database_Fig1:AMOC_index (AMOC strength, Sv)IMDtoDeep_density_anomalies (Density anomalies, kg/m^3)MLD_timeseries (Mixed layer depth anomalies, m)NPIW_index (NPIW strength, Sv)depth_mpiom_3d (Depth, m)---database_Fig2:AMLD_winter_HS1toLGM (Winter Mixed layer depth anomalies, m)ASST_winter_HS1toLGM (Winter sea surface temperature anomalies, K)APME_winter_HS1toLGM (Winter Net Precipitation anomalies, mm/mon)ASLP_winter_HS1toLGM (Winter sea level pressure anomalies, Pa)ASSS_winter_HS1toLGM (Winter sea surface salinity anomalies, psu)lat (Latitude)lon (Longitude)---database_Fig3:AleutieanLow_index (Aleutian Low strength, Pa)Westlie_NP_index (Westlie speed over North Pacific, m/s)SPG_NP_index (Strength of North Pacific Subpolar Gyre, m)---database_Fig4:Dprofile (Vertical Density profile, kg/m^3)Tprofile (Vertical Temperature profile, K)Sprofile (Vertical Salinity profile, psu)depth (Depth, m)

Supplement to: Gong, Xun; Lembke-Jene, Lester; Lohmann, Gerrit; Knorr, Gregor; Tiedemann, Ralf; Zou, J J; Shi, X F (2019): Enhanced North Pacific deep-ocean stratification by stronger intermediate water formation during Heinrich Stadial 1. Nature Communications, 10(1)