Description
- Katarina Grubbe Hildebrandt (TU Delft): Towards NOx-O3 aCCFs v2.0: A Machine Learning Approach Using Lagrangian Simulations in EMAC
- Jens Phillip Kahl (FZJ-ICE-3): Atmospheric Impact of Amine-Based Direct Air Capture
- Jan Christopher Kaiser (DLR-IPA): Sensitivity of Simulations of Global O3 and its Radiative Forcing to Selected Representations of Emissions, Meteorology, and Radiation Transfer
- Niclas Maier (DLR-IPA): Analyzing sector resolved sulfur dioxide emission source strengths and evaluation of TROPOMI identified point sources using the chemistry-climate model MECO(n) in the Middle East
- Jan Moritz Menken (DLR-IPA): The upper tropopsphere/lower stratosphere in a changing climate – A global model study
- Adi Nalam (Charles Uni, Prague): Restoring CO2 induced climate change to pre-industrial levels by solar constant reduction in EMAC
- Anna Nickl (LMU): Modelling the impact of atmospheric sink variability and CH4 biomass burning emissions on the global mean δ13C(CH4) trend EMAC
- Paul Paetzold (DLR-IPA): Stratospheric extension of the MADE3 submodel
- Mala Pokharel (FZJ-ICE-3): Towards a revised budget of carbonyl sulfide in the atmosphere
- Jutta Püttmann (DLR-IPA): Modelling the interrelationship between a future hydrogen economy and climate change with EMAC
- Martin Rempel (JGU Mainz): Convection and its Moisture Transport into the UTLS in Lagrangian and Eulerian Frameworks
- Christoph Brühl (MPIC): Sensitivity of radiative forcing by volcanic aerosol to the injection patterns for SO2 and H2O, studies with the CCM EMAC for 2022 to 2024
- Sandro Vattioni (PMOD/WRC): Implementation of the sectional aerosol module AER into MESSy
- Zhen Yang (FZJ-ICE-4): Eulerian and Lagrangian Perspectives on Raikoke Volcanic Plume Transport
- Ole Kirner (KIT-SCC): Poster from Gerald Wetzel (KIT-IMKASF) et al.: Transcontinental stratospheric and upper tropospheric measurements with the new GLORIA-Lite instrument
- Anna Martin (MPIC): Interactive Simulation of Methane and Hydrogen Soil Deposition Using the Newly Implemented BIODEP Submodel of the ECHAM5/MESSy Atmospheric Chemistry Model (EMAC) v2.55