Note: this essay was written by the National Weather Service Forecast Office in Burlington, Vermont and tipped to me by a reader. Vermont's wind farm acreage pales in comparison to places like the Texas and Oklahoma, where there are literally thousands of acres of wind farms right in the middle of tornado alley. I've been there and seen them firsthand.
Certified Consulting Meteorologist Mike Smith writes:One has to wonder just how much trouble wind farms are causing the nation's doppler radar warning system. It looks like a classic case of the law of unintended consequences at work. - Anthony
"While driving to Norman, OK recently I saw the newest "wind farm" to the west of Interstate 35 southwest of Tonkawa. Wind farms show up as bright ground clutter on weather radars and here it is."
National Weather Service WSR-88D Radar and Wind Farm Impacts
Introduction
The most valuable tool used by the National Weather Service (NWS) to detect precipitation is the radar. Radar stands for Radio, Detection, and Ranging, and has been used to detect precipitation since the 1940′s, with most of the technology coming from the military.
Comment: This article adds one more piece to the newly emerging consensus on the direction that our climate seems to be heading. Those scientists who carefully observe the reality on the ground and scrutinize the available facts see what is coming our way in the not so distant future: the return to an Ice Age.