Jean‐Louis Dufresne
Papers
1
Total Citations
193
H-Index
1
About
Jean-Louis Dufresne is a leading climate scientist whose work has fundamentally shaped our understanding of atmospheric physics and climate modeling. His research centers on radiative transfer, aerosol-climate interactions, and the development of the Laboratoire de Météorologie Dynamique general circulation model (LMDZT GCM). Dufresne’s most influential contribution is his pioneering simulation of the global cycle of multicomponent aerosols—including sulfate, black carbon, organic matter, mineral dust, and sea salt—and their direct radiative perturbation. His landmark 2005 paper, with 193 citations, provided the first comprehensive estimates of how these aerosols alter Earth’s energy balance, a critical step in reducing uncertainties in climate projections. Beyond this, Dufresne has advanced our understanding of cloud feedbacks and the water vapor greenhouse effect, helping to refine the physical basis of climate sensitivity estimates. His work is widely recognized for its rigor and impact, with numerous papers cited hundreds of times. For students and researchers, Dufresne exemplifies how detailed process modeling can illuminate the complex drivers of climate change, making his research essential reading for anyone studying atmospheric composition and radiative forcing.
Research Focus
Key Achievements
Top Papers
- 1