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International Activities
International Publications
- Global: M. M. Lague, G. R. Quetin, S. Ragen & W. R. Boos (2023). Continental configuration controls the base-state water vapor greenhouse effect: lessons from half-land, half-water planets. Climate Dynamics., 07/01/2023
- Global: M. M. Lague, G. R. Quetin & W. R. Boos (2023). Reduced terrestrial evaporation increases atmospheric water vapour, amplifying surface temperatures. Environmental Research Letters., 07/01/2023
- Global: W. Kong (2023). Understanding responses of summer continental daily temperature variance to land surface perturbations through a surface energy balance perspective. Journal of Climate., 01/01/2023
International Presentations
- Global: American Geophysical Meeting Fall Meeting Talk: Halfland: continental distribution fundamentally alters global climate by modulating atmospheric water vapor on half-land, half-ocean planets., 12/18/2023
- Global: American Geophysical Union Fall Meeting Poster: SwampLand vs. Desertland: using the extreme end-cases of possible terrestrial evaporation to explore the role of evapotranspiration from land in the global climate system, 12/14/2023
International Professional Service
- Global: Member University Representative, University of Utah, University Corporation for Atmospheric Research (UCAR), 08/25/2023
- Global: Macelwane Medal Committee, American Geophysical Union, 05/01/2023
- Canada, Norway, United States: Instructor for the Advanced Climate Dynamics Courses summer school (Rondvassbu, Norway), Advanced Climate Dynamics Courses, 09/04/2022-09/16/2022
- Norway, United States: Instructor for the 2019 Advanced Climate Dynamics Courses summer school in Yosemite, CA, USA. , Advanced Climate Dynamics Courses, 09/22/2019-10/04/2019