CIRCUMPOLAR TEMPERATURE WAVE  and the ANTARCTIC MAGNETIC FIELD

as posible

DRIVERS OF TEMPERATURE VARIABILITY in the SOUTHERN HEMISPHERE
hypothesis by M.A. Vukcevic

 

TSI and clouds variability are far too low to account for major climatic changes such as MWP, LIA and latest GW . Ocean currents are main distributors of heat from the equatorial to the high latitude regions. Any change in intensity of these currents will be reflected in the change of the atmospheric temperature and associated parameters. Circumpolar current is a primary pump of the world oceans conveyor belt.

Its intensity may be partially function of the ‘South’ magnetic pole’s strength, which in 1700 was 68.5 microTesla while today it is 52.5 microTesla, change of ~ 23%. However, of more interest is change on bi-decadal scale, which in its trends closely matches the TSI but with 30 times larger percentage variability as shown above.

 

More charts can be found here: Graphs and Formulae