Get your gear and get into a survival training class! The problem is that some of the wavelengths being auctioned off for 5G are critical for an important class of weather satellites, with 5G signals potentially undermining our ability to forecast the weather. These satellites observe the earth by sensing microwave radiation being emitted by water vapor, liquid water, ice, and the surface. The amount of radiation being emitted can be related to temperature. This ridge then provides an excellent ‘blockade’ that can force storm systems from the south to come north, and dump precipitation into the Great Lakes, Midwest, Plains, and even the Ohio Valley at times. A slight risk of severe weather has been issued for the Mid Atlantic and Ohio Valley into the Midwest, as well as the Northern Plains. Look for features present in weather over period. It’s been reported that over 60% of Americans have trouble meeting their basic expenses just one month after losing their jobs.

Temperatures for the month of December will most likely be determined by the first week or two of the month, with significant cold weather anomalies across much of the nation. Other areas of the nation are too uncertain to delineate, but we will most likely see precipitation anomalies outlined in the first days of the month. Precipitation anomalies are set up in accordance with the first few weeks of the month, with a wide, rather uncertain swath of above normal precipitation stationed over the Plains, Midwest and Great Lakes. Looking at Japan, we see sustained high pressure and warmer than normal weather still over the area. Perhaps I was living a pipe dream, but I was going to smoke this baby as far as my lungs would take it and see where I landed. They both suppress the storm to a massive degree and then take it up the East Coast in a strikingly textbook negative NAO pattern.

The NAO (North Atlantic Oscillation) index oscillates between positive and negative. A major difference we expect to see between the Oklahoma tornadoes and this upcoming week’s potential is that the storms should be further north. MAINLY TO THE NORTH AND EAST OF THE CENTER. The Storm Prediction Center has outlined a long range severe weather risk area over much of the Northeast on Sunday. THE CENTER OF EMILY WILL BE NEAR THE COAST OF HISPANIOLA ON WEDNESDAY. Average conditions may prevail over the Southwest before slightly above average temperatures show themselves along the West Coast. And different wavelengths/frequencies reveal the conditions at different levels of the atmosphere. Temperatures ought to vary from frigid conditions in the Plains, where the Arctic air will originate from, to cold weather in the Midwest and cool conditions in the Northeast. Because the weather satellite have very, very sensitive receivers because they are trying to sense the weak microwave emissions of atmospheric water vapor.

AMSU A looks at the atmosphere in 15 wavelength/frequency bands or channels, including sensing the atmosphere at wavelengths that the atmospheric water vapor has peaks in emission (see below). Unfortunately, this is close to 23.8 GHz, a frequency in which water vapor emits microwave radiation and which is used by weather satellites to determine the three-dimension properties of the atmosphere. The problem is that the FCC has sold off 24 GHz, which is very close to 23.6 GHz. The Great Lakes will be inundated with lake effect snows as a result of the cold outbreak at the beginning of the month, with another one possibly following close behind. Astrology has also had a great impact on the modern generation. One of the key reasons why modern numerical weather prediction has gotten so good is that weather satellites now provide 3D data over the entire planet. Kind of like have radiosondes (balloon-launched weather observations) everywhere. What is the most valuable of all satellite observations? Northwest: Average Temperatures, Possible Above Average Precipitation. Southwest: Warm, Possible Below Average Precipitation. Southwest: Cool, Average Precipitation. If not warm weather, expect an altered precipitation anomaly pattern, which may shift away from the Midwest and Ohio Valley to the Plains once again.

On a side note, as the cold weather makes a very unwelcome return, it just so happens that I may be coming down with a little something. December 14-21: The cold pattern that kicked off December should have receded by now, and may very well give way to a warmer than normal pattern. When the same areas shown in blue in the image above are orange (above normal sea surface temperatures), an El Nino is observed. The predicted lipoproteins for Escherichia coli strain K12 are listed in Table 4 and sorted according to descending differences in SPaseII and SPaseI scores. The von Heijne consensus pattern predicted 54 of the 63 lipoproteins correctly, but also gave a total of 74 false positives. December 21-31: The remaining week and 3 days of December are rather murky, as it is not known just how long this potential warm pattern will last. The pattern for the Southeast should remain relatively quiet, with this broad set-up not favorable for significant weather phenomena (i.e. big severe weather outbreaks). Numerical weather prediction, the foundation of all weather forecasts, depends on securing a comprehensive, three dimensional description of that atmosphere–known as the initialization. And that information is very important for providing the description of the atmosphere that is required for numerical weather prediction.