EMSO France
French contribution to the ERIC EMSO
EMSO-France
EMSO-Azores
EMSO-Ligure DYFAMED
EMSO-Western Ligurian Sea
EMSO-Ligure Nice
EMSO-MARMARA
EMSO-Molène
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EMSO-France
EMSO-Azores
EMSO-Ligure DYFAMED
EMSO-Western Ligurian Sea
EMSO-Ligure Nice
EMSO-MARMARA
EMSO-Molène
EMSO-France
EMSO-Azores
Scientific objectives
Infrastructure (2021-2022)
Real time data plot
Data download
Maintenance cruises
Ground breaking results
EMSO-Azores deep sea observatory
The heat of a volcano at a plate boundary
Hydrothermal fluid chemistry
The rhythm of the tides, internal clock of hydrothermal fluids exits
The role of the eddies and tide in the dispersion
Hydrothermal edifice in 3D
Mussels have rhythm in the shells
Metabolically versatile microorganisms feed the hydrothermal ecosystem
Microbes and Rocks
Deep Sea Spy: citizens are screening the deep
Sensor data sheets
Instruments
EMSO-Ligure DYFAMED
EMSO-Western Ligurian Sea
EMSO-Ligure Nice
EMSO-MARMARA
EMSO-Molène
EMSO-Azores
Scientific objectives
Infrastructure (2021-2022)
Real time data plot
Data download
Maintenance cruises
Ground breaking results
Sensor data sheets
Instruments
Ground breaking results
EMSO-Azores deep sea observatory
The heat of a volcano at a plate boundary
Hydrothermal fluid chemistry
The rhythm of the tides, internal clock of hydrothermal fluids exits
The role of the eddies and tide in the dispersion
Hydrothermal edifice in 3D
Mussels have rhythm in the shells
Metabolically versatile microorganisms feed the hydrothermal ecosystem
Microbes and Rocks
Deep Sea Spy: citizens are screening the deep
Ground breaking results
EMSO-Azores deep sea observatory
Hydrothermal fluid chemistry
The role of the eddies and tide in the dispersion
Mussels have rhythm in the shells
Microbes and Rocks
The heat of a volcano at a plate boundary
The rhythm of the tides, internal clock of hydrothermal fluids exits
Hydrothermal edifice in 3D
Metabolically versatile microorganisms feed the hydrothermal ecosystem
Deep Sea Spy: citizens are screening the deep
