Microbial Life
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Could Earth Have Sent Life To Venus? New Study Explores 'Panspermia' As A Possible Explanation
Recent models suggest asteroid impacts could have transferred surface materials and potentially microbes from Earth to Venus, where they may have adapted to the clouds.
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NASA Shares What Makes Ice-Covered Antarctic Lake Full Of Life
Due to the extremely cold climate, Lake Unter-See remains covered in ice year-round.
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Russia Plans Venera-D Mission to Venus in 2036 With Lander, Orbiter, and Balloon Probe
Russia plans to launch the Venera-D mission to Venus in 2036. The mission will include an orbiter, balloon probe and lander to study Venus’s atmosphere, clouds and surface, while searching for possible microbial life and continuing the legacy of Soviet Venus exploration.
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Study Reveals Jupiter's Moon Europa May Lack Conditions To Support Life Despite Its Vast Hidden Ocean
NASA launched the Europa Clipper spacecraft in 2024 with the goal of investigating whether conditions favorable for life exist on Europa.
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Scientists Discover Microbes That May Help Make Mars Habitable
Mars is seen as the next major challenge for human exploration, but establishing life there is not easy.
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Biggest Space Discoveries in 2025: From New Comets and Black Holes to Sign of Life on Mars
The year 2025 proved extraordinary for astronomy, delivering discoveries that stretched from our cosmic backyard to distant galaxies. Scientists tracked Comet 3I/ATLAS, only the third known interstellar object, while nearby stars like Barnard’s Star and Alpha Centauri revealed new planetary companions. On Mars, strange “leopard spots” raised ...
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NASA’s Perseverance Rover Poised for Years of Exploration Across Jezero Crater
NASA’s Perseverance rover, in excellent condition, is ready for long-term Mars exploration. Using autonomous driving, it has travelled nearly 25 miles, studied olivine-rich rocks, and collected samples revealing potential signs of past microbial life. The rover now heads to Lac de Charmes for further scientific investigation, promising years of d...
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78 Million Years Ago, An Asteroid Hit Earth, Then Life Started In Its Crater
Scientists have discovered that microbial life colonised the Lappajarvi impact crater in Finland shortly after a massive asteroid struck 78 million years ago.
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Study Links Microbial Colonization to Ancient Meteorite Crater: What You Need to Know
A Swedish team has precisely dated microbial life in Finland’s Lappajärvi crater. Isotopic traces show bacteria colonized the hydrothermal system just a few million years after the meteorite impact, thriving for millions of years. The finding suggests impact craters on Earth and Mars may provide lasting habitats for life.
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NASA’s Perseverance Rover Finds Potential Signs of Life in Mars Rock Sample
NASA’s Perseverance rover has uncovered iron-rich minerals in Jezero Crater rocks that on Earth often link to microbial activity. The discovery suggests Mars’ lake basin may have been more hospitable than thought. Still, scientists caution that only Earth-based analysis can confirm whether these are true biosignatures.
-
Could Earth Have Sent Life To Venus? New Study Explores 'Panspermia' As A Possible Explanation
Recent models suggest asteroid impacts could have transferred surface materials and potentially microbes from Earth to Venus, where they may have adapted to the clouds.
-
NASA Shares What Makes Ice-Covered Antarctic Lake Full Of Life
Due to the extremely cold climate, Lake Unter-See remains covered in ice year-round.
-
Russia Plans Venera-D Mission to Venus in 2036 With Lander, Orbiter, and Balloon Probe
Russia plans to launch the Venera-D mission to Venus in 2036. The mission will include an orbiter, balloon probe and lander to study Venus’s atmosphere, clouds and surface, while searching for possible microbial life and continuing the legacy of Soviet Venus exploration.
-
Study Reveals Jupiter's Moon Europa May Lack Conditions To Support Life Despite Its Vast Hidden Ocean
NASA launched the Europa Clipper spacecraft in 2024 with the goal of investigating whether conditions favorable for life exist on Europa.
-
Scientists Discover Microbes That May Help Make Mars Habitable
Mars is seen as the next major challenge for human exploration, but establishing life there is not easy.
-
Biggest Space Discoveries in 2025: From New Comets and Black Holes to Sign of Life on Mars
The year 2025 proved extraordinary for astronomy, delivering discoveries that stretched from our cosmic backyard to distant galaxies. Scientists tracked Comet 3I/ATLAS, only the third known interstellar object, while nearby stars like Barnard’s Star and Alpha Centauri revealed new planetary companions. On Mars, strange “leopard spots” raised ...
-
NASA’s Perseverance Rover Poised for Years of Exploration Across Jezero Crater
NASA’s Perseverance rover, in excellent condition, is ready for long-term Mars exploration. Using autonomous driving, it has travelled nearly 25 miles, studied olivine-rich rocks, and collected samples revealing potential signs of past microbial life. The rover now heads to Lac de Charmes for further scientific investigation, promising years of d...
-
78 Million Years Ago, An Asteroid Hit Earth, Then Life Started In Its Crater
Scientists have discovered that microbial life colonised the Lappajarvi impact crater in Finland shortly after a massive asteroid struck 78 million years ago.
-
Study Links Microbial Colonization to Ancient Meteorite Crater: What You Need to Know
A Swedish team has precisely dated microbial life in Finland’s Lappajärvi crater. Isotopic traces show bacteria colonized the hydrothermal system just a few million years after the meteorite impact, thriving for millions of years. The finding suggests impact craters on Earth and Mars may provide lasting habitats for life.
-
NASA’s Perseverance Rover Finds Potential Signs of Life in Mars Rock Sample
NASA’s Perseverance rover has uncovered iron-rich minerals in Jezero Crater rocks that on Earth often link to microbial activity. The discovery suggests Mars’ lake basin may have been more hospitable than thought. Still, scientists caution that only Earth-based analysis can confirm whether these are true biosignatures.
