========================================================================
I/O:
io_nml namelist settings:
&IO_NML
NUM_IOTASKS = 1,
LREDIRECT_STDOUT = T,
LOG_FILENAME = /cluster/work/users/hanbre//bwma1850.f09.y13.los_chocoyos.qboE.ensoN.clone.SO2/run/ocn.log.110907.180808-214423
,
LUSE_POINTER_FILES = T,
POINTER_FILENAME = rpointer.ocn
/
========================================================================
Context:
context_nml namelist settings:
&CONTEXT_NML
LCOUPLED = T,
LCCSM = T,
B4B_FLAG = F,
LCCSM_CONTROL_COMPATIBLE = F,
LDEBUG = F
/
========================================================================
Parallel Ocean Program (POP)
Based on Version 2.1alpha Jan 2005
Modified for CESM 2005-2010
========================================================================
Overflows:
overflows_nml namelist settings:
&OVERFLOWS_NML
OVERFLOWS_ON = T,
OVERFLOWS_INTERACTIVE = T,
OVERFLOWS_INFILE = /cluster/work/users/hanbre//bwma1850.f09.y13.los_chocoyos.qboE.ensoN.clone.SO2/run/gx1v7_overflow
,
OVERFLOWS_DIAG_OUTFILE = /cluster/work/users/hanbre//bwma1850.f09.y13.los_chocoyos.qboE.ensoN.clone.SO2/run/./bwma1850.f09.y13.los_
chocoyos.qboE.ensoN.clone.SO2.pop.do
,
OVERFLOWS_RESTART_TYPE = ccsm_continue
,
OVERFLOWS_RESTFILE = ./bwma1850.f09.y13.los_chocoyos.qboE.ensoN.clone.SO2.pop.ro
/
Reading overflow pointer file: rpointer.ocn.ovf
ovf_read_restart unit (mu) = 97 file name = ./bwma1850.f09.y13.los_chocoyos.qboE.ensoN.clone.SO2.pop.ro.0013-02-01-00000
ovf read restart label =
! Overflow Restart File for yyyymmdd =00130201
number of overflows = 4
------------------------------------------------------------------------
Domain Information
------------------------------------------------------------------------
Horizontal domain: nx = 320
ny = 384
Vertical domain: km = 60
Number of tracers: nt = 35
Block size: nx_block = 44
ny_block = 28
max_blocks_clinic = 1
max_blocks_tropic = 1
Processors for baroclinic: 128
Processors for barotropic: 128
Distribution for baroclinic: cartesian
Distribution for barotropic: cartesian
Number of ghost cells: 2
========================================================================
Grid:
grid_nml namelist settings:
&GRID_NML
HORIZ_GRID_OPT = file ,
VERT_GRID_OPT = file ,
TOPOGRAPHY_OPT = file ,
HORIZ_GRID_FILE = /cluster/work/users/hanbre/inputdata/ocn/pop/gx1v7/grid/horiz_grid_20010402.ieeer8 ,
VERT_GRID_FILE = /cluster/work/users/hanbre//bwma1850.f09.y13.los_chocoyos.qboE.ensoN.clone.SO2/run/gx1v7_vert_grid ,
TOPOGRAPHY_FILE = /cluster/work/users/hanbre/inputdata/ocn/pop/gx1v7/grid/topography_20161215.ieeei4 ,
TOPOGRAPHY_OUTFILE = ./bwma1850.f09.y13.los_chocoyos.qboE.ensoN.clone.SO2.pop.h.topography_bathymetry.ieeer8 ,
BATHYMETRY_FILE = unknown_bathymetry ,
N_TOPO_SMOOTH = 0,
FLAT_BOTTOM = F,
LREMOVE_POINTS = F,
REGION_MASK_FILE = /cluster/work/users/hanbre/inputdata/ocn/pop/gx1v7/grid/region_mask_20151008.ieeei4 ,
REGION_INFO_FILE = /cluster/work/users/hanbre//bwma1850.f09.y13.los_chocoyos.qboE.ensoN.clone.SO2/run/gx1v7_region_ids ,
SFC_LAYER_OPT = varthick ,
PARTIAL_BOTTOM_CELLS = F,
BOTTOM_CELL_FILE = unknown_bottom_cell ,
KMT_KMIN = 3,
LCONST_CORIOLIS = F,
L1DDYN = F
/
&POP1D_NML
LIDENTICAL_COLUMNS = F,
LCONST_CORIOLIS = F,
LMIN_CORIOLIS = F,
CORIOLIS_MIN = 6.400000000000000E-006,
CORIOLIS_VAL = 1.000000000000000E-004,
GLOBAL_TAUX = 0.100000000000000 ,
GLOBAL_SHF_COEF = -100.000000000000
/
Active Ocean blocks: 125
Reading topography from file:/cluster/work/users/hanbre/inputdata/ocn/pop/gx1v7/grid/topography_20161215.ieeei4
init_overflows_kmt: KMT = 36 at global (i,j) = 5 9 changed to 35
init_overflows_kmt: KMT = 36 at global (i,j) = 6 9 changed to 35
init_overflows_kmt: KMT = 36 at global (i,j) = 7 9 changed to 35
init_overflows_kmt: KMT = 36 at global (i,j) = 8 9 changed to 35
Overflow: Weddell Sea Source region mask at global (ij)= 5 6
Overflow: Weddell Sea Source region mask at global (ij)= 6 6
Overflow: Weddell Sea Source region mask at global (ij)= 7 6
Overflow: Weddell Sea Source region mask at global (ij)= 8 6
Overflow: Weddell Sea Source region mask at global (ij)= 5 7
Overflow: Weddell Sea Source region mask at global (ij)= 6 7
Overflow: Weddell Sea Source region mask at global (ij)= 7 7
Overflow: Weddell Sea Source region mask at global (ij)= 8 7
Overflow: Weddell Sea Source region mask at global (ij)= 5 8
Overflow: Weddell Sea Source region mask at global (ij)= 6 8
Overflow: Weddell Sea Source region mask at global (ij)= 7 8
Overflow: Weddell Sea Source region mask at global (ij)= 8 8
Overflow: Weddell Sea Source adjacent mask at global (ij)= 5 8
Overflow: Weddell Sea Source adjacent mask at global (ij)= 6 8
Overflow: Weddell Sea Source adjacent mask at global (ij)= 7 8
Overflow: Weddell Sea Source adjacent mask at global (ij)= 8 8
Overflow: Weddell Sea Inflow region mask at global (ij)= 5 10
Overflow: Weddell Sea Inflow region mask at global (ij)= 6 10
Overflow: Weddell Sea Inflow region mask at global (ij)= 7 10
Overflow: Weddell Sea Inflow region mask at global (ij)= 8 10
Overflow: Weddell Sea Inflow region mask at global (ij)= 5 11
Overflow: Weddell Sea Inflow region mask at global (ij)= 6 11
Overflow: Weddell Sea Inflow region mask at global (ij)= 7 11
Overflow: Weddell Sea Inflow region mask at global (ij)= 8 11
Overflow: Weddell Sea Entrainment region mask at global (ij)= 1 11
Overflow: Weddell Sea Entrainment region mask at global (ij)= 2 11
Overflow: Weddell Sea Entrainment region mask at global (ij)= 3 11
Overflow: Weddell Sea Entrainment adjacent mask at global (ij)= 1 11
Overflow: Weddell Sea Entrainment adjacent mask at global (ij)= 2 11
Overflow: Weddell Sea Entrainment adjacent mask at global (ij)= 3 11
Overflow: Weddell Sea Inflow region mask at global (ij)= 5 12
Overflow: Weddell Sea Inflow region mask at global (ij)= 6 12
Overflow: Weddell Sea Inflow region mask at global (ij)= 7 12
Overflow: Weddell Sea Inflow region mask at global (ij)= 8 12
Overflow: Weddell Sea Entrainment region mask at global (ij)= 1 12
Overflow: Weddell Sea Entrainment region mask at global (ij)= 2 12
Overflow: Weddell Sea Entrainment region mask at global (ij)= 3 12
Overflow: Weddell Sea Inflow region mask at global (ij)= 5 13
Overflow: Weddell Sea Inflow region mask at global (ij)= 6 13
Overflow: Weddell Sea Inflow region mask at global (ij)= 7 13
Overflow: Weddell Sea Inflow region mask at global (ij)= 8 13
Overflow: Weddell Sea Entrainment region mask at global (ij)= 1 13
Overflow: Weddell Sea Entrainment region mask at global (ij)= 2 13
Overflow: Weddell Sea Entrainment region mask at global (ij)= 3 13
------------------------------------------------------------------------
Grid options
Reading horizontal grid from file:
/cluster/work/users/hanbre/inputdata/ocn/pop/gx1v7/grid/horiz_grid_20010402.iee
er8
Using variable thickness surface layer
Reading vertical grid from file:
/cluster/work/users/hanbre//bwma1850.f09.y13.los_chocoyos.qboE.ensoN.clone.SO2/
run/gx1v7_vert_grid
Vertical grid:
k Thickness (cm) Depth (cm)
--- -------------- ------------
1 1.00000E+03 5.00000E+02
2 1.00000E+03 1.50000E+03
3 1.00000E+03 2.50000E+03
4 1.00000E+03 3.50000E+03
5 1.00000E+03 4.50000E+03
6 1.00000E+03 5.50000E+03
7 1.00000E+03 6.50000E+03
8 1.00000E+03 7.50000E+03
9 1.00000E+03 8.50000E+03
10 1.00000E+03 9.50000E+03
11 1.00000E+03 1.05000E+04
12 1.00000E+03 1.15000E+04
13 1.00000E+03 1.25000E+04
14 1.00000E+03 1.35000E+04
15 1.00000E+03 1.45000E+04
16 1.00000E+03 1.55000E+04
17 1.01968E+03 1.65098E+04
18 1.05645E+03 1.75479E+04
19 1.10600E+03 1.86291E+04
20 1.16781E+03 1.97660E+04
21 1.24241E+03 2.09711E+04
22 1.33097E+03 2.22578E+04
23 1.43514E+03 2.36409E+04
24 1.55713E+03 2.51370E+04
25 1.69968E+03 2.67654E+04
26 1.86621E+03 2.85484E+04
27 2.06090E+03 3.05119E+04
28 2.28885E+03 3.26868E+04
29 2.55625E+03 3.51093E+04
30 2.87057E+03 3.78228E+04
31 3.24084E+03 4.08785E+04
32 3.67777E+03 4.43378E+04
33 4.19403E+03 4.82737E+04
34 4.80422E+03 5.27728E+04
35 5.52475E+03 5.79373E+04
36 6.37319E+03 6.38863E+04
37 7.36694E+03 7.07563E+04
38 8.52089E+03 7.87002E+04
39 9.84366E+03 8.78825E+04
40 1.13325E+04 9.84706E+04
41 1.29672E+04 1.10620E+05
42 1.47053E+04 1.24457E+05
43 1.64807E+04 1.40050E+05
44 1.82091E+04 1.57395E+05
45 1.98022E+04 1.76400E+05
46 2.11860E+04 1.96894E+05
47 2.23165E+04 2.18646E+05
48 2.31865E+04 2.41397E+05
49 2.38194E+04 2.64900E+05
50 2.42572E+04 2.88938E+05
51 2.45468E+04 3.13340E+05
52 2.47310E+04 3.37979E+05
53 2.48443E+04 3.62767E+05
54 2.49120E+04 3.87645E+05
55 2.49513E+04 4.12577E+05
56 2.49736E+04 4.37539E+05
57 2.49860E+04 4.62519E+05
58 2.49927E+04 4.87508E+05
59 2.49962E+04 5.12503E+05
60 2.49981E+04 5.37500E+05
Partial bottom cells disabled
# surface (T,U) points 86096 82966
# ocean (T,U) points 4247539 4072612
T-area, U-area (km^2) 3.605116724269280E+08 3.488751971734759E+08
T-volume, U-volume (km^3) 1.325121431730771E+09 1.252736611755029E+09
Region masks initialized from file: /cluster/work/users/hanbre/inputdata/ocn/pop/gx1v7/grid/region_mask_20151008.ieeei4
Region # 5 is a marginal sea
area (km^2) = 0.46932E+06 volume (km^3) = 0.15828E+06
Region #12 is a marginal sea
area (km^2) = 0.36793E+06 volume (km^3) = 0.18857E+05
Region #13 is a marginal sea
area (km^2) = 0.41826E+06 volume (km^3) = 0.55031E+06
+-----------------------+
| Marginal Seas Only |
Region Region | Area Volume |
Number Name | (km^2) (km^3) |
------ ------------------- ----------- -----------
1 Southern Ocean
2 Pacific Ocean
3 Indian Ocean
4 Persian Gulf
-5 Red Sea 4.69319E+05 1.58282E+05
6 Atlantic Ocean
7 Mediterranean Sea
8 Labrador Sea
9 GIN Sea
10 Arctic Ocean
11 Hudson Bay
-12 Baltic Sea 3.67925E+05 1.88573E+04
-13 Black Sea 4.18260E+05 5.50313E+05
Marginal Sea (E+P+M+R) Balancing Information
Region Region Bal. Bal. Search
Number Name Lat Lon Area
(cm^2)
------ ------------------- ------ ------ -----------
-5 Red Sea 14.00 47.00 3.00000E+15
-12 Baltic Sea 56.00 8.00 3.00000E+15
-13 Black Sea 40.00 25.00 3.00000E+15
========================================================================
Time Management:
time_manager_nml namelist settings:
&TIME_MANAGER_NML
RUNID = bwma1850.f09.y13.los_chocoyos.qboE.ensoN.clone.SO2 ,
TIME_MIX_OPT = robert ,
TIME_MIX_FREQ = 17,
IMPCOR = T,
LACCEL = F,
ACCEL_FILE = /cluster/work/users/hanbre//bwma1850.f09.y13.los_chocoyos.qboE.ensoN.clone.SO2/run/gx1v7_depth_accel ,
DTUXCEL = 1.00000000000000 ,
IYEAR0 = 1,
IMONTH0 = 1,
IDAY0 = 1,
IHOUR0 = 1,
IMINUTE0 = 0,
ISECOND0 = 0,
DT_OPTION = steps_per_day ,
DT_COUNT = 24.0000000000000 ,
STOP_OPTION = nyear ,
STOP_COUNT = 1000,
DATE_SEPARATOR = -,
ALLOW_LEAPYEAR = F,
FIT_FREQ = 24,
ROBERT_ALPHA = 1.00000000000000 ,
ROBERT_NU = 0.100000000000000 ,
LTIME_MGR_PRINT = F,
LRF_CONSERVEVT = F
/
The following information documents the time-step
distribution for one full model day.
time_mix_freq = 17
intervals per day = 24
fullsteps_per_interval = 1
halfsteps_per_interval = 0
nsteps_per_interval = 1
fullsteps_per_day = 24
halfsteps_per_day = 0
nsteps_per_day = 24
Step Full/ Time in
Number Half Seconds
1 F 3600.000000000000000 <-- LAST STEP in coupling interval 1
hour, min, sec at end of interval = 1 0 0
2 F 7200.000000000000000 <-- LAST STEP in coupling interval 2
hour, min, sec at end of interval = 2 0 0
3 F 10800.000000000000000 <-- LAST STEP in coupling interval 3
hour, min, sec at end of interval = 3 0 0
4 F 14400.000000000000000 <-- LAST STEP in coupling interval 4
hour, min, sec at end of interval = 4 0 0
5 F 18000.000000000000000 <-- LAST STEP in coupling interval 5
hour, min, sec at end of interval = 5 0 0
6 F 21600.000000000000000 <-- LAST STEP in coupling interval 6
hour, min, sec at end of interval = 6 0 0
7 F 25200.000000000000000 <-- LAST STEP in coupling interval 7
hour, min, sec at end of interval = 7 0 0
8 F 28800.000000000000000 <-- LAST STEP in coupling interval 8
hour, min, sec at end of interval = 8 0 0
9 F 32400.000000000000000 <-- LAST STEP in coupling interval 9
hour, min, sec at end of interval = 9 0 0
10 F 36000.000000000000000 <-- LAST STEP in coupling interval 10
hour, min, sec at end of interval = 10 0 0
11 F 39600.000000000000000 <-- LAST STEP in coupling interval 11
hour, min, sec at end of interval = 11 0 0
12 F 43200.000000000000000 <-- LAST STEP in coupling interval 12
hour, min, sec at end of interval = 12 0 0
13 F 46800.000000000000000 <-- LAST STEP in coupling interval 13
hour, min, sec at end of interval = 13 0 0
14 F 50400.000000000000000 <-- LAST STEP in coupling interval 14
hour, min, sec at end of interval = 14 0 0
15 F 54000.000000000000000 <-- LAST STEP in coupling interval 15
hour, min, sec at end of interval = 15 0 0
16 F 57600.000000000000000 <-- LAST STEP in coupling interval 16
hour, min, sec at end of interval = 16 0 0
17 F 61200.000000000000000 <-- LAST STEP in coupling interval 17
hour, min, sec at end of interval = 17 0 0
18 F 64800.000000000000000 <-- LAST STEP in coupling interval 18
hour, min, sec at end of interval = 18 0 0
19 F 68400.000000000000000 <-- LAST STEP in coupling interval 19
hour, min, sec at end of interval = 19 0 0
20 F 72000.000000000000000 <-- LAST STEP in coupling interval 20
hour, min, sec at end of interval = 20 0 0
21 F 75600.000000000000000 <-- LAST STEP in coupling interval 21
hour, min, sec at end of interval = 21 0 0
22 F 79200.000000000000000 <-- LAST STEP in coupling interval 22
hour, min, sec at end of interval = 22 0 0
23 F 82800.000000000000000 <-- LAST STEP in coupling interval 23
hour, min, sec at end of interval = 23 0 0
24 F 86400.000000000000000 <-- LAST STEP in day
hour, min, sec at end of interval = 0 0 0
(init_time1) lrf_nonzero_newtime = F
(init_time1) lrf_nonzero_newtime_tol = F
(init_time1) robert_curtime = 5.0000000000000003E-02
(init_time1) robert_newtime = 0.0000000000000000E+00
========================================================================
Equation of state options
------------------------------------------------------------------------
Using McDougall, Wright ,Jackett and Feistel EOS
EOS computed as if in valid T,S range
========================================================================
Topographic stress options
------------------------------------------------------------------------
Topographic stress disabled
------------------------------------------------------------------------
Solver options (barotropic solver)
------------------------------------------------------------------------
Solver choice: PCSI
Solver converged for err < 1.000000000000000E-13
Solver maximum iterations: 1000
Lanczos converged for err < 1.500000000000000E-01
Maximum Lanczos step 100 iterations
Check convergence start from 60 iterations
Check convergence every 10 iterations
Preconditioner choice: evp
EVP block distribution
2 10 18 26 34 42
2 10 18 26
========================================================================
Pressure gradient options
------------------------------------------------------------------------
Pressure averaging enabled
Density correction disabled
========================================================================
Baroclinic:
baroclinic_nml namelist settings:
&BAROCLINIC_NML
RESET_TO_FREEZING = F
/
------------------------------------------------------------------------
Baroclinic options
------------------------------------------------------------------------
Surface temperature reset to freezing off
define_tavg_field: id = 1 UDP
define_tavg_field: id = 2 U1_1
define_tavg_field: id = 3 V1_1
define_tavg_field: id = 4 U1_8
define_tavg_field: id = 5 V1_8
define_tavg_field: id = 6 T1_8
define_tavg_field: id = 7 S1_8
define_tavg_field: id = 8 ADVU
define_tavg_field: id = 9 ADVV
define_tavg_field: id = 10 GRADX
define_tavg_field: id = 11 GRADY
define_tavg_field: id = 12 HDIFFU
define_tavg_field: id = 13 HDIFFV
define_tavg_field: id = 14 VDIFFU
define_tavg_field: id = 15 VDIFFV
define_tavg_field: id = 16 UVEL
define_tavg_field: id = 17 TEMP_27
define_tavg_field: id = 18 TEMP_43
define_tavg_field: id = 19 UVEL2
define_tavg_field: id = 20 VVEL
define_tavg_field: id = 21 VVEL2
define_tavg_field: id = 22 KE
define_tavg_field: id = 23 TEMP
define_tavg_field: id = 24 TEMP_MAX
define_tavg_field: id = 25 TEMP_MIN
define_tavg_field: id = 26 TEMP_RF
define_tavg_field: id = 27 dTEMP_POS_3D
define_tavg_field: id = 28 dTEMP_POS_2D
define_tavg_field: id = 29 dTEMP_NEG_3D
define_tavg_field: id = 30 dTEMP_NEG_2D
define_tavg_field: id = 31 SST
define_tavg_field: id = 32 SST2
define_tavg_field: id = 33 SALT
define_tavg_field: id = 34 SALT_MAX
define_tavg_field: id = 35 SALT_MIN
define_tavg_field: id = 36 SALT_RF
define_tavg_field: id = 37 SSS2
define_tavg_field: id = 38 TEMP2
define_tavg_field: id = 39 SALT2
define_tavg_field: id = 40 ST
define_tavg_field: id = 41 RHO
define_tavg_field: id = 42 RHO_VINT
define_tavg_field: id = 43 UV
define_tavg_field: id = 44 RESID_T
define_tavg_field: id = 45 RESID_S
define_tavg_field: id = 46 SU
define_tavg_field: id = 47 SV
define_tavg_field: id = 48 SSH
define_tavg_field: id = 49 SSH_2
define_tavg_field: id = 50 SSH2
define_tavg_field: id = 51 H3
------------------------------------------------------------------------
Solver Preprocessing (barotropic solver)
------------------------------------------------------------------------
Solver EVP preconditioning START
PROC 0 EVP blocks : 15 land blocks : 11
Solver EVP preconditioning END
Lanczos steps 10 eigs: 0.2231198E-01 0.3838316E+01
Lanczos steps 20 eigs: 0.1278638E-01 0.3838316E+01
Lanczos steps 30 eigs: 0.9012972E-02 0.3838316E+01
Lanczos steps 40 eigs: 0.7154820E-02 0.3838316E+01
Lanczos steps 50 eigs: 0.6165441E-02 0.3838316E+01
LANCZOS EIGS: 6.165441196978916E-003 3.83831563717213
========================================================================
Ice:
ice_nml namelist settings:
&ICE_NML
KMXICE = 1,
ICE_FREQ_OPT = coupled ,
ICE_FREQ = 100000,
LACTIVE_ICE = T,
LICECESM2 = T
/
------------------------------------------------------------------------
Ice formation computed every time steps
Ice salinity(ppt) = 4.000E+00
Ice formation computed in top 1 levels only.
CESM2 calculates ice formation every time step
========================================================================
Tidal mixing information
Jayne Tidal Mixing
with Jayne Tidal Energy file
tidal_nml namelist:
&TIDAL_NML
TIDAL_LOCAL_MIXING_FRACTION = 0.330000000000000 ,
LTIDAL_ALL_TC_COEFS_EQ_1 = F,
LTIDAL_ALL_TC_COEFS_EQ_P33 = F,
LTIDAL_MAX = T,
LTIDAL_SCHMITTNER_SOCN = F,
LTIDAL_STABC = T,
LTIDAL_LUNAR_CYCLE = F,
LTIDAL_MELET_PLOT = F,
LTIDAL_MIXING = T,
TIDAL_DISS_LIM_TC = 0.000000000000000E+000,
TIDAL_ENERGY_CHOICE = jayne ,
TIDAL_ENERGY_FILE = /cluster/work/users/hanbre/inputdata/ocn/pop/gx1v6/forcing/tidal_energy_gx1v6_20090205.ieeer8 ,
TIDAL_ENERGY_FILE_FMT = bin ,
TIDAL_ENERGY_TS_FILES = /cluster/work/users/hanbre/inputdata/ocn/pop/gx1v6/forcing/tidal_lunar_m2modul_nodalTOmonth.20141028.txt /cluster/work/users/hanbre/inputdata/ocn/pop/gx1v6/forcing/tidal_lunar_s2modul_nodalTOmonth.20141028.txt
/cluster/work/users/hanbre/inputdata/ocn/pop/gx1v6/forcing/tidal_lunar_k1modul_nodalTOmonth.20141028.txt
/cluster/work/users/hanbre/inputdata/ocn/pop/gx1v6/forcing/tidal_lunar_o1modul_nodalTOmonth.20141028.txt
,
TIDAL_ENERGY_TS_FILE_FMT = ascii ,
TIDAL_ENERGY_TS_CALENDAR = 365 ,
TIDAL_ENERGY_TS_MODEL_YR_ALIGN = 1,
TIDAL_ENERGY_TS_DATA_FIRST_YEAR = 1948,
TIDAL_ENERGY_TS_DATA_FIRST_MONTH = 1,
TIDAL_ENERGY_TS_DATA_FIRST_DAY = 1,
TIDAL_ENERGY_TS_DATA_FINAL_YEAR = 2009,
TIDAL_ENERGY_TS_DATA_FINAL_MONTH = 1,
TIDAL_ENERGY_TS_DATA_FINAL_DAY = 2,
TIDAL_EPS_N2 = 1.000000000000000E-008,
TIDAL_MIX_MAX = 100.000000000000 ,
TIDAL_MIXING_EFFICIENCY = 0.200000000000000 ,
TIDAL_MIXING_METHOD_CHOICE = jayne ,
TIDAL_VARS_FILE_POLZ = unknown_tidal_vars_file_polz ,
TIDAL_VARS_FILE_FMT_POLZ = nc ,
TIDAL_VERT_DECAY_OPTION_SCHM = SSJ02 ,
LTIDAL_MIN_REGIONS = T,
NUM_TIDAL_MIN_REGIONS = 3,
TIDAL_MIN_REGIONS_NAME = Denmark Strait Faroe Bank Channel
Ross Sea
,
TIDAL_MIN_REGIONS_KLEVELS = 9*6,
TIDAL_MIN_VALUES = 9*20.0000000000000 ,
TIDAL_TLATMIN_REGIONS = 67.0000000000000 , 60.7000000000000 , -78.2000000000000 , 6*0.000000000000000E+000 ,
TIDAL_TLATMAX_REGIONS = 69.4000000000000 , 64.1000000000000 , -74.4000000000000 , 6*0.000000000000000E+000 ,
TIDAL_TLONMIN_REGIONS = 333.500000000000 , 355.000000000000 , 164.200000000000 , 6*0.000000000000000E+000 ,
TIDAL_TLONMAX_REGIONS = 337.900000000000 , 1.80000000000000 , 188.900000000000 , 6*0.000000000000000E+000 ,
VERTICAL_DECAY_SCALE = 50000.0000000000
/
(init_tidal_mixing1) num_region = 1
(init_tidal_mixing1) tidal_min_regions_name = Denmark Strait
(init_tidal_mixing1) tidal_TLATmin_regions = 67.00
(init_tidal_mixing1) tidal_TLATmax_regions = 69.40
(init_tidal_mixing1) tidal_TLONmin_regions = 333.50
(init_tidal_mixing1) tidal_TLONmax_regions = 337.90
(init_tidal_mixing1) num_region = 2
(init_tidal_mixing1) tidal_min_regions_name = Faroe Bank Channel
(init_tidal_mixing1) tidal_TLATmin_regions = 60.70
(init_tidal_mixing1) tidal_TLATmax_regions = 64.10
(init_tidal_mixing1) tidal_TLONmin_regions = 355.00
(init_tidal_mixing1) tidal_TLONmax_regions = 1.80
(init_tidal_mixing1) num_region = 3
(init_tidal_mixing1) tidal_min_regions_name = Ross Sea
(init_tidal_mixing1) tidal_TLATmin_regions = -78.20
(init_tidal_mixing1) tidal_TLATmax_regions = -74.40
(init_tidal_mixing1) tidal_TLONmin_regions = 164.20
(init_tidal_mixing1) tidal_TLONmax_regions = 188.90
(init_tidal_mixing1) box wraps around 360 for tidal region box = 2
(init_tidal_mixing1) tidal-mixing region latitudes/longitudes = Denmark Strait
(init_tidal_mixing1) REGION_BOX2D_G(i,j), TLATmin, TLAT_G(i,j), TLATmax, TLONmin, TLON_G(i,j), TLONmax 1 67.00 67.02 69.40 333.50 337.30 337.90
(init_tidal_mixing1) REGION_BOX2D_G(i,j), TLATmin, TLAT_G(i,j), TLATmax, TLONmin, TLON_G(i,j), TLONmax 1 67.00 67.06 69.40 333.50 334.03 337.90
(init_tidal_mixing1) REGION_BOX2D_G(i,j), TLATmin, TLAT_G(i,j), TLATmax, TLONmin, TLON_G(i,j), TLONmax 1 67.00 67.14 69.40 333.50 334.76 337.90
(init_tidal_mixing1) REGION_BOX2D_G(i,j), TLATmin, TLAT_G(i,j), TLATmax, TLONmin, TLON_G(i,j), TLONmax 1 67.00 67.23 69.40 333.50 335.49 337.90
(init_tidal_mixing1) REGION_BOX2D_G(i,j), TLATmin, TLAT_G(i,j), TLATmax, TLONmin, TLON_G(i,j), TLONmax 1 67.00 67.32 69.40 333.50 336.22 337.90
(init_tidal_mixing1) REGION_BOX2D_G(i,j), TLATmin, TLAT_G(i,j), TLATmax, TLONmin, TLON_G(i,j), TLONmax 1 67.00 67.42 69.40 333.50 336.95 337.90
(init_tidal_mixing1) REGION_BOX2D_G(i,j), TLATmin, TLAT_G(i,j), TLATmax, TLONmin, TLON_G(i,j), TLONmax 1 67.00 67.52 69.40 333.50 337.67 337.90
(init_tidal_mixing1) REGION_BOX2D_G(i,j), TLATmin, TLAT_G(i,j), TLATmax, TLONmin, TLON_G(i,j), TLONmax 1 67.00 67.46 69.40 333.50 333.73 337.90
(init_tidal_mixing1) REGION_BOX2D_G(i,j), TLATmin, TLAT_G(i,j), TLATmax, TLONmin, TLON_G(i,j), TLONmax 1 67.00 67.54 69.40 333.50 334.44 337.90
(init_tidal_mixing1) REGION_BOX2D_G(i,j), TLATmin, TLAT_G(i,j), TLATmax, TLONmin, TLON_G(i,j), TLONmax 1 67.00 67.63 69.40 333.50 335.16 337.90
(init_tidal_mixing1) REGION_BOX2D_G(i,j), TLATmin, TLAT_G(i,j), TLATmax, TLONmin, TLON_G(i,j), TLONmax 1 67.00 67.72 69.40 333.50 335.87 337.90
(init_tidal_mixing1) REGION_BOX2D_G(i,j), TLATmin, TLAT_G(i,j), TLATmax, TLONmin, TLON_G(i,j), TLONmax 1 67.00 67.81 69.40 333.50 336.58 337.90
(init_tidal_mixing1) REGION_BOX2D_G(i,j), TLATmin, TLAT_G(i,j), TLATmax, TLONmin, TLON_G(i,j), TLONmax 1 67.00 67.91 69.40 333.50 337.28 337.90
(init_tidal_mixing1) REGION_BOX2D_G(i,j), TLATmin, TLAT_G(i,j), TLATmax, TLONmin, TLON_G(i,j), TLONmax 1 67.00 67.94 69.40 333.50 334.11 337.90
(init_tidal_mixing1) REGION_BOX2D_G(i,j), TLATmin, TLAT_G(i,j), TLATmax, TLONmin, TLON_G(i,j), TLONmax 1 67.00 68.02 69.40 333.50 334.81 337.90
(init_tidal_mixing1) REGION_BOX2D_G(i,j), TLATmin, TLAT_G(i,j), TLATmax, TLONmin, TLON_G(i,j), TLONmax 1 67.00 68.11 69.40 333.50 335.50 337.90
(init_tidal_mixing1) REGION_BOX2D_G(i,j), TLATmin, TLAT_G(i,j), TLATmax, TLONmin, TLON_G(i,j), TLONmax 1 67.00 68.21 69.40 333.50 336.19 337.90
(init_tidal_mixing1) REGION_BOX2D_G(i,j), TLATmin, TLAT_G(i,j), TLATmax, TLONmin, TLON_G(i,j), TLONmax 1 67.00 68.31 69.40 333.50 336.87 337.90
(init_tidal_mixing1) REGION_BOX2D_G(i,j), TLATmin, TLAT_G(i,j), TLATmax, TLONmin, TLON_G(i,j), TLONmax 1 67.00 68.41 69.40 333.50 337.55 337.90
(init_tidal_mixing1) REGION_BOX2D_G(i,j), TLATmin, TLAT_G(i,j), TLATmax, TLONmin, TLON_G(i,j), TLONmax 1 67.00 68.34 69.40 333.50 333.76 337.90
(init_tidal_mixing1) REGION_BOX2D_G(i,j), TLATmin, TLAT_G(i,j), TLATmax, TLONmin, TLON_G(i,j), TLONmax 1 67.00 68.42 69.40 333.50 334.43 337.90
(init_tidal_mixing1) REGION_BOX2D_G(i,j), TLATmin, TLAT_G(i,j), TLATmax, TLONmin, TLON_G(i,j), TLONmax 1 67.00 68.51 69.40 333.50 335.11 337.90
(init_tidal_mixing1) REGION_BOX2D_G(i,j), TLATmin, TLAT_G(i,j), TLATmax, TLONmin, TLON_G(i,j), TLONmax 1 67.00 68.60 69.40 333.50 335.77 337.90
(init_tidal_mixing1) REGION_BOX2D_G(i,j), TLATmin, TLAT_G(i,j), TLATmax, TLONmin, TLON_G(i,j), TLONmax 1 67.00 68.70 69.40 333.50 336.44 337.90
(init_tidal_mixing1) REGION_BOX2D_G(i,j), TLATmin, TLAT_G(i,j), TLATmax, TLONmin, TLON_G(i,j), TLONmax 1 67.00 68.80 69.40 333.50 337.10 337.90
(init_tidal_mixing1) REGION_BOX2D_G(i,j), TLATmin, TLAT_G(i,j), TLATmax, TLONmin, TLON_G(i,j), TLONmax 1 67.00 68.91 69.40 333.50 337.75 337.90
(init_tidal_mixing1) REGION_BOX2D_G(i,j), TLATmin, TLAT_G(i,j), TLATmax, TLONmin, TLON_G(i,j), TLONmax 1 67.00 68.82 69.40 333.50 334.04 337.90
(init_tidal_mixing1) REGION_BOX2D_G(i,j), TLATmin, TLAT_G(i,j), TLATmax, TLONmin, TLON_G(i,j), TLONmax 1 67.00 68.91 69.40 333.50 334.69 337.90
(init_tidal_mixing1) REGION_BOX2D_G(i,j), TLATmin, TLAT_G(i,j), TLATmax, TLONmin, TLON_G(i,j), TLONmax 1 67.00 69.00 69.40 333.50 335.34 337.90
(init_tidal_mixing1) REGION_BOX2D_G(i,j), TLATmin, TLAT_G(i,j), TLATmax, TLONmin, TLON_G(i,j), TLONmax 1 67.00 69.10 69.40 333.50 335.98 337.90
(init_tidal_mixing1) REGION_BOX2D_G(i,j), TLATmin, TLAT_G(i,j), TLATmax, TLONmin, TLON_G(i,j), TLONmax 1 67.00 69.20 69.40 333.50 336.62 337.90
(init_tidal_mixing1) REGION_BOX2D_G(i,j), TLATmin, TLAT_G(i,j), TLATmax, TLONmin, TLON_G(i,j), TLONmax 1 67.00 69.30 69.40 333.50 337.25 337.90
(init_tidal_mixing1) REGION_BOX2D_G(i,j), TLATmin, TLAT_G(i,j), TLATmax, TLONmin, TLON_G(i,j), TLONmax 1 67.00 69.22 69.40 333.50 333.62 337.90
(init_tidal_mixing1) REGION_BOX2D_G(i,j), TLATmin, TLAT_G(i,j), TLATmax, TLONmin, TLON_G(i,j), TLONmax 1 67.00 69.31 69.40 333.50 334.25 337.90
(init_tidal_mixing1) REGION_BOX2D_G(i,j), TLATmin, TLAT_G(i,j), TLATmax, TLONmin, TLON_G(i,j), TLONmax 1 67.00 69.40 69.40 333.50 334.87 337.90
(init_tidal_mixing1) tidal-mixing region latitudes/longitudes = Faroe Bank Channel
(init_tidal_mixing1) REGION_BOX2D_G(i,j), TLATmin, TLAT_G(i,j), TLATmax, TLONmin, TLON_G(i,j), TLONmax 2 60.70 60.74 64.10 355.00 1.24 1.80
(init_tidal_mixing1) REGION_BOX2D_G(i,j), TLATmin, TLAT_G(i,j), TLATmax, TLONmin, TLON_G(i,j), TLONmax 2 60.70 60.73 64.10 355.00 358.12 1.80
(init_tidal_mixing1) REGION_BOX2D_G(i,j), TLATmin, TLAT_G(i,j), TLATmax, TLONmin, TLON_G(i,j), TLONmax 2 60.70 60.87 64.10 355.00 359.07 1.80
(init_tidal_mixing1) REGION_BOX2D_G(i,j), TLATmin, TLAT_G(i,j), TLATmax, TLONmin, TLON_G(i,j), TLONmax 2 60.70 61.01 64.10 355.00 0.02 1.80
(init_tidal_mixing1) REGION_BOX2D_G(i,j), TLATmin, TLAT_G(i,j), TLATmax, TLONmin, TLON_G(i,j), TLONmax 2 60.70 61.16 64.10 355.00 0.97 1.80
(init_tidal_mixing1) REGION_BOX2D_G(i,j), TLATmin, TLAT_G(i,j), TLATmax, TLONmin, TLON_G(i,j), TLONmax 2 60.70 60.74 64.10 355.00 355.03 1.80
(init_tidal_mixing1) REGION_BOX2D_G(i,j), TLATmin, TLAT_G(i,j), TLATmax, TLONmin, TLON_G(i,j), TLONmax 2 60.70 60.87 64.10 355.00 355.98 1.80
(init_tidal_mixing1) REGION_BOX2D_G(i,j), TLATmin, TLAT_G(i,j), TLATmax, TLONmin, TLON_G(i,j), TLONmax 2 60.70 61.01 64.10 355.00 356.92 1.80
(init_tidal_mixing1) REGION_BOX2D_G(i,j), TLATmin, TLAT_G(i,j), TLATmax, TLONmin, TLON_G(i,j), TLONmax 2 60.70 61.14 64.10 355.00 357.86 1.80
(init_tidal_mixing1) REGION_BOX2D_G(i,j), TLATmin, TLAT_G(i,j), TLATmax, TLONmin, TLON_G(i,j), TLONmax 2 60.70 61.29 64.10 355.00 358.81 1.80
(init_tidal_mixing1) REGION_BOX2D_G(i,j), TLATmin, TLAT_G(i,j), TLATmax, TLONmin, TLON_G(i,j), TLONmax 2 60.70 61.43 64.10 355.00 359.75 1.80
(init_tidal_mixing1) REGION_BOX2D_G(i,j), TLATmin, TLAT_G(i,j), TLATmax, TLONmin, TLON_G(i,j), TLONmax 2 60.70 61.57 64.10 355.00 0.69 1.80
(init_tidal_mixing1) REGION_BOX2D_G(i,j), TLATmin, TLAT_G(i,j), TLATmax, TLONmin, TLON_G(i,j), TLONmax 2 60.70 61.72 64.10 355.00 1.63 1.80
(init_tidal_mixing1) REGION_BOX2D_G(i,j), TLATmin, TLAT_G(i,j), TLATmax, TLONmin, TLON_G(i,j), TLONmax 2 60.70 61.28 64.10 355.00 355.73 1.80
(init_tidal_mixing1) REGION_BOX2D_G(i,j), TLATmin, TLAT_G(i,j), TLATmax, TLONmin, TLON_G(i,j), TLONmax 2 60.70 61.42 64.10 355.00 356.66 1.80
(init_tidal_mixing1) REGION_BOX2D_G(i,j), TLATmin, TLAT_G(i,j), TLATmax, TLONmin, TLON_G(i,j), TLONmax 2 60.70 61.56 64.10 355.00 357.60 1.80
(init_tidal_mixing1) REGION_BOX2D_G(i,j), TLATmin, TLAT_G(i,j), TLATmax, TLONmin, TLON_G(i,j), TLONmax 2 60.70 61.70 64.10 355.00 358.53 1.80
(init_tidal_mixing1) REGION_BOX2D_G(i,j), TLATmin, TLAT_G(i,j), TLATmax, TLONmin, TLON_G(i,j), TLONmax 2 60.70 61.84 64.10 355.00 359.46 1.80
(init_tidal_mixing1) REGION_BOX2D_G(i,j), TLATmin, TLAT_G(i,j), TLATmax, TLONmin, TLON_G(i,j), TLONmax 2 60.70 61.99 64.10 355.00 0.40 1.80
(init_tidal_mixing1) REGION_BOX2D_G(i,j), TLATmin, TLAT_G(i,j), TLATmax, TLONmin, TLON_G(i,j), TLONmax 2 60.70 62.14 64.10 355.00 1.33 1.80
(init_tidal_mixing1) REGION_BOX2D_G(i,j), TLATmin, TLAT_G(i,j), TLATmax, TLONmin, TLON_G(i,j), TLONmax 2 60.70 61.69 64.10 355.00 355.46 1.80
(init_tidal_mixing1) REGION_BOX2D_G(i,j), TLATmin, TLAT_G(i,j), TLATmax, TLONmin, TLON_G(i,j), TLONmax 2 60.70 61.83 64.10 355.00 356.39 1.80
(init_tidal_mixing1) REGION_BOX2D_G(i,j), TLATmin, TLAT_G(i,j), TLATmax, TLONmin, TLON_G(i,j), TLONmax 2 60.70 61.97 64.10 355.00 357.32 1.80
(init_tidal_mixing1) REGION_BOX2D_G(i,j), TLATmin, TLAT_G(i,j), TLATmax, TLONmin, TLON_G(i,j), TLONmax 2 60.70 62.11 64.10 355.00 358.24 1.80
(init_tidal_mixing1) REGION_BOX2D_G(i,j), TLATmin, TLAT_G(i,j), TLATmax, TLONmin, TLON_G(i,j), TLONmax 2 60.70 62.26 64.10 355.00 359.16 1.80
(init_tidal_mixing1) REGION_BOX2D_G(i,j), TLATmin, TLAT_G(i,j), TLATmax, TLONmin, TLON_G(i,j), TLONmax 2 60.70 62.41 64.10 355.00 0.09 1.80
(init_tidal_mixing1) REGION_BOX2D_G(i,j), TLATmin, TLAT_G(i,j), TLATmax, TLONmin, TLON_G(i,j), TLONmax 2 60.70 62.56 64.10 355.00 1.01 1.80
(init_tidal_mixing1) REGION_BOX2D_G(i,j), TLATmin, TLAT_G(i,j), TLATmax, TLONmin, TLON_G(i,j), TLONmax 2 60.70 62.10 64.10 355.00 355.19 1.80
(init_tidal_mixing1) REGION_BOX2D_G(i,j), TLATmin, TLAT_G(i,j), TLATmax, TLONmin, TLON_G(i,j), TLONmax 2 60.70 62.24 64.10 355.00 356.11 1.80
(init_tidal_mixing1) REGION_BOX2D_G(i,j), TLATmin, TLAT_G(i,j), TLATmax, TLONmin, TLON_G(i,j), TLONmax 2 60.70 62.38 64.10 355.00 357.02 1.80
(init_tidal_mixing1) REGION_BOX2D_G(i,j), TLATmin, TLAT_G(i,j), TLATmax, TLONmin, TLON_G(i,j), TLONmax 2 60.70 62.52 64.10 355.00 357.94 1.80
(init_tidal_mixing1) REGION_BOX2D_G(i,j), TLATmin, TLAT_G(i,j), TLATmax, TLONmin, TLON_G(i,j), TLONmax 2 60.70 62.67 64.10 355.00 358.85 1.80
(init_tidal_mixing1) REGION_BOX2D_G(i,j), TLATmin, TLAT_G(i,j), TLATmax, TLONmin, TLON_G(i,j), TLONmax 2 60.70 62.82 64.10 355.00 359.77 1.80
(init_tidal_mixing1) REGION_BOX2D_G(i,j), TLATmin, TLAT_G(i,j), TLATmax, TLONmin, TLON_G(i,j), TLONmax 2 60.70 62.97 64.10 355.00 0.68 1.80
(init_tidal_mixing1) REGION_BOX2D_G(i,j), TLATmin, TLAT_G(i,j), TLATmax, TLONmin, TLON_G(i,j), TLONmax 2 60.70 63.13 64.10 355.00 1.59 1.80
(init_tidal_mixing1) REGION_BOX2D_G(i,j), TLATmin, TLAT_G(i,j), TLATmax, TLONmin, TLON_G(i,j), TLONmax 2 60.70 62.64 64.10 355.00 355.81 1.80
(init_tidal_mixing1) REGION_BOX2D_G(i,j), TLATmin, TLAT_G(i,j), TLATmax, TLONmin, TLON_G(i,j), TLONmax 2 60.70 62.79 64.10 355.00 356.72 1.80
(init_tidal_mixing1) REGION_BOX2D_G(i,j), TLATmin, TLAT_G(i,j), TLATmax, TLONmin, TLON_G(i,j), TLONmax 2 60.70 62.93 64.10 355.00 357.62 1.80
(init_tidal_mixing1) REGION_BOX2D_G(i,j), TLATmin, TLAT_G(i,j), TLATmax, TLONmin, TLON_G(i,j), TLONmax 2 60.70 63.08 64.10 355.00 358.53 1.80
(init_tidal_mixing1) REGION_BOX2D_G(i,j), TLATmin, TLAT_G(i,j), TLATmax, TLONmin, TLON_G(i,j), TLONmax 2 60.70 63.23 64.10 355.00 359.43 1.80
(init_tidal_mixing1) REGION_BOX2D_G(i,j), TLATmin, TLAT_G(i,j), TLATmax, TLONmin, TLON_G(i,j), TLONmax 2 60.70 63.39 64.10 355.00 0.34 1.80
(init_tidal_mixing1) REGION_BOX2D_G(i,j), TLATmin, TLAT_G(i,j), TLATmax, TLONmin, TLON_G(i,j), TLONmax 2 60.70 63.54 64.10 355.00 1.24 1.80
(init_tidal_mixing1) REGION_BOX2D_G(i,j), TLATmin, TLAT_G(i,j), TLATmax, TLONmin, TLON_G(i,j), TLONmax 2 60.70 63.05 64.10 355.00 355.50 1.80
(init_tidal_mixing1) REGION_BOX2D_G(i,j), TLATmin, TLAT_G(i,j), TLATmax, TLONmin, TLON_G(i,j), TLONmax 2 60.70 63.20 64.10 355.00 356.40 1.80
(init_tidal_mixing1) REGION_BOX2D_G(i,j), TLATmin, TLAT_G(i,j), TLATmax, TLONmin, TLON_G(i,j), TLONmax 2 60.70 63.34 64.10 355.00 357.29 1.80
(init_tidal_mixing1) REGION_BOX2D_G(i,j), TLATmin, TLAT_G(i,j), TLATmax, TLONmin, TLON_G(i,j), TLONmax 2 60.70 63.49 64.10 355.00 358.19 1.80
(init_tidal_mixing1) REGION_BOX2D_G(i,j), TLATmin, TLAT_G(i,j), TLATmax, TLONmin, TLON_G(i,j), TLONmax 2 60.70 63.64 64.10 355.00 359.08 1.80
(init_tidal_mixing1) REGION_BOX2D_G(i,j), TLATmin, TLAT_G(i,j), TLATmax, TLONmin, TLON_G(i,j), TLONmax 2 60.70 63.80 64.10 355.00 359.97 1.80
(init_tidal_mixing1) REGION_BOX2D_G(i,j), TLATmin, TLAT_G(i,j), TLATmax, TLONmin, TLON_G(i,j), TLONmax 2 60.70 63.96 64.10 355.00 0.87 1.80
(init_tidal_mixing1) REGION_BOX2D_G(i,j), TLATmin, TLAT_G(i,j), TLATmax, TLONmin, TLON_G(i,j), TLONmax 2 60.70 63.46 64.10 355.00 355.18 1.80
(init_tidal_mixing1) REGION_BOX2D_G(i,j), TLATmin, TLAT_G(i,j), TLATmax, TLONmin, TLON_G(i,j), TLONmax 2 60.70 63.60 64.10 355.00 356.06 1.80
(init_tidal_mixing1) REGION_BOX2D_G(i,j), TLATmin, TLAT_G(i,j), TLATmax, TLONmin, TLON_G(i,j), TLONmax 2 60.70 63.75 64.10 355.00 356.95 1.80
(init_tidal_mixing1) REGION_BOX2D_G(i,j), TLATmin, TLAT_G(i,j), TLATmax, TLONmin, TLON_G(i,j), TLONmax 2 60.70 63.90 64.10 355.00 357.83 1.80
(init_tidal_mixing1) REGION_BOX2D_G(i,j), TLATmin, TLAT_G(i,j), TLATmax, TLONmin, TLON_G(i,j), TLONmax 2 60.70 64.06 64.10 355.00 358.72 1.80
(init_tidal_mixing1) REGION_BOX2D_G(i,j), TLATmin, TLAT_G(i,j), TLATmax, TLONmin, TLON_G(i,j), TLONmax 2 60.70 64.01 64.10 355.00 355.71 1.80
(init_tidal_mixing1) tidal-mixing region latitudes/longitudes = Ross Sea
(init_tidal_mixing1) REGION_BOX2D_G(i,j), TLATmin, TLAT_G(i,j), TLATmax, TLONmin, TLON_G(i,j), TLONmax 3 -78.20 -78.15 -74.40 164.20 165.31 188.90
(init_tidal_mixing1) REGION_BOX2D_G(i,j), TLATmin, TLAT_G(i,j), TLATmax, TLONmin, TLON_G(i,j), TLONmax 3 -78.20 -78.15 -74.40 164.20 166.44 188.90
(init_tidal_mixing1) REGION_BOX2D_G(i,j), TLATmin, TLAT_G(i,j), TLATmax, TLONmin, TLON_G(i,j), TLONmax 3 -78.20 -78.15 -74.40 164.20 167.56 188.90
(init_tidal_mixing1) REGION_BOX2D_G(i,j), TLATmin, TLAT_G(i,j), TLATmax, TLONmin, TLON_G(i,j), TLONmax 3 -78.20 -78.15 -74.40 164.20 168.69 188.90
(init_tidal_mixing1) REGION_BOX2D_G(i,j), TLATmin, TLAT_G(i,j), TLATmax, TLONmin, TLON_G(i,j), TLONmax 3 -78.20 -78.15 -74.40 164.20 169.81 188.90
(init_tidal_mixing1) REGION_BOX2D_G(i,j), TLATmin, TLAT_G(i,j), TLATmax, TLONmin, TLON_G(i,j), TLONmax 3 -78.20 -78.15 -74.40 164.20 170.94 188.90
(init_tidal_mixing1) REGION_BOX2D_G(i,j), TLATmin, TLAT_G(i,j), TLATmax, TLONmin, TLON_G(i,j), TLONmax 3 -78.20 -78.15 -74.40 164.20 172.06 188.90
(init_tidal_mixing1) REGION_BOX2D_G(i,j), TLATmin, TLAT_G(i,j), TLATmax, TLONmin, TLON_G(i,j), TLONmax 3 -78.20 -78.15 -74.40 164.20 173.19 188.90
(init_tidal_mixing1) REGION_BOX2D_G(i,j), TLATmin, TLAT_G(i,j), TLATmax, TLONmin, TLON_G(i,j), TLONmax 3 -78.20 -78.15 -74.40 164.20 174.31 188.90
(init_tidal_mixing1) REGION_BOX2D_G(i,j), TLATmin, TLAT_G(i,j), TLATmax, TLONmin, TLON_G(i,j), TLONmax 3 -78.20 -78.15 -74.40 164.20 175.44 188.90
(init_tidal_mixing1) REGION_BOX2D_G(i,j), TLATmin, TLAT_G(i,j), TLATmax, TLONmin, TLON_G(i,j), TLONmax 3 -78.20 -78.15 -74.40 164.20 176.56 188.90
(init_tidal_mixing1) REGION_BOX2D_G(i,j), TLATmin, TLAT_G(i,j), TLATmax, TLONmin, TLON_G(i,j), TLONmax 3 -78.20 -78.15 -74.40 164.20 177.69 188.90
(init_tidal_mixing1) REGION_BOX2D_G(i,j), TLATmin, TLAT_G(i,j), TLATmax, TLONmin, TLON_G(i,j), TLONmax 3 -78.20 -78.15 -74.40 164.20 178.81 188.90
