This system should move through Oklahoma to Wisconsin, giving snow to the Central Plains and Upper Midwest. The Storm Prediction Center has outlined an area of enhanced severe weather risk on May 8th from Oklahoma into southern Wisconsin. Most human activities affected by weather that is experienced at a place. This means that few economic activities can take place. I do believe we may see another severe weather outlook posted for May 7th for areas further to the west, as we take a look at rank-analog tornado probabilities off of the GEFS modeling system. It appears that the tornado threat here is weaker and displaced farther west than the SPC outlook for this day, but as was mentioned earlier, the main threats should be damaging winds and hail. My weekly forecast for the next 7 days is shown above (see Week 1 and Week 2 explanations by clicking here), and I am expecting a zonal flow formation to set up during this time period.

If this situation continues to trend favorable I will cut a few videos to explain the set up in better detail. The Lezak Recurring Cycle continues to point to the Plains and Upper Midwest as being in line for a snowy winter this season. This comes as the Madden Julian Oscillation (MJO) moves into Phases 5-7, which are best known for being favorable for warm weather. The results of the research conducted for this study were helpful in identifying weather impacts of traffic flow in the three cities studied, Minneapolis-St. Our research will hopefully be informative and of use to those performing future research in this application area. The compiler should not use conditional execution unless the condition is unpredictable. The stylish snow boots made of top grain leather chassis uses the revolutionary compound plastic for added flexibility and comfort. By default, GAPIT uses the CMLM approach with P3D/EMMAX for GWAS.

Based on this pattern change coming I think that vortex will be strong enough to keep the storm out of the lakes and give our area a shot at snow. Snow should favor the Plains this winter, with cold weather centered across the Plains, Midwest and Great Lakes. I find that the threat for this day is more accurately highlighted in the other three panels, which calculate different values for ingredients of severe weather and general thunderstorms. This threat area includes cities such as Chicago IL, Milwaukee WI, and Wichita KS, just to name a few. The Storm Prediction Center has outlined a few areas of severe weather potential today, the most prominent areas being in the Great Lakes and Northeast. This is currently to be determined as far as how the sunspots really impact the winter, but I personally don’t like this new development as a winter weather fan. The jet stream accommodates this predicament by pulling the strongest upper level winds south, and then pushing them far north as high pressure builds across the East Coast.

Given the high moisture content of the storm system, heavy, flooding rains would be expected across the lower Midwest, Gulf Coast and Ohio Valley regions. By May 3rd, we see a strong storm pushing into Japan in the wake of the ridge we saw in the image above. On the afternoon of May 2nd, we see a small but still-substantial ridge of high pressure pushing over Japan, as a strong storm system to the west begins pushing in the direction of the island nation. I’ve personally found that it has been profitable for me over the last season, but that’s not to say that it will continue to be or that there isn’t a better method out there. A method is presented to adapt stochastic weather generation models, describing daily weather variations in the present-day climate at particular locations, to generate synthetic daily time series consistent with assumed future climates.