Not exact matches
And no, there is no huge plunge in tropical or global surface air temperatures when the ocean circulation spins up because there is a near - compensating decrease in
poleward heat transport via the
atmospheric circulation.
RE # 11 The role of hurricanes in the
poleward heat transport immediately leads to the question, how is the
poleward heat transport divided between
atmospheric and oceanic routes?
As the ocean circulation takes up the role of
transporting heat poleward the
atmospheric circulation spins down.
The strong
poleward atmospheric heat and moisture
transport may be one reason why the West Antarctic and Peninsula climate appears to be more strongly coupled with regional sea ice concentration and extent anomalies than does the East Antarctic (e.g. Jacobs and Comiso 1997; Weatherly et al. 1991).
The Arctic responds strongly through teleconnections controlling the rates of
poleward oceanic and
atmospheric heat transport.
Through baroclinic instability, the potential energy associated with temperature gradients is converted into the energy in
atmospheric eddies that dominate the
heat and angular momentum
transport poleward of the subsiding region of the Hadley cell.