Here we did some modifications for WRF-GC to contain elaborate mercury simulation. This repository (WRF-GC-Hg) contains three parts, chem is a supplementary directory based on WRF-GC v1.0 model (https://doi.org/10.5281/zenodo.3550330; Lin et al., 2019), for input contains modifications when set up simulations in run folder, for ICBC contains modifications for initial and boundary conditions.
For model set-up and installation issues, please see (https://wrf.geos-chem.org) for more instructions.
For initial and boundary condition issues, please see repositories from Xu Feng GitHub Pages.
Below is the path for files that have modified.
- WRF-GC/WRFV3/
registry.chem - WRF-GC/WRFV3/chem/
gigc_convert_state_mod.F - WRF-GC/WRFV3/chem/gigc/KPP/Standard/
Standard.eqn - WRF-GC/WRFV3/chem/gigc/KPP/Standard/
gckpp.kpp - WRF-GC/WRFV3/chem/gigc/KPP/Standard/
gckpp_HetRates.F90 - WRF-GC/WRFV3/chem/gigc/GeosCore/
part_mercury_mod.F - WRF-GC/WRFV3/chem/gigc/GCHP/
gigc_chunk_mod.F90 - WRF-GC/WRFV3/run/
input.geos - WRF-GC/WRFV3/run/
HEMCO_Config.rc - WRF-GC/WRFV3/run/
namelist.inpt - WRF-GC/mozbc/
GEOSCHEM.inp
If you have any question related to WRF-GC, please contact: Haipeng Lin hplin@seas.harvard.edu, Xu Feng fengx7@pku.edu.cn, Tzung-May Fu fuzm@sustech.edu.cn
If you have any question related to WRF-GC-Hg, please contact: Xiaotian Xu xx24@illinois.edu, Yanxu Zhang zhangyx@nju.edu.cn