Global Warming's 50 Years of Fraud

The theory for those pushing the green new deal or some other radical energy policy that will destroy tens of millions of jobs and greatly harm the poor and middle class is that humans, CO2, and fossil fuels cause warming and climate change. This warming causes the ice to melt in Alaska, then the melting ice causes sea levels to rise...

As a nerd who knows that the people pushing the garbage theory of humans causing climate change is based on a series of lies, I look at actual data.

January 2020 was the 15th coldest January on record in Fairbanks Alaska.... Obviously, the ice will be thickening faster than average and is not going to be gone as predicted.

NATIONAL GEOGRAPHIC,JUNE 23, 2020

What a 100-degree day in Siberia really means

The record-setting high is much more than a quick spike for the Russian Arctic, where months of extreme heat may have dangerous consequences.

5 MINUTE READ

BY ALEJANDRA BORUNDA
An extended heat wave that has been baking the Russian Arctic for months drove the temperature in Verkhoyansk, Russia—north of the Arctic Circle—to 100.4°F on June 20, the official first day of summer in the Northern Hemisphere. This record high temperature is a signal of a rapidly and continually warming planet, and a preview of how Arctic warming will continue in an increasingly hot future, scientists say.

It was the hottest temperature ever recorded in the town, where records have been kept since 1885.

A climate-toasted Arctic

Hot summer days aren’t unheard of in the Arctic. The ocean-tempered coasts tend to stay slightly cooler, but inland, summer temperatures sometimes soar. Fort Yukon, Alaska, recorded the first-ever 100°F (37.7°C) day north of the Arctic Circle in 1915; Verkhoyansk hit 99.1°F (37.3°C) in 1988.

“It has been really bizarre to see,” says Ivana Cvijanovic, a climate scientist at the Barcelona Supercomputing Center. “All across Siberia, it has really been so hot for so long. January, then February, then March, then April. The pattern—it really stands out.”

The warm winter and hot spring meant that the snow usually blanketing the ground across much of the region melted about a month earlier than normal. Bright white snow plays a crucial role in keeping parts of the Arctic cool, by reflecting the sun’s incoming heat. Once it had gone away, dirt and plants readily soaked up the heat instead.