Skip to main content

Antarctica’s Lake Enigma, once thought to be entirely frozen, has revealed a hidden microbial ecosystem thriving beneath 14 meters of ice. Scientists uncovered this surprising discovery using radar surveys and drilling, identifying a vast body of liquid water teeming with life, including ultrasmall bacteria never observed before.

The lake’s harsh environment, with an average temperature of -14 °C, had previously been considered inhospitable to life. The discovery challenges these assumptions and offers valuable insights into how microbial life persists in extreme conditions. This breakthrough has implications beyond Earth, potentially guiding the search for extraterrestrial life on icy moons like Europa and Enceladus.

Satellite imagery: Lake Enigma, Antarctica
Lake Enigma, Antarctica. Credit: European Union, Copernicus Sentinel-2 imagery

This striking image, captured by a Copernicus Sentinel-2 satellite on January 6, showcases the icy expanse of Lake Enigma.

Copernicus Sentinel satellites play a vital role in monitoring remote bodies of water, offering open data that supports researchers in uncovering the mysteries of Earth’s most extreme environments.

Featured image credit: European Union, Copernicus Sentinel-2 imagery

Satellite Image: Étang de Biguglia, Corsica, France
Image of the day: Étang de Biguglia, CorsicaNews

Image of the day: Étang de Biguglia, Corsica

The Étang de Biguglia is the largest lagoon in Corsica, France, covering approximately 1,800 hectares. Recognized as a Ramsar Site, it is a critical habitat…
Muser NewsDeskMuser NewsDeskMarch 16, 2025 Full article
Graphic news (s. climate, science, research, scientists. emission targets, floods, environment)
Global oil demand to dip in 2030, first drop since Covid: IEANews

Global oil demand to dip in 2030, first drop since Covid: IEA

Paris, France | AFP Global oil demand will fall slightly in 2030, its first drop since the 2020 Covid pandemic, the International Energy Agency said Tuesday.…
SourceSourceJune 17, 2025 Full article
Decomposing ‘refrigerants’, a potent greenhouse gas, using industrial wasteScience

Decomposing ‘refrigerants’, a potent greenhouse gas, using industrial waste

Developing a catalyst to decompose refrigerants, which are 1,300 times more potent than carbon dioxide, using industrial waste known as red mud. By National Research…
SourceSourceJuly 22, 2024 Full article