The ozone layer is also fine tuned to let in just the right amount of sun rays to allow life to exist, while also filter out most of the harmful rays that would normally kill all life on this planet. How did such an effective ray filter, just right for life, form around this planet by chance and accident?
Science says that the early earth was without oxygen. Which also means it was without a ozone layer (made of oxygen). Also consider that the sun was much stronger, and produced stronger rays and more heat. Being without oxygen means that the rain needed, and the rain clouds, could not form. And the soup of life could not be either. Why? Water is made up of 2 parts hydrogen, and one part oxygen (H2O). So if the one part oxygen did not exist, or was so few, until plants formed and produced it. How was there even water for the plants? The point is: As long as water existed, so did oxygen. And because oxygen makes certain ingredients oxidize, that are needed for life to form. These same ingredients change composition which makes them useless for life.
To put it better terms to understand. For life to form, the earth "has" to have no oxygen at first. Then as the life form evolves to where it actually needs oxygen to metabolize things needed for survival. The earth had to have this oxygen ready at that precise moment. Which means that life not only had to form from the soup of amino acids. It also had to have perfect timing and change as the earth changed. At the very moment it changed. Why? If the life form was not fully evolved to live, and use oxygen as the earth's atmosphere became full of oxygen. The oxygen would kill this unprepared life form. And the earth could not go backwards in atmospheric conditions to get rid of oxygen so that life could try and form again. It had only one chance, and only a small window of time to be where it needed to be in evolving to survive. But this is only the beginning of the problem for early earth, and supposed evolved life that would form upon it.
| Scientists have divided the ultraviolet part of the spectrum into three regions: the near ultraviolet, the far ultraviolet, and the extreme ultraviolet. The three regions are distinguished by how energetic the ultraviolet radiation is, and by the "wavelength" of the ultraviolet light, which is related to energy.
The near ultraviolet, abbreviated NUV, is the light closest to optical or visible light. The extreme ultraviolet, abbreviated EUV, is the ultraviolet light closest to X-rays, and is the most energetic of the three types. The far ultraviolet, abbreviated FUV, lies between the near and extreme ultraviolet regions. It is the least explored of the three regions. |
| Our Sun emits light at all the different wavelengths in electromagnetic spectrum, but it is ultraviolet waves that are responsible for causing our sunburns. Though some ultraviolet waves from the Sun penetrate Earth's atmosphere, most of them are blocked from entering by various gases like Ozone. Some days, more ultraviolet waves get through our atmosphere. Scientists have developed a UV index to help people protect themselves from these harmful ultraviolet waves. |
Science tries to claim that there was a very thick rain cloud cover that protected the newly formed life forms from the harmful rays of the sun. Here again there is the problem of no oxygen. No oxygen means no water. Very little oxygen means very little cloud cover. A lot of oxygen, for a thick cloud cover means the newly formed life forms died. So if the oxygen does not get you, the unblocked sun rays will. So how harmful are these suns rays to newly formed life?
|
UVC--Many scientists rate wavelengths in the C range of the ultraviolet (UVC) solar spectrum, between 200 and 290 nm, as the most carcinogenic. The ozone layer absorbs most UVC rays. However, recent research indicates that the ozone layer may be depleted in certain areas by chlorofluorocarbons (CFCs, chiefly used in refrigerators, air conditioners, and Styrofoam insulation).
UVB--Wavelengths in the B range of the ultraviolet (UVB) solar spectrum, measured at between 290 and 320 nm, causes most sunburns.
UVA--Wavelengths in the A range of the ultraviolet (UVA) solar spectrum, between 320 and 400 nm, may be up to 1,000 times more intense than UVB. UVA light can penetrate to underlying tissues of the skin and cause photo-aging or long-term skin damage. http://ohioline.osu.edu/cd-fact/0199.html |
UV light changes DNA, and is also used to kill micro-organisms.
The light necessary for UV disinfection is generated in special UV lamps. A watertight quartz tube surrounds each lamp. The liquid to be disinfected is passed through the quartz tubing. The gas plasma generated in the lamp emits light with a primary wave length of 253.7 nm. This intensive UV light reaches the microorganisms in the water and impacts directly on their DNA.
By changing the DNA the cell division of the microorganism is interrupted it can no longer reproduce itself and thus loses its pathogenic effect. With WEDECO technology it is possible to destroy more than 99.99% of all pathogens in water, without the addition of chemicals, without harmful side effects, inexpensively, highly efficiently and absolutely reliably. http://www.wedecoag.com/Ultraviolet.24.0.html |
| Life that cannot reproduce itself, dies to be never seen again. http://www.envirotechproducts.com/uv-flu-information.htm |
So here are the problems:
1) For water to exist, you have to have oxygen (H2O).
2) For oxygen to exist, early life would have died because of cell oxidation. Lesser amounts of oxygen means light cloud cover which=strong UV rays. Which kill new life forms.
3) No oxygen means no ozone=direct sun rays.
4) No oxygen also means no clouds, no rain, and no water (to block the rays the ozone normally would block).
5) If there is no blocking of the uv rays from the sun. The newly formed life forms die. Why? It's DNA is changed so that cell splitting can no longer happen.
So by denying one part of how water even forms, just so the conditions for the first life form can exist, also denies the water from ever being there to make the soup of amino acids needed for life.. For if two molecules of hydrogen cannot find one molecule of oxygen to bond with. How would water form other wise? How would clouds form to block UV rays that kill life?
So one of the main pillars of support for evolution, gets blown out of the water.
Free oxygen problem:
It is said that the only oxygen that can oxidize a cell is free unbonded oxygen. Which is usually O2, or O4 (ozone). So no abundance of free oxygen means no cell oxidation in most cases, as science claims in early earth. And there should be no other evidence, on this earth, of any extra oxygen that bonded with anything. So is there evidence that there was a lot of free oxygen?
When water comes out of a spring, the color of blue, it is because of a extra oxygen molecule that has bonded with the H2O, to make H2O3=blue water. Now, considering how much spring water there is. How much free oxygen would it take to oxygenate it? A lot of free oxygen. Plus there is no underground source of free oxygen to do this. So before the extra oxygenated water got put into the earth, there had to be an abundance of free oxygen on the surface of the earth to bond with it. If there was hardly any free oxygen, there would be "no" blue H2O3 water coming out of any spring. But we have blue water springs all around the world. Which means free oxygen existed all over the world on the early earth.
