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You've grown increasingly snide and cynical over the past few weeks. Questions that you used to address are dismissed with venom, and attacks that you used to laugh off are returned.
Originally posted by TrappedSoul
Originally posted by johnlear
with proper decompression you can stand out on the the moons surface, without a space suit or helmut, look up into the clear blue sky and take a relatively deep breath of fresh moon air.
But where are the trees and plants that generates the oxygen?
And how do you know these things? Sorry, I haven't read EVERYTHING...
And a clear blue sky would also mean that there is much H2O there?
[edit on 2006/10/26 by TrappedSoul]
30 to 300 million metric tons (recent thinking has raised the upper limit to perhaps as high as 3 billion tons). If melted, this larger number would fill a "lake" 10 square kilometers in area (3.1 x 3.1 km) to a depth of 10 meters.
Earth's moon is growing an atmosphere Also, the moon is growing an atmosphere that's made up of a compound Dmitriev refers to as ''Natrium.'' Dmitriev says that, around the moon, there is this 6,000- kilometre- deep layer of Natrium that wasn't there before. And we're having this kind of change in Earth's atmosphere in the upper levels, where HO gas is forming that wasn't there before; it simply did not exist in the quantity that it does now. It's not related to global warming and it's not related to CFCs or fluorocarbon emissions or any of that stuff. It's just showing up.
Originally posted by johnlear
No Essedarius, it was a statement. The statement started out, "Its a question" but it ended up as a statement. It was the same statement that has been posted on this thread many times. I try to be polite to people who don't want to bother reading the entire thread, but I tend to lose my sense of humor when they don't even scan it and then end up making the same statement.
I would have preferred Esoterica mention something about the Lick Observatory photos so I might think Esoterica had the slightest clue about what we are talking about instead of cutting and pasting old textbook science in this thread.
For instance Esoterica might have said something like this: John, I have looked at the smoke/dust rising from the explosion on the moon and realize that dust/smoke cannot form or drift in a column like in the Lick Photo if the moon had no atmosphere. Therefore I believe you have very good evidence that there is at least some sort of atmosphere on the moon. Why then, do you think blah, blah, blah.
See what I'm getting at?
Pounding me with words is useless when I have a picture of a column of smoke rising and drifting on the supposedly 'airless' moon.
Thanks for your post.
Originally posted by Esoterica
I did a search on "occultation" on this entire A& U forum, and found only my posts on the matter. Please also direct me to the post where the occultation issue qwas dealt with before.
William Brian, a recent Moon researcher, suggests that a lunar atmosphere would be very clean, due to the lack of high winds and other weather conditions. Since the lunar atmosphere would not generally be carrying dust and water vapor by surface winds, he points out that light diffusion and scattering effects would be minimal. Therefore the occultation of stars would not be as pronounced, even if the Moon possessed a dense atmosphere.
Firsoff writes in his book that he observed the occultation of two stars in March 1957 while using a 6.5-inch reflector. Neither star 'snapped out' at contact with the rim of the Moon, but dimmed rapidly, then flickered brilliantly, before dimming again and finally disappearing. At the time of observation the Moon was a narrow crescent 2.5 days after the New Moon, and Firsoff stated that the effect could not be seen at a fuller phase, probably due to the background glare of the moonlit sky. Since we are dealing with different conditions for the Moon, the observational results do not come as easily as observing the Venusian atmosphere effects. This instance seemed to be an excellent combination of timing, seeing conditions, and most importantly - professional objectivity.
Originally posted by observe50
Oops!!!!!!!!!!! There's them dang CHEMTRAILS again.
You guys aren't looking up and observing now are you?
Sodium layer refers to a layer within the Earth's mesosphere of unbound, non-ionized atoms of sodium. The altitude of this layer is usually located between 80–105 km (50–65 miles) and has a depth of about 5 km (3 miles). Atmospheric sodium below this layer is normally chemically-bound in compounds such as sodium oxide, while above the layer the atoms tend to be ionized.
Atoms of sodium in this layer are typically in an excited state, and radiate weakly at a wavelengths around 589 nm, which is in the yellow portion of the spectrum. These radiation bands are known as the sodium D lines. The resulting radiation has been termed night glow.
