Why the Colorado Plateau’s Red Rock Layers Reveal a Long Story of Changing Landscapes
Explore how ancient environments, tectonic uplift and erosion shaped the Colorado Plateau's red rock landscapes.
Explore how ancient environments, tectonic uplift and erosion shaped the Colorado Plateau's red rock landscapes.
The Great Unconformity: What a Missing Billion Years Can Tell Us About Earth — An accessible, evidence-led geology feature for readers interested in Earth science and geological history.
The dramatic rock towers of Arizona's Chiricahua region are associated with thick deposits of volcanic ash that cooled and welded together. Later weatherin
The Capitan Reef of West Texas and New Mexico is a major Permian carbonate system preserved around the margins of an ancient basin. Its rocks record a mari
The San Juan volcanic region of southwestern Colorado contains a complex record of volcanic activity, including large caldera systems and younger volcanic
Petrified wood forms when buried plant material is gradually mineralised, preserving aspects of the original wood structure. It is a fossil record of ancie
An unconformity is a surface that represents a gap in the geological record. It can form when deposition stops, older rocks are eroded, or both processes o
Faults are fractures along which rocks have moved relative to one another. They record deformation, influence groundwater pathways and help explain the dis
Folds are bends in rock layers produced when rocks deform under stress. They are common in mountain belts and sedimentary basins, where compression, burial
Nature reported on 7 October 2026 that NASA had released a collection of images and observations from the Artemis II flight. The material offers planetary