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Investigation of lower boundary conditions of brominated very short-lived species (VSLS) / von Siyuan Zheng. Wuppertal, 03.04.2024
Inhalt
Motivation
Introduction
Structure of atmosphere
Upper troposphere and lower stratosphere (UTLS)
Transport in the tropical tropopause layer (TTL)
Tracer-tracer correlations
Bromine very short-lived species (VSLS)
Source of bromine-containing VSLSs
Brominated VSLS loading in the stratosphere
Data and method
Chemical Lagrangian Model of the Stratosphere (CLaMS)
CLaMS model version 1.0
CLaMS model version 2.0
Observational data
Southern Hemisphere Transport, Dynamics, and Chemistry (SouthTRAC) data
A climatology of brominated species
Preparation of the global simulation with VSLS chemistry
Incorporation of bromine-containing species and reactions
Classical CLaMS box model simulation
Transfer to MESSy-CLaMS
Global 3D MESSy-CLaMS
Incorporation of scavenging parameterization and additional convection processes
HBr and HOBr scavenging
MESSy-CLaMS 2.0
Optimization of the VSLS lower boundary
Zonally symmetric boundary with seasonal dependence
Investigation using surface origin tracers
Age of air selection
Regionally resolved boundary with seasonal dependence
Backward trajectory analysis including convection
Construction of a regionally resolved boundary
Regionally resolved boundary with monthly dependence
Summary and outlook
List of figures
List of tables
List of abbreviations
Bibliography
Incorporated washout reactions
Surface origin tracers contribution in MESSy CLaMS 1.0
Seasonal lower boundary map adapted from climatology
Distribution of air parcels at lower boundary in different months
Monthly dependent regionally resolved lower boundary maps
Comparison with altitude-latitude cross section between climatology data and simulation with a zonally symmetric seasonal lower boundary