atmospheric modeling and analysis




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Research Interest

Transport of carbon dioxide in the atmosphere. Modeling support for designing field experiments and observation network. Estimation of CO2 surface fluxes from concentration data.

Mesoscale and regional meteorological modeling with emphasis on turbulence and land surface processes parameterizations.

Lagrangian particle dispersion modeling in mesoscale and regional applications. Particle-grid approach for simulation of nonlinear chemistry, deposition processes and marginally heavy gases.

Inverse problems in dispersion modeling. Influence functions calculated from Lagrangian particle models. Application to emission source apportionment and interpretation of concentration measurements. Footprints.

Coupled Large Eddy Simulation (LES) & Lagrangian particle modeling.

Evaluation, comparison, and sensitivity analysis of mathematical models.


atmospheric modeling