The underground ocean of Saturn's moon Enceladus harbors an abundance of molecular hydrogen, which could be an important source of food
if microbial life exists there.
Not exact matches
Curiosity touched down on the night of Aug. 5, 2012, kicking off a mission to determine
if Mars has ever been capable of supporting
microbial life.
If these shallow pools existed at least 700 million years earlier — or when the oceans of Mars began to evaporate — they may have bridged a crucial gap for
microbial life on the planet.
If groundwater consistently fed these lakes, pools, and puddles, as rock formations hint, it's possible that
microbial life could have taken shelter there.
Even
if Mars ever supported
microbial life form (s), that does not mean it could support or even could have ever supported humanlike
life form.
Now researchers in California and Virginia have identified symbiotic bacteria
living on amphibians» skins that protects them from the deadly fungal disease, and later this summer the scientists will collect some of the
microbial samples, culture them in the lab, and use the product to inoculate some frogs in California's Sierra Nevada to see
if the approach stops chytrid in the wild.
If we can collect a sample of the water, we may determine whether
microbial life exists, how it evolved, and how it continues to
live in this cold environment with no connection to the atmosphere.»
«
If there is
microbial life in the lake, it should be something unusual,» says Lipenkov.
If there were multiple origins of
life on Earth, the
microbial descendants of another genesis could be all around us, forming a possible shadow biosphere.
«
If there is abundant microbial life on Mars, I suspect that we will find it within 20 years — if it is enough like our form of lif
If there is abundant
microbial life on Mars, I suspect that we will find it within 20 years —
if it is enough like our form of lif
if it is enough like our form of
life.
Biotech guru J. Craig Venter proposes that
if we find
microbial life on Mars, we could sequence its genome locally, transmit the information and rebuild the organism here on Earth.
«
If there is
microbial life in these lakes, it has been under ice for a very long time, so it must have evolved in isolation.
If we can collect a sample, we can determine whether
microbial life exists in order to understand how it evolved and how it continues in this cold environment with no sunlight or energy.»
NASA's Mars rover Curiosity is expected to spend at least two years exploring Gale Crater to determine
if the region could have ever supported
microbial life.
Scientists think Titan may also be able to support
microbial life (though
if that
life teems in the hydrocarbon seas, it will be very different than organisms here on Earth).
Data from the instrument can improve the understanding of the history of Martian climate and
if conditions on early Mars may have been conducive for supporting
microbial life.