Typhoon DDS for changing climate by a regional a–o coupled model

The pseudo global warming (PGW) experiments on four historical intense typhoons under four different warming conditions were conducted using a regional high-resolution three-dimensional atmosphere–ocean coupled model, CReSS-NHOES (Aiki et al., 2015). Four historical intense typhoons that traveled northward and affected Japan, Typhoons Trami (2018), Faxai (2019), Hagibis (2019), and Haishen (2020), were selected. The PGW increments were made from the Database for Policy Decision-Making for Future Climate Change (d4PDF), which includes 100 ensembles of pre-industrial, historical, and 2 K and 4 K warmer climate experiments with a 60-km-mesh atmospheric global circulation model (Mizuta et al. 2017). See Figure S1 and Tables S1 and S2 of Kanada and Aiki (2024) for more information about the experiments and the initial and boundary conditions used. This dataset includes hourly outputs from the atmospheric and oceanic parts.