CORDIS Project
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This project aims to create a comprehensive model linking tectonic processes with biogeochemical cycles during a critical period in Earth's history. It will provide insights into how geological changes influenced climate and the evolution of life.
The late Neoproterozoic Era marks some of the most important changes in the biogeochemical evolution of our planet.
During the late Cryogenian,Ediacaran and Early Cambrian Periods (ca. 650–520 Ma), our planet was marked by a global icehouse event (‘Snowball Earth’), a rapid rise in oxygen content of the atmosphere, evolution of animals and complex life forms and the amalgamation of the Gondwanian supercontinent, which formed the earliest ‘modern’ style mountain belts with the deep burial of cont…
UNIVERSITY OF LEEDS
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