(init_tidal_mixing1) REGION_BOX2D_G(i,j), TLATmin, TLAT_G(i,j), TLATmax, TLONmin, TLON_G(i,j), TLONmax 3 -78.20 -78.15 -74.40 164.20 179.94 188.90
(init_tidal_mixing1) REGION_BOX2D_G(i,j), TLATmin, TLAT_G(i,j), TLATmax, TLONmin, TLON_G(i,j), TLONmax 3 -78.20 -78.15 -74.40 164.20 181.06 188.90
(init_tidal_mixing1) REGION_BOX2D_G(i,j), TLATmin, TLAT_G(i,j), TLATmax, TLONmin, TLON_G(i,j), TLONmax 3 -78.20 -78.15 -74.40 164.20 182.19 188.90
(init_tidal_mixing1) REGION_BOX2D_G(i,j), TLATmin, TLAT_G(i,j), TLATmax, TLONmin, TLON_G(i,j), TLONmax 3 -78.20 -78.15 -74.40 164.20 183.31 188.90
(init_tidal_mixing1) REGION_BOX2D_G(i,j), TLATmin, TLAT_G(i,j), TLATmax, TLONmin, TLON_G(i,j), TLONmax 3 -78.20 -78.15 -74.40 164.20 184.44 188.90
(init_tidal_mixing1) REGION_BOX2D_G(i,j), TLATmin, TLAT_G(i,j), TLATmax, TLONmin, TLON_G(i,j), TLONmax 3 -78.20 -78.15 -74.40 164.20 185.56 188.90
(init_tidal_mixing1) REGION_BOX2D_G(i,j), TLATmin, TLAT_G(i,j), TLATmax, TLONmin, TLON_G(i,j), TLONmax 3 -78.20 -78.15 -74.40 164.20 186.69 188.90
(init_tidal_mixing1) REGION_BOX2D_G(i,j), TLATmin, TLAT_G(i,j), TLATmax, TLONmin, TLON_G(i,j), TLONmax 3 -78.20 -78.15 -74.40 164.20 187.81 188.90
(init_tidal_mixing1) REGION_BOX2D_G(i,j), TLATmin, TLAT_G(i,j), TLATmax, TLONmin, TLON_G(i,j), TLONmax 3 -78.20 -77.62 -74.40 164.20 165.31 188.90
(init_tidal_mixing1) REGION_BOX2D_G(i,j), TLATmin, TLAT_G(i,j), TLATmax, TLONmin, TLON_G(i,j), TLONmax 3 -78.20 -77.62 -74.40 164.20 166.44 188.90
(init_tidal_mixing1) REGION_BOX2D_G(i,j), TLATmin, TLAT_G(i,j), TLATmax, TLONmin, TLON_G(i,j), TLONmax 3 -78.20 -77.62 -74.40 164.20 167.56 188.90
(init_tidal_mixing1) REGION_BOX2D_G(i,j), TLATmin, TLAT_G(i,j), TLATmax, TLONmin, TLON_G(i,j), TLONmax 3 -78.20 -77.62 -74.40 164.20 168.69 188.90
(init_tidal_mixing1) REGION_BOX2D_G(i,j), TLATmin, TLAT_G(i,j), TLATmax, TLONmin, TLON_G(i,j), TLONmax 3 -78.20 -77.62 -74.40 164.20 169.81 188.90
(init_tidal_mixing1) REGION_BOX2D_G(i,j), TLATmin, TLAT_G(i,j), TLATmax, TLONmin, TLON_G(i,j), TLONmax 3 -78.20 -77.62 -74.40 164.20 170.94 188.90
(init_tidal_mixing1) REGION_BOX2D_G(i,j), TLATmin, TLAT_G(i,j), TLATmax, TLONmin, TLON_G(i,j), TLONmax 3 -78.20 -77.62 -74.40 164.20 172.06 188.90
(init_tidal_mixing1) REGION_BOX2D_G(i,j), TLATmin, TLAT_G(i,j), TLATmax, TLONmin, TLON_G(i,j), TLONmax 3 -78.20 -77.62 -74.40 164.20 173.19 188.90
(init_tidal_mixing1) REGION_BOX2D_G(i,j), TLATmin, TLAT_G(i,j), TLATmax, TLONmin, TLON_G(i,j), TLONmax 3 -78.20 -77.62 -74.40 164.20 174.31 188.90
(init_tidal_mixing1) REGION_BOX2D_G(i,j), TLATmin, TLAT_G(i,j), TLATmax, TLONmin, TLON_G(i,j), TLONmax 3 -78.20 -77.62 -74.40 164.20 175.44 188.90
(init_tidal_mixing1) REGION_BOX2D_G(i,j), TLATmin, TLAT_G(i,j), TLATmax, TLONmin, TLON_G(i,j), TLONmax 3 -78.20 -77.62 -74.40 164.20 176.56 188.90
(init_tidal_mixing1) REGION_BOX2D_G(i,j), TLATmin, TLAT_G(i,j), TLATmax, TLONmin, TLON_G(i,j), TLONmax 3 -78.20 -77.62 -74.40 164.20 177.69 188.90
(init_tidal_mixing1) REGION_BOX2D_G(i,j), TLATmin, TLAT_G(i,j), TLATmax, TLONmin, TLON_G(i,j), TLONmax 3 -78.20 -77.62 -74.40 164.20 178.81 188.90
(init_tidal_mixing1) REGION_BOX2D_G(i,j), TLATmin, TLAT_G(i,j), TLATmax, TLONmin, TLON_G(i,j), TLONmax 3 -78.20 -77.62 -74.40 164.20 179.94 188.90
(init_tidal_mixing1) REGION_BOX2D_G(i,j), TLATmin, TLAT_G(i,j), TLATmax, TLONmin, TLON_G(i,j), TLONmax 3 -78.20 -77.62 -74.40 164.20 181.06 188.90
(init_tidal_mixing1) REGION_BOX2D_G(i,j), TLATmin, TLAT_G(i,j), TLATmax, TLONmin, TLON_G(i,j), TLONmax 3 -78.20 -77.62 -74.40 164.20 182.19 188.90
(init_tidal_mixing1) REGION_BOX2D_G(i,j), TLATmin, TLAT_G(i,j), TLATmax, TLONmin, TLON_G(i,j), TLONmax 3 -78.20 -77.62 -74.40 164.20 183.31 188.90
(init_tidal_mixing1) REGION_BOX2D_G(i,j), TLATmin, TLAT_G(i,j), TLATmax, TLONmin, TLON_G(i,j), TLONmax 3 -78.20 -77.62 -74.40 164.20 184.44 188.90
(init_tidal_mixing1) REGION_BOX2D_G(i,j), TLATmin, TLAT_G(i,j), TLATmax, TLONmin, TLON_G(i,j), TLONmax 3 -78.20 -77.62 -74.40 164.20 185.56 188.90
(init_tidal_mixing1) REGION_BOX2D_G(i,j), TLATmin, TLAT_G(i,j), TLATmax, TLONmin, TLON_G(i,j), TLONmax 3 -78.20 -77.62 -74.40 164.20 186.69 188.90
(init_tidal_mixing1) REGION_BOX2D_G(i,j), TLATmin, TLAT_G(i,j), TLATmax, TLONmin, TLON_G(i,j), TLONmax 3 -78.20 -77.62 -74.40 164.20 187.81 188.90
(init_tidal_mixing1) REGION_BOX2D_G(i,j), TLATmin, TLAT_G(i,j), TLATmax, TLONmin, TLON_G(i,j), TLONmax 3 -78.20 -77.08 -74.40 164.20 165.31 188.90
(init_tidal_mixing1) REGION_BOX2D_G(i,j), TLATmin, TLAT_G(i,j), TLATmax, TLONmin, TLON_G(i,j), TLONmax 3 -78.20 -77.08 -74.40 164.20 166.44 188.90
(init_tidal_mixing1) REGION_BOX2D_G(i,j), TLATmin, TLAT_G(i,j), TLATmax, TLONmin, TLON_G(i,j), TLONmax 3 -78.20 -77.08 -74.40 164.20 167.56 188.90
(init_tidal_mixing1) REGION_BOX2D_G(i,j), TLATmin, TLAT_G(i,j), TLATmax, TLONmin, TLON_G(i,j), TLONmax 3 -78.20 -77.08 -74.40 164.20 168.69 188.90
(init_tidal_mixing1) REGION_BOX2D_G(i,j), TLATmin, TLAT_G(i,j), TLATmax, TLONmin, TLON_G(i,j), TLONmax 3 -78.20 -77.08 -74.40 164.20 169.81 188.90
(init_tidal_mixing1) REGION_BOX2D_G(i,j), TLATmin, TLAT_G(i,j), TLATmax, TLONmin, TLON_G(i,j), TLONmax 3 -78.20 -77.08 -74.40 164.20 170.94 188.90
(init_tidal_mixing1) REGION_BOX2D_G(i,j), TLATmin, TLAT_G(i,j), TLATmax, TLONmin, TLON_G(i,j), TLONmax 3 -78.20 -77.08 -74.40 164.20 172.06 188.90
(init_tidal_mixing1) REGION_BOX2D_G(i,j), TLATmin, TLAT_G(i,j), TLATmax, TLONmin, TLON_G(i,j), TLONmax 3 -78.20 -77.08 -74.40 164.20 173.19 188.90
(init_tidal_mixing1) REGION_BOX2D_G(i,j), TLATmin, TLAT_G(i,j), TLATmax, TLONmin, TLON_G(i,j), TLONmax 3 -78.20 -77.08 -74.40 164.20 174.31 188.90
(init_tidal_mixing1) REGION_BOX2D_G(i,j), TLATmin, TLAT_G(i,j), TLATmax, TLONmin, TLON_G(i,j), TLONmax 3 -78.20 -77.08 -74.40 164.20 175.44 188.90
(init_tidal_mixing1) REGION_BOX2D_G(i,j), TLATmin, TLAT_G(i,j), TLATmax, TLONmin, TLON_G(i,j), TLONmax 3 -78.20 -77.08 -74.40 164.20 176.56 188.90
(init_tidal_mixing1) REGION_BOX2D_G(i,j), TLATmin, TLAT_G(i,j), TLATmax, TLONmin, TLON_G(i,j), TLONmax 3 -78.20 -77.08 -74.40 164.20 177.69 188.90
(init_tidal_mixing1) REGION_BOX2D_G(i,j), TLATmin, TLAT_G(i,j), TLATmax, TLONmin, TLON_G(i,j), TLONmax 3 -78.20 -77.08 -74.40 164.20 178.81 188.90
(init_tidal_mixing1) REGION_BOX2D_G(i,j), TLATmin, TLAT_G(i,j), TLATmax, TLONmin, TLON_G(i,j), TLONmax 3 -78.20 -77.08 -74.40 164.20 179.94 188.90
(init_tidal_mixing1) REGION_BOX2D_G(i,j), TLATmin, TLAT_G(i,j), TLATmax, TLONmin, TLON_G(i,j), TLONmax 3 -78.20 -77.08 -74.40 164.20 181.06 188.90
(init_tidal_mixing1) REGION_BOX2D_G(i,j), TLATmin, TLAT_G(i,j), TLATmax, TLONmin, TLON_G(i,j), TLONmax 3 -78.20 -77.08 -74.40 164.20 182.19 188.90
(init_tidal_mixing1) REGION_BOX2D_G(i,j), TLATmin, TLAT_G(i,j), TLATmax, TLONmin, TLON_G(i,j), TLONmax 3 -78.20 -77.08 -74.40 164.20 183.31 188.90
(init_tidal_mixing1) REGION_BOX2D_G(i,j), TLATmin, TLAT_G(i,j), TLATmax, TLONmin, TLON_G(i,j), TLONmax 3 -78.20 -77.08 -74.40 164.20 184.44 188.90
(init_tidal_mixing1) REGION_BOX2D_G(i,j), TLATmin, TLAT_G(i,j), TLATmax, TLONmin, TLON_G(i,j), TLONmax 3 -78.20 -77.08 -74.40 164.20 185.56 188.90
(init_tidal_mixing1) REGION_BOX2D_G(i,j), TLATmin, TLAT_G(i,j), TLATmax, TLONmin, TLON_G(i,j), TLONmax 3 -78.20 -77.08 -74.40 164.20 186.69 188.90
(init_tidal_mixing1) REGION_BOX2D_G(i,j), TLATmin, TLAT_G(i,j), TLATmax, TLONmin, TLON_G(i,j), TLONmax 3 -78.20 -77.08 -74.40 164.20 187.81 188.90
(init_tidal_mixing1) REGION_BOX2D_G(i,j), TLATmin, TLAT_G(i,j), TLATmax, TLONmin, TLON_G(i,j), TLONmax 3 -78.20 -76.55 -74.40 164.20 165.31 188.90
(init_tidal_mixing1) REGION_BOX2D_G(i,j), TLATmin, TLAT_G(i,j), TLATmax, TLONmin, TLON_G(i,j), TLONmax 3 -78.20 -76.55 -74.40 164.20 166.44 188.90
(init_tidal_mixing1) REGION_BOX2D_G(i,j), TLATmin, TLAT_G(i,j), TLATmax, TLONmin, TLON_G(i,j), TLONmax 3 -78.20 -76.55 -74.40 164.20 167.56 188.90
(init_tidal_mixing1) REGION_BOX2D_G(i,j), TLATmin, TLAT_G(i,j), TLATmax, TLONmin, TLON_G(i,j), TLONmax 3 -78.20 -76.55 -74.40 164.20 168.69 188.90
(init_tidal_mixing1) REGION_BOX2D_G(i,j), TLATmin, TLAT_G(i,j), TLATmax, TLONmin, TLON_G(i,j), TLONmax 3 -78.20 -76.55 -74.40 164.20 169.81 188.90
(init_tidal_mixing1) REGION_BOX2D_G(i,j), TLATmin, TLAT_G(i,j), TLATmax, TLONmin, TLON_G(i,j), TLONmax 3 -78.20 -76.55 -74.40 164.20 170.94 188.90
(init_tidal_mixing1) REGION_BOX2D_G(i,j), TLATmin, TLAT_G(i,j), TLATmax, TLONmin, TLON_G(i,j), TLONmax 3 -78.20 -76.55 -74.40 164.20 172.06 188.90
(init_tidal_mixing1) REGION_BOX2D_G(i,j), TLATmin, TLAT_G(i,j), TLATmax, TLONmin, TLON_G(i,j), TLONmax 3 -78.20 -76.55 -74.40 164.20 173.19 188.90
(init_tidal_mixing1) REGION_BOX2D_G(i,j), TLATmin, TLAT_G(i,j), TLATmax, TLONmin, TLON_G(i,j), TLONmax 3 -78.20 -76.55 -74.40 164.20 174.31 188.90
(init_tidal_mixing1) REGION_BOX2D_G(i,j), TLATmin, TLAT_G(i,j), TLATmax, TLONmin, TLON_G(i,j), TLONmax 3 -78.20 -76.55 -74.40 164.20 175.44 188.90
(init_tidal_mixing1) REGION_BOX2D_G(i,j), TLATmin, TLAT_G(i,j), TLATmax, TLONmin, TLON_G(i,j), TLONmax 3 -78.20 -76.55 -74.40 164.20 176.56 188.90
(init_tidal_mixing1) REGION_BOX2D_G(i,j), TLATmin, TLAT_G(i,j), TLATmax, TLONmin, TLON_G(i,j), TLONmax 3 -78.20 -76.55 -74.40 164.20 177.69 188.90
(init_tidal_mixing1) REGION_BOX2D_G(i,j), TLATmin, TLAT_G(i,j), TLATmax, TLONmin, TLON_G(i,j), TLONmax 3 -78.20 -76.55 -74.40 164.20 178.81 188.90
(init_tidal_mixing1) REGION_BOX2D_G(i,j), TLATmin, TLAT_G(i,j), TLATmax, TLONmin, TLON_G(i,j), TLONmax 3 -78.20 -76.55 -74.40 164.20 179.94 188.90
(init_tidal_mixing1) REGION_BOX2D_G(i,j), TLATmin, TLAT_G(i,j), TLATmax, TLONmin, TLON_G(i,j), TLONmax 3 -78.20 -76.55 -74.40 164.20 181.06 188.90
(init_tidal_mixing1) REGION_BOX2D_G(i,j), TLATmin, TLAT_G(i,j), TLATmax, TLONmin, TLON_G(i,j), TLONmax 3 -78.20 -76.55 -74.40 164.20 182.19 188.90
(init_tidal_mixing1) REGION_BOX2D_G(i,j), TLATmin, TLAT_G(i,j), TLATmax, TLONmin, TLON_G(i,j), TLONmax 3 -78.20 -76.55 -74.40 164.20 183.31 188.90
(init_tidal_mixing1) REGION_BOX2D_G(i,j), TLATmin, TLAT_G(i,j), TLATmax, TLONmin, TLON_G(i,j), TLONmax 3 -78.20 -76.55 -74.40 164.20 184.44 188.90
(init_tidal_mixing1) REGION_BOX2D_G(i,j), TLATmin, TLAT_G(i,j), TLATmax, TLONmin, TLON_G(i,j), TLONmax 3 -78.20 -76.55 -74.40 164.20 185.56 188.90
(init_tidal_mixing1) REGION_BOX2D_G(i,j), TLATmin, TLAT_G(i,j), TLATmax, TLONmin, TLON_G(i,j), TLONmax 3 -78.20 -76.55 -74.40 164.20 186.69 188.90
(init_tidal_mixing1) REGION_BOX2D_G(i,j), TLATmin, TLAT_G(i,j), TLATmax, TLONmin, TLON_G(i,j), TLONmax 3 -78.20 -76.55 -74.40 164.20 187.81 188.90
(init_tidal_mixing1) REGION_BOX2D_G(i,j), TLATmin, TLAT_G(i,j), TLATmax, TLONmin, TLON_G(i,j), TLONmax 3 -78.20 -76.02 -74.40 164.20 165.31 188.90
(init_tidal_mixing1) REGION_BOX2D_G(i,j), TLATmin, TLAT_G(i,j), TLATmax, TLONmin, TLON_G(i,j), TLONmax 3 -78.20 -76.02 -74.40 164.20 166.44 188.90
(init_tidal_mixing1) REGION_BOX2D_G(i,j), TLATmin, TLAT_G(i,j), TLATmax, TLONmin, TLON_G(i,j), TLONmax 3 -78.20 -76.02 -74.40 164.20 167.56 188.90
(init_tidal_mixing1) REGION_BOX2D_G(i,j), TLATmin, TLAT_G(i,j), TLATmax, TLONmin, TLON_G(i,j), TLONmax 3 -78.20 -76.02 -74.40 164.20 168.69 188.90
(init_tidal_mixing1) REGION_BOX2D_G(i,j), TLATmin, TLAT_G(i,j), TLATmax, TLONmin, TLON_G(i,j), TLONmax 3 -78.20 -76.02 -74.40 164.20 169.81 188.90
(init_tidal_mixing1) REGION_BOX2D_G(i,j), TLATmin, TLAT_G(i,j), TLATmax, TLONmin, TLON_G(i,j), TLONmax 3 -78.20 -76.02 -74.40 164.20 170.94 188.90
(init_tidal_mixing1) REGION_BOX2D_G(i,j), TLATmin, TLAT_G(i,j), TLATmax, TLONmin, TLON_G(i,j), TLONmax 3 -78.20 -76.02 -74.40 164.20 172.06 188.90
(init_tidal_mixing1) REGION_BOX2D_G(i,j), TLATmin, TLAT_G(i,j), TLATmax, TLONmin, TLON_G(i,j), TLONmax 3 -78.20 -76.02 -74.40 164.20 173.19 188.90
(init_tidal_mixing1) REGION_BOX2D_G(i,j), TLATmin, TLAT_G(i,j), TLATmax, TLONmin, TLON_G(i,j), TLONmax 3 -78.20 -76.02 -74.40 164.20 174.31 188.90
(init_tidal_mixing1) REGION_BOX2D_G(i,j), TLATmin, TLAT_G(i,j), TLATmax, TLONmin, TLON_G(i,j), TLONmax 3 -78.20 -76.02 -74.40 164.20 175.44 188.90
(init_tidal_mixing1) REGION_BOX2D_G(i,j), TLATmin, TLAT_G(i,j), TLATmax, TLONmin, TLON_G(i,j), TLONmax 3 -78.20 -76.02 -74.40 164.20 176.56 188.90
(init_tidal_mixing1) REGION_BOX2D_G(i,j), TLATmin, TLAT_G(i,j), TLATmax, TLONmin, TLON_G(i,j), TLONmax 3 -78.20 -76.02 -74.40 164.20 177.69 188.90
(init_tidal_mixing1) REGION_BOX2D_G(i,j), TLATmin, TLAT_G(i,j), TLATmax, TLONmin, TLON_G(i,j), TLONmax 3 -78.20 -76.02 -74.40 164.20 178.81 188.90
(init_tidal_mixing1) REGION_BOX2D_G(i,j), TLATmin, TLAT_G(i,j), TLATmax, TLONmin, TLON_G(i,j), TLONmax 3 -78.20 -76.02 -74.40 164.20 179.94 188.90
(init_tidal_mixing1) REGION_BOX2D_G(i,j), TLATmin, TLAT_G(i,j), TLATmax, TLONmin, TLON_G(i,j), TLONmax 3 -78.20 -76.02 -74.40 164.20 181.06 188.90
(init_tidal_mixing1) REGION_BOX2D_G(i,j), TLATmin, TLAT_G(i,j), TLATmax, TLONmin, TLON_G(i,j), TLONmax 3 -78.20 -76.02 -74.40 164.20 182.19 188.90
(init_tidal_mixing1) REGION_BOX2D_G(i,j), TLATmin, TLAT_G(i,j), TLATmax, TLONmin, TLON_G(i,j), TLONmax 3 -78.20 -76.02 -74.40 164.20 183.31 188.90
(init_tidal_mixing1) REGION_BOX2D_G(i,j), TLATmin, TLAT_G(i,j), TLATmax, TLONmin, TLON_G(i,j), TLONmax 3 -78.20 -76.02 -74.40 164.20 184.44 188.90
(init_tidal_mixing1) REGION_BOX2D_G(i,j), TLATmin, TLAT_G(i,j), TLATmax, TLONmin, TLON_G(i,j), TLONmax 3 -78.20 -76.02 -74.40 164.20 185.56 188.90
(init_tidal_mixing1) REGION_BOX2D_G(i,j), TLATmin, TLAT_G(i,j), TLATmax, TLONmin, TLON_G(i,j), TLONmax 3 -78.20 -76.02 -74.40 164.20 186.69 188.90
(init_tidal_mixing1) REGION_BOX2D_G(i,j), TLATmin, TLAT_G(i,j), TLATmax, TLONmin, TLON_G(i,j), TLONmax 3 -78.20 -76.02 -74.40 164.20 187.81 188.90
(init_tidal_mixing1) REGION_BOX2D_G(i,j), TLATmin, TLAT_G(i,j), TLATmax, TLONmin, TLON_G(i,j), TLONmax 3 -78.20 -75.48 -74.40 164.20 165.31 188.90
(init_tidal_mixing1) REGION_BOX2D_G(i,j), TLATmin, TLAT_G(i,j), TLATmax, TLONmin, TLON_G(i,j), TLONmax 3 -78.20 -75.48 -74.40 164.20 166.44 188.90
(init_tidal_mixing1) REGION_BOX2D_G(i,j), TLATmin, TLAT_G(i,j), TLATmax, TLONmin, TLON_G(i,j), TLONmax 3 -78.20 -75.48 -74.40 164.20 167.56 188.90
(init_tidal_mixing1) REGION_BOX2D_G(i,j), TLATmin, TLAT_G(i,j), TLATmax, TLONmin, TLON_G(i,j), TLONmax 3 -78.20 -75.48 -74.40 164.20 168.69 188.90
(init_tidal_mixing1) REGION_BOX2D_G(i,j), TLATmin, TLAT_G(i,j), TLATmax, TLONmin, TLON_G(i,j), TLONmax 3 -78.20 -75.48 -74.40 164.20 169.81 188.90
(init_tidal_mixing1) REGION_BOX2D_G(i,j), TLATmin, TLAT_G(i,j), TLATmax, TLONmin, TLON_G(i,j), TLONmax 3 -78.20 -75.48 -74.40 164.20 170.94 188.90
(init_tidal_mixing1) REGION_BOX2D_G(i,j), TLATmin, TLAT_G(i,j), TLATmax, TLONmin, TLON_G(i,j), TLONmax 3 -78.20 -75.48 -74.40 164.20 172.06 188.90
(init_tidal_mixing1) REGION_BOX2D_G(i,j), TLATmin, TLAT_G(i,j), TLATmax, TLONmin, TLON_G(i,j), TLONmax 3 -78.20 -75.48 -74.40 164.20 173.19 188.90
(init_tidal_mixing1) REGION_BOX2D_G(i,j), TLATmin, TLAT_G(i,j), TLATmax, TLONmin, TLON_G(i,j), TLONmax 3 -78.20 -75.48 -74.40 164.20 174.31 188.90
(init_tidal_mixing1) REGION_BOX2D_G(i,j), TLATmin, TLAT_G(i,j), TLATmax, TLONmin, TLON_G(i,j), TLONmax 3 -78.20 -75.48 -74.40 164.20 175.44 188.90
(init_tidal_mixing1) REGION_BOX2D_G(i,j), TLATmin, TLAT_G(i,j), TLATmax, TLONmin, TLON_G(i,j), TLONmax 3 -78.20 -75.48 -74.40 164.20 176.56 188.90
(init_tidal_mixing1) REGION_BOX2D_G(i,j), TLATmin, TLAT_G(i,j), TLATmax, TLONmin, TLON_G(i,j), TLONmax 3 -78.20 -75.48 -74.40 164.20 177.69 188.90
(init_tidal_mixing1) REGION_BOX2D_G(i,j), TLATmin, TLAT_G(i,j), TLATmax, TLONmin, TLON_G(i,j), TLONmax 3 -78.20 -75.48 -74.40 164.20 178.81 188.90
(init_tidal_mixing1) REGION_BOX2D_G(i,j), TLATmin, TLAT_G(i,j), TLATmax, TLONmin, TLON_G(i,j), TLONmax 3 -78.20 -75.48 -74.40 164.20 179.94 188.90
(init_tidal_mixing1) REGION_BOX2D_G(i,j), TLATmin, TLAT_G(i,j), TLATmax, TLONmin, TLON_G(i,j), TLONmax 3 -78.20 -75.48 -74.40 164.20 181.06 188.90
(init_tidal_mixing1) REGION_BOX2D_G(i,j), TLATmin, TLAT_G(i,j), TLATmax, TLONmin, TLON_G(i,j), TLONmax 3 -78.20 -75.48 -74.40 164.20 182.19 188.90
(init_tidal_mixing1) REGION_BOX2D_G(i,j), TLATmin, TLAT_G(i,j), TLATmax, TLONmin, TLON_G(i,j), TLONmax 3 -78.20 -75.48 -74.40 164.20 183.31 188.90
(init_tidal_mixing1) REGION_BOX2D_G(i,j), TLATmin, TLAT_G(i,j), TLATmax, TLONmin, TLON_G(i,j), TLONmax 3 -78.20 -75.48 -74.40 164.20 184.44 188.90
(init_tidal_mixing1) REGION_BOX2D_G(i,j), TLATmin, TLAT_G(i,j), TLATmax, TLONmin, TLON_G(i,j), TLONmax 3 -78.20 -75.48 -74.40 164.20 185.56 188.90
(init_tidal_mixing1) REGION_BOX2D_G(i,j), TLATmin, TLAT_G(i,j), TLATmax, TLONmin, TLON_G(i,j), TLONmax 3 -78.20 -75.48 -74.40 164.20 186.69 188.90
(init_tidal_mixing1) REGION_BOX2D_G(i,j), TLATmin, TLAT_G(i,j), TLATmax, TLONmin, TLON_G(i,j), TLONmax 3 -78.20 -75.48 -74.40 164.20 187.81 188.90
(init_tidal_mixing1) REGION_BOX2D_G(i,j), TLATmin, TLAT_G(i,j), TLATmax, TLONmin, TLON_G(i,j), TLONmax 3 -78.20 -74.95 -74.40 164.20 165.31 188.90
(init_tidal_mixing1) REGION_BOX2D_G(i,j), TLATmin, TLAT_G(i,j), TLATmax, TLONmin, TLON_G(i,j), TLONmax 3 -78.20 -74.95 -74.40 164.20 166.44 188.90
(init_tidal_mixing1) REGION_BOX2D_G(i,j), TLATmin, TLAT_G(i,j), TLATmax, TLONmin, TLON_G(i,j), TLONmax 3 -78.20 -74.95 -74.40 164.20 167.56 188.90
(init_tidal_mixing1) REGION_BOX2D_G(i,j), TLATmin, TLAT_G(i,j), TLATmax, TLONmin, TLON_G(i,j), TLONmax 3 -78.20 -74.95 -74.40 164.20 168.69 188.90
(init_tidal_mixing1) REGION_BOX2D_G(i,j), TLATmin, TLAT_G(i,j), TLATmax, TLONmin, TLON_G(i,j), TLONmax 3 -78.20 -74.95 -74.40 164.20 169.81 188.90
(init_tidal_mixing1) REGION_BOX2D_G(i,j), TLATmin, TLAT_G(i,j), TLATmax, TLONmin, TLON_G(i,j), TLONmax 3 -78.20 -74.95 -74.40 164.20 170.94 188.90
(init_tidal_mixing1) REGION_BOX2D_G(i,j), TLATmin, TLAT_G(i,j), TLATmax, TLONmin, TLON_G(i,j), TLONmax 3 -78.20 -74.95 -74.40 164.20 172.06 188.90
(init_tidal_mixing1) REGION_BOX2D_G(i,j), TLATmin, TLAT_G(i,j), TLATmax, TLONmin, TLON_G(i,j), TLONmax 3 -78.20 -74.95 -74.40 164.20 173.19 188.90
(init_tidal_mixing1) REGION_BOX2D_G(i,j), TLATmin, TLAT_G(i,j), TLATmax, TLONmin, TLON_G(i,j), TLONmax 3 -78.20 -74.95 -74.40 164.20 174.31 188.90
(init_tidal_mixing1) REGION_BOX2D_G(i,j), TLATmin, TLAT_G(i,j), TLATmax, TLONmin, TLON_G(i,j), TLONmax 3 -78.20 -74.95 -74.40 164.20 175.44 188.90
(init_tidal_mixing1) REGION_BOX2D_G(i,j), TLATmin, TLAT_G(i,j), TLATmax, TLONmin, TLON_G(i,j), TLONmax 3 -78.20 -74.95 -74.40 164.20 176.56 188.90
(init_tidal_mixing1) REGION_BOX2D_G(i,j), TLATmin, TLAT_G(i,j), TLATmax, TLONmin, TLON_G(i,j), TLONmax 3 -78.20 -74.95 -74.40 164.20 177.69 188.90
(init_tidal_mixing1) REGION_BOX2D_G(i,j), TLATmin, TLAT_G(i,j), TLATmax, TLONmin, TLON_G(i,j), TLONmax 3 -78.20 -74.95 -74.40 164.20 178.81 188.90
(init_tidal_mixing1) REGION_BOX2D_G(i,j), TLATmin, TLAT_G(i,j), TLATmax, TLONmin, TLON_G(i,j), TLONmax 3 -78.20 -74.95 -74.40 164.20 179.94 188.90
(init_tidal_mixing1) REGION_BOX2D_G(i,j), TLATmin, TLAT_G(i,j), TLATmax, TLONmin, TLON_G(i,j), TLONmax 3 -78.20 -74.95 -74.40 164.20 181.06 188.90
(init_tidal_mixing1) REGION_BOX2D_G(i,j), TLATmin, TLAT_G(i,j), TLATmax, TLONmin, TLON_G(i,j), TLONmax 3 -78.20 -74.95 -74.40 164.20 182.19 188.90
(init_tidal_mixing1) REGION_BOX2D_G(i,j), TLATmin, TLAT_G(i,j), TLATmax, TLONmin, TLON_G(i,j), TLONmax 3 -78.20 -74.95 -74.40 164.20 183.31 188.90
(init_tidal_mixing1) REGION_BOX2D_G(i,j), TLATmin, TLAT_G(i,j), TLATmax, TLONmin, TLON_G(i,j), TLONmax 3 -78.20 -74.95 -74.40 164.20 184.44 188.90
(init_tidal_mixing1) REGION_BOX2D_G(i,j), TLATmin, TLAT_G(i,j), TLATmax, TLONmin, TLON_G(i,j), TLONmax 3 -78.20 -74.95 -74.40 164.20 185.56 188.90
(init_tidal_mixing1) REGION_BOX2D_G(i,j), TLATmin, TLAT_G(i,j), TLATmax, TLONmin, TLON_G(i,j), TLONmax 3 -78.20 -74.95 -74.40 164.20 186.69 188.90
(init_tidal_mixing1) REGION_BOX2D_G(i,j), TLATmin, TLAT_G(i,j), TLATmax, TLONmin, TLON_G(i,j), TLONmax 3 -78.20 -74.95 -74.40 164.20 187.81 188.90
(init_tidal_mixing1) REGION_BOX2D_G(i,j), TLATmin, TLAT_G(i,j), TLATmax, TLONmin, TLON_G(i,j), TLONmax 3 -78.20 -74.41 -74.40 164.20 165.31 188.90
(init_tidal_mixing1) REGION_BOX2D_G(i,j), TLATmin, TLAT_G(i,j), TLATmax, TLONmin, TLON_G(i,j), TLONmax 3 -78.20 -74.41 -74.40 164.20 166.44 188.90
(init_tidal_mixing1) REGION_BOX2D_G(i,j), TLATmin, TLAT_G(i,j), TLATmax, TLONmin, TLON_G(i,j), TLONmax 3 -78.20 -74.41 -74.40 164.20 167.56 188.90
(init_tidal_mixing1) REGION_BOX2D_G(i,j), TLATmin, TLAT_G(i,j), TLATmax, TLONmin, TLON_G(i,j), TLONmax 3 -78.20 -74.41 -74.40 164.20 168.69 188.90
(init_tidal_mixing1) REGION_BOX2D_G(i,j), TLATmin, TLAT_G(i,j), TLATmax, TLONmin, TLON_G(i,j), TLONmax 3 -78.20 -74.41 -74.40 164.20 169.81 188.90
(init_tidal_mixing1) REGION_BOX2D_G(i,j), TLATmin, TLAT_G(i,j), TLATmax, TLONmin, TLON_G(i,j), TLONmax 3 -78.20 -74.41 -74.40 164.20 170.94 188.90
(init_tidal_mixing1) REGION_BOX2D_G(i,j), TLATmin, TLAT_G(i,j), TLATmax, TLONmin, TLON_G(i,j), TLONmax 3 -78.20 -74.41 -74.40 164.20 172.06 188.90
(init_tidal_mixing1) REGION_BOX2D_G(i,j), TLATmin, TLAT_G(i,j), TLATmax, TLONmin, TLON_G(i,j), TLONmax 3 -78.20 -74.41 -74.40 164.20 173.19 188.90
(init_tidal_mixing1) REGION_BOX2D_G(i,j), TLATmin, TLAT_G(i,j), TLATmax, TLONmin, TLON_G(i,j), TLONmax 3 -78.20 -74.41 -74.40 164.20 174.31 188.90
(init_tidal_mixing1) REGION_BOX2D_G(i,j), TLATmin, TLAT_G(i,j), TLATmax, TLONmin, TLON_G(i,j), TLONmax 3 -78.20 -74.41 -74.40 164.20 175.44 188.90
(init_tidal_mixing1) REGION_BOX2D_G(i,j), TLATmin, TLAT_G(i,j), TLATmax, TLONmin, TLON_G(i,j), TLONmax 3 -78.20 -74.41 -74.40 164.20 176.56 188.90
(init_tidal_mixing1) REGION_BOX2D_G(i,j), TLATmin, TLAT_G(i,j), TLATmax, TLONmin, TLON_G(i,j), TLONmax 3 -78.20 -74.41 -74.40 164.20 177.69 188.90
(init_tidal_mixing1) REGION_BOX2D_G(i,j), TLATmin, TLAT_G(i,j), TLATmax, TLONmin, TLON_G(i,j), TLONmax 3 -78.20 -74.41 -74.40 164.20 178.81 188.90
(init_tidal_mixing1) REGION_BOX2D_G(i,j), TLATmin, TLAT_G(i,j), TLATmax, TLONmin, TLON_G(i,j), TLONmax 3 -78.20 -74.41 -74.40 164.20 179.94 188.90
(init_tidal_mixing1) REGION_BOX2D_G(i,j), TLATmin, TLAT_G(i,j), TLATmax, TLONmin, TLON_G(i,j), TLONmax 3 -78.20 -74.41 -74.40 164.20 181.06 188.90
(init_tidal_mixing1) REGION_BOX2D_G(i,j), TLATmin, TLAT_G(i,j), TLATmax, TLONmin, TLON_G(i,j), TLONmax 3 -78.20 -74.41 -74.40 164.20 182.19 188.90
(init_tidal_mixing1) REGION_BOX2D_G(i,j), TLATmin, TLAT_G(i,j), TLATmax, TLONmin, TLON_G(i,j), TLONmax 3 -78.20 -74.41 -74.40 164.20 183.31 188.90
(init_tidal_mixing1) REGION_BOX2D_G(i,j), TLATmin, TLAT_G(i,j), TLATmax, TLONmin, TLON_G(i,j), TLONmax 3 -78.20 -74.41 -74.40 164.20 184.44 188.90
(init_tidal_mixing1) REGION_BOX2D_G(i,j), TLATmin, TLAT_G(i,j), TLATmax, TLONmin, TLON_G(i,j), TLONmax 3 -78.20 -74.41 -74.40 164.20 185.56 188.90
(init_tidal_mixing1) REGION_BOX2D_G(i,j), TLATmin, TLAT_G(i,j), TLATmax, TLONmin, TLON_G(i,j), TLONmax 3 -78.20 -74.41 -74.40 164.20 186.69 188.90
(init_tidal_mixing1) REGION_BOX2D_G(i,j), TLATmin, TLAT_G(i,j), TLATmax, TLONmin, TLON_G(i,j), TLONmax 3 -78.20 -74.41 -74.40 164.20 187.81 188.90
(init_tidal_mixing1) not all REGION_BOX2D_G values are zero
0 : (init_tidal_mixing1) ALL REGION_BOX2D values are zero
define_tavg_field: id = 52 REGION_BOX3D
after REGION_BOX3D print test
========================================================================
Initial T,S:
init_ts_nml namelist settings:
&INIT_TS_NML
INIT_TS_OPTION = ccsm_continue ,
INIT_TS_FILE = /cluster/work/users/hanbre/inputdata/ocn/pop/gx1v7/ic/ts_WOA13v2_jan_ic_gx1v7_20170706.ieeer8 ,
INIT_TS_FILE_FMT = nc ,
INIT_TS_SUBOPTION = null ,
INIT_TS_OUTFILE = ./bwma1850.f09.y13.los_chocoyos.qboE.ensoN.clone.SO2.pop.h.ts_ic ,
INIT_TS_OUTFILE_FMT = nc ,
INIT_TS_PERTURB = 0.000000000000000E+000
/
In this case, the init_ts_file name will be read from the pointer file.
Reading pointer file: rpointer.ocn.restart
file read:
./bwma1850.f09.y13.los_chocoyos.qboE.ensoN.clone.SO2.pop.r.0013-02-01-00000.nc
========================================================================
Time Information
------------------------------------------------------------------------
Run id: bwma1850.f09.y13.los_chocoyos.qboE.ensoN.clone.SO2
This simulation started from
date(month-day-year): 01-01-0001
hour: 1
minute: 0
second: 0
This run started from
date(month-day-year): 02-01-0013
hour: 0
minute: 0
second: 0
step: 105863
This run will terminate
at 00:00:00 on
date(month-day-year): 02-01-1013
after running for 1000 years
unless a stop signal is received from external source (eg, cpl)
Starting elapsed time in
years: 12.085
months: 145.000
days: 4411.000
hours: 105864.000
seconds: 381110400.000
Automatic time step option (auto_dt) disabled
dt_count = 2.400000E+01
There are 24 full steps each day
There are 0 half steps each day
There are 24 total steps each day
time_mix_freq = 17
Time mixing option:
Modified Robert-Asselin
with timestep chosen to fit exactly into one day or coupling interval
Surface tracer time step = 3.600000E+03 seconds
Surface momentum time step = 3.600000E+03 seconds
Surface barotropic time step = 3.600000E+03 seconds
Tracer acceleration disabled
Leap years not allowed
Implicit treatment of Coriolis terms (impcor): ON
========================================================================
Forcing options
------------------------------------------------------------------------
No Surface Wind Stress
No Surface Heat Flux
(init_sfwf) setting precip_fact to precip_fact_const
(init_sfwf) precip_fact = 1.0000000000000000E+00
No Surface Fresh Water Flux
Fresh water flux input as virtual salt flux
forcing_pt_interior_nml namelist settings:
&FORCING_PT_INTERIOR_NML
PT_INTERIOR_DATA_TYPE = none ,
PT_INTERIOR_DATA_INC = 24.0000000000000 ,
PT_INTERIOR_INTERP_TYPE = linear ,
PT_INTERIOR_INTERP_FREQ = every-timestep ,
PT_INTERIOR_INTERP_INC = 72.0000000000000 ,
PT_INTERIOR_RESTORE_TAU = 365.000000000000 ,
PT_INTERIOR_FILENAME = unknown-pt_interior ,
PT_INTERIOR_FILE_FMT = bin ,
PT_INTERIOR_RESTORE_MAX_LEVEL = 0,
PT_INTERIOR_DATA_RENORM = 20*1.00000000000000 ,
PT_INTERIOR_FORMULATION = restoring ,
PT_INTERIOR_VARIABLE_RESTORE = F,
PT_INTERIOR_RESTORE_FILENAME = unknown-pt_interior_restore ,
PT_INTERIOR_RESTORE_FILE_FMT = bin ,
PT_INTERIOR_SURFACE_RESTORE = F,
PT_INTERIOR_SHR_STREAM_YEAR_FIRST = 1,
PT_INTERIOR_SHR_STREAM_YEAR_LAST = 1,
PT_INTERIOR_SHR_STREAM_YEAR_ALIGN = 1,
PT_INTERIOR_SHR_STREAM_FILE = unknown-pt_interior_shr_stream
/
define_tavg_field: id = 53 TEMP_RESTORE
No Interior Potential Temperature Forcing
forcing_s_interior_nml namelist settings:
&FORCING_S_INTERIOR_NML
S_INTERIOR_DATA_TYPE = none ,
S_INTERIOR_DATA_INC = 24.0000000000000 ,
S_INTERIOR_INTERP_TYPE = linear ,
S_INTERIOR_INTERP_FREQ = every-timestep ,
S_INTERIOR_INTERP_INC = 72.0000000000000 ,
S_INTERIOR_RESTORE_TAU = 365.000000000000 ,
S_INTERIOR_FILENAME = unknown-s_interior ,
S_INTERIOR_FILE_FMT = bin ,
S_INTERIOR_RESTORE_MAX_LEVEL = 0,
S_INTERIOR_DATA_RENORM = 20*1.00000000000000 ,
S_INTERIOR_FORMULATION = restoring ,
S_INTERIOR_VARIABLE_RESTORE = F,
S_INTERIOR_RESTORE_FILENAME = unknown-s_interior_restore ,
S_INTERIOR_RESTORE_FILE_FMT = bin ,
S_INTERIOR_SURFACE_RESTORE = F,
S_INTERIOR_SHR_STREAM_YEAR_FIRST = 1,
S_INTERIOR_SHR_STREAM_YEAR_LAST = 1,
S_INTERIOR_SHR_STREAM_YEAR_ALIGN = 1,
S_INTERIOR_SHR_STREAM_FILE = unknown-s_interior_shr_stream
/
define_tavg_field: id = 54 SALT_RESTORE
No Interior Salinity Forcing
No Surface Atmospheric Pressure
define_tavg_field: id = 55 SHF
define_tavg_field: id = 56 SHF_QSW
define_tavg_field: id = 57 SFWF
define_tavg_field: id = 58 SFWF_WRST
define_tavg_field: id = 59 TAUX
define_tavg_field: id = 60 TAUX2
define_tavg_field: id = 61 TAUY
define_tavg_field: id = 62 TAUY2
define_tavg_field: id = 63 FW
define_tavg_field: id = 64 TFW_T
define_tavg_field: id = 65 TFW_S
define_tavg_field: id = 66 U10_SQR
define_tavg_field: id = 67 ATM_FINE_DUST_FLUX_CPL
define_tavg_field: id = 68 ATM_COARSE_DUST_FLUX_CPL
define_tavg_field: id = 69 SEAICE_DUST_FLUX_CPL
define_tavg_field: id = 70 ATM_BLACK_CARBON_FLUX_CPL
define_tavg_field: id = 71 SEAICE_BLACK_CARBON_FLUX_CPL
========================================================================
Coupling:
coupled_nml namelist settings:
&COUPLED_NML
COUPLED_FREQ_OPT = nhour ,
COUPLED_FREQ = 1,
QSW_DISTRB_OPT = const
/
define_tavg_field: id = 72 EVAP_F
define_tavg_field: id = 73 PREC_F
define_tavg_field: id = 74 SNOW_F
define_tavg_field: id = 75 MELT_F
define_tavg_field: id = 76 ROFF_F
define_tavg_field: id = 77 IOFF_F
define_tavg_field: id = 78 SALT_F
define_tavg_field: id = 79 SENH_F
define_tavg_field: id = 80 LWUP_F
define_tavg_field: id = 81 LWDN_F
define_tavg_field: id = 82 MELTH_F
define_tavg_field: id = 83 IFRAC
========================================================================
MCOG information
mcog_nml namelist settings:
&MCOG_NML
LMCOG = T,
LMCOG_DEBUG = F,
MCOG_DAGG_QSW_ABORT_THRES = 1.000000000000000E-010,
MCOG_COL_TO_BIN = 1, 2, 3, 4, 5, 6
/
(init_mcog) mcog_nbins = 6
define_tavg_field: id = 84 FRAC_BIN_01
define_tavg_field: id = 85 FRACR_BIN_01
define_tavg_field: id = 86 QSW_BIN_01
define_tavg_field: id = 87 FRAC_BIN_02
define_tavg_field: id = 88 FRACR_BIN_02
define_tavg_field: id = 89 QSW_BIN_02
define_tavg_field: id = 90 FRAC_BIN_03
define_tavg_field: id = 91 FRACR_BIN_03
define_tavg_field: id = 92 QSW_BIN_03
define_tavg_field: id = 93 FRAC_BIN_04
define_tavg_field: id = 94 FRACR_BIN_04
define_tavg_field: id = 95 QSW_BIN_04
define_tavg_field: id = 96 FRAC_BIN_05
define_tavg_field: id = 97 FRACR_BIN_05
define_tavg_field: id = 98 QSW_BIN_05
define_tavg_field: id = 99 FRAC_BIN_06
define_tavg_field: id = 100 FRACR_BIN_06
define_tavg_field: id = 101 QSW_BIN_06
se_nml namelist settings:
&SE_NML
LCHANGE_ANS = T
/
Document Namelist Parameters:
============================
&PASSIVE_TRACERS_ON_NML
ECOSYS_ON = T,
CFC_ON = F,
SF6_ON = F,
IAGE_ON = T,
ABIO_DIC_DIC14_ON = F,
IRF_ON = F
/
------------------------------------------------------------------------
ECOSYS_DRIVER ind_begin = 3
ECOSYS_DRIVER ind_end = 34
------------------------------------------------------------------------
------------------------------------------------------------------------
IAGE ind_begin = 35
IAGE ind_end = 35
------------------------------------------------------------------------
Read 'pop_in' until EOF.
ecosys_driver:ecosys_driver_init: Read buffer of 21546 characters.
If it looks like part of the namelist is missing,
compare the number of characters read to the actual
size of your file ($ wc -c pop_in) and increase
the buffer size if necessary.
========================================================================
ecosys_driver:
ecosys_driver_nml namelist settings:
&ECOSYS_DRIVER_NML
LMARGINAL_SEAS = T,
ECOSYS_TADVECT_CTYPE = base_model ,
ECOSYS_QSW_DISTRB_CONST = T,
MARBL_SETTINGS_FILE = marbl_in
/
------------------------------------------------------------------------
Read 'marbl_in' until EOF.
--------------------
MARBL Tracer indices
--------------------
1. PO4
2. NO3
3. SiO3
4. NH4
5. Fe
6. Lig
7. O2
8. DIC
9. DIC_ALT_CO2
10. ALK
11. ALK_ALT_CO2
12. DOC
13. DON
14. DOP
15. DOPr
16. DONr
17. DOCr
18. zooC
19. spChl
20. spC
21. spP
22. spFe
23. spCaCO3
24. diatChl
25. diatC
26. diatP
27. diatFe
28. diatSi
29. diazChl
30. diazC
31. diazP
32. diazFe
ecosys_base tracer module contains 32 tracers; indices are 1 to 32
-----------------------------
MARBL-Required Forcing Fields
-----------------------------
Surface:
* u10_sqr
* sss
* sst
* Ice Fraction
* Dust Flux
* Iron Flux
* NOx Flux
* NHy Flux
* Atmospheric Pressure
* xco2
* xco2_alt_co2
Interior:
* Dust Flux
* PAR Column Fraction
* Surface Shortwave
* Potential Temperature
* Salinity
* Pressure
* Iron Sediment Flux
* PO4 Restoring Field
* PO4 Restoring Inverse Timescale
* NO3 Restoring Field
* NO3 Restoring Inverse Timescale
* SiO3 Restoring Field
* SiO3 Restoring Inverse Timescale
* ALK Restoring Field
* ALK Restoring Inverse Timescale
* ALK_ALT_CO2 Restoring Field
* ALK_ALT_CO2 Restoring Inverse Timescale
------------------
Tunable Parameters
------------------
PFT_defaults = 'CESM2'
autotroph_cnt = 3
zooplankton_cnt = 1
max_grazer_prey_cnt = 3
ciso_on = .false.
lsource_sink = .true.
lecovars_full_depth_tavg = .false.
ciso_lsource_sink = .true.
ciso_lecovars_full_depth_tavg = .false.
lflux_gas_o2 = .true.
lflux_gas_co2 = .true.
lcompute_nhx_surface_emis = .true.
lvariable_PtoC = .true.
ladjust_bury_coeff = .false.
init_bury_coeff_opt = 'settings_file'
particulate_flux_ref_depth = 100
Jint_Ctot_thres_molpm2pyr = 0.10000000000000001E-08
parm_Fe_bioavail = 0.10000000000000000E+01
parm_o2_min = 0.50000000000000000E+01
parm_o2_min_delta = 0.50000000000000000E+01
parm_kappa_nitrif_per_day = 0.59999999999999998E-01
parm_nitrif_par_lim = 0.10000000000000000E+01
parm_labile_ratio = 0.93999999999999995E+00
parm_init_POC_bury_coeff = 0.11000000000000001E+01
parm_init_POP_bury_coeff = 0.11000000000000001E+01
parm_init_bSi_bury_coeff = 0.10000000000000000E+01
parm_Fe_scavenge_rate0 = 0.18000000000000000E+02
parm_Lig_scavenge_rate0 = 0.14999999999999999E-01
parm_FeLig_scavenge_rate0 = 0.13999999999999999E+01
parm_Lig_degrade_rate0 = 0.93999999999999994E-04
parm_Fe_desorption_rate0 = 0.99999999999999995E-06
parm_f_prod_sp_CaCO3 = 0.70000000000000007E-01
parm_POC_diss = 0.10000000000000000E+05
parm_SiO2_diss = 0.77000000000000000E+05
parm_CaCO3_diss = 0.50000000000000000E+05
parm_sed_denitrif_coeff = 0.10000000000000000E+01
bury_coeff_rmean_timescale_years = 0.10000000000000000E+02
caco3_bury_thres_opt = 'omega_calc'
caco3_bury_thres_depth = 0.30000000000000000E+06
caco3_bury_thres_omega_calc = 0.10000000000000000E+01
PON_bury_coeff = 0.50000000000000000E+00
ciso_fract_factors = 'Laws'
parm_scalelen_z(1) = 0.10000000000000000E+05
parm_scalelen_z(2) = 0.25000000000000000E+05
parm_scalelen_z(3) = 0.50000000000000000E+05
parm_scalelen_z(4) = 0.10000000000000000E+06
parm_scalelen_vals(1) = 0.10000000000000000E+01
parm_scalelen_vals(2) = 0.30000000000000000E+01
parm_scalelen_vals(3) = 0.45000000000000000E+01
parm_scalelen_vals(4) = 0.55000000000000000E+01
autotrophs(1)%sname = 'sp'
autotrophs(1)%lname = 'Small Phyto'
autotrophs(1)%Nfixer = .false.
autotrophs(1)%imp_calcifier = .true.
autotrophs(1)%exp_calcifier = .false.
autotrophs(1)%silicifier = .false.
autotrophs(1)%kFe = 0.30000000000000001E-04
autotrophs(1)%kPO4 = 0.10000000000000000E-01
autotrophs(1)%kDOP = 0.29999999999999999E+00
autotrophs(1)%kNO3 = 0.25000000000000000E+00
autotrophs(1)%kNH4 = 0.10000000000000000E-01
autotrophs(1)%kSiO3 = 0.00000000000000000E+00
autotrophs(1)%Qp_fixed = 0.85470085470085479E-02
autotrophs(1)%gQfe_0 = 0.34999999999999997E-04
autotrophs(1)%gQfe_min = 0.27000000000000000E-05
autotrophs(1)%alphaPi_per_day = 0.39000000000000001E+00
autotrophs(1)%PCref_per_day = 0.50000000000000000E+01
autotrophs(1)%thetaN_max = 0.25000000000000000E+01
autotrophs(1)%loss_thres = 0.10000000000000000E-01
autotrophs(1)%loss_thres2 = 0.00000000000000000E+00
autotrophs(1)%temp_thres = -0.10000000000000000E+02
autotrophs(1)%mort_per_day = 0.10000000000000001E+00
autotrophs(1)%mort2_per_day = 0.10000000000000000E-01
autotrophs(1)%agg_rate_max = 0.50000000000000000E+00
autotrophs(1)%agg_rate_min = 0.10000000000000000E-01
autotrophs(1)%loss_poc = 0.00000000000000000E+00
autotrophs(2)%sname = 'diat'
autotrophs(2)%lname = 'Diatom'
autotrophs(2)%Nfixer = .false.
autotrophs(2)%imp_calcifier = .false.
autotrophs(2)%exp_calcifier = .false.
autotrophs(2)%silicifier = .true.
autotrophs(2)%kFe = 0.60000000000000002E-04
autotrophs(2)%kPO4 = 0.50000000000000003E-01
autotrophs(2)%kDOP = 0.50000000000000000E+00
autotrophs(2)%kNO3 = 0.50000000000000000E+00
autotrophs(2)%kNH4 = 0.50000000000000003E-01
autotrophs(2)%kSiO3 = 0.69999999999999996E+00
autotrophs(2)%Qp_fixed = 0.85470085470085479E-02
autotrophs(2)%gQfe_0 = 0.34999999999999997E-04
autotrophs(2)%gQfe_min = 0.27000000000000000E-05
autotrophs(2)%alphaPi_per_day = 0.28999999999999998E+00
autotrophs(2)%PCref_per_day = 0.50000000000000000E+01
autotrophs(2)%thetaN_max = 0.40000000000000000E+01
autotrophs(2)%loss_thres = 0.20000000000000000E-01
autotrophs(2)%loss_thres2 = 0.00000000000000000E+00
autotrophs(2)%temp_thres = -0.10000000000000000E+02
autotrophs(2)%mort_per_day = 0.10000000000000001E+00
autotrophs(2)%mort2_per_day = 0.10000000000000000E-01
autotrophs(2)%agg_rate_max = 0.50000000000000000E+00
autotrophs(2)%agg_rate_min = 0.20000000000000000E-01
autotrophs(2)%loss_poc = 0.00000000000000000E+00
autotrophs(3)%sname = 'diaz'
autotrophs(3)%lname = 'Diazotroph'
autotrophs(3)%Nfixer = .true.
autotrophs(3)%imp_calcifier = .false.
autotrophs(3)%exp_calcifier = .false.
autotrophs(3)%silicifier = .false.
autotrophs(3)%kFe = 0.45000000000000003E-04
autotrophs(3)%kPO4 = 0.14999999999999999E-01
autotrophs(3)%kDOP = 0.74999999999999997E-01
autotrophs(3)%kNO3 = 0.20000000000000000E+01
autotrophs(3)%kNH4 = 0.20000000000000001E+00
autotrophs(3)%kSiO3 = 0.00000000000000000E+00
autotrophs(3)%Qp_fixed = 0.27350427350427355E-02
autotrophs(3)%gQfe_0 = 0.69999999999999994E-04
autotrophs(3)%gQfe_min = 0.54000000000000000E-05
autotrophs(3)%alphaPi_per_day = 0.39000000000000001E+00
autotrophs(3)%PCref_per_day = 0.25000000000000000E+01
autotrophs(3)%thetaN_max = 0.25000000000000000E+01
autotrophs(3)%loss_thres = 0.20000000000000000E-01
autotrophs(3)%loss_thres2 = 0.10000000000000000E-02
autotrophs(3)%temp_thres = 0.15000000000000000E+02
autotrophs(3)%mort_per_day = 0.10000000000000001E+00
autotrophs(3)%mort2_per_day = 0.10000000000000000E-01
autotrophs(3)%agg_rate_max = 0.50000000000000000E+00
autotrophs(3)%agg_rate_min = 0.10000000000000000E-01
autotrophs(3)%loss_poc = 0.00000000000000000E+00
zooplankton(1)%sname = 'zoo'
zooplankton(1)%lname = 'Zooplankton'
zooplankton(1)%z_mort_0_per_day = 0.10000000000000001E+00
zooplankton(1)%loss_thres = 0.74999999999999997E-01
zooplankton(1)%z_mort2_0_per_day = 0.40000000000000002E+00
grazing(1,1)%sname = 'grz_sp_zoo'
grazing(1,1)%lname = 'Grazing of sp by zoo'
grazing(1,1)%auto_ind_cnt = 1
grazing(1,1)%zoo_ind_cnt = 0
grazing(1,1)%grazing_function = 1
grazing(1,1)%z_umax_0_per_day = 0.32999999999999998E+01
grazing(1,1)%z_grz = 0.12000000000000000E+01
grazing(1,1)%graze_zoo = 0.29999999999999999E+00
grazing(1,1)%graze_poc = 0.00000000000000000E+00
grazing(1,1)%graze_doc = 0.59999999999999998E-01
grazing(1,1)%f_zoo_detr = 0.12000000000000000E+00
grazing(1,1)%auto_ind(1) = 1
grazing(2,1)%sname = 'grz_diat_zoo'
grazing(2,1)%lname = 'Grazing of diat by zoo'
grazing(2,1)%auto_ind_cnt = 1
grazing(2,1)%zoo_ind_cnt = 0
grazing(2,1)%grazing_function = 1
grazing(2,1)%z_umax_0_per_day = 0.31000000000000001E+01
grazing(2,1)%z_grz = 0.12000000000000000E+01
grazing(2,1)%graze_zoo = 0.25000000000000000E+00
grazing(2,1)%graze_poc = 0.38000000000000000E+00
grazing(2,1)%graze_doc = 0.59999999999999998E-01
grazing(2,1)%f_zoo_detr = 0.23999999999999999E+00
grazing(2,1)%auto_ind(1) = 2
grazing(3,1)%sname = 'grz_diaz_zoo'
grazing(3,1)%lname = 'Grazing of diaz by zoo'
grazing(3,1)%auto_ind_cnt = 1
grazing(3,1)%zoo_ind_cnt = 0
grazing(3,1)%grazing_function = 1
grazing(3,1)%z_umax_0_per_day = 0.32500000000000000E+01
grazing(3,1)%z_grz = 0.12000000000000000E+01
grazing(3,1)%graze_zoo = 0.29999999999999999E+00
grazing(3,1)%graze_poc = 0.10000000000000001E+00
grazing(3,1)%graze_doc = 0.59999999999999998E-01
grazing(3,1)%f_zoo_detr = 0.12000000000000000E+00
grazing(3,1)%auto_ind(1) = 3
tracer_restore_vars(1) = 'PO4'
tracer_restore_vars(2) = 'NO3'
tracer_restore_vars(3) = 'SiO3'
tracer_restore_vars(4) = 'ALK'
tracer_restore_vars(5) = 'ALK_ALT_CO2'
tracer_restore_vars(6) = ''
tracer_restore_vars(7) = ''
tracer_restore_vars(8) = ''
tracer_restore_vars(9) = ''
tracer_restore_vars(10) = ''
tracer_restore_vars(11) = ''
tracer_restore_vars(12) = ''
tracer_restore_vars(13) = ''
tracer_restore_vars(14) = ''
tracer_restore_vars(15) = ''
tracer_restore_vars(16) = ''
tracer_restore_vars(17) = ''
tracer_restore_vars(18) = ''
tracer_restore_vars(19) = ''
tracer_restore_vars(20) = ''
tracer_restore_vars(21) = ''
tracer_restore_vars(22) = ''
tracer_restore_vars(23) = ''
tracer_restore_vars(24) = ''
tracer_restore_vars(25) = ''
tracer_restore_vars(26) = ''
tracer_restore_vars(27) = ''
tracer_restore_vars(28) = ''
tracer_restore_vars(29) = ''
tracer_restore_vars(30) = ''
tracer_restore_vars(31) = ''
tracer_restore_vars(32) = ''
---------------------
Setting derived parms
---------------------
caco3_bury_thres_iopt = 2 (value computed from caco3_bury_thres_opt)
parm_kappa_nitrif = 0.69444444444444437E-06 (value computed from parm_kappa_nitrif_per_day)
Jint_Ctot_thres = 0.31709791983764588E-11 (value computed from Jint_Ctot_thres_molpm2pyr)
Jint_Ntot_thres = 0.43363818097455852E-12 (value computed from Jint_Ctot_thres)
Jint_Ptot_thres = 0.27102386310909907E-13 (value computed from Jint_Ctot_thres)
Jint_Sitot_thres = 0.43442415017757489E-12 (value computed from Jint_Ctot_thres)
Jint_Fetot_thres = 0.95129375951293766E-17 (value computed from Jint_Ctot_thres)
CISO_Jint_13Ctot_thres = 0.31709791983764588E-11 (value computed from Jint_Ctot_thres)
CISO_Jint_14Ctot_thres = 0.31709791983764588E-11 (value computed from Jint_Ctot_thres)
autotrophs(1)%alphaPI = 0.45138888888888887E-05 (value computed from autotrophs(1)%alphaPI_per_day)
autotrophs(1)%PCref = 0.57870370370370366E-04 (value computed from autotrophs(1)%PCref_per_day)
autotrophs(1)%mort = 0.11574074074074074E-05 (value computed from autotrophs(1)%mort_per_day)
autotrophs(1)%mort2 = 0.11574074074074074E-06 (value computed from autotrophs(1)%mort2_per_day)
autotrophs(2)%alphaPI = 0.33564814814814811E-05 (value computed from autotrophs(2)%alphaPI_per_day)
autotrophs(2)%PCref = 0.57870370370370366E-04 (value computed from autotrophs(2)%PCref_per_day)
autotrophs(2)%mort = 0.11574074074074074E-05 (value computed from autotrophs(2)%mort_per_day)
autotrophs(2)%mort2 = 0.11574074074074074E-06 (value computed from autotrophs(2)%mort2_per_day)
autotrophs(3)%alphaPI = 0.45138888888888887E-05 (value computed from autotrophs(3)%alphaPI_per_day)
autotrophs(3)%PCref = 0.28935185185185183E-04 (value computed from autotrophs(3)%PCref_per_day)
autotrophs(3)%mort = 0.11574074074074074E-05 (value computed from autotrophs(3)%mort_per_day)
autotrophs(3)%mort2 = 0.11574074074074074E-06 (value computed from autotrophs(3)%mort2_per_day)
zooplankton(1)%z_mort_0 = 0.11574074074074074E-05 (value computed from zooplankton(1)%z_mort_0_per_day)
zooplankton(1)%z_mort2_0 = 0.46296296296296296E-05 (value computed from zooplankton(1)%z_mort2_0_per_day)
grazing(1,1)%z_umax_0 = 0.38194444444444444E-04 (value computed from grazing(1,1)%z_umax_0_per_day)
grazing(2,1)%z_umax_0 = 0.35879629629629629E-04 (value computed from grazing(2,1)%z_umax_0_per_day)
grazing(3,1)%z_umax_0 = 0.37615740740740737E-04 (value computed from grazing(3,1)%z_umax_0_per_day)
========================================================================
ecosys_forcing_data_nml namelist settings:
&ECOSYS_FORCING_DATA_NML
DUST_FLUX_SOURCE = driver ,
DUST_FLUX_INPUT%MOD_VARNAME = unknown ,
DUST_FLUX_INPUT%FILENAME = /cluster/work/users/hanbre/inputdata/ocn/pop/gx1v6/forcing/dst79gnx_gx1v6_090416.nc ,
DUST_FLUX_INPUT%FILE_VARNAME = DSTSF ,
DUST_FLUX_INPUT%FILE_FMT = nc ,
DUST_FLUX_INPUT%SCALE_FACTOR = 0.100000000000000 ,
DUST_FLUX_INPUT%DEFAULT_VAL = 0.000000000000000E+000,
IRON_FLUX_SOURCE = driver-derived ,
IRON_FLUX_INPUT%MOD_VARNAME = unknown ,
IRON_FLUX_INPUT%FILENAME = /cluster/work/users/hanbre/inputdata/ocn/pop/gx1v6/forcing/solFe_scenario4_current_gx1v6_8gmol_cesm1_93_20161114.nc ,
IRON_FLUX_INPUT%FILE_VARNAME = DSTSF ,
IRON_FLUX_INPUT%FILE_FMT = nc ,
IRON_FLUX_INPUT%SCALE_FACTOR = 1790000.00000000 ,
IRON_FLUX_INPUT%DEFAULT_VAL = 0.000000000000000E+000,
FESEDFLUX_INPUT%MOD_VARNAME = unknown ,
FESEDFLUX_INPUT%FILENAME = /cluster/work/users/hanbre/inputdata/ocn/pop/gx1v6/forcing/fesedflux_gx1v6_cesm2_2017.nc ,
FESEDFLUX_INPUT%FILE_VARNAME = FESEDFLUXIN ,
FESEDFLUX_INPUT%FILE_FMT = nc ,
FESEDFLUX_INPUT%SCALE_FACTOR = 1.157400000000000E-006,
FESEDFLUX_INPUT%DEFAULT_VAL = 0.000000000000000E+000,
FEVENTFLUX_INPUT%MOD_VARNAME = unknown ,
FEVENTFLUX_INPUT%FILENAME = /cluster/work/users/hanbre/inputdata/ocn/pop/gx1v6/forcing/feventflux_gx1v6_5gmol_cesm1_97_2017.nc ,
FEVENTFLUX_INPUT%FILE_VARNAME = FESEDFLUXIN ,
FEVENTFLUX_INPUT%FILE_FMT = nc ,
FEVENTFLUX_INPUT%SCALE_FACTOR = 1.157400000000000E-006,
FEVENTFLUX_INPUT%DEFAULT_VAL = 0.000000000000000E+000,
LIGNORE_DRIVER_NDEP = F,
NDEP_DATA_TYPE = monthly-calendar ,
NOX_FLUX_MONTHLY_INPUT%MOD_VARNAME = unknown ,
NOX_FLUX_MONTHLY_INPUT%FILENAME = /cluster/work/users/hanbre/inputdata/ocn/pop/gx1v6/forcing/ndep_ocn_1850_w_nhx_emis_gx1v6_c180427.nc ,
NOX_FLUX_MONTHLY_INPUT%FILE_VARNAME = NOy_deposition ,
NOX_FLUX_MONTHLY_INPUT%FILE_FMT = nc ,
NOX_FLUX_MONTHLY_INPUT%SCALE_FACTOR = 7142900.00000000 ,
NOX_FLUX_MONTHLY_INPUT%DEFAULT_VAL = 0.000000000000000E+000,
NHY_FLUX_MONTHLY_INPUT%MOD_VARNAME = unknown ,
NHY_FLUX_MONTHLY_INPUT%FILENAME = /cluster/work/users/hanbre/inputdata/ocn/pop/gx1v6/forcing/ndep_ocn_1850_w_nhx_emis_gx1v6_c180427.nc ,
NHY_FLUX_MONTHLY_INPUT%FILE_VARNAME = NHx_deposition ,
NHY_FLUX_MONTHLY_INPUT%FILE_FMT = nc ,
NHY_FLUX_MONTHLY_INPUT%SCALE_FACTOR = 7142900.00000000 ,
NHY_FLUX_MONTHLY_INPUT%DEFAULT_VAL = 0.000000000000000E+000,
NDEP_SHR_STREAM_YEAR_FIRST = 1,
NDEP_SHR_STREAM_YEAR_LAST = 1,
NDEP_SHR_STREAM_YEAR_ALIGN = 1,
NDEP_SHR_STREAM_FILE = unknown ,
NDEP_SHR_STREAM_SCALE_FACTOR = 1.00000000000000 ,
RIV_FLUX_SHR_STREAM_FILE = /cluster/work/users/hanbre/inputdata/ocn/pop/gx1v7/forcing/riv_nut.gnews_gnm.gx1v7_nn_open_ocean_nnsm_e1000r300_marginal_sea.20170425.nc ,
RIV_FLUX_SHR_STREAM_YEAR_FIRST = 1900,
RIV_FLUX_SHR_STREAM_YEAR_LAST = 1900,
RIV_FLUX_SHR_STREAM_YEAR_ALIGN = 1900,
RIV_FLUX_DIN_FILE_VARNAME = din_riv_flux ,
RIV_FLUX_DIN_SCALE_FACTOR = 1.00000000000000 ,
RIV_FLUX_DIP_FILE_VARNAME = dip_riv_flux ,
RIV_FLUX_DIP_SCALE_FACTOR = 1.00000000000000 ,
RIV_FLUX_DON_FILE_VARNAME = don_riv_flux ,
RIV_FLUX_DON_SCALE_FACTOR = 1.00000000000000 ,
RIV_FLUX_DOP_FILE_VARNAME = dop_riv_flux ,
RIV_FLUX_DOP_SCALE_FACTOR = 1.00000000000000 ,
RIV_FLUX_DSI_FILE_VARNAME = dsi_riv_flux ,
RIV_FLUX_DSI_SCALE_FACTOR = 1.00000000000000 ,
RIV_FLUX_DFE_FILE_VARNAME = dfe_riv_flux ,
RIV_FLUX_DFE_SCALE_FACTOR = 1.00000000000000 ,
RIV_FLUX_DIC_FILE_VARNAME = dic_riv_flux ,
RIV_FLUX_DIC_SCALE_FACTOR = 1.00000000000000 ,
RIV_FLUX_ALK_FILE_VARNAME = alk_riv_flux ,
RIV_FLUX_ALK_SCALE_FACTOR = 1.00000000000000 ,
RIV_FLUX_DOC_FILE_VARNAME = doc_riv_flux ,
RIV_FLUX_DOC_SCALE_FACTOR = 1.00000000000000 ,
GAS_FLUX_FORCING_OPT = drv ,
GAS_FLUX_FORCING_FILE = unknown ,
GAS_FLUX_FICE%MOD_VARNAME = unknown ,
GAS_FLUX_FICE%FILENAME = unknown ,
GAS_FLUX_FICE%FILE_VARNAME = FICE ,
GAS_FLUX_FICE%FILE_FMT = nc ,
GAS_FLUX_FICE%SCALE_FACTOR = 1.00000000000000 ,
GAS_FLUX_FICE%DEFAULT_VAL = 0.000000000000000E+000,
GAS_FLUX_WS%MOD_VARNAME = unknown ,
GAS_FLUX_WS%FILENAME = unknown ,
GAS_FLUX_WS%FILE_VARNAME = XKW ,
GAS_FLUX_WS%FILE_FMT = nc ,
GAS_FLUX_WS%SCALE_FACTOR = 1.00000000000000 ,
GAS_FLUX_WS%DEFAULT_VAL = 0.000000000000000E+000,
GAS_FLUX_AP%MOD_VARNAME = unknown ,
GAS_FLUX_AP%FILENAME = unknown ,
GAS_FLUX_AP%FILE_VARNAME = P ,
GAS_FLUX_AP%FILE_FMT = nc ,
GAS_FLUX_AP%SCALE_FACTOR = 1.00000000000000 ,
GAS_FLUX_AP%DEFAULT_VAL = 0.000000000000000E+000,
ATM_CO2_OPT = const ,
ATM_CO2_CONST = 284.700000000000 ,
BOX_ATM_CO2_INIT_VAL = 284.700000000000 ,
ATM_ALT_CO2_OPT = const ,
ATM_ALT_CO2_CONST = 284.700000000000 ,
LIRON_PATCH = F,
IRON_PATCH_FLUX_FILENAME = unknown_iron_patch_filename ,
IRON_PATCH_MONTH = 1,
CISO_ATM_D13C_OPT = const ,
CISO_ATM_D13C_CONST = -6.61000000000000 ,
CISO_ATM_D13C_FILENAME = unknown ,
CISO_ATM_D14C_OPT = lat_bands ,
CISO_ATM_D14C_CONST = 0.000000000000000E+000,
CISO_ATM_D14C_LAT_BAND_VALS = -2.30000000000000 , -4.00000000000000 , -5.80000000000000 ,
CISO_ATM_D14C_FILENAME = unknown ,
CISO_ATM_MODEL_YEAR = 1,
CISO_ATM_DATA_YEAR = 1,
RESTORABLE_TRACER_NAMES = PO4 NO3
SiO3 O2
ALK
ALK_ALT_CO2
,
RESTORE_DATA_FILENAMES = /cluster/work/users/hanbre/inputdata/ocn/pop/gx1v6/forcing/ecosys_restore_POP_gx1v6_20170113.nc /cluster/work/users/hanbre/inputdata/ocn/pop/gx1v6/forcing/ecosys_restore_POP_gx1v6_20170113.nc
/cluster/work/users/hanbre/inputdata/ocn/pop/gx1v6/forcing/ecosys_restore_POP_gx1v6_20170113.nc /cluster/work/users/hanbre/inputdata/ocn/pop/gx1v6/forcing/ecosys_restore_POP_gx1v6_20170113.nc
/cluster/work/users/hanbre/inputdata/ocn/pop/gx1v6/forcing/ecosys_restore_POP_gx1v6_20170113.nc
/cluster/work/users/hanbre/inputdata/ocn/pop/gx1v6/forcing/ecosys_restore_POP_gx1v6_20170113.nc
,
RESTORE_DATA_FILE_VARNAMES = PO4 NO3
SiO3 O2
ALK
ALK
,
RESTORE_YEAR_FIRST = 32*1,
RESTORE_YEAR_LAST = 32*1,
RESTORE_YEAR_ALIGN = 32*1,
RESTORE_SCALE_FACTOR = 32*1.00000000000000 ,
RESTORE_INV_TAU_OPT = file_time_invariant ,
RESTORE_INV_TAU_CONST = 0.000000000000000E+000,
RESTORE_INV_TAU_INPUT%MOD_VARNAME = unknown ,
RESTORE_INV_TAU_INPUT%FILENAME = /cluster/work/users/hanbre/inputdata/ocn/pop/gx1v6/forcing/ecosys_restore_inv_tau_POP_gx1v6_20170125.nc ,
RESTORE_INV_TAU_INPUT%FILE_VARNAME = RESTORE_INV_TAU_MARGINAL_SEA_ONLY ,
RESTORE_INV_TAU_INPUT%FILE_FMT = nc ,
RESTORE_INV_TAU_INPUT%SCALE_FACTOR = 1.00000000000000 ,
RESTORE_INV_TAU_INPUT%DEFAULT_VAL = 0.000000000000000E+000,
SURF_AVG_ALK_CONST = 2225.00000000000 ,
SURF_AVG_DIC_CONST = 1944.00000000000 ,
SURF_AVG_DI13C_CONST = 1944.00000000000 ,
SURF_AVG_DI14C_CONST = 1944.00000000000 ,
IRON_FRAC_IN_ATM_FINE_DUST = 3.500000000000000E-002,
IRON_FRAC_IN_ATM_COARSE_DUST = 3.500000000000000E-002,
IRON_FRAC_IN_SEAICE_DUST = 3.500000000000000E-002,
IRON_FRAC_IN_ATM_BC = 6.000000000000000E-002,
IRON_FRAC_IN_SEAICE_BC = 6.000000000000000E-002
/
------------------------------------------------------------------------
(ecosys_forcing_mod:forcing_field_metadata_set) marbl_varname = none
(ecosys_forcing_mod:forcing_field_metadata_set) field_source = shr_stream
(ecosys_forcing_mod:forcing_field_metadata_set) marbl_varname = none
(ecosys_forcing_mod:forcing_field_metadata_set) field_source = shr_stream
(ecosys_forcing_mod:forcing_field_metadata_set) marbl_varname = none
(ecosys_forcing_mod:forcing_field_metadata_set) field_source = shr_stream
(ecosys_forcing_mod:forcing_field_metadata_set) marbl_varname = none
(ecosys_forcing_mod:forcing_field_metadata_set) field_source = shr_stream
(ecosys_forcing_mod:forcing_field_metadata_set) marbl_varname = none
(ecosys_forcing_mod:forcing_field_metadata_set) field_source = shr_stream
(ecosys_forcing_mod:forcing_field_metadata_set) marbl_varname = none
(ecosys_forcing_mod:forcing_field_metadata_set) field_source = shr_stream
(ecosys_forcing_mod:forcing_field_metadata_set) marbl_varname = none
(ecosys_forcing_mod:forcing_field_metadata_set) field_source = shr_stream
(ecosys_forcing_mod:forcing_field_metadata_set) marbl_varname = none
(ecosys_forcing_mod:forcing_field_metadata_set) field_source = shr_stream
(ecosys_forcing_mod:forcing_field_metadata_set) marbl_varname = none
(ecosys_forcing_mod:forcing_field_metadata_set) field_source = shr_stream
(ecosys_forcing_mod:forcing_field_metadata_set) marbl_varname = u10_sqr
(ecosys_forcing_mod:forcing_field_metadata_set) field_source = internal
(ecosys_forcing_mod:forcing_field_metadata_set) marbl_varname = sss
(ecosys_forcing_mod:forcing_field_metadata_set) field_source = internal
(ecosys_forcing_mod:forcing_field_metadata_set) marbl_varname = sst
(ecosys_forcing_mod:forcing_field_metadata_set) field_source = internal
(ecosys_forcing_mod:forcing_field_metadata_set) marbl_varname = Ice Fraction
(ecosys_forcing_mod:forcing_field_metadata_set) field_source = internal
(ecosys_forcing_mod:forcing_field_metadata_set) marbl_varname = Dust Flux
(ecosys_forcing_mod:forcing_field_metadata_set) field_source = internal
(ecosys_forcing_mod:forcing_field_metadata_set) marbl_varname = Iron Flux
(ecosys_forcing_mod:forcing_field_metadata_set) field_source = internal
(ecosys_forcing_mod:forcing_field_metadata_set) marbl_varname = NOx Flux
(ecosys_forcing_mod:forcing_field_metadata_set) field_source = POP monthly calendar
(ecosys_forcing_mod:forcing_field_metadata_set) marbl_varname = NHy Flux
(ecosys_forcing_mod:forcing_field_metadata_set) field_source = POP monthly calendar
(ecosys_forcing_mod:forcing_field_metadata_set) marbl_varname = Atmospheric Pressure
(ecosys_forcing_mod:forcing_field_metadata_set) field_source = internal
(ecosys_forcing_mod:forcing_field_metadata_set) marbl_varname = xco2
(ecosys_forcing_mod:forcing_field_metadata_set) field_source = const
(ecosys_forcing_mod:forcing_field_metadata_set) marbl_varname = xco2_alt_co2
(ecosys_forcing_mod:forcing_field_metadata_set) field_source = const
(ecosys_forcing_mod:forcing_field_metadata_set) marbl_varname = Dust Flux
(ecosys_forcing_mod:forcing_field_metadata_set) field_source = internal
(ecosys_forcing_mod:forcing_field_metadata_set) marbl_varname = PAR Column Fraction
(ecosys_forcing_mod:forcing_field_metadata_set) field_source = internal
(ecosys_forcing_mod:forcing_field_metadata_set) marbl_varname = Surface Shortwave
(ecosys_forcing_mod:forcing_field_metadata_set) field_source = internal
(ecosys_forcing_mod:forcing_field_metadata_set) marbl_varname = Potential Temperature
(ecosys_forcing_mod:forcing_field_metadata_set) field_source = internal
(ecosys_forcing_mod:forcing_field_metadata_set) marbl_varname = Salinity
(ecosys_forcing_mod:forcing_field_metadata_set) field_source = internal
(ecosys_forcing_mod:forcing_field_metadata_set) marbl_varname = Pressure
(ecosys_forcing_mod:forcing_field_metadata_set) field_source = internal
(ecosys_forcing_mod:forcing_field_metadata_set) marbl_varname = Iron Sediment Flux
(ecosys_forcing_mod:forcing_field_metadata_set) field_source = file_time_invariant
Will restore PO4 with PO4 from /cluster/work/users/hanbre/inputdata/ocn/pop/gx1v6/forcing/ecosys_restore_POP_gx1v6_20170113.nc
(ecosys_forcing_mod:forcing_field_metadata_set) marbl_varname = PO4 Restoring Field
(ecosys_forcing_mod:forcing_field_metadata_set) field_source = shr_stream
(ecosys_forcing_mod:forcing_field_metadata_set) marbl_varname = PO4 Restoring Inverse Timescale
(ecosys_forcing_mod:forcing_field_metadata_set) field_source = file_time_invariant
Will restore NO3 with NO3 from /cluster/work/users/hanbre/inputdata/ocn/pop/gx1v6/forcing/ecosys_restore_POP_gx1v6_20170113.nc
(ecosys_forcing_mod:forcing_field_metadata_set) marbl_varname = NO3 Restoring Field
(ecosys_forcing_mod:forcing_field_metadata_set) field_source = shr_stream
(ecosys_forcing_mod:forcing_field_metadata_set) marbl_varname = NO3 Restoring Inverse Timescale
(ecosys_forcing_mod:forcing_field_metadata_set) field_source = file_time_invariant
Will restore SiO3 with SiO3 from /cluster/work/users/hanbre/inputdata/ocn/pop/gx1v6/forcing/ecosys_restore_POP_gx1v6_20170113.nc
(ecosys_forcing_mod:forcing_field_metadata_set) marbl_varname = SiO3 Restoring Field
(ecosys_forcing_mod:forcing_field_metadata_set) field_source = shr_stream
(ecosys_forcing_mod:forcing_field_metadata_set) marbl_varname = SiO3 Restoring Inverse Timescale
(ecosys_forcing_mod:forcing_field_metadata_set) field_source = file_time_invariant
Will restore ALK with ALK from /cluster/work/users/hanbre/inputdata/ocn/pop/gx1v6/forcing/ecosys_restore_POP_gx1v6_20170113.nc
(ecosys_forcing_mod:forcing_field_metadata_set) marbl_varname = ALK Restoring Field
(ecosys_forcing_mod:forcing_field_metadata_set) field_source = shr_stream
(ecosys_forcing_mod:forcing_field_metadata_set) marbl_varname = ALK Restoring Inverse Timescale
(ecosys_forcing_mod:forcing_field_metadata_set) field_source = file_time_invariant
Will restore ALK_ALT_CO2 with ALK from /cluster/work/users/hanbre/inputdata/ocn/pop/gx1v6/forcing/ecosys_restore_POP_gx1v6_20170113.nc
(ecosys_forcing_mod:forcing_field_metadata_set) marbl_varname = ALK_ALT_CO2 Restoring Field
(ecosys_forcing_mod:forcing_field_metadata_set) field_source = shr_stream
(ecosys_forcing_mod:forcing_field_metadata_set) marbl_varname = ALK_ALT_CO2 Restoring Inverse Timescale
(ecosys_forcing_mod:forcing_field_metadata_set) field_source = file_time_invariant
(passive_tracer_tools:read_field_3D) reading FESEDFLUXIN from /cluster/work/users/hanbre/inputdata/ocn/pop/gx1v6/forcing/fesedflux_gx1v6_cesm2_2017.nc
(passive_tracer_tools:read_field_3D) reading RESTORE_INV_TAU_MARGINAL_SEA_ONLY from /cluster/work/users/hanbre/inputdata/ocn/pop/gx1v6/forcing/ecosys_restore_inv_tau_POP_gx1v6_20170125.nc
(open_read_netcdf) nsize = 111
(open_read_netcdf) len(work_line) = 80
string too short; not enough room to read comment from /cluster/work/users/hanb
re/inputdata/ocn/pop/gx1v6/forcing/ecosys_restore_inv_tau_POP_gx1v6_20170125.nc
(passive_tracer_tools:read_field_3D) reading RESTORE_INV_TAU_MARGINAL_SEA_ONLY from /cluster/work/users/hanbre/inputdata/ocn/pop/gx1v6/forcing/ecosys_restore_inv_tau_POP_gx1v6_20170125.nc
(open_read_netcdf) nsize = 111
(open_read_netcdf) len(work_line) = 80
string too short; not enough room to read comment from /cluster/work/users/hanb
re/inputdata/ocn/pop/gx1v6/forcing/ecosys_restore_inv_tau_POP_gx1v6_20170125.nc
(passive_tracer_tools:read_field_3D) reading RESTORE_INV_TAU_MARGINAL_SEA_ONLY from /cluster/work/users/hanbre/inputdata/ocn/pop/gx1v6/forcing/ecosys_restore_inv_tau_POP_gx1v6_20170125.nc
(open_read_netcdf) nsize = 111
(open_read_netcdf) len(work_line) = 80
string too short; not enough room to read comment from /cluster/work/users/hanb
re/inputdata/ocn/pop/gx1v6/forcing/ecosys_restore_inv_tau_POP_gx1v6_20170125.nc
(passive_tracer_tools:read_field_3D) reading RESTORE_INV_TAU_MARGINAL_SEA_ONLY from /cluster/work/users/hanbre/inputdata/ocn/pop/gx1v6/forcing/ecosys_restore_inv_tau_POP_gx1v6_20170125.nc
(open_read_netcdf) nsize = 111
(open_read_netcdf) len(work_line) = 80
string too short; not enough room to read comment from /cluster/work/users/hanb
re/inputdata/ocn/pop/gx1v6/forcing/ecosys_restore_inv_tau_POP_gx1v6_20170125.nc
(passive_tracer_tools:read_field_3D) reading RESTORE_INV_TAU_MARGINAL_SEA_ONLY from /cluster/work/users/hanbre/inputdata/ocn/pop/gx1v6/forcing/ecosys_restore_inv_tau_POP_gx1v6_20170125.nc
(open_read_netcdf) nsize = 111
(open_read_netcdf) len(work_line) = 80
string too short; not enough room to read comment from /cluster/work/users/hanb
re/inputdata/ocn/pop/gx1v6/forcing/ecosys_restore_inv_tau_POP_gx1v6_20170125.nc
(passive_tracer_tools:read_field_3D) reading NOy_deposition from /cluster/work/users/hanbre/inputdata/ocn/pop/gx1v6/forcing/ndep_ocn_1850_w_nhx_emis_gx1v6_c180427.nc
(passive_tracer_tools:read_field_3D) reading NHx_deposition from /cluster/work/users/hanbre/inputdata/ocn/pop/gx1v6/forcing/ndep_ocn_1850_w_nhx_emis_gx1v6_c180427.nc
(passive_tracer_tools:read_field_3D) reading FESEDFLUXIN from /cluster/work/users/hanbre/inputdata/ocn/pop/gx1v6/forcing/feventflux_gx1v6_5gmol_cesm1_97_2017.nc
========================================================================
ecosys_tracer_init_nml namelist settings:
&ECOSYS_TRACER_INIT_NML
TRACER_INIT_EXT(1)%MOD_VARNAME = unknown ,
TRACER_INIT_EXT(1)%FILENAME = unknown ,
TRACER_INIT_EXT(1)%FILE_VARNAME = unknown ,
TRACER_INIT_EXT(1)%FILE_FMT = nc ,
TRACER_INIT_EXT(1)%SCALE_FACTOR = 1.00000000000000 ,
TRACER_INIT_EXT(1)%DEFAULT_VAL = 0.000000000000000E+000,
TRACER_INIT_EXT(2)%MOD_VARNAME = unknown ,
TRACER_INIT_EXT(2)%FILENAME = unknown ,
TRACER_INIT_EXT(2)%FILE_VARNAME = unknown ,
TRACER_INIT_EXT(2)%FILE_FMT = nc ,
TRACER_INIT_EXT(2)%SCALE_FACTOR = 1.00000000000000 ,
TRACER_INIT_EXT(2)%DEFAULT_VAL = 0.000000000000000E+000,
TRACER_INIT_EXT(3)%MOD_VARNAME = unknown ,
TRACER_INIT_EXT(3)%FILENAME = unknown ,
TRACER_INIT_EXT(3)%FILE_VARNAME = unknown ,
TRACER_INIT_EXT(3)%FILE_FMT = nc ,
TRACER_INIT_EXT(3)%SCALE_FACTOR = 1.00000000000000 ,
TRACER_INIT_EXT(3)%DEFAULT_VAL = 0.000000000000000E+000,
TRACER_INIT_EXT(4)%MOD_VARNAME = unknown ,
TRACER_INIT_EXT(4)%FILENAME = unknown ,
TRACER_INIT_EXT(4)%FILE_VARNAME = unknown ,
TRACER_INIT_EXT(4)%FILE_FMT = nc ,
TRACER_INIT_EXT(4)%SCALE_FACTOR = 1.00000000000000 ,
TRACER_INIT_EXT(4)%DEFAULT_VAL = 0.000000000000000E+000,
TRACER_INIT_EXT(5)%MOD_VARNAME = unknown ,
TRACER_INIT_EXT(5)%FILENAME = unknown ,
TRACER_INIT_EXT(5)%FILE_VARNAME = unknown ,
TRACER_INIT_EXT(5)%FILE_FMT = nc ,
TRACER_INIT_EXT(5)%SCALE_FACTOR = 1.00000000000000 ,
TRACER_INIT_EXT(5)%DEFAULT_VAL = 0.000000000000000E+000,
TRACER_INIT_EXT(6)%MOD_VARNAME = unknown ,
TRACER_INIT_EXT(6)%FILENAME = unknown ,
TRACER_INIT_EXT(6)%FILE_VARNAME = unknown ,
TRACER_INIT_EXT(6)%FILE_FMT = nc ,
TRACER_INIT_EXT(6)%SCALE_FACTOR = 1.00000000000000 ,
TRACER_INIT_EXT(6)%DEFAULT_VAL = 0.000000000000000E+000,
TRACER_INIT_EXT(7)%MOD_VARNAME = unknown ,
TRACER_INIT_EXT(7)%FILENAME = unknown ,
TRACER_INIT_EXT(7)%FILE_VARNAME = unknown ,
TRACER_INIT_EXT(7)%FILE_FMT = nc ,
TRACER_INIT_EXT(7)%SCALE_FACTOR = 1.00000000000000 ,
TRACER_INIT_EXT(7)%DEFAULT_VAL = 0.000000000000000E+000,
TRACER_INIT_EXT(8)%MOD_VARNAME = unknown ,
TRACER_INIT_EXT(8)%FILENAME = unknown ,
TRACER_INIT_EXT(8)%FILE_VARNAME = unknown ,
TRACER_INIT_EXT(8)%FILE_FMT = nc ,
TRACER_INIT_EXT(8)%SCALE_FACTOR = 1.00000000000000 ,
TRACER_INIT_EXT(8)%DEFAULT_VAL = 0.000000000000000E+000,
TRACER_INIT_EXT(9)%MOD_VARNAME = unknown ,
TRACER_INIT_EXT(9)%FILENAME = unknown ,
TRACER_INIT_EXT(9)%FILE_VARNAME = unknown ,
TRACER_INIT_EXT(9)%FILE_FMT = nc ,
TRACER_INIT_EXT(9)%SCALE_FACTOR = 1.00000000000000 ,
TRACER_INIT_EXT(9)%DEFAULT_VAL = 0.000000000000000E+000,
TRACER_INIT_EXT(10)%MOD_VARNAME = unknown ,
TRACER_INIT_EXT(10)%FILENAME = unknown ,
TRACER_INIT_EXT(10)%FILE_VARNAME = unknown ,
TRACER_INIT_EXT(10)%FILE_FMT = nc ,
TRACER_INIT_EXT(10)%SCALE_FACTOR = 1.00000000000000 ,
TRACER_INIT_EXT(10)%DEFAULT_VAL = 0.000000000000000E+000,
TRACER_INIT_EXT(11)%MOD_VARNAME = unknown ,
TRACER_INIT_EXT(11)%FILENAME = unknown ,
TRACER_INIT_EXT(11)%FILE_VARNAME = unknown ,
TRACER_INIT_EXT(11)%FILE_FMT = nc ,
TRACER_INIT_EXT(11)%SCALE_FACTOR = 1.00000000000000 ,
TRACER_INIT_EXT(11)%DEFAULT_VAL = 0.000000000000000E+000,
TRACER_INIT_EXT(12)%MOD_VARNAME = unknown ,
TRACER_INIT_EXT(12)%FILENAME = unknown ,
TRACER_INIT_EXT(12)%FILE_VARNAME = unknown ,
TRACER_INIT_EXT(12)%FILE_FMT = nc ,
TRACER_INIT_EXT(12)%SCALE_FACTOR = 1.00000000000000 ,
TRACER_INIT_EXT(12)%DEFAULT_VAL = 0.000000000000000E+000,
TRACER_INIT_EXT(13)%MOD_VARNAME = unknown ,
TRACER_INIT_EXT(13)%FILENAME = unknown ,
TRACER_INIT_EXT(13)%FILE_VARNAME = unknown ,
TRACER_INIT_EXT(13)%FILE_FMT = nc ,
TRACER_INIT_EXT(13)%SCALE_FACTOR = 1.00000000000000 ,
TRACER_INIT_EXT(13)%DEFAULT_VAL = 0.000000000000000E+000,
TRACER_INIT_EXT(14)%MOD_VARNAME = unknown ,
TRACER_INIT_EXT(14)%FILENAME = unknown ,
TRACER_INIT_EXT(14)%FILE_VARNAME = unknown ,
TRACER_INIT_EXT(14)%FILE_FMT = nc ,
TRACER_INIT_EXT(14)%SCALE_FACTOR = 1.00000000000000 ,
TRACER_INIT_EXT(14)%DEFAULT_VAL = 0.000000000000000E+000,
TRACER_INIT_EXT(15)%MOD_VARNAME = unknown ,
TRACER_INIT_EXT(15)%FILENAME = unknown ,
TRACER_INIT_EXT(15)%FILE_VARNAME = unknown ,
TRACER_INIT_EXT(15)%FILE_FMT = nc ,
TRACER_INIT_EXT(15)%SCALE_FACTOR = 1.00000000000000 ,
TRACER_INIT_EXT(15)%DEFAULT_VAL = 0.000000000000000E+000,
TRACER_INIT_EXT(16)%MOD_VARNAME = unknown ,
TRACER_INIT_EXT(16)%FILENAME = unknown ,
TRACER_INIT_EXT(16)%FILE_VARNAME = unknown ,
TRACER_INIT_EXT(16)%FILE_FMT = nc ,
TRACER_INIT_EXT(16)%SCALE_FACTOR = 1.00000000000000 ,
TRACER_INIT_EXT(16)%DEFAULT_VAL = 0.000000000000000E+000,
TRACER_INIT_EXT(17)%MOD_VARNAME = unknown ,
TRACER_INIT_EXT(17)%FILENAME = unknown ,
TRACER_INIT_EXT(17)%FILE_VARNAME = unknown ,
TRACER_INIT_EXT(17)%FILE_FMT = nc ,
TRACER_INIT_EXT(17)%SCALE_FACTOR = 1.00000000000000 ,
TRACER_INIT_EXT(17)%DEFAULT_VAL = 0.000000000000000E+000,
TRACER_INIT_EXT(18)%MOD_VARNAME = unknown ,
TRACER_INIT_EXT(18)%FILENAME = unknown ,
TRACER_INIT_EXT(18)%FILE_VARNAME = unknown ,
TRACER_INIT_EXT(18)%FILE_FMT = nc ,
TRACER_INIT_EXT(18)%SCALE_FACTOR = 1.00000000000000 ,
TRACER_INIT_EXT(18)%DEFAULT_VAL = 0.000000000000000E+000,
TRACER_INIT_EXT(19)%MOD_VARNAME = unknown ,
TRACER_INIT_EXT(19)%FILENAME = unknown ,
TRACER_INIT_EXT(19)%FILE_VARNAME = unknown ,
TRACER_INIT_EXT(19)%FILE_FMT = nc ,
TRACER_INIT_EXT(19)%SCALE_FACTOR = 1.00000000000000 ,
TRACER_INIT_EXT(19)%DEFAULT_VAL = 0.000000000000000E+000,
TRACER_INIT_EXT(20)%MOD_VARNAME = unknown ,
TRACER_INIT_EXT(20)%FILENAME = unknown ,
TRACER_INIT_EXT(20)%FILE_VARNAME = unknown ,
TRACER_INIT_EXT(20)%FILE_FMT = nc ,
TRACER_INIT_EXT(20)%SCALE_FACTOR = 1.00000000000000 ,
TRACER_INIT_EXT(20)%DEFAULT_VAL = 0.000000000000000E+000,
TRACER_INIT_EXT(21)%MOD_VARNAME = unknown ,
TRACER_INIT_EXT(21)%FILENAME = unknown ,
TRACER_INIT_EXT(21)%FILE_VARNAME = unknown ,
TRACER_INIT_EXT(21)%FILE_FMT = nc ,
TRACER_INIT_EXT(21)%SCALE_FACTOR = 1.00000000000000 ,
TRACER_INIT_EXT(21)%DEFAULT_VAL = 0.000000000000000E+000,
TRACER_INIT_EXT(22)%MOD_VARNAME = unknown ,
TRACER_INIT_EXT(22)%FILENAME = unknown ,
TRACER_INIT_EXT(22)%FILE_VARNAME = unknown ,
TRACER_INIT_EXT(22)%FILE_FMT = nc ,
TRACER_INIT_EXT(22)%SCALE_FACTOR = 1.00000000000000 ,
TRACER_INIT_EXT(22)%DEFAULT_VAL = 0.000000000000000E+000,
TRACER_INIT_EXT(23)%MOD_VARNAME = unknown ,
TRACER_INIT_EXT(23)%FILENAME = unknown ,
TRACER_INIT_EXT(23)%FILE_VARNAME = unknown ,
TRACER_INIT_EXT(23)%FILE_FMT = nc ,
TRACER_INIT_EXT(23)%SCALE_FACTOR = 1.00000000000000 ,
TRACER_INIT_EXT(23)%DEFAULT_VAL = 0.000000000000000E+000,
TRACER_INIT_EXT(24)%MOD_VARNAME = unknown ,
TRACER_INIT_EXT(24)%FILENAME = unknown ,
TRACER_INIT_EXT(24)%FILE_VARNAME = unknown ,
TRACER_INIT_EXT(24)%FILE_FMT = nc ,
TRACER_INIT_EXT(24)%SCALE_FACTOR = 1.00000000000000 ,
TRACER_INIT_EXT(24)%DEFAULT_VAL = 0.000000000000000E+000,
TRACER_INIT_EXT(25)%MOD_VARNAME = unknown ,
TRACER_INIT_EXT(25)%FILENAME = unknown ,
TRACER_INIT_EXT(25)%FILE_VARNAME = unknown ,
TRACER_INIT_EXT(25)%FILE_FMT = nc ,
TRACER_INIT_EXT(25)%SCALE_FACTOR = 1.00000000000000 ,
TRACER_INIT_EXT(25)%DEFAULT_VAL = 0.000000000000000E+000,
TRACER_INIT_EXT(26)%MOD_VARNAME = unknown ,
TRACER_INIT_EXT(26)%FILENAME = unknown ,
TRACER_INIT_EXT(26)%FILE_VARNAME = unknown ,
TRACER_INIT_EXT(26)%FILE_FMT = nc ,
TRACER_INIT_EXT(26)%SCALE_FACTOR = 1.00000000000000 ,
TRACER_INIT_EXT(26)%DEFAULT_VAL = 0.000000000000000E+000,
TRACER_INIT_EXT(27)%MOD_VARNAME = unknown ,
TRACER_INIT_EXT(27)%FILENAME = unknown ,
TRACER_INIT_EXT(27)%FILE_VARNAME = unknown ,
TRACER_INIT_EXT(27)%FILE_FMT = nc ,
TRACER_INIT_EXT(27)%SCALE_FACTOR = 1.00000000000000 ,
TRACER_INIT_EXT(27)%DEFAULT_VAL = 0.000000000000000E+000,
TRACER_INIT_EXT(28)%MOD_VARNAME = unknown ,
TRACER_INIT_EXT(28)%FILENAME = unknown ,
TRACER_INIT_EXT(28)%FILE_VARNAME = unknown ,
TRACER_INIT_EXT(28)%FILE_FMT = nc ,
TRACER_INIT_EXT(28)%SCALE_FACTOR = 1.00000000000000 ,
TRACER_INIT_EXT(28)%DEFAULT_VAL = 0.000000000000000E+000,
TRACER_INIT_EXT(29)%MOD_VARNAME = unknown ,
TRACER_INIT_EXT(29)%FILENAME = unknown ,
TRACER_INIT_EXT(29)%FILE_VARNAME = unknown ,
TRACER_INIT_EXT(29)%FILE_FMT = nc ,
TRACER_INIT_EXT(29)%SCALE_FACTOR = 1.00000000000000 ,
TRACER_INIT_EXT(29)%DEFAULT_VAL = 0.000000000000000E+000,
TRACER_INIT_EXT(30)%MOD_VARNAME = unknown ,
TRACER_INIT_EXT(30)%FILENAME = unknown ,
TRACER_INIT_EXT(30)%FILE_VARNAME = unknown ,
TRACER_INIT_EXT(30)%FILE_FMT = nc ,
TRACER_INIT_EXT(30)%SCALE_FACTOR = 1.00000000000000 ,
TRACER_INIT_EXT(30)%DEFAULT_VAL = 0.000000000000000E+000,
TRACER_INIT_EXT(31)%MOD_VARNAME = unknown ,
TRACER_INIT_EXT(31)%FILENAME = unknown ,
TRACER_INIT_EXT(31)%FILE_VARNAME = unknown ,
TRACER_INIT_EXT(31)%FILE_FMT = nc ,
TRACER_INIT_EXT(31)%SCALE_FACTOR = 1.00000000000000 ,
TRACER_INIT_EXT(31)%DEFAULT_VAL = 0.000000000000000E+000,
TRACER_INIT_EXT(32)%MOD_VARNAME = unknown ,
TRACER_INIT_EXT(32)%FILENAME = unknown ,
TRACER_INIT_EXT(32)%FILE_VARNAME = unknown ,
TRACER_INIT_EXT(32)%FILE_FMT = nc ,
TRACER_INIT_EXT(32)%SCALE_FACTOR = 1.00000000000000 ,
TRACER_INIT_EXT(32)%DEFAULT_VAL = 0.000000000000000E+000,
INIT_ECOSYS_OPTION = ccsm_continue ,
INIT_ECOSYS_INIT_FILE = same_as_TS ,
INIT_ECOSYS_INIT_FILE_FMT = nc ,
CISO_INIT_ECOSYS_OPTION = unknown ,
CISO_INIT_ECOSYS_INIT_FILE = unknown ,
CISO_INIT_ECOSYS_INIT_FILE_FMT = bin ,
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CISO_TRACER_INIT_EXT(1)%FILENAME = ������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������,
CISO_TRACER_INIT_EXT(1)%FILE_VARNAME = ������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������,
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CISO_TRACER_INIT_EXT(2)%FILENAME = ������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������,
CISO_TRACER_INIT_EXT(2)%FILE_VARNAME = ������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������,
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CISO_TRACER_INIT_EXT(3)%FILENAME = ������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������,
CISO_TRACER_INIT_EXT(3)%FILE_VARNAME = ������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������,
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CISO_TRACER_INIT_EXT(4)%FILENAME = ������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������,
CISO_TRACER_INIT_EXT(4)%FILE_VARNAME = ������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������,
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CISO_TRACER_INIT_EXT(5)%FILENAME = ������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������,
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CISO_TRACER_INIT_EXT(6)%FILENAME = ������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������,
CISO_TRACER_INIT_EXT(6)%FILE_VARNAME = ������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������,
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CISO_TRACER_INIT_EXT(7)%FILENAME = ������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������,
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CISO_TRACER_INIT_EXT(8)%FILENAME = ������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������,
CISO_TRACER_INIT_EXT(8)%FILE_VARNAME = ������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������,
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CISO_TRACER_INIT_EXT(10)%FILENAME = ������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������,
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CISO_TRACER_INIT_EXT(11)%FILENAME = ������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������,
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CISO_TRACER_INIT_EXT(12)%FILENAME = ������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������,
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CISO_TRACER_INIT_EXT(13)%FILENAME = ������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������,
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CISO_TRACER_INIT_EXT(14)%FILENAME = ������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������,
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CISO_TRACER_INIT_EXT(18)%MOD_VARNAME = ������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������,
CISO_TRACER_INIT_EXT(18)%FILENAME = ������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������,
CISO_TRACER_INIT_EXT(18)%FILE_VARNAME = ������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������,
CISO_TRACER_INIT_EXT(18)%FILE_FMT = ������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������,
CISO_TRACER_INIT_EXT(18)%SCALE_FACTOR = 0.000000000000000E+000,
CISO_TRACER_INIT_EXT(18)%DEFAULT_VAL = 0.000000000000000E+000,
CISO_TRACER_INIT_EXT(19)%MOD_VARNAME = ������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������,
CISO_TRACER_INIT_EXT(19)%FILENAME = ������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������,
CISO_TRACER_INIT_EXT(19)%FILE_VARNAME = ������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������,
CISO_TRACER_INIT_EXT(19)%FILE_FMT = ������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������,
CISO_TRACER_INIT_EXT(19)%SCALE_FACTOR = 0.000000000000000E+000,
CISO_TRACER_INIT_EXT(19)%DEFAULT_VAL = 0.000000000000000E+000,
CISO_TRACER_INIT_EXT(20)%MOD_VARNAME = ������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������,
CISO_TRACER_INIT_EXT(20)%FILENAME = ������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������,
CISO_TRACER_INIT_EXT(20)%FILE_VARNAME = ������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������,
CISO_TRACER_INIT_EXT(20)%FILE_FMT = ������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������,
CISO_TRACER_INIT_EXT(20)%SCALE_FACTOR = 0.000000000000000E+000,
CISO_TRACER_INIT_EXT(20)%DEFAULT_VAL = 0.000000000000000E+000,
CISO_TRACER_INIT_EXT(21)%MOD_VARNAME = ������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������,
CISO_TRACER_INIT_EXT(21)%FILENAME = ������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������,
CISO_TRACER_INIT_EXT(21)%FILE_VARNAME = ������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������,
CISO_TRACER_INIT_EXT(21)%FILE_FMT = ������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������,
CISO_TRACER_INIT_EXT(21)%SCALE_FACTOR = 0.000000000000000E+000,
CISO_TRACER_INIT_EXT(21)%DEFAULT_VAL = 0.000000000000000E+000,
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CISO_TRACER_INIT_EXT(22)%FILENAME = ������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������,
CISO_TRACER_INIT_EXT(22)%FILE_VARNAME = ������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������,
CISO_TRACER_INIT_EXT(22)%FILE_FMT = ������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������,
CISO_TRACER_INIT_EXT(22)%SCALE_FACTOR = 0.000000000000000E+000,
CISO_TRACER_INIT_EXT(22)%DEFAULT_VAL = 0.000000000000000E+000,
CISO_TRACER_INIT_EXT(23)%MOD_VARNAME = ������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������,
CISO_TRACER_INIT_EXT(23)%FILENAME = ������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������,
CISO_TRACER_INIT_EXT(23)%FILE_VARNAME = ������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������,
CISO_TRACER_INIT_EXT(23)%FILE_FMT = ������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������,
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CISO_TRACER_INIT_EXT(23)%DEFAULT_VAL = 0.000000000000000E+000,
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CISO_TRACER_INIT_EXT(24)%FILENAME = ������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������,
CISO_TRACER_INIT_EXT(24)%FILE_VARNAME = ������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������,
CISO_TRACER_INIT_EXT(24)%FILE_FMT = ������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������,
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CISO_TRACER_INIT_EXT(24)%DEFAULT_VAL = 0.000000000000000E+000,
CISO_TRACER_INIT_EXT(25)%MOD_VARNAME = ������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������,
CISO_TRACER_INIT_EXT(25)%FILENAME = ������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������,
CISO_TRACER_INIT_EXT(25)%FILE_VARNAME = ������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������,
CISO_TRACER_INIT_EXT(25)%FILE_FMT = ������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������,
CISO_TRACER_INIT_EXT(25)%SCALE_FACTOR = 0.000000000000000E+000,
CISO_TRACER_INIT_EXT(25)%DEFAULT_VAL = 0.000000000000000E+000,
CISO_TRACER_INIT_EXT(26)%MOD_VARNAME = ������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������,
CISO_TRACER_INIT_EXT(26)%FILENAME = ������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������,
CISO_TRACER_INIT_EXT(26)%FILE_VARNAME = ������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������,
CISO_TRACER_INIT_EXT(26)%FILE_FMT = ������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������,
CISO_TRACER_INIT_EXT(26)%SCALE_FACTOR = 0.000000000000000E+000,
CISO_TRACER_INIT_EXT(26)%DEFAULT_VAL = 0.000000000000000E+000,
CISO_TRACER_INIT_EXT(27)%MOD_VARNAME = ������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������,
CISO_TRACER_INIT_EXT(27)%FILENAME = ������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������,
CISO_TRACER_INIT_EXT(27)%FILE_VARNAME = ������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������,
CISO_TRACER_INIT_EXT(27)%FILE_FMT = ������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������,
CISO_TRACER_INIT_EXT(27)%SCALE_FACTOR = 0.000000000000000E+000,
CISO_TRACER_INIT_EXT(27)%DEFAULT_VAL = 0.000000000000000E+000,
CISO_TRACER_INIT_EXT(28)%MOD_VARNAME = ������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������,
CISO_TRACER_INIT_EXT(28)%FILENAME = ������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������,
CISO_TRACER_INIT_EXT(28)%FILE_VARNAME = ������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������,
CISO_TRACER_INIT_EXT(28)%FILE_FMT = ������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������,
CISO_TRACER_INIT_EXT(28)%SCALE_FACTOR = 0.000000000000000E+000,
CISO_TRACER_INIT_EXT(28)%DEFAULT_VAL = 0.000000000000000E+000,
CISO_TRACER_INIT_EXT(29)%MOD_VARNAME = ������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������,
CISO_TRACER_INIT_EXT(29)%FILENAME = ������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������,
CISO_TRACER_INIT_EXT(29)%FILE_VARNAME = ������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������,
CISO_TRACER_INIT_EXT(29)%FILE_FMT = ������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������,
CISO_TRACER_INIT_EXT(29)%SCALE_FACTOR = 0.000000000000000E+000,
CISO_TRACER_INIT_EXT(29)%DEFAULT_VAL = 0.000000000000000E+000,
CISO_TRACER_INIT_EXT(30)%MOD_VARNAME = ������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������,
CISO_TRACER_INIT_EXT(30)%FILENAME = ������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������,
CISO_TRACER_INIT_EXT(30)%FILE_VARNAME = ������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������,
CISO_TRACER_INIT_EXT(30)%FILE_FMT = ������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������,
CISO_TRACER_INIT_EXT(30)%SCALE_FACTOR = 0.000000000000000E+000,
CISO_TRACER_INIT_EXT(30)%DEFAULT_VAL = 0.000000000000000E+000,
CISO_TRACER_INIT_EXT(31)%MOD_VARNAME = ������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������,
CISO_TRACER_INIT_EXT(31)%FILENAME = ������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������,
CISO_TRACER_INIT_EXT(31)%FILE_VARNAME = ������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������,
CISO_TRACER_INIT_EXT(31)%FILE_FMT = ������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������,
CISO_TRACER_INIT_EXT(31)%SCALE_FACTOR = 0.000000000000000E+000,
CISO_TRACER_INIT_EXT(31)%DEFAULT_VAL = 0.000000000000000E+000,
CISO_TRACER_INIT_EXT(32)%MOD_VARNAME = ������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������,
CISO_TRACER_INIT_EXT(32)%FILENAME = ������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������,
CISO_TRACER_INIT_EXT(32)%FILE_VARNAME = ������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������,
CISO_TRACER_INIT_EXT(32)%FILE_FMT = ������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������������,
CISO_TRACER_INIT_EXT(32)%SCALE_FACTOR = 0.000000000000000E+000,
CISO_TRACER_INIT_EXT(32)%DEFAULT_VAL = 0.000000000000000E+000
/
------------------------------------------------------------------------
(io_read_fallback_mod:io_read_fallback_register_tracer) tracername = DIC_ALT_CO2
(io_read_fallback_mod:io_read_fallback_register_tracer) fallback_opt = alt_field
(io_read_fallback_mod:io_read_fallback_register_field) fieldname = DIC_ALT_CO2
(io_read_fallback_mod:io_read_fallback_register_field) fallback_opt = alt_field
(io_read_fallback_mod:io_read_fallback_register_field) alt_fieldname = DIC
(io_read_fallback_mod:io_read_fallback_register_field) scalefactor = 1.0000000000000000E+00
(io_read_fallback_mod:io_read_fallback_register_field) fieldname = DIC_ALT_CO2_CUR
(io_read_fallback_mod:io_read_fallback_register_field) fallback_opt = alt_field
(io_read_fallback_mod:io_read_fallback_register_field) alt_fieldname = DIC_CUR
(io_read_fallback_mod:io_read_fallback_register_field) scalefactor = 1.0000000000000000E+00
(io_read_fallback_mod:io_read_fallback_register_field) fieldname = DIC_ALT_CO2_OLD
(io_read_fallback_mod:io_read_fallback_register_field) fallback_opt = alt_field
(io_read_fallback_mod:io_read_fallback_register_field) alt_fieldname = DIC_OLD
(io_read_fallback_mod:io_read_fallback_register_field) scalefactor = 1.0000000000000000E+00
(io_read_fallback_mod:io_read_fallback_register_tracer) tracername = ALK_ALT_CO2
(io_read_fallback_mod:io_read_fallback_register_tracer) fallback_opt = alt_field
(io_read_fallback_mod:io_read_fallback_register_field) fieldname = ALK_ALT_CO2
(io_read_fallback_mod:io_read_fallback_register_field) fallback_opt = alt_field
(io_read_fallback_mod:io_read_fallback_register_field) alt_fieldname = ALK
(io_read_fallback_mod:io_read_fallback_register_field) scalefactor = 1.0000000000000000E+00
(io_read_fallback_mod:io_read_fallback_register_field) fieldname = ALK_ALT_CO2_CUR
(io_read_fallback_mod:io_read_fallback_register_field) fallback_opt = alt_field
(io_read_fallback_mod:io_read_fallback_register_field) alt_fieldname = ALK_CUR
(io_read_fallback_mod:io_read_fallback_register_field) scalefactor = 1.0000000000000000E+00
(io_read_fallback_mod:io_read_fallback_register_field) fieldname = ALK_ALT_CO2_OLD
(io_read_fallback_mod:io_read_fallback_register_field) fallback_opt = alt_field
(io_read_fallback_mod:io_read_fallback_register_field) alt_fieldname = ALK_OLD
(io_read_fallback_mod:io_read_fallback_register_field) scalefactor = 1.0000000000000000E+00
(io_read_fallback_mod:io_read_fallback_register_tracer) tracername = DOCr
(io_read_fallback_mod:io_read_fallback_register_tracer) fallback_opt = const
(io_read_fallback_mod:io_read_fallback_register_field) fieldname = DOCr
(io_read_fallback_mod:io_read_fallback_register_field) fallback_opt = const
(io_read_fallback_mod:io_read_fallback_register_field) const_val = 3.8000000000000000E+01
(io_read_fallback_mod:io_read_fallback_register_field) fieldname = DOCr_CUR
(io_read_fallback_mod:io_read_fallback_register_field) fallback_opt = const
(io_read_fallback_mod:io_read_fallback_register_field) const_val = 3.8000000000000000E+01
(io_read_fallback_mod:io_read_fallback_register_field) fieldname = DOCr_OLD
(io_read_fallback_mod:io_read_fallback_register_field) fallback_opt = const
(io_read_fallback_mod:io_read_fallback_register_field) const_val = 3.8000000000000000E+01
(io_read_fallback_mod:io_read_fallback_register_tracer) tracername = Lig
(io_read_fallback_mod:io_read_fallback_register_tracer) fallback_opt = const
(io_read_fallback_mod:io_read_fallback_register_field) fieldname = Lig
(io_read_fallback_mod:io_read_fallback_register_field) fallback_opt = const
(io_read_fallback_mod:io_read_fallback_register_field) const_val = 2.0000000000000000E-03
(io_read_fallback_mod:io_read_fallback_register_field) fieldname = Lig_CUR
(io_read_fallback_mod:io_read_fallback_register_field) fallback_opt = const
(io_read_fallback_mod:io_read_fallback_register_field) const_val = 2.0000000000000000E-03
(io_read_fallback_mod:io_read_fallback_register_field) fieldname = Lig_OLD
(io_read_fallback_mod:io_read_fallback_register_field) fallback_opt = const
(io_read_fallback_mod:io_read_fallback_register_field) const_val = 2.0000000000000000E-03
(io_read_fallback_mod:io_read_fallback_register_tracer) tracername = spP
(io_read_fallback_mod:io_read_fallback_register_tracer) fallback_opt = alt_field
(io_read_fallback_mod:io_read_fallback_register_field) fieldname = spP
(io_read_fallback_mod:io_read_fallback_register_field) fallback_opt = alt_field
(io_read_fallback_mod:io_read_fallback_register_field) alt_fieldname = spC
(io_read_fallback_mod:io_read_fallback_register_field) scalefactor = 8.5470085470085479E-03
(io_read_fallback_mod:io_read_fallback_register_field) fieldname = spP_CUR
(io_read_fallback_mod:io_read_fallback_register_field) fallback_opt = alt_field
(io_read_fallback_mod:io_read_fallback_register_field) alt_fieldname = spC_CUR
(io_read_fallback_mod:io_read_fallback_register_field) scalefactor = 8.5470085470085479E-03
(io_read_fallback_mod:io_read_fallback_register_field) fieldname = spP_OLD
(io_read_fallback_mod:io_read_fallback_register_field) fallback_opt = alt_field
(io_read_fallback_mod:io_read_fallback_register_field) alt_fieldname = spC_OLD
(io_read_fallback_mod:io_read_fallback_register_field) scalefactor = 8.5470085470085479E-03
(io_read_fallback_mod:io_read_fallback_register_tracer) tracername = diatP
(io_read_fallback_mod:io_read_fallback_register_tracer) fallback_opt = alt_field
(io_read_fallback_mod:io_read_fallback_register_field) fieldname = diatP
(io_read_fallback_mod:io_read_fallback_register_field) fallback_opt = alt_field
(io_read_fallback_mod:io_read_fallback_register_field) alt_fieldname = diatC
(io_read_fallback_mod:io_read_fallback_register_field) scalefactor = 8.5470085470085479E-03
(io_read_fallback_mod:io_read_fallback_register_field) fieldname = diatP_CUR
(io_read_fallback_mod:io_read_fallback_register_field) fallback_opt = alt_field
(io_read_fallback_mod:io_read_fallback_register_field) alt_fieldname = diatC_CUR
