Extremophiles are tiny microbes that are able to thrive in hot, salty and even acidic or gaseous environments that would kill other forms of life. Now scientists are using these hardy dwellers of the ...

In 1956 at Oregon State University, nuclear researchers found that the bacterium D. radiodurans could withstand levels of radiation thousands of times what most animals can. The core of a nuclear ...

Expertise from Forbes Councils members, operated under license. Opinions expressed are those of the author. The use of steam and water for industrial purposes was the dawn of the Industrial Revolution ...

Most forms of life cannot survive extreme environmental conditions, like excessive temperatures. Likewise, the significant majority of species on our planet have a set lifespan and cannot exist past a ...

Wherever we look on Earth – even in the most inhospitable places – we find life. But how do organisms manage to survive such difficult conditions? Lorna Dougan explains how physicists are helping to ...

Perfectly adapted microorganisms live in extreme environments from deep-sea trenches to mountaintops. Learning more about how these extremophiles survive in hostile conditions could inform scientists ...

Microbes are masters of survival, having honed their remarkable adaptability over billions of years, enabling them to thrive from garden soil to hydrothermal vents. To better understand these ...

Many of these species possess genes that make them resistant to decontamination and radiation, potentially posing a risk of interplanetary contamination. These "extremophile" microorganisms could lead ...

Extremophiles are organisms that can survive in environmental conditions that are hostile and even lethal for other organisms; this includes extremes of temperature, high salt concentrations, extremes ...

The farming industry spends tons of money on artificial means of reinvigorating soil, but an all-natural solution may already exist: beneficial microbes that have evolved to thrive in extreme ...

They thrive, not just survive. The microbes live in places such as the Antarctic, where temperatures reach -45°C in the summer; on the ocean floor, in constant 2°C waters; or in boiling hot springs.