WRF-Hydro Setup and Scenario-based WRF-Hydro Outputs for Typhoon Hinnamnor (2022) PGW Experiments in South Korea

This repository provides the WRF–WRF-Hydro setup files and model output used to generate the results for the pseudo-global warming experiments with Typhoon Hinnamnor presented in the manuscript: “Quantifying the Effects of Climate Change on Hydrological Extremes Using Coupled High-resolution WRF–WRF-Hydro Simulations in South Korea”. The simulations cover the Nakdong River basin and neighbouring East Coast basin in southeastern South Korea. 1. WRF-Hydro_Setup/ SOILPARM.TBL, GENPARM.TBL, MPTABLE.TBL : land-surface and soil parameter tables. CHANPARM.TBL, HYDRO.TBL : channel and routing parameter tables. namelist.hrldas, hydro.namelist : namelist files defining the WRF-Hydro/HRLDAS configuration. The DOMAIN/ subdirectory provides the static grid and routing files: Fulldom_hires.nc : high-resolution WRF-Hydro model domain file for the Nakdong and East Coast basins. GEOGRID_LDASOUT_Spatial_Metadata.nc : spatial metadata for the land-surface grid. Route_Link.nc : channel network and routing connectivity file (reach-based river network). GWBASINS.nc, GWBUCKPARM.nc : groundwater basin definitions and related parameters. streams.* (SHP, DBF, SHX, SBN, SBX, PRJ, XML) : vector representation of the river network used to generate the routing domain. 2. WRF-Hydro_output_0906_sample/ WRF-Hydro_output_0906_sample.tar.gz contains one-day WRF-Hydro outputs for 6 September 2022 only for each SST provided in separate folders:SST-1860_output_0906/, SST-Current_output_0906/, SST-2050_output_0906/, SST-2090_output_0906/ CHRTOUT_DOMAIN1: Streamflow output at all channel reaches. LDASOUT_DOMAIN1: Land surface model output. LSMOUT_DOMAIN1: Land surface diagnostic output.