http://www.wretch.cc/album/show.php?...325572.jpg&p=0

http://www.flickr.com/photos/hortonh...ho/2315348178/

The above links show unmistakable structures of osteon remains. They
are unmistakable because there has never been any instance of natural
organic or inorganic structures, except osteons, that show not only
clustered but also "overlapping" units of concentric rings "with a
hole
or a stick-up thread-like object at the center". On earth, there is no
such kind of pseudofossil or organic tissue except osteons. In a word:
unique.
The best way to prove or disprove my claim is to show above pictures
to an anatomist, a botanist and a geologist without disclosing its
Martian origin.
To be honest with you, I believe NASA will be the last one to admit
there was animal life on Mars. They will avoid the question or delay
confirmation as long as they could.
The reason is "money". You know that NASA's budget requires them to do
all the preparations for "unmanned round-trip" and "manned" missions.
If they make any hint of "Martian fossils", they will be under
tremendous pressure (especially from American Society of Physicists)
to abandon or scale down all those preparations for "manned missions"
and even "unmanned round-trip missions", when you can see fossils in
Mars rovers' microscopic images or even panoramic images.
Please advise if I am wrong.
The blueberries, as called by NASA people, were possibly formed by
electric discharge or electric arc after Martian window of life was
closed. Osteon remains show up not only in the blueberries but also in
other Martian tissue fossils not affected by the above-mentioned
electric discharge or electric arc.
The distinguishing characteristics is the clustered and overlapping
osteon-like structures with right proportion for each component in the
structure.
Meanwhile, here are some rough measurements to be considered when
identifying structures:
The diameter range of red blood cells: 2 microns to 25 microns
(dinosaurs)
The diameter range of blood vessels: 5 microns to 10,000 microns
The diameter range of Haversian canals: 20 microns to 200 microns
(dinosaurs)
The diameter range of Haversian systems (osteons): maybe 50 microns to
500 microns.