Stopping Hurricanes: Less Destructive Storms Yield Hope for Inland Water Distribution

The objective is to cut the temperature of the ocean by 1-2 degrees during the build up of swirling weather - when swirling weather gets 'x' size in diameter, we have a tropical storm and if not subdued, a hurricane.

One solution includes creating blankets that are [perhaps] 100 yards wide and 300 yards long. Within these blankets [water sealed], we have a liquid. This liquid is fed and temperature controlled by a freon-type refrigerant machine. This blanket is connected on all sides to a frame like that of a car's trailer, except our frame includes a surface of the water part and a subterranean part - it looks like an uneven box kite.

The lower part [of the trailer design/box kite] is about 50 feet below the surface of the water, while the upper part of our framework floats on the surface.
This frame-trailer/box kite design is towed by a boat. We will have 12 of these [frame trailer] combinations, each pulled by a different boat. One tow boat will be the headquarters, guiding the route and temperature via computer. The computer operator will identify where the strongest whirls of air are forming, thus, where the ships will tow their blanket trailers. In one day of towing, hundreds of square miles of ocean water become temperature reduced at both the surface and at 50 foot Depth.

The benefit, no more hurricanes!

others have suggestions to reduce the whirl effect also:

Stopping Hurricanes-Revisited

by Win Wenger, Ph.D.

"There are now three models for how to stop a hurricane, based upon spreading or mixing colder waters from below over the top of the warmer waters upon which such storms subsist.

The first of these three ideas, in some detail, is on our website at Hurricane Stopper.

The three ideas in short are: