An international team of scientists has synchronized key climate records from the Atlantic and Pacific Oceans to unravel the ...

“We’re looking at the most aggressively anti-science government the United States has ever had,” astronomer Phil Plait told ...

The planet is about six times more massive than Earth and could be rocky, offering a unique opportunity to study a heavier ...

In about a billion years, Earth will lose its oxygen, making it uninhabitable for life forms that depend on oxygen. The ...

Earth’s earliest forms of life, such as microbes, cyanobacteria ... a professor in the School of Earth and Planetary Sciences ...

NASA has launched the SPHEREx telescope to uncover the ingredients for life in our galaxy, as well as the PUNCH mission to study the sun’s mysteries.

As massive glaciers scratched and scarred Earth’s rocky surface, they freed less-common minerals, which were later flushed ...

In about a billion years, Earth will lose its oxygen, making it uninhabitable for life forms that depend on oxygen. The planet will become methane-rich, similar to its state before the Great ...

we propose that the coevolution of life and Earth’s surface environment may have unfolded in a way that makes the evolutionary origin of humanlike intelligence a more foreseeable or expected ...

To put that in perspective, the Earth is thought to be about 4.5 billion years old, which means these "rocks"—really ...

Earth’s earliest forms of life, such as microbes ... a professor in the School of Earth and Planetary Sciences at Curtin University in Perth, Australia. “However, aspects of this idea were ...