Purpose:
Remove MLE_TAPER with BBL_EFFIC = 0.2 and co-evolve the Greenland ice sheet to determine whether the AMOC reversal in the Nordic Seas results from reduced overflow entrainment (BBL_EFFIC = 0.01) and the associated MLE-driven overturning.
Description:
Same as 364 but without SrcMods with MLE taper.
Starting from case 360 at year 93 with Greenland ice sheet turned on.
Case directory:
- Locally (if still available):
/glade/campaign/cesm/cesmdata/cseg/runs/cesm2_0/bg.e30_alpha09b.B1850C_MTso.ne30_t233_wgx3.365
Sandbox:
/glade/campaign/cesm/development/liwg/leguy/CESM3/code/cesm3_0_alpha09b
Diagnostics:
Output:
/glade/derecho/scratch/gunterl/archive/bg.e30_alpha09b.B1850C_MTso.ne30_t233_wgx3.365
Contacts:
@cecilehannay @dlawrenncar @adamrher @PeterHjortLauritzen @JulioTBacmeister @swrneale @slevis-lmwg @wwieder @olyson @gustavo-marques @iangrooms @fobryan3 @klindsay28 @dabail10 @duvivier @tilmes @mbramberger @gunterl
Extra details:
dew = 4000.
dns = 4000.
ewn = 421
nsn = 721
upn = 11
idiag = 136
jdiag = 294
dycore = 2
flow_law = 2
evolution = 3
temperature = 1
temp_init = 3
marine_margin = 1
calving_domain = 1
calving_init = 1
limit_marine_cliffs = .false.
basal_mass_balance = 1
gthf = 1
smb_input = 0
smb_input_function = 0
artm_input_function = 0
bmlt_float = 0
dm_dt_diag = 1
compute_blocks = 0
which_ho_powerlaw_c = 2
which_ho_babc = 9
which_ho_bwat = 0
which_ho_effecpress = 0
which_ho_efvs = 2
which_ho_thermal_timestep = 0
which_ho_resid = 4
which_ho_sparse = 3
which_ho_nonlinear = 1
which_ho_gradient = 0
which_ho_gradient_margin = 1
which_ho_assemble_beta = 1
which_ho_assemble_bfric = 1
which_ho_assemble_taud = 1
which_ho_assemble_lateral = 1
which_ho_approx = 4
diva_slope_correction = .true.
which_ho_precond = 3
which_ho_calving_front = 0
which_ho_ground = 2
which_ho_flotation_function = 2
glissade_maxiter = 100
block_inception = .false.
remove_ice_caps = .false.
flow_factor_ground = 1.
flow_factor_float = 1.
ice_limit = 1.
thck_gradient_ramp = 100.
marine_limit = -200
max_slope = 0.5
rhoi = 917.
rhoo = 1026.
grav = 9.80616
shci = 2117.27
lhci = 3.337e5
trpt = 273.16
pmp_offset = 10.
beta_grounded_min = 100.
beta_powerlaw_umax = 5000.
pseudo_plastic_q = 0.25
pseudo_plastic_u0 = 100.
p_ocean_penetration = 0.5
cliff_timescale = 0.0
taumax_cliff = 1.e6
powerlaw_m = 3.0
powerlaw_c_const = 20000.
powerlaw_c_max = 100000.
powerlaw_c_min = 100.
cisminputfile='/glade/campaign/cesm/development/liwg/leguy/CESM3/CESM3_input/GrIS/input_for_BGrun350/gris_init_350.cesm.start80.nc'
Purpose:
Remove MLE_TAPER with BBL_EFFIC = 0.2 and co-evolve the Greenland ice sheet to determine whether the AMOC reversal in the Nordic Seas results from reduced overflow entrainment (BBL_EFFIC = 0.01) and the associated MLE-driven overturning.
Description:
Same as 364 but without SrcMods with MLE taper.
Starting from case 360 at year 93 with Greenland ice sheet turned on.
Case directory:
/glade/campaign/cesm/cesmdata/cseg/runs/cesm2_0/bg.e30_alpha09b.B1850C_MTso.ne30_t233_wgx3.365
Sandbox:
/glade/campaign/cesm/development/liwg/leguy/CESM3/code/cesm3_0_alpha09b
Diagnostics:
Output:
/glade/derecho/scratch/gunterl/archive/bg.e30_alpha09b.B1850C_MTso.ne30_t233_wgx3.365
Contacts:
@cecilehannay @dlawrenncar @adamrher @PeterHjortLauritzen @JulioTBacmeister @swrneale @slevis-lmwg @wwieder @olyson @gustavo-marques @iangrooms @fobryan3 @klindsay28 @dabail10 @duvivier @tilmes @mbramberger @gunterl
Extra details:
user_nl_mom
DIAG_COORD_DEF_RHO2 = "FILE:ocean_rho2_190917.nc,interfaces=rho2"
BBL_EFFIC = 0.2
user_nl_cism
dew = 4000.
dns = 4000.
ewn = 421
nsn = 721
upn = 11
idiag = 136
jdiag = 294
dycore = 2
flow_law = 2
evolution = 3
temperature = 1
temp_init = 3
marine_margin = 1
calving_domain = 1
calving_init = 1
limit_marine_cliffs = .false.
basal_mass_balance = 1
gthf = 1
smb_input = 0
smb_input_function = 0
artm_input_function = 0
bmlt_float = 0
dm_dt_diag = 1
compute_blocks = 0
which_ho_powerlaw_c = 2
which_ho_babc = 9
which_ho_bwat = 0
which_ho_effecpress = 0
which_ho_efvs = 2
which_ho_thermal_timestep = 0
which_ho_resid = 4
which_ho_sparse = 3
which_ho_nonlinear = 1
which_ho_gradient = 0
which_ho_gradient_margin = 1
which_ho_assemble_beta = 1
which_ho_assemble_bfric = 1
which_ho_assemble_taud = 1
which_ho_assemble_lateral = 1
which_ho_approx = 4
diva_slope_correction = .true.
which_ho_precond = 3
which_ho_calving_front = 0
which_ho_ground = 2
which_ho_flotation_function = 2
glissade_maxiter = 100
block_inception = .false.
remove_ice_caps = .false.
flow_factor_ground = 1.
flow_factor_float = 1.
ice_limit = 1.
thck_gradient_ramp = 100.
marine_limit = -200
max_slope = 0.5
rhoi = 917.
rhoo = 1026.
grav = 9.80616
shci = 2117.27
lhci = 3.337e5
trpt = 273.16
pmp_offset = 10.
beta_grounded_min = 100.
beta_powerlaw_umax = 5000.
pseudo_plastic_q = 0.25
pseudo_plastic_u0 = 100.
p_ocean_penetration = 0.5
cliff_timescale = 0.0
taumax_cliff = 1.e6
powerlaw_m = 3.0
powerlaw_c_const = 20000.
powerlaw_c_max = 100000.
powerlaw_c_min = 100.
cisminputfile='/glade/campaign/cesm/development/liwg/leguy/CESM3/CESM3_input/GrIS/input_for_BGrun350/gris_init_350.cesm.start80.nc'