Mateo Duque Villegas

Mateo Duque Villegas is a Scientist in the Climate-Biosphere Interactions group within the Department of Climate Dynamics at the Max Planck Institute for Meteorology in Hamburg, Germany. He conducts research on long-term climate-land-surface interactions using climate models of varying complexity.

His research focuses on understanding the causes, amplitudes, and rates of change in past and projected climate variability, particularly over multi-millennial timescales. He incorporates vegetation dynamics and global carbon cycle feedbacks into his analyses, with specific interest in phenomena such as Saharan greening and glacial-interglacial cycles. His work often involves Earth system modeling to simulate past climates and future projections under different forcing scenarios.

The recent publications highlight a consistent trend in studying large-scale climate-vegetation feedbacks, particularly in response to orbital forcing, greenhouse gases, ice sheets, and ENSO state changes. His research bridges paleoclimatology and future climate projections, emphasizing the role of biosphere dynamics in climate system behavior.

He is an active researcher with no listed awards or recognitions in the provided text. His work is associated with major modeling initiatives such as WarmWorld and the IMPRS-ESM doctoral program, indicating integration into a collaborative and interdisciplinary research environment.

Mateo Duque Villegas has advised no students listed in the provided material and there is no mention of grants or funding directly attributed to him. However, his position suggests involvement in institute-level projects and collaborative research efforts within the Max Planck Society.

He is part of the Climate-Biosphere Interactions team, which operates under the broader Department of Climate Dynamics. This group investigates the two-way interactions between climate and terrestrial ecosystems, using both complex and intermediate-level climate models to explore feedback mechanisms across different timescales.