(io_read_fallback_mod:io_read_fallback_register_field) scalefactor = 8.5470085470085479E-03
(io_read_fallback_mod:io_read_fallback_register_field) fieldname = diatP_OLD
(io_read_fallback_mod:io_read_fallback_register_field) fallback_opt = alt_field
(io_read_fallback_mod:io_read_fallback_register_field) alt_fieldname = diatC_OLD
(io_read_fallback_mod:io_read_fallback_register_field) scalefactor = 8.5470085470085479E-03
(io_read_fallback_mod:io_read_fallback_register_tracer) tracername = diazP
(io_read_fallback_mod:io_read_fallback_register_tracer) fallback_opt = alt_field
(io_read_fallback_mod:io_read_fallback_register_field) fieldname = diazP
(io_read_fallback_mod:io_read_fallback_register_field) fallback_opt = alt_field
(io_read_fallback_mod:io_read_fallback_register_field) alt_fieldname = diazC
(io_read_fallback_mod:io_read_fallback_register_field) scalefactor = 2.7350427350427350E-03
(io_read_fallback_mod:io_read_fallback_register_field) fieldname = diazP_CUR
(io_read_fallback_mod:io_read_fallback_register_field) fallback_opt = alt_field
(io_read_fallback_mod:io_read_fallback_register_field) alt_fieldname = diazC_CUR
(io_read_fallback_mod:io_read_fallback_register_field) scalefactor = 2.7350427350427350E-03
(io_read_fallback_mod:io_read_fallback_register_field) fieldname = diazP_OLD
(io_read_fallback_mod:io_read_fallback_register_field) fallback_opt = alt_field
(io_read_fallback_mod:io_read_fallback_register_field) alt_fieldname = diazC_OLD
(io_read_fallback_mod:io_read_fallback_register_field) scalefactor = 2.7350427350427350E-03
(io_read_fallback_mod:io_read_fallback_register_field) fieldname = MARBL_PH_SURF
(io_read_fallback_mod:io_read_fallback_register_field) fallback_opt = const
(io_read_fallback_mod:io_read_fallback_register_field) const_val = 0.0000000000000000E+00
(io_read_fallback_mod:io_read_fallback_register_field) fieldname = MARBL_PH_SURF_ALT_CO2
(io_read_fallback_mod:io_read_fallback_register_field) fallback_opt = const
(io_read_fallback_mod:io_read_fallback_register_field) const_val = 0.0000000000000000E+00
(io_read_fallback_mod:io_read_fallback_register_field) fieldname = MARBL_PH_3D
(io_read_fallback_mod:io_read_fallback_register_field) fallback_opt = const
(io_read_fallback_mod:io_read_fallback_register_field) const_val = 0.0000000000000000E+00
(io_read_fallback_mod:io_read_fallback_register_field) fieldname = MARBL_PH_3D_ALT_CO2
(io_read_fallback_mod:io_read_fallback_register_field) fallback_opt = const
(io_read_fallback_mod:io_read_fallback_register_field) const_val = 0.0000000000000000E+00
(passive_tracer_tools:read_field_2D) reading MARBL_PH_SURF from ./bwma1850.f09.y13.los_chocoyos.qboE.ensoN.clone.SO2.pop.r.0013-02-01-00000.nc
(passive_tracer_tools:read_field_2D) reading MARBL_PH_SURF_ALT_CO2 from ./bwma1850.f09.y13.los_chocoyos.qboE.ensoN.clone.SO2.pop.r.0013-02-01-00000.nc
(passive_tracer_tools:read_field_3D) reading MARBL_PH_3D from ./bwma1850.f09.y13.los_chocoyos.qboE.ensoN.clone.SO2.pop.r.0013-02-01-00000.nc
(passive_tracer_tools:read_field_3D) reading MARBL_PH_3D_ALT_CO2 from ./bwma1850.f09.y13.los_chocoyos.qboE.ensoN.clone.SO2.pop.r.0013-02-01-00000.nc
(passive_tracer_tools:rest_read_tracer_block) reading tracer block from ./bwma1850.f09.y13.los_chocoyos.qboE.ensoN.clone.SO2.pop.r.0013-02-01-00000.nc
(passive_tracer_tools:rest_read_tracer_block) reading PO4_CUR from ./bwma1850.f09.y13.los_chocoyos.qboE.ensoN.clone.SO2.pop.r.0013-02-01-00000.nc
(passive_tracer_tools:rest_read_tracer_block) reading PO4_OLD from ./bwma1850.f09.y13.los_chocoyos.qboE.ensoN.clone.SO2.pop.r.0013-02-01-00000.nc
(passive_tracer_tools:rest_read_tracer_block) reading tracer block from ./bwma1850.f09.y13.los_chocoyos.qboE.ensoN.clone.SO2.pop.r.0013-02-01-00000.nc
(passive_tracer_tools:rest_read_tracer_block) reading NO3_CUR from ./bwma1850.f09.y13.los_chocoyos.qboE.ensoN.clone.SO2.pop.r.0013-02-01-00000.nc
(passive_tracer_tools:rest_read_tracer_block) reading NO3_OLD from ./bwma1850.f09.y13.los_chocoyos.qboE.ensoN.clone.SO2.pop.r.0013-02-01-00000.nc
(passive_tracer_tools:rest_read_tracer_block) reading tracer block from ./bwma1850.f09.y13.los_chocoyos.qboE.ensoN.clone.SO2.pop.r.0013-02-01-00000.nc
(passive_tracer_tools:rest_read_tracer_block) reading SiO3_CUR from ./bwma1850.f09.y13.los_chocoyos.qboE.ensoN.clone.SO2.pop.r.0013-02-01-00000.nc
(passive_tracer_tools:rest_read_tracer_block) reading SiO3_OLD from ./bwma1850.f09.y13.los_chocoyos.qboE.ensoN.clone.SO2.pop.r.0013-02-01-00000.nc
(passive_tracer_tools:rest_read_tracer_block) reading tracer block from ./bwma1850.f09.y13.los_chocoyos.qboE.ensoN.clone.SO2.pop.r.0013-02-01-00000.nc
(passive_tracer_tools:rest_read_tracer_block) reading NH4_CUR from ./bwma1850.f09.y13.los_chocoyos.qboE.ensoN.clone.SO2.pop.r.0013-02-01-00000.nc
(passive_tracer_tools:rest_read_tracer_block) reading NH4_OLD from ./bwma1850.f09.y13.los_chocoyos.qboE.ensoN.clone.SO2.pop.r.0013-02-01-00000.nc
(passive_tracer_tools:rest_read_tracer_block) reading tracer block from ./bwma1850.f09.y13.los_chocoyos.qboE.ensoN.clone.SO2.pop.r.0013-02-01-00000.nc
(passive_tracer_tools:rest_read_tracer_block) reading Fe_CUR from ./bwma1850.f09.y13.los_chocoyos.qboE.ensoN.clone.SO2.pop.r.0013-02-01-00000.nc
(passive_tracer_tools:rest_read_tracer_block) reading Fe_OLD from ./bwma1850.f09.y13.los_chocoyos.qboE.ensoN.clone.SO2.pop.r.0013-02-01-00000.nc
(passive_tracer_tools:rest_read_tracer_block) reading tracer block from ./bwma1850.f09.y13.los_chocoyos.qboE.ensoN.clone.SO2.pop.r.0013-02-01-00000.nc
(passive_tracer_tools:rest_read_tracer_block) reading Lig_CUR from ./bwma1850.f09.y13.los_chocoyos.qboE.ensoN.clone.SO2.pop.r.0013-02-01-00000.nc
(passive_tracer_tools:rest_read_tracer_block) reading Lig_OLD from ./bwma1850.f09.y13.los_chocoyos.qboE.ensoN.clone.SO2.pop.r.0013-02-01-00000.nc
(passive_tracer_tools:rest_read_tracer_block) reading tracer block from ./bwma1850.f09.y13.los_chocoyos.qboE.ensoN.clone.SO2.pop.r.0013-02-01-00000.nc
(passive_tracer_tools:rest_read_tracer_block) reading O2_CUR from ./bwma1850.f09.y13.los_chocoyos.qboE.ensoN.clone.SO2.pop.r.0013-02-01-00000.nc
(passive_tracer_tools:rest_read_tracer_block) reading O2_OLD from ./bwma1850.f09.y13.los_chocoyos.qboE.ensoN.clone.SO2.pop.r.0013-02-01-00000.nc
(passive_tracer_tools:rest_read_tracer_block) reading tracer block from ./bwma1850.f09.y13.los_chocoyos.qboE.ensoN.clone.SO2.pop.r.0013-02-01-00000.nc
(passive_tracer_tools:rest_read_tracer_block) reading DIC_CUR from ./bwma1850.f09.y13.los_chocoyos.qboE.ensoN.clone.SO2.pop.r.0013-02-01-00000.nc
(passive_tracer_tools:rest_read_tracer_block) reading DIC_OLD from ./bwma1850.f09.y13.los_chocoyos.qboE.ensoN.clone.SO2.pop.r.0013-02-01-00000.nc
(passive_tracer_tools:rest_read_tracer_block) reading tracer block from ./bwma1850.f09.y13.los_chocoyos.qboE.ensoN.clone.SO2.pop.r.0013-02-01-00000.nc
(passive_tracer_tools:rest_read_tracer_block) reading DIC_ALT_CO2_CUR from ./bwma1850.f09.y13.los_chocoyos.qboE.ensoN.clone.SO2.pop.r.0013-02-01-00000.nc
(passive_tracer_tools:rest_read_tracer_block) reading DIC_ALT_CO2_OLD from ./bwma1850.f09.y13.los_chocoyos.qboE.ensoN.clone.SO2.pop.r.0013-02-01-00000.nc
(passive_tracer_tools:rest_read_tracer_block) reading tracer block from ./bwma1850.f09.y13.los_chocoyos.qboE.ensoN.clone.SO2.pop.r.0013-02-01-00000.nc
(passive_tracer_tools:rest_read_tracer_block) reading ALK_CUR from ./bwma1850.f09.y13.los_chocoyos.qboE.ensoN.clone.SO2.pop.r.0013-02-01-00000.nc
(passive_tracer_tools:rest_read_tracer_block) reading ALK_OLD from ./bwma1850.f09.y13.los_chocoyos.qboE.ensoN.clone.SO2.pop.r.0013-02-01-00000.nc
(passive_tracer_tools:rest_read_tracer_block) reading tracer block from ./bwma1850.f09.y13.los_chocoyos.qboE.ensoN.clone.SO2.pop.r.0013-02-01-00000.nc
(passive_tracer_tools:rest_read_tracer_block) reading ALK_ALT_CO2_CUR from ./bwma1850.f09.y13.los_chocoyos.qboE.ensoN.clone.SO2.pop.r.0013-02-01-00000.nc
(passive_tracer_tools:rest_read_tracer_block) reading ALK_ALT_CO2_OLD from ./bwma1850.f09.y13.los_chocoyos.qboE.ensoN.clone.SO2.pop.r.0013-02-01-00000.nc
(passive_tracer_tools:rest_read_tracer_block) reading tracer block from ./bwma1850.f09.y13.los_chocoyos.qboE.ensoN.clone.SO2.pop.r.0013-02-01-00000.nc
(passive_tracer_tools:rest_read_tracer_block) reading DOC_CUR from ./bwma1850.f09.y13.los_chocoyos.qboE.ensoN.clone.SO2.pop.r.0013-02-01-00000.nc
(passive_tracer_tools:rest_read_tracer_block) reading DOC_OLD from ./bwma1850.f09.y13.los_chocoyos.qboE.ensoN.clone.SO2.pop.r.0013-02-01-00000.nc
(passive_tracer_tools:rest_read_tracer_block) reading tracer block from ./bwma1850.f09.y13.los_chocoyos.qboE.ensoN.clone.SO2.pop.r.0013-02-01-00000.nc
(passive_tracer_tools:rest_read_tracer_block) reading DON_CUR from ./bwma1850.f09.y13.los_chocoyos.qboE.ensoN.clone.SO2.pop.r.0013-02-01-00000.nc
(passive_tracer_tools:rest_read_tracer_block) reading DON_OLD from ./bwma1850.f09.y13.los_chocoyos.qboE.ensoN.clone.SO2.pop.r.0013-02-01-00000.nc
(passive_tracer_tools:rest_read_tracer_block) reading tracer block from ./bwma1850.f09.y13.los_chocoyos.qboE.ensoN.clone.SO2.pop.r.0013-02-01-00000.nc
(passive_tracer_tools:rest_read_tracer_block) reading DOP_CUR from ./bwma1850.f09.y13.los_chocoyos.qboE.ensoN.clone.SO2.pop.r.0013-02-01-00000.nc
(passive_tracer_tools:rest_read_tracer_block) reading DOP_OLD from ./bwma1850.f09.y13.los_chocoyos.qboE.ensoN.clone.SO2.pop.r.0013-02-01-00000.nc
(passive_tracer_tools:rest_read_tracer_block) reading tracer block from ./bwma1850.f09.y13.los_chocoyos.qboE.ensoN.clone.SO2.pop.r.0013-02-01-00000.nc
(passive_tracer_tools:rest_read_tracer_block) reading DOPr_CUR from ./bwma1850.f09.y13.los_chocoyos.qboE.ensoN.clone.SO2.pop.r.0013-02-01-00000.nc
(passive_tracer_tools:rest_read_tracer_block) reading DOPr_OLD from ./bwma1850.f09.y13.los_chocoyos.qboE.ensoN.clone.SO2.pop.r.0013-02-01-00000.nc
(passive_tracer_tools:rest_read_tracer_block) reading tracer block from ./bwma1850.f09.y13.los_chocoyos.qboE.ensoN.clone.SO2.pop.r.0013-02-01-00000.nc
(passive_tracer_tools:rest_read_tracer_block) reading DONr_CUR from ./bwma1850.f09.y13.los_chocoyos.qboE.ensoN.clone.SO2.pop.r.0013-02-01-00000.nc
(passive_tracer_tools:rest_read_tracer_block) reading DONr_OLD from ./bwma1850.f09.y13.los_chocoyos.qboE.ensoN.clone.SO2.pop.r.0013-02-01-00000.nc
(passive_tracer_tools:rest_read_tracer_block) reading tracer block from ./bwma1850.f09.y13.los_chocoyos.qboE.ensoN.clone.SO2.pop.r.0013-02-01-00000.nc
(passive_tracer_tools:rest_read_tracer_block) reading DOCr_CUR from ./bwma1850.f09.y13.los_chocoyos.qboE.ensoN.clone.SO2.pop.r.0013-02-01-00000.nc
(passive_tracer_tools:rest_read_tracer_block) reading DOCr_OLD from ./bwma1850.f09.y13.los_chocoyos.qboE.ensoN.clone.SO2.pop.r.0013-02-01-00000.nc
(passive_tracer_tools:rest_read_tracer_block) reading tracer block from ./bwma1850.f09.y13.los_chocoyos.qboE.ensoN.clone.SO2.pop.r.0013-02-01-00000.nc
(passive_tracer_tools:rest_read_tracer_block) reading zooC_CUR from ./bwma1850.f09.y13.los_chocoyos.qboE.ensoN.clone.SO2.pop.r.0013-02-01-00000.nc
(passive_tracer_tools:rest_read_tracer_block) reading zooC_OLD from ./bwma1850.f09.y13.los_chocoyos.qboE.ensoN.clone.SO2.pop.r.0013-02-01-00000.nc
(passive_tracer_tools:rest_read_tracer_block) reading tracer block from ./bwma1850.f09.y13.los_chocoyos.qboE.ensoN.clone.SO2.pop.r.0013-02-01-00000.nc
(passive_tracer_tools:rest_read_tracer_block) reading spChl_CUR from ./bwma1850.f09.y13.los_chocoyos.qboE.ensoN.clone.SO2.pop.r.0013-02-01-00000.nc
(passive_tracer_tools:rest_read_tracer_block) reading spChl_OLD from ./bwma1850.f09.y13.los_chocoyos.qboE.ensoN.clone.SO2.pop.r.0013-02-01-00000.nc
(passive_tracer_tools:rest_read_tracer_block) reading tracer block from ./bwma1850.f09.y13.los_chocoyos.qboE.ensoN.clone.SO2.pop.r.0013-02-01-00000.nc
(passive_tracer_tools:rest_read_tracer_block) reading spC_CUR from ./bwma1850.f09.y13.los_chocoyos.qboE.ensoN.clone.SO2.pop.r.0013-02-01-00000.nc
(passive_tracer_tools:rest_read_tracer_block) reading spC_OLD from ./bwma1850.f09.y13.los_chocoyos.qboE.ensoN.clone.SO2.pop.r.0013-02-01-00000.nc
(passive_tracer_tools:rest_read_tracer_block) reading tracer block from ./bwma1850.f09.y13.los_chocoyos.qboE.ensoN.clone.SO2.pop.r.0013-02-01-00000.nc
(passive_tracer_tools:rest_read_tracer_block) reading spP_CUR from ./bwma1850.f09.y13.los_chocoyos.qboE.ensoN.clone.SO2.pop.r.0013-02-01-00000.nc
(passive_tracer_tools:rest_read_tracer_block) reading spP_OLD from ./bwma1850.f09.y13.los_chocoyos.qboE.ensoN.clone.SO2.pop.r.0013-02-01-00000.nc
(passive_tracer_tools:rest_read_tracer_block) reading tracer block from ./bwma1850.f09.y13.los_chocoyos.qboE.ensoN.clone.SO2.pop.r.0013-02-01-00000.nc
(passive_tracer_tools:rest_read_tracer_block) reading spFe_CUR from ./bwma1850.f09.y13.los_chocoyos.qboE.ensoN.clone.SO2.pop.r.0013-02-01-00000.nc
(passive_tracer_tools:rest_read_tracer_block) reading spFe_OLD from ./bwma1850.f09.y13.los_chocoyos.qboE.ensoN.clone.SO2.pop.r.0013-02-01-00000.nc
(passive_tracer_tools:rest_read_tracer_block) reading tracer block from ./bwma1850.f09.y13.los_chocoyos.qboE.ensoN.clone.SO2.pop.r.0013-02-01-00000.nc
(passive_tracer_tools:rest_read_tracer_block) reading spCaCO3_CUR from ./bwma1850.f09.y13.los_chocoyos.qboE.ensoN.clone.SO2.pop.r.0013-02-01-00000.nc
(passive_tracer_tools:rest_read_tracer_block) reading spCaCO3_OLD from ./bwma1850.f09.y13.los_chocoyos.qboE.ensoN.clone.SO2.pop.r.0013-02-01-00000.nc
(passive_tracer_tools:rest_read_tracer_block) reading tracer block from ./bwma1850.f09.y13.los_chocoyos.qboE.ensoN.clone.SO2.pop.r.0013-02-01-00000.nc
(passive_tracer_tools:rest_read_tracer_block) reading diatChl_CUR from ./bwma1850.f09.y13.los_chocoyos.qboE.ensoN.clone.SO2.pop.r.0013-02-01-00000.nc
(passive_tracer_tools:rest_read_tracer_block) reading diatChl_OLD from ./bwma1850.f09.y13.los_chocoyos.qboE.ensoN.clone.SO2.pop.r.0013-02-01-00000.nc
(passive_tracer_tools:rest_read_tracer_block) reading tracer block from ./bwma1850.f09.y13.los_chocoyos.qboE.ensoN.clone.SO2.pop.r.0013-02-01-00000.nc
(passive_tracer_tools:rest_read_tracer_block) reading diatC_CUR from ./bwma1850.f09.y13.los_chocoyos.qboE.ensoN.clone.SO2.pop.r.0013-02-01-00000.nc
(passive_tracer_tools:rest_read_tracer_block) reading diatC_OLD from ./bwma1850.f09.y13.los_chocoyos.qboE.ensoN.clone.SO2.pop.r.0013-02-01-00000.nc
(passive_tracer_tools:rest_read_tracer_block) reading tracer block from ./bwma1850.f09.y13.los_chocoyos.qboE.ensoN.clone.SO2.pop.r.0013-02-01-00000.nc
(passive_tracer_tools:rest_read_tracer_block) reading diatP_CUR from ./bwma1850.f09.y13.los_chocoyos.qboE.ensoN.clone.SO2.pop.r.0013-02-01-00000.nc
(passive_tracer_tools:rest_read_tracer_block) reading diatP_OLD from ./bwma1850.f09.y13.los_chocoyos.qboE.ensoN.clone.SO2.pop.r.0013-02-01-00000.nc
(passive_tracer_tools:rest_read_tracer_block) reading tracer block from ./bwma1850.f09.y13.los_chocoyos.qboE.ensoN.clone.SO2.pop.r.0013-02-01-00000.nc
(passive_tracer_tools:rest_read_tracer_block) reading diatFe_CUR from ./bwma1850.f09.y13.los_chocoyos.qboE.ensoN.clone.SO2.pop.r.0013-02-01-00000.nc
(passive_tracer_tools:rest_read_tracer_block) reading diatFe_OLD from ./bwma1850.f09.y13.los_chocoyos.qboE.ensoN.clone.SO2.pop.r.0013-02-01-00000.nc
(passive_tracer_tools:rest_read_tracer_block) reading tracer block from ./bwma1850.f09.y13.los_chocoyos.qboE.ensoN.clone.SO2.pop.r.0013-02-01-00000.nc
(passive_tracer_tools:rest_read_tracer_block) reading diatSi_CUR from ./bwma1850.f09.y13.los_chocoyos.qboE.ensoN.clone.SO2.pop.r.0013-02-01-00000.nc
(passive_tracer_tools:rest_read_tracer_block) reading diatSi_OLD from ./bwma1850.f09.y13.los_chocoyos.qboE.ensoN.clone.SO2.pop.r.0013-02-01-00000.nc
(passive_tracer_tools:rest_read_tracer_block) reading tracer block from ./bwma1850.f09.y13.los_chocoyos.qboE.ensoN.clone.SO2.pop.r.0013-02-01-00000.nc
(passive_tracer_tools:rest_read_tracer_block) reading diazChl_CUR from ./bwma1850.f09.y13.los_chocoyos.qboE.ensoN.clone.SO2.pop.r.0013-02-01-00000.nc
(passive_tracer_tools:rest_read_tracer_block) reading diazChl_OLD from ./bwma1850.f09.y13.los_chocoyos.qboE.ensoN.clone.SO2.pop.r.0013-02-01-00000.nc
(passive_tracer_tools:rest_read_tracer_block) reading tracer block from ./bwma1850.f09.y13.los_chocoyos.qboE.ensoN.clone.SO2.pop.r.0013-02-01-00000.nc
(passive_tracer_tools:rest_read_tracer_block) reading diazC_CUR from ./bwma1850.f09.y13.los_chocoyos.qboE.ensoN.clone.SO2.pop.r.0013-02-01-00000.nc
(passive_tracer_tools:rest_read_tracer_block) reading diazC_OLD from ./bwma1850.f09.y13.los_chocoyos.qboE.ensoN.clone.SO2.pop.r.0013-02-01-00000.nc
(passive_tracer_tools:rest_read_tracer_block) reading tracer block from ./bwma1850.f09.y13.los_chocoyos.qboE.ensoN.clone.SO2.pop.r.0013-02-01-00000.nc
(passive_tracer_tools:rest_read_tracer_block) reading diazP_CUR from ./bwma1850.f09.y13.los_chocoyos.qboE.ensoN.clone.SO2.pop.r.0013-02-01-00000.nc
(passive_tracer_tools:rest_read_tracer_block) reading diazP_OLD from ./bwma1850.f09.y13.los_chocoyos.qboE.ensoN.clone.SO2.pop.r.0013-02-01-00000.nc
(passive_tracer_tools:rest_read_tracer_block) reading tracer block from ./bwma1850.f09.y13.los_chocoyos.qboE.ensoN.clone.SO2.pop.r.0013-02-01-00000.nc
(passive_tracer_tools:rest_read_tracer_block) reading diazFe_CUR from ./bwma1850.f09.y13.los_chocoyos.qboE.ensoN.clone.SO2.pop.r.0013-02-01-00000.nc
(passive_tracer_tools:rest_read_tracer_block) reading diazFe_OLD from ./bwma1850.f09.y13.los_chocoyos.qboE.ensoN.clone.SO2.pop.r.0013-02-01-00000.nc
(ecosys_diagnostics_operators_mod:ecosys_diagnostics_operators_init) max_marbl_diags_stream_cnt = 2
(ecosys_diagnostics_operators_mod:ecosys_diagnostics_operators_init) ponToSed will be written to 1 streams.
(ecosys_diagnostics_operators_mod:ecosys_diagnostics_operators_init) zoo_loss_doc will be written to 1 streams.
(ecosys_diagnostics_operators_mod:ecosys_diagnostics_operators_init) P_iron_FLUX_100m will be written to 1 streams.
(ecosys_diagnostics_operators_mod:ecosys_diagnostics_operators_init) popToSed will be written to 1 streams.
(ecosys_diagnostics_operators_mod:ecosys_diagnostics_operators_init) calcToSed will be written to 1 streams.
(ecosys_diagnostics_operators_mod:ecosys_diagnostics_operators_init) photoC_diaz_zint will be written to 2 streams.
(ecosys_diagnostics_operators_mod:ecosys_diagnostics_operators_init) graze_diaz_zoo will be written to 1 streams.
(ecosys_diagnostics_operators_mod:ecosys_diagnostics_operators_init) photoC_sp will be written to 1 streams.
(ecosys_diagnostics_operators_mod:ecosys_diagnostics_operators_init) diat_Fe_lim_Cweight_avg_100m will be written to 1 streams.
(ecosys_diagnostics_operators_mod:ecosys_diagnostics_operators_init) diat_SiO3_lim_Cweight_avg_100m will be written to 1 streams.
(ecosys_diagnostics_operators_mod:ecosys_diagnostics_operators_init) NITRIF will be written to 1 streams.
(ecosys_diagnostics_operators_mod:ecosys_diagnostics_operators_init) diaz_loss_doc_zint will be written to 1 streams.
(ecosys_diagnostics_operators_mod:ecosys_diagnostics_operators_init) zoo_loss_poc will be written to 1 streams.
(ecosys_diagnostics_operators_mod:ecosys_diagnostics_operators_init) spP_RESTORE_TEND will be written to 1 streams.
(ecosys_diagnostics_operators_mod:ecosys_diagnostics_operators_init) diaz_Fe_lim_surf will be written to 1 streams.
(ecosys_diagnostics_operators_mod:ecosys_diagnostics_operators_init) NHx_SURFACE_EMIS will be written to 1 streams.
(ecosys_diagnostics_operators_mod:ecosys_diagnostics_operators_init) P_iron_REMIN will be written to 1 streams.
(ecosys_diagnostics_operators_mod:ecosys_diagnostics_operators_init) diat_Fe_lim_surf will be written to 1 streams.
(ecosys_diagnostics_operators_mod:ecosys_diagnostics_operators_init) CO3 will be written to 1 streams.
(ecosys_diagnostics_operators_mod:ecosys_diagnostics_operators_init) graze_diat will be written to 1 streams.
(ecosys_diagnostics_operators_mod:ecosys_diagnostics_operators_init) Jint_Ctot will be written to 1 streams.
(ecosys_diagnostics_operators_mod:ecosys_diagnostics_operators_init) DOP_RESTORE_TEND will be written to 1 streams.
(ecosys_diagnostics_operators_mod:ecosys_diagnostics_operators_init) graze_diaz_zint will be written to 1 streams.
(ecosys_diagnostics_operators_mod:ecosys_diagnostics_operators_init) DOP_diat_uptake will be written to 1 streams.
(ecosys_diagnostics_operators_mod:ecosys_diagnostics_operators_init) PAR_avg will be written to 1 streams.
(ecosys_diagnostics_operators_mod:ecosys_diagnostics_operators_init) DON_RESTORE_TEND will be written to 1 streams.
(ecosys_diagnostics_operators_mod:ecosys_diagnostics_operators_init) photoFe_diaz will be written to 1 streams.
(ecosys_diagnostics_operators_mod:ecosys_diagnostics_operators_init) bsiToSed will be written to 1 streams.
(ecosys_diagnostics_operators_mod:ecosys_diagnostics_operators_init) photoFe_diat will be written to 1 streams.
(ecosys_diagnostics_operators_mod:ecosys_diagnostics_operators_init) photoFe_sp will be written to 1 streams.
(ecosys_diagnostics_operators_mod:ecosys_diagnostics_operators_init) diaz_agg_zint will be written to 1 streams.
(ecosys_diagnostics_operators_mod:ecosys_diagnostics_operators_init) CaCO3_form_zint will be written to 2 streams.
(ecosys_diagnostics_operators_mod:ecosys_diagnostics_operators_init) photoC_NO3_TOT will be written to 1 streams.
(ecosys_diagnostics_operators_mod:ecosys_diagnostics_operators_init) PO4_diaz_uptake will be written to 1 streams.
(ecosys_diagnostics_operators_mod:ecosys_diagnostics_operators_init) graze_zoo_doc_zint will be written to 1 streams.
(ecosys_diagnostics_operators_mod:ecosys_diagnostics_operators_init) DOC_remin_zint_100m will be written to 1 streams.
(ecosys_diagnostics_operators_mod:ecosys_diagnostics_operators_init) sp_loss_poc will be written to 1 streams.
(ecosys_diagnostics_operators_mod:ecosys_diagnostics_operators_init) O2_PRODUCTION will be written to 1 streams.
(ecosys_diagnostics_operators_mod:ecosys_diagnostics_operators_init) zsatarag will be written to 1 streams.
(ecosys_diagnostics_operators_mod:ecosys_diagnostics_operators_init) insitu_temp will be written to 1 streams.
(ecosys_diagnostics_operators_mod:ecosys_diagnostics_operators_init) graze_sp_poc_zint will be written to 1 streams.
(ecosys_diagnostics_operators_mod:ecosys_diagnostics_operators_init) x_graze_zoo_zint will be written to 1 streams.
(ecosys_diagnostics_operators_mod:ecosys_diagnostics_operators_init) O2_ZMIN will be written to 1 streams.
(ecosys_diagnostics_operators_mod:ecosys_diagnostics_operators_init) dustToSed will be written to 1 streams.
(ecosys_diagnostics_operators_mod:ecosys_diagnostics_operators_init) PV_CO2 will be written to 1 streams.
(ecosys_diagnostics_operators_mod:ecosys_diagnostics_operators_init) diaz_loss_zint will be written to 1 streams.
(ecosys_diagnostics_operators_mod:ecosys_diagnostics_operators_init) CaCO3_PROD will be written to 1 streams.
(ecosys_diagnostics_operators_mod:ecosys_diagnostics_operators_init) IRON_FLUX will be written to 1 streams.
(ecosys_diagnostics_operators_mod:ecosys_diagnostics_operators_init) graze_diaz_poc_zint will be written to 1 streams.
(ecosys_diagnostics_operators_mod:ecosys_diagnostics_operators_init) diaz_loss will be written to 1 streams.
(ecosys_diagnostics_operators_mod:ecosys_diagnostics_operators_init) P_iron_PROD will be written to 1 streams.
(ecosys_diagnostics_operators_mod:ecosys_diagnostics_operators_init) graze_diaz_zint_100m will be written to 1 streams.
(ecosys_diagnostics_operators_mod:ecosys_diagnostics_operators_init) sp_loss_doc will be written to 1 streams.
(ecosys_diagnostics_operators_mod:ecosys_diagnostics_operators_init) POC_REMIN_DIC will be written to 1 streams.
(ecosys_diagnostics_operators_mod:ecosys_diagnostics_operators_init) POC_REMIN_DOCr will be written to 1 streams.
(ecosys_diagnostics_operators_mod:ecosys_diagnostics_operators_init) DOCr_remin will be written to 1 streams.
(ecosys_diagnostics_operators_mod:ecosys_diagnostics_operators_init) sp_P_lim_Cweight_avg_100m will be written to 1 streams.
(ecosys_diagnostics_operators_mod:ecosys_diagnostics_operators_init) zoo_loss_zint will be written to 1 streams.
(ecosys_diagnostics_operators_mod:ecosys_diagnostics_operators_init) PH will be written to 1 streams.
(ecosys_diagnostics_operators_mod:ecosys_diagnostics_operators_init) sp_agg_zint will be written to 1 streams.
(ecosys_diagnostics_operators_mod:ecosys_diagnostics_operators_init) diaz_light_lim_Cweight_avg_100m will be written to 1 streams.
(ecosys_diagnostics_operators_mod:ecosys_diagnostics_operators_init) DOP_sp_uptake will be written to 1 streams.
(ecosys_diagnostics_operators_mod:ecosys_diagnostics_operators_init) x_graze_zoo_zint_100m will be written to 1 streams.
(ecosys_diagnostics_operators_mod:ecosys_diagnostics_operators_init) DOP_diaz_uptake will be written to 1 streams.
(ecosys_diagnostics_operators_mod:ecosys_diagnostics_operators_init) DOPr_RESTORE_TEND will be written to 1 streams.
(ecosys_diagnostics_operators_mod:ecosys_diagnostics_operators_init) graze_diaz_doc will be written to 1 streams.
(ecosys_diagnostics_operators_mod:ecosys_diagnostics_operators_init) POC_FLUX_IN will be written to 1 streams.
(ecosys_diagnostics_operators_mod:ecosys_diagnostics_operators_init) sp_loss_doc_zint_100m will be written to 1 streams.
(ecosys_diagnostics_operators_mod:ecosys_diagnostics_operators_init) PON_REMIN_DONr will be written to 1 streams.
(ecosys_diagnostics_operators_mod:ecosys_diagnostics_operators_init) diaz_loss_poc_zint will be written to 1 streams.
(ecosys_diagnostics_operators_mod:ecosys_diagnostics_operators_init) sp_agg will be written to 1 streams.
(ecosys_diagnostics_operators_mod:ecosys_diagnostics_operators_init) photoNO3_diaz will be written to 1 streams.
(ecosys_diagnostics_operators_mod:ecosys_diagnostics_operators_init) dust_FLUX_IN will be written to 1 streams.
(ecosys_diagnostics_operators_mod:ecosys_diagnostics_operators_init) O2_CONSUMPTION will be written to 1 streams.
(ecosys_diagnostics_operators_mod:ecosys_diagnostics_operators_init) CO2STAR will be written to 1 streams.
(ecosys_diagnostics_operators_mod:ecosys_diagnostics_operators_init) pCO2SURF will be written to 1 streams.
(ecosys_diagnostics_operators_mod:ecosys_diagnostics_operators_init) NOx_FLUX will be written to 1 streams.
(ecosys_diagnostics_operators_mod:ecosys_diagnostics_operators_init) photoNO3_diat will be written to 1 streams.
(ecosys_diagnostics_operators_mod:ecosys_diagnostics_operators_init) graze_zoo_doc_zint_100m will be written to 1 streams.
(ecosys_diagnostics_operators_mod:ecosys_diagnostics_operators_init) POC_REMIN_DOCr_zint_100m will be written to 1 streams.
(ecosys_diagnostics_operators_mod:ecosys_diagnostics_operators_init) graze_diaz_poc_zint_100m will be written to 1 streams.
(ecosys_diagnostics_operators_mod:ecosys_diagnostics_operators_init) Fe_scavenge will be written to 1 streams.
(ecosys_diagnostics_operators_mod:ecosys_diagnostics_operators_init) diat_loss_zint_100m will be written to 1 streams.
(ecosys_diagnostics_operators_mod:ecosys_diagnostics_operators_init) SiO2_FLUX_100m will be written to 1 streams.
(ecosys_diagnostics_operators_mod:ecosys_diagnostics_operators_init) graze_zoo will be written to 1 streams.
(ecosys_diagnostics_operators_mod:ecosys_diagnostics_operators_init) Lig_prod will be written to 1 streams.
(ecosys_diagnostics_operators_mod:ecosys_diagnostics_operators_init) graze_diat_poc will be written to 1 streams.
(ecosys_diagnostics_operators_mod:ecosys_diagnostics_operators_init) pocToSed will be written to 1 streams.
(ecosys_diagnostics_operators_mod:ecosys_diagnostics_operators_init) Jint_Ntot will be written to 1 streams.
(ecosys_diagnostics_operators_mod:ecosys_diagnostics_operators_init) calcToFloor will be written to 1 streams.
(ecosys_diagnostics_operators_mod:ecosys_diagnostics_operators_init) diazP_RESTORE_TEND will be written to 1 streams.
(ecosys_diagnostics_operators_mod:ecosys_diagnostics_operators_init) diat_N_lim_surf will be written to 1 streams.
(ecosys_diagnostics_operators_mod:ecosys_diagnostics_operators_init) diaz_loss_doc will be written to 1 streams.
(ecosys_diagnostics_operators_mod:ecosys_diagnostics_operators_init) diat_loss will be written to 1 streams.
(ecosys_diagnostics_operators_mod:ecosys_diagnostics_operators_init) graze_sp will be written to 1 streams.
(ecosys_diagnostics_operators_mod:ecosys_diagnostics_operators_init) O2SAT will be written to 1 streams.
(ecosys_diagnostics_operators_mod:ecosys_diagnostics_operators_init) zoo_loss_zint_100m will be written to 1 streams.
(ecosys_diagnostics_operators_mod:ecosys_diagnostics_operators_init) photoC_TOT_zint will be written to 1 streams.
(ecosys_diagnostics_operators_mod:ecosys_diagnostics_operators_init) graze_diat_doc_zint will be written to 1 streams.
(ecosys_diagnostics_operators_mod:ecosys_diagnostics_operators_init) NH4_RESTORE_TEND will be written to 1 streams.
(ecosys_diagnostics_operators_mod:ecosys_diagnostics_operators_init) SiO2_PROD will be written to 1 streams.
(ecosys_diagnostics_operators_mod:ecosys_diagnostics_operators_init) POP_REMIN_DOPr will be written to 1 streams.
(ecosys_diagnostics_operators_mod:ecosys_diagnostics_operators_init) graze_auto_TOT will be written to 1 streams.
(ecosys_diagnostics_operators_mod:ecosys_diagnostics_operators_init) DOC_prod will be written to 1 streams.
(ecosys_diagnostics_operators_mod:ecosys_diagnostics_operators_init) SiO2_FLUX_IN will be written to 1 streams.
(ecosys_diagnostics_operators_mod:ecosys_diagnostics_operators_init) graze_zoo_doc will be written to 1 streams.
(ecosys_diagnostics_operators_mod:ecosys_diagnostics_operators_init) ECOSYS_IFRAC will be written to 2 streams.
(ecosys_diagnostics_operators_mod:ecosys_diagnostics_operators_init) graze_zoo_zint will be written to 1 streams.
(ecosys_diagnostics_operators_mod:ecosys_diagnostics_operators_init) Lig_RESTORE_TEND will be written to 1 streams.
(ecosys_diagnostics_operators_mod:ecosys_diagnostics_operators_init) PO4_diat_uptake will be written to 1 streams.
(ecosys_diagnostics_operators_mod:ecosys_diagnostics_operators_init) Lig_deg will be written to 1 streams.
(ecosys_diagnostics_operators_mod:ecosys_diagnostics_operators_init) CaCO3_PROD_zint_100m will be written to 1 streams.
(ecosys_diagnostics_operators_mod:ecosys_diagnostics_operators_init) spFe_RESTORE_TEND will be written to 1 streams.
(ecosys_diagnostics_operators_mod:ecosys_diagnostics_operators_init) diat_SiO3_lim_surf will be written to 1 streams.
(ecosys_diagnostics_operators_mod:ecosys_diagnostics_operators_init) diaz_loss_zint_100m will be written to 1 streams.
(ecosys_diagnostics_operators_mod:ecosys_diagnostics_operators_init) graze_diaz_poc will be written to 1 streams.
(ecosys_diagnostics_operators_mod:ecosys_diagnostics_operators_init) NO3_RESTORE_TEND will be written to 1 streams.
(ecosys_diagnostics_operators_mod:ecosys_diagnostics_operators_init) DOP_prod will be written to 1 streams.
(ecosys_diagnostics_operators_mod:ecosys_diagnostics_operators_init) graze_zoo_zoo_zint_100m will be written to 1 streams.
(ecosys_diagnostics_operators_mod:ecosys_diagnostics_operators_init) graze_diat_poc_zint will be written to 1 streams.
(ecosys_diagnostics_operators_mod:ecosys_diagnostics_operators_init) diaz_P_lim_surf will be written to 1 streams.
(ecosys_diagnostics_operators_mod:ecosys_diagnostics_operators_init) ECOSYS_XKW will be written to 2 streams.
(ecosys_diagnostics_operators_mod:ecosys_diagnostics_operators_init) sp_loss_doc_zint will be written to 1 streams.
(ecosys_diagnostics_operators_mod:ecosys_diagnostics_operators_init) OtherRemin will be written to 1 streams.
(ecosys_diagnostics_operators_mod:ecosys_diagnostics_operators_init) graze_zoo_zoo will be written to 1 streams.
(ecosys_diagnostics_operators_mod:ecosys_diagnostics_operators_init) photoNH4_diat will be written to 1 streams.
(ecosys_diagnostics_operators_mod:ecosys_diagnostics_operators_init) DOPr_remin will be written to 1 streams.
(ecosys_diagnostics_operators_mod:ecosys_diagnostics_operators_init) diaz_Qp will be written to 1 streams.
(ecosys_diagnostics_operators_mod:ecosys_diagnostics_operators_init) photoC_TOT will be written to 1 streams.
(ecosys_diagnostics_operators_mod:ecosys_diagnostics_operators_init) DENITRIF will be written to 1 streams.
(ecosys_diagnostics_operators_mod:ecosys_diagnostics_operators_init) FG_CO2 will be written to 2 streams.
(ecosys_diagnostics_operators_mod:ecosys_diagnostics_operators_init) DOCr_remin_zint will be written to 1 streams.
(ecosys_diagnostics_operators_mod:ecosys_diagnostics_operators_init) spChl_RESTORE_TEND will be written to 1 streams.
(ecosys_diagnostics_operators_mod:ecosys_diagnostics_operators_init) diat_P_lim_Cweight_avg_100m will be written to 1 streams.
(ecosys_diagnostics_operators_mod:ecosys_diagnostics_operators_init) POP_PROD will be written to 1 streams.
(ecosys_diagnostics_operators_mod:ecosys_diagnostics_operators_init) photoC_diaz_zint_100m will be written to 1 streams.
(ecosys_diagnostics_operators_mod:ecosys_diagnostics_operators_init) DpCO2 will be written to 2 streams.
(ecosys_diagnostics_operators_mod:ecosys_diagnostics_operators_init) diaz_P_lim_Cweight_avg_100m will be written to 1 streams.
(ecosys_diagnostics_operators_mod:ecosys_diagnostics_operators_init) zooC_RESTORE_TEND will be written to 1 streams.
(ecosys_diagnostics_operators_mod:ecosys_diagnostics_operators_init) CaCO3_form will be written to 1 streams.
(ecosys_diagnostics_operators_mod:ecosys_diagnostics_operators_init) diaz_agg will be written to 1 streams.
(ecosys_diagnostics_operators_mod:ecosys_diagnostics_operators_init) photoC_sp_zint will be written to 2 streams.
(ecosys_diagnostics_operators_mod:ecosys_diagnostics_operators_init) ALK_RESTORE_TEND will be written to 1 streams.
(ecosys_diagnostics_operators_mod:ecosys_diagnostics_operators_init) graze_diaz_doc_zint will be written to 1 streams.
(ecosys_diagnostics_operators_mod:ecosys_diagnostics_operators_init) PV_O2 will be written to 1 streams.
(ecosys_diagnostics_operators_mod:ecosys_diagnostics_operators_init) graze_diaz_zoo_zint will be written to 1 streams.
(ecosys_diagnostics_operators_mod:ecosys_diagnostics_operators_init) diaz_loss_poc_zint_100m will be written to 1 streams.
(ecosys_diagnostics_operators_mod:ecosys_diagnostics_operators_init) O2_RESTORE_TEND will be written to 1 streams.
(ecosys_diagnostics_operators_mod:ecosys_diagnostics_operators_init) photoC_NO3_sp_zint will be written to 1 streams.
(ecosys_diagnostics_operators_mod:ecosys_diagnostics_operators_init) diat_N_lim_Cweight_avg_100m will be written to 1 streams.
(ecosys_diagnostics_operators_mod:ecosys_diagnostics_operators_init) graze_zoo_poc will be written to 1 streams.
(ecosys_diagnostics_operators_mod:ecosys_diagnostics_operators_init) diat_agg_zint_100m will be written to 1 streams.
(ecosys_diagnostics_operators_mod:ecosys_diagnostics_operators_init) Jint_Sitot will be written to 1 streams.
(ecosys_diagnostics_operators_mod:ecosys_diagnostics_operators_init) pfeToSed will be written to 1 streams.
(ecosys_diagnostics_operators_mod:ecosys_diagnostics_operators_init) diat_Qp will be written to 1 streams.
(ecosys_diagnostics_operators_mod:ecosys_diagnostics_operators_init) sp_P_lim_surf will be written to 1 streams.
(ecosys_diagnostics_operators_mod:ecosys_diagnostics_operators_init) graze_diat_zoo will be written to 1 streams.
(ecosys_diagnostics_operators_mod:ecosys_diagnostics_operators_init) graze_diat_zoo_zint_100m will be written to 1 streams.
(ecosys_diagnostics_operators_mod:ecosys_diagnostics_operators_init) H2CO3 will be written to 1 streams.
(ecosys_diagnostics_operators_mod:ecosys_diagnostics_operators_init) Lig_photochem will be written to 1 streams.
(ecosys_diagnostics_operators_mod:ecosys_diagnostics_operators_init) CaCO3_REMIN_zint will be written to 1 streams.
(ecosys_diagnostics_operators_mod:ecosys_diagnostics_operators_init) POC_REMIN_DIC_zint_100m will be written to 1 streams.
(ecosys_diagnostics_operators_mod:ecosys_diagnostics_operators_init) POC_PROD_zint_100m will be written to 1 streams.
(ecosys_diagnostics_operators_mod:ecosys_diagnostics_operators_init) spCaCO3_RESTORE_TEND will be written to 1 streams.
(ecosys_diagnostics_operators_mod:ecosys_diagnostics_operators_init) sp_CaCO3_form will be written to 1 streams.
(ecosys_diagnostics_operators_mod:ecosys_diagnostics_operators_init) sp_loss_poc_zint will be written to 1 streams.
(ecosys_diagnostics_operators_mod:ecosys_diagnostics_operators_init) photoC_diat_zint_100m will be written to 1 streams.
(ecosys_diagnostics_operators_mod:ecosys_diagnostics_operators_init) Jint_Fetot will be written to 1 streams.
(ecosys_diagnostics_operators_mod:ecosys_diagnostics_operators_init) POC_PROD_zint will be written to 1 streams.
(ecosys_diagnostics_operators_mod:ecosys_diagnostics_operators_init) photoC_TOT_zint_100m will be written to 1 streams.
(ecosys_diagnostics_operators_mod:ecosys_diagnostics_operators_init) sp_Qp will be written to 1 streams.
(ecosys_diagnostics_operators_mod:ecosys_diagnostics_operators_init) CaCO3_FLUX_IN will be written to 1 streams.
(ecosys_diagnostics_operators_mod:ecosys_diagnostics_operators_init) POP_FLUX_IN will be written to 1 streams.
(ecosys_diagnostics_operators_mod:ecosys_diagnostics_operators_init) co3_sat_arag will be written to 1 streams.
(ecosys_diagnostics_operators_mod:ecosys_diagnostics_operators_init) DONr_remin will be written to 1 streams.
(ecosys_diagnostics_operators_mod:ecosys_diagnostics_operators_init) sp_loss will be written to 1 streams.
(ecosys_diagnostics_operators_mod:ecosys_diagnostics_operators_init) graze_diaz_doc_zint_100m will be written to 1 streams.
(ecosys_diagnostics_operators_mod:ecosys_diagnostics_operators_init) SedDenitrif will be written to 1 streams.
(ecosys_diagnostics_operators_mod:ecosys_diagnostics_operators_init) zoo_loss_poc_zint will be written to 1 streams.
(ecosys_diagnostics_operators_mod:ecosys_diagnostics_operators_init) diat_loss_poc_zint will be written to 1 streams.
(ecosys_diagnostics_operators_mod:ecosys_diagnostics_operators_init) Lig_scavenge will be written to 1 streams.
(ecosys_diagnostics_operators_mod:ecosys_diagnostics_operators_init) sp_loss_zint_100m will be written to 1 streams.
(ecosys_diagnostics_operators_mod:ecosys_diagnostics_operators_init) graze_diaz will be written to 1 streams.
(ecosys_diagnostics_operators_mod:ecosys_diagnostics_operators_init) diat_light_lim_surf will be written to 1 streams.
(ecosys_diagnostics_operators_mod:ecosys_diagnostics_operators_init) HCO3 will be written to 1 streams.
(ecosys_diagnostics_operators_mod:ecosys_diagnostics_operators_init) POP_REMIN_PO4 will be written to 1 streams.
(ecosys_diagnostics_operators_mod:ecosys_diagnostics_operators_init) AOU will be written to 1 streams.
(ecosys_diagnostics_operators_mod:ecosys_diagnostics_operators_init) photoC_NO3_diaz_zint will be written to 1 streams.
(ecosys_diagnostics_operators_mod:ecosys_diagnostics_operators_init) diat_loss_zint will be written to 1 streams.
(ecosys_diagnostics_operators_mod:ecosys_diagnostics_operators_init) diatP_RESTORE_TEND will be written to 1 streams.
(ecosys_diagnostics_operators_mod:ecosys_diagnostics_operators_init) PO4_sp_uptake will be written to 1 streams.
(ecosys_diagnostics_operators_mod:ecosys_diagnostics_operators_init) diat_agg_zint will be written to 1 streams.
(ecosys_diagnostics_operators_mod:ecosys_diagnostics_operators_init) sp_agg_zint_100m will be written to 1 streams.
(ecosys_diagnostics_operators_mod:ecosys_diagnostics_operators_init) graze_zoo_poc_zint_100m will be written to 1 streams.
(ecosys_diagnostics_operators_mod:ecosys_diagnostics_operators_init) Nfix will be written to 1 streams.
(ecosys_diagnostics_operators_mod:ecosys_diagnostics_operators_init) POC_REMIN_DIC_zint will be written to 1 streams.
(ecosys_diagnostics_operators_mod:ecosys_diagnostics_operators_init) diazChl_RESTORE_TEND will be written to 1 streams.
(ecosys_diagnostics_operators_mod:ecosys_diagnostics_operators_init) photoC_NO3_diat_zint will be written to 1 streams.
(ecosys_diagnostics_operators_mod:ecosys_diagnostics_operators_init) DOC_remin will be written to 1 streams.
(ecosys_diagnostics_operators_mod:ecosys_diagnostics_operators_init) diat_loss_doc_zint will be written to 1 streams.
(ecosys_diagnostics_operators_mod:ecosys_diagnostics_operators_init) graze_sp_zoo_zint_100m will be written to 1 streams.
(ecosys_diagnostics_operators_mod:ecosys_diagnostics_operators_init) O2_ZMIN_DEPTH will be written to 1 streams.
(ecosys_diagnostics_operators_mod:ecosys_diagnostics_operators_init) zoo_loss_doc_zint will be written to 1 streams.
(ecosys_diagnostics_operators_mod:ecosys_diagnostics_operators_init) graze_diat_zint_100m will be written to 1 streams.
(ecosys_diagnostics_operators_mod:ecosys_diagnostics_operators_init) POC_FLUX_100m will be written to 1 streams.
(ecosys_diagnostics_operators_mod:ecosys_diagnostics_operators_init) graze_diat_zint will be written to 1 streams.
(ecosys_diagnostics_operators_mod:ecosys_diagnostics_operators_init) spC_RESTORE_TEND will be written to 1 streams.
(ecosys_diagnostics_operators_mod:ecosys_diagnostics_operators_init) POC_REMIN_DOCr_zint will be written to 1 streams.
(ecosys_diagnostics_operators_mod:ecosys_diagnostics_operators_init) sp_loss_zint will be written to 1 streams.
(ecosys_diagnostics_operators_mod:ecosys_diagnostics_operators_init) DOCr_RESTORE_TEND will be written to 1 streams.
(ecosys_diagnostics_operators_mod:ecosys_diagnostics_operators_init) graze_sp_poc_zint_100m will be written to 1 streams.
(ecosys_diagnostics_operators_mod:ecosys_diagnostics_operators_init) diaz_loss_poc will be written to 1 streams.
(ecosys_diagnostics_operators_mod:ecosys_diagnostics_operators_init) photoC_diat_zint will be written to 2 streams.
(ecosys_diagnostics_operators_mod:ecosys_diagnostics_operators_init) photoC_NO3_TOT_zint will be written to 1 streams.
(ecosys_diagnostics_operators_mod:ecosys_diagnostics_operators_init) graze_sp_doc will be written to 1 streams.
(ecosys_diagnostics_operators_mod:ecosys_diagnostics_operators_init) photoC_NO3_diaz will be written to 1 streams.
(ecosys_diagnostics_operators_mod:ecosys_diagnostics_operators_init) diat_loss_poc_zint_100m will be written to 1 streams.
(ecosys_diagnostics_operators_mod:ecosys_diagnostics_operators_init) graze_sp_zoo_zint will be written to 1 streams.
(ecosys_diagnostics_operators_mod:ecosys_diagnostics_operators_init) graze_zoo_poc_zint will be written to 1 streams.
(ecosys_diagnostics_operators_mod:ecosys_diagnostics_operators_init) dust_REMIN will be written to 1 streams.
(ecosys_diagnostics_operators_mod:ecosys_diagnostics_operators_init) diaz_light_lim_surf will be written to 1 streams.
(ecosys_diagnostics_operators_mod:ecosys_diagnostics_operators_init) zoo_loss_doc_zint_100m will be written to 1 streams.
(ecosys_diagnostics_operators_mod:ecosys_diagnostics_operators_init) photoNO3_sp will be written to 1 streams.
(ecosys_diagnostics_operators_mod:ecosys_diagnostics_operators_init) graze_zoo_zoo_zint will be written to 1 streams.
(ecosys_diagnostics_operators_mod:ecosys_diagnostics_operators_init) DIC_RESTORE_TEND will be written to 1 streams.
(ecosys_diagnostics_operators_mod:ecosys_diagnostics_operators_init) DOC_remin_zint will be written to 1 streams.
(ecosys_diagnostics_operators_mod:ecosys_diagnostics_operators_init) DOC_prod_zint_100m will be written to 1 streams.
(ecosys_diagnostics_operators_mod:ecosys_diagnostics_operators_init) diaz_loss_doc_zint_100m will be written to 1 streams.
(ecosys_diagnostics_operators_mod:ecosys_diagnostics_operators_init) P_iron_FLUX_IN will be written to 1 streams.
(ecosys_diagnostics_operators_mod:ecosys_diagnostics_operators_init) sp_Fe_lim_Cweight_avg_100m will be written to 1 streams.
(ecosys_diagnostics_operators_mod:ecosys_diagnostics_operators_init) photoNH4_diaz will be written to 1 streams.
(ecosys_diagnostics_operators_mod:ecosys_diagnostics_operators_init) SiO2_REMIN will be written to 1 streams.
(ecosys_diagnostics_operators_mod:ecosys_diagnostics_operators_init) DOCr_remin_zint_100m will be written to 1 streams.
(ecosys_diagnostics_operators_mod:ecosys_diagnostics_operators_init) DOP_loss_P_bal will be written to 1 streams.
(ecosys_diagnostics_operators_mod:ecosys_diagnostics_operators_init) DUST_FLUX will be written to 1 streams.
(ecosys_diagnostics_operators_mod:ecosys_diagnostics_operators_init) DOC_prod_zint will be written to 1 streams.
(ecosys_diagnostics_operators_mod:ecosys_diagnostics_operators_init) SCHMIDT_O2 will be written to 1 streams.
(ecosys_diagnostics_operators_mod:ecosys_diagnostics_operators_init) Jint_Ptot will be written to 1 streams.
(ecosys_diagnostics_operators_mod:ecosys_diagnostics_operators_init) DON_prod will be written to 1 streams.
(ecosys_diagnostics_operators_mod:ecosys_diagnostics_operators_init) diaz_Nfix will be written to 1 streams.
(ecosys_diagnostics_operators_mod:ecosys_diagnostics_operators_init) graze_diaz_zoo_zint_100m will be written to 1 streams.
(ecosys_diagnostics_operators_mod:ecosys_diagnostics_operators_init) photoC_diat will be written to 1 streams.
(ecosys_diagnostics_operators_mod:ecosys_diagnostics_operators_init) zoo_loss will be written to 1 streams.
(ecosys_diagnostics_operators_mod:ecosys_diagnostics_operators_init) photoC_sp_zint_100m will be written to 1 streams.
(ecosys_diagnostics_operators_mod:ecosys_diagnostics_operators_init) photoC_diaz will be written to 1 streams.
(ecosys_diagnostics_operators_mod:ecosys_diagnostics_operators_init) diatChl_RESTORE_TEND will be written to 1 streams.
(ecosys_diagnostics_operators_mod:ecosys_diagnostics_operators_init) diat_bSi_form will be written to 1 streams.
(ecosys_diagnostics_operators_mod:ecosys_diagnostics_operators_init) diaz_N_lim_surf will be written to 1 streams.
(ecosys_diagnostics_operators_mod:ecosys_diagnostics_operators_init) ATM_CO2 will be written to 1 streams.
(ecosys_diagnostics_operators_mod:ecosys_diagnostics_operators_init) NHy_FLUX will be written to 1 streams.
(ecosys_diagnostics_operators_mod:ecosys_diagnostics_operators_init) FESEDFLUX will be written to 1 streams.
(ecosys_diagnostics_operators_mod:ecosys_diagnostics_operators_init) graze_sp_zint will be written to 1 streams.
(ecosys_diagnostics_operators_mod:ecosys_diagnostics_operators_init) DOC_RESTORE_TEND will be written to 1 streams.
(ecosys_diagnostics_operators_mod:ecosys_diagnostics_operators_init) diat_P_lim_surf will be written to 1 streams.
(ecosys_diagnostics_operators_mod:ecosys_diagnostics_operators_init) DON_remin will be written to 1 streams.
(ecosys_diagnostics_operators_mod:ecosys_diagnostics_operators_init) graze_diat_poc_zint_100m will be written to 1 streams.
(ecosys_diagnostics_operators_mod:ecosys_diagnostics_operators_init) CaCO3_FLUX_100m will be written to 1 streams.
(ecosys_diagnostics_operators_mod:ecosys_diagnostics_operators_init) graze_diat_doc will be written to 1 streams.
(ecosys_diagnostics_operators_mod:ecosys_diagnostics_operators_init) diaz_Fe_lim_Cweight_avg_100m will be written to 1 streams.
(ecosys_diagnostics_operators_mod:ecosys_diagnostics_operators_init) zsatcalc will be written to 1 streams.
(ecosys_diagnostics_operators_mod:ecosys_diagnostics_operators_init) DONr_RESTORE_TEND will be written to 1 streams.
(ecosys_diagnostics_operators_mod:ecosys_diagnostics_operators_init) sp_loss_poc_zint_100m will be written to 1 streams.
(ecosys_diagnostics_operators_mod:ecosys_diagnostics_operators_init) POP_FLUX_100m will be written to 1 streams.
(ecosys_diagnostics_operators_mod:ecosys_diagnostics_operators_init) diat_loss_poc will be written to 1 streams.
(ecosys_diagnostics_operators_mod:ecosys_diagnostics_operators_init) POC_PROD will be written to 1 streams.
(ecosys_diagnostics_operators_mod:ecosys_diagnostics_operators_init) Fe_RESTORE_TEND will be written to 1 streams.
(ecosys_diagnostics_operators_mod:ecosys_diagnostics_operators_init) diazC_RESTORE_TEND will be written to 1 streams.
