Science has buried bodies of tardines, algae, diatoms and small shear rates in a body of water below one kilometer of Antarctic ice, according to a news report from Nature.
The results come from the sub-glacial Antarctic Lakes Scientific Access (SALSA) project, which previously made it known that the water, Lake Mercer, is 60 cm wide. The discovery marks the first results of that project, which it attempts to understand this curious, watery environment.
The carcasses originated from all 10,000 or 120,000 years past heating periods, after which & quot; Nature. It is not clear how life, especially agriculture, microscopic tardy wheel and a particular fungus, would do. But it was thought that they were on the back of the water.
This was the third time scientists had discovered an Antarctic subglacial, and the first time scientists had Lake Mercer accessible, when it was only explored with radar, according to the Nature report. Researchers discovered the lake over a ten year ago. It is 160 km2 in area and at 800 km from the Antarctic.
According to Lake Mercer's location below the ice, it is unlikely that it could report a colony due to the lack of sunlight. Nature. Perhaps enough central light can be through a mere but upwardly less ice to support a kind of microbial colony.
SALSA's project leader, John Priscu, pointed out that his team was responsible for eliminating contaminated sources, and provided an outside expert to verify what they had seen. The expert confirmed that the organisms were seeing as if they were thousands of years dead and that they were comparable to some of Antarctica's glacier-free regions.
It is worth staying creatures, however; There is no pear-reviewed paper to justify the debt.
But this is exciting for causes than only the severity of finding life in Antarctica. Astronomers have evidence of water ice protection at Jupiter's mouth Europe and deep beneath the Marches. Find the life in most places on earth brings our hope that life can be analogous to other planets.
The team will now try to search the materials, search their DNA, and analyze samples from other lakes studied by the SALSA mission to tell the full story.
We will update you on this story as it develops, and ask you to see the published research.[via Nature]