Pump Promotes Carbon Sequestration in the Deep North Atlantic
Cruise Report JR18007