Who can debunk life on Mars?

If I didnt know any better Id think that you are one of these guys at Sandia or Brookhaven who post real crap on the web in some sick attempts at being humorous.

By the way, what happened to the animal that only keeps leaving blood and blood vessels laying about?

I see what you cannot see.

This image proves that Michael Jackson was really a piece of toast.

I see what you cannot see. Muscle tissue (flesh) is visible if you turn the image (the high resolution version of the image), look at the top edge, near the middle you will find dark brown remains of muscle fascicles, which were muscle tissues as they were bundles of muscle fibers.

18. ALH 84001

This meteorite, source of the possible traces of ancient martian life, was collected in the Allan Hills area of Antarctica (slide #13) during the 1984 ANSMET field season. As originally found, ALH 84001 was brick-shaped, 17 × 9.5 × 6.5 centimeters, and weighed nearly 2 kilograms. It was quite unusual, and so was the first meteorite of the season processed at the Johnson Space Center. Its name reflects this history: “ALH” for the Allan Hills find site, “84” for the field season, and “001” for being first. It is not much like any of the other martian meteorites and is very similar to one kind of meteorite from the asteroids. So it was classified as a “common” asteroidal meteorite, and its martian origin was not discovered until 1993. It then became the twelfth known martian meteorite.

The other martian (SNC) meteorites are “young” volcanic rocks, less than 1.3 billion years old; ALH 84001 is much older, having solidified from lava about 4.5 billion years ago (slide #19). As the planets (including Mars) formed only about 4.55 billion years ago, ALH 84001 formed very soon (in geologic time) after Mars itself did. Then, about 4.0 billion years ago, ALH 84001 was heated nearly to melting. This probably happened when a large asteroid hit Mars, leaving behind one of the huge impact craters that pock Mars’ surface (see slide #2).

Some time later, carbonate minerals and possible remnants of ancient martian life were deposited in ALH 84001. Many researchers think that the carbonate minerals (slide #22) were deposited when the rock was saturated by martian groundwater. The water was rich in carbon dioxide gas, possibly from Mars’ atmosphere. As the water flowed through ALH 84001, it deposited rounded patches and spheres of carbonate minerals (slide #22). These carbonate spherules contain all the possible microfossils and other possible traces of life described by McKay and his co-workers in Science magazine (Science, August 16, 1996). Then, only 16 million years ago, a comet or asteroid impact on Mars ejected ALH 84001 off Mars and into its own orbit around the Sun. Over time, its orbit changed until it crossed the Earth's orbit; 13,000 years ago, it collided with the Earth and landed as a meteorite in Antarctica.

Nobody's tried to "debunk" life on Mars. I think everyone is open minded toward evidence that is being collected by the last Rovers. Evidence to date primarily includes a strong case for a past water filled planet. Minerals that have been found could have been deposted as salts in brine or other water masses.

Did the Mars Rover find evidence of bacterial life?

Rovers found strong evidence for CONDITIONS that could have supported life in the past. The edge shots by McKAy sowing the carbonates are very similar to types of single and multicelled lifeforms that populated (and still do) the aters of our planet.
The entire Rover projects findings has been a search fr similitude on earth

Bewildered's claims were . . . complete insanity.