Selected monthly mean ocean meridional overturning output of multi-decadal predictions until 2100, based on the decadal prediction system with MPI-ESM-LR 1.2.01p5, 1.2.01p7, members 1 to 16.
Hindcasts dkfen4YYYY_rXi2p2-LR with 16 members started November 1st each year 1960-2025, all running until 2100, as a continuation of standard 20-year long hindcasts, with a reduced output.
All simulations with CMIP6 external forcing.
Simulations have been planned by Sebastian Brune (UHH) and André Düsterhus (DMI). Simulations have been run @DKRZ on Levante by Mohammad Basir Uddin (UHH) and Sebastian Brune (UHH) in 2025 and 2026.
Output format is raw data output according to ocean domain MPIOM, mpiom_data_moc_mm:
global_hfl(time, depth, lat, lon)
long_name = "Global ocean implied heattransport"
units = "W"
atlantic_hfl(time, depth, lat, lon)
long_name = "Atlantic ocean implied heattransport"
units = "W"
indopacific_hfl(time, depth, lat, lon)
long_name = "Indopacific ocean implied heattransport"
units = "W"
global_wfl(time, depth, lat, lon)
long_name = "Global ocean implied freshwater transport"
units = "m3 s-1"
atlantic_wfl(time, depth, lat, lon)
long_name = "Atlantic ocean implied freshwater transport"
units = "m3 s-1"
indopacific_wfl(time, depth, lat, lon)
long_name = "Indopacific ocean implied freshwater transport"
units = "m3 s-1"
global_moc(time, depth_2, lat, lon)
long_name = "Global ocean meridional overturning streamfunction"
units = "kg s-1"
atlantic_moc(time, depth_2, lat, lon)
long_name = "Atlantic ocean meridional overturning streamfunction"
units = "kg s-1"
indopacific_moc(time, depth_2, lat, lon)
long_name = "Indopacific ocean meridional overturning streamfunction"
units = "kg s-1"
global_gm_moc(time, depth_2, lat, lon)
long_name = "Global ocean meridional overturning mass streamfunction due to parameterized mesoscale advection"
units = "kg s-1"
atlantic_gm_moc(time, depth_2, lat, lon)
long_name = "Atlantic ocean meridional overturning mass streamfunction due to parameterized mesoscale advection"
units = "kg s-1"
indopacific_gm_moc(time, depth_2, lat, lon)
long_name = "Indopacific ocean meridional overturning mass streamfunction due to parameterized mesoscale advection"
units = "kg s-1"
global_hfbasin(time, depth, lat, lon)
long_name = "Global northward ocean heat transport"
units = "W"
atlantic_hfbasin(time, depth, lat, lon)
long_name = "Atlantic northward ocean heat transport"
atlantic_hfbasin:units = "W"
indopacific_hfbasin(time, depth, lat, lon)
long_name = "Indopacific northward ocean heat transport"
units = "W"
global_hfbasinpmadv(time, depth, lat, lon)
long_name = "Global northward ocean heat transport due to parameterized mesoscale advection"
units = "W"
atlantic_hfbasinpmadv(time, depth, lat, lon)
long_name = "Atlantic northward ocean heat transport due to parameterized mesoscale advection"
units = "W"
indopacific_hfbasinpmadv(time, depth, lat, lon)
long_name = "Indopacific northward ocean heat transport due to parameterized mesoscale advection"
units = "W"
global_hfbasinpmdiff(time, depth, lat, lon)
long_name = "Global northward ocean heat transport due to parameterized mesoscale diffusion"
units = "W"
atlantic_hfbasinpmdiff(time, depth, lat, lon)
long_name = "Atlantic northward ocean heat transport due to parameterized mesoscale diffusion"
units = "W"
indopacific_hfbasinpmdiff(time, depth, lat, lon)
long_name = "Indopacific northward ocean heat transport due to parameterized mesoscale diffusion"
units = "W"
global_sltbasin(time, depth, lat, lon)
long_name = "Global northward ocean salt transport"
units = "kg s-1"
atlantic_sltbasin(time, depth, lat, lon)
long_name = "Atlantic northward ocean salt transport"
units = "kg s-1"
indopacific_sltbasin(time, depth, lat, lon)
long_name = "Indopacific northward ocean salt transport"
units = "kg s-1"