Impact of anthropogenic aerosol-cloud interactions on extreme precipitation over the heavily polluted Po Valley region (Part 1).

This repository contains the precipitation radar data and model simulations used in the "Impact of anthropogenic aerosol-cloud interactions on extreme precipitation over the heavily polluted Po Valley region". In particular: - RADAR_DATA.zip contains: RADAR_ACCUMULATED_PRECIPITATION_1-3May2023.nc - Accumulated radar precipitation for the 1-3 May 2023 event. RADAR_ACCUMULATED_PRECIPITATION_16-17May2023.nc - Accumulated radar precipitation for the 16-17 May 2023 event. RADAR_ACCUMULATED_PRECIPITATION_1-17May2023_regridded_CERT03.nc - Hourly accumulated radar precipitation for the 1-17 May 2023 period, regridded onto the 3km resolution model grid. - MODEL_DATA.zip contains the model simulations at 3 km spatial resolution: REF: hourly precipitation from the WRF-CHIMERE model for the 1-17 may 2023 periods. IDAE: hourly precipitation and column-integrated cloud condensation nuclei (CCN) at 0.2% (CCN4_COL) and 0.5% (CCN5_COL) supersaturation from the WRF-CHIMERE model for the 1-3 and 15-17 may 2023 periods with anthropogenic emissions. IDAE_NOANT: hourly precipitation and column-integrated cloud condensation nuclei (CCN) at 0.2% (CCN4_COL) and 0.5% (CCN5_COL) of supersaturation from the WRF-CHIMERE model for the 1-3 and 15-17 May 2023 periods without anthropogenic emissions.