CORDIS Project
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This project investigates how bedrock channels and knickpoints influence landscape evolution in response to environmental changes. By using experimental and numerical modeling, it aims to identify the factors affecting knickpoint retreat rates and improve predictions of landscape responses to tectonic and climatic shif…
As the link between the fluvial network and hillslopes, bedrock channels mediate the response of the landscape to changing boundary conditions, such as tectonics and climate through migrating ‘knickzones’ or ‘knickpoints’, yet the complexities of the mechanisms of knickpoint retreat are often ignored in studies of landscape evolution.
This fellowship aims to understand the controls on knickpoint retreat rate and explore the implications for landscape evolution (e.g. channel-hillslope coupling) a…
CENTRE NATIONAL DE LA RECHERCHE SCIENTIFIQUE CNRS
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