List of ECCO2 cubed-sphere sensitivity experiments.
cs510.nb.09
: 1992-2002, same as cs510.nb.06 but with Leith biharmonic viscosity:
viscC4Leith=0.1.
cs510.nb.09a : 2002, same as cs510.nb.09 but including atmospheric
loading.
cs510.nb.09b : 2002, same as cs510.nb.09 but including atmospheric
loading and with deltat=60.
cs510.eb.10
: 1992-2001, same as cs510.nb.09 but with ERA surface boundary
conditions.
cs510.nb.11
: 1992-2002, same as cs510.nb.09 but with SEAICE_freeze = -1.8.
cs510.nb.12
: 1992-2003, same as cs510.nb.11 but started from end of 2002
cs510.nb.11 and viscC4Leith=0.2.
cs510.nb.13
: 1992-2003, same as cs510.nb.12 but all albedos increased by 0.1.
cs510.nb.14 : 1992-1994 same as cs510.nb.13 but with
SEAICE_TEST_ICE_STRESS_1 and default seaice parameter values.
Integrates OK, but produces even larger Antarctic polynyas
(lou:/u/menemenl/cube/cube14).
cs510.nb.15 : 1992-2004 same as cs510.nb.13 but with increased p*
(lou:/u/menemenl/cube/cube15).
cs510.nb.16 : 1992-2003 same as cs510.nb.15 but with reduced ocean/water drag
SEAICE_strength = 3.20e4
SEAICE_drag = 0.002
OCEAN_drag = 0.0005
SEAICE_waterDrag = 2.75
fails in 2003, day 120, time step 297864
(lou:/u/menemenl/cube/cube16).
cs510.nb.18 : 1992-2003 same as cs510.nb.15 but with SEAICE_TEST_ICE_STRESS_1 and with
reduced SEAICE_drag and ocean/water
drag(c20:menemenl/cube/MITgcm/verification/global_ocean.cs32x15/run18).
cs510.nb.19 : 1992-2003 same as cs510.nb.16 but with further reduced ocean/water drag
SEAICE_strength = 3.20e4
SEAICE_drag = 0.002
OCEAN_drag = 0.0002
SEAICE_waterDrag = 1
(lou:/u/menemenl/cube/cube19).
cs510.nb.20 : 1992-2003 same as cs510.nb.16 but starting from Levitus
(lou:/u/menemenl/cube/cube20).
cs510.nb.21 : 1992-2004 same as cs510.nb.20 but starting from end of cs510.nb.20
(lou:/u/menemenl/cube/cube21).
Available
model output files and data formats.
Data-equivalent
products for above solutions.
Diagnostics for GSOP
reanalysis evaluation effort.
All ECCO2 model and data products are freely available.
Questions and requests to Chris Hill
or Dimitris Menemenlis.