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Colin Prentice is a leading researcher in the field of biosphere-climate interactions, with a focus on understanding how plants respond to and interact with changing climate conditions. His work integrates ecological and environmental physics observations, alongside atmospheric measurements and remote sensing, to develop new theoretical predictive frameworks. He leads significant international projects like the REALM project aimed at reinventing ecosystem land-surface models and the LEMONTREE project which is focused on developing next-generation models of terrestrial biosphere interactions related to the carbon and water cycles. As the Director of the Leverhulme Centre for Wildfires, Environment, and Society, Prentice's research also addresses the biophysical dynamics of wildfires. He has held various prestigious positions, including professorships and distinguished visiting roles, contributing greatly to our understanding of the Earth's systems and climate change impacts.
Imperial College London • London, UK
Professor of Biosphere Climate Impacts, focusing on the interaction between ecosystems and climate.
Leverhulme Centre for Wildfires, Environment and Society • London, UK
Leading research on the biophysical dynamics of wildfires and their human dimensions.
Tsinghua University • Beijing, China
Contributing to research in ecology and climate impact.
Macquarie University • Sydney, Australia
Engaging in collaborative research in ecology and evolution.
Imperial College London • London, UK
Focused on research regarding biosphere interactions and climate change.
University of Bristol • Bristol, UK
Professor in Earth System Science with a focus on quantifying understanding of Earth systems.
Max Planck Institute for Biogeochemistry • Jena, Germany
Established the institute focusing on biogeochemical cycles.
Lund University • Lund, Sweden
Professor of Plant Ecology, engaging in fundamental research on plant responses to climatic factors.
Specialisms available in Materials for the Energy Transition or Theory and Simulation of Materials.