A respected scientist has claimed that that life exists on Mars in the form of bizarre insect-like organisms resembling bees.
Professor Emeritus William Romoser, an entomologist from Ohio University, said images captured by Nasa’s Mars rovers clearly show ‘fossilised and living creatures’ on the Red Planet’s surface.
‘There has been and still is life on Mars,’ Romoser said.
‘There is apparent diversity among the Martian insect-like fauna which display many features similar to Terran insects that are interpreted as advanced groups – for example, the presence of wings, wing flexion, agile gliding/flight, and variously structured leg elements.’
He said the rovers have snapped pictures which ‘clearly depict the insect- and reptile-like forms’.
The scientist even suggested one image shows a living insect ‘in a steep dive before pulling up just before hitting the ground’.
‘Once a clear image of a given form was identified and described, it was useful in facilitating recognition of other less clear, but none-the-less valid, images of the same basic form,’ Romoser said.
‘An exoskeleton and jointed appendages are sufficient to establish identification as an arthropod. Three body regions, a single pair of antennae, and six legs are traditionally sufficient to establish identification as “insect” on Earth.
‘These characteristics should likewise be valid to identify an organism on Mars as insect-like. On these bases, arthropodan, insect-like forms can be seen in the Mars rover photos.’
Romoser said the Martian ‘creatures’ loosely resemble bumblebees or carpenter bees on Earth.
He suggested the ‘bees’ appearing to shelter or nest in caves and claimed other images show a fossilized creature that resembles a snake.
Romoser was an entomology professor at Ohio University for 45 years and co-founded its Tropical Disease Institute. He also spent nearly 20 years as a visiting vector-borne disease researcher at the U.S. Army Medical Research Institute of Infectious Diseases. Between 1973 and 1998, Romoser authored and co-authored four editions of the widely-used textbook called ‘The Science of Entomology’.
Romoser noted that ‘interpretations of insect- and reptile-like creatures he described may change in the future as knowledge of life on Mars evolves, but that the sheer volume of evidence is compelling’.
‘The presence of higher metazoan organisms on Mars implies the presence of nutrient/energy sources and processes, food chains and webs, and water as elements functioning in a viable, if extreme, ecological setting sufficient to sustain life,’ he said.
‘I have observed instances suggestive of standing water or small water courses with evident meander and with the expected blurring of small submerged rocks, larger emergent rocks at the atmosphere/water interface, a moist bank area, and a drier area beyond the moist area. Water on Mars has been reported a number of times, including surface water detected by instrumentation on Viking, Pathfinder, Phoenix, and Curiosity.
‘The evidence of life on Mars presented here provides a strong basis for many additional important biological as well as social and political questions,” he added. It also represents a solid justification for further study.’
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