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

The primary datasets for the study "Ensemble Reconstruction of the Kuroshio Current During the Last Glacial Maximum Using an Eddy-Resolving OGCM" are listed as follows: 1. JCOPE-P-Elb.mat: Contains the ensemble mean sea surface elevation (unit: m) during the Last Glacial Maximum. The data are stored in MATLAB format, with key variables including longitude (Jlon), latitude (Jlat), and elevation (Jelb). 2. JCOPE-P-Tem.mat: Contains the ensemble mean sea surface temperature (unit: ℃) during the Last Glacial Maximum. The data are stored in MATLAB format, with key variables including longitude (Jlon), latitude (Jlat), and temperature (Jtem). 3. JCOPE-P-Path.mat: Contains the ensemble mean location of the Kuroshio Current path during the Last Glacial Maximum. The data are stored in MATLAB format, with key variables including longitude (JpathX) and latitude (JpathY). 4. JCOPE-P-u.mat: Contains the ensemble mean eastward surface current velocity (unit: m/s) during the Last Glacial Maximum. The data are stored in MATLAB format, with key variables including longitude (Jlon), latitude (Jlat), and eastward velocity (Ju). 5. JCOPE-P-v.mat: Contains the ensemble mean northward surface current velocity (unit: m/s) during the Last Glacial Maximum. The data are stored in MATLAB format, with key variables including longitude (Jlon), latitude (Jlat), and northward velocity (Jv). To facilitate data access and visualization, a MATLAB script titled "Read_JCOPE_P_data.m" is provided, which enables reading and plotting of the aforementioned datasets.