The modern maunder minimum explained
The north-south cooling cycle
The Atlantic multidecadal oscillation has a profound effect on the weather conditions in the northern hemisphere. On the graph you can see the warm period which had been edited from most modern graphs, the cold period of the 70’s and 80’s when scientists warned we are entering an ice age and the latest warm period where manmade global warming activists say we are killing the planet with CO2.
During the last decade excluding 2016 the Antarctic recorded record sea ice levels year upon year, and the artic reached the lowest sea ice extent ever recorded in 2012. That however is changing the artic is rebounding and Antarctic failed to record a new record level in 2016.
The Atlantic multidecadal oscillation is turning back to a cold phase, in others words not only does the northern hemisphere have to concern itself with low solar activity in 2019, but also a cold Atlantic multidecadal oscillation pattern from 2018 onward. In short very cold winters are coming to North America, Europe and Asia from 2018 onwards, not just because of a very weak solar cycle but also a cold drive from the Atlantic Ocean.
Why 2023 will be the worst climate year in a century
The chart above is a projection made in 2015 based on solar forcing, and oceanic forcing.
The redline is the expected change in temperature. The projection did not fore see much change in the average world temperature during 2016/2017, but a downward trend from 2017/2018 to 2019/2020 after which a strong El Nino is expected which will send temperatures back up, up to 2021/2022. From that point onwards the cooling continues to 2030 at which point the projection ends.
Due to a very weak solar uptick in 2022, and the passing El Nino a large amount of energy would have been added into the earths’ climate system, this can in theory lead to winter and summer storms unlike we have seen in over a 100 years, crop losses, property losses, and deaths due to climate will peak during this time world-wide. In theory, this can lead to a world-wide economic collapse and possibly even war, as a search for new wealth, and resources commence.
Strong winds
Wind speed is determent by the pressure difference between a low pressure system and a high pressure system the greater the difference the stronger the wind. High pressure systems are cause by cold air descending and low pressure systems by warm air rising.
During a solar minimum the air is colder and forms a strong high pressure system, this cause a vacuum in the upper atmosphere which sucks air in from a low pressure system, creating and even more intense low pressure system. On the surface this creates a high pressure difference between the high and low pressure systems which results in stronger then ‘so called’ normal wind speeds. During the little ice age these strong winds sunk ships, eroded coast lines and caused coastal flooding.
Heat domes
The most miss understood, deadliest, and most imported factor during periods of cooling is heat domes. Without heat domes, giant glaziers, more than a mile thick, cannot be build.
Heat domes trap heat, at the earths’ surface which in turn creates water vapour which in turn will eventually end up in a glazier.
Heat domes are created by high pressure systems, which are ironically created by cold air. During periods of extended low solar activity, the high pressure systems grows more intense, allowing for the formation of more intense and very deadly heat domes.
The reason why heat domes becomes so hot is because, there are no cloud formation with in a high pressure cell. Clouds reflex sun light, allowing for cooling, but since a heat domes has no clouds the temperature just keeps on building for as long as the high pressure system stays in tacked and is not moved by the Jet stream or sucked away by a low pressure system.
Super Storms
A super storm is created when an arctic storm is sucked into the low pressure of a hurricane or tropical depression.
This is very rare since they normally do not occur within the same season, but in a cooling world, early winter storms in November and late tropical storms in May will occur more often, thus increasing the odds that super storms like Sandy can be born more often.
Super storms, are known for their enormous physically size, intense rain in the south western corner, snow in the northern western corner, and powerful winds, and in some cases tornadoes. These storms are massive, and can be stretch out over thousands of miles.
Earthquake increase the weight aspect
Extended low solar activity increases glazier grow, raises ground water levels in some places and decrease it in others, the earths tectonic plate system adjusts for these new weight placements, this leads to earthquakes in diverse places. In a few cases this can trigger tsunamis, infrastructure damage, and loss of income and in some case death.
Volcanic increase the weight aspect
Extended low solar activity increases glazier grow, raises ground water levels in some places and decrease it in others, the magma underneath the earths tectonic plate system adjusts for these new weight placements, by releasing pressure in the form of volcanic activity, historical accounts from the little ice age confirms this. Large volcanic eruptions can lead to property damage, air traffic disruptions, death, food shortage and extreme regional cooling; Super volcanoes can trigger extreme planetary cooling.
The modern maunder minimum explained
