What We Know Now!
Where Is The Arctic Air & A Look At The End Of The Year Weather Pattern
Happy Holidays & Welcome To The End Of The Year Weather 20/20 Intelligence Report!
A storm system is spinning over the middle of the nation with bands of rain, snow, and freezing rain. This storm fits well with what we predicted would happen when the flow splits. We will discuss this current storm and the trend for what is ahead of us.
As we approach the end of the year, it is both a privilege and an exciting moment for us to reflect on the remarkable journey we've embarked on together at Weather 20/20. In this special edition of the Weather 20/20 Intelligence Report, titled "What We Know Now," we dive deep into the world of weather forecasting, armed with the knowledge that the Lezak Recurring Cycle (LRC) stands as the world's greatest weather innovation as shown on The World’s Greatest TV Show a few weeks ago.
Let’s begin with what we know, and what has been happening since this weather pattern set up beginning in October.
In our ongoing exploration of the Lezak Recurring Cycle (LRC) and its profound implications for weather forecasting, we come across striking observations that deserve our attention. The current storm system, as it traverses the nation, has been notably lacking in severe weather phenomena since its departure from California. This sharp contrast stands in stark opposition to the relentless barrage of severe weather events we witnessed just a year ago.
To put this into perspective, let's delve into the numbers. In the period from October 6th to December 31st last year, we documented a staggering 1,038 severe weather reports. These included tornadoes, wind damage reports, and large hail, defined as hailstones with a diameter of 1 inch or larger. The tornado count reached an impressive 256.
Fast forward to this year, and the landscape has changed dramatically. In the same timeframe within this new LRC pattern, we've recorded just 76 tornadoes—less than a third of the previous year's count. This remarkable disparity raises a significant question: Why has there been such a notable reduction in severe weather events this time around?
The implications of this shift are both intriguing and potentially reassuring. It may well serve as a sign that we are headed for a quieter severe weather season in the coming spring, as the storm systems within this LRC pattern seem less inclined to generate significant severe weather. While we eagerly await further data and insights, it's worth noting that this observation underscores the power of the LRC in anticipating changes in the weather landscape.
As we continue to unravel the mysteries of the LRC, stay tuned for our upcoming discussions in late January or early February, where we will delve deeper into the prospects of the impending severe weather season. The journey to a more accurate and reliable understanding of weather forecasting continues, and we are delighted to have you alongside us.
What We Know About The Arctic Air
The Arctic air is being held way north with no sign yet of any Arctic blasts! We will discuss this a bit more near the end of this report. We will continue this discussion after today’s video: