Data supporting "The role of horizontal resolution in modeling irrigation effects with a coupled regional climate model system up to convection-permitting scale"

This data supports the analysis of the manuscript Pop et. al 2025 "The role of horizontal resolution in modeling irrigation effects with a coupled regional climate model system up to convection-permitting scale" submitted to JGR: Atmospheres after major revisions. The data contains simulation results from the regional climate model REMO2020-iMOVE (Wilhelm et al. 2014) employing the new irrigation parameterization developed by Asmus et al. 2023. Two sets of simulations were conducted with and without the irrigation parameterization, and at 0.11° horizontal resolution and at 0.0275° horizontal resolution. The results are saved as netcdf files with hourly time resolution. For temperature and specific humidity files at isobaric pressure levels are added (pfiles).) Due to the large size of the data, only files relevant for the analysis are uploaded. The data is structured as followed: Simulations tarball resolution description noirri11.tar.gz 0.11° not irrigated irri11.tar.gz 0.11° irrigated noirri0275.tar.gz 0.0275° not irrigated irri0275.tar.gz 0.11° irrigated Data structure <data repository> / pfiles/ var_series/ <variable>