(ecosys_diagnostics_operators_mod:ecosys_diagnostics_operators_init) diaz_agg_zint_100m will be written to 1 streams.
(ecosys_diagnostics_operators_mod:ecosys_diagnostics_operators_init) DOP_remin will be written to 1 streams.
(ecosys_diagnostics_operators_mod:ecosys_diagnostics_operators_init) CaCO3_form_zint_100m will be written to 1 streams.
(ecosys_diagnostics_operators_mod:ecosys_diagnostics_operators_init) co3_sat_calc will be written to 1 streams.
(ecosys_diagnostics_operators_mod:ecosys_diagnostics_operators_init) Fe_scavenge_rate will be written to 1 streams.
(ecosys_diagnostics_operators_mod:ecosys_diagnostics_operators_init) pH_3D will be written to 1 streams.
(ecosys_diagnostics_operators_mod:ecosys_diagnostics_operators_init) sp_N_lim_Cweight_avg_100m will be written to 1 streams.
(ecosys_diagnostics_operators_mod:ecosys_diagnostics_operators_init) graze_sp_doc_zint will be written to 1 streams.
(ecosys_diagnostics_operators_mod:ecosys_diagnostics_operators_init) ECOSYS_ATM_PRESS will be written to 1 streams.
(ecosys_diagnostics_operators_mod:ecosys_diagnostics_operators_init) graze_diat_doc_zint_100m will be written to 1 streams.
(ecosys_diagnostics_operators_mod:ecosys_diagnostics_operators_init) diatC_RESTORE_TEND will be written to 1 streams.
(ecosys_diagnostics_operators_mod:ecosys_diagnostics_operators_init) diat_loss_doc_zint_100m will be written to 1 streams.
(ecosys_diagnostics_operators_mod:ecosys_diagnostics_operators_init) graze_diat_zoo_zint will be written to 1 streams.
(ecosys_diagnostics_operators_mod:ecosys_diagnostics_operators_init) PON_REMIN_NH4 will be written to 1 streams.
(ecosys_diagnostics_operators_mod:ecosys_diagnostics_operators_init) diazFe_RESTORE_TEND will be written to 1 streams.
(ecosys_diagnostics_operators_mod:ecosys_diagnostics_operators_init) graze_sp_poc will be written to 1 streams.
(ecosys_diagnostics_operators_mod:ecosys_diagnostics_operators_init) SiO3_RESTORE_TEND will be written to 1 streams.
(ecosys_diagnostics_operators_mod:ecosys_diagnostics_operators_init) DCO2STAR will be written to 1 streams.
(ecosys_diagnostics_operators_mod:ecosys_diagnostics_operators_init) sp_N_lim_surf will be written to 1 streams.
(ecosys_diagnostics_operators_mod:ecosys_diagnostics_operators_init) diaz_N_lim_Cweight_avg_100m will be written to 1 streams.
(ecosys_diagnostics_operators_mod:ecosys_diagnostics_operators_init) Lig_loss will be written to 1 streams.
(ecosys_diagnostics_operators_mod:ecosys_diagnostics_operators_init) photoNH4_sp will be written to 1 streams.
(ecosys_diagnostics_operators_mod:ecosys_diagnostics_operators_init) sp_Fe_lim_surf will be written to 1 streams.
(ecosys_diagnostics_operators_mod:ecosys_diagnostics_operators_init) diat_light_lim_Cweight_avg_100m will be written to 1 streams.
(ecosys_diagnostics_operators_mod:ecosys_diagnostics_operators_init) photoC_NO3_TOT_zint_100m will be written to 1 streams.
(ecosys_diagnostics_operators_mod:ecosys_diagnostics_operators_init) sp_light_lim_Cweight_avg_100m will be written to 1 streams.
(ecosys_diagnostics_operators_mod:ecosys_diagnostics_operators_init) PO4_RESTORE_TEND will be written to 1 streams.
(ecosys_diagnostics_operators_mod:ecosys_diagnostics_operators_init) graze_sp_doc_zint_100m will be written to 1 streams.
(ecosys_diagnostics_operators_mod:ecosys_diagnostics_operators_init) CaCO3_REMIN will be written to 1 streams.
(ecosys_diagnostics_operators_mod:ecosys_diagnostics_operators_init) diat_agg will be written to 1 streams.
(ecosys_diagnostics_operators_mod:ecosys_diagnostics_operators_init) diat_loss_doc will be written to 1 streams.
(ecosys_diagnostics_operators_mod:ecosys_diagnostics_operators_init) sp_CaCO3_form_zint_100m will be written to 1 streams.
(ecosys_diagnostics_operators_mod:ecosys_diagnostics_operators_init) diatFe_RESTORE_TEND will be written to 1 streams.
(ecosys_diagnostics_operators_mod:ecosys_diagnostics_operators_init) photoC_NO3_diat will be written to 1 streams.
(ecosys_diagnostics_operators_mod:ecosys_diagnostics_operators_init) graze_zoo_zint_100m will be written to 1 streams.
(ecosys_diagnostics_operators_mod:ecosys_diagnostics_operators_init) SCHMIDT_CO2 will be written to 1 streams.
(ecosys_diagnostics_operators_mod:ecosys_diagnostics_operators_init) CaCO3_PROD_zint will be written to 1 streams.
(ecosys_diagnostics_operators_mod:ecosys_diagnostics_operators_init) x_graze_zoo will be written to 1 streams.
(ecosys_diagnostics_operators_mod:ecosys_diagnostics_operators_init) zoo_loss_poc_zint_100m will be written to 1 streams.
(ecosys_diagnostics_operators_mod:ecosys_diagnostics_operators_init) photoC_NO3_sp will be written to 1 streams.
(ecosys_diagnostics_operators_mod:ecosys_diagnostics_operators_init) diatSi_RESTORE_TEND will be written to 1 streams.
(ecosys_diagnostics_operators_mod:ecosys_diagnostics_operators_init) Fefree will be written to 1 streams.
(ecosys_diagnostics_operators_mod:ecosys_diagnostics_operators_init) graze_sp_zoo will be written to 1 streams.
(ecosys_diagnostics_operators_mod:ecosys_diagnostics_operators_init) CaCO3_REMIN_zint_100m will be written to 1 streams.
(ecosys_diagnostics_operators_mod:ecosys_diagnostics_operators_init) sp_light_lim_surf will be written to 1 streams.
(ecosys_diagnostics_operators_mod:ecosys_diagnostics_operators_init) graze_sp_zint_100m will be written to 1 streams.
(ecosys_diagnostics_operators_mod:ecosys_diagnostics_operators_init) bSi_form will be written to 1 streams.
(ecosys_diagnostics_operators_mod:ecosys_diagnostics_operators_init) sp_CaCO3_form_zint will be written to 1 streams.
define_tavg_field: id = 102
zsatcalc
define_tavg_field: id = 103
zsatarag
define_tavg_field: id = 104
O2_ZMIN
define_tavg_field: id = 105
O2_ZMIN_DEPTH
define_tavg_field: id = 106
photoC_TOT_zint
define_tavg_field: id = 107
photoC_TOT_zint_100m
define_tavg_field: id = 108
photoC_NO3_TOT_zint
define_tavg_field: id = 109
photoC_NO3_TOT_zint_100m
define_tavg_field: id = 110
DOC_prod_zint
define_tavg_field: id = 111
DOC_prod_zint_100m
define_tavg_field: id = 112
DOC_remin_zint
define_tavg_field: id = 113
DOC_remin_zint_100m
define_tavg_field: id = 114
DOCr_remin_zint
define_tavg_field: id = 115
DOCr_remin_zint_100m
define_tavg_field: id = 116
Jint_Ctot
define_tavg_field: id = 117
Jint_Ntot
define_tavg_field: id = 118
Jint_Ptot
define_tavg_field: id = 119
Jint_Sitot
define_tavg_field: id = 120
Jint_Fetot
define_tavg_field: id = 121
calcToFloor
define_tavg_field: id = 122
calcToSed
define_tavg_field: id = 123
pocToSed
define_tavg_field: id = 124
ponToSed
define_tavg_field: id = 125
SedDenitrif
define_tavg_field: id = 126
OtherRemin
define_tavg_field: id = 127
popToSed
define_tavg_field: id = 128
bsiToSed
define_tavg_field: id = 129
dustToSed
define_tavg_field: id = 130
pfeToSed
define_tavg_field: id = 131
sp_N_lim_surf
define_tavg_field: id = 132
sp_N_lim_Cweight_avg_100m
define_tavg_field: id = 133
sp_P_lim_surf
define_tavg_field: id = 134
sp_P_lim_Cweight_avg_100m
define_tavg_field: id = 135
sp_Fe_lim_surf
define_tavg_field: id = 136
sp_Fe_lim_Cweight_avg_100m
define_tavg_field: id = 137
sp_light_lim_surf
define_tavg_field: id = 138
sp_light_lim_Cweight_avg_100m
define_tavg_field: id = 139
photoC_sp_zint
define_tavg_field: id = 140
photoC_sp_zint_2
define_tavg_field: id = 141
photoC_sp_zint_100m
define_tavg_field: id = 142
photoC_NO3_sp_zint
define_tavg_field: id = 143
sp_CaCO3_form_zint
define_tavg_field: id = 144
sp_CaCO3_form_zint_100m
define_tavg_field: id = 145
graze_sp_zint
define_tavg_field: id = 146
graze_sp_zint_100m
define_tavg_field: id = 147
graze_sp_poc_zint
define_tavg_field: id = 148
graze_sp_poc_zint_100m
define_tavg_field: id = 149
graze_sp_doc_zint
define_tavg_field: id = 150
graze_sp_doc_zint_100m
define_tavg_field: id = 151
graze_sp_zoo_zint
define_tavg_field: id = 152
graze_sp_zoo_zint_100m
define_tavg_field: id = 153
sp_loss_zint
define_tavg_field: id = 154
sp_loss_zint_100m
define_tavg_field: id = 155
sp_loss_poc_zint
define_tavg_field: id = 156
sp_loss_poc_zint_100m
define_tavg_field: id = 157
sp_loss_doc_zint
define_tavg_field: id = 158
sp_loss_doc_zint_100m
define_tavg_field: id = 159
sp_agg_zint
define_tavg_field: id = 160
sp_agg_zint_100m
define_tavg_field: id = 161
diat_N_lim_surf
define_tavg_field: id = 162
diat_N_lim_Cweight_avg_100m
define_tavg_field: id = 163
diat_P_lim_surf
define_tavg_field: id = 164
diat_P_lim_Cweight_avg_100m
define_tavg_field: id = 165
diat_Fe_lim_surf
define_tavg_field: id = 166
diat_Fe_lim_Cweight_avg_100m
define_tavg_field: id = 167
diat_SiO3_lim_surf
define_tavg_field: id = 168
diat_SiO3_lim_Cweight_avg_100m
define_tavg_field: id = 169
diat_light_lim_surf
define_tavg_field: id = 170
diat_light_lim_Cweight_avg_100m
define_tavg_field: id = 171
photoC_diat_zint
define_tavg_field: id = 172
photoC_diat_zint_2
define_tavg_field: id = 173
photoC_diat_zint_100m
define_tavg_field: id = 174
photoC_NO3_diat_zint
define_tavg_field: id = 175
graze_diat_zint
define_tavg_field: id = 176
graze_diat_zint_100m
define_tavg_field: id = 177
graze_diat_poc_zint
define_tavg_field: id = 178
graze_diat_poc_zint_100m
define_tavg_field: id = 179
graze_diat_doc_zint
define_tavg_field: id = 180
graze_diat_doc_zint_100m
define_tavg_field: id = 181
graze_diat_zoo_zint
define_tavg_field: id = 182
graze_diat_zoo_zint_100m
define_tavg_field: id = 183
diat_loss_zint
define_tavg_field: id = 184
diat_loss_zint_100m
define_tavg_field: id = 185
diat_loss_poc_zint
define_tavg_field: id = 186
diat_loss_poc_zint_100m
define_tavg_field: id = 187
diat_loss_doc_zint
define_tavg_field: id = 188
diat_loss_doc_zint_100m
define_tavg_field: id = 189
diat_agg_zint
define_tavg_field: id = 190
diat_agg_zint_100m
define_tavg_field: id = 191
diaz_N_lim_surf
define_tavg_field: id = 192
diaz_N_lim_Cweight_avg_100m
define_tavg_field: id = 193
diaz_P_lim_surf
define_tavg_field: id = 194
diaz_P_lim_Cweight_avg_100m
define_tavg_field: id = 195
diaz_Fe_lim_surf
define_tavg_field: id = 196
diaz_Fe_lim_Cweight_avg_100m
define_tavg_field: id = 197
diaz_light_lim_surf
define_tavg_field: id = 198
diaz_light_lim_Cweight_avg_100m
define_tavg_field: id = 199
photoC_diaz_zint
define_tavg_field: id = 200
photoC_diaz_zint_2
define_tavg_field: id = 201
photoC_diaz_zint_100m
define_tavg_field: id = 202
photoC_NO3_diaz_zint
define_tavg_field: id = 203
graze_diaz_zint
define_tavg_field: id = 204
graze_diaz_zint_100m
define_tavg_field: id = 205
graze_diaz_poc_zint
define_tavg_field: id = 206
graze_diaz_poc_zint_100m
define_tavg_field: id = 207
graze_diaz_doc_zint
define_tavg_field: id = 208
graze_diaz_doc_zint_100m
define_tavg_field: id = 209
graze_diaz_zoo_zint
define_tavg_field: id = 210
graze_diaz_zoo_zint_100m
define_tavg_field: id = 211
diaz_loss_zint
define_tavg_field: id = 212
diaz_loss_zint_100m
define_tavg_field: id = 213
diaz_loss_poc_zint
define_tavg_field: id = 214
diaz_loss_poc_zint_100m
define_tavg_field: id = 215
diaz_loss_doc_zint
define_tavg_field: id = 216
diaz_loss_doc_zint_100m
define_tavg_field: id = 217
diaz_agg_zint
define_tavg_field: id = 218
diaz_agg_zint_100m
define_tavg_field: id = 219
CaCO3_form_zint
define_tavg_field: id = 220
CaCO3_form_zint_2
define_tavg_field: id = 221
CaCO3_form_zint_100m
define_tavg_field: id = 222
zoo_loss_zint
define_tavg_field: id = 223
zoo_loss_zint_100m
define_tavg_field: id = 224
zoo_loss_poc_zint
define_tavg_field: id = 225
zoo_loss_poc_zint_100m
define_tavg_field: id = 226
zoo_loss_doc_zint
define_tavg_field: id = 227
zoo_loss_doc_zint_100m
define_tavg_field: id = 228
graze_zoo_zint
define_tavg_field: id = 229
graze_zoo_zint_100m
define_tavg_field: id = 230
graze_zoo_poc_zint
define_tavg_field: id = 231
graze_zoo_poc_zint_100m
define_tavg_field: id = 232
graze_zoo_doc_zint
define_tavg_field: id = 233
graze_zoo_doc_zint_100m
define_tavg_field: id = 234
graze_zoo_zoo_zint
define_tavg_field: id = 235
graze_zoo_zoo_zint_100m
define_tavg_field: id = 236
x_graze_zoo_zint
define_tavg_field: id = 237
x_graze_zoo_zint_100m
define_tavg_field: id = 238
insitu_temp
define_tavg_field: id = 239
CO3
define_tavg_field: id = 240
HCO3
define_tavg_field: id = 241
H2CO3
define_tavg_field: id = 242
pH_3D
define_tavg_field: id = 243
co3_sat_calc
define_tavg_field: id = 244
co3_sat_arag
define_tavg_field: id = 245
NITRIF
define_tavg_field: id = 246
DENITRIF
define_tavg_field: id = 247
O2_PRODUCTION
define_tavg_field: id = 248
O2_CONSUMPTION
define_tavg_field: id = 249
AOU
define_tavg_field: id = 250
PAR_avg
define_tavg_field: id = 251
graze_auto_TOT
define_tavg_field: id = 252
photoC_TOT
define_tavg_field: id = 253
photoC_NO3_TOT
define_tavg_field: id = 254
DOC_prod
define_tavg_field: id = 255
DOC_remin
define_tavg_field: id = 256
DOCr_remin
define_tavg_field: id = 257
DON_prod
define_tavg_field: id = 258
DON_remin
define_tavg_field: id = 259
DONr_remin
define_tavg_field: id = 260
DOP_prod
define_tavg_field: id = 261
DOP_remin
define_tavg_field: id = 262
DOPr_remin
define_tavg_field: id = 263
DOP_loss_P_bal
define_tavg_field: id = 264
Fe_scavenge
define_tavg_field: id = 265
Fe_scavenge_rate
define_tavg_field: id = 266
Lig_prod
define_tavg_field: id = 267
Lig_loss
define_tavg_field: id = 268
Lig_scavenge
define_tavg_field: id = 269
Fefree
define_tavg_field: id = 270
Lig_photochem
define_tavg_field: id = 271
Lig_deg
define_tavg_field: id = 272
FESEDFLUX
define_tavg_field: id = 273
POC_FLUX_100m
define_tavg_field: id = 274
POP_FLUX_100m
define_tavg_field: id = 275
CaCO3_FLUX_100m
define_tavg_field: id = 276
SiO2_FLUX_100m
define_tavg_field: id = 277
P_iron_FLUX_100m
define_tavg_field: id = 278
POC_PROD_zint
define_tavg_field: id = 279
POC_PROD_zint_100m
define_tavg_field: id = 280
POC_REMIN_DOCr_zint
define_tavg_field: id = 281
POC_REMIN_DOCr_zint_100m
define_tavg_field: id = 282
POC_REMIN_DIC_zint
define_tavg_field: id = 283
POC_REMIN_DIC_zint_100m
define_tavg_field: id = 284
CaCO3_PROD_zint
define_tavg_field: id = 285
CaCO3_PROD_zint_100m
define_tavg_field: id = 286
CaCO3_REMIN_zint
define_tavg_field: id = 287
CaCO3_REMIN_zint_100m
define_tavg_field: id = 288
POC_FLUX_IN
define_tavg_field: id = 289
POC_PROD
define_tavg_field: id = 290
POC_REMIN_DOCr
define_tavg_field: id = 291
POC_REMIN_DIC
define_tavg_field: id = 292
POP_FLUX_IN
define_tavg_field: id = 293
POP_PROD
define_tavg_field: id = 294
POP_REMIN_DOPr
define_tavg_field: id = 295
POP_REMIN_PO4
define_tavg_field: id = 296
PON_REMIN_DONr
define_tavg_field: id = 297
PON_REMIN_NH4
define_tavg_field: id = 298
CaCO3_FLUX_IN
define_tavg_field: id = 299
CaCO3_PROD
define_tavg_field: id = 300
CaCO3_REMIN
define_tavg_field: id = 301
SiO2_FLUX_IN
define_tavg_field: id = 302
SiO2_PROD
define_tavg_field: id = 303
SiO2_REMIN
define_tavg_field: id = 304
dust_FLUX_IN
define_tavg_field: id = 305
dust_REMIN
define_tavg_field: id = 306
P_iron_FLUX_IN
define_tavg_field: id = 307
P_iron_PROD
define_tavg_field: id = 308
P_iron_REMIN
define_tavg_field: id = 309
sp_Qp
define_tavg_field: id = 310
photoC_sp
define_tavg_field: id = 311
photoC_NO3_sp
define_tavg_field: id = 312
photoFe_sp
define_tavg_field: id = 313
photoNO3_sp
define_tavg_field: id = 314
photoNH4_sp
define_tavg_field: id = 315
DOP_sp_uptake
define_tavg_field: id = 316
PO4_sp_uptake
define_tavg_field: id = 317
graze_sp
define_tavg_field: id = 318
graze_sp_poc
define_tavg_field: id = 319
graze_sp_doc
define_tavg_field: id = 320
graze_sp_zoo
define_tavg_field: id = 321
sp_loss
define_tavg_field: id = 322
sp_loss_poc
define_tavg_field: id = 323
sp_loss_doc
define_tavg_field: id = 324
sp_agg
define_tavg_field: id = 325
sp_CaCO3_form
define_tavg_field: id = 326
diat_Qp
define_tavg_field: id = 327
photoC_diat
define_tavg_field: id = 328
photoC_NO3_diat
define_tavg_field: id = 329
photoFe_diat
define_tavg_field: id = 330
photoNO3_diat
define_tavg_field: id = 331
photoNH4_diat
define_tavg_field: id = 332
DOP_diat_uptake
define_tavg_field: id = 333
PO4_diat_uptake
define_tavg_field: id = 334
graze_diat
define_tavg_field: id = 335
graze_diat_poc
define_tavg_field: id = 336
graze_diat_doc
define_tavg_field: id = 337
graze_diat_zoo
define_tavg_field: id = 338
diat_loss
define_tavg_field: id = 339
diat_loss_poc
define_tavg_field: id = 340
diat_loss_doc
define_tavg_field: id = 341
diat_agg
define_tavg_field: id = 342
diat_bSi_form
define_tavg_field: id = 343
diaz_Qp
define_tavg_field: id = 344
photoC_diaz
define_tavg_field: id = 345
photoC_NO3_diaz
define_tavg_field: id = 346
photoFe_diaz
define_tavg_field: id = 347
photoNO3_diaz
define_tavg_field: id = 348
photoNH4_diaz
define_tavg_field: id = 349
DOP_diaz_uptake
define_tavg_field: id = 350
PO4_diaz_uptake
define_tavg_field: id = 351
graze_diaz
define_tavg_field: id = 352
graze_diaz_poc
define_tavg_field: id = 353
graze_diaz_doc
define_tavg_field: id = 354
graze_diaz_zoo
define_tavg_field: id = 355
diaz_loss
define_tavg_field: id = 356
diaz_loss_poc
define_tavg_field: id = 357
diaz_loss_doc
define_tavg_field: id = 358
diaz_agg
define_tavg_field: id = 359
diaz_Nfix
define_tavg_field: id = 360
bSi_form
define_tavg_field: id = 361
CaCO3_form
define_tavg_field: id = 362
Nfix
define_tavg_field: id = 363
zoo_loss
define_tavg_field: id = 364
zoo_loss_poc
define_tavg_field: id = 365
zoo_loss_doc
define_tavg_field: id = 366
graze_zoo
define_tavg_field: id = 367
graze_zoo_poc
define_tavg_field: id = 368
graze_zoo_doc
define_tavg_field: id = 369
graze_zoo_zoo
define_tavg_field: id = 370
x_graze_zoo
define_tavg_field: id = 371
PO4_RESTORE_TEND
define_tavg_field: id = 372
NO3_RESTORE_TEND
define_tavg_field: id = 373
SiO3_RESTORE_TEND
define_tavg_field: id = 374
NH4_RESTORE_TEND
define_tavg_field: id = 375
Fe_RESTORE_TEND
define_tavg_field: id = 376
Lig_RESTORE_TEND
define_tavg_field: id = 377
O2_RESTORE_TEND
define_tavg_field: id = 378
DIC_RESTORE_TEND
define_tavg_field: id = 379
ALK_RESTORE_TEND
define_tavg_field: id = 380
DOC_RESTORE_TEND
define_tavg_field: id = 381
DON_RESTORE_TEND
define_tavg_field: id = 382
DOP_RESTORE_TEND
define_tavg_field: id = 383
DOPr_RESTORE_TEND
define_tavg_field: id = 384
DONr_RESTORE_TEND
define_tavg_field: id = 385
DOCr_RESTORE_TEND
define_tavg_field: id = 386
zooC_RESTORE_TEND
define_tavg_field: id = 387
spChl_RESTORE_TEND
define_tavg_field: id = 388
spC_RESTORE_TEND
define_tavg_field: id = 389
spP_RESTORE_TEND
define_tavg_field: id = 390
spFe_RESTORE_TEND
define_tavg_field: id = 391
spCaCO3_RESTORE_TEND
define_tavg_field: id = 392
diatChl_RESTORE_TEND
define_tavg_field: id = 393
diatC_RESTORE_TEND
define_tavg_field: id = 394
diatP_RESTORE_TEND
define_tavg_field: id = 395
diatFe_RESTORE_TEND
define_tavg_field: id = 396
diatSi_RESTORE_TEND
define_tavg_field: id = 397
diazChl_RESTORE_TEND
define_tavg_field: id = 398
diazC_RESTORE_TEND
define_tavg_field: id = 399
diazP_RESTORE_TEND
define_tavg_field: id = 400
diazFe_RESTORE_TEND
define_tavg_field: id = 401
ECOSYS_IFRAC
define_tavg_field: id = 402
ECOSYS_IFRAC_2
define_tavg_field: id = 403
ECOSYS_XKW
define_tavg_field: id = 404
ECOSYS_XKW_2
define_tavg_field: id = 405
ECOSYS_ATM_PRESS
define_tavg_field: id = 406
PV_O2
define_tavg_field: id = 407
SCHMIDT_O2
define_tavg_field: id = 408
O2SAT
define_tavg_field: id = 409
CO2STAR
define_tavg_field: id = 410
DCO2STAR
define_tavg_field: id = 411
pCO2SURF
define_tavg_field: id = 412
DpCO2
define_tavg_field: id = 413
DpCO2_2
define_tavg_field: id = 414
PV_CO2
define_tavg_field: id = 415
SCHMIDT_CO2
define_tavg_field: id = 416
FG_CO2
define_tavg_field: id = 417
FG_CO2_2
define_tavg_field: id = 418
PH
define_tavg_field: id = 419
ATM_CO2
define_tavg_field: id = 420
IRON_FLUX
define_tavg_field: id = 421
DUST_FLUX
define_tavg_field: id = 422
NOx_FLUX
define_tavg_field: id = 423
NHy_FLUX
define_tavg_field: id = 424
NHx_SURFACE_EMIS
define_tavg_field: id = 425 STF_O2_2
Adding flux_co2 to surface forcing outputs
Adding totalChl to surface forcing outputs
(passive_tracer_tools:rest_read_tracer_block) reading tracer block from ./bwma1850.f09.y13.los_chocoyos.qboE.ensoN.clone.SO2.pop.r.0013-02-01-00000.nc
(passive_tracer_tools:rest_read_tracer_block) reading IAGE_CUR from ./bwma1850.f09.y13.los_chocoyos.qboE.ensoN.clone.SO2.pop.r.0013-02-01-00000.nc
(passive_tracer_tools:rest_read_tracer_block) reading IAGE_OLD from ./bwma1850.f09.y13.los_chocoyos.qboE.ensoN.clone.SO2.pop.r.0013-02-01-00000.nc
define_tavg_field: id = 426 IAGE_RESET_TEND
------------------------------------------------------------------------
TRACER INDEX TRACER NAME
1 TEMP
2 SALT
3 Dissolved Inorganic Phosphate
4 Dissolved Inorganic Nitrate
5 Dissolved Inorganic Silicate
6 Dissolved Ammonia
7 Dissolved Inorganic Iron
8 Iron Binding Ligand
9 Dissolved Oxygen
10 Dissolved Inorganic Carbon
11 Dissolved Inorganic Carbon, Alternative CO2
12 Alkalinity
13 Alkalinity, Alternative CO2
14 Dissolved Organic Carbon
15 Dissolved Organic Nitrogen
16 Dissolved Organic Phosphorus
17 Refractory DOP
18 Refractory DON
19 Refractory DOC
20 Zooplankton Carbon
21 Small Phyto Chlorophyll
22 Small Phyto Carbon
23 Small Phyto Phosphorus
24 Small Phyto Iron
25 Small Phyto CaCO3
26 Diatom Chlorophyll
27 Diatom Carbon
28 Diatom Phosphorus
29 Diatom Iron
30 Diatom Silicon
31 Diazotroph Chlorophyll
32 Diazotroph Carbon
33 Diazotroph Phosphorus
34 Diazotroph Iron
35 Ideal Age
------------------------------------------------------------------------
define_tavg_field: id = 427
PO4
define_tavg_field: id = 428
PO4_SQR
define_tavg_field: id = 429
PO4_SURF
define_tavg_field: id = 430
PO4_zint_100m
define_tavg_field: id = 431
J_PO4
define_tavg_field: id = 432
Jint_PO4
define_tavg_field: id = 433
Jint_100m_PO4
define_tavg_field: id = 434
tend_zint_100m_PO4
define_tavg_field: id = 435
STF_PO4
define_tavg_field: id = 436
PO4_RIV_FLUX
define_tavg_field: id = 437
RESID_PO4
define_tavg_field: id = 438
NO3
define_tavg_field: id = 439
NO3_SQR
define_tavg_field: id = 440
NO3_SURF
define_tavg_field: id = 441
NO3_zint_100m
define_tavg_field: id = 442
J_NO3
define_tavg_field: id = 443
Jint_NO3
define_tavg_field: id = 444
Jint_100m_NO3
define_tavg_field: id = 445
tend_zint_100m_NO3
define_tavg_field: id = 446
STF_NO3
define_tavg_field: id = 447
NO3_RIV_FLUX
define_tavg_field: id = 448
RESID_NO3
define_tavg_field: id = 449
SiO3
define_tavg_field: id = 450
SiO3_SQR
define_tavg_field: id = 451
SiO3_SURF
define_tavg_field: id = 452
SiO3_zint_100m
define_tavg_field: id = 453
J_SiO3
define_tavg_field: id = 454
Jint_SiO3
define_tavg_field: id = 455
Jint_100m_SiO3
define_tavg_field: id = 456
tend_zint_100m_SiO3
define_tavg_field: id = 457
STF_SiO3
define_tavg_field: id = 458
SiO3_RIV_FLUX
define_tavg_field: id = 459
RESID_SiO3
define_tavg_field: id = 460
NH4
define_tavg_field: id = 461
NH4_SQR
define_tavg_field: id = 462
NH4_SURF
define_tavg_field: id = 463
NH4_zint_100m
define_tavg_field: id = 464
J_NH4
define_tavg_field: id = 465
Jint_NH4
define_tavg_field: id = 466
Jint_100m_NH4
define_tavg_field: id = 467
tend_zint_100m_NH4
define_tavg_field: id = 468
STF_NH4
define_tavg_field: id = 469
RESID_NH4
define_tavg_field: id = 470
Fe
define_tavg_field: id = 471
Fe_SQR
define_tavg_field: id = 472
Fe_SURF
define_tavg_field: id = 473
Fe_zint_100m
define_tavg_field: id = 474
J_Fe
define_tavg_field: id = 475
Jint_Fe
define_tavg_field: id = 476
Jint_100m_Fe
define_tavg_field: id = 477
tend_zint_100m_Fe
define_tavg_field: id = 478
STF_Fe
define_tavg_field: id = 479
Fe_RIV_FLUX
define_tavg_field: id = 480
RESID_Fe
define_tavg_field: id = 481
Lig
define_tavg_field: id = 482
Lig_SQR
define_tavg_field: id = 483
Lig_SURF
define_tavg_field: id = 484
Lig_zint_100m
define_tavg_field: id = 485
J_Lig
define_tavg_field: id = 486
Jint_Lig
define_tavg_field: id = 487
Jint_100m_Lig
define_tavg_field: id = 488
tend_zint_100m_Lig
define_tavg_field: id = 489
STF_Lig
define_tavg_field: id = 490
RESID_Lig
define_tavg_field: id = 491
O2
define_tavg_field: id = 492
O2_SQR
define_tavg_field: id = 493
O2_SURF
define_tavg_field: id = 494
O2_zint_100m
define_tavg_field: id = 495
J_O2
define_tavg_field: id = 496
Jint_O2
define_tavg_field: id = 497
Jint_100m_O2
define_tavg_field: id = 498
tend_zint_100m_O2
define_tavg_field: id = 499
STF_O2
define_tavg_field: id = 500
RESID_O2
define_tavg_field: id = 501
DIC
define_tavg_field: id = 502
DIC_SQR
define_tavg_field: id = 503
DIC_SURF
define_tavg_field: id = 504
DIC_zint_100m
define_tavg_field: id = 505
J_DIC
define_tavg_field: id = 506
Jint_DIC
define_tavg_field: id = 507
Jint_100m_DIC
define_tavg_field: id = 508
tend_zint_100m_DIC
define_tavg_field: id = 509
STF_DIC
define_tavg_field: id = 510
DIC_RIV_FLUX
define_tavg_field: id = 511
RESID_DIC
define_tavg_field: id = 512
FvPER_DIC
define_tavg_field: id = 513
FvICE_DIC
define_tavg_field: id = 514
DIC_ALT_CO2
define_tavg_field: id = 515
DIC_ALT_CO2_SQR
define_tavg_field: id = 516
DIC_ALT_CO2_SURF
define_tavg_field: id = 517
DIC_ALT_CO2_zint_100m
define_tavg_field: id = 518
J_DIC_ALT_CO2
define_tavg_field: id = 519
Jint_DIC_ALT_CO2
define_tavg_field: id = 520
Jint_100m_DIC_ALT_CO2
define_tavg_field: id = 521
tend_zint_100m_DIC_ALT_CO2
define_tavg_field: id = 522
STF_DIC_ALT_CO2
define_tavg_field: id = 523
DIC_ALT_CO2_RIV_FLUX
define_tavg_field: id = 524
RESID_DIC_ALT_CO2
define_tavg_field: id = 525
FvPER_DIC_ALT_CO2
define_tavg_field: id = 526
FvICE_DIC_ALT_CO2
define_tavg_field: id = 527
ALK
define_tavg_field: id = 528
ALK_SQR
define_tavg_field: id = 529
ALK_SURF
define_tavg_field: id = 530
ALK_zint_100m
define_tavg_field: id = 531
J_ALK
define_tavg_field: id = 532
Jint_ALK
define_tavg_field: id = 533
Jint_100m_ALK
define_tavg_field: id = 534
tend_zint_100m_ALK
define_tavg_field: id = 535
STF_ALK
define_tavg_field: id = 536
ALK_RIV_FLUX
define_tavg_field: id = 537
RESID_ALK
define_tavg_field: id = 538
FvPER_ALK
define_tavg_field: id = 539
FvICE_ALK
define_tavg_field: id = 540
ALK_ALT_CO2
define_tavg_field: id = 541
ALK_ALT_CO2_SQR
define_tavg_field: id = 542
ALK_ALT_CO2_SURF
define_tavg_field: id = 543
ALK_ALT_CO2_zint_100m
define_tavg_field: id = 544
J_ALK_ALT_CO2
define_tavg_field: id = 545
Jint_ALK_ALT_CO2
define_tavg_field: id = 546
Jint_100m_ALK_ALT_CO2
define_tavg_field: id = 547
tend_zint_100m_ALK_ALT_CO2
define_tavg_field: id = 548
STF_ALK_ALT_CO2
define_tavg_field: id = 549
ALK_ALT_CO2_RIV_FLUX
define_tavg_field: id = 550
RESID_ALK_ALT_CO2
define_tavg_field: id = 551
FvPER_ALK_ALT_CO2
define_tavg_field: id = 552
FvICE_ALK_ALT_CO2
define_tavg_field: id = 553
DOC
define_tavg_field: id = 554
DOC_SQR
define_tavg_field: id = 555
DOC_SURF
define_tavg_field: id = 556
DOC_zint_100m
define_tavg_field: id = 557
J_DOC
define_tavg_field: id = 558
Jint_DOC
define_tavg_field: id = 559
Jint_100m_DOC
define_tavg_field: id = 560
tend_zint_100m_DOC
define_tavg_field: id = 561
STF_DOC
define_tavg_field: id = 562
DOC_RIV_FLUX
define_tavg_field: id = 563
RESID_DOC
define_tavg_field: id = 564
DON
define_tavg_field: id = 565
DON_SQR
define_tavg_field: id = 566
DON_SURF
define_tavg_field: id = 567
DON_zint_100m
define_tavg_field: id = 568
J_DON
define_tavg_field: id = 569
Jint_DON
define_tavg_field: id = 570
Jint_100m_DON
define_tavg_field: id = 571
tend_zint_100m_DON
define_tavg_field: id = 572
STF_DON
define_tavg_field: id = 573
DON_RIV_FLUX
define_tavg_field: id = 574
RESID_DON
define_tavg_field: id = 575
DOP
define_tavg_field: id = 576
DOP_SQR
define_tavg_field: id = 577
DOP_SURF
define_tavg_field: id = 578
DOP_zint_100m
define_tavg_field: id = 579
J_DOP
define_tavg_field: id = 580
Jint_DOP
define_tavg_field: id = 581
Jint_100m_DOP
define_tavg_field: id = 582
tend_zint_100m_DOP
define_tavg_field: id = 583
STF_DOP
define_tavg_field: id = 584
DOP_RIV_FLUX
define_tavg_field: id = 585
RESID_DOP
define_tavg_field: id = 586
DOPr
define_tavg_field: id = 587
DOPr_SQR
define_tavg_field: id = 588
DOPr_SURF
define_tavg_field: id = 589
DOPr_zint_100m
define_tavg_field: id = 590
J_DOPr
define_tavg_field: id = 591
Jint_DOPr
define_tavg_field: id = 592
Jint_100m_DOPr
define_tavg_field: id = 593
tend_zint_100m_DOPr
define_tavg_field: id = 594
STF_DOPr
define_tavg_field: id = 595
DOPr_RIV_FLUX
define_tavg_field: id = 596
RESID_DOPr
define_tavg_field: id = 597
DONr
define_tavg_field: id = 598
DONr_SQR
define_tavg_field: id = 599
DONr_SURF
define_tavg_field: id = 600
DONr_zint_100m
define_tavg_field: id = 601
J_DONr
define_tavg_field: id = 602
Jint_DONr
define_tavg_field: id = 603
Jint_100m_DONr
define_tavg_field: id = 604
tend_zint_100m_DONr
define_tavg_field: id = 605
STF_DONr
define_tavg_field: id = 606
DONr_RIV_FLUX
define_tavg_field: id = 607
RESID_DONr
define_tavg_field: id = 608
DOCr
define_tavg_field: id = 609
DOCr_SQR
define_tavg_field: id = 610
DOCr_SURF
define_tavg_field: id = 611
DOCr_zint_100m
define_tavg_field: id = 612
J_DOCr
define_tavg_field: id = 613
Jint_DOCr
define_tavg_field: id = 614
Jint_100m_DOCr
define_tavg_field: id = 615
tend_zint_100m_DOCr
define_tavg_field: id = 616
STF_DOCr
define_tavg_field: id = 617
DOCr_RIV_FLUX
define_tavg_field: id = 618
RESID_DOCr
define_tavg_field: id = 619
zooC
define_tavg_field: id = 620
zooC_SQR
define_tavg_field: id = 621
zooC_SURF
define_tavg_field: id = 622
zooC_zint_100m
define_tavg_field: id = 623
J_zooC
define_tavg_field: id = 624
Jint_zooC
define_tavg_field: id = 625
Jint_100m_zooC
define_tavg_field: id = 626
tend_zint_100m_zooC
define_tavg_field: id = 627
STF_zooC
define_tavg_field: id = 628
RESID_zooC
define_tavg_field: id = 629
spChl
define_tavg_field: id = 630
spChl_SQR
define_tavg_field: id = 631
spChl_SURF
define_tavg_field: id = 632
spChl_zint_100m
define_tavg_field: id = 633
J_spChl
define_tavg_field: id = 634
Jint_spChl
define_tavg_field: id = 635
Jint_100m_spChl
define_tavg_field: id = 636
tend_zint_100m_spChl
define_tavg_field: id = 637
STF_spChl
define_tavg_field: id = 638
RESID_spChl
define_tavg_field: id = 639
spC
define_tavg_field: id = 640
spC_SQR
define_tavg_field: id = 641
spC_SURF
define_tavg_field: id = 642
spC_zint_100m
define_tavg_field: id = 643
J_spC
define_tavg_field: id = 644
Jint_spC
define_tavg_field: id = 645
Jint_100m_spC
define_tavg_field: id = 646
tend_zint_100m_spC
define_tavg_field: id = 647
STF_spC
define_tavg_field: id = 648
RESID_spC
define_tavg_field: id = 649
spP
define_tavg_field: id = 650
spP_SQR
define_tavg_field: id = 651
spP_SURF
define_tavg_field: id = 652
spP_zint_100m
define_tavg_field: id = 653
J_spP
define_tavg_field: id = 654
Jint_spP
define_tavg_field: id = 655
Jint_100m_spP
define_tavg_field: id = 656
tend_zint_100m_spP
define_tavg_field: id = 657
STF_spP
define_tavg_field: id = 658
RESID_spP
define_tavg_field: id = 659
spFe
define_tavg_field: id = 660
spFe_SQR
define_tavg_field: id = 661
spFe_SURF
define_tavg_field: id = 662
spFe_zint_100m
define_tavg_field: id = 663
J_spFe
define_tavg_field: id = 664
Jint_spFe
define_tavg_field: id = 665
Jint_100m_spFe
define_tavg_field: id = 666
tend_zint_100m_spFe
define_tavg_field: id = 667
STF_spFe
define_tavg_field: id = 668
RESID_spFe
define_tavg_field: id = 669
spCaCO3
define_tavg_field: id = 670
spCaCO3_SQR
define_tavg_field: id = 671
spCaCO3_SURF
define_tavg_field: id = 672
spCaCO3_zint_100m
define_tavg_field: id = 673
J_spCaCO3
define_tavg_field: id = 674
Jint_spCaCO3
define_tavg_field: id = 675
Jint_100m_spCaCO3
define_tavg_field: id = 676
tend_zint_100m_spCaCO3
define_tavg_field: id = 677
STF_spCaCO3
define_tavg_field: id = 678
RESID_spCaCO3
define_tavg_field: id = 679
diatChl
define_tavg_field: id = 680
diatChl_SQR
define_tavg_field: id = 681
diatChl_SURF
define_tavg_field: id = 682
diatChl_zint_100m
define_tavg_field: id = 683
J_diatChl
define_tavg_field: id = 684
Jint_diatChl
define_tavg_field: id = 685
Jint_100m_diatChl
define_tavg_field: id = 686
tend_zint_100m_diatChl
define_tavg_field: id = 687
STF_diatChl
define_tavg_field: id = 688
RESID_diatChl
define_tavg_field: id = 689
diatC
define_tavg_field: id = 690
diatC_SQR
define_tavg_field: id = 691
diatC_SURF
define_tavg_field: id = 692
diatC_zint_100m
define_tavg_field: id = 693
J_diatC
define_tavg_field: id = 694
Jint_diatC
define_tavg_field: id = 695
Jint_100m_diatC
define_tavg_field: id = 696
tend_zint_100m_diatC
define_tavg_field: id = 697
STF_diatC
define_tavg_field: id = 698
RESID_diatC
define_tavg_field: id = 699
diatP
define_tavg_field: id = 700
diatP_SQR
define_tavg_field: id = 701
diatP_SURF
define_tavg_field: id = 702
diatP_zint_100m
define_tavg_field: id = 703
J_diatP
define_tavg_field: id = 704
Jint_diatP
define_tavg_field: id = 705
Jint_100m_diatP
define_tavg_field: id = 706
tend_zint_100m_diatP
define_tavg_field: id = 707
STF_diatP
define_tavg_field: id = 708
RESID_diatP
define_tavg_field: id = 709
diatFe
define_tavg_field: id = 710
diatFe_SQR
define_tavg_field: id = 711
diatFe_SURF
define_tavg_field: id = 712
diatFe_zint_100m
define_tavg_field: id = 713
J_diatFe
define_tavg_field: id = 714
Jint_diatFe
define_tavg_field: id = 715
Jint_100m_diatFe
define_tavg_field: id = 716
tend_zint_100m_diatFe
define_tavg_field: id = 717
STF_diatFe
define_tavg_field: id = 718
RESID_diatFe
define_tavg_field: id = 719
diatSi
define_tavg_field: id = 720
diatSi_SQR
define_tavg_field: id = 721
diatSi_SURF
define_tavg_field: id = 722
diatSi_zint_100m
define_tavg_field: id = 723
J_diatSi
define_tavg_field: id = 724
Jint_diatSi
define_tavg_field: id = 725
Jint_100m_diatSi
define_tavg_field: id = 726
tend_zint_100m_diatSi
define_tavg_field: id = 727
STF_diatSi
define_tavg_field: id = 728
RESID_diatSi
define_tavg_field: id = 729
diazChl
define_tavg_field: id = 730
diazChl_SQR
define_tavg_field: id = 731
diazChl_SURF
define_tavg_field: id = 732
diazChl_zint_100m
define_tavg_field: id = 733
J_diazChl
define_tavg_field: id = 734
Jint_diazChl
define_tavg_field: id = 735
Jint_100m_diazChl
define_tavg_field: id = 736
tend_zint_100m_diazChl
define_tavg_field: id = 737
STF_diazChl
define_tavg_field: id = 738
RESID_diazChl
define_tavg_field: id = 739
diazC
define_tavg_field: id = 740
diazC_SQR
define_tavg_field: id = 741
diazC_SURF
define_tavg_field: id = 742
diazC_zint_100m
define_tavg_field: id = 743
J_diazC
define_tavg_field: id = 744
Jint_diazC
define_tavg_field: id = 745
Jint_100m_diazC
define_tavg_field: id = 746
tend_zint_100m_diazC
define_tavg_field: id = 747
STF_diazC
define_tavg_field: id = 748
RESID_diazC
define_tavg_field: id = 749
diazP
define_tavg_field: id = 750
diazP_SQR
define_tavg_field: id = 751
diazP_SURF
define_tavg_field: id = 752
diazP_zint_100m
define_tavg_field: id = 753
J_diazP
define_tavg_field: id = 754
Jint_diazP
define_tavg_field: id = 755
Jint_100m_diazP
define_tavg_field: id = 756
tend_zint_100m_diazP
define_tavg_field: id = 757
STF_diazP
define_tavg_field: id = 758
RESID_diazP
define_tavg_field: id = 759
diazFe
define_tavg_field: id = 760
diazFe_SQR
define_tavg_field: id = 761
diazFe_SURF
define_tavg_field: id = 762
diazFe_zint_100m
define_tavg_field: id = 763
J_diazFe
define_tavg_field: id = 764
Jint_diazFe
define_tavg_field: id = 765
Jint_100m_diazFe
define_tavg_field: id = 766
tend_zint_100m_diazFe
define_tavg_field: id = 767
STF_diazFe
define_tavg_field: id = 768
RESID_diazFe
define_tavg_field: id = 769
IAGE
define_tavg_field: id = 770
IAGE_SQR
define_tavg_field: id = 771
IAGE_SURF
define_tavg_field: id = 772
IAGE_zint_100m
define_tavg_field: id = 773
J_IAGE
define_tavg_field: id = 774
Jint_IAGE
define_tavg_field: id = 775
Jint_100m_IAGE
define_tavg_field: id = 776
tend_zint_100m_IAGE
define_tavg_field: id = 777
STF_IAGE
define_tavg_field: id = 778
RESID_IAGE
define_tavg_field: id = 779 TEND_TEMP
define_tavg_field: id = 780 TEND_SALT
define_tavg_field: id = 781 TEND_PO4
define_tavg_field: id = 782 TEND_NO3
define_tavg_field: id = 783 TEND_SiO3
define_tavg_field: id = 784 TEND_NH4
define_tavg_field: id = 785 TEND_Fe
define_tavg_field: id = 786 TEND_Lig
define_tavg_field: id = 787 TEND_O2
define_tavg_field: id = 788 TEND_DIC
define_tavg_field: id = 789 TEND_DIC_ALT_CO2
define_tavg_field: id = 790 TEND_ALK
define_tavg_field: id = 791 TEND_ALK_ALT_CO2
define_tavg_field: id = 792 TEND_DOC
define_tavg_field: id = 793 TEND_DON
define_tavg_field: id = 794 TEND_DOP
define_tavg_field: id = 795 TEND_DOPr
define_tavg_field: id = 796 TEND_DONr
define_tavg_field: id = 797 TEND_DOCr
define_tavg_field: id = 798 TEND_zooC
define_tavg_field: id = 799 TEND_spChl
define_tavg_field: id = 800 TEND_spC
define_tavg_field: id = 801 TEND_spP
define_tavg_field: id = 802 TEND_spFe
define_tavg_field: id = 803 TEND_spCaCO3
define_tavg_field: id = 804 TEND_diatChl
define_tavg_field: id = 805 TEND_diatC
define_tavg_field: id = 806 TEND_diatP
define_tavg_field: id = 807 TEND_diatFe
define_tavg_field: id = 808 TEND_diatSi
define_tavg_field: id = 809 TEND_diazChl
define_tavg_field: id = 810 TEND_diazC
define_tavg_field: id = 811 TEND_diazP
define_tavg_field: id = 812 TEND_diazFe
define_tavg_field: id = 813 TEND_IAGE
========================================================================
Vertical mixing options
------------------------------------------------------------------------
Implicit vertical mixing enabled
Using KPP vertical mixing
aidif = 1.00000E+00
bottom_drag = 1.00000E-03
Convection simulated by strong diffusion
convect_diff = 1.000E+04
convect_visc = 1.000E+04
(tidal_check) Begin tidal-mixing error checking
(tidal_check) No fatal tidal-mixing error conditions detected
(tidal_read_energy_jayne) read /cluster/work/users/hanbre/inputdata/ocn/pop/gx1v6/forcing/tidal_energy_gx1v6_20090205.ieeer8
WARNING: Input header file does not exist
for file:
/cluster/work/users/hanbre/inputdata/ocn/pop/gx1v6/forcing/tidal_energy_gx1v6_2
0090205.ieeer8.hdr
Assuming fields will be read in sequential order
define_tavg_field: id = 814 TIDAL_QE_2D
define_tavg_field: id = 815 TIDAL_QE_3D
define_tavg_field: id = 816 TIDAL_COEF_3D
define_tavg_field: id = 817 VERTICAL_FUNC
define_tavg_field: id = 818 TIDAL_DIFF
define_tavg_field: id = 819 TIDAL_GAMMA_EPS
define_tavg_field: id = 820 TIDAL_N2
define_tavg_field: id = 821 TIDAL_N2_eps
define_tavg_field: id = 822 TIDAL_ENERGY_FLUX_2D
define_tavg_field: id = 823 TEMP1_1p5km
define_tavg_field: id = 824 TEMP1_2km
define_tavg_field: id = 825 TEMP1_3km
define_tavg_field: id = 826 TEMP2_3km
define_tavg_field: id = 827 TEMP2_4km
define_tavg_field: id = 828 TEMP3p5_6km
define_tavg_field: id = 829 TEMP4_6km
------------------------------------------------------------------------
vmix_kpp_nml namelist settings:
&VMIX_KPP_NML
BCKGRND_VDC1 = 0.160000000000000 ,
BCKGRND_VDC2 = 0.000000000000000E+000,
BCKGRND_VDC_EQ = 1.000000000000000E-002,
BCKGRND_VDC_PSIM = 0.130000000000000 ,
BCKGRND_VDC_BAN = 1.00000000000000 ,
BCKGRND_VDC_DPTH = 100000.000000000 ,
BCKGRND_VDC_LINV = 4.500000000000000E-005,
PRANDTL = 10.0000000000000 ,
RICH_MIX = 50.0000000000000 ,
NUM_V_SMOOTH_RI = 1,
LRICH = T,
LDBL_DIFF = T,
LSHORT_WAVE = T,
LCHECKEKMO = F,
LARCTIC_BCKGRND_VDC = F,
LHORIZ_VARYING_BCKGRND = T,
LINERTIAL = F,
LCVMIX = T,
LANGMUIR_OPT = vr12-ma
/
bckgrnd_vdc1 = 1.60000E-01
bckgrnd_vdc2 = 0.00000E+00
bckgrnd_vdc_dpth = 1.00000E+05
bckgrnd_vdc_linv = 4.50000E-05
bckgrnd_vdc_eq = 1.00000E-02
bckgrnd_vdc_psim = 1.30000E-01
bckgrnd_vdc_ban = 1.00000E+00
Prandtl = 1.00000E+01
rich_mix = 5.00000E+01
Ri mixing = T
double-diff = T
short_wave = T
lcheckekmo = F
num_smooth_Ri = 1
larctic_bckgrnd_vdc = F
lhoriz_varying_bckgrnd = T
inertial mixing param. = F
use CVMix KPP routines = T
Langmuir param. option: vr12-ma
define_tavg_field: id = 830 QSW_HBL
define_tavg_field: id = 831 KVMIX
define_tavg_field: id = 832 VDC_BCK
define_tavg_field: id = 833 KVMIX_M
define_tavg_field: id = 834 VVC_BCK
define_tavg_field: id = 835 TPOWER
define_tavg_field: id = 836 KPP_SRC_TEMP
define_tavg_field: id = 837 KPP_SRC_SALT
define_tavg_field: id = 838 KPP_SRC_PO4
define_tavg_field: id = 839 KPP_SRC_NO3
define_tavg_field: id = 840 KPP_SRC_SiO3
define_tavg_field: id = 841 KPP_SRC_NH4
define_tavg_field: id = 842 KPP_SRC_Fe
define_tavg_field: id = 843 KPP_SRC_Lig
define_tavg_field: id = 844 KPP_SRC_O2
define_tavg_field: id = 845 KPP_SRC_DIC
define_tavg_field: id = 846 KPP_SRC_DIC_ALT_CO2
define_tavg_field: id = 847 KPP_SRC_ALK
define_tavg_field: id = 848 KPP_SRC_ALK_ALT_CO2
define_tavg_field: id = 849 KPP_SRC_DOC
define_tavg_field: id = 850 KPP_SRC_DON
define_tavg_field: id = 851 KPP_SRC_DOP
define_tavg_field: id = 852 KPP_SRC_DOPr
define_tavg_field: id = 853 KPP_SRC_DONr
define_tavg_field: id = 854 KPP_SRC_DOCr
define_tavg_field: id = 855 KPP_SRC_zooC
define_tavg_field: id = 856 KPP_SRC_spChl
define_tavg_field: id = 857 KPP_SRC_spC
define_tavg_field: id = 858 KPP_SRC_spP
define_tavg_field: id = 859 KPP_SRC_spFe
define_tavg_field: id = 860 KPP_SRC_spCaCO3
define_tavg_field: id = 861 KPP_SRC_diatChl
define_tavg_field: id = 862 KPP_SRC_diatC
define_tavg_field: id = 863 KPP_SRC_diatP
define_tavg_field: id = 864 KPP_SRC_diatFe
define_tavg_field: id = 865 KPP_SRC_diatSi
define_tavg_field: id = 866 KPP_SRC_diazChl
define_tavg_field: id = 867 KPP_SRC_diazC
define_tavg_field: id = 868 KPP_SRC_diazP
define_tavg_field: id = 869 KPP_SRC_diazFe
define_tavg_field: id = 870 KPP_SRC_IAGE
define_tavg_field: id = 871 VDC_T
define_tavg_field: id = 872 VDC_S
define_tavg_field: id = 873 VVC
define_tavg_field: id = 874 VUF
define_tavg_field: id = 875 VVF
define_tavg_field: id = 876 DIA_IMPVF_TEMP
define_tavg_field: id = 877 DIA_IMPVF_SALT
define_tavg_field: id = 878 DIA_IMPVF_PO4
define_tavg_field: id = 879 DIA_IMPVF_NO3
define_tavg_field: id = 880 DIA_IMPVF_SiO3
define_tavg_field: id = 881 DIA_IMPVF_NH4
define_tavg_field: id = 882 DIA_IMPVF_Fe
define_tavg_field: id = 883 DIA_IMPVF_Lig
define_tavg_field: id = 884 DIA_IMPVF_O2
define_tavg_field: id = 885 DIA_IMPVF_DIC
define_tavg_field: id = 886 DIA_IMPVF_DIC_ALT_CO2
define_tavg_field: id = 887 DIA_IMPVF_ALK
define_tavg_field: id = 888 DIA_IMPVF_ALK_ALT_CO2
define_tavg_field: id = 889 DIA_IMPVF_DOC
define_tavg_field: id = 890 DIA_IMPVF_DON
define_tavg_field: id = 891 DIA_IMPVF_DOP
define_tavg_field: id = 892 DIA_IMPVF_DOPr
define_tavg_field: id = 893 DIA_IMPVF_DONr
define_tavg_field: id = 894 DIA_IMPVF_DOCr
define_tavg_field: id = 895 DIA_IMPVF_zooC
define_tavg_field: id = 896 DIA_IMPVF_spChl
define_tavg_field: id = 897 DIA_IMPVF_spC
define_tavg_field: id = 898 DIA_IMPVF_spP
define_tavg_field: id = 899 DIA_IMPVF_spFe
define_tavg_field: id = 900 DIA_IMPVF_spCaCO3
define_tavg_field: id = 901 DIA_IMPVF_diatChl
define_tavg_field: id = 902 DIA_IMPVF_diatC
define_tavg_field: id = 903 DIA_IMPVF_diatP
define_tavg_field: id = 904 DIA_IMPVF_diatFe
define_tavg_field: id = 905 DIA_IMPVF_diatSi
define_tavg_field: id = 906 DIA_IMPVF_diazChl
define_tavg_field: id = 907 DIA_IMPVF_diazC
define_tavg_field: id = 908 DIA_IMPVF_diazP
define_tavg_field: id = 909 DIA_IMPVF_diazFe
define_tavg_field: id = 910 DIA_IMPVF_IAGE
========================================================================
NIW mixing information
niw_nml namelist settings:
&NIW_NML
LNIW_MIXING = F,
NIW_BOUNDARY_LAYER_ABSORPTION = 0.700000000000000 ,
NIW_LOCAL_MIXING_FRACTION = 0.500000000000000 ,
NIW_MIXING_EFFICIENCY = 0.200000000000000 ,
NIW_OBS2MODEL_RATIO = 2.00000000000000 ,
NIW_VERT_DECAY_SCALE = 200000.000000000 ,
NIW_MIX_MAX = 100.000000000000 ,
NIW_ENERGY_TYPE = blke ,
NIW_ENERGY_FILE = /cluster/work/users/hanbre/inputdata/ocn/pop/gx1v6/forcing/niw_gx1v6_20100915.ieeer8 ,
NIW_ENERGY_FILE_FMT = bin
/
lniw_mixing F
niw_boundary layer absorp 7.00000E-01
niw_local_mixing_fraction 5.00000E-01
niw_mixing_efficiency 2.00000E-01
niw_obs2model_ratio 2.00000E+00
niw_vert_decay_scale 2.00000E+05
niw_mix_max 1.00000E+02
niw_energy_type blke
niw_energy_file /cluster/work/users/hanbre/inputdata/ocn/pop/gx1v6/forcing/niw_gx1v6_20100915.ie
niw_energy_file_fmt bin
========================================================================
Geothermal Heat Flux option
&GEOHEATFLUX_NML
GEOHEATFLUX_CHOICE = const ,
GEOHEATFLUX_CONST = 0.000000000000000E+000,
GEOHEATFLUX_DEPTH = 100000.000000000
/
------------------------------------------------------------------------
(init_geoheatflux) geothermal heat flux option = zero
(init_geoheatflux) geothermal (bottom) heat flux is disabled
define_tavg_field: id = 911 GEOHFLUX
define_tavg_field: id = 912 GEOHFLUX
========================================================================
Horizontal mixing options
hmix_nml namelist settings:
&HMIX_NML
HMIX_MOMENTUM_CHOICE = anis ,
HMIX_TRACER_CHOICE = gent ,
LSUBMESOSCALE_MIXING = T
/
------------------------------------------------------------------------
Anisotropic horizontal momentum mixing used.
