Bjerknes compensation

E123748

Bjerknes compensation is a climate science concept describing how changes in ocean heat transport tend to be offset by opposite changes in atmospheric heat transport, helping stabilize the total poleward energy flux.

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Label Occurrences
Bjerknes compensation canonical 1

Statements (47)

Predicate Object
instanceOf climate science concept
energy balance mechanism
appliesTo meridional heat transport
poleward energy flux
assumes conservation of energy in the climate system
coupled ocean–atmosphere system
component atmospheric heat transport
ocean heat transport
contrastsWith simple radiative forcing response without dynamical adjustment
describes compensating changes in poleward energy transport
relationship between ocean heat transport and atmospheric heat transport
field climate science
ocean–atmosphere interaction
physical climatology
goal explain robustness of total meridional energy transport
understand partitioning of heat transport between ocean and atmosphere
hasConsequence buffering of regional climate response to ocean circulation changes
constraints on variability of poleward heat transport
partial stabilization of high-latitude climate
hasKeyIdea anti-correlation between oceanic and atmospheric meridional heat transport anomalies
changes in ocean heat transport are offset by opposite changes in atmospheric heat transport
total poleward energy flux remains relatively stable
helpsExplain limited impact of ocean heat transport changes on top-of-atmosphere radiation
stability of large-scale meridional energy transport
mathematicalFormulation anti-correlated anomalies in oceanic and atmospheric meridional heat transport at a given latitude
namedAfter Jacob Bjerknes
observedIn climate models
observational climate records
reanalysis data
relatedConcept climate feedbacks
energy transport compensation
heat transport feedbacks
meridional overturning circulation variability
relatedTo Atlantic Meridional Overturning Circulation
Hadley circulation
climate system energy balance
decadal climate variability
interannual climate variability
ocean–atmosphere coupling
storm tracks
timescale decadal timescale
interannual timescale
longer climate timescales
usedIn analysis of climate model simulations
assessment of future climate change projections
interpretation of AMOC variability impacts
study of polar amplification mechanisms

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

Jacob Bjerknes developedConcept Bjerknes compensation