| Summary: | Data description: AMOC_coast_fwf0.1_wn0.05_yearly.nc : Yearly AMOC of a hosing experiment based on LGM climate, with 0.1 Sv freshwater input along the Laurentide ice sheet coast. White noise with a magnitude of 0.05 Sv is further added into the freshwater forcing. The length of the simulation is 1050 model years. AMOC_coast_fwf0.2_yearly.nc : Yearly AMOC of a hosing experiment based on LGM climate, with 0.2Sv freshwater input along the Laurentide ice sheet coast. The length of the simulation is 150 model years. AMOC_subpolar_fwf0.2_yearly.nc : Yearly AMOC of a hosing experiment based on LGM climate, with 0.2Sv freshwater input over50-70°N North Atlantic. The length of the simulation is 150 model years. AMOC_mssp_fwf0.2_yearly.nc :Yearly AMOC of a hosing experiment based on LGM climate, with 0.2Sv freshwater input at the Mississippi river outflow. The length of the simulation is 150 model years. AMOC_mkz_fwf0.2_yearly.nc : Yearly AMOC of a hosing experiment based on LGM climate, with 0.2Sv freshwater input at the Mckenzie river outflow. The length of the simulation is 150 model years. AMOC_LGM_yearly.nc :Yearly AMOC of LGM simulation. temp_coast_fwf0.1_wn0.05_yearly.nc : Yearly AMOC of a hosing experiment based on LGM climate, with 0.1 Sv freshwater input along the Laurentide ice sheet coast. White noise with a magnitude of 0.05 Sv is further added into the freshwater forcing. The length of the simulation is 1050 years. temp_coast_fwf0.2_mean_101-150.nc : Mean AMOC of the last 50 model years of a 150-year hosing experiment based on LGM climate, with 0.2Sv freshwater input along the Laurentide ice sheet coast. temp_subpolar_fwf0.2_mean_101-150.nc : Mean AMOC of the last 50 model years of a 150-year hosing experiment based on LGM climate, with 0.2Sv freshwater input over50-70°N North Atlantic. temp_mckenzie_fwf0.2_mean_101-150.nc :Mean AMOC of the last 50 model years of a 150-year hosing experiment based on LGM climate, with 0.2Sv freshwater input at the Mckenzie river outflow. ...
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