A rock that might hold the oldest form of complex life on Earth
Erica found a rock in Western Australia a decade ago, potentially holding a 3.5-billion-year-old microbial ecosystem. This challenges previous beliefs about early life evolution. Scientists are excited about the insights this discovery may offer.
Read original articleErica stumbled upon a rock a decade ago that may contain the oldest form of complex life on Earth. The discovery suggests that the rock, found in Western Australia, holds evidence of a 3.5-billion-year-old microbial ecosystem. This finding challenges previous beliefs about the timeline of when life forms evolved on our planet. Scientists are intrigued by the potential insights this discovery could provide into the early stages of life on Earth and how organisms developed in ancient times. Further research and analysis of the rock and its contents are underway to unlock more secrets about the Earth's early history and the origins of complex life forms.
Related
Fresh water on Earth emerged 500M years earlier than previously thought
Researchers at Curtin University discovered fresh water on Earth around four billion years ago, challenging existing theories. Analysis of ancient crystals suggests landmasses and fresh water played a crucial role in early life emergence. Published in Nature Geoscience.
Structures discovered in the Pacific could change our understanding of Earth
Researchers found unique structures in the Pacific Ocean challenging traditional beliefs about Earth's early history. Rock formations in South Africa and New Zealand suggest ancient seismic activities shaped the planet, potentially influencing the emergence of life.
The Mysterious, Deep-Dwelling Microbes That Sculpt Our Planet
Microbes in Earth's crust, like Thiothrix and Gallionella species, are reshaping scientific understanding. Geomicrobiologists study these ancient, slow-reproducing microbes thriving in extreme conditions, revealing a hidden world influencing Earth's geology and life evolution.
The start of complex life on Earth pushed back by 750M years
Complex life on Earth originated 750 million years earlier than thought, discovered in Australia. Dr. Erica Barlow found a 2.4 billion-year-old microfossil, linking it to the 'Great Oxidation Event.' This finding reveals insights into early life evolution.
Gobsmacking Study Finds Life on Earth Emerged 4.2B Years Ago
A study reveals life on Earth began 4.2 billion years ago from a common ancestor resembling a prokaryote with an early immune system. Research from the University of Bristol suggests rapid ecosystem establishment. Published in Nature Ecology & Evolution.
Related
Fresh water on Earth emerged 500M years earlier than previously thought
Researchers at Curtin University discovered fresh water on Earth around four billion years ago, challenging existing theories. Analysis of ancient crystals suggests landmasses and fresh water played a crucial role in early life emergence. Published in Nature Geoscience.
Structures discovered in the Pacific could change our understanding of Earth
Researchers found unique structures in the Pacific Ocean challenging traditional beliefs about Earth's early history. Rock formations in South Africa and New Zealand suggest ancient seismic activities shaped the planet, potentially influencing the emergence of life.
The Mysterious, Deep-Dwelling Microbes That Sculpt Our Planet
Microbes in Earth's crust, like Thiothrix and Gallionella species, are reshaping scientific understanding. Geomicrobiologists study these ancient, slow-reproducing microbes thriving in extreme conditions, revealing a hidden world influencing Earth's geology and life evolution.
The start of complex life on Earth pushed back by 750M years
Complex life on Earth originated 750 million years earlier than thought, discovered in Australia. Dr. Erica Barlow found a 2.4 billion-year-old microfossil, linking it to the 'Great Oxidation Event.' This finding reveals insights into early life evolution.
Gobsmacking Study Finds Life on Earth Emerged 4.2B Years Ago
A study reveals life on Earth began 4.2 billion years ago from a common ancestor resembling a prokaryote with an early immune system. Research from the University of Bristol suggests rapid ecosystem establishment. Published in Nature Ecology & Evolution.