Gent-McWilliams tracer mixing used.
Submesoscale mixed layer parameterization is on.
========================================================================
Anisotropic viscosity options:
&HMIX_ANISO_NML
HMIX_ALIGNMENT_CHOICE = east ,
LVARIABLE_HMIX_ANISO = T,
LSMAG_ANISO = F,
VISC_PARA = 500000000.000000 ,
VISC_PERP = 500000000.000000 ,
C_PARA = 8.00000000000000 ,
C_PERP = 8.00000000000000 ,
U_PARA = 5.00000000000000 ,
U_PERP = 5.00000000000000 ,
VCONST_1 = 6000000.00000000 ,
VCONST_2 = 0.500000000000000 ,
VCONST_3 = 0.160000000000000 ,
VCONST_4 = 2.000000000000000E-008,
VCONST_5 = 3,
VCONST_6 = 6000000.00000000 ,
VCONST_7 = 45.0000000000000 ,
SMAG_LAT = 20.0000000000000 ,
SMAG_LAT_FACT = 0.980000000000000 ,
SMAG_LAT_GAUSS = 98.0000000000000 ,
VAR_VISCOSITY_INFILE = ccsm-internal ,
VAR_VISCOSITY_INFILE_FMT = bin ,
VAR_VISCOSITY_OUTFILE = ./bwma1850.f09.y13.los_chocoyos.qboE.ensoN.clone.SO2.pop.hv ,
VAR_VISCOSITY_OUTFILE_FMT = nc
/
Anisotropy aligned along east-west direction
Using input anisotropic viscosities:
visc_para = 5.00000E+08
visc_perp = 5.00000E+08
Using variable anisotropic parameters:
vconst_1 = 6.00000E+06
vconst_2 = 5.00000E-01
vconst_3 = 1.60000E-01
vconst_4 = 2.00000E-08
vconst_5 = 3
vconst_6 = 6.00000E+06
vconst_7 = 4.50000E+01
Computed variable viscosity output to file: ./bwma1850.f09.y13.los_chocoyos.qboE.ensoN.clone.SO2.pop.hv
vertical level = 1
Min F_PARA = 6.00000E+06 Max F_PARA = 7.16621E+07
Min F_PERP = 6.00000E+06 Max F_PERP = 7.16621E+07
vertical level = 2
Min F_PARA = 6.00000E+06 Max F_PARA = 7.16621E+07
Min F_PERP = 6.00000E+06 Max F_PERP = 7.16621E+07
vertical level = 3
Min F_PARA = 6.00000E+06 Max F_PARA = 7.16621E+07
Min F_PERP = 6.00000E+06 Max F_PERP = 7.16621E+07
vertical level = 4
Min F_PARA = 6.00000E+06 Max F_PARA = 7.16621E+07
Min F_PERP = 6.00000E+06 Max F_PERP = 7.16621E+07
vertical level = 5
Min F_PARA = 6.00000E+06 Max F_PARA = 7.16621E+07
Min F_PERP = 6.00000E+06 Max F_PERP = 7.16621E+07
vertical level = 6
Min F_PARA = 6.00000E+06 Max F_PARA = 7.16621E+07
Min F_PERP = 6.00000E+06 Max F_PERP = 7.16621E+07
vertical level = 7
Min F_PARA = 6.00000E+06 Max F_PARA = 7.16621E+07
Min F_PERP = 6.00000E+06 Max F_PERP = 7.16621E+07
vertical level = 8
Min F_PARA = 6.00000E+06 Max F_PARA = 7.16621E+07
Min F_PERP = 6.00000E+06 Max F_PERP = 7.16621E+07
vertical level = 9
Min F_PARA = 6.00000E+06 Max F_PARA = 7.16621E+07
Min F_PERP = 6.00000E+06 Max F_PERP = 7.16621E+07
vertical level = 10
Min F_PARA = 6.00000E+06 Max F_PARA = 7.16621E+07
Min F_PERP = 6.00000E+06 Max F_PERP = 7.16621E+07
vertical level = 11
Min F_PARA = 6.00000E+06 Max F_PARA = 7.16621E+07
Min F_PERP = 6.00000E+06 Max F_PERP = 7.16621E+07
vertical level = 12
Min F_PARA = 6.00000E+06 Max F_PARA = 7.16621E+07
Min F_PERP = 6.00000E+06 Max F_PERP = 7.16621E+07
vertical level = 13
Min F_PARA = 6.00000E+06 Max F_PARA = 7.16621E+07
Min F_PERP = 6.00000E+06 Max F_PERP = 7.16621E+07
vertical level = 14
Min F_PARA = 6.00000E+06 Max F_PARA = 7.16621E+07
Min F_PERP = 6.00000E+06 Max F_PERP = 7.16621E+07
vertical level = 15
Min F_PARA = 6.00000E+06 Max F_PARA = 7.16621E+07
Min F_PERP = 6.00000E+06 Max F_PERP = 7.16621E+07
vertical level = 16
Min F_PARA = 6.00000E+06 Max F_PARA = 7.16621E+07
Min F_PERP = 6.00000E+06 Max F_PERP = 7.16621E+07
vertical level = 17
Min F_PARA = 6.00000E+06 Max F_PARA = 7.16621E+07
Min F_PERP = 6.00000E+06 Max F_PERP = 7.16621E+07
vertical level = 18
Min F_PARA = 6.00000E+06 Max F_PARA = 7.16621E+07
Min F_PERP = 6.00000E+06 Max F_PERP = 7.16621E+07
vertical level = 19
Min F_PARA = 6.00000E+06 Max F_PARA = 7.16621E+07
Min F_PERP = 6.00000E+06 Max F_PERP = 7.16621E+07
vertical level = 20
Min F_PARA = 6.00000E+06 Max F_PARA = 7.16621E+07
Min F_PERP = 6.00000E+06 Max F_PERP = 7.16621E+07
vertical level = 21
Min F_PARA = 6.00000E+06 Max F_PARA = 7.16621E+07
Min F_PERP = 6.00000E+06 Max F_PERP = 7.16621E+07
vertical level = 22
Min F_PARA = 6.00000E+06 Max F_PARA = 7.16621E+07
Min F_PERP = 6.00000E+06 Max F_PERP = 7.16621E+07
vertical level = 23
Min F_PARA = 6.00000E+06 Max F_PARA = 7.16621E+07
Min F_PERP = 6.00000E+06 Max F_PERP = 7.16621E+07
vertical level = 24
Min F_PARA = 6.00000E+06 Max F_PARA = 7.16621E+07
Min F_PERP = 6.00000E+06 Max F_PERP = 7.16621E+07
vertical level = 25
Min F_PARA = 6.00000E+06 Max F_PARA = 7.16621E+07
Min F_PERP = 6.00000E+06 Max F_PERP = 7.16621E+07
vertical level = 26
Min F_PARA = 6.00000E+06 Max F_PARA = 7.16621E+07
Min F_PERP = 6.00000E+06 Max F_PERP = 7.16621E+07
vertical level = 27
Min F_PARA = 6.00000E+06 Max F_PARA = 7.16621E+07
Min F_PERP = 6.00000E+06 Max F_PERP = 7.16621E+07
vertical level = 28
Min F_PARA = 6.00000E+06 Max F_PARA = 7.16621E+07
Min F_PERP = 6.00000E+06 Max F_PERP = 7.16621E+07
vertical level = 29
Min F_PARA = 6.00000E+06 Max F_PARA = 7.16621E+07
Min F_PERP = 6.00000E+06 Max F_PERP = 7.16621E+07
vertical level = 30
Min F_PARA = 6.00000E+06 Max F_PARA = 7.16621E+07
Min F_PERP = 6.00000E+06 Max F_PERP = 7.16621E+07
vertical level = 31
Min F_PARA = 6.00000E+06 Max F_PARA = 7.16621E+07
Min F_PERP = 6.00000E+06 Max F_PERP = 7.16621E+07
vertical level = 32
Min F_PARA = 6.00000E+06 Max F_PARA = 7.16621E+07
Min F_PERP = 6.00000E+06 Max F_PERP = 7.16621E+07
vertical level = 33
Min F_PARA = 6.00000E+06 Max F_PARA = 7.16621E+07
Min F_PERP = 6.00000E+06 Max F_PERP = 7.16621E+07
vertical level = 34
Min F_PARA = 6.00000E+06 Max F_PARA = 7.16621E+07
Min F_PERP = 6.00000E+06 Max F_PERP = 7.16621E+07
vertical level = 35
Min F_PARA = 6.00000E+06 Max F_PARA = 7.16621E+07
Min F_PERP = 6.00000E+06 Max F_PERP = 7.16621E+07
vertical level = 36
Min F_PARA = 6.00000E+06 Max F_PARA = 7.16621E+07
Min F_PERP = 6.00000E+06 Max F_PERP = 7.16621E+07
vertical level = 37
Min F_PARA = 6.00000E+06 Max F_PARA = 7.16621E+07
Min F_PERP = 6.00000E+06 Max F_PERP = 7.16621E+07
vertical level = 38
Min F_PARA = 6.00000E+06 Max F_PARA = 7.16621E+07
Min F_PERP = 6.00000E+06 Max F_PERP = 7.16621E+07
vertical level = 39
Min F_PARA = 6.00000E+06 Max F_PARA = 7.16621E+07
Min F_PERP = 6.00000E+06 Max F_PERP = 7.16621E+07
vertical level = 40
Min F_PARA = 6.00000E+06 Max F_PARA = 7.16621E+07
Min F_PERP = 6.00000E+06 Max F_PERP = 7.16621E+07
vertical level = 41
Min F_PARA = 6.00000E+06 Max F_PARA = 7.16621E+07
Min F_PERP = 6.00000E+06 Max F_PERP = 7.16621E+07
vertical level = 42
Min F_PARA = 6.00000E+06 Max F_PARA = 7.16621E+07
Min F_PERP = 6.00000E+06 Max F_PERP = 7.16621E+07
vertical level = 43
Min F_PARA = 6.00000E+06 Max F_PARA = 7.16621E+07
Min F_PERP = 6.00000E+06 Max F_PERP = 7.16621E+07
vertical level = 44
Min F_PARA = 6.00000E+06 Max F_PARA = 7.16621E+07
Min F_PERP = 6.00000E+06 Max F_PERP = 7.16621E+07
vertical level = 45
Min F_PARA = 6.00000E+06 Max F_PARA = 7.16621E+07
Min F_PERP = 6.00000E+06 Max F_PERP = 7.16621E+07
vertical level = 46
Min F_PARA = 6.00000E+06 Max F_PARA = 7.16621E+07
Min F_PERP = 6.00000E+06 Max F_PERP = 7.16621E+07
vertical level = 47
Min F_PARA = 6.00000E+06 Max F_PARA = 7.16621E+07
Min F_PERP = 6.00000E+06 Max F_PERP = 7.16621E+07
vertical level = 48
Min F_PARA = 6.00000E+06 Max F_PARA = 7.16621E+07
Min F_PERP = 6.00000E+06 Max F_PERP = 7.16621E+07
vertical level = 49
Min F_PARA = 6.00000E+06 Max F_PARA = 7.16621E+07
Min F_PERP = 6.00000E+06 Max F_PERP = 7.16621E+07
vertical level = 50
Min F_PARA = 6.00000E+06 Max F_PARA = 7.16621E+07
Min F_PERP = 6.00000E+06 Max F_PERP = 7.16621E+07
vertical level = 51
Min F_PARA = 6.00000E+06 Max F_PARA = 7.16621E+07
Min F_PERP = 6.00000E+06 Max F_PERP = 7.16621E+07
vertical level = 52
Min F_PARA = 6.00000E+06 Max F_PARA = 7.16621E+07
Min F_PERP = 6.00000E+06 Max F_PERP = 7.16621E+07
vertical level = 53
Min F_PARA = 6.00000E+06 Max F_PARA = 7.16621E+07
Min F_PERP = 6.00000E+06 Max F_PERP = 7.16621E+07
vertical level = 54
Min F_PARA = 6.00000E+06 Max F_PARA = 7.16621E+07
Min F_PERP = 6.00000E+06 Max F_PERP = 7.16621E+07
vertical level = 55
Min F_PARA = 6.00000E+06 Max F_PARA = 7.16621E+07
Min F_PERP = 6.00000E+06 Max F_PERP = 7.16621E+07
vertical level = 56
Min F_PARA = 6.00000E+06 Max F_PARA = 7.16621E+07
Min F_PERP = 6.00000E+06 Max F_PERP = 7.16621E+07
vertical level = 57
Min F_PARA = 6.00000E+06 Max F_PARA = 7.16621E+07
Min F_PERP = 6.00000E+06 Max F_PERP = 7.16621E+07
vertical level = 58
Min F_PARA = 6.00000E+06 Max F_PARA = 7.16621E+07
Min F_PERP = 6.00000E+06 Max F_PERP = 7.16621E+07
vertical level = 59
Min F_PARA = 6.00000E+06 Max F_PARA = 7.16621E+07
Min F_PERP = 6.00000E+06 Max F_PERP = 7.16621E+07
vertical level = 60
Min F_PARA = 6.00000E+06 Max F_PARA = 7.16621E+07
Min F_PERP = 6.00000E+06 Max F_PERP = 7.16621E+07
(io_pio_init) create file
./bwma1850.f09.y13.los_chocoyos.qboE.ensoN.clone.SO2.pop.hv.nc
Document Namelist Parameters:
============================
&HMIX_GM_NML
KAPPA_ISOP_CHOICE = bfre ,
KAPPA_THIC_CHOICE = bfre ,
KAPPA_ISOP_DEEP = 0.200000000000000 ,
KAPPA_THIC_DEEP = 0.100000000000000 ,
KAPPA_FREQ_CHOICE = once_a_day ,
SLOPE_CONTROL_CHOICE = notanh ,
KAPPA_DEPTH_1 = 1.00000000000000 ,
KAPPA_DEPTH_2 = 0.000000000000000E+000,
KAPPA_DEPTH_SCALE = 150000.000000000 ,
AH = 30000000.0000000 ,
AH_BOLUS = 30000000.0000000 ,
USE_CONST_AH_BKG_SRFBL = T,
AH_BKG_SRFBL = 30000000.0000000 ,
AH_BKG_BOTTOM = 0.000000000000000E+000,
SLM_R = 0.300000000000000 ,
SLM_B = 0.300000000000000 ,
DIAG_GM_BOLUS = T,
TRANSITION_LAYER_ON = T,
READ_N2_DATA = F,
BUOYANCY_FREQ_FILENAME = /cluster/work/users/hanbre//bwma1850.f09.y13.los_chocoyos.qboE.ensoN.clone.SO2/run/buoyancy_freq ,
BUOYANCY_FREQ_FMT = nc ,
CONST_EG = 1.20000000000000 ,
GAMMA_EG = 500.000000000000 ,
KAPPA_MIN_EG = 3500000.00000000 ,
KAPPA_MAX_EG = 20000000.0000000 ,
DIAG_GM_STEER = T
/
Gent-McWilliams options:
kappa_isop choice is bfre
kappa_thic choice is bfre
kappa computation frequency choice is once_a_day
kappa isopycnal diffusion minimum (deep) = 2.000000E-01
kappa thickness diffusion minimum (deep) = 1.000000E-01
slope control choice is notanh
isopycnal diffusion = 3.000000E+07
thickness diffusion = 3.000000E+07
backgroud diff. (bottom) = 0.000000E+00
backgroud diff. (srfbl) = 3.000000E+07
max. slope for redi = 3.000000E-01
max. slope for bolus = 3.000000E-01
diagnostic bolus velocity computation is on
Maximum horizontal background diffusion coefficient
within the boundary layer is constant at ah_bkg_srfbl.
transition layer scheme is on.
using model data to compute N^2.
define_tavg_field: id = 913 KAPPA_ISOP
define_tavg_field: id = 914 KAPPA_THIC
define_tavg_field: id = 915 HOR_DIFF
define_tavg_field: id = 916 DIA_DEPTH
define_tavg_field: id = 917 TLT
define_tavg_field: id = 918 INT_DEPTH
define_tavg_field: id = 919 UISOP
define_tavg_field: id = 920 VISOP
define_tavg_field: id = 921 WISOP
define_tavg_field: id = 922 ADVT_ISOP
define_tavg_field: id = 923 ADVS_ISOP
define_tavg_field: id = 924 VNT_ISOP
define_tavg_field: id = 925 VNS_ISOP
define_tavg_field: id = 926 VDC_GM
Document Namelist Parameters:
============================
&MIX_SUBMESO_NML
EFFICIENCY_FACTOR = 7.000000000000001E-002,
TIME_SCALE_CONSTANT = 86400.0000000000 ,
LUSE_CONST_HORIZ_LEN_SCALE = F,
HOR_LENGTH_SCALE = 500000.000000000
/
Submesoscale mixing options:
efficiency factor = 7.000000E-02
time scale constant = 8.640000E+04
horizontal length scale varies both in space and time
define_tavg_field: id = 927 USUBM
define_tavg_field: id = 928 VSUBM
define_tavg_field: id = 929 WSUBM
define_tavg_field: id = 930 HLS_SUBM
define_tavg_field: id = 931 ADVT_SUBM
define_tavg_field: id = 932 ADVS_SUBM
define_tavg_field: id = 933 VNT_SUBM
define_tavg_field: id = 934 VNS_SUBM
define_tavg_field: id = 935 HDIFT
define_tavg_field: id = 936 HDIFS
define_tavg_field: id = 937 HDIF_EXPLICIT_3D_TEMP
define_tavg_field: id = 938 HDIFE_TEMP
define_tavg_field: id = 939 HDIFN_TEMP
define_tavg_field: id = 940 HDIFB_TEMP
define_tavg_field: id = 941 HDIF_EXPLICIT_3D_SALT
define_tavg_field: id = 942 HDIFE_SALT
define_tavg_field: id = 943 HDIFN_SALT
define_tavg_field: id = 944 HDIFB_SALT
define_tavg_field: id = 945 HDIF_EXPLICIT_3D_PO4
define_tavg_field: id = 946 HDIFE_PO4
define_tavg_field: id = 947 HDIFN_PO4
define_tavg_field: id = 948 HDIFB_PO4
define_tavg_field: id = 949 HDIF_EXPLICIT_3D_NO3
define_tavg_field: id = 950 HDIFE_NO3
define_tavg_field: id = 951 HDIFN_NO3
define_tavg_field: id = 952 HDIFB_NO3
define_tavg_field: id = 953 HDIF_EXPLICIT_3D_SiO3
define_tavg_field: id = 954 HDIFE_SiO3
define_tavg_field: id = 955 HDIFN_SiO3
define_tavg_field: id = 956 HDIFB_SiO3
define_tavg_field: id = 957 HDIF_EXPLICIT_3D_NH4
define_tavg_field: id = 958 HDIFE_NH4
define_tavg_field: id = 959 HDIFN_NH4
define_tavg_field: id = 960 HDIFB_NH4
define_tavg_field: id = 961 HDIF_EXPLICIT_3D_Fe
define_tavg_field: id = 962 HDIFE_Fe
define_tavg_field: id = 963 HDIFN_Fe
define_tavg_field: id = 964 HDIFB_Fe
define_tavg_field: id = 965 HDIF_EXPLICIT_3D_Lig
define_tavg_field: id = 966 HDIFE_Lig
define_tavg_field: id = 967 HDIFN_Lig
define_tavg_field: id = 968 HDIFB_Lig
define_tavg_field: id = 969 HDIF_EXPLICIT_3D_O2
define_tavg_field: id = 970 HDIFE_O2
define_tavg_field: id = 971 HDIFN_O2
define_tavg_field: id = 972 HDIFB_O2
define_tavg_field: id = 973 HDIF_EXPLICIT_3D_DIC
define_tavg_field: id = 974 HDIFE_DIC
define_tavg_field: id = 975 HDIFN_DIC
define_tavg_field: id = 976 HDIFB_DIC
define_tavg_field: id = 977 HDIF_EXPLICIT_3D_DIC_ALT_CO2
define_tavg_field: id = 978 HDIFE_DIC_ALT_CO2
define_tavg_field: id = 979 HDIFN_DIC_ALT_CO2
define_tavg_field: id = 980 HDIFB_DIC_ALT_CO2
define_tavg_field: id = 981 HDIF_EXPLICIT_3D_ALK
define_tavg_field: id = 982 HDIFE_ALK
define_tavg_field: id = 983 HDIFN_ALK
define_tavg_field: id = 984 HDIFB_ALK
define_tavg_field: id = 985 HDIF_EXPLICIT_3D_ALK_ALT_CO2
define_tavg_field: id = 986 HDIFE_ALK_ALT_CO2
define_tavg_field: id = 987 HDIFN_ALK_ALT_CO2
define_tavg_field: id = 988 HDIFB_ALK_ALT_CO2
define_tavg_field: id = 989 HDIF_EXPLICIT_3D_DOC
define_tavg_field: id = 990 HDIFE_DOC
define_tavg_field: id = 991 HDIFN_DOC
define_tavg_field: id = 992 HDIFB_DOC
define_tavg_field: id = 993 HDIF_EXPLICIT_3D_DON
define_tavg_field: id = 994 HDIFE_DON
define_tavg_field: id = 995 HDIFN_DON
define_tavg_field: id = 996 HDIFB_DON
define_tavg_field: id = 997 HDIF_EXPLICIT_3D_DOP
define_tavg_field: id = 998 HDIFE_DOP
define_tavg_field: id = 999 HDIFN_DOP
define_tavg_field: id = 1000 HDIFB_DOP
define_tavg_field: id = 1001 HDIF_EXPLICIT_3D_DOPr
define_tavg_field: id = 1002 HDIFE_DOPr
define_tavg_field: id = 1003 HDIFN_DOPr
define_tavg_field: id = 1004 HDIFB_DOPr
define_tavg_field: id = 1005 HDIF_EXPLICIT_3D_DONr
define_tavg_field: id = 1006 HDIFE_DONr
define_tavg_field: id = 1007 HDIFN_DONr
define_tavg_field: id = 1008 HDIFB_DONr
define_tavg_field: id = 1009 HDIF_EXPLICIT_3D_DOCr
define_tavg_field: id = 1010 HDIFE_DOCr
define_tavg_field: id = 1011 HDIFN_DOCr
define_tavg_field: id = 1012 HDIFB_DOCr
define_tavg_field: id = 1013 HDIF_EXPLICIT_3D_zooC
define_tavg_field: id = 1014 HDIFE_zooC
define_tavg_field: id = 1015 HDIFN_zooC
define_tavg_field: id = 1016 HDIFB_zooC
define_tavg_field: id = 1017 HDIF_EXPLICIT_3D_spChl
define_tavg_field: id = 1018 HDIFE_spChl
define_tavg_field: id = 1019 HDIFN_spChl
define_tavg_field: id = 1020 HDIFB_spChl
define_tavg_field: id = 1021 HDIF_EXPLICIT_3D_spC
define_tavg_field: id = 1022 HDIFE_spC
define_tavg_field: id = 1023 HDIFN_spC
define_tavg_field: id = 1024 HDIFB_spC
define_tavg_field: id = 1025 HDIF_EXPLICIT_3D_spP
define_tavg_field: id = 1026 HDIFE_spP
define_tavg_field: id = 1027 HDIFN_spP
define_tavg_field: id = 1028 HDIFB_spP
define_tavg_field: id = 1029 HDIF_EXPLICIT_3D_spFe
define_tavg_field: id = 1030 HDIFE_spFe
define_tavg_field: id = 1031 HDIFN_spFe
define_tavg_field: id = 1032 HDIFB_spFe
define_tavg_field: id = 1033 HDIF_EXPLICIT_3D_spCaCO3
define_tavg_field: id = 1034 HDIFE_spCaCO3
define_tavg_field: id = 1035 HDIFN_spCaCO3
define_tavg_field: id = 1036 HDIFB_spCaCO3
define_tavg_field: id = 1037 HDIF_EXPLICIT_3D_diatChl
define_tavg_field: id = 1038 HDIFE_diatChl
define_tavg_field: id = 1039 HDIFN_diatChl
define_tavg_field: id = 1040 HDIFB_diatChl
define_tavg_field: id = 1041 HDIF_EXPLICIT_3D_diatC
define_tavg_field: id = 1042 HDIFE_diatC
define_tavg_field: id = 1043 HDIFN_diatC
define_tavg_field: id = 1044 HDIFB_diatC
define_tavg_field: id = 1045 HDIF_EXPLICIT_3D_diatP
define_tavg_field: id = 1046 HDIFE_diatP
define_tavg_field: id = 1047 HDIFN_diatP
define_tavg_field: id = 1048 HDIFB_diatP
define_tavg_field: id = 1049 HDIF_EXPLICIT_3D_diatFe
define_tavg_field: id = 1050 HDIFE_diatFe
define_tavg_field: id = 1051 HDIFN_diatFe
define_tavg_field: id = 1052 HDIFB_diatFe
define_tavg_field: id = 1053 HDIF_EXPLICIT_3D_diatSi
define_tavg_field: id = 1054 HDIFE_diatSi
define_tavg_field: id = 1055 HDIFN_diatSi
define_tavg_field: id = 1056 HDIFB_diatSi
define_tavg_field: id = 1057 HDIF_EXPLICIT_3D_diazChl
define_tavg_field: id = 1058 HDIFE_diazChl
define_tavg_field: id = 1059 HDIFN_diazChl
define_tavg_field: id = 1060 HDIFB_diazChl
define_tavg_field: id = 1061 HDIF_EXPLICIT_3D_diazC
define_tavg_field: id = 1062 HDIFE_diazC
define_tavg_field: id = 1063 HDIFN_diazC
define_tavg_field: id = 1064 HDIFB_diazC
define_tavg_field: id = 1065 HDIF_EXPLICIT_3D_diazP
define_tavg_field: id = 1066 HDIFE_diazP
define_tavg_field: id = 1067 HDIFN_diazP
define_tavg_field: id = 1068 HDIFB_diazP
define_tavg_field: id = 1069 HDIF_EXPLICIT_3D_diazFe
define_tavg_field: id = 1070 HDIFE_diazFe
define_tavg_field: id = 1071 HDIFN_diazFe
define_tavg_field: id = 1072 HDIFB_diazFe
define_tavg_field: id = 1073 HDIF_EXPLICIT_3D_IAGE
define_tavg_field: id = 1074 HDIFE_IAGE
define_tavg_field: id = 1075 HDIFN_IAGE
define_tavg_field: id = 1076 HDIFB_IAGE
========================================================================
Advection:
advect_nml namelist settings:
&ADVECT_NML
TADVECT_CTYPE = upwind3
/
------------------------------------------------------------------------
Advection options
------------------------------------------------------------------------
Using upwind3 for all tracers.
define_tavg_field: id = 1077 WVEL
define_tavg_field: id = 1078 WVEL2
define_tavg_field: id = 1079 UTE_POS
define_tavg_field: id = 1080 UTE_NEG
define_tavg_field: id = 1081 VTN_POS
define_tavg_field: id = 1082 VTN_NEG
define_tavg_field: id = 1083 WTK_POS
define_tavg_field: id = 1084 WTK_NEG
define_tavg_field: id = 1085 UEU
define_tavg_field: id = 1086 VNU
define_tavg_field: id = 1087 UEV
define_tavg_field: id = 1088 VNV
define_tavg_field: id = 1089 WTU
define_tavg_field: id = 1090 WTV
define_tavg_field: id = 1091 UET
define_tavg_field: id = 1092 VNT
define_tavg_field: id = 1093 WTT
define_tavg_field: id = 1094 UES
define_tavg_field: id = 1095 VNS
define_tavg_field: id = 1096 WTS
define_tavg_field: id = 1097 ADVT
define_tavg_field: id = 1098 ADVS
define_tavg_field: id = 1099 UE_PO4
define_tavg_field: id = 1100 VN_PO4
define_tavg_field: id = 1101 WT_PO4
define_tavg_field: id = 1102 ADV_PO4
define_tavg_field: id = 1103 UE_NO3
define_tavg_field: id = 1104 VN_NO3
define_tavg_field: id = 1105 WT_NO3
define_tavg_field: id = 1106 ADV_NO3
define_tavg_field: id = 1107 UE_SiO3
define_tavg_field: id = 1108 VN_SiO3
define_tavg_field: id = 1109 WT_SiO3
define_tavg_field: id = 1110 ADV_SiO3
define_tavg_field: id = 1111 UE_NH4
define_tavg_field: id = 1112 VN_NH4
define_tavg_field: id = 1113 WT_NH4
define_tavg_field: id = 1114 ADV_NH4
define_tavg_field: id = 1115 UE_Fe
define_tavg_field: id = 1116 VN_Fe
define_tavg_field: id = 1117 WT_Fe
define_tavg_field: id = 1118 ADV_Fe
define_tavg_field: id = 1119 UE_Lig
define_tavg_field: id = 1120 VN_Lig
define_tavg_field: id = 1121 WT_Lig
define_tavg_field: id = 1122 ADV_Lig
define_tavg_field: id = 1123 UE_O2
define_tavg_field: id = 1124 VN_O2
define_tavg_field: id = 1125 WT_O2
define_tavg_field: id = 1126 ADV_O2
define_tavg_field: id = 1127 UE_DIC
define_tavg_field: id = 1128 VN_DIC
define_tavg_field: id = 1129 WT_DIC
define_tavg_field: id = 1130 ADV_DIC
define_tavg_field: id = 1131 UE_DIC_ALT_CO2
define_tavg_field: id = 1132 VN_DIC_ALT_CO2
define_tavg_field: id = 1133 WT_DIC_ALT_CO2
define_tavg_field: id = 1134 ADV_DIC_ALT_CO2
define_tavg_field: id = 1135 UE_ALK
define_tavg_field: id = 1136 VN_ALK
define_tavg_field: id = 1137 WT_ALK
define_tavg_field: id = 1138 ADV_ALK
define_tavg_field: id = 1139 UE_ALK_ALT_CO2
define_tavg_field: id = 1140 VN_ALK_ALT_CO2
define_tavg_field: id = 1141 WT_ALK_ALT_CO2
define_tavg_field: id = 1142 ADV_ALK_ALT_CO2
define_tavg_field: id = 1143 UE_DOC
define_tavg_field: id = 1144 VN_DOC
define_tavg_field: id = 1145 WT_DOC
define_tavg_field: id = 1146 ADV_DOC
define_tavg_field: id = 1147 UE_DON
define_tavg_field: id = 1148 VN_DON
define_tavg_field: id = 1149 WT_DON
define_tavg_field: id = 1150 ADV_DON
define_tavg_field: id = 1151 UE_DOP
define_tavg_field: id = 1152 VN_DOP
define_tavg_field: id = 1153 WT_DOP
define_tavg_field: id = 1154 ADV_DOP
define_tavg_field: id = 1155 UE_DOPr
define_tavg_field: id = 1156 VN_DOPr
define_tavg_field: id = 1157 WT_DOPr
define_tavg_field: id = 1158 ADV_DOPr
define_tavg_field: id = 1159 UE_DONr
define_tavg_field: id = 1160 VN_DONr
define_tavg_field: id = 1161 WT_DONr
define_tavg_field: id = 1162 ADV_DONr
define_tavg_field: id = 1163 UE_DOCr
define_tavg_field: id = 1164 VN_DOCr
define_tavg_field: id = 1165 WT_DOCr
define_tavg_field: id = 1166 ADV_DOCr
define_tavg_field: id = 1167 UE_zooC
define_tavg_field: id = 1168 VN_zooC
define_tavg_field: id = 1169 WT_zooC
define_tavg_field: id = 1170 ADV_zooC
define_tavg_field: id = 1171 UE_spChl
define_tavg_field: id = 1172 VN_spChl
define_tavg_field: id = 1173 WT_spChl
define_tavg_field: id = 1174 ADV_spChl
define_tavg_field: id = 1175 UE_spC
define_tavg_field: id = 1176 VN_spC
define_tavg_field: id = 1177 WT_spC
define_tavg_field: id = 1178 ADV_spC
define_tavg_field: id = 1179 UE_spP
define_tavg_field: id = 1180 VN_spP
define_tavg_field: id = 1181 WT_spP
define_tavg_field: id = 1182 ADV_spP
define_tavg_field: id = 1183 UE_spFe
define_tavg_field: id = 1184 VN_spFe
define_tavg_field: id = 1185 WT_spFe
define_tavg_field: id = 1186 ADV_spFe
define_tavg_field: id = 1187 UE_spCaCO3
define_tavg_field: id = 1188 VN_spCaCO3
define_tavg_field: id = 1189 WT_spCaCO3
define_tavg_field: id = 1190 ADV_spCaCO3
define_tavg_field: id = 1191 UE_diatChl
define_tavg_field: id = 1192 VN_diatChl
define_tavg_field: id = 1193 WT_diatChl
define_tavg_field: id = 1194 ADV_diatChl
define_tavg_field: id = 1195 UE_diatC
define_tavg_field: id = 1196 VN_diatC
define_tavg_field: id = 1197 WT_diatC
define_tavg_field: id = 1198 ADV_diatC
define_tavg_field: id = 1199 UE_diatP
define_tavg_field: id = 1200 VN_diatP
define_tavg_field: id = 1201 WT_diatP
define_tavg_field: id = 1202 ADV_diatP
define_tavg_field: id = 1203 UE_diatFe
define_tavg_field: id = 1204 VN_diatFe
define_tavg_field: id = 1205 WT_diatFe
define_tavg_field: id = 1206 ADV_diatFe
define_tavg_field: id = 1207 UE_diatSi
define_tavg_field: id = 1208 VN_diatSi
define_tavg_field: id = 1209 WT_diatSi
define_tavg_field: id = 1210 ADV_diatSi
define_tavg_field: id = 1211 UE_diazChl
define_tavg_field: id = 1212 VN_diazChl
define_tavg_field: id = 1213 WT_diazChl
define_tavg_field: id = 1214 ADV_diazChl
define_tavg_field: id = 1215 UE_diazC
define_tavg_field: id = 1216 VN_diazC
define_tavg_field: id = 1217 WT_diazC
define_tavg_field: id = 1218 ADV_diazC
define_tavg_field: id = 1219 UE_diazP
define_tavg_field: id = 1220 VN_diazP
define_tavg_field: id = 1221 WT_diazP
define_tavg_field: id = 1222 ADV_diazP
define_tavg_field: id = 1223 UE_diazFe
define_tavg_field: id = 1224 VN_diazFe
define_tavg_field: id = 1225 WT_diazFe
define_tavg_field: id = 1226 ADV_diazFe
define_tavg_field: id = 1227 UE_IAGE
define_tavg_field: id = 1228 VN_IAGE
define_tavg_field: id = 1229 WT_IAGE
define_tavg_field: id = 1230 ADV_IAGE
define_tavg_field: id = 1231 ADV_3D_TEMP
define_tavg_field: id = 1232 ADV_3D_SALT
define_tavg_field: id = 1233 ADV_3D_PO4
define_tavg_field: id = 1234 ADV_3D_NO3
define_tavg_field: id = 1235 ADV_3D_SiO3
define_tavg_field: id = 1236 ADV_3D_NH4
define_tavg_field: id = 1237 ADV_3D_Fe
define_tavg_field: id = 1238 ADV_3D_Lig
define_tavg_field: id = 1239 ADV_3D_O2
define_tavg_field: id = 1240 ADV_3D_DIC
define_tavg_field: id = 1241 ADV_3D_DIC_ALT_CO2
define_tavg_field: id = 1242 ADV_3D_ALK
define_tavg_field: id = 1243 ADV_3D_ALK_ALT_CO2
define_tavg_field: id = 1244 ADV_3D_DOC
define_tavg_field: id = 1245 ADV_3D_DON
define_tavg_field: id = 1246 ADV_3D_DOP
define_tavg_field: id = 1247 ADV_3D_DOPr
define_tavg_field: id = 1248 ADV_3D_DONr
define_tavg_field: id = 1249 ADV_3D_DOCr
define_tavg_field: id = 1250 ADV_3D_zooC
define_tavg_field: id = 1251 ADV_3D_spChl
define_tavg_field: id = 1252 ADV_3D_spC
define_tavg_field: id = 1253 ADV_3D_spP
define_tavg_field: id = 1254 ADV_3D_spFe
define_tavg_field: id = 1255 ADV_3D_spCaCO3
define_tavg_field: id = 1256 ADV_3D_diatChl
define_tavg_field: id = 1257 ADV_3D_diatC
define_tavg_field: id = 1258 ADV_3D_diatP
define_tavg_field: id = 1259 ADV_3D_diatFe
define_tavg_field: id = 1260 ADV_3D_diatSi
define_tavg_field: id = 1261 ADV_3D_diazChl
define_tavg_field: id = 1262 ADV_3D_diazC
define_tavg_field: id = 1263 ADV_3D_diazP
define_tavg_field: id = 1264 ADV_3D_diazFe
define_tavg_field: id = 1265 ADV_3D_IAGE
define_tavg_field: id = 1266 PV
define_tavg_field: id = 1267 Q
define_tavg_field: id = 1268 PD
define_tavg_field: id = 1269 RHOU
define_tavg_field: id = 1270 RHOV
define_tavg_field: id = 1271 URHO
define_tavg_field: id = 1272 VRHO
define_tavg_field: id = 1273 WRHO
define_tavg_field: id = 1274 PVWM
define_tavg_field: id = 1275 PVWP
define_tavg_field: id = 1276 UPV
define_tavg_field: id = 1277 VPV
define_tavg_field: id = 1278 UQ
define_tavg_field: id = 1279 VQ
========================================================================
Short-wave absorption:
sw_absorption namelist
&SW_ABSORPTION_NML
SW_ABSORPTION_TYPE = chlorophyll ,
JERLOV_WATER_TYPE = 3,
CHL_OPTION = model ,
CHL_FILENAME = /cluster/work/users/hanbre/inputdata/ocn/pop/gx1v6/forcing/chl_filled_20061230.ieeer8 ,
CHL_FILE_FMT = bin
/
Chlorophyll transmission table computed
define_tavg_field: id = 1280 QSW_HTP
define_tavg_field: id = 1281 QSW_3D
========================================================================
Estuary VSF parameterization:
Estuary VSF parametierzation namelist
&ESTUARY_NML
ESTUARY_OPTION = on ,
ESTUARY_TYPE = vsf_ebm ,
EBM_PARAM_OPTION = file ,
EBM_PARAM_FILENAME = /cluster/work/users/hanbre/inputdata/ocn/pop/gx1v6/forcing/EBMparm_HU20HL20_gx1v6.20170312.nc ,
EBM_PARAM_FILE_FMT = nc ,
TIDE_AMP = 1.00000000000000 ,
W_H = 2000.00000000000 ,
H = 10.0000000000000 ,
A1 = 0.876000000000000 ,
A2 = 0.000000000000000E+000,
H0 = 0.500000000000000 ,
H_UPPER = 15.0000000000000 ,
H_LOWER = 25.0000000000000
/
define_tavg_field: id = 1282 S_lower_layer
define_tavg_field: id = 1283 S_upper_layer
define_tavg_field: id = 1284 Q_lower
define_tavg_field: id = 1285 Q_upper
define_tavg_field: id = 1286 T_FLUX_ROFF_VSF_SRF
define_tavg_field: id = 1287 S_FLUX_ROFF_VSF_SRF
define_tavg_field: id = 1288 T_FLUX_EXCH_INTRF
define_tavg_field: id = 1289 S_FLUX_EXCH_INTRF
define_tavg_field: id = 1290 T_FLUX_ROFF_VSF
define_tavg_field: id = 1291 S_FLUX_ROFF_VSF
define_tavg_field: id = 1292 T_FLUX_EXCH
define_tavg_field: id = 1293 S_FLUX_EXCH
define_tavg_field: id = 1294 PO4_FLUX_ROFF_VSF_SRF
define_tavg_field: id = 1295 PO4_FLUX_EXCH_INTRF
define_tavg_field: id = 1296 PO4_FLUX_ROFF_VSF
define_tavg_field: id = 1297 PO4_FLUX_EXCH
define_tavg_field: id = 1298 NO3_FLUX_ROFF_VSF_SRF
define_tavg_field: id = 1299 NO3_FLUX_EXCH_INTRF
define_tavg_field: id = 1300 NO3_FLUX_ROFF_VSF
define_tavg_field: id = 1301 NO3_FLUX_EXCH
define_tavg_field: id = 1302 SiO3_FLUX_ROFF_VSF_SRF
define_tavg_field: id = 1303 SiO3_FLUX_EXCH_INTRF
define_tavg_field: id = 1304 SiO3_FLUX_ROFF_VSF
define_tavg_field: id = 1305 SiO3_FLUX_EXCH
define_tavg_field: id = 1306 NH4_FLUX_ROFF_VSF_SRF
define_tavg_field: id = 1307 NH4_FLUX_EXCH_INTRF
define_tavg_field: id = 1308 NH4_FLUX_ROFF_VSF
define_tavg_field: id = 1309 NH4_FLUX_EXCH
define_tavg_field: id = 1310 Fe_FLUX_ROFF_VSF_SRF
define_tavg_field: id = 1311 Fe_FLUX_EXCH_INTRF
define_tavg_field: id = 1312 Fe_FLUX_ROFF_VSF
define_tavg_field: id = 1313 Fe_FLUX_EXCH
define_tavg_field: id = 1314 Lig_FLUX_ROFF_VSF_SRF
define_tavg_field: id = 1315 Lig_FLUX_EXCH_INTRF
define_tavg_field: id = 1316 Lig_FLUX_ROFF_VSF
define_tavg_field: id = 1317 Lig_FLUX_EXCH
define_tavg_field: id = 1318 O2_FLUX_ROFF_VSF_SRF
define_tavg_field: id = 1319 O2_FLUX_EXCH_INTRF
define_tavg_field: id = 1320 O2_FLUX_ROFF_VSF
define_tavg_field: id = 1321 O2_FLUX_EXCH
define_tavg_field: id = 1322 DIC_FLUX_ROFF_VSF_SRF
define_tavg_field: id = 1323 DIC_FLUX_EXCH_INTRF
define_tavg_field: id = 1324 DIC_FLUX_ROFF_VSF
define_tavg_field: id = 1325 DIC_FLUX_EXCH
define_tavg_field: id = 1326 DIC_ALT_CO2_FLUX_ROFF_VSF_SRF
define_tavg_field: id = 1327 DIC_ALT_CO2_FLUX_EXCH_INTRF
define_tavg_field: id = 1328 DIC_ALT_CO2_FLUX_ROFF_VSF
define_tavg_field: id = 1329 DIC_ALT_CO2_FLUX_EXCH
define_tavg_field: id = 1330 ALK_FLUX_ROFF_VSF_SRF
define_tavg_field: id = 1331 ALK_FLUX_EXCH_INTRF
define_tavg_field: id = 1332 ALK_FLUX_ROFF_VSF
define_tavg_field: id = 1333 ALK_FLUX_EXCH
define_tavg_field: id = 1334 ALK_ALT_CO2_FLUX_ROFF_VSF_SRF
define_tavg_field: id = 1335 ALK_ALT_CO2_FLUX_EXCH_INTRF
define_tavg_field: id = 1336 ALK_ALT_CO2_FLUX_ROFF_VSF
define_tavg_field: id = 1337 ALK_ALT_CO2_FLUX_EXCH
define_tavg_field: id = 1338 DOC_FLUX_ROFF_VSF_SRF
define_tavg_field: id = 1339 DOC_FLUX_EXCH_INTRF
define_tavg_field: id = 1340 DOC_FLUX_ROFF_VSF
define_tavg_field: id = 1341 DOC_FLUX_EXCH
define_tavg_field: id = 1342 DON_FLUX_ROFF_VSF_SRF
define_tavg_field: id = 1343 DON_FLUX_EXCH_INTRF
define_tavg_field: id = 1344 DON_FLUX_ROFF_VSF
define_tavg_field: id = 1345 DON_FLUX_EXCH
define_tavg_field: id = 1346 DOP_FLUX_ROFF_VSF_SRF
define_tavg_field: id = 1347 DOP_FLUX_EXCH_INTRF
define_tavg_field: id = 1348 DOP_FLUX_ROFF_VSF
define_tavg_field: id = 1349 DOP_FLUX_EXCH
define_tavg_field: id = 1350 DOPr_FLUX_ROFF_VSF_SRF
define_tavg_field: id = 1351 DOPr_FLUX_EXCH_INTRF
define_tavg_field: id = 1352 DOPr_FLUX_ROFF_VSF
define_tavg_field: id = 1353 DOPr_FLUX_EXCH
define_tavg_field: id = 1354 DONr_FLUX_ROFF_VSF_SRF
define_tavg_field: id = 1355 DONr_FLUX_EXCH_INTRF
define_tavg_field: id = 1356 DONr_FLUX_ROFF_VSF
define_tavg_field: id = 1357 DONr_FLUX_EXCH
define_tavg_field: id = 1358 DOCr_FLUX_ROFF_VSF_SRF
define_tavg_field: id = 1359 DOCr_FLUX_EXCH_INTRF
define_tavg_field: id = 1360 DOCr_FLUX_ROFF_VSF
define_tavg_field: id = 1361 DOCr_FLUX_EXCH
define_tavg_field: id = 1362 zooC_FLUX_ROFF_VSF_SRF
define_tavg_field: id = 1363 zooC_FLUX_EXCH_INTRF
define_tavg_field: id = 1364 zooC_FLUX_ROFF_VSF
define_tavg_field: id = 1365 zooC_FLUX_EXCH
define_tavg_field: id = 1366 spChl_FLUX_ROFF_VSF_SRF
define_tavg_field: id = 1367 spChl_FLUX_EXCH_INTRF
define_tavg_field: id = 1368 spChl_FLUX_ROFF_VSF
define_tavg_field: id = 1369 spChl_FLUX_EXCH
define_tavg_field: id = 1370 spC_FLUX_ROFF_VSF_SRF
define_tavg_field: id = 1371 spC_FLUX_EXCH_INTRF
define_tavg_field: id = 1372 spC_FLUX_ROFF_VSF
define_tavg_field: id = 1373 spC_FLUX_EXCH
define_tavg_field: id = 1374 spP_FLUX_ROFF_VSF_SRF
define_tavg_field: id = 1375 spP_FLUX_EXCH_INTRF
define_tavg_field: id = 1376 spP_FLUX_ROFF_VSF
define_tavg_field: id = 1377 spP_FLUX_EXCH
define_tavg_field: id = 1378 spFe_FLUX_ROFF_VSF_SRF
define_tavg_field: id = 1379 spFe_FLUX_EXCH_INTRF
define_tavg_field: id = 1380 spFe_FLUX_ROFF_VSF
define_tavg_field: id = 1381 spFe_FLUX_EXCH
define_tavg_field: id = 1382 spCaCO3_FLUX_ROFF_VSF_SRF
define_tavg_field: id = 1383 spCaCO3_FLUX_EXCH_INTRF
define_tavg_field: id = 1384 spCaCO3_FLUX_ROFF_VSF
define_tavg_field: id = 1385 spCaCO3_FLUX_EXCH
define_tavg_field: id = 1386 diatChl_FLUX_ROFF_VSF_SRF
define_tavg_field: id = 1387 diatChl_FLUX_EXCH_INTRF
define_tavg_field: id = 1388 diatChl_FLUX_ROFF_VSF
define_tavg_field: id = 1389 diatChl_FLUX_EXCH
define_tavg_field: id = 1390 diatC_FLUX_ROFF_VSF_SRF
define_tavg_field: id = 1391 diatC_FLUX_EXCH_INTRF
define_tavg_field: id = 1392 diatC_FLUX_ROFF_VSF
define_tavg_field: id = 1393 diatC_FLUX_EXCH
define_tavg_field: id = 1394 diatP_FLUX_ROFF_VSF_SRF
define_tavg_field: id = 1395 diatP_FLUX_EXCH_INTRF
define_tavg_field: id = 1396 diatP_FLUX_ROFF_VSF
define_tavg_field: id = 1397 diatP_FLUX_EXCH
define_tavg_field: id = 1398 diatFe_FLUX_ROFF_VSF_SRF
define_tavg_field: id = 1399 diatFe_FLUX_EXCH_INTRF
define_tavg_field: id = 1400 diatFe_FLUX_ROFF_VSF
define_tavg_field: id = 1401 diatFe_FLUX_EXCH
define_tavg_field: id = 1402 diatSi_FLUX_ROFF_VSF_SRF
define_tavg_field: id = 1403 diatSi_FLUX_EXCH_INTRF
define_tavg_field: id = 1404 diatSi_FLUX_ROFF_VSF
define_tavg_field: id = 1405 diatSi_FLUX_EXCH
define_tavg_field: id = 1406 diazChl_FLUX_ROFF_VSF_SRF
define_tavg_field: id = 1407 diazChl_FLUX_EXCH_INTRF
define_tavg_field: id = 1408 diazChl_FLUX_ROFF_VSF
define_tavg_field: id = 1409 diazChl_FLUX_EXCH
define_tavg_field: id = 1410 diazC_FLUX_ROFF_VSF_SRF
define_tavg_field: id = 1411 diazC_FLUX_EXCH_INTRF
define_tavg_field: id = 1412 diazC_FLUX_ROFF_VSF
define_tavg_field: id = 1413 diazC_FLUX_EXCH
define_tavg_field: id = 1414 diazP_FLUX_ROFF_VSF_SRF
define_tavg_field: id = 1415 diazP_FLUX_EXCH_INTRF
define_tavg_field: id = 1416 diazP_FLUX_ROFF_VSF
define_tavg_field: id = 1417 diazP_FLUX_EXCH
define_tavg_field: id = 1418 diazFe_FLUX_ROFF_VSF_SRF
define_tavg_field: id = 1419 diazFe_FLUX_EXCH_INTRF
define_tavg_field: id = 1420 diazFe_FLUX_ROFF_VSF
define_tavg_field: id = 1421 diazFe_FLUX_EXCH
define_tavg_field: id = 1422 IAGE_FLUX_ROFF_VSF_SRF
define_tavg_field: id = 1423 IAGE_FLUX_EXCH_INTRF
define_tavg_field: id = 1424 IAGE_FLUX_ROFF_VSF
define_tavg_field: id = 1425 IAGE_FLUX_EXCH
define_tavg_field: id = 1426 QFLUX
------------------------------------------------------------------------
Marginal-sea balancing information
------------------------------------------------------------------------
------------------------------------------------------------------------
Diagnostic options
------------------------------------------------------------------------
Global diagnostics computed every 1 months
Global diagnostics written to file: /cluster/work/users/hanbre//bwma1850.f09.y13.los_chocoyos.qboE.ensoN.clone.SO2/run/./bwma1850.f09.y13.los_chocoyos.qboE.ensoN.clone.SO2.pop.dd.0013-02-01-00000
Equatorial velocities written to file: /cluster/work/users/hanbre//bwma1850.f09.y13.los_chocoyos.qboE.ensoN.clone.SO2/run/./bwma1850.f09.y13.los_chocoyos.qboE.ensoN.clone.SO2.pop.dv.0013-02-01-00000
CFL diagnostics computed every 1 months
CFL diagnostics written to file: /cluster/work/users/hanbre//bwma1850.f09.y13.los_chocoyos.qboE.ensoN.clone.SO2/run/./bwma1850.f09.y13.los_chocoyos.qboE.ensoN.clone.SO2.pop.dd.0013-02-01-00000
Transport diagnostics computed every 1 months
Transport diagnostics written to file: /cluster/work/users/hanbre//bwma1850.f09.y13.los_chocoyos.qboE.ensoN.clone.SO2/run/./bwma1850.f09.y13.los_chocoyos.qboE.ensoN.clone.SO2.pop.dt.0013-02-01-00000
The following 11 transports will be computed
Drake Passage
Mozambique Channel
Bering Strait
Northwest Passage
Indonesian Throughflow I
Indonesian Throughflow II
Florida Strait
Windward Passage I
Windward Passage II
Gibraltar
Nares Strait
define_tavg_field: id = 1427 HMXL
define_tavg_field: id = 1428 HMXL_2
define_tavg_field: id = 1429 HMXL_DR
define_tavg_field: id = 1430 HMXL_DR_2
define_tavg_field: id = 1431 XMXL
define_tavg_field: id = 1432 XMXL_2
define_tavg_field: id = 1433 XMXL_DR
define_tavg_field: id = 1434 TMXL
define_tavg_field: id = 1435 TMXL_DR
define_tavg_field: id = 1436 HBLT
define_tavg_field: id = 1437 XBLT
define_tavg_field: id = 1438 TBLT
Velocity diagnostics will be computed at the following locations:
(231,187) ( 0.000000000000000, 219.875006118579222)
(231,194) ( 1.871044944959805, 219.875081237234184)
( 13,187) ( 0.000000000000000, 334.625009311788915)
( 13,195) ( 2.128333088942848, 334.624980961780523)
(258,187) ( 0.000000000000000, 250.250006963840605)
------------------------------------------------------------------------
End Diagnostic opt
------------------------------------------------------------------------
Overflow diagnostics written to file: /cluster/work/users/hanbre//bwma1850.f09.y13.los_chocoyos.qboE.ensoN.clone.SO2/run/./bwma1850.f09.y13.los_chocoyos.qboE.ensoN.clone.SO2.pop.do.0013-02-01-00000
regular restart writes will start at step 0
========================================================================
History output options
------------------------------------------------------------------------
History output disabled
------------------------------------------------------------------------
Movie option
------------------------------------------------------------------------
========================================================================
Movie:
movie_nml namelist settings:
&MOVIE_NML
MOVIE_FREQ_OPT = never ,
MOVIE_FREQ = 1,
MOVIE_OUTFILE = ./bwma1850.f09.y13.los_chocoyos.qboE.ensoN.clone.SO2.pop.hm ,
MOVIE_CONTENTS = /cluster/work/users/hanbre//bwma1850.f09.y13.los_chocoyos.qboE.ensoN.clone.SO2/run/gx1v7_movie_contents ,
MOVIE_FMT = nc
/
movie diagnostics off
========================================================================
Tavg:
------------------------------------------------------------------------
tavg_nml namelist settings:
&TAVG_NML
TAVG_FREQ_OPT = nmonth nday
once nday
nyear
never never
never never
,
TAVG_FREQ = 5*1, 4*100000,
TAVG_INFILE = ./bwma1850.f09.y13.los_chocoyos.qboE.ensoN.clone.SO2.pop.hrestart.end ,
TAVG_OUTFILE = ./bwma1850.f09.y13.los_chocoyos.qboE.ensoN.clone.SO2.pop.h ,
TAVG_CONTENTS = /cluster/work/users/hanbre//bwma1850.f09.y13.los_chocoyos.qboE.ensoN.clone.SO2/run/gx1v7_tavg_contents ,
TAVG_START_OPT = nstep nstep
nstep nstep
nstep
nstep nstep
nstep nstep
,
TAVG_START = 9*0,
TAVG_FMT_IN = nc nc
nc nc
nc
nc nc
nc nc
,
TAVG_FMT_OUT = nc nc
nc nc
nc
nc nc
nc nc
,
TAVG_STREAM_FILESTRINGS = nmonth1 nday1
once ecosys.nday1
ecosys.nyear1
,
LTAVG_NINO_DIAGS_REQUESTED = T,
N_TAVG_STREAMS = 5,
LTAVG_IGNORE_EXTRA_STREAMS = F,
LTAVG_STREAMS_INDEX_PRESENT = T,
LTAVG_HAS_OFFSET_DATE = 9*F,
TAVG_OFFSET_YEARS = 9*1,
TAVG_OFFSET_MONTHS = 9*1,
TAVG_OFFSET_DAYS = 5*2, 4*1,
LTAVG_ONE_TIME_HEADER = 9*F,
TAVG_FILE_FREQ_OPT = nmonth nmonth
once nmonth
nyear
never never
never never
,
TAVG_FILE_FREQ = 5*1, 4*100000
/
There will be 5 tavg output streams created during this run
------------------------------------------------------------------------
stream # 1: tavg diagnostics every 1 months
stream # 1: tavg sums accumulated starting at step 0
stream # 1: tavg diagnostics every 1 months
stream # 2: tavg diagnostics every 1 days
stream # 2: tavg sums accumulated starting at step 0
stream # 2: tavg diagnostics every 1 months
stream # 3tavg fields written once (time-invariant fields)
stream # 3: tavg sums accumulated starting at step 0
stream # 3tavg file written once (time-invariant fields)
stream # 4: tavg diagnostics every 1 days
stream # 4: tavg sums accumulated starting at step 0
stream # 4: tavg diagnostics every 1 months
stream # 5: tavg diagnostics every 1 years
stream # 5: tavg sums accumulated starting at step 0
stream # 5: tavg diagnostics every 1 years
define_tavg_field: id = 1439 BSF
There are 965 tavg fields requested via tavg_contents.
(init_tavg) total number of lines in tavg_contents file = 965
tavg diagnostics requested for fields:
(init_tavg) inactive tavg_contents field: = An integer [1,9] in the first column identifies the field's output stream number.
(init_tavg) inactive tavg_contents field: = To deactivate a field, replace the output stream number with # or !
