New research conducted on a NASA-discovered bacterium shows the microbe is capable of entering an extreme dormant state, ...
Because oxygen-bearing sulfate minerals trap and preserve signals from Earth's atmosphere, scientists closely study how they form. Sulfates are stable over billions of years, so their oxygen isotopes ...
Mars, today a cold, irradiated, and dry world, once had a much warmer and wetter environment. The planet was covered by lakes, rivers, and even an ocean in its northern hemisphere. The latest research ...
As such, researchers at Cambridge University and the Helmholtz-Zentrum Berlin have been studying tiny ancient fossils ...
A global effort to create a "microbial Noah's Ark" to preserve the world's diverse collection of healthy microbes before they disappear is now entering an active growth phase. In a perspective article ...
"At some point it might not be beneficial anymore to stick around with your buddies. But if you don't, you die." In her book "Beyond Anxiety: Curiosity, Creativity and Finding Your Life's Purpose," ...
A meteorite 200 times larger than the one that wiped out Earth’s dinosaurs may have been critical for the development of early microbial life on the planet three billion years ago, according to a ...
A long time ago, tiny crystals formed in seafloor mud and held onto secrets that would puzzle scientists for decades. These ...
Astronauts swabbed surfaces in the kitchen, bathroom, dining space and other areas on the ISS. They then sent the 803 samples to Benitez and colleagues for analysis. The ISS has lower microbial ...
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