Siberian wildfires dwarf all others on Earth combined

Protecting Earth from space storms

A major space weather event could have a catastrophic impact on Earth, disabling communications and electrical systems. Researchers are using the Frontera supercomputer to develop new geomagnetic forecasting methods and improve the Geospace Model used by NOAA for operational purposes. They hope to increase the lead time for space weather events from 30 minutes to 1-3 days, localize space weather forecasts, and provide uncertainty estimates…READ ON

Siberian wildfires dwarf all others on Earth combined

Smoke from massive wildfires in Russia’s Siberia region has reached the geographic North Pole “for the first time in recorded history,” according to NASA — while the forest blazes themselves are bigger than all the other wildfires currently burning in the world combined, one expert said. 

The Siberian Times reported in mid-July that residents were breathing smoke from more than 300 separate wildfires.

The U.S space agency published a photograph Saturday (Aug. 7) from one of its satellites that shows the acrid blanket of smoke stretching more than 3,000 miles (4,800 kilometers), from the Yakutia region in the northeast of Siberia up to the North Pole. According to their records, this may be the first time this has ever happened.

Wildfires occur every summer in the heavily forested region — a landscape known as the taiga — but this year has been especially bad…READ ON

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