Columbus 5.11.07(PR.com). This report was taken from an article posted at the bottom of the home page of highefficiencyfitness.com. By Body Oar inventor and horticulture Grad, Steven Craig
May 13, 2007 (Press Release) --
NASA web sites explain how the Ozone layer blocks out well over 90% of the sun’s heat energy from ever reaching the surface of earth. It is a clear thick insulation that allows earth to live as a giant terrarium. However the energy that reaches the surface does one of three things; it is reflected, absorbed or consumed.
As the Ozone blocks almost all of the sun’s heat energy from coming in, it also keeps it from leaving. This is the same natural effect that heats greenhouses, so even though white concrete stays cool in the hot sun, most of this heat still ends up warming our air
Then dark things soak up the sun’s heat, but if they do not use it, it just radiates back up into the atmosphere. So both absorbed and reflected solar energy ends up heating the planet, because they don’t use it up.
Nature operates only one major solar heat eating process on earth, and “photosynthesis” is also very cool.
Thick damp land vegetation gobbles up the sun’s heat energy and actually replaces it with a very cool bonus, extremely cold oxygen gas. A child’s hands can prove that dark well watered tree leaves can stay very cool in the hot sun, all day long. Plants under the seas consume some but oceans radiate and reflect so much heat they cause most weather, and in the water their coolness sinks as warmer waters rise.
Land plants make their own carbohydrates (food). They get the carbon (carbo) from the crap we animals exhale, fires and rotting plants, but they need far more hydrogen (the hydrate part) then the air can provide. So they use photosynthesis to separate it from water, which is why plants grow far more in damp soil. However water is made of two elements, the other one, oxygen, we need to live but plants have little use for it.
The trees don’t make oxygen gas it expands from liquid water so it also instantly grows between 500-1000 times. The caned air we use to clean things, can frost bite a finger after expanding only 150-250 times.
This common effect happens because the amount of heat needed to hold something’s temperature, is not nearly enough to hold it if the same amount of atoms suddenly cover hundreds of times more space, so their temperature plummets. Photosynthesis not only devours heat, it releases bone cracking cold air from it. But because it expands all day, one molecule at a time, it comes out slow enough not to frost bite the tiny fingers of your tree monkey. Over the last 150 years earth’s leaders have sold around 80% of its heaviest vegetation. So the dense forests that used make fresh cold air are now lands that radiate and reflect heat. Forests even act like the coils of air conditioners.
We don’t feel that much hotter here yet, as an iced tea sitting in the hot sun stays cooler untill its ice melts. Earth’s ice caps have been protecting us far more then we have been protecting them. Ask yourself: What happens to an iced tea, sitting in the hot sun, after its ice melts? Cont @ HighEfficiencyFitness.com
As the Ozone blocks almost all of the sun’s heat energy from coming in, it also keeps it from leaving. This is the same natural effect that heats greenhouses, so even though white concrete stays cool in the hot sun, most of this heat still ends up warming our air
Then dark things soak up the sun’s heat, but if they do not use it, it just radiates back up into the atmosphere. So both absorbed and reflected solar energy ends up heating the planet, because they don’t use it up.
Nature operates only one major solar heat eating process on earth, and “photosynthesis” is also very cool.
Thick damp land vegetation gobbles up the sun’s heat energy and actually replaces it with a very cool bonus, extremely cold oxygen gas. A child’s hands can prove that dark well watered tree leaves can stay very cool in the hot sun, all day long. Plants under the seas consume some but oceans radiate and reflect so much heat they cause most weather, and in the water their coolness sinks as warmer waters rise.
Land plants make their own carbohydrates (food). They get the carbon (carbo) from the crap we animals exhale, fires and rotting plants, but they need far more hydrogen (the hydrate part) then the air can provide. So they use photosynthesis to separate it from water, which is why plants grow far more in damp soil. However water is made of two elements, the other one, oxygen, we need to live but plants have little use for it.
The trees don’t make oxygen gas it expands from liquid water so it also instantly grows between 500-1000 times. The caned air we use to clean things, can frost bite a finger after expanding only 150-250 times.
This common effect happens because the amount of heat needed to hold something’s temperature, is not nearly enough to hold it if the same amount of atoms suddenly cover hundreds of times more space, so their temperature plummets. Photosynthesis not only devours heat, it releases bone cracking cold air from it. But because it expands all day, one molecule at a time, it comes out slow enough not to frost bite the tiny fingers of your tree monkey. Over the last 150 years earth’s leaders have sold around 80% of its heaviest vegetation. So the dense forests that used make fresh cold air are now lands that radiate and reflect heat. Forests even act like the coils of air conditioners.
We don’t feel that much hotter here yet, as an iced tea sitting in the hot sun stays cooler untill its ice melts. Earth’s ice caps have been protecting us far more then we have been protecting them. Ask yourself: What happens to an iced tea, sitting in the hot sun, after its ice melts? Cont @ HighEfficiencyFitness.com
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