1 QFLUX
1 BSF
1 TFW_T
1 TFW_S
1 RESID_T
1 RESID_S
1 QSW_HTP
1 QSW_HBL
1 SHF
1 SHF_QSW
1 SFWF
1 PREC_F
1 SNOW_F
1 EVAP_F
1 MELT_F
1 ROFF_F
1 IOFF_F
1 SALT_F
1 SENH_F
1 LWUP_F
1 LWDN_F
1 MELTH_F
1 IFRAC
1 SSH
1 TAUX
1 TAUY
1 SU
1 SV
1 HMXL
(init_tavg) inactive tavg_contents field: = HMXL_2
1 HMXL_DR
2 HMXL_DR_2
1 XMXL
2 XMXL_2
1 XMXL_DR
1 TMXL
1 TMXL_DR
1 HBLT
1 XBLT
1 TBLT
1 FW
1 ADVT
1 ADVS
1 HDIFT
1 HDIFS
1 UVEL
1 VVEL
1 WVEL
1 TEMP
1 dTEMP_POS_2D
1 dTEMP_NEG_2D
1 SALT
1 SSS2
1 PD
1 Q
1 RHO
1 UET
1 UES
1 VNT
1 VNS
1 WTT
1 WTS
1 KAPPA_ISOP
1 KAPPA_THIC
1 HOR_DIFF
1 PV
1 UISOP
1 VISOP
1 WISOP
1 ADVT_ISOP
1 ADVS_ISOP
1 VNT_ISOP
1 VNS_ISOP
1 KVMIX
1 TPOWER
1 DIA_DEPTH
1 TLT
1 INT_DEPTH
1 USUBM
1 VSUBM
1 WSUBM
1 ADVT_SUBM
1 ADVS_SUBM
1 VNT_SUBM
1 VNS_SUBM
1 HLS_SUBM
2 SST
2 SST2
1 VDC_T
1 VDC_S
1 UVEL2
1 VVEL2
1 WVEL2
1 RHO_VINT
1 SFWF_WRST
1 TAUX2
1 TAUY2
1 SSH2
1 VVC
3 VDC_BCK
3 VVC_BCK
1 KVMIX_M
(init_tavg) inactive tavg_contents field: = SALT_MAX
(init_tavg) inactive tavg_contents field: = SALT_MIN
(init_tavg) inactive tavg_contents field: = TEMP_MAX
(init_tavg) inactive tavg_contents field: = TEMP_MIN
(init_tavg) inactive tavg_contents field: = TEMP_27
(init_tavg) inactive tavg_contents field: = TEMP_43
1 IAGE
(init_tavg) inactive tavg_contents field: = The following diagnostics were provided via
(init_tavg) inactive tavg_contents field: = /nird/home/hanbre/cases/bwma1850.f09.y13.los_chocoyos.qboE.ensoN.clone.SO2/Buildconf/popconf/ecosys_diagnostics
1 ATM_FINE_DUST_FLUX_CPL
1 ATM_COARSE_DUST_FLUX_CPL
1 SEAICE_DUST_FLUX_CPL
1 ATM_BLACK_CARBON_FLUX_CPL
1 SEAICE_BLACK_CARBON_FLUX_CPL
1 ALK
1 STF_ALK
5 J_ALK
1 Jint_100m_ALK
(init_tavg) inactive tavg_contents field: = Jint_ALK
(init_tavg) inactive tavg_contents field: = ALK_zint_100m
1 tend_zint_100m_ALK
1 ALK_RIV_FLUX
1 FvPER_ALK
1 FvICE_ALK
(init_tavg) inactive tavg_contents field: = UE_ALK
(init_tavg) inactive tavg_contents field: = VN_ALK
(init_tavg) inactive tavg_contents field: = WT_ALK
(init_tavg) inactive tavg_contents field: = DIA_IMPVF_ALK
(init_tavg) inactive tavg_contents field: = HDIFE_ALK
(init_tavg) inactive tavg_contents field: = HDIFN_ALK
(init_tavg) inactive tavg_contents field: = HDIFB_ALK
(init_tavg) inactive tavg_contents field: = KPP_SRC_ALK
1 DIC
(init_tavg) inactive tavg_contents field: = STF_DIC
1 J_DIC
1 Jint_100m_DIC
(init_tavg) inactive tavg_contents field: = Jint_DIC
(init_tavg) inactive tavg_contents field: = DIC_zint_100m
1 tend_zint_100m_DIC
1 DIC_RIV_FLUX
1 FvPER_DIC
1 FvICE_DIC
5 UE_DIC
5 VN_DIC
5 WT_DIC
5 DIA_IMPVF_DIC
5 HDIFE_DIC
5 HDIFN_DIC
5 HDIFB_DIC
5 KPP_SRC_DIC
1 DOC
(init_tavg) inactive tavg_contents field: = STF_DOC
(init_tavg) inactive tavg_contents field: = J_DOC
1 Jint_100m_DOC
(init_tavg) inactive tavg_contents field: = Jint_DOC
(init_tavg) inactive tavg_contents field: = DOC_zint_100m
1 tend_zint_100m_DOC
1 DOC_RIV_FLUX
5 UE_DOC
5 VN_DOC
5 WT_DOC
5 DIA_IMPVF_DOC
5 HDIFE_DOC
5 HDIFN_DOC
5 HDIFB_DOC
(init_tavg) inactive tavg_contents field: = KPP_SRC_DOC
1 DOCr
(init_tavg) inactive tavg_contents field: = STF_DOCr
(init_tavg) inactive tavg_contents field: = J_DOCr
1 Jint_100m_DOCr
(init_tavg) inactive tavg_contents field: = Jint_DOCr
(init_tavg) inactive tavg_contents field: = DOCr_zint_100m
1 tend_zint_100m_DOCr
1 DOCr_RIV_FLUX
5 UE_DOCr
5 VN_DOCr
5 WT_DOCr
5 DIA_IMPVF_DOCr
5 HDIFE_DOCr
5 HDIFN_DOCr
5 HDIFB_DOCr
(init_tavg) inactive tavg_contents field: = KPP_SRC_DOCr
1 DON
(init_tavg) inactive tavg_contents field: = STF_DON
(init_tavg) inactive tavg_contents field: = J_DON
(init_tavg) inactive tavg_contents field: = Jint_100m_DON
(init_tavg) inactive tavg_contents field: = Jint_DON
(init_tavg) inactive tavg_contents field: = DON_zint_100m
(init_tavg) inactive tavg_contents field: = tend_zint_100m_DON
1 DON_RIV_FLUX
(init_tavg) inactive tavg_contents field: = UE_DON
(init_tavg) inactive tavg_contents field: = VN_DON
(init_tavg) inactive tavg_contents field: = WT_DON
(init_tavg) inactive tavg_contents field: = DIA_IMPVF_DON
(init_tavg) inactive tavg_contents field: = HDIFE_DON
(init_tavg) inactive tavg_contents field: = HDIFN_DON
(init_tavg) inactive tavg_contents field: = HDIFB_DON
(init_tavg) inactive tavg_contents field: = KPP_SRC_DON
1 DONr
(init_tavg) inactive tavg_contents field: = STF_DONr
(init_tavg) inactive tavg_contents field: = J_DONr
(init_tavg) inactive tavg_contents field: = Jint_100m_DONr
(init_tavg) inactive tavg_contents field: = Jint_DONr
(init_tavg) inactive tavg_contents field: = DONr_zint_100m
(init_tavg) inactive tavg_contents field: = tend_zint_100m_DONr
1 DONr_RIV_FLUX
(init_tavg) inactive tavg_contents field: = UE_DONr
(init_tavg) inactive tavg_contents field: = VN_DONr
(init_tavg) inactive tavg_contents field: = WT_DONr
(init_tavg) inactive tavg_contents field: = DIA_IMPVF_DONr
(init_tavg) inactive tavg_contents field: = HDIFE_DONr
(init_tavg) inactive tavg_contents field: = HDIFN_DONr
(init_tavg) inactive tavg_contents field: = HDIFB_DONr
(init_tavg) inactive tavg_contents field: = KPP_SRC_DONr
1 DOP
(init_tavg) inactive tavg_contents field: = STF_DOP
(init_tavg) inactive tavg_contents field: = J_DOP
(init_tavg) inactive tavg_contents field: = Jint_100m_DOP
(init_tavg) inactive tavg_contents field: = Jint_DOP
(init_tavg) inactive tavg_contents field: = DOP_zint_100m
(init_tavg) inactive tavg_contents field: = tend_zint_100m_DOP
1 DOP_RIV_FLUX
(init_tavg) inactive tavg_contents field: = UE_DOP
(init_tavg) inactive tavg_contents field: = VN_DOP
(init_tavg) inactive tavg_contents field: = WT_DOP
(init_tavg) inactive tavg_contents field: = DIA_IMPVF_DOP
(init_tavg) inactive tavg_contents field: = HDIFE_DOP
(init_tavg) inactive tavg_contents field: = HDIFN_DOP
(init_tavg) inactive tavg_contents field: = HDIFB_DOP
(init_tavg) inactive tavg_contents field: = KPP_SRC_DOP
1 DOPr
(init_tavg) inactive tavg_contents field: = STF_DOPr
(init_tavg) inactive tavg_contents field: = J_DOPr
(init_tavg) inactive tavg_contents field: = Jint_100m_DOPr
(init_tavg) inactive tavg_contents field: = Jint_DOPr
(init_tavg) inactive tavg_contents field: = DOPr_zint_100m
(init_tavg) inactive tavg_contents field: = tend_zint_100m_DOPr
1 DOPr_RIV_FLUX
(init_tavg) inactive tavg_contents field: = UE_DOPr
(init_tavg) inactive tavg_contents field: = VN_DOPr
(init_tavg) inactive tavg_contents field: = WT_DOPr
(init_tavg) inactive tavg_contents field: = DIA_IMPVF_DOPr
(init_tavg) inactive tavg_contents field: = HDIFE_DOPr
(init_tavg) inactive tavg_contents field: = HDIFN_DOPr
(init_tavg) inactive tavg_contents field: = HDIFB_DOPr
(init_tavg) inactive tavg_contents field: = KPP_SRC_DOPr
1 Fe
(init_tavg) inactive tavg_contents field: = STF_Fe
5 J_Fe
1 Jint_100m_Fe
(init_tavg) inactive tavg_contents field: = Jint_Fe
(init_tavg) inactive tavg_contents field: = Fe_zint_100m
1 tend_zint_100m_Fe
1 Fe_RIV_FLUX
5 UE_Fe
5 VN_Fe
5 WT_Fe
5 DIA_IMPVF_Fe
5 HDIFE_Fe
5 HDIFN_Fe
5 HDIFB_Fe
5 KPP_SRC_Fe
1 Lig
(init_tavg) inactive tavg_contents field: = STF_Lig
(init_tavg) inactive tavg_contents field: = J_Lig
(init_tavg) inactive tavg_contents field: = Jint_100m_Lig
(init_tavg) inactive tavg_contents field: = Jint_Lig
(init_tavg) inactive tavg_contents field: = Lig_zint_100m
(init_tavg) inactive tavg_contents field: = tend_zint_100m_Lig
(init_tavg) inactive tavg_contents field: = UE_Lig
(init_tavg) inactive tavg_contents field: = VN_Lig
(init_tavg) inactive tavg_contents field: = WT_Lig
(init_tavg) inactive tavg_contents field: = DIA_IMPVF_Lig
(init_tavg) inactive tavg_contents field: = HDIFE_Lig
(init_tavg) inactive tavg_contents field: = HDIFN_Lig
(init_tavg) inactive tavg_contents field: = HDIFB_Lig
(init_tavg) inactive tavg_contents field: = KPP_SRC_Lig
1 NH4
(init_tavg) inactive tavg_contents field: = STF_NH4
5 J_NH4
1 Jint_100m_NH4
(init_tavg) inactive tavg_contents field: = Jint_NH4
(init_tavg) inactive tavg_contents field: = NH4_zint_100m
1 tend_zint_100m_NH4
(init_tavg) inactive tavg_contents field: = UE_NH4
(init_tavg) inactive tavg_contents field: = VN_NH4
(init_tavg) inactive tavg_contents field: = WT_NH4
(init_tavg) inactive tavg_contents field: = DIA_IMPVF_NH4
(init_tavg) inactive tavg_contents field: = HDIFE_NH4
(init_tavg) inactive tavg_contents field: = HDIFN_NH4
(init_tavg) inactive tavg_contents field: = HDIFB_NH4
(init_tavg) inactive tavg_contents field: = KPP_SRC_NH4
1 NO3
(init_tavg) inactive tavg_contents field: = STF_NO3
5 J_NO3
1 Jint_100m_NO3
(init_tavg) inactive tavg_contents field: = Jint_NO3
(init_tavg) inactive tavg_contents field: = NO3_zint_100m
1 tend_zint_100m_NO3
1 NO3_RIV_FLUX
(init_tavg) inactive tavg_contents field: = UE_NO3
(init_tavg) inactive tavg_contents field: = VN_NO3
(init_tavg) inactive tavg_contents field: = WT_NO3
(init_tavg) inactive tavg_contents field: = DIA_IMPVF_NO3
(init_tavg) inactive tavg_contents field: = HDIFE_NO3
(init_tavg) inactive tavg_contents field: = HDIFN_NO3
(init_tavg) inactive tavg_contents field: = HDIFB_NO3
(init_tavg) inactive tavg_contents field: = KPP_SRC_NO3
1 O2
1 STF_O2
4 STF_O2_2
(init_tavg) inactive tavg_contents field: = J_O2
1 Jint_100m_O2
(init_tavg) inactive tavg_contents field: = Jint_O2
(init_tavg) inactive tavg_contents field: = O2_zint_100m
1 tend_zint_100m_O2
5 UE_O2
5 VN_O2
5 WT_O2
5 DIA_IMPVF_O2
5 HDIFE_O2
5 HDIFN_O2
5 HDIFB_O2
5 KPP_SRC_O2
1 PO4
(init_tavg) inactive tavg_contents field: = STF_PO4
5 J_PO4
1 Jint_100m_PO4
(init_tavg) inactive tavg_contents field: = Jint_PO4
(init_tavg) inactive tavg_contents field: = PO4_zint_100m
1 tend_zint_100m_PO4
1 PO4_RIV_FLUX
(init_tavg) inactive tavg_contents field: = UE_PO4
(init_tavg) inactive tavg_contents field: = VN_PO4
(init_tavg) inactive tavg_contents field: = WT_PO4
(init_tavg) inactive tavg_contents field: = DIA_IMPVF_PO4
(init_tavg) inactive tavg_contents field: = HDIFE_PO4
(init_tavg) inactive tavg_contents field: = HDIFN_PO4
(init_tavg) inactive tavg_contents field: = HDIFB_PO4
(init_tavg) inactive tavg_contents field: = KPP_SRC_PO4
1 SiO3
(init_tavg) inactive tavg_contents field: = STF_SiO3
5 J_SiO3
1 Jint_100m_SiO3
(init_tavg) inactive tavg_contents field: = Jint_SiO3
(init_tavg) inactive tavg_contents field: = SiO3_zint_100m
1 tend_zint_100m_SiO3
1 SiO3_RIV_FLUX
(init_tavg) inactive tavg_contents field: = UE_SiO3
(init_tavg) inactive tavg_contents field: = VN_SiO3
(init_tavg) inactive tavg_contents field: = WT_SiO3
(init_tavg) inactive tavg_contents field: = DIA_IMPVF_SiO3
(init_tavg) inactive tavg_contents field: = HDIFE_SiO3
(init_tavg) inactive tavg_contents field: = HDIFN_SiO3
(init_tavg) inactive tavg_contents field: = HDIFB_SiO3
(init_tavg) inactive tavg_contents field: = KPP_SRC_SiO3
1 diatC
(init_tavg) inactive tavg_contents field: = STF_diatC
(init_tavg) inactive tavg_contents field: = J_diatC
(init_tavg) inactive tavg_contents field: = Jint_100m_diatC
(init_tavg) inactive tavg_contents field: = Jint_diatC
4 diatC_zint_100m
(init_tavg) inactive tavg_contents field: = tend_zint_100m_diatC
(init_tavg) inactive tavg_contents field: = UE_diatC
(init_tavg) inactive tavg_contents field: = VN_diatC
(init_tavg) inactive tavg_contents field: = WT_diatC
(init_tavg) inactive tavg_contents field: = DIA_IMPVF_diatC
(init_tavg) inactive tavg_contents field: = HDIFE_diatC
(init_tavg) inactive tavg_contents field: = HDIFN_diatC
(init_tavg) inactive tavg_contents field: = HDIFB_diatC
(init_tavg) inactive tavg_contents field: = KPP_SRC_diatC
1 diatChl
(init_tavg) inactive tavg_contents field: = STF_diatChl
(init_tavg) inactive tavg_contents field: = J_diatChl
(init_tavg) inactive tavg_contents field: = Jint_100m_diatChl
(init_tavg) inactive tavg_contents field: = Jint_diatChl
(init_tavg) inactive tavg_contents field: = diatChl_zint_100m
(init_tavg) inactive tavg_contents field: = tend_zint_100m_diatChl
4 diatChl_SURF
(init_tavg) inactive tavg_contents field: = UE_diatChl
(init_tavg) inactive tavg_contents field: = VN_diatChl
(init_tavg) inactive tavg_contents field: = WT_diatChl
(init_tavg) inactive tavg_contents field: = DIA_IMPVF_diatChl
(init_tavg) inactive tavg_contents field: = HDIFE_diatChl
(init_tavg) inactive tavg_contents field: = HDIFN_diatChl
(init_tavg) inactive tavg_contents field: = HDIFB_diatChl
(init_tavg) inactive tavg_contents field: = KPP_SRC_diatChl
1 diatFe
(init_tavg) inactive tavg_contents field: = STF_diatFe
(init_tavg) inactive tavg_contents field: = J_diatFe
(init_tavg) inactive tavg_contents field: = Jint_100m_diatFe
(init_tavg) inactive tavg_contents field: = Jint_diatFe
(init_tavg) inactive tavg_contents field: = diatFe_zint_100m
(init_tavg) inactive tavg_contents field: = tend_zint_100m_diatFe
(init_tavg) inactive tavg_contents field: = UE_diatFe
(init_tavg) inactive tavg_contents field: = VN_diatFe
(init_tavg) inactive tavg_contents field: = WT_diatFe
(init_tavg) inactive tavg_contents field: = DIA_IMPVF_diatFe
(init_tavg) inactive tavg_contents field: = HDIFE_diatFe
(init_tavg) inactive tavg_contents field: = HDIFN_diatFe
(init_tavg) inactive tavg_contents field: = HDIFB_diatFe
(init_tavg) inactive tavg_contents field: = KPP_SRC_diatFe
1 diatP
(init_tavg) inactive tavg_contents field: = STF_diatP
(init_tavg) inactive tavg_contents field: = J_diatP
(init_tavg) inactive tavg_contents field: = Jint_100m_diatP
(init_tavg) inactive tavg_contents field: = Jint_diatP
(init_tavg) inactive tavg_contents field: = diatP_zint_100m
(init_tavg) inactive tavg_contents field: = tend_zint_100m_diatP
(init_tavg) inactive tavg_contents field: = UE_diatP
(init_tavg) inactive tavg_contents field: = VN_diatP
(init_tavg) inactive tavg_contents field: = WT_diatP
(init_tavg) inactive tavg_contents field: = DIA_IMPVF_diatP
(init_tavg) inactive tavg_contents field: = HDIFE_diatP
(init_tavg) inactive tavg_contents field: = HDIFN_diatP
(init_tavg) inactive tavg_contents field: = HDIFB_diatP
(init_tavg) inactive tavg_contents field: = KPP_SRC_diatP
1 diatSi
(init_tavg) inactive tavg_contents field: = STF_diatSi
(init_tavg) inactive tavg_contents field: = J_diatSi
(init_tavg) inactive tavg_contents field: = Jint_100m_diatSi
(init_tavg) inactive tavg_contents field: = Jint_diatSi
(init_tavg) inactive tavg_contents field: = diatSi_zint_100m
(init_tavg) inactive tavg_contents field: = tend_zint_100m_diatSi
(init_tavg) inactive tavg_contents field: = UE_diatSi
(init_tavg) inactive tavg_contents field: = VN_diatSi
(init_tavg) inactive tavg_contents field: = WT_diatSi
(init_tavg) inactive tavg_contents field: = DIA_IMPVF_diatSi
(init_tavg) inactive tavg_contents field: = HDIFE_diatSi
(init_tavg) inactive tavg_contents field: = HDIFN_diatSi
(init_tavg) inactive tavg_contents field: = HDIFB_diatSi
(init_tavg) inactive tavg_contents field: = KPP_SRC_diatSi
1 diazC
(init_tavg) inactive tavg_contents field: = STF_diazC
(init_tavg) inactive tavg_contents field: = J_diazC
(init_tavg) inactive tavg_contents field: = Jint_100m_diazC
(init_tavg) inactive tavg_contents field: = Jint_diazC
4 diazC_zint_100m
(init_tavg) inactive tavg_contents field: = tend_zint_100m_diazC
(init_tavg) inactive tavg_contents field: = UE_diazC
(init_tavg) inactive tavg_contents field: = VN_diazC
(init_tavg) inactive tavg_contents field: = WT_diazC
(init_tavg) inactive tavg_contents field: = DIA_IMPVF_diazC
(init_tavg) inactive tavg_contents field: = HDIFE_diazC
(init_tavg) inactive tavg_contents field: = HDIFN_diazC
(init_tavg) inactive tavg_contents field: = HDIFB_diazC
(init_tavg) inactive tavg_contents field: = KPP_SRC_diazC
1 diazChl
(init_tavg) inactive tavg_contents field: = STF_diazChl
(init_tavg) inactive tavg_contents field: = J_diazChl
(init_tavg) inactive tavg_contents field: = Jint_100m_diazChl
(init_tavg) inactive tavg_contents field: = Jint_diazChl
(init_tavg) inactive tavg_contents field: = diazChl_zint_100m
(init_tavg) inactive tavg_contents field: = tend_zint_100m_diazChl
4 diazChl_SURF
(init_tavg) inactive tavg_contents field: = UE_diazChl
(init_tavg) inactive tavg_contents field: = VN_diazChl
(init_tavg) inactive tavg_contents field: = WT_diazChl
(init_tavg) inactive tavg_contents field: = DIA_IMPVF_diazChl
(init_tavg) inactive tavg_contents field: = HDIFE_diazChl
(init_tavg) inactive tavg_contents field: = HDIFN_diazChl
(init_tavg) inactive tavg_contents field: = HDIFB_diazChl
(init_tavg) inactive tavg_contents field: = KPP_SRC_diazChl
1 diazFe
(init_tavg) inactive tavg_contents field: = STF_diazFe
(init_tavg) inactive tavg_contents field: = J_diazFe
(init_tavg) inactive tavg_contents field: = Jint_100m_diazFe
(init_tavg) inactive tavg_contents field: = Jint_diazFe
(init_tavg) inactive tavg_contents field: = diazFe_zint_100m
(init_tavg) inactive tavg_contents field: = tend_zint_100m_diazFe
(init_tavg) inactive tavg_contents field: = UE_diazFe
(init_tavg) inactive tavg_contents field: = VN_diazFe
(init_tavg) inactive tavg_contents field: = WT_diazFe
(init_tavg) inactive tavg_contents field: = DIA_IMPVF_diazFe
(init_tavg) inactive tavg_contents field: = HDIFE_diazFe
(init_tavg) inactive tavg_contents field: = HDIFN_diazFe
(init_tavg) inactive tavg_contents field: = HDIFB_diazFe
(init_tavg) inactive tavg_contents field: = KPP_SRC_diazFe
1 diazP
(init_tavg) inactive tavg_contents field: = STF_diazP
(init_tavg) inactive tavg_contents field: = J_diazP
(init_tavg) inactive tavg_contents field: = Jint_100m_diazP
(init_tavg) inactive tavg_contents field: = Jint_diazP
(init_tavg) inactive tavg_contents field: = diazP_zint_100m
(init_tavg) inactive tavg_contents field: = tend_zint_100m_diazP
(init_tavg) inactive tavg_contents field: = UE_diazP
(init_tavg) inactive tavg_contents field: = VN_diazP
(init_tavg) inactive tavg_contents field: = WT_diazP
(init_tavg) inactive tavg_contents field: = DIA_IMPVF_diazP
(init_tavg) inactive tavg_contents field: = HDIFE_diazP
(init_tavg) inactive tavg_contents field: = HDIFN_diazP
(init_tavg) inactive tavg_contents field: = HDIFB_diazP
(init_tavg) inactive tavg_contents field: = KPP_SRC_diazP
1 spC
(init_tavg) inactive tavg_contents field: = STF_spC
(init_tavg) inactive tavg_contents field: = J_spC
(init_tavg) inactive tavg_contents field: = Jint_100m_spC
(init_tavg) inactive tavg_contents field: = Jint_spC
4 spC_zint_100m
(init_tavg) inactive tavg_contents field: = tend_zint_100m_spC
(init_tavg) inactive tavg_contents field: = UE_spC
(init_tavg) inactive tavg_contents field: = VN_spC
(init_tavg) inactive tavg_contents field: = WT_spC
(init_tavg) inactive tavg_contents field: = DIA_IMPVF_spC
(init_tavg) inactive tavg_contents field: = HDIFE_spC
(init_tavg) inactive tavg_contents field: = HDIFN_spC
(init_tavg) inactive tavg_contents field: = HDIFB_spC
(init_tavg) inactive tavg_contents field: = KPP_SRC_spC
1 spCaCO3
(init_tavg) inactive tavg_contents field: = STF_spCaCO3
(init_tavg) inactive tavg_contents field: = J_spCaCO3
(init_tavg) inactive tavg_contents field: = Jint_100m_spCaCO3
(init_tavg) inactive tavg_contents field: = Jint_spCaCO3
4 spCaCO3_zint_100m
(init_tavg) inactive tavg_contents field: = tend_zint_100m_spCaCO3
(init_tavg) inactive tavg_contents field: = UE_spCaCO3
(init_tavg) inactive tavg_contents field: = VN_spCaCO3
(init_tavg) inactive tavg_contents field: = WT_spCaCO3
(init_tavg) inactive tavg_contents field: = DIA_IMPVF_spCaCO3
(init_tavg) inactive tavg_contents field: = HDIFE_spCaCO3
(init_tavg) inactive tavg_contents field: = HDIFN_spCaCO3
(init_tavg) inactive tavg_contents field: = HDIFB_spCaCO3
(init_tavg) inactive tavg_contents field: = KPP_SRC_spCaCO3
1 spChl
(init_tavg) inactive tavg_contents field: = STF_spChl
(init_tavg) inactive tavg_contents field: = J_spChl
(init_tavg) inactive tavg_contents field: = Jint_100m_spChl
(init_tavg) inactive tavg_contents field: = Jint_spChl
(init_tavg) inactive tavg_contents field: = spChl_zint_100m
(init_tavg) inactive tavg_contents field: = tend_zint_100m_spChl
4 spChl_SURF
(init_tavg) inactive tavg_contents field: = UE_spChl
(init_tavg) inactive tavg_contents field: = VN_spChl
(init_tavg) inactive tavg_contents field: = WT_spChl
(init_tavg) inactive tavg_contents field: = DIA_IMPVF_spChl
(init_tavg) inactive tavg_contents field: = HDIFE_spChl
(init_tavg) inactive tavg_contents field: = HDIFN_spChl
(init_tavg) inactive tavg_contents field: = HDIFB_spChl
(init_tavg) inactive tavg_contents field: = KPP_SRC_spChl
1 spFe
(init_tavg) inactive tavg_contents field: = STF_spFe
(init_tavg) inactive tavg_contents field: = J_spFe
(init_tavg) inactive tavg_contents field: = Jint_100m_spFe
(init_tavg) inactive tavg_contents field: = Jint_spFe
(init_tavg) inactive tavg_contents field: = spFe_zint_100m
(init_tavg) inactive tavg_contents field: = tend_zint_100m_spFe
(init_tavg) inactive tavg_contents field: = UE_spFe
(init_tavg) inactive tavg_contents field: = VN_spFe
(init_tavg) inactive tavg_contents field: = WT_spFe
(init_tavg) inactive tavg_contents field: = DIA_IMPVF_spFe
(init_tavg) inactive tavg_contents field: = HDIFE_spFe
(init_tavg) inactive tavg_contents field: = HDIFN_spFe
(init_tavg) inactive tavg_contents field: = HDIFB_spFe
(init_tavg) inactive tavg_contents field: = KPP_SRC_spFe
1 spP
(init_tavg) inactive tavg_contents field: = STF_spP
(init_tavg) inactive tavg_contents field: = J_spP
(init_tavg) inactive tavg_contents field: = Jint_100m_spP
(init_tavg) inactive tavg_contents field: = Jint_spP
(init_tavg) inactive tavg_contents field: = spP_zint_100m
(init_tavg) inactive tavg_contents field: = tend_zint_100m_spP
(init_tavg) inactive tavg_contents field: = UE_spP
(init_tavg) inactive tavg_contents field: = VN_spP
(init_tavg) inactive tavg_contents field: = WT_spP
(init_tavg) inactive tavg_contents field: = DIA_IMPVF_spP
(init_tavg) inactive tavg_contents field: = HDIFE_spP
(init_tavg) inactive tavg_contents field: = HDIFN_spP
(init_tavg) inactive tavg_contents field: = HDIFB_spP
(init_tavg) inactive tavg_contents field: = KPP_SRC_spP
1 zooC
(init_tavg) inactive tavg_contents field: = STF_zooC
(init_tavg) inactive tavg_contents field: = J_zooC
(init_tavg) inactive tavg_contents field: = Jint_100m_zooC
(init_tavg) inactive tavg_contents field: = Jint_zooC
4 zooC_zint_100m
(init_tavg) inactive tavg_contents field: = tend_zint_100m_zooC
(init_tavg) inactive tavg_contents field: = UE_zooC
(init_tavg) inactive tavg_contents field: = VN_zooC
(init_tavg) inactive tavg_contents field: = WT_zooC
(init_tavg) inactive tavg_contents field: = DIA_IMPVF_zooC
(init_tavg) inactive tavg_contents field: = HDIFE_zooC
(init_tavg) inactive tavg_contents field: = HDIFN_zooC
(init_tavg) inactive tavg_contents field: = HDIFB_zooC
(init_tavg) inactive tavg_contents field: = KPP_SRC_zooC
1 ponToSed
(init_tavg) inactive tavg_contents field: = zoo_loss_doc
1 P_iron_FLUX_100m
1 popToSed
1 calcToSed
1 photoC_diaz_zint
4 photoC_diaz_zint_2
(init_tavg) inactive tavg_contents field: = graze_diaz_zoo
(init_tavg) inactive tavg_contents field: = photoC_sp
1 diat_Fe_lim_Cweight_avg_100m
1 diat_SiO3_lim_Cweight_avg_100m
1 NITRIF
1 diaz_loss_doc_zint
(init_tavg) inactive tavg_contents field: = zoo_loss_poc
(init_tavg) inactive tavg_contents field: = spP_RESTORE_TEND
1 diaz_Fe_lim_surf
1 NHx_SURFACE_EMIS
1 P_iron_REMIN
1 diat_Fe_lim_surf
1 CO3
(init_tavg) inactive tavg_contents field: = graze_diat
(init_tavg) inactive tavg_contents field: = Jint_Ctot
(init_tavg) inactive tavg_contents field: = DOP_RESTORE_TEND
1 graze_diaz_zint
1 DOP_diat_uptake
1 PAR_avg
(init_tavg) inactive tavg_contents field: = DON_RESTORE_TEND
1 photoFe_diaz
1 bsiToSed
1 photoFe_diat
1 photoFe_sp
1 diaz_agg_zint
1 CaCO3_form_zint
4 CaCO3_form_zint_2
1 photoC_NO3_TOT
1 PO4_diaz_uptake
(init_tavg) inactive tavg_contents field: = graze_zoo_doc_zint
1 DOC_remin_zint_100m
(init_tavg) inactive tavg_contents field: = sp_loss_poc
1 O2_PRODUCTION
1 zsatarag
1 insitu_temp
1 graze_sp_poc_zint
(init_tavg) inactive tavg_contents field: = x_graze_zoo_zint
1 O2_ZMIN
1 dustToSed
(init_tavg) inactive tavg_contents field: = PV_CO2
1 diaz_loss_zint
5 CaCO3_PROD
1 IRON_FLUX
1 graze_diaz_poc_zint
(init_tavg) inactive tavg_contents field: = diaz_loss
1 P_iron_PROD
1 graze_diaz_zint_100m
(init_tavg) inactive tavg_contents field: = sp_loss_doc
5 POC_REMIN_DIC
5 POC_REMIN_DOCr
5 DOCr_remin
1 sp_P_lim_Cweight_avg_100m
1 zoo_loss_zint
1 PH
1 sp_agg_zint
1 diaz_light_lim_Cweight_avg_100m
1 DOP_sp_uptake
(init_tavg) inactive tavg_contents field: = x_graze_zoo_zint_100m
1 DOP_diaz_uptake
(init_tavg) inactive tavg_contents field: = DOPr_RESTORE_TEND
(init_tavg) inactive tavg_contents field: = graze_diaz_doc
1 POC_FLUX_IN
1 sp_loss_doc_zint_100m
5 PON_REMIN_DONr
1 diaz_loss_poc_zint
1 sp_agg
1 photoNO3_diaz
1 dust_FLUX_IN
1 O2_CONSUMPTION
1 CO2STAR
1 pCO2SURF
1 NOx_FLUX
1 photoNO3_diat
(init_tavg) inactive tavg_contents field: = graze_zoo_doc_zint_100m
1 POC_REMIN_DOCr_zint_100m
1 graze_diaz_poc_zint_100m
1 Fe_scavenge
1 diat_loss_zint_100m
1 SiO2_FLUX_100m
(init_tavg) inactive tavg_contents field: = graze_zoo
1 Lig_prod
(init_tavg) inactive tavg_contents field: = graze_diat_poc
1 pocToSed
(init_tavg) inactive tavg_contents field: = Jint_Ntot
(init_tavg) inactive tavg_contents field: = calcToFloor
(init_tavg) inactive tavg_contents field: = diazP_RESTORE_TEND
1 diat_N_lim_surf
(init_tavg) inactive tavg_contents field: = diaz_loss_doc
(init_tavg) inactive tavg_contents field: = diat_loss
(init_tavg) inactive tavg_contents field: = graze_sp
1 O2SAT
1 zoo_loss_zint_100m
1 photoC_TOT_zint
1 graze_diat_doc_zint
(init_tavg) inactive tavg_contents field: = NH4_RESTORE_TEND
1 SiO2_PROD
5 POP_REMIN_DOPr
5 graze_auto_TOT
1 DOC_prod
1 SiO2_FLUX_IN
(init_tavg) inactive tavg_contents field: = graze_zoo_doc
1 ECOSYS_IFRAC
4 ECOSYS_IFRAC_2
(init_tavg) inactive tavg_contents field: = graze_zoo_zint
(init_tavg) inactive tavg_contents field: = Lig_RESTORE_TEND
1 PO4_diat_uptake
1 Lig_deg
1 CaCO3_PROD_zint_100m
(init_tavg) inactive tavg_contents field: = spFe_RESTORE_TEND
1 diat_SiO3_lim_surf
1 diaz_loss_zint_100m
(init_tavg) inactive tavg_contents field: = graze_diaz_poc
1 NO3_RESTORE_TEND
1 DOP_prod
(init_tavg) inactive tavg_contents field: = graze_zoo_zoo_zint_100m
1 graze_diat_poc_zint
1 diaz_P_lim_surf
1 ECOSYS_XKW
4 ECOSYS_XKW_2
1 sp_loss_doc_zint
(init_tavg) inactive tavg_contents field: = OtherRemin
(init_tavg) inactive tavg_contents field: = graze_zoo_zoo
1 photoNH4_diat
5 DOPr_remin
1 diaz_Qp
1 photoC_TOT
1 DENITRIF
1 FG_CO2
4 FG_CO2_2
1 DOCr_remin_zint
(init_tavg) inactive tavg_contents field: = spChl_RESTORE_TEND
1 diat_P_lim_Cweight_avg_100m
1 POP_PROD
1 photoC_diaz_zint_100m
1 DpCO2
4 DpCO2_2
1 diaz_P_lim_Cweight_avg_100m
(init_tavg) inactive tavg_contents field: = zooC_RESTORE_TEND
5 CaCO3_form
1 diaz_agg
1 photoC_sp_zint
4 photoC_sp_zint_2
1 ALK_RESTORE_TEND
1 graze_diaz_doc_zint
(init_tavg) inactive tavg_contents field: = PV_O2
1 graze_diaz_zoo_zint
1 diaz_loss_poc_zint_100m
(init_tavg) inactive tavg_contents field: = O2_RESTORE_TEND
(init_tavg) inactive tavg_contents field: = photoC_NO3_sp_zint
1 diat_N_lim_Cweight_avg_100m
(init_tavg) inactive tavg_contents field: = graze_zoo_poc
1 diat_agg_zint_100m
(init_tavg) inactive tavg_contents field: = Jint_Sitot
1 pfeToSed
1 diat_Qp
1 sp_P_lim_surf
(init_tavg) inactive tavg_contents field: = graze_diat_zoo
1 graze_diat_zoo_zint_100m
1 H2CO3
1 Lig_photochem
1 CaCO3_REMIN_zint
1 POC_REMIN_DIC_zint_100m
1 POC_PROD_zint_100m
(init_tavg) inactive tavg_contents field: = spCaCO3_RESTORE_TEND
(init_tavg) inactive tavg_contents field: = sp_CaCO3_form
1 sp_loss_poc_zint
1 photoC_diat_zint_100m
(init_tavg) inactive tavg_contents field: = Jint_Fetot
1 POC_PROD_zint
1 photoC_TOT_zint_100m
1 sp_Qp
5 CaCO3_FLUX_IN
1 POP_FLUX_IN
1 co3_sat_arag
5 DONr_remin
(init_tavg) inactive tavg_contents field: = sp_loss
1 graze_diaz_doc_zint_100m
1 SedDenitrif
1 zoo_loss_poc_zint
1 diat_loss_poc_zint
1 Lig_scavenge
1 sp_loss_zint_100m
(init_tavg) inactive tavg_contents field: = graze_diaz
1 diat_light_lim_surf
1 HCO3
5 POP_REMIN_PO4
1 AOU
(init_tavg) inactive tavg_contents field: = photoC_NO3_diaz_zint
1 diat_loss_zint
(init_tavg) inactive tavg_contents field: = diatP_RESTORE_TEND
1 PO4_sp_uptake
1 diat_agg_zint
1 sp_agg_zint_100m
(init_tavg) inactive tavg_contents field: = graze_zoo_poc_zint_100m
(init_tavg) inactive tavg_contents field: = Nfix
1 POC_REMIN_DIC_zint
(init_tavg) inactive tavg_contents field: = diazChl_RESTORE_TEND
(init_tavg) inactive tavg_contents field: = photoC_NO3_diat_zint
5 DOC_remin
1 diat_loss_doc_zint
1 graze_sp_zoo_zint_100m
1 O2_ZMIN_DEPTH
1 zoo_loss_doc_zint
1 graze_diat_zint_100m
1 POC_FLUX_100m
1 graze_diat_zint
(init_tavg) inactive tavg_contents field: = spC_RESTORE_TEND
1 POC_REMIN_DOCr_zint
1 sp_loss_zint
(init_tavg) inactive tavg_contents field: = DOCr_RESTORE_TEND
1 graze_sp_poc_zint_100m
(init_tavg) inactive tavg_contents field: = diaz_loss_poc
1 photoC_diat_zint
4 photoC_diat_zint_2
1 photoC_NO3_TOT_zint
(init_tavg) inactive tavg_contents field: = graze_sp_doc
(init_tavg) inactive tavg_contents field: = photoC_NO3_diaz
1 diat_loss_poc_zint_100m
1 graze_sp_zoo_zint
(init_tavg) inactive tavg_contents field: = graze_zoo_poc_zint
1 dust_REMIN
1 diaz_light_lim_surf
1 zoo_loss_doc_zint_100m
1 photoNO3_sp
(init_tavg) inactive tavg_contents field: = graze_zoo_zoo_zint
(init_tavg) inactive tavg_contents field: = DIC_RESTORE_TEND
1 DOC_remin_zint
1 DOC_prod_zint_100m
1 diaz_loss_doc_zint_100m
1 P_iron_FLUX_IN
1 sp_Fe_lim_Cweight_avg_100m
1 photoNH4_diaz
(init_tavg) inactive tavg_contents field: = SiO2_REMIN
1 DOCr_remin_zint_100m
(init_tavg) inactive tavg_contents field: = DOP_loss_P_bal
(init_tavg) inactive tavg_contents field: = DUST_FLUX
1 DOC_prod_zint
1 SCHMIDT_O2
(init_tavg) inactive tavg_contents field: = Jint_Ptot
1 DON_prod
1 diaz_Nfix
1 graze_diaz_zoo_zint_100m
(init_tavg) inactive tavg_contents field: = photoC_diat
(init_tavg) inactive tavg_contents field: = zoo_loss
1 photoC_sp_zint_100m
(init_tavg) inactive tavg_contents field: = photoC_diaz
(init_tavg) inactive tavg_contents field: = diatChl_RESTORE_TEND
(init_tavg) inactive tavg_contents field: = diat_bSi_form
(init_tavg) inactive tavg_contents field: = diaz_N_lim_surf
1 ATM_CO2
1 NHy_FLUX
(init_tavg) inactive tavg_contents field: = FESEDFLUX
1 graze_sp_zint
(init_tavg) inactive tavg_contents field: = DOC_RESTORE_TEND
1 diat_P_lim_surf
5 DON_remin
1 graze_diat_poc_zint_100m
1 CaCO3_FLUX_100m
(init_tavg) inactive tavg_contents field: = graze_diat_doc
1 diaz_Fe_lim_Cweight_avg_100m
1 zsatcalc
(init_tavg) inactive tavg_contents field: = DONr_RESTORE_TEND
1 sp_loss_poc_zint_100m
1 POP_FLUX_100m
(init_tavg) inactive tavg_contents field: = diat_loss_poc
1 POC_PROD
(init_tavg) inactive tavg_contents field: = Fe_RESTORE_TEND
(init_tavg) inactive tavg_contents field: = diazC_RESTORE_TEND
1 diaz_agg_zint_100m
5 DOP_remin
1 CaCO3_form_zint_100m
1 co3_sat_calc
1 Fe_scavenge_rate
1 pH_3D
1 sp_N_lim_Cweight_avg_100m
1 graze_sp_doc_zint
1 ECOSYS_ATM_PRESS
1 graze_diat_doc_zint_100m
(init_tavg) inactive tavg_contents field: = diatC_RESTORE_TEND
1 diat_loss_doc_zint_100m
1 graze_diat_zoo_zint
5 PON_REMIN_NH4
(init_tavg) inactive tavg_contents field: = diazFe_RESTORE_TEND
(init_tavg) inactive tavg_contents field: = graze_sp_poc
1 SiO3_RESTORE_TEND
1 DCO2STAR
1 sp_N_lim_surf
(init_tavg) inactive tavg_contents field: = diaz_N_lim_Cweight_avg_100m
1 Lig_loss
1 photoNH4_sp
1 sp_Fe_lim_surf
1 diat_light_lim_Cweight_avg_100m
1 photoC_NO3_TOT_zint_100m
1 sp_light_lim_Cweight_avg_100m
1 PO4_RESTORE_TEND
1 graze_sp_doc_zint_100m
5 CaCO3_REMIN
1 diat_agg
(init_tavg) inactive tavg_contents field: = diat_loss_doc
(init_tavg) inactive tavg_contents field: = sp_CaCO3_form_zint_100m
(init_tavg) inactive tavg_contents field: = diatFe_RESTORE_TEND
(init_tavg) inactive tavg_contents field: = photoC_NO3_diat
(init_tavg) inactive tavg_contents field: = graze_zoo_zint_100m
1 SCHMIDT_CO2
1 CaCO3_PROD_zint
(init_tavg) inactive tavg_contents field: = x_graze_zoo
1 zoo_loss_poc_zint_100m
(init_tavg) inactive tavg_contents field: = photoC_NO3_sp
(init_tavg) inactive tavg_contents field: = diatSi_RESTORE_TEND
1 Fefree
(init_tavg) inactive tavg_contents field: = graze_sp_zoo
1 CaCO3_REMIN_zint_100m
1 sp_light_lim_surf
1 graze_sp_zint_100m
1 bSi_form
(init_tavg) inactive tavg_contents field: = sp_CaCO3_form_zint
(init_tavg) inactive tavg_contents field: = end of diagnostics from
(init_tavg) inactive tavg_contents field: = nird/home/hanbre/cases/bwma1850.f09.y13.los_chocoyos.qboE.ensoN.clone.SO2/Buildconf/popconf/ecosys_diagnostics
(init_tavg) inactive tavg_contents field: = FRAC_BIN_01
1 FRACR_BIN_01
(init_tavg) inactive tavg_contents field: = QSW_RAW_BIN_01
1 QSW_BIN_01
(init_tavg) inactive tavg_contents field: = FRAC_BIN_02
1 FRACR_BIN_02
(init_tavg) inactive tavg_contents field: = QSW_RAW_BIN_02
1 QSW_BIN_02
(init_tavg) inactive tavg_contents field: = FRAC_BIN_03
1 FRACR_BIN_03
(init_tavg) inactive tavg_contents field: = QSW_RAW_BIN_03
1 QSW_BIN_03
(init_tavg) inactive tavg_contents field: = FRAC_BIN_04
1 FRACR_BIN_04
(init_tavg) inactive tavg_contents field: = QSW_RAW_BIN_04
1 QSW_BIN_04
(init_tavg) inactive tavg_contents field: = FRAC_BIN_05
1 FRACR_BIN_05
(init_tavg) inactive tavg_contents field: = QSW_RAW_BIN_05
1 QSW_BIN_05
(init_tavg) inactive tavg_contents field: = FRAC_BIN_06
1 FRACR_BIN_06
(init_tavg) inactive tavg_contents field: = QSW_RAW_BIN_06
1 QSW_BIN_06
(init_tavg) inactive tavg_contents field: = FRAC_COL_01
(init_tavg) inactive tavg_contents field: = FRACR_COL_01
(init_tavg) inactive tavg_contents field: = QSW_RAW_COL_01
(init_tavg) inactive tavg_contents field: = FRAC_COL_02
(init_tavg) inactive tavg_contents field: = FRACR_COL_02
(init_tavg) inactive tavg_contents field: = QSW_RAW_COL_02
(init_tavg) inactive tavg_contents field: = FRAC_COL_03
(init_tavg) inactive tavg_contents field: = FRACR_COL_03
(init_tavg) inactive tavg_contents field: = QSW_RAW_COL_03
(init_tavg) inactive tavg_contents field: = FRAC_COL_04
(init_tavg) inactive tavg_contents field: = FRACR_COL_04
(init_tavg) inactive tavg_contents field: = QSW_RAW_COL_04
(init_tavg) inactive tavg_contents field: = FRAC_COL_05
(init_tavg) inactive tavg_contents field: = FRACR_COL_05
(init_tavg) inactive tavg_contents field: = QSW_RAW_COL_05
(init_tavg) inactive tavg_contents field: = FRAC_COL_06
(init_tavg) inactive tavg_contents field: = FRACR_COL_06
(init_tavg) inactive tavg_contents field: = QSW_RAW_COL_06
(init_tavg) inactive tavg_contents field: = QSW_RAW_COL_DAGG
(init_tavg) inactive tavg_contents field: = QSW_RAW_BIN_DAGG
(init_tavg) inactive tavg_contents field: = FRAC_ADJUST_FACT
(init_tavg) inactive tavg_contents field: = FRACR_ADJUST_FACT
(init_tavg) inactive tavg_contents field: = Tidal Mixing
1 TIDAL_DIFF
3 VERTICAL_FUNC
3 REGION_BOX3D
3 TIDAL_QE_2D
(init_tavg) duplicate tavg_contents field: = TIDAL_QE_2D
(init_tavg) Total number of tavg fields requested = 474
document fields and methods
tavg_method_unknown = 0
tavg_method_avg = 1
tavg_method_min = 2
tavg_method_max = 3
tavg_method_qflux = 4
tavg_method_constant = 5
(init_tavg) UVEL method = 1
(init_tavg) UVEL2 method = 1
(init_tavg) VVEL method = 1
(init_tavg) VVEL2 method = 1
(init_tavg) TEMP method = 1
(init_tavg) dTEMP_POS_2D method = 3
(init_tavg) dTEMP_NEG_2D method = 2
(init_tavg) SST method = 1
(init_tavg) SST2 method = 1
(init_tavg) SALT method = 1
(init_tavg) SSS2 method = 1
(init_tavg) RHO method = 1
(init_tavg) RHO_VINT method = 1
(init_tavg) RESID_T method = 1
(init_tavg) RESID_S method = 1
(init_tavg) SU method = 1
(init_tavg) SV method = 1
(init_tavg) SSH method = 1
(init_tavg) SSH2 method = 1
(init_tavg) REGION_BOX3D method = 5
(init_tavg) SHF method = 1
(init_tavg) SHF_QSW method = 1
(init_tavg) SFWF method = 1
(init_tavg) SFWF_WRST method = 1
(init_tavg) TAUX method = 1
(init_tavg) TAUX2 method = 1
(init_tavg) TAUY method = 1
(init_tavg) TAUY2 method = 1
(init_tavg) FW method = 1
(init_tavg) TFW_T method = 1
(init_tavg) TFW_S method = 1
(init_tavg) ATM_FINE_DUST_FLUX_CPL method = 1
(init_tavg) ATM_COARSE_DUST_FLUX_CPL method = 1
(init_tavg) SEAICE_DUST_FLUX_CPL method = 1
(init_tavg) ATM_BLACK_CARBON_FLUX_CPL method = 1
(init_tavg) SEAICE_BLACK_CARBON_FLUX_ method = 1
(init_tavg) EVAP_F method = 1
(init_tavg) PREC_F method = 1
(init_tavg) SNOW_F method = 1
(init_tavg) MELT_F method = 1
(init_tavg) ROFF_F method = 1
(init_tavg) IOFF_F method = 1
(init_tavg) SALT_F method = 1
(init_tavg) SENH_F method = 1
(init_tavg) LWUP_F method = 1
(init_tavg) LWDN_F method = 1
(init_tavg) MELTH_F method = 1
(init_tavg) IFRAC method = 1
(init_tavg) FRACR_BIN_01 method = 1
(init_tavg) QSW_BIN_01 method = 1
(init_tavg) FRACR_BIN_02 method = 1
(init_tavg) QSW_BIN_02 method = 1
(init_tavg) FRACR_BIN_03 method = 1
(init_tavg) QSW_BIN_03 method = 1
(init_tavg) FRACR_BIN_04 method = 1
(init_tavg) QSW_BIN_04 method = 1
(init_tavg) FRACR_BIN_05 method = 1
(init_tavg) QSW_BIN_05 method = 1
(init_tavg) FRACR_BIN_06 method = 1
(init_tavg) QSW_BIN_06 method = 1
(init_tavg) zsatcalc method = 1
(init_tavg) zsatarag method = 1
(init_tavg) O2_ZMIN method = 1
(init_tavg) O2_ZMIN_DEPTH method = 1
(init_tavg) photoC_TOT_zint method = 1
(init_tavg) photoC_TOT_zint_100m method = 1
(init_tavg) photoC_NO3_TOT_zint method = 1
(init_tavg) photoC_NO3_TOT_zint_100m method = 1
(init_tavg) DOC_prod_zint method = 1
(init_tavg) DOC_prod_zint_100m method = 1
(init_tavg) DOC_remin_zint method = 1
(init_tavg) DOC_remin_zint_100m method = 1
(init_tavg) DOCr_remin_zint method = 1
(init_tavg) DOCr_remin_zint_100m method = 1
(init_tavg) calcToSed method = 1
(init_tavg) pocToSed method = 1
(init_tavg) ponToSed method = 1
(init_tavg) SedDenitrif method = 1
(init_tavg) popToSed method = 1
(init_tavg) bsiToSed method = 1
(init_tavg) dustToSed method = 1
(init_tavg) pfeToSed method = 1
(init_tavg) sp_N_lim_surf method = 1
(init_tavg) sp_N_lim_Cweight_avg_100m method = 1
(init_tavg) sp_P_lim_surf method = 1
(init_tavg) sp_P_lim_Cweight_avg_100m method = 1
(init_tavg) sp_Fe_lim_surf method = 1
(init_tavg) sp_Fe_lim_Cweight_avg_100 method = 1
(init_tavg) sp_light_lim_surf method = 1
(init_tavg) sp_light_lim_Cweight_avg_ method = 1
(init_tavg) photoC_sp_zint method = 1
(init_tavg) photoC_sp_zint_2 method = 1
(init_tavg) photoC_sp_zint_100m method = 1
(init_tavg) graze_sp_zint method = 1
(init_tavg) graze_sp_zint_100m method = 1
(init_tavg) graze_sp_poc_zint method = 1
(init_tavg) graze_sp_poc_zint_100m method = 1
(init_tavg) graze_sp_doc_zint method = 1
(init_tavg) graze_sp_doc_zint_100m method = 1
(init_tavg) graze_sp_zoo_zint method = 1
(init_tavg) graze_sp_zoo_zint_100m method = 1
(init_tavg) sp_loss_zint method = 1
(init_tavg) sp_loss_zint_100m method = 1
(init_tavg) sp_loss_poc_zint method = 1
(init_tavg) sp_loss_poc_zint_100m method = 1
(init_tavg) sp_loss_doc_zint method = 1
(init_tavg) sp_loss_doc_zint_100m method = 1
(init_tavg) sp_agg_zint method = 1
(init_tavg) sp_agg_zint_100m method = 1
(init_tavg) diat_N_lim_surf method = 1
(init_tavg) diat_N_lim_Cweight_avg_10 method = 1
(init_tavg) diat_P_lim_surf method = 1
(init_tavg) diat_P_lim_Cweight_avg_10 method = 1
(init_tavg) diat_Fe_lim_surf method = 1
(init_tavg) diat_Fe_lim_Cweight_avg_1 method = 1
(init_tavg) diat_SiO3_lim_surf method = 1
(init_tavg) diat_SiO3_lim_Cweight_avg method = 1
(init_tavg) diat_light_lim_surf method = 1
(init_tavg) diat_light_lim_Cweight_av method = 1
(init_tavg) photoC_diat_zint method = 1
(init_tavg) photoC_diat_zint_2 method = 1
(init_tavg) photoC_diat_zint_100m method = 1
(init_tavg) graze_diat_zint method = 1
(init_tavg) graze_diat_zint_100m method = 1
(init_tavg) graze_diat_poc_zint method = 1
(init_tavg) graze_diat_poc_zint_100m method = 1
(init_tavg) graze_diat_doc_zint method = 1
(init_tavg) graze_diat_doc_zint_100m method = 1
(init_tavg) graze_diat_zoo_zint method = 1
(init_tavg) graze_diat_zoo_zint_100m method = 1
(init_tavg) diat_loss_zint method = 1
(init_tavg) diat_loss_zint_100m method = 1
(init_tavg) diat_loss_poc_zint method = 1
(init_tavg) diat_loss_poc_zint_100m method = 1
(init_tavg) diat_loss_doc_zint method = 1
(init_tavg) diat_loss_doc_zint_100m method = 1
(init_tavg) diat_agg_zint method = 1
(init_tavg) diat_agg_zint_100m method = 1
(init_tavg) diaz_P_lim_surf method = 1
(init_tavg) diaz_P_lim_Cweight_avg_10 method = 1
(init_tavg) diaz_Fe_lim_surf method = 1
(init_tavg) diaz_Fe_lim_Cweight_avg_1 method = 1
(init_tavg) diaz_light_lim_surf method = 1
(init_tavg) diaz_light_lim_Cweight_av method = 1
(init_tavg) photoC_diaz_zint method = 1
(init_tavg) photoC_diaz_zint_2 method = 1
(init_tavg) photoC_diaz_zint_100m method = 1
(init_tavg) graze_diaz_zint method = 1
(init_tavg) graze_diaz_zint_100m method = 1
(init_tavg) graze_diaz_poc_zint method = 1
(init_tavg) graze_diaz_poc_zint_100m method = 1
(init_tavg) graze_diaz_doc_zint method = 1
(init_tavg) graze_diaz_doc_zint_100m method = 1
(init_tavg) graze_diaz_zoo_zint method = 1
(init_tavg) graze_diaz_zoo_zint_100m method = 1
(init_tavg) diaz_loss_zint method = 1
(init_tavg) diaz_loss_zint_100m method = 1
(init_tavg) diaz_loss_poc_zint method = 1
(init_tavg) diaz_loss_poc_zint_100m method = 1
(init_tavg) diaz_loss_doc_zint method = 1
(init_tavg) diaz_loss_doc_zint_100m method = 1
(init_tavg) diaz_agg_zint method = 1
(init_tavg) diaz_agg_zint_100m method = 1
(init_tavg) CaCO3_form_zint method = 1
(init_tavg) CaCO3_form_zint_2 method = 1
(init_tavg) CaCO3_form_zint_100m method = 1
(init_tavg) zoo_loss_zint method = 1
(init_tavg) zoo_loss_zint_100m method = 1
(init_tavg) zoo_loss_poc_zint method = 1
(init_tavg) zoo_loss_poc_zint_100m method = 1
(init_tavg) zoo_loss_doc_zint method = 1
(init_tavg) zoo_loss_doc_zint_100m method = 1
(init_tavg) insitu_temp method = 1
(init_tavg) CO3 method = 1
(init_tavg) HCO3 method = 1
(init_tavg) H2CO3 method = 1
(init_tavg) pH_3D method = 1
(init_tavg) co3_sat_calc method = 1
(init_tavg) co3_sat_arag method = 1
(init_tavg) NITRIF method = 1
(init_tavg) DENITRIF method = 1
(init_tavg) O2_PRODUCTION method = 1
(init_tavg) O2_CONSUMPTION method = 1
(init_tavg) AOU method = 1
(init_tavg) PAR_avg method = 1
(init_tavg) graze_auto_TOT method = 1
(init_tavg) photoC_TOT method = 1
(init_tavg) photoC_NO3_TOT method = 1
(init_tavg) DOC_prod method = 1
(init_tavg) DOC_remin method = 1
(init_tavg) DOCr_remin method = 1
(init_tavg) DON_prod method = 1
(init_tavg) DON_remin method = 1
(init_tavg) DONr_remin method = 1
(init_tavg) DOP_prod method = 1
(init_tavg) DOP_remin method = 1
(init_tavg) DOPr_remin method = 1
(init_tavg) Fe_scavenge method = 1
(init_tavg) Fe_scavenge_rate method = 1
(init_tavg) Lig_prod method = 1
(init_tavg) Lig_loss method = 1
(init_tavg) Lig_scavenge method = 1
(init_tavg) Fefree method = 1
(init_tavg) Lig_photochem method = 1
(init_tavg) Lig_deg method = 1
(init_tavg) POC_FLUX_100m method = 1
(init_tavg) POP_FLUX_100m method = 1
(init_tavg) CaCO3_FLUX_100m method = 1
(init_tavg) SiO2_FLUX_100m method = 1
(init_tavg) P_iron_FLUX_100m method = 1
(init_tavg) POC_PROD_zint method = 1
(init_tavg) POC_PROD_zint_100m method = 1
(init_tavg) POC_REMIN_DOCr_zint method = 1
(init_tavg) POC_REMIN_DOCr_zint_100m method = 1
(init_tavg) POC_REMIN_DIC_zint method = 1
(init_tavg) POC_REMIN_DIC_zint_100m method = 1
(init_tavg) CaCO3_PROD_zint method = 1
(init_tavg) CaCO3_PROD_zint_100m method = 1
(init_tavg) CaCO3_REMIN_zint method = 1
(init_tavg) CaCO3_REMIN_zint_100m method = 1
(init_tavg) POC_FLUX_IN method = 1
(init_tavg) POC_PROD method = 1
(init_tavg) POC_REMIN_DOCr method = 1
(init_tavg) POC_REMIN_DIC method = 1
(init_tavg) POP_FLUX_IN method = 1
(init_tavg) POP_PROD method = 1
(init_tavg) POP_REMIN_DOPr method = 1
(init_tavg) POP_REMIN_PO4 method = 1
(init_tavg) PON_REMIN_DONr method = 1
(init_tavg) PON_REMIN_NH4 method = 1
(init_tavg) CaCO3_FLUX_IN method = 1
(init_tavg) CaCO3_PROD method = 1
(init_tavg) CaCO3_REMIN method = 1
(init_tavg) SiO2_FLUX_IN method = 1
(init_tavg) SiO2_PROD method = 1
(init_tavg) dust_FLUX_IN method = 1
(init_tavg) dust_REMIN method = 1
(init_tavg) P_iron_FLUX_IN method = 1
(init_tavg) P_iron_PROD method = 1
(init_tavg) P_iron_REMIN method = 1
(init_tavg) sp_Qp method = 1
(init_tavg) photoFe_sp method = 1
(init_tavg) photoNO3_sp method = 1
(init_tavg) photoNH4_sp method = 1
(init_tavg) DOP_sp_uptake method = 1
(init_tavg) PO4_sp_uptake method = 1
(init_tavg) sp_agg method = 1
(init_tavg) diat_Qp method = 1
(init_tavg) photoFe_diat method = 1
(init_tavg) photoNO3_diat method = 1
(init_tavg) photoNH4_diat method = 1
(init_tavg) DOP_diat_uptake method = 1
(init_tavg) PO4_diat_uptake method = 1
(init_tavg) diat_agg method = 1
(init_tavg) diaz_Qp method = 1
(init_tavg) photoFe_diaz method = 1
(init_tavg) photoNO3_diaz method = 1
(init_tavg) photoNH4_diaz method = 1
(init_tavg) DOP_diaz_uptake method = 1
(init_tavg) PO4_diaz_uptake method = 1
(init_tavg) diaz_agg method = 1
(init_tavg) diaz_Nfix method = 1
(init_tavg) bSi_form method = 1
(init_tavg) CaCO3_form method = 1
(init_tavg) PO4_RESTORE_TEND method = 1
(init_tavg) NO3_RESTORE_TEND method = 1
(init_tavg) SiO3_RESTORE_TEND method = 1
(init_tavg) ALK_RESTORE_TEND method = 1
(init_tavg) ECOSYS_IFRAC method = 1
(init_tavg) ECOSYS_IFRAC_2 method = 1
(init_tavg) ECOSYS_XKW method = 1
(init_tavg) ECOSYS_XKW_2 method = 1
(init_tavg) ECOSYS_ATM_PRESS method = 1
(init_tavg) SCHMIDT_O2 method = 1
(init_tavg) O2SAT method = 1
(init_tavg) CO2STAR method = 1
(init_tavg) DCO2STAR method = 1
(init_tavg) pCO2SURF method = 1
(init_tavg) DpCO2 method = 1
(init_tavg) DpCO2_2 method = 1
(init_tavg) SCHMIDT_CO2 method = 1
(init_tavg) FG_CO2 method = 1
(init_tavg) FG_CO2_2 method = 1
(init_tavg) PH method = 1
(init_tavg) ATM_CO2 method = 1
(init_tavg) IRON_FLUX method = 1
(init_tavg) NOx_FLUX method = 1
(init_tavg) NHy_FLUX method = 1
(init_tavg) NHx_SURFACE_EMIS method = 1
(init_tavg) STF_O2_2 method = 1
(init_tavg) PO4 method = 1
(init_tavg) J_PO4 method = 1
(init_tavg) Jint_100m_PO4 method = 1
(init_tavg) tend_zint_100m_PO4 method = 1
(init_tavg) PO4_RIV_FLUX method = 1
(init_tavg) NO3 method = 1
(init_tavg) J_NO3 method = 1
(init_tavg) Jint_100m_NO3 method = 1
(init_tavg) tend_zint_100m_NO3 method = 1
(init_tavg) NO3_RIV_FLUX method = 1
(init_tavg) SiO3 method = 1
(init_tavg) J_SiO3 method = 1
(init_tavg) Jint_100m_SiO3 method = 1
(init_tavg) tend_zint_100m_SiO3 method = 1
(init_tavg) SiO3_RIV_FLUX method = 1
(init_tavg) NH4 method = 1
(init_tavg) J_NH4 method = 1
(init_tavg) Jint_100m_NH4 method = 1
(init_tavg) tend_zint_100m_NH4 method = 1
(init_tavg) Fe method = 1
(init_tavg) J_Fe method = 1
(init_tavg) Jint_100m_Fe method = 1
(init_tavg) tend_zint_100m_Fe method = 1
(init_tavg) Fe_RIV_FLUX method = 1
(init_tavg) Lig method = 1
(init_tavg) O2 method = 1
(init_tavg) Jint_100m_O2 method = 1
(init_tavg) tend_zint_100m_O2 method = 1
(init_tavg) STF_O2 method = 1
(init_tavg) DIC method = 1
(init_tavg) J_DIC method = 1
(init_tavg) Jint_100m_DIC method = 1
(init_tavg) tend_zint_100m_DIC method = 1
(init_tavg) DIC_RIV_FLUX method = 1
(init_tavg) FvPER_DIC method = 1
(init_tavg) FvICE_DIC method = 4
(init_tavg) ALK method = 1
(init_tavg) J_ALK method = 1
(init_tavg) Jint_100m_ALK method = 1
(init_tavg) tend_zint_100m_ALK method = 1
(init_tavg) STF_ALK method = 1
(init_tavg) ALK_RIV_FLUX method = 1
(init_tavg) FvPER_ALK method = 1
(init_tavg) FvICE_ALK method = 4
(init_tavg) DOC method = 1
(init_tavg) Jint_100m_DOC method = 1
(init_tavg) tend_zint_100m_DOC method = 1
(init_tavg) DOC_RIV_FLUX method = 1
(init_tavg) DON method = 1
(init_tavg) DON_RIV_FLUX method = 1
(init_tavg) DOP method = 1
(init_tavg) DOP_RIV_FLUX method = 1
(init_tavg) DOPr method = 1
(init_tavg) DOPr_RIV_FLUX method = 1
(init_tavg) DONr method = 1
(init_tavg) DONr_RIV_FLUX method = 1
(init_tavg) DOCr method = 1
(init_tavg) Jint_100m_DOCr method = 1
(init_tavg) tend_zint_100m_DOCr method = 1
(init_tavg) DOCr_RIV_FLUX method = 1
(init_tavg) zooC method = 1
(init_tavg) zooC_zint_100m method = 1
(init_tavg) spChl method = 1
(init_tavg) spChl_SURF method = 1
(init_tavg) spC method = 1
(init_tavg) spC_zint_100m method = 1
(init_tavg) spP method = 1
(init_tavg) spFe method = 1
(init_tavg) spCaCO3 method = 1
(init_tavg) spCaCO3_zint_100m method = 1
(init_tavg) diatChl method = 1
(init_tavg) diatChl_SURF method = 1
(init_tavg) diatC method = 1
(init_tavg) diatC_zint_100m method = 1
(init_tavg) diatP method = 1
(init_tavg) diatFe method = 1
(init_tavg) diatSi method = 1
(init_tavg) diazChl method = 1
(init_tavg) diazChl_SURF method = 1
(init_tavg) diazC method = 1
(init_tavg) diazC_zint_100m method = 1
(init_tavg) diazP method = 1
(init_tavg) diazFe method = 1
(init_tavg) IAGE method = 1
(init_tavg) TIDAL_QE_2D method = 5
(init_tavg) VERTICAL_FUNC method = 5
(init_tavg) TIDAL_DIFF method = 1
(init_tavg) QSW_HBL method = 1
(init_tavg) KVMIX method = 1
(init_tavg) VDC_BCK method = 1
(init_tavg) KVMIX_M method = 1
(init_tavg) VVC_BCK method = 1
(init_tavg) TPOWER method = 1
(init_tavg) KPP_SRC_Fe method = 1
(init_tavg) KPP_SRC_O2 method = 1
(init_tavg) KPP_SRC_DIC method = 1
(init_tavg) VDC_T method = 1
(init_tavg) VDC_S method = 1
(init_tavg) VVC method = 1
(init_tavg) DIA_IMPVF_Fe method = 1
(init_tavg) DIA_IMPVF_O2 method = 1
(init_tavg) DIA_IMPVF_DIC method = 1
(init_tavg) DIA_IMPVF_DOC method = 1
(init_tavg) DIA_IMPVF_DOCr method = 1
(init_tavg) KAPPA_ISOP method = 1
(init_tavg) KAPPA_THIC method = 1
(init_tavg) HOR_DIFF method = 1
(init_tavg) DIA_DEPTH method = 1
(init_tavg) TLT method = 1
(init_tavg) INT_DEPTH method = 1
(init_tavg) UISOP method = 1
(init_tavg) VISOP method = 1
(init_tavg) WISOP method = 1
(init_tavg) ADVT_ISOP method = 1
(init_tavg) ADVS_ISOP method = 1
(init_tavg) VNT_ISOP method = 1
(init_tavg) VNS_ISOP method = 1
(init_tavg) USUBM method = 1
(init_tavg) VSUBM method = 1
(init_tavg) WSUBM method = 1
(init_tavg) HLS_SUBM method = 1
(init_tavg) ADVT_SUBM method = 1
(init_tavg) ADVS_SUBM method = 1
(init_tavg) VNT_SUBM method = 1
(init_tavg) VNS_SUBM method = 1
(init_tavg) HDIFT method = 1
(init_tavg) HDIFS method = 1
(init_tavg) HDIFE_Fe method = 1
(init_tavg) HDIFN_Fe method = 1
(init_tavg) HDIFB_Fe method = 1
(init_tavg) HDIFE_O2 method = 1
(init_tavg) HDIFN_O2 method = 1
(init_tavg) HDIFB_O2 method = 1
(init_tavg) HDIFE_DIC method = 1
(init_tavg) HDIFN_DIC method = 1
(init_tavg) HDIFB_DIC method = 1
(init_tavg) HDIFE_DOC method = 1
(init_tavg) HDIFN_DOC method = 1
(init_tavg) HDIFB_DOC method = 1
(init_tavg) HDIFE_DOCr method = 1
(init_tavg) HDIFN_DOCr method = 1
(init_tavg) HDIFB_DOCr method = 1
(init_tavg) WVEL method = 1
(init_tavg) WVEL2 method = 1
(init_tavg) UET method = 1
(init_tavg) VNT method = 1
(init_tavg) WTT method = 1
(init_tavg) UES method = 1
(init_tavg) VNS method = 1
(init_tavg) WTS method = 1
(init_tavg) ADVT method = 1
(init_tavg) ADVS method = 1
(init_tavg) UE_Fe method = 1
(init_tavg) VN_Fe method = 1
(init_tavg) WT_Fe method = 1
(init_tavg) UE_O2 method = 1
(init_tavg) VN_O2 method = 1
(init_tavg) WT_O2 method = 1
(init_tavg) UE_DIC method = 1
(init_tavg) VN_DIC method = 1
(init_tavg) WT_DIC method = 1
(init_tavg) UE_DOC method = 1
(init_tavg) VN_DOC method = 1
(init_tavg) WT_DOC method = 1
(init_tavg) UE_DOCr method = 1
(init_tavg) VN_DOCr method = 1
(init_tavg) WT_DOCr method = 1
(init_tavg) PV method = 1
(init_tavg) Q method = 1
(init_tavg) PD method = 1
(init_tavg) QSW_HTP method = 1
(init_tavg) QFLUX method = 4
(init_tavg) HMXL method = 1
(init_tavg) HMXL_DR method = 1
(init_tavg) HMXL_DR_2 method = 1
(init_tavg) XMXL method = 3
(init_tavg) XMXL_2 method = 3
(init_tavg) XMXL_DR method = 3
(init_tavg) TMXL method = 2
(init_tavg) TMXL_DR method = 2
(init_tavg) HBLT method = 1
(init_tavg) XBLT method = 3
(init_tavg) TBLT method = 2
(init_tavg) BSF method = 1
(init_tavg) tavg_streams( 1 )%ltavg_qflux_method_on = T
(init_tavg) tavg_streams( 2 )%ltavg_qflux_method_on = F
(init_tavg) tavg_streams( 3 )%ltavg_qflux_method_on = F
(init_tavg) tavg_streams( 4 )%ltavg_qflux_method_on = F
(init_tavg) tavg_streams( 5 )%ltavg_qflux_method_on = F
========================================================================
Transport Diagnostics:
transports_nml namelist settings:
&TRANSPORTS_NML
LAT_AUX_GRID_TYPE = southern ,
LAT_AUX_BEGIN = -90.0000000000000 ,
LAT_AUX_END = 90.0000000000000 ,
N_LAT_AUX_GRID = 180,
MOC_REQUESTED = T,
N_HEAT_TRANS_REQUESTED = T,
N_SALT_TRANS_REQUESTED = T,
TRANSPORT_REG2_NAMES = Atlantic Ocean Mediterranean Sea
Labrador Sea GIN Sea
Arctic Ocean
Hudson Bay
,
N_TRANSPORT_REG = 2
/
Transport Diagnostics Information
_________________________________
Latitudinal Auxiliary Grid Choice is:
... based on flipped Southern Hemisphere latititude grid
Transport diagnostics include:
MOC
N_HEAT
N_SALT
The following 6
regions will be included in the n_transport_reg = 2 transports:
Atlantic Ocean ( 6)
Mediterranean Sea ( 7)
Labrador Sea ( 8)
GIN Sea ( 9)
Arctic Ocean (10)
Hudson Bay (11)
(init_moc_ts_transport_arrays) allocate TR_TRANS_G
End of transport regions initialization
========================================================================
========================================================================
Barotropic Streamfunction Diagnostic:
bsf_diagnostic_nml namelist settings:
&BSF_DIAGNOSTIC_NML
LDIAG_BSF = T
/
Initializing diagnostic BSF variables ....
