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3.5 Billion-Year-Old Hydrothermal Vents Produced Phosphorus and Clay Particles for Early Life, New Study
Researchers from The University of Western Australia examined 3.5 billion-year-old hydrothermal vent sediments and discovered clues about the origin and early evolution of life.
Latest Research Articles
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Colombia Fire Update: About 17,000 Hectares Burned Since November as Country Faces Hotter Temperatures
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Rare Sightings of Newborn Great White Shark Can Help Understand the Top Predator's Birthing Habits
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Rare Tree That Produces Anticancer Drug Recreated in Tobacco by Scientists
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Africa’s Savannah Elephants Face Extinction in Small Fortress Parks, Researchers Warn
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![Flying Reptile from 'Kuehneosaurs' Group 200 Million Years Ago Discovered by UK Student in Bristol Region [Study]](https://d.natureworldnews.com/en/full/69217/flying-reptile-kuehneosaurs-group-200-million-years-ago-discovered-uk-student-bristol-region.jpg?w=178&h=100&f=20ec3ebb92c55d74e914b8c16f64ea0c)
Flying Reptile from 'Kuehneosaurs' Group 200 Million Years Ago Discovered by UK Student in Bristol Region [Study]
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Bees Influenced the Dazzling Colors of Flowers Through Light Sensing Cells, Study Shows
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Europe’s Rivers Show Signs of Improvement But Face New Threats
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Global Warming Brings Unprecedented Melting of Mountain Glaciers, Destroys Climate Records
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Pink Salmon: A Potential Threat or a Valuable Resource for Norway?
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Largest Cruise Ship's Use Of Liquified Natural Gas Called Greenwashing By Experts
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Icelandic Fishing Town Found To Be Fissured, Unstable Due To Volcanic Eruption
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New Camera System Allows To See Exceptional Animal Colors in Wildlife






