New research indicates that plate tectonics were responsible for stabilising boron on Earth. The element is crucial for life ...

The supercontinent cycle describes the episodic assembly and dispersal of Earth’s continental masses over intervals of roughly 400–600 million years. At its heart lies a dynamic interplay between ...

Pannotia holds an odd place in Earth science. It is mentioned in textbooks and review papers, but its outline is unclear. The projected supercontinent is thought to have existed roughly 600 million ...

The “Boring Billion” is an informal description of a billion-year-period of Earth history (1.8 billion to 800 million years ago) where tectonics, climate, and biological evolution remained ...

Earth hasn’t always looked like this. Before there were trees, animals, or even mushrooms, the planet was already changing in major ways – both above and below the surface. Roughly 1.5 billion years ...

Forbes contributors publish independent expert analyses and insights. David Bressan is a geologist who covers curiosities about Earth. A study led by researchers from the University of Sydney and the ...

A research team led by Academician Jin Zhijun from the Institute of Energy, Peking University, has revealed how interactions between Earth's tectonic activity and astronomical cycles jointly shaped ...

Subduction related to the ancient supercontinent cycle is poorly constrained by mantle samples. Sublithospheric diamond crystallization records the release of melts from subducting oceanic lithosphere ...

Earth has always been a dynamic planet, with tectonic plates constantly moving and shifting. For the last 1.5 billion years, the continents have been joining together and separating again in a ...

ABSTRACT: 1989 is the beginning of intensive research into the phenomena of cold nuclear fusion, renamed “The Low Energy Nuclear Synthesis Reactions” (LENR). Based on these results and the long-term ...