Papers
3
Total Citations
312
H-Index
3
About
C. Ritter is an atmospheric scientist whose research focuses on the complex interactions between aerosols, volcanic emissions, and climate. Her most influential work, "Total volcanic stratospheric aerosol optical depths and implications for global climate change" (2014, 223 citations), fundamentally advanced our understanding of how small-magnitude volcanic eruptions contribute to the post-2000 global warming slowdown by perturbing stratospheric aerosol levels. This study provided critical satellite-derived data that reshaped climate modeling. Ritter also specializes in Arctic aerosol dynamics, as demonstrated in her 2019 study (76 citations) that used a unique closure experiment combining Lidar and tethered balloon vertical profiles to link aerosol optical properties with chemistry and dust composition. Her contributions to the 2014 iAREA campaign in Spitsbergen (Part 1, 13 citations) further detailed the physical and chemical properties of Arctic aerosols. Ritter’s work is pivotal for bridging observational data with climate models, particularly in sensitive regions like the Arctic, where aerosol impacts on radiative forcing remain a key uncertainty. Her research continues to inform both volcanology and polar climate science.
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