An experiment that was conducted aboard — or rather outside of — the International Space Station, proves that biological organisms can survive the harsh environment of space for extended periods of time. The experiment was designed investigate how human expeditions to Mars could one day sustain themselves, and how the biology of extremophiles — organisms that thrive in conditions that would be deadly to other creatures here on Earth — would fare in the harshness of space. The success of the experiment not only provided surprisingly positive results, it also offers new evidence that life on Earth may have originated from elsewhere in the cosmos.
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For the third time this winter, temperatures in the Arctic are forecast to rise to near freezing, due to a massive storm that is brewing in the North Atlantic. The continued dumping of warm, moist air into the Arctic, along with the overall rise of global temperatures and a warm Arctic winter, is hampering the region’s ability to generate new sea ice cover, already at a record low since the season started last September.
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The listing of the rusty patched bumblebee on the endangered species list in the United States has been delayed by a directive issued by the Trump administration that places a 60-day hold on all new regulations published in the Federal Register. This now-scarce species of bumblebee was due to be included in the endangered species list on February 10, but the delay pushes that inclusion back to March 21.
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Brain implants that allow the direct interface between the human brain and machines have been in development for some time now. However, aside from the daunting task of figuring out how to couple solid-state electronics with what amounts to a biological computer, another problem faced by researchers is the body’s reaction to foreign objects: implanted electrodes work just fine when initially inserted, but over time scar tissue builds up over them, hampering their ability to both read and transmit electrical signals between themselves and their targeted neurons. However, researchers at Harvard Medical School have come up with a new method of implantation that may be able to avoid this problem, allowing for long-term use of such implants.
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