Labrador Sea Water

E196739

Labrador Sea Water is a cold, dense, and relatively fresh deep water mass formed by winter convection in the Labrador Sea that contributes significantly to the North Atlantic Deep Water and global ocean circulation.

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All labels observed (1)

Label Occurrences
Labrador Sea Water canonical 2

Statements (50)

Predicate Object
instanceOf deep water mass
intermediate water mass
water mass
ageCharacteristic relatively young deep water compared to Antarctic Bottom Water
associatedWith Labrador Sea deep convection events
North Atlantic Oscillation variability
basin Nordic Seas
surface form: Subpolar North Atlantic
carbonCycleRole important sink for anthropogenic CO₂
circulationPathway spreads eastward into the Irminger Sea
spreads into the Iceland Basin
spreads southward along the western boundary of the North Atlantic
climateRelevance indicator of variability in North Atlantic overturning
sensitive to changes in surface heat and freshwater fluxes
componentOf North Atlantic Deep Water
contributesTo North Atlantic Deep Water
densityClass σθ ≈ 27.7–27.8 kg/m³
depthRange intermediate to deep ocean
~1000–2500 m
formationMechanism brine rejection from sea-ice formation
intense surface buoyancy loss
surface cooling
formationProcess deep convection
winter convection
formationSeason winter
formedIn Labrador Sea
influences distribution of tracers such as CFCs and nutrients in the deep North Atlantic
storage of heat in the North Atlantic
mixesWith Iceland–Scotland Overflow Water
surface form: Denmark Strait Overflow Water

Iceland–Scotland Overflow Water
Mediterranean Outflow Water
surface form: Mediterranean Overflow Water
monitoredBy Argo floats
surface form: Argo profiling floats

hydrographic sections
moored current meter arrays
namedAfter Labrador Sea
oceanRegion Atlantic Ocean
surface form: North Atlantic Ocean
researchField physical oceanography
roleInSystem important in global thermohaline circulation
key component of Atlantic Meridional Overturning Circulation
salinityCharacteristic fresher than underlying overflow waters
salinityRange ~34.8–34.9 psu
temperatureCharacteristic colder than overlying subtropical waters
temperatureRange ~2–3 °C
transportedBy Deep Western Boundary Current
ventilationFunction transports oxygen to the deep ocean
ventilates the deep North Atlantic
waterMassCoreProperty distinct salinity minimum layer
low potential vorticity core
waterProperty cold
dense
relatively fresh

Referenced by (2)

Full triples — surface form annotated when it differs from this entity's canonical label.

Labrador Sea hasWaterMass Labrador Sea Water