Originally posted by Esoterica
Thank you. I had a nice response all made up, and my computer died
I can't stay on long enough to retype it all, so I'll hit the big points-
1.Pluto's atmosphere is 1/700,000th that of Earth, and it can be used to witness occultation and detect an atmosphere. In fact, changes in the atmospheric density have been observed with this method. Unless you're going by the Propietary Source, which I do not have access to and therefore cannot provide a retort.
Originally posted by Esoterica
2. I cannot find the photographs of W.H. Pickering or the works of Alex Firsoff, and find no other mention of them in regards to a significant atmosphere aside from your single link provided. Therefore, I have absolutely no idea how relaible or accurate those claims are. Or even if they exist at all.
INDEX TO VOLUME 11 OF THE JOURNAL OF THE ASSOCIATION OF LUNAR AND PLANETARY OBSERVERS (The Strolling Astronomer):
More on a Possible Anomalous Occultation 117-118
Occultations of Stars by Juno 142-143
Occultations of Stars by Mars in 1958 144-145
Occultations of Planets by the Moon in 1958 145
Originally posted by Esoterica
3. If there was significant plant life on the moon, as the Propietary Source states, then I believe there would be wind action simply due to differing densities of CO2 and O2 on opposite ends of the planet. Don't quote me on that though, I'll have to do a little more research.
Space Research Reveals The Probability of a
Lunar Gravity Variable up to 64% Of the Earth's Gravity, and NOT the 16% Previously Theorized
Originally posted by ChocoTaco369
...i HATE this assumption....
..NASA, the world's biggest disinformation campaign[...]NASA won't tell you that, because it would expose their lies[...]promote their ongoing 40+ year coverup...
www.lpl.arizona.edu...
www.gafintl-adamski.com...
the 1/700,000th figure you have is likely false
The history of reported lunar CHANGES, as distinct from the considerable variations in aspect of lunar features with changing solar lighting, is full of controversy and contradictions (1). However, in looking over my old observing notebooks for other reasons, I found what appears tobe a striking example in the crater Herodotus. The reader may properly wonder why this event was not reported when it occurred, 48 years ago. At the time, I wanted to make other observations under very similar solar lighting in order to confirm that something abnormal had indeed been observed. And after that, the matter just slipped away from memory. The observation was made on 11 August 1954 at 2:18 - 2:39 UT. A copy of a rather poor drawing is provided as the left image in Figure 1. The following notes were made: "The appearance of the floor is VERY PECULIAR; nowhere is the 'shadow' (necessarily existing with the Sun only a few degrees above the horizon at Herodotus) nearly so dark as in the adjacent crater Aristarchus. The land just north of Herodotus, and perhaps that in the north part of the crater as well, looks AS IF it may be very dark because very slantingly illuminated. The view is often good enough to show the two crater-pits at the foot of the two main dark bands on the east (now IAU west, the hemisphere of Mare Imbrium) inner wall of Aristarchus as two humps on the large interior shadow." At 3:03, UT, the curious appearance was confirmed. At 4:05, it was noted that the "shadow" was much darker than on the earlier drawing, but still less black than the Aristarchus interior shadow. At 5:09-5:28 UT, another drawing was made, here copied as the center image in Figure 1. A note says: "The shadow is of normal blackness now!".
It is difficult to explain this observation. Lunar atmospheric obscurations and mists have often been invoked in the past to explain curious appearances, but it is very hard to reconcile them with the known EXTREME tenuity of any lunar atmosphere
Richard Baum has called my attention to recent evidence for lunar dust veils(9) which may be relevant to the Herodotus oddity. Surveyors 5,6, and 7, and perhaps Clementine as well, detected a patchy glow along the sunset terminator (10,12). The glow advanced westward at the same rate as the sunset terminator and disappeared about 20 miles, or a little more than two hours, into the lunar night. Dr. D. R. Criswell has proposed that the glow is produced by very small dust grains elevated above the lunar surface by electrostatic fields, which had been produced by solar x-rays ionizing atoms on sunlit surfaces and making them positive relative to their shadowed neighbors. The charges become neutral and the dust grains fall 20 miles beyond the terminator. Also, the microparticle detector left on the Moon by the Apollo 17 astronauts found evidence for dust particles moving westward at sunrise and eastward at sunset, especially in the interval from about40 hours before sunrise until about 30 hours after that event (11). This appears to be a classic example of electrostatic particle levitation.
