Friday, October 14, 2016

Where Hurricane force winds will tend to be more and more from Global Warming

As heat increases so do winds worldwide. As heat increases so does evaporation from oceans, lakes and streams and soil and wherever water is now. Understanding all this helps people to better survive what is going to be increasing year by year now around the world.

Logically, if you are on an ocean like the Pacific like on the west coast of Washington, Oregon, Califonria, Mexico and South America, winds are really going to increase as time goes on. However, the prevailing winds in California, Oregon and Washington are West to East. So, this might be problem for trees, plants, greenhouses and people. So, along the coast more crops and more trees will be brought down or blown away by hurricane force winds from 100 to 200 miles per hour as time goes on.

Where can wind get going that fast?

Where there are no or few obstacles. So, across oceans where there are no mountains to slow down or stop winds or across plains after the Rocky Mountains. This is where the fastest winds are going to be along with higher elevation winds at or above the altitude of the average mountains. At some point all this information and understanding all this is going to save your life and the lives of your children and grandchildren.

So, at some point food likely will have to be grown in greenhouses in windier areas because otherwise plants leaves will all be blown away by hurricane force winds. And beyond that greenhouses above the surface of the land will be blown away too.

So, the roofs of greenhouses will have to be at the level of the surface of the earth too to avoid them being blown away. So, eventually growing food will be much more expensive than now. This will also tend to reduce human populations on earth in various ways.

The winds are only going to increase exponentially with global warming bringing more and more events like Hurricane Matthews on the east coast and Hurricane force winds to the west Coast of Canada and Washington, Oregon and California.

This is perfectly obvious for anyone who is studying weather patterns now worldwide.

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