Ensemble Reconstruction of the Kuroshio Current During the Last Glacial Maximum Using an Eddy-Resolving OGCM

The primary datasets used in the study “Ensemble Reconstruction of the Kuroshio Current During the Last Glacial Maximum Using an Eddy-Resolving OGCM” are listed below: JCOPE-P-Elb.mat: Ensemble-mean sea surface elevation during the Last Glacial Maximum (unit: m). This MATLAB file includes the following key variables: longitude (Jlon), latitude (Jlat), and elevation (Jelb). JCOPE-P-Tem.mat: Ensemble-mean sea surface temperature during the Last Glacial Maximum (unit: °C). This MATLAB file includes the following key variables: longitude (Jlon), latitude (Jlat), and temperature (Jtem). JCOPE-P-Path.mat: Ensemble-mean Kuroshio Current path during the Last Glacial Maximum. This MATLAB file includes the following key variables: longitude (JpathX) and latitude (JpathY). JCOPE-P-u.mat: Ensemble-mean eastward surface current velocity during the Last Glacial Maximum (unit: m/s). This MATLAB file includes the following key variables: longitude (Jlon), latitude (Jlat), and eastward velocity (Ju). JCOPE-P-v.mat: Ensemble-mean northward surface current velocity during the Last Glacial Maximum (unit: m/s). This MATLAB file includes the following key variables: longitude (Jlon), latitude (Jlat), and northward velocity (Jv). To facilitate data access and visualization, a MATLAB script named Read_JCOPE_P_data.m is also provided for reading and plotting the datasets listed above. In addition, ensemble-mean temperature, salinity, eastward velocity, and northward velocity data during the Last Glacial Maximum are provided in JCOPE-P-T_LGM_Ensemble.nc, JCOPE-P-S_LGM_Ensemble.nc, JCOPE-P-U_LGM_Ensemble.nc, and JCOPE-P-V_LGM_Ensemble.nc, respectively. These data cover the upper 1000 m of the North Pacific. For any questions, please contact [e-mail].