Originally posted by ChocoTaco369
now, if the moon had no atmosphere, all the shadows should be dark black, correct? you can't have gray shadows with no atmosphere. hmmm...
It is difficult to explain this observation. Lunar atmospheric obscurations and mists have often been invoked in the past to explain curious appearances, but it is very hard to reconcile them with the known EXTREME tenuity of any lunar atmosphere
but if we are mistaken about the "known lunar atmosphere"...
or, possibly a classic example of small particles flying through air? after all, grains of sand should fall like blocks of lead if there is no atmosphere to keep them afloat
but after seeing there is research on it and how it's been downlplayed, it makes you think...
Originally posted by MrPenny
Originally posted by ChocoTaco369
now, if the moon had no atmosphere, all the shadows should be dark black, correct? you can't have gray shadows with no atmosphere. hmmm...
Who says? If any other surface provides a reflecting backlight, the shadow could cover a wide chromatic range.
Originally posted by MrPenny
It is difficult to explain this observation. Lunar atmospheric obscurations and mists have often been invoked in the past to explain curious appearances, but it is very hard to reconcile them with the known EXTREME tenuity of any lunar atmosphere
but if we are mistaken about the "known lunar atmosphere"...
Did you read your own source? It clearly states "known EXTREME tenuity of any lunar atmosphere"....
Originally posted by MrPenny
or, possibly a classic example of small particles flying through air? after all, grains of sand should fall like blocks of lead if there is no atmosphere to keep them afloat
Again, who says? Don't forget, the moon's gravity is much weaker than Earth's.
Originally posted by MrPenny
but after seeing there is research on it and how it's been downlplayed, it makes you think...
What research? Your own source in your previous post appears to support the idea of electrostatic particle levitation. You've managed to cite sources that do nothing to support any more than an extremely wispy atmosphere on the moon. Certainly nothing that would be breathable for any length of time,
Originally posted by ChocoTaco369
Newton says so. it's his law of falling bodies. in a vacuum, a feather and a bowling ball fall at the exact same rate. this means that if there is no atmosphere on the moon, grains of sand will fall straight down at the same rate as large rocks.
Originally posted by ChocoTaco369
NASA says so. if there is no atmosphere on a planet, the shadows have to be dark black. gray shadows are caused by atmospheric interference.
Originally posted by ChocoTaco369 Newton says so. it's his law of falling bodies.
"electrostatic particle levitation" is called debunking. it's coming up with a theoretical explanation because they don't know what is going on, and if they come out and say that conventional views (an airless moon) is wrong, they will instantly be discredited by nearly the entire scientific community. it's fear mongering.
Originally posted by Essedarius
So, just out of curiosity, the moon video where Astronaut Dave Scott drops a hammer and a feather and they both fall at the same speed...you're position would be that this was completely fabricated by NASA?
Originally posted by Matyas
"electrostatic particle levitation" is called debunking. it's coming up with a theoretical explanation because they don't know what is going on, and if they come out and say that conventional views (an airless moon) is wrong, they will instantly be discredited by nearly the entire scientific community. it's fear mongering.
Not too quick here. I said "not likely", not "impossible". Electrostatic levitation fits snugly into EU Theory. Our understanding of atmospheres stand to change dramatically by including the electric element.
Recall in the STS75 video the tether had a nitrogen atmosphere along its 12 mile length making a strand about 1/12th cm in thickness appear like a cigar from 100 km away. The atmosphere was being held down by ionization!
What if the Moon has a part time atmosphere? Now wouldn't that be quirky! But I digress. I am comfortable with the Moon having an atmosphere, but not enough for me to take my helmet off.
Also of note machining by thunderbolts produces different patterns on airless bodies as opposed to bodies with heavy atmospheres. The Moon tends to favor the former. So let's take a real hard look at ionization.
Originally posted by MrPenny
www.lpl.arizona.edu...
This index of articles is worthless as a source. I hunted around on the site and cannot find the actual article in order to read and evaluate the information.