RECORD SNOWFALL BURIES UPPER MIDWEST — SIERRA NEVADA MOUNTAINS TO SEE 4-FEET ON SUNDAY — NH SNOW MASS 500 GIGATONS ABOVE 1982-2012 AVERAGE

by Cap Allon, April 5, 2020 in Electroverse


According to abcnews.go.com and the NWS, seven states from Minnesota to Kansas were under ice and snow alerts on Friday, while forecasts for the West see 4-feet of snow falling over the Sierra through Sunday alone.

Thursday, April 2 saw record Spring snowfall bury the Upper Midwest.

In Grand Forks, North Dakota, a whopping 10 inches (25.4 cm) of global warming goodness was measured; while Fargo, North Dakota, saw snow totals touch 5 inches (12.7 cm).

Wyoming was handed the largest accumulations — a recording busting 21 inches (53.3cm).

This cold front continued its slow southerly march overnight Thursday, and reached southeastern Texas by Friday afternoon — the biggest impacts here were severe thunderstorms, damaging winds, golf-ball size hail, and the odd tornado. Heavy rain also reportedly produced some flash flooding.

A new storm rolled into the West Coast on Saturday bringing heavy rain to the California coast. Looking forward to Sunday, staggering April snow totals of up to 4 FEET are forecast to bury the Sierra Nevada Mountains:

The significance of these snow totals cannot be overemphasized.

This is how glaciers form.

This is also how ice ages begin.

The COLD TIMES are returning in line with historically low solar activitycloud-nucleating Cosmic Rays, and a meridional jet stream flow.

Even NASA agrees, in part at least, with their forecast for this upcoming solar cycle (25) revealing it will be “the weakest of the past 200 years,” with the agency correlating previous solar shutdowns to prolonged periods of global cooling here.

Science team points out a new failure of climate models

by A. Watts, April 6, 2020 in WUWT


From Nature Climate Change:

Ill-sooted models by Baird Langenbrunner

Atmospheric black carbon (BC) or soot — formed by the incomplete combustion of fossil fuels, biofuel and biomass — causes warming by absorbing sunlight and enhancing the direct radiative forcing of the climate. As BC ages, it is coated with material due to gas condensation and collisions with other particles. These processes lead to variation in the composition of BC-containing particles and in the arrangement of their internal components — a mixture of BC and other material — though global climate models do not fully account for these heterogeneities. Instead, BC-containing particles are typically modelled as uniformly coated spheres with identical aerosol composition, and these simplifications lead to overestimated absorption.

Full article here

Here, the PNAS paper

Carbon soot in from industrial process in the air. Licensed from 123rf.com