Things might get real cold.
A super La Nina is developing.
Historically, these strong La Nina events drop the Earth’s average temperature around one degree Fahrenheit, and the drop comes quickly. As a result, some of the same places that had record heat this summer may suffer through record cold this winter.
La Nina is the lesser-known colder sister of El Nino. La Nina chills the waters of the tropical Pacific Ocean, and in turn cools the entire planet for one to two years or more. This chilling has the potential to bring bone-numbing cold to many parts of the world for this and the following winter. As a result, world energy demand may spike in the next one to two years as much colder weather hits many of the major industrial nations.
This La Nina appears to be special
, at least so far. It is well on its way to being the strongest of these events since the super La Nina of 1955-1956. During that powerful La Nina that lasted two years, the global average temperature fell nearly one degree Fahrenheit from 1953 to 1956.
The Southern Oscillation Index (SOI) measures the air pressure difference between Darwin, Australia, and Tahiti. The lower the value of the index, the stronger the El Nino typically is. The higher the SOI index, the stronger the La Nina. The September SOI value
of +25.0 was the highest of any September going back to 1917, when it was +29.7. During that super La Nina, the global temperature fell 1.2 degrees Fahrenheit from 1915 to 1917. The +25.0 September SOI reading is also the highest for any month dating back to the +31.6 value in November of 1973.
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