Thread by @dbirch214

@scotpolitik @starbroker @JaggerMickOZ 1.Less solar irradience received at the Equator would result in a reduction of poleward heat, even at a reduction of .3 to 1Wm².
1960's marked the peak in irradience at 1362Wm², heat stored in the Oceans takes 50-60 years to dissipate.

@scotpolitik @starbroker @JaggerMickOZ 2.
A continued reduction in irradience (currently 1360.6Wm²) since 2014 will reduce Equatorial SST's , peak years 2015/16.
The hypothesis, that a decline in solar activity reduces the latitudinal extent of the Hadley Circulation and decreases mid-latitudinal monsoon intensity.

@scotpolitik @starbroker @JaggerMickOZ 3.
This is matched by data, showing increased dryness in central west Africa and increase in precipitation in temperate zones north. Meanwhile, mid-latitudinal storm tracks in the temperate zones increased and moved equatorward.
Observed.

@scotpolitik @starbroker @JaggerMickOZ 4.
A reduction in poleward heat flux will effect Atlantic Circulation, (peaked 2006).
AMO -Atlantic multidecadal Oscillation, is due to transition to cold phase within 7 to 10yrs, this also will affect heat distribtion.
So summing up many variables are indicated to reduce GT.