AGU's 2024 Annual Meeting (invited)
Isolating the Interactive Ozone, Direct Radiative, and Surface Warming Impacts on the Whole Atmospheric Circulation Response to Increased CO2
Hi! My name is Molly Menzel, welcome to my personal page. I study our planet’s atmosphere by using both idealized and fully comprehensive climate models to better understand the dynamics involved. These models present valuable insight and allow us to further develop theory that describes past, present, and future climates. I hold a doctorate from Johns Hopkins University and previously completed a NASA Postdoctoral Program fellowship at the Goddard Institute for Space Studies. My latest research is focused on developing a better understanding of the relationship between the upper tropospheric and lower stratospheric circulation features, and how that impacts the tropics, the midlatitudes, as well as stratospheric transport. In addition to research, I actively seek out opportunities to teach the dynamics of our climate to students and the general public alike. Currently, I am a AAAS Science and Technology Policy Fellow working at the Department of State’s Bureau of Near East Affairs. See my CV for an updated list of activities.
PhD in Earth and Planetary Sceiences
Johns Hopkins University
MSc in Atmospheric and Oceanic Sciences
McGill University
BSc in Engineering Science and Mechanics
Virginia Tech
Isolating the Interactive Ozone, Direct Radiative, and Surface Warming Impacts on the Whole Atmospheric Circulation Response to Increased CO2
Assessing the (Non)Linearity, Regionality, and Vertical Structure of the Hadley Circulation’s Response to CO2
Disentangling the Impact of Interactive Ozone and Surface Warming to the Lower Stratospheric Circulation Response to Increased CO2
Vertical and Regional Patterns of Tropical Circulation Response to Increased CO2
Analysis of upper tropospheric and lower stratospheric circulation features’ response to a broad range of instantaneous CO2 forcing.