https://electroverse.net/south-koreas-summer-temperatures-reverse-july-comes-out-colder-than-june-for-the-first-time-on-record/
For the first time since record-keeping began in 1973, South Korea’s average temperature in July was LOWER than that in June, according to Korea Meteorological Administration (KMA) data.
The official explanation for this event dutifully tows the IPPC li(n)e, with South Korean meteorologists blaming 2020’s unusually cold July on “exceptionally high temperatures in the Arctic caused by global climate change”.
However, this is only a half-truth, at best.
An article from en.yna.co.kr muddies the water even further, and again offers no explanation other than “cold air stayed over the country due mainly to climate change.” Perhaps further explanation isn’t required any longer. Perhaps the sheep have been herded into such an order that straight-up obfuscations like these enter the consciousness unquestioned.
Yes, the evidence suggests that the Arctic is warming (slightly); however, and rather crucially, the once-prevailing polar cold hasn’t simply vanished, nor has it escaped into the atmosphere, or been disappeared by the mythical trace gas that is CO2. No, the Arctic’s cold has merely been diverted south on the back of a weak and wavy (meridional) jet stream flow–a phenomenon that increases during times of low solar activity (such as the historically low output we’re experiencing now).
The graphic (below), recently released by the KMA, backs this up. Clearly visible is the meridional jet stream flow in action. This setup has pulled the Arctic cold anomalously-far south in some regions (the troughs), while has dragged tropical warmth unusually-far north in other areas (the peaks):
Anomalous warmth may-well be engulfing the Arctic, but this phenomenon, counter-intuitively, is entirely expected during bouts of global cooling.
NASA, and others, have revealed that while Earth’s overall temperature trends colder during a Grand Solar Minimum (GSM), as the Sun’s output drops lower and lower, not all regions experience the chill. As with the previous GSM (the Maunder Minimum 1645-1715), areas such as the Arctic, Alaska, and S. Greenland/N. Atlantic actually warm during bouts of otherwise “global” cooling.
NASA reveals the phenomenon in their Maunder Minimum temperature reconstruction map:
Temp change between 1780 (a year of normal solar activity) and 1680 (a year within the depths of the Maunder Minimum) — NASA.Technically, June, 2020 was South Korea’s hottest June on record, with an average temperature of 22.8C. And while that record grabbed the headlines, it was only 1.6C above the monthly average. The July that followed, on the other-hand, finished with an average temp of 22.7C — as already mentioned, this was the first time July has been cooler than June since records began in 1973, however, more crucially, July came out 1.8C below the monthly average, meaning, overall, that South Korea’s summer has been below average.
This is simple to deduce, though hasn’t been reported on.
Instead, what is repeatedly mentioned is that “South Korea’s annual average temperature will rise by 1.7 C to 4.4 C towards the end of the 21st century.”
But we know the truth, or at least a far-closer version to it.
We know climate is cyclic, never linear, and that historical documentation is calling this the return of the COLD TIMES. The Arctic appears to be warming again (slightly) but this warming is fully line with the historically low solar activity we’re currently experiencing and its impact on the jet streams.
Thankfully, real-world observations have been doggedly persistent of late, and even through the noise and obfuscation oozing out of fraudulent political bodies like the IPCC they can be seen, tragically in some cases:
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