Fresh scientific analysis of the heating and cooling rate of the moon has produced startling evidence to show that the greenhouse gas theory of global warming on earth is false. Italian researcher, Alberto Miatello presents a simplified version of his peer-reviewed and verified study to show that mainstream climate science has misunderstood a key function of earth’s climate system: its inherent cooling abilities. Principia Scientific International presents Miatello’s summary below:
I have been asked to explain the main concepts of my article of 2012: “Lunar Cooling Refutes the Greenhouse Effect Theory”, without using too much mathematical symbolism and I am pleased to do that.
I know that many readers find calculations and math of many technical articles quite unpleasant (even when they are necessary to prove some ideas/assumptions) and it is also true that before writing down math and calculations, all the physicists think about the main concepts they want to prove.
Therefore, I am pleased to explain the main concepts of that article here. Also, because I have been persuaded that the study of our moon’s heating and cooling rate is probably one of the most powerful experimental tools to prove that the Greenhouse Effect Theory (GHE) is a bogus, pseudo-scientific theory. It is most unfortunate that for too many years now the “theory” has been upheld unquestioningly by the political class and media propaganda (with a silent indifference among the scientific establishment), but with no actual physical law supporting it.
Why the Moon?
Firstly, the Moon receives exactly the same quantity of solar irradiance (1367 W/m²) as Earth.
Secondly, the Moon has no atmosphere, whereas Earth is surrounded by nearly 10 km of Troposphere, that lower part of our atmosphere in which the main climatic phenomena and weather reactions are taking place.
Thus, the Moon offers the most splendid natural physical location in the Universe to make a comparison with Earth and to challenge the most important points that GHE advocates are promoting:
1. Questions:
a) Does our atmosphere really keep our Earth’s surface “warmer” by nearly 33°C?
b) What would happen if we “removed” our atmosphere? Would we really be “frozen” by the “cold” outer space, in the same way as the flowers inside a greenhouse would be, in a cold winter, after removal of the transparent plastic layers/tents of the greenhouse?
The main point that GHE supporters seem keen to try and hide is that here on Earth’s surface the highest temperature ever recorded (in the Death Valley, California, USA) was just 56°- 57°C, a meager highpoint when compared to the Moon’s equator where the temperature normally reaches 117°C (390K) – http://en.wikipedia.org/wiki/Moon. That is more than double the value, although – as we know – the quantity of solar irradiance is the same: 1367 W/m² in both places.
So, far from being totally “frozen” by the lack of atmosphere, our moon is “over-heated” by the same solar irradiance which is impinging Earth. The reason? Firstly, because Earth’s albedo (due to clouds + atmosphere + Earth’s surface) is 0.3, whereas the Moon’s albedo (due to regolith of surface) is just 0.12. This means Earth reflects away nearly 30{154653b9ea5f83bbbf00f55de12e21cba2da5b4b158a426ee0e27ae0c1b44117} of the solar radiation, whereas our Moon reflects just 12{154653b9ea5f83bbbf00f55de12e21cba2da5b4b158a426ee0e27ae0c1b44117}. Therefore, the Moon absorbs much more heat enabling it to reach a higher temperature.
However, in an attempt to disguise this “inconvenient truth”, GHE supporters are trying to put confusion in the minds of their readers. For instance, “Skepticalscience” tells its readers that on the Moon the temperature “drops almost immediately … in several hours” from 117°C to minus 110°C. They say it is “due to the absence of atmosphere (such as here on Earth) which (in their opinion) should “protect” our surface from the “cold” of outer space.
But this statement, as we have seen, is clearly wrong.
Far from its temperature “dropping almost immediately … in several hours”, we have observed that on the Moon it takes 14.75 terrestrial days = 354 hours (!), at the lunar equator, to “cool off” from the highest temperature (117°C = 390K) to reach the lowest i.e. -173°C = 100K
So, the cooling rate of the Moon is very much slower than that of Earth: the Moon’s surface is cooling at a rate of 290/354 = 0.8°C/hour, whereas here on Earth, on a warm summer’s night, at over 20°C in the ambient outside environment, we have calculated that a cubic meter of boiling water (100°C) would lose 64°C in nearly 12.7 hours, which is 5°C/hour, i.e. a cooling rate more than 6 times faster!