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Cansu Düzgün

@cansuduzgun.bsky.social

Meteorological Eng. | Ph.D. in Meteorology 💻 cansud98.github.io 🔗 linkedin.com/in/cansuduzgun/

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Cansu Düzgün@cansuduzgun.bsky.social · last mo.

August 2026: Happy to share that our paper "Evaluation of convective vertical transport properties and their sensitivity to parameterization characteristics" is now in Early Online Release in @ametsoc.org MWR! [ link: doi.org/10.1175/MWR-... ] #MonWeaRev

Evaluation of convective vertical transport properties and their sensitivity to parameterization characteristics

Abstract Deep convection parameterizations remain a major source of uncertainty in global circulation models (GCMs). Key aspects such as the convective trigger function and parameterized updraft struc...

doi.org

Cansu Düzgün@cansuduzgun.bsky.social · 2y ago

On January 16, I presented on parameterized deep convective transport, its variations across different convective modes, and the influence of entrainment rate on the transport processes (13A.5) during the ACMAP V session of the 27th Conference on Atmospheric Chemistry. #AMS2025 #WomenInSTEM

A conference room with attendees seated facing a panel of four speakers at a table, one of whom is speaking at a podium. A slide projected on the screen behind them displays summary points. In the foreground, an audience member stands, possibly asking a question. Below the scene, a presentation slide titled "Assessing Subgrid Convective Transport and Mass Flux in Deep Convective Clouds Using Parameterized WRF-Chem Simulations" by Cansu Duzgun, Henry F. Fuelberg, Rebecca Adams-Selin, and Nicholas Heath is shown. Logos of Florida State University (FSU), FSU EOAS, and NASA are included, along with diagrams and visualizations related to a workshop that Duzgun attend on 12 January.