Roughly 233 million years ago, Earth’s continents were fused into one massive landmass, and life as we know it was on the ...

Earth was a frozen wasteland. Then, rising CO2 caused a catastrophic thaw, turning Earth into a "slushy" planet.

University of Maryland researchers have found intriguing new evidence of ancient seafloor deep beneath the Earth's surface.

Earth's outermost layer is composed of several ... For instance, during the Carboniferous period (359 million to 299 million years ago) the Paleotethys ocean divided Pangaea from Asian landmasses ...

An international team of researchers discovered a new specimen called Quaestio simpsonorum—a pancake-shaped creature that represents on of the earliest examples of complex life on Earth.

After the last global ice age, Earth’s frozen state transitioned rapidly into a warmer, slushy planet as carbon dioxide ...

At the end of the last global ice age, the deep-frozen Earth reached a built-in limit ... planet—otherwise known as the "plumeworld ocean" era—when sky-high carbon dioxide levels forced ...

Working alongside geology professors Vedran Lekic and Nicholas Schmerr, Wang used this technique to peer into the mantle—a ...

Its ultimate goal is to build a digital twin of the earth moderated by AI Agents. By harnessing the power of advanced Generative ... validate and share fruits in an AI-native era. This transformative ...