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Originally posted by Blaine91555
reply to post by zorgon
That stuff from mars anomaly whatever is very suspect. Those rocks appear to be rhyolitic in nature with pockets from expected nodules. Rock looking like that is quite common on earth. Considering the amount of volcanism on Mars that rock should be expected. The nodules and geodes we see on earth come from that type of material and those rounded pockets are quite normal. I'm guessing that and its normally conchoidal fracture is what is giving that appearance. To make the leap to it being bone is one heck of a leap.
Similar material is very abundant south of Twin Falls Idaho and into Nevada. Whole areas are covered with material that looks like that. I will admit that I've reached for a piece thinking it was bone a time or three even though I knew there were no fossils in Igneous rock.
Mars Anomaly Research really should recruit a geologists. But then they would have to shut down the site
Originally posted by darkraver
Welllll... to me it looks really,really hipbone-ish
I guess it does also to all biologists out there...
but hey!
we are discussing life here aren't we?
fossils and remains and stuff?
guess it makes me kinnda more competent than an engineer to argue on this topic then...
Originally posted by darkraver
right
I'm just offering more arguments than you in this case...
Originally posted by darkraver
Evidence is not up to you or me...it's up to NASA since the agency is the ONLY evidential entity up there on Mars
Originally posted by SlytOfHnd
For crying out loud armap, I would expect more from you.
Originally posted by Blaine91555
I may be wrong but that looks like it has been manipulated, added or enhanced.
Originally posted by darkraver
you are being childish...
look up the difference in terms between an argument and an evidence
Originally posted by darkraver
I provided structured reasoning,I provided comparison,other I cannot
but it's more than you could provide of it being a rock
sounded just like non-argumental one-liner debunking to me
Originally posted by darkraver
btw you were going to sayyy...."that it looks to you like a rock, so it is"
Originally posted by darkraver
please provide: structured reasoning,comparison,analysis and evidence why...
Originally posted by darkraver
I don't expect anybody to believe to me, that is up to them
Originally posted by darkraver
"deny ignorance,deny nonstructured debunking",that's my moto
Originally posted by darkraver
cause rovers and landers up there don't even have the real organic analyzing apparatus to my knowledge...
at least not those that the general public knows of...
Scientists today reported initial impressions from using Spirit's alpha particle X-ray spectrometer, Mössbauer spectrometer and microscopic imager on a patch of soil that was directly in front of the rover after Spirit drove off its lander Jan. 15.
"We're starting to put together a picture of what the soil at this particular place in Gusev Crater is like. There are some puzzles and there are surprises," said Dr. Steve Squyres of Cornell University, Ithaca, N.Y., principal investigator for the suite of instruments on Spirit and on Spirit's twin, Opportunity.
One unexpected finding was the Mössbauer spectrometer's detection of a mineral called olivine, which does not survive weathering well. This spectrometer identifies different types of iron-containing minerals; scientists believe many of the minerals on Mars contain iron. "This soil contains a mixture of minerals, and each mineral has its own distinctive Mössbauer pattern, like a fingerprint," said Dr. Goestar Klingelhoefer of Johannes Gutenberg University, Mainz, Germany, lead scientist for this instrument.
The lack of weathering suggested by the presence of olivine might be evidence that the soil particles are finely ground volcanic material, Squyres said. Another possible explanation is that the soil layer where the measurements were taken is extremely thin, and the olivine is actually in a rock under the soil.
Scientists were also surprised by how little the soil was disturbed when Spirit's robotic arm pressed the Mössbauer spectrometer's contact plate directly onto the patch being examined. Microscopic images from before and after that pressing showed almost no change. "I thought it would scrunch down the soil particles," Squyres said. "Nothing collapsed. What is holding these grains together?"
Information from another instrument on the arm, an alpha particle X-ray spectrometer, may point to an answer. This instrument "measures X-ray radiation emitted by Mars samples, and from this data we can derive the elemental composition of Martian soils and rocks," said Dr. Johannes Brueckner, rover science team member from the Max Planck Institute for Chemistry, Mainz, Germany. The instrument found the most prevalent elements in the soil patch were silicon and iron. It also found significant levels of chlorine and sulfur, characteristic of soils at previous Martian landing sites but unlike soil composition on Earth.