SOLAR SHOCKWAVE from The Sun Impacts Earth creates Very Deep M8.2 Earthquake hits Fiji region, two M6+ aftershocks
A solar shockwave impacted Earth at 04:25;38 UT on 08/19/18 triggering a Mega Quake that was over 560km deep.  The shockwave came from a series of large coronal holes that were Earth-facing for the last several days.

As the shockwave sped toward Earth at over 1 million MPH+ it picked up more speed with a burst of 1,829,814 MPH

M8.2 Mega Quake that pushed straight through Earth KEEP WATCH next 7-10 days

A very strong earthquake registered by the USGS as M8.2 hit Fiji region at 00:19 UTC (12:19 local time) on August 19, 2018. The agency is reporting a depth of 563.4 km (350 miles). EMSC is reporting M8.2 at a depth of 558 km (346 miles). This earthquake can have a low humanitarian impact based on the magnitude and the affected population and their vulnerability. According to the USGS, the epicenter was located 272.5 km (169.3 miles) E of Levuka (population 8 360), 330.6 km (20…

Another extreme heat wave strikes the North Pole

In four of the past five winters, the North Pole has witnessed dramatic temperatures spikes, which previously were rare. Now, in the lead up to summer, the temperature has again shot up to unusually high levels at the tip of the planet.
Scientists say this warming could hasten the melt of Arctic sea ice, which is already near record low levels.
In just the past few days, the temperature at the North Pole has soared to the melting point of 32 degrees, which is about 30-35 degrees (17-19 Celsius) above normal.
Much of the entire Arctic north of 80 degrees latitude is abnormally warm. The temperature averaged over the whole region appears to be the warmest on record for the time of year, dating back to at least 1958. It is about 18 degrees (10 Celsius) above the normal of 4 degrees (minus 16 Celsius).
2018 Arctic temperatures (red line) compared with other years back to 1958. (Danish Meteorological Institute data adapted by Zachary Labe)
As the warm air intruded the Arctic, sea ice melted suddenly. The Norway Ice Service tweeted the sea ice area near Svalbard, the small island chain between Norway and the North Pole, fell by about 32,000 square miles (82,000 square kilometers) to the second lowest area on record. The amount of ice lost is enough to cover the entire state of South Carolina.
Zachary Labe, a climate scientist at University of California in Irvine, said that such a pulse of warm, moist air into the Arctic can “have a long-lasting fingerprint” that preconditions the ice to melt more rapidly in the summer.
Indeed, a study published last year in the Journal of Geophysical Research found that these spring intrusions of warm, moist air can “can initiate sea ice melt that extends to a large area” through the summer and fall.
Already, Arctic sea ice is near its lowest extent on record. The Bering and Chukchi seas have never had so little ice in recorded history.

Bering Sea ice extent on April 29 from 2013 to 2018. (NASA)
Interestingly, while much of the Arctic has turned abnormally warm, the cold air normally entrenched over the region has had to move somewhere. In recent days, it has parked over south central Greenland where temperatures are 30 to 35 degrees colder than normal.
Jesper Eriksen, a meteorologist with the Danish Meteorological Institute, tweeted that the temperature at Summit Station, near the top of the Greenland ice sheet, plummeted to minus 47 degrees (minus 44 Celsius), very close to the coldest temperature on record for the month of May of minus 50 (minus 45.6 Celsius).
Temperatures analyzed over the Arctic by European model on May 7. (
The contrast between frigid air over interior Greenland and unusually mild air over the Arctic is leading to very stormy conditions over the Canadian Arctic Archipelago.
The warming of the Arctic and loss of ice are likely strongly connected to the buildup of greenhouse gases in the atmosphere from human activities. On Friday, a NOAA study was published that found that the “extraordinary heat” that affected the Arctic in 2016 “could not have happened without the steep increases in greenhouse gas concentrations.”
Correction: The original version of this story said the amount of ice lost near Svalbard was 45,000 square miles (larger than Virginia). We made an arithmetic mistake and it was actually 32,000 square miles (roughly the size of South Carolina).

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