Subatomic particles from the blast also created vibrant auroras, causing beautiful Northern Light displays that continued for nearly two days. Witnesses in Texas and Florida and as far south as Cuba experienced the incredible light shows – a rarity for southern skies.
TV and radio stations in New Orleans interrupted their broadcasts to tell their audiences about the brilliant colors over the city. In Amarillo, Texas, the fire department went to investigate a possible wildfire after residents reported a large red glowing area north of the city near a river.
The charged particles did more than cause light displays, however. They also induced electrical currents that travelled through the ground throughout much of North America. During the night of March 13, these currents surged into Quebec’s power grid, causing the entire region to lose power for up to 12 hours.
Six million people faced dark, cold homes and workplaces. Officials closed schools and businesses, including the Montreal Metro and Dorval Airport.
Although Quebec faced the brunt of the problems, the U.S. was not untouched by the event. The New York power grid lost 150 megawatts, New England lost 1,410 megawatts, and the service to 96 electrical utilities in New England was interrupted around the same time Quebec’s power grid failed.
In all, more than 200 power grid problems occurred across the U.S. within minutes of the same surge that hit Quebec. None of the U.S. issues caused a blackout, however.
Image source: NASA
At the same time, satellites tumbled out of control in space for a few hours, and sensors on the Space Shuttle Discovery also went haywire. The problems corrected themselves after the space storm passed.
Could this type of event happen again? Scientists say yes. Both the 1989 Quebec blackout and the Read Full Article – which was stronger and took out telegraph machines — show us the need to develop strategies for coping with a massive solar storm.
Since 1995, scientists have monitored geomagnetic storms and solar flares by means of the Solar and Heliospheric Observatory (SOHO) satellite, a project jointly run by NASA and the European Space Agency.
Even with our modern observations methods, however, we still might only get a 12-hour preparedness window for a massive solar storm, according to the 2015 report, “Space Weather Preparedness Strategy,” prepared by the United Kingdom Cabinet Office.
The report said: “Solar activity can produce x-rays, high-energy particles and coronal mass ejections of plasma. Where such activity is directed towards Earth there is the potential to cause wide-ranging impacts. These include power loss, aviation disruption, communication loss, and disturbance to (or loss of) satellite systems.”
A 2008 report by the National Academy of Sciences stated that a widespread power outage from space weather is also possible, and that our current dependence on electrical power to run everything from our financial systems to our water supplies could indeed spark a dire emergency that would cost trillions of dollars and require years of recovery.
In July 2012, an 1859-type solar storm known as a coronal mass ejection nearly hit Earth.
“Analysts believe that a direct hit by an extreme CME such as the one that missed Earth in July 2012 could cause widespread power blackouts, disabling everything that plugs into a wall socket,” a NASA news report read. “Most people wouldn’t even be able to flush their toilet because urban water supplies largely rely on electric pumps.”
Additionally, “the total economic impact could exceed $2 trillion or 20 times greater than the costs of a Hurricane Katrina. Multi-ton transformers damaged by such a storm might take years to repair.”
Said Daniel Baker of the University of Colorado, “In my view the July 2012 storm was in all respects at least as strong as the 1859 Carrington event. The only difference is, it missed.”
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