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Mantle plumes, shown in red, have been identified around the world. (Ingo Wölbern, via Wikimedia Commons)

Scientists unearth 20 million years of ‘hot spot’ magmatism under Cocos...

A microscope image from an experiment conducted for this study. The image contains glass (brown), large garnets (pink) and other small mineral crystals. The field of view is 410 microns wide, about size of a sugar crystal. Credit: Science (2023). DOI: 10.1126/science.ade3418

Study presents new clues about the rise of Earth’s continents

New lab work suggests that rock roughness affects earthquake aftershock dynamics along faults. Credit: Dextersinister/Wikimedia Commons, CC BY-SA 4.0

Rougher faults may generate more earthquake aftershocks

Map of the tectonic plates (credit: Getty Images)

How did the Andes Mountains get so huge?

The concurrent subduction of the Pacific and Atlantic plates resulted in the formation of a mantle plum and the ascent of magma. (ill./©: Nicolas Riel)

Plate tectonic processes in the Pacific and Atlantic during the Cretaceous...

Model by Dr Tristan Salles, School of Geosciences.

Most detailed geological model reveals Earth’s past 100 million years

A diagram of the asthenosphere, which aids plate tectonics, where researchers at the UT Austin Jackson School of Geosciences say they detected a global layer of partial melt (shown in speckled red). Credit: Junlin Hua, UT Jackson School of Geosciences

Scientists detect molten rock layer hidden under Earth’s tectonic plates

The new study in Geophysical Research Letters shows a previously undiscovered change in tectonic plate thickness across the Denali Fault in Alaska impacts where it is located, shedding light on how major faults and earthquakes occur. Credit: Isabella Gama and Karen Fischer.

Researchers uncover secrets on how Alaska’s Denali Fault formed

A. The lithospheric breakup-collision coupling system, in which collisional thickening of the continental crust is coupled with lithospheric breakup due to asthenospheric upwelling for active rifting. B. The seafloor spreading-lithospheric subduction coupling system, in which the oceanic slab is subducted to depths of >80–100 km for the gravitational pull, providing far-field stresses for passive rifting. Credit: Science China Press

Plate tectonics in the twenty-first century

Superdeep diamonds that originate hundreds of kilometers beneath Earth’s surface are like time capsules revealing how they were formed, thanks to unique combinations of minerals trapped inside the diamonds. Credit: University of Alberta

‘Superdeep’ diamond deepens our understanding of plate tectonics

Summer precipitation and black carbon emission characteristics. a The spatial pattern of summer precipitation using the Climatic Research Unit (CRU) dataset overlain with summer 500 hPa wind fields for the period 2001–2016, using the ERA-Interim dataset over the Tibetan plateau (TP) and South Asia (denoted by red polygon). NTP and STP delineate the northern and southern Tibetan plateau boundaries.

South Asian black carbon causes glacier loss on Tibetan Plateau

Interactions of mantles at different depths. Credit: Prof. Dai Liqun's team.

Molybdenum isotopes reveal interaction between subducting slabs and mantles

Earth

Laying geological groundwork for life on Earth

The diamond from Botswana revealed to the scientists that considerable amounts of water are stored in the rock at a depth of more than 600 kilometres. Photo: Tingting Gu, Gemological Institute of America, New York, NY, USA

An ocean inside Earth? Water hundreds of kilometers down

Outcrop of carbonate-altered mantle rock in the San Andreas Fault area. A recent study shows that carbon sequestration in mantle rocks may prevent large earthquakes in parts of the San Andreas Fault. (Photo by Frieder Klein, © Woods Hole Oceanographic Institution)

Geological carbon sequestration in mantle rocks prevents large earthquakes in parts...

The southern-central edge of the Tibetan Plateau near the border with western Nepal and the Indian state of Sikkim is pictured in this Sentinel-2A image from 1 February 2016. Credit: European Space Agency. Contains modified Copernicus Sentinel data [2016]/ processed by ESA ,CC BY-SA 3.0 IGO/Wikimedia Commons

Crucial evidence explains anomalously fast convergence between India and Asia in...

Brine pools are one of the most extreme environments on Earth, yet despite their high salinity, exotic chemistry, and complete lack of oxygen, these pools are teeming with life.

Rare deep-sea brine pools discovered in Red Sea

inner core (USC Graphic/Edward Sotelo)

The Earth moves far under our feet: A new study shows...

Molten lava from a Hawaiian volcano. Image: Willyam/Adobe

Puzzling features deep in Earth’s interior illuminated

Puna Plateau (© Mitchall d'Arcy)

Which forces control the elevation of mountains?

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