A giant, ancient meteorite may have helped life on Earth thrive
A giant meteorite first discovered in 2014 caused a tsunami bigger than any in known human history and may have sparked life, ...
Life ‘may have thrived’ after giant meteorite hit Earth – research
Experts suggest the conditions caused by the impact of the S2 meteorite 3.26 billion years ago may have caused certain life ...
Ancient meteorite was 'giant fertilizer bomb' for life on Earth
The space rock that slammed into Earth 66 million years ago at the end of the Cretaceous Period caused a global calamity that ...
A giant meteorite boiled the oceans 3.2 billion years ago. Scientists say it was a ‘fertilizer bomb’ for life
When a meteorite with the mass of four Mount Everests hit Earth 3.2 billion years ago, it caused global chaos and provided an ...
Colossal Impact 3 Billion Years Ago May Have Boosted Life on Earth
A formation known as the Barberton Greenstone Belt in South Africa contains evidence of a giant impact that shook Earth 3.26 ...
Giant meteorite strike may have helped life thrive on Earth, research suggests
The huge chunk of space rock is estimated to have been up to 200 times larger than the meteorite that killed the dinosaurs ...
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The positive impact of a giant meteorite that crashed into Earth more than 3 billion years ago
More than 2 billion years before the dinosaur-destroying meteorite, a meteorite the size of four Mt. Everests, known as S-2, crashed into Earth, creating a planetwide tsunami that actually had a ...
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Giant Meteorite May Have Fertilized Early Life on Earth
Recent scientific findings suggest a massive meteorite that impacted Earth 3.26 billion years ago may have benefited early ...
Life on Earth may have been fueled by a giant meteorite, four times larger than Everest, study finds
Discover how the massive S2 meteorite, 4 times the size of Mount Everest, may have sparked life on Earth 3.26 billion years ago by unleashing vital nutrients.
Giant tubeworms part of thriving ecosystem found under the seafloor in the Pacific
"It was once believed that only microbes and viruses inhabited the subseafloor crust beneath hydrothermal vents," the study ...