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Originally posted by LastOutfiniteVoiceEternal
Nice pictures! Awesome thread!
There is no proof that "multicellular organisms" need oxygen until Humans have explored every possible planet, and that would take an eternity.
So, let's have fun, carry on, and think large!
WATS btw. Nice post blue bird!
// Wiki //
While prokaryotic cyanobacteria themselves reproduce asexually through cell division, they were instrumental in priming the environment for the evolutionary development of more complex eukaryotic organisms. Cyanobacteria are thought to be largely responsible for increasing the amount of oxygen in the primeval earth's atmosphere through their continuing photosynthesis.
Cyanobacteria use water, carbon dioxide, and sunlight to create their food. The byproducts of this process are oxygen and calcium carbonate (lime). A layer of mucous often forms over mats of cyanobacterial cells. In modern microbial mats, debris from the surrounding habitat can become trapped within the mucous, which can be cemented together by the calcium carbonate to grow thin laminations of limestone. These laminations can accrete over time, resulting in the banded pattern common to stromatolites
However, the strength of the echo that the radar receives from the rocky surface underneath the layered deposits suggests the composition of the layered deposits is at least 90 percent frozen water. One area with an especially bright reflection from the base of the deposits puzzles researchers. It resembles what a thin layer of liquid water might look like to the radar instrument.....
........
Polar layered deposits hold most of the known water on modern Mars, though other areas of the planet appear to have been very wet at times in the past. Understanding the history and fate of water on Mars is a key to studying whether Mars has ever supported life, because all known life depends on liquid water.
Originally posted by Xtal_Phusion
Any vegetation here is imaginary. White = snow and Gray = soil (including rocks, sand, gravel, etc.). It's just not that difficult!
Originally posted by undo
I found some forest type things too.
like this one, which to me looked like a snow covered mountain, with meandering river, bordered by stands of pine trees:
Originally posted by Jimmy910130
Sprry, there is no snow on Mars. If there was, we'd all be living there. For snow to fall down on, it can't be too warm and it can't be too cold. It falls at somewhat a temperature of 0°C to -5°C MAX. The last time I checked, Mars' temperature was higher than that. A lot higher than that.
The now-famous martian gullies were created by trickling water from melting snow packs, not underground springs or pressurized flows, as had been previously suggested, argues Dr. Philip Christensen, the principal investigator for Odyssey's camera system and a professor from Arizona State University in Tempe. He proposes gullies are carved by water melting and flowing beneath snow packs, where it is sheltered from rapid evaporation in the planet's thin atmosphere
Originally posted by Xtal_Phusion
If you like, I can list the biochemical reasons why this is simply not possible (since it is my job to know!) but I suspect you'd rather play in the land of make-believe than learn a little science. The best big thing insearching for life on Mars is Lab-on-a-chip technology to search for biomarkers (indicators of life that still has NOT been found there yet!). I don't think 6-figure grants and years of development would have been spent on this technology if we had PICTURES of multicellular organisms! Yeesh! Why don't we all start here: What to lichens and plants release into the atmosphere that is NOT present in the Martian atmosphere?
Originally posted by Xtal_Phusion
What to lichens and plants release into the atmosphere that is NOT present in the Martian atmosphere?
"I'm 95% convinced that there's no other conclusion..... I fully agree that this is close to incontrovertible evidence of large present or past 'tree-like' organisms on Mars. I do not believe that these will be explained as 'geological features' or illusions. Only closer-in imaging will decide the matter."
Banyan tree (Ficus benghalensis).
"Large-canopied tree. One planted 200 years ago in the Calcutta Botanic Garden (India) has a crown of average diameter over 430 feet."or 127 meters, more than 1 hectare. One in Sri Lanka covers over 2 acres or 1 hectare
Originally posted by thedangler
if it is a forest those trees would be huge.
take a comparison picture using google earth from the same distance see if thye look similar. i doubt it.
Originally posted by WOGIT
Some great pic's !!
Does NASA not have a sat in orbet of mars that could take some very up close pic's of just about any spot on Mars that could tell everyone once and for all what the heck is realy there ?
I for one am hopeing google with all its money can one day soon bring us google mars , or at the very least a google moon.
Originally posted by zeeon
I don't mean to be condensending, or ignorant - but guys, what exactly is the point of this endeavor?
Originally posted by zeeon
The only basis we actually have for discovering life in the universe is comparing our model of life on Earth to other planets. It's all there is.
LIFE IN THE UNIVERSE by Gary Nelson
Of the active elements, we can eliminate hydrogen immediately from consideration because it is too light and would not be retained in a minor planet's atmosphere. There are now left on the list of active, gaseous elements oxygen, fluorine, sulphur - only at extremely high temperatures - and chlorine. Sulphur can be largely disregarded because of its high vaporization point, 444° C, and only planets very close to their sun with very large masses could maintain this or higher temperatures and retain a sulphur atmosphere. Fluorine can be eliminated on the grounds that it is too active; it will combine with everything except inert gasses. It will never exist uncombined when there is something for it to combine with. As it forms gaseous compounds when it combines, any planet with a large amount of fluorine on it would have an atmosphere consisting mainly of flourides. And since flourine is rather rare, it is unlikely that many such planets exist.
Oxygen and chlorine are the two remaining elements. Which is the more common in the universe? The question can not be answered definitely. However, chlorine has an atomic weight twice that of oxygen, and the rule seems to be that the lighter elements are more common than the heavier ones. Chlorine is much less common than oxygen on earth. Therefore chlorine atmospheres should be nowhere near as common as oxygen ones on this basis of relative abundance. Still, they should be more common than fluorine atmospheres.
Originally posted by zeeon
I don't mean to be condensending, or ignorant - but guys, what exactly is the point of this endeavor?