number of islands = 35
island 1 # points on boundary = 500
island 2 # points on boundary = 1763
island 3 # points on boundary = 44
island 4 # points on boundary = 2262
island 5 # points on boundary = 14
island 6 # points on boundary = 8
island 7 # points on boundary = 8
island 8 # points on boundary = 94
island 9 # points on boundary = 8
island 10 # points on boundary = 58
island 11 # points on boundary = 56
island 12 # points on boundary = 8
island 13 # points on boundary = 21
island 14 # points on boundary = 472
island 15 # points on boundary = 16
island 16 # points on boundary = 14
island 17 # points on boundary = 44
island 18 # points on boundary = 128
island 19 # points on boundary = 16
island 20 # points on boundary = 22
island 21 # points on boundary = 14
island 22 # points on boundary = 56
island 23 # points on boundary = 24
island 24 # points on boundary = 24
island 25 # points on boundary = 18
island 26 # points on boundary = 8
island 27 # points on boundary = 70
island 28 # points on boundary = 10
island 29 # points on boundary = 10
island 30 # points on boundary = 8
island 31 # points on boundary = 14
island 32 # points on boundary = 34
island 33 # points on boundary = 8
island 34 # points on boundary = 32
island 35 # points on boundary = 12
island coefficients:
island 1 coefficient = -342.065849211389
island 2 coefficient = -1081.57639039630
island 3 coefficient = -36.3214440006148
island 4 coefficient = -1393.94702250465
island 5 coefficient = -10.3586397347403
island 6 coefficient = -3.43863814922056
island 7 coefficient = -11.3186625866053
island 8 coefficient = -55.7548100369990
island 9 coefficient = -19.2818224871181
island 10 coefficient = -44.4635017900952
island 11 coefficient = -39.4207603751024
island 12 coefficient = -10.5066377649550
island 13 coefficient = -24.3593168124560
island 14 coefficient = -376.069185571957
island 15 coefficient = -31.8482616686225
island 16 coefficient = -14.7284219388454
island 17 coefficient = -49.4991249925431
island 18 coefficient = -95.3971300688251
island 19 coefficient = -34.7871545591953
island 20 coefficient = -32.3446545602342
island 21 coefficient = -23.5895845128128
island 22 coefficient = -37.7042718854958
island 23 coefficient = -19.0002030799944
island 24 coefficient = -15.2638322786331
island 25 coefficient = -20.0387490549100
island 26 coefficient = -15.5023992311597
island 27 coefficient = -52.0819547854242
island 28 coefficient = -9.95405658931480
island 29 coefficient = -19.0791575464353
island 30 coefficient = -14.5418973646153
island 31 coefficient = -23.6682185450112
island 32 coefficient = -39.2381968899929
island 33 coefficient = -16.5856905262603
island 34 coefficient = -49.2625734766268
island 35 coefficient = -13.4814208183381
Internal tavg Diagnostics Control Variables:
(init_tavg) ldiag_bsf = T
(init_tavg) ldiag_gm_bolus = T
(init_tavg) lsubmeso = T
------------------------------------------------------------------------
define_tavg_field: id = 1 MOC
define_tavg_field: id = 2 N_HEAT
define_tavg_field: id = 3 N_SALT
Reading pointer file: rpointer.ocn.tavg.5
105863 nsteps_total in tavg restart105863 nsteps_total in current simulation
tavg_sum = 2678400.00000000 in tavg restart
file read:
./bwma1850.f09.y13.los_chocoyos.qboE.ensoN.clone.SO2.pop.rh.ecosys.nyear1.0013-
02-01-00000.nc
Global Time Averages: 02-01-0013 00:00:00
graze_auto_TOT: 8.416518923289891E-008
DOC_remin: 6.593851681488210E-009
DOCr_remin: 2.476168292411565E-010
DON_remin: 6.103528983644332E-010
DONr_remin: 1.438590173902404E-011
DOP_remin: 2.957913962367395E-011
DOPr_remin: 3.166296755195834E-013
POC_REMIN_DOCr: 1.800136013765133E-011
POC_REMIN_DIC: 2.998426554489362E-008
POP_REMIN_DOPr: 4.222846782760712E-014
POP_REMIN_PO4: 2.345603706487031E-010
PON_REMIN_DONr: 1.421304225577196E-012
PON_REMIN_NH4: 4.118301087793094E-009
CaCO3_FLUX_IN: 2.783845860514325E-004
CaCO3_PROD: 1.508955750681970E-009
CaCO3_REMIN: 1.309557279118138E-009
CaCO3_form: 2.133070775541494E-009
J_PO4: -5.244199365465157E-012
J_NO3: -4.238227221977723E-011
J_SiO3: -2.050904093047237E-010
J_NH4: -4.285144258387303E-011
J_Fe: -1.854106787616875E-013
J_ALK: -4.141491575293343E-010
KPP_SRC_Fe: -1.877361640352196E-022
KPP_SRC_O2: 1.407992669968089E-017
KPP_SRC_DIC: -7.512444636196326E-018
DIA_IMPVF_Fe: -2.126351566455466E-009
DIA_IMPVF_O2: 3.369176426523886E-004
DIA_IMPVF_DIC: -6.642656308947744E-004
DIA_IMPVF_DOC: 8.994374897680312E-005
DIA_IMPVF_DOCr: -9.956824210828328E-007
HDIFE_Fe: 1.230334119391700E-013
HDIFN_Fe: 7.242368513533047E-013
HDIFB_Fe: -1.823280400877667E-013
HDIFE_O2: -2.374607791224749E-008
HDIFN_O2: -1.644050750106985E-007
HDIFB_O2: 7.340854921174464E-008
HDIFE_DIC: 2.061281368381252E-008
HDIFN_DIC: 1.346050352952025E-007
HDIFB_DIC: 1.655315884621189E-007
HDIFE_DOC: -8.016051147374355E-011
HDIFN_DOC: -7.594969453610937E-010
HDIFB_DOC: -1.538258528408235E-008
HDIFE_DOCr: -6.023885665442863E-012
HDIFN_DOCr: 2.570744156402502E-010
HDIFB_DOCr: 6.212580652725981E-010
UE_Fe: 1.006537151860402E-011
VN_Fe: -9.483518121471222E-013
WT_Fe: -2.205064708117437E-013
UE_O2: 8.843548661853668E-006
VN_O2: 6.945063757590606E-008
WT_O2: -1.539342858509132E-007
UE_DIC: 7.944835135893763E-005
VN_DIC: -1.756781930049343E-006
WT_DIC: 4.334995806976215E-007
UE_DOC: -1.573560668913216E-008
VN_DOC: 1.749330284113821E-007
WT_DOC: -4.048062369816702E-008
UE_DOCr: 1.300043757676442E-006
VN_DOCr: -1.697636267274463E-008
WT_DOCr: 2.729772110060879E-009
========================================================================
Budget Diagnostics:
budget_diagnostics_nml namelist settings:
&BUDGET_DIAGNOSTICS_NML
LDIAG_GLOBAL_TRACER_BUDGETS = T,
LRF_PRINT_BUDGET_TERM_BY_TERM = F
/
------------------------------------------------------------------------
Budget Diagnostic Options
------------------------------------------------------------------------
Global tracer budgets diagnostics will be computed
(init_budget_diagnostics): tracer budgets are for every 1 months
k, area_t_k(k), bgtarea_t_k(k) open_ocean_area_t_k(k)
1 3.605116724269280E+18 3.605116724269280E+18 3.592561691876594E+18
2 3.605116724269280E+18 3.605116724269280E+18 3.592561691876594E+18
3 3.605116724269280E+18 3.605116724269280E+18 3.592561691876594E+18
4 3.553627734265554E+18 3.553627734265554E+18 3.543562665626630E+18
5 3.534736684593664E+18 3.534736684593664E+18 3.525101884221524E+18
6 3.515608645609511E+18 3.515608645609511E+18 3.506363745452623E+18
7 3.503329127263752E+18 3.503329127263752E+18 3.494665969820894E+18
8 3.492567102137650E+18 3.492567102137650E+18 3.484413083881957E+18
9 3.482172854375378E+18 3.482172854375378E+18 3.474262158461532E+18
10 3.472489373144583E+18 3.472489373144583E+18 3.465049728647122E+18
11 3.462997278865793E+18 3.462997278865793E+18 3.455672799322917E+18
12 3.454950084881535E+18 3.454950084881535E+18 3.447771723165688E+18
13 3.446882307801547E+18 3.446882307801547E+18 3.439877119056919E+18
14 3.440075972532718E+18 3.440075972532718E+18 3.433070783788089E+18
15 3.434238153835673E+18 3.434238153835673E+18 3.427232965091044E+18
16 3.428238941514711E+18 3.428238941514711E+18 3.421233752770082E+18
17 3.423624387308853E+18 3.423624387308853E+18 3.416619198564223E+18
18 3.419098102119645E+18 3.419098102119645E+18 3.412153436578373E+18
19 3.414715953701839E+18 3.414715953701839E+18 3.407771288160566E+18
20 3.409778109588937E+18 3.409778109588937E+18 3.402833444047665E+18
21 3.404563133039986E+18 3.404563133039986E+18 3.397720507784635E+18
22 3.399091310878116E+18 3.399091310878116E+18 3.392581469371993E+18
23 3.394306213749241E+18 3.394306213749241E+18 3.387846016213411E+18
24 3.388448828701634E+18 3.388448828701634E+18 3.381988631165804E+18
25 3.381888634827103E+18 3.381888634827103E+18 3.375607046276558E+18
26 3.376104182464536E+18 3.376104182464536E+18 3.369982006471207E+18
27 3.369326561417943E+18 3.369326561417943E+18 3.363302597794529E+18
28 3.362677958313308E+18 3.362677958313308E+18 3.356703331182161E+18
29 3.357582205151466E+18 3.357582205151466E+18 3.351607578020319E+18
30 3.350450098321052E+18 3.350450098321052E+18 3.344598273923993E+18
31 3.343569321585032E+18 3.343569321585032E+18 3.337823127380011E+18
32 3.335607171531538E+18 3.335607171531538E+18 3.330134437023008E+18
33 3.325742872894687E+18 3.325742872894687E+18 3.320495037556076E+18
34 3.314689546349587E+18 3.314689546349587E+18 3.310048518854782E+18
35 3.301870867795441E+18 3.301870867795441E+18 3.298408224712406E+18
36 3.290990678235035E+18 3.290990678235035E+18 3.287581797754015E+18
37 3.279542047747848E+18 3.279542047747848E+18 3.276451836370137E+18
38 3.266102429627725E+18 3.266102429627725E+18 3.263012218250014E+18
39 3.252382854021038E+18 3.252382854021038E+18 3.249292642643327E+18
40 3.236408918760606E+18 3.236408918760606E+18 3.233629536646857E+18
41 3.218586858799241E+18 3.218586858799241E+18 3.215965503551506E+18
42 3.196845507660826E+18 3.196845507660826E+18 3.194323644041697E+18
43 3.172670640233648E+18 3.172670640233648E+18 3.170554456532549E+18
44 3.146609055339809E+18 3.146609055339809E+18 3.144492871638709E+18
45 3.111309167473597E+18 3.111309167473597E+18 3.109502268132250E+18
46 3.072208273142948E+18 3.072208273142948E+18 3.071078738304258E+18
47 3.023542382640111E+18 3.023542382640111E+18 3.023542382640111E+18
48 2.967882929750253E+18 2.967882929750253E+18 2.967882929750253E+18
49 2.897543550275041E+18 2.897543550275041E+18 2.897543550275041E+18
50 2.796950138446352E+18 2.796950138446352E+18 2.796950138446352E+18
51 2.662927759538910E+18 2.662927759538910E+18 2.662927759538910E+18
52 2.478638263648849E+18 2.478638263648849E+18 2.478638263648849E+18
53 2.251232840624556E+18 2.251232840624556E+18 2.251232840624556E+18
54 2.000209036103316E+18 2.000209036103316E+18 2.000209036103316E+18
55 1.712959840684087E+18 1.712959840684087E+18 1.712959840684087E+18
56 1.410794107878886E+18 1.410794107878886E+18 1.410794107878886E+18
57 1.110648134250782E+18 1.110648134250782E+18 1.110648134250782E+18
58 8.302308618777356E+17 8.302308618777356E+17 8.302308618777356E+17
59 5.426734694876237E+17 5.426734694876237E+17 5.426734694876237E+17
60 2.763903305186335E+17 2.763903305186335E+17 2.763903305186335E+17
open_ocean_volume_2_km 1.320801417308794E+24
rf_volume_2_km 1.321516315006501E+24
========================================================================
POP_check: Check for Option Inconsistencies
(POP_check) WARNING: time-averaging and coupling frequency may be incompatible; tavg must be integer multiple of coupling freq
(POP_check) WARNING: time-averaging and coupling frequency may be incompatible; tavg must be integer multiple of coupling freq
(POP_check) WARNING: time-averaging and coupling frequency may be incompatible; tavg must be integer multiple of coupling freq
(POP_check) WARNING: time-averaging and coupling frequency may be incompatible; tavg must be integer multiple of coupling freq
(POP_check) WARNING: time-averaging and coupling frequency may be incompatible; tavg must be integer multiple of coupling freq
(POP_check) No fatal error conditions detected
========================================================================
Constants used in this run:
grav = 9.806160000000000E+02 cm/s^2
omega = 7.292123516990375E-05 rad/s
radius = 6.371220000000000E+08 cm
cp_sw = 3.996000000000000E+07 erg/g/K
cp_air = 1.004640000000000E+03 J/kg/K
rho_air = 1.292318284692468E+00 kg/m^3
rho_sw = 1.026000000000000E+00 g/cm^3
rho_fw = 1.000000000000000E+00 g/cm^3
sound = 1.500000000000000E+05 cm/s
vonkar = 4.000000000000000E-01
emissivity = 1.000000000000000E+00
stefan_boltzmann = 5.670000000000000E-08 W/m^2/K^4
latent_heat_vapor_mk = 2.501000000000000E+06 J/kg
latent_heat_fusion = 3.337000000000000E+09 erg/g
ocn_ref_salinity = 3.470000000000000E+01 psu
sea_ice_salinity = 4.000000000000000E+00 psu
T0_Kelvin = 2.731500000000000E+02 K
pi = 3.141592653589793E+00
========================================================================
========================================================================
Time Flags
time_flag id = 1
name = stop_now
owner = init_time1
has_default = T
default = F
freq_opt = 0 (never)
freq = 0
value = F
old_value = F
done = F
has_offset_date = F
time_flag id = 2
name = coupled_ts
owner = pop_init_coupled
has_default = F
default = F
freq_opt = 4 (nhour)
freq = 1
value = F
old_value = T
done = F
has_offset_date = F
time_flag id = 3
name = ice
owner = init_ice
has_default = T
default = F
freq_opt = 0 (never)
freq = 100000
value = F
old_value = F
done = F
has_offset_date = F
time_flag id = 4
name = diag_global
owner = init_diagnostics
has_default = T
default = F
freq_opt = 2 (nmonth)
freq = 1
value = F
old_value = F
done = F
has_offset_date = F
time_flag id = 5
name = diag_cfl
owner = init_diagnostics
has_default = T
default = F
freq_opt = 2 (nmonth)
freq = 1
value = F
old_value = F
done = F
has_offset_date = F
time_flag id = 6
name = diag_transp
owner = init_diagnostics
has_default = T
default = F
freq_opt = 2 (nmonth)
freq = 1
value = F
old_value = F
done = F
has_offset_date = F
time_flag id = 7
name = restart
owner = init_restart
has_default = T
default = F
freq_opt = 1 (nyear)
freq = 100000
value = F
old_value = F
done = F
has_offset_date = F
time_flag id = 8
name = evenodd
owner = init_restart
has_default = T
default = F
freq_opt = 0 (never)
freq = 100000
value = F
old_value = F
done = F
has_offset_date = F
time_flag id = 9
name = cpl_write_restart
owner = ocn_init_mct
has_default = F
default = F
freq_opt = 0 (never)
freq = 0
value = F
old_value = F
done = F
has_offset_date = F
time_flag id = 10
name = history
owner = init_history
has_default = T
default = F
freq_opt = 0 (never)
freq = 1
value = F
old_value = F
done = F
has_offset_date = F
time_flag id = 11
name = movie
owner = init_movie
has_default = T
default = F
freq_opt = 0 (never)
freq = 1
value = F
old_value = F
done = F
has_offset_date = F
time_flag id = 12
name = tavg1
owner = init_tavg
has_default = T
default = F
freq_opt = 2 (nmonth)
freq = 1
value = T
old_value = F
done = F
has_offset_date = F
time_flag id = 13
name = tavg_file1
owner = init_tavg
has_default = T
default = F
freq_opt = 2 (nmonth)
freq = 1
value = F
old_value = F
done = F
has_offset_date = F
time_flag id = 14
name = tavg2
owner = init_tavg
has_default = T
default = F
freq_opt = 3 (nday)
freq = 1
value = T
old_value = F
done = F
has_offset_date = F
time_flag id = 15
name = tavg_file2
owner = init_tavg
has_default = T
default = F
freq_opt = 2 (nmonth)
freq = 1
value = F
old_value = F
done = F
has_offset_date = F
time_flag id = 16
name = tavg3
owner = init_tavg
has_default = T
default = F
freq_opt = 7 (once)
freq = 1
value = T
old_value = F
done = F
has_offset_date = F
time_flag id = 17
name = tavg_file3
owner = init_tavg
has_default = T
default = F
freq_opt = 7 (once)
freq = 1
value = F
old_value = F
done = F
has_offset_date = F
time_flag id = 18
name = tavg4
owner = init_tavg
has_default = T
default = F
freq_opt = 3 (nday)
freq = 1
value = T
old_value = F
done = F
has_offset_date = F
time_flag id = 19
name = tavg_file4
owner = init_tavg
has_default = T
default = F
freq_opt = 2 (nmonth)
freq = 1
value = F
old_value = F
done = F
has_offset_date = F
time_flag id = 20
name = tavg5
owner = init_tavg
has_default = T
default = F
freq_opt = 1 (nyear)
freq = 1
value = F
old_value = F
done = F
has_offset_date = F
time_flag id = 21
name = tavg_file5
owner = init_tavg
has_default = T
default = F
freq_opt = 1 (nyear)
freq = 1
value = F
old_value = F
done = F
has_offset_date = F
time_flag id = 22
name = cpl_write_history
owner = ocn_init_mct
has_default = F
default = F
freq_opt = 0 (never)
freq = 0
value = F
old_value = F
done = F
has_offset_date = F
time_flag id = 23
name = cpl_write_tavg
owner = ocn_init_mct
has_default = F
default = F
freq_opt = 0 (never)
freq = 0
value = F
old_value = F
done = F
has_offset_date = F
time_flag id = 24
name = cpl_diag_global
owner = ocn_init_mct
has_default = F
default = F
freq_opt = 0 (never)
freq = 0
value = F
old_value = F
done = F
has_offset_date = F
time_flag id = 25
name = cpl_diag_transp
owner = ocn_init_mct
has_default = F
default = F
freq_opt = 0 (never)
freq = 0
value = F
old_value = F
done = F
has_offset_date = F
========================================================================
End of initialization
========================================================================
(shr_strdata_init) stream 1
(shr_strdata_init) filePath = 1
(shr_strdata_init) fileName = 1
/cluster/work/users/hanbre/inputdata/ocn/pop/gx1v7/forcing/riv_nut.gnews_gnm.gx
1v7_nn_open_ocean_nnsm_e1000r300_marginal_sea.20170425.nc
(shr_strdata_init) timeName = 1 time
(shr_strdata_init) lonName = 1 TLONG
(shr_strdata_init) latName = 1 TLAT
(shr_strdata_init) hgtName = 1 undefined
(shr_strdata_init) maskName = 1 KMT
(shr_strdata_init) areaName = 1 TAREA
(shr_strdata_print) ----------------------------------------------------------
(shr_strdata_print) name = unknown
(shr_strdata_print) dataMode = NULL
(shr_strdata_print) domainFile = null
(shr_strdata_print) nxg = 320
(shr_strdata_print) nyg = 384
(shr_strdata_print) nzg = 1
(shr_strdata_print) calendar = NO_LEAP
(shr_strdata_print) io_type = 5
(shr_strdata_print) eccen = 1.000000E+36
(shr_strdata_print) mvelpp = 1.000000E+36
(shr_strdata_print) lambm0 = 1.000000E+36
(shr_strdata_print) obliqr = 1.000000E+36
(shr_strdata_print) nstreams = 1
(shr_strdata_print) pio_iotype = 5
(shr_strdata_print) streams ( 1) = null
(shr_strdata_print) taxMode ( 1) = extend
(shr_strdata_print) dtlimit ( 1) = 1.000000E+30
(shr_strdata_print) strnxg ( 1) = 320
(shr_strdata_print) strnyg ( 1) = 384
(shr_strdata_print) strnzg ( 1) = -1
(shr_strdata_print) dofill ( 1) = F
(shr_strdata_print) fillalgo( 1) = none
(shr_strdata_print) fillmask( 1) = nomask
(shr_strdata_print) fillread( 1) = NOT_SET
(shr_strdata_print) fillwrit( 1) = NOT_SET
(shr_strdata_print) domaps ( 1) = F
(shr_strdata_print) mapalgo ( 1) = none
(shr_strdata_print) mapmask ( 1) = dstmask
(shr_strdata_print) mapread ( 1) = NOT_SET
(shr_strdata_print) mapwrit ( 1) = NOT_SET
(shr_strdata_print) tintalgo( 1) = linear
(shr_strdata_print) readmode( 1) = single
(shr_strdata_print)
(shr_strdata_print) nvectors = 0
(shr_strdata_print) ----------------------------------------------------------
(shr_dmodel_readstrm) open : /cluster/work/users/hanbre/inputdata/ocn/pop/gx1v7/forcing/riv_nut.gnews_gnm.gx1v7_nn_open_ocean_nnsm_e1000r300_marginal_sea.20170425.nc
(shr_dmodel_readstrm) file lb: /cluster/work/users/hanbre/inputdata/ocn/pop/gx1v7/forcing/riv_nut.gnews_gnm.gx1v7_nn_open_ocean_nnsm_e1000r300_marginal_sea.20170425.nc 1
(shr_dmodel_readstrm) file ub: /cluster/work/users/hanbre/inputdata/ocn/pop/gx1v7/forcing/riv_nut.gnews_gnm.gx1v7_nn_open_ocean_nnsm_e1000r300_marginal_sea.20170425.nc 1
(shr_strdata_init) stream 1
(shr_strdata_init) filePath = 1
(shr_strdata_init) fileName = 1
/cluster/work/users/hanbre/inputdata/ocn/pop/gx1v6/forcing/ecosys_restore_POP_g
x1v6_20170113.nc
(shr_strdata_init) timeName = 1 time
(shr_strdata_init) lonName = 1 TLONG
(shr_strdata_init) latName = 1 TLAT
(shr_strdata_init) hgtName = 1 depth
(shr_strdata_init) maskName = 1 KMT
(shr_strdata_init) areaName = 1 TAREA
(shr_strdata_print) ----------------------------------------------------------
(shr_strdata_print) name = unknown
(shr_strdata_print) dataMode = NULL
(shr_strdata_print) domainFile = null
(shr_strdata_print) nxg = 320
(shr_strdata_print) nyg = 384
(shr_strdata_print) nzg = 60
(shr_strdata_print) calendar = NO_LEAP
(shr_strdata_print) io_type = 5
(shr_strdata_print) eccen = 1.000000E+36
(shr_strdata_print) mvelpp = 1.000000E+36
(shr_strdata_print) lambm0 = 1.000000E+36
(shr_strdata_print) obliqr = 1.000000E+36
(shr_strdata_print) nstreams = 1
(shr_strdata_print) pio_iotype = 5
(shr_strdata_print) streams ( 1) = null
(shr_strdata_print) taxMode ( 1) = cycle
(shr_strdata_print) dtlimit ( 1) = 1.500000E+00
(shr_strdata_print) strnxg ( 1) = 320
(shr_strdata_print) strnyg ( 1) = 384
(shr_strdata_print) strnzg ( 1) = 60
(shr_strdata_print) dofill ( 1) = F
(shr_strdata_print) fillalgo( 1) = none
(shr_strdata_print) fillmask( 1) = nomask
(shr_strdata_print) fillread( 1) = NOT_SET
(shr_strdata_print) fillwrit( 1) = NOT_SET
(shr_strdata_print) domaps ( 1) = F
(shr_strdata_print) mapalgo ( 1) = none
(shr_strdata_print) mapmask ( 1) = dstmask
(shr_strdata_print) mapread ( 1) = NOT_SET
(shr_strdata_print) mapwrit ( 1) = NOT_SET
(shr_strdata_print) tintalgo( 1) = linear
(shr_strdata_print) readmode( 1) = single
(shr_strdata_print)
(shr_strdata_print) nvectors = 0
(shr_strdata_print) ----------------------------------------------------------
(shr_dmodel_readstrm) open : /cluster/work/users/hanbre/inputdata/ocn/pop/gx1v6/forcing/ecosys_restore_POP_gx1v6_20170113.nc
(shr_dmodel_readstrm) file lb: /cluster/work/users/hanbre/inputdata/ocn/pop/gx1v6/forcing/ecosys_restore_POP_gx1v6_20170113.nc 1
(shr_dmodel_readstrm) file ub: /cluster/work/users/hanbre/inputdata/ocn/pop/gx1v6/forcing/ecosys_restore_POP_gx1v6_20170113.nc 1
(geoheatflux_accumulate_tavg_once) geo_volume = 7.8519048831590466E+22
(geoheatflux_accumulate_tavg_once) volume_t = 1.3251214317307708E+24
(geoheatflux_accumulate_tavg_once) geo_mean (mks) = 0.0000000000000000E+00
VOLUME AND TRACER BUDGET INITIALIZATION:
========================================
volume_t (cm^3) = 0.132439397938E+25
SUM [volume*T] (C cm^3) = 0.508647998942E+25
SUM [volume*S] (ppt cm^3) = 0.460129712803E+26
Global Time Averages: 02-01-0013 01:00:00
REGION_BOX3D: 2.505760292276952E-004
TIDAL_QE_2D: 1.76120748356844
VERTICAL_FUNC: 4.286768381719372E-006
VDC_BCK: 0.160397727267130
VVC_BCK: 1.60397727081844
(io_pio_init) create file
./bwma1850.f09.y13.los_chocoyos.qboE.ensoN.clone.SO2.pop.h.once.nc
tavg file written:
./bwma1850.f09.y13.los_chocoyos.qboE.ensoN.clone.SO2.pop.h.once.nc
(time_manager) ocn date 00013-feb-02, 0.000000E+00 sec nsteps_total = 105887
Global Time Averages: 02-02-0013 00:00:00
SST: 18.3363294185785
SST2: 431.709605850746
HMXL_DR_2: 5883.69543294298
XMXL_2: 7176.04546960926
(io_pio_init) create file
./bwma1850.f09.y13.los_chocoyos.qboE.ensoN.clone.SO2.pop.h.nday1.0013-02-01.nc
data appended to tavg file:
./bwma1850.f09.y13.los_chocoyos.qboE.ensoN.clone.SO2.pop.h.nday1.0013-02-01.nc
Global Time Averages: 02-02-0013 00:00:00
photoC_sp_zint_2: 2.041991684934330E-002
photoC_diat_zint_2: 1.357175041640643E-002
photoC_diaz_zint_2: 1.215796807365770E-003
CaCO3_form_zint_2: 7.931730579463945E-004
ECOSYS_IFRAC_2: 5.078266845931755E-002
ECOSYS_XKW_2: 5.167666826168513E-003
DpCO2_2: 4.60807044846503
FG_CO2_2: -2.901599005942613E-004
STF_O2_2: 1.438061483188522E-004
zooC_zint_100m: 4038.13582952124
spChl_SURF: 6.131151255789700E-002
spC_zint_100m: 2656.86642075794
spCaCO3_zint_100m: 99.3467681753660
diatChl_SURF: 0.128349504727226
diatC_zint_100m: 2875.65852965367
diazChl_SURF: 3.250858142655587E-003
diazC_zint_100m: 238.482063965017
(io_pio_init) create file
./bwma1850.f09.y13.los_chocoyos.qboE.ensoN.clone.SO2.pop.h.ecosys.nday1.0013-02
-01.nc
data appended to tavg file:
./bwma1850.f09.y13.los_chocoyos.qboE.ensoN.clone.SO2.pop.h.ecosys.nday1.0013-02
-01.nc
(time_manager) ocn date 00013-feb-03, 0.000000E+00 sec nsteps_total = 105911
Global Time Averages: 02-03-0013 00:00:00
SST: 18.3365570461132
SST2: 431.716066039403
HMXL_DR_2: 5905.52843304774
XMXL_2: 7203.95960792442
data appended to tavg file:
./bwma1850.f09.y13.los_chocoyos.qboE.ensoN.clone.SO2.pop.h.nday1.0013-02-01.nc
Global Time Averages: 02-03-0013 00:00:00
photoC_sp_zint_2: 2.050691469917176E-002
photoC_diat_zint_2: 1.360953644436149E-002
photoC_diaz_zint_2: 1.213944754329628E-003
CaCO3_form_zint_2: 8.008537468784745E-004
ECOSYS_IFRAC_2: 5.053065952826299E-002
ECOSYS_XKW_2: 5.183157605561973E-003
DpCO2_2: 4.65601811106387
FG_CO2_2: -2.446618657498550E-004
STF_O2_2: -2.464981586910711E-003
zooC_zint_100m: 4030.20542720012
spChl_SURF: 6.109724031506655E-002
spC_zint_100m: 2656.72829226672
spCaCO3_zint_100m: 99.4779671929748
diatChl_SURF: 0.125081747272410
diatC_zint_100m: 2866.81435132530
diazChl_SURF: 3.250837618672500E-003
diazC_zint_100m: 238.135995477813
data appended to tavg file:
./bwma1850.f09.y13.los_chocoyos.qboE.ensoN.clone.SO2.pop.h.ecosys.nday1.0013-02
-01.nc
(time_manager) ocn date 00013-feb-04, 0.000000E+00 sec nsteps_total = 105935
Global Time Averages: 02-04-0013 00:00:00
SST: 18.3318202058672
SST2: 431.544360549227
HMXL_DR_2: 5970.67011274209
XMXL_2: 7254.03411503653
data appended to tavg file:
./bwma1850.f09.y13.los_chocoyos.qboE.ensoN.clone.SO2.pop.h.nday1.0013-02-01.nc
Global Time Averages: 02-04-0013 00:00:00
photoC_sp_zint_2: 2.071598003025835E-002
photoC_diat_zint_2: 1.356107351007983E-002
photoC_diaz_zint_2: 1.216580083034667E-003
CaCO3_form_zint_2: 8.176396515640882E-004
ECOSYS_IFRAC_2: 5.027911248704502E-002
ECOSYS_XKW_2: 5.309294619935832E-003
DpCO2_2: 4.66478787201224
FG_CO2_2: -1.260044543501480E-004
STF_O2_2: -4.014434375140903E-003
zooC_zint_100m: 4026.30203586242
spChl_SURF: 6.152794570691398E-002
spC_zint_100m: 2669.59172541964
spCaCO3_zint_100m: 100.583168172951
diatChl_SURF: 0.120995368968238
diatC_zint_100m: 2856.38316269891
diazChl_SURF: 3.258277221586431E-003
diazC_zint_100m: 238.057933424543
data appended to tavg file:
./bwma1850.f09.y13.los_chocoyos.qboE.ensoN.clone.SO2.pop.h.ecosys.nday1.0013-02
-01.nc
(time_manager) ocn date 00013-feb-05, 0.000000E+00 sec nsteps_total = 105959
Global Time Averages: 02-05-0013 00:00:00
SST: 18.3289707676597
SST2: 431.520451215943
HMXL_DR_2: 5978.93515631203
XMXL_2: 7297.62091383668
data appended to tavg file:
./bwma1850.f09.y13.los_chocoyos.qboE.ensoN.clone.SO2.pop.h.nday1.0013-02-01.nc
Global Time Averages: 02-05-0013 00:00:00
photoC_sp_zint_2: 2.103307522836488E-002
photoC_diat_zint_2: 1.351094857304547E-002
photoC_diaz_zint_2: 1.217696690946992E-003
CaCO3_form_zint_2: 8.394104611636631E-004
ECOSYS_IFRAC_2: 4.998108188520772E-002
ECOSYS_XKW_2: 5.339316682098005E-003
DpCO2_2: 4.68831138770983
FG_CO2_2: 6.745009629442160E-005
STF_O2_2: -2.803222378941395E-003
zooC_zint_100m: 4026.28316572994
spChl_SURF: 6.219358728838727E-002
spC_zint_100m: 2691.40032401894
spCaCO3_zint_100m: 102.402418934203
diatChl_SURF: 0.117421067867424
diatC_zint_100m: 2841.40524231888
diazChl_SURF: 3.240283724046787E-003
diazC_zint_100m: 237.992116956373
data appended to tavg file:
./bwma1850.f09.y13.los_chocoyos.qboE.ensoN.clone.SO2.pop.h.ecosys.nday1.0013-02
-01.nc
(time_manager) ocn date 00013-feb-06, 0.000000E+00 sec nsteps_total = 105983
Global Time Averages: 02-06-0013 00:00:00
SST: 18.3259821465330
SST2: 431.577098909400
HMXL_DR_2: 5979.10639821793
XMXL_2: 7347.03255252550
data appended to tavg file:
./bwma1850.f09.y13.los_chocoyos.qboE.ensoN.clone.SO2.pop.h.nday1.0013-02-01.nc
Global Time Averages: 02-06-0013 00:00:00
photoC_sp_zint_2: 2.128472310152035E-002
photoC_diat_zint_2: 1.315558373031551E-002
photoC_diaz_zint_2: 1.214615947576397E-003
CaCO3_form_zint_2: 8.557786605177765E-004
ECOSYS_IFRAC_2: 4.966293225094793E-002
ECOSYS_XKW_2: 5.354221695924775E-003
DpCO2_2: 4.74113441542284
FG_CO2_2: 1.391385918972903E-004
STF_O2_2: -3.148199326418646E-003
zooC_zint_100m: 4029.46147345248
spChl_SURF: 6.306711257353889E-002
spC_zint_100m: 2717.88548303361
spCaCO3_zint_100m: 104.393863783637
diatChl_SURF: 0.116062869440457
diatC_zint_100m: 2805.30786273617
diazChl_SURF: 3.217729389268818E-003
diazC_zint_100m: 237.662659409860
data appended to tavg file:
./bwma1850.f09.y13.los_chocoyos.qboE.ensoN.clone.SO2.pop.h.ecosys.nday1.0013-02
-01.nc
(time_manager) ocn date 00013-feb-07, 0.000000E+00 sec nsteps_total = 106007
Global Time Averages: 02-07-0013 00:00:00
SST: 18.3205603647940
SST2: 431.490149320770
HMXL_DR_2: 5990.48033822179
XMXL_2: 7398.34458819107
data appended to tavg file:
./bwma1850.f09.y13.los_chocoyos.qboE.ensoN.clone.SO2.pop.h.nday1.0013-02-01.nc
Global Time Averages: 02-07-0013 00:00:00
photoC_sp_zint_2: 2.163033723079913E-002
photoC_diat_zint_2: 1.308197095123136E-002
photoC_diaz_zint_2: 1.215170445835653E-003
CaCO3_form_zint_2: 8.804784198765661E-004
ECOSYS_IFRAC_2: 4.938123302926054E-002
ECOSYS_XKW_2: 5.394356712729946E-003
DpCO2_2: 4.79593442460784
FG_CO2_2: -1.240952686698567E-005
STF_O2_2: -4.028379725134617E-003
zooC_zint_100m: 4036.42917467052
spChl_SURF: 6.456427754988951E-002
spC_zint_100m: 2743.61484151808
spCaCO3_zint_100m: 106.489046332773
diatChl_SURF: 0.115795785599116
diatC_zint_100m: 2756.72869358922
diazChl_SURF: 3.209425083173283E-003
diazC_zint_100m: 237.569586226491
data appended to tavg file:
./bwma1850.f09.y13.los_chocoyos.qboE.ensoN.clone.SO2.pop.h.ecosys.nday1.0013-02
-01.nc
(time_manager) ocn date 00013-feb-08, 0.000000E+00 sec nsteps_total = 106031
Global Time Averages: 02-08-0013 00:00:00
SST: 18.3165390969784
SST2: 431.429205108647
HMXL_DR_2: 6005.28704739584
XMXL_2: 7446.99059670304
data appended to tavg file:
./bwma1850.f09.y13.los_chocoyos.qboE.ensoN.clone.SO2.pop.h.nday1.0013-02-01.nc
Global Time Averages: 02-08-0013 00:00:00
photoC_sp_zint_2: 2.196661202510090E-002
photoC_diat_zint_2: 1.326882788402627E-002
photoC_diaz_zint_2: 1.215310506192085E-003
CaCO3_form_zint_2: 9.178779172657482E-004
ECOSYS_IFRAC_2: 4.907419903366288E-002
ECOSYS_XKW_2: 5.501277546977892E-003
DpCO2_2: 4.88113479250542
FG_CO2_2: -3.350586026090609E-004
STF_O2_2: -2.885708192782334E-003
zooC_zint_100m: 4047.03558117958
spChl_SURF: 6.642111480664267E-002
spC_zint_100m: 2775.11366069054
spCaCO3_zint_100m: 109.448037229470
diatChl_SURF: 0.113515242204532
diatC_zint_100m: 2720.77885998293
diazChl_SURF: 3.201430245353140E-003
diazC_zint_100m: 237.714093232923
data appended to tavg file:
./bwma1850.f09.y13.los_chocoyos.qboE.ensoN.clone.SO2.pop.h.ecosys.nday1.0013-02
-01.nc
(time_manager) ocn date 00013-feb-09, 0.000000E+00 sec nsteps_total = 106055
Global Time Averages: 02-09-0013 00:00:00
SST: 18.3220523687138
SST2: 431.754348854216
HMXL_DR_2: 5969.18166374565
XMXL_2: 7474.78632343932
data appended to tavg file:
./bwma1850.f09.y13.los_chocoyos.qboE.ensoN.clone.SO2.pop.h.nday1.0013-02-01.nc
Global Time Averages: 02-09-0013 00:00:00
photoC_sp_zint_2: 2.224378221874286E-002
photoC_diat_zint_2: 1.324672223354661E-002
photoC_diaz_zint_2: 1.211428040391862E-003
CaCO3_form_zint_2: 9.539101263521726E-004
ECOSYS_IFRAC_2: 4.881563680619140E-002
ECOSYS_XKW_2: 5.229725662608463E-003
DpCO2_2: 5.02154991165910
FG_CO2_2: -5.251056594023561E-004
STF_O2_2: -2.086189830228165E-003
zooC_zint_100m: 4061.33442978590
spChl_SURF: 6.833491634299946E-002
spC_zint_100m: 2805.02097015482
spCaCO3_zint_100m: 113.186034740360
diatChl_SURF: 0.112395979931105
diatC_zint_100m: 2700.40384898434
diazChl_SURF: 3.184030325145659E-003
diazC_zint_100m: 237.700710727434
data appended to tavg file:
./bwma1850.f09.y13.los_chocoyos.qboE.ensoN.clone.SO2.pop.h.ecosys.nday1.0013-02
-01.nc
(time_manager) ocn date 00013-feb-10, 0.000000E+00 sec nsteps_total = 106079
Global Time Averages: 02-10-0013 00:00:00
SST: 18.3328318555668
SST2: 432.242412373084
HMXL_DR_2: 5921.04327060043
XMXL_2: 7487.77911724926
data appended to tavg file:
./bwma1850.f09.y13.los_chocoyos.qboE.ensoN.clone.SO2.pop.h.nday1.0013-02-01.nc
Global Time Averages: 02-10-0013 00:00:00
photoC_sp_zint_2: 2.245477852581703E-002
photoC_diat_zint_2: 1.313758867102097E-002
photoC_diaz_zint_2: 1.212433240633677E-003
CaCO3_form_zint_2: 9.945206785864288E-004
ECOSYS_IFRAC_2: 4.859452468317765E-002
ECOSYS_XKW_2: 5.026042278739954E-003
DpCO2_2: 5.15310704697907
FG_CO2_2: -6.159197358542262E-004
STF_O2_2: -3.941345491353336E-004
zooC_zint_100m: 4075.24344768670
spChl_SURF: 6.982607903550514E-002
spC_zint_100m: 2824.89547719708
spCaCO3_zint_100m: 117.178497847708
diatChl_SURF: 0.112386803085416
diatC_zint_100m: 2670.55567069944
diazChl_SURF: 3.155102808716522E-003
diazC_zint_100m: 237.272138488861
data appended to tavg file:
./bwma1850.f09.y13.los_chocoyos.qboE.ensoN.clone.SO2.pop.h.ecosys.nday1.0013-02
-01.nc
(time_manager) ocn date 00013-feb-11, 0.000000E+00 sec nsteps_total = 106103
Global Time Averages: 02-11-0013 00:00:00
SST: 18.3457174526228
SST2: 432.712292633475
HMXL_DR_2: 5936.18531174511
XMXL_2: 7518.10793574413
data appended to tavg file:
./bwma1850.f09.y13.los_chocoyos.qboE.ensoN.clone.SO2.pop.h.nday1.0013-02-01.nc
Global Time Averages: 02-11-0013 00:00:00
photoC_sp_zint_2: 2.247644928010179E-002
photoC_diat_zint_2: 1.307222864048905E-002
photoC_diaz_zint_2: 1.210391842223901E-003
CaCO3_form_zint_2: 1.038680608909252E-003
ECOSYS_IFRAC_2: 4.845138809417239E-002
ECOSYS_XKW_2: 4.795464277205668E-003
DpCO2_2: 5.27383719715935
FG_CO2_2: -6.214587999705988E-004
STF_O2_2: -6.235290924775663E-004
zooC_zint_100m: 4083.92374644560
spChl_SURF: 7.096396434132592E-002
spC_zint_100m: 2832.27092049273
spCaCO3_zint_100m: 121.695021335946
diatChl_SURF: 0.111864806155612
diatC_zint_100m: 2632.54660658074
diazChl_SURF: 3.129144115522453E-003
diazC_zint_100m: 236.339589046447
data appended to tavg file:
./bwma1850.f09.y13.los_chocoyos.qboE.ensoN.clone.SO2.pop.h.ecosys.nday1.0013-02
-01.nc
(time_manager) ocn date 00013-feb-12, 0.000000E+00 sec nsteps_total = 106127
Global Time Averages: 02-12-0013 00:00:00
SST: 18.3595726905645
SST2: 433.228150050166
HMXL_DR_2: 5913.90543372554
XMXL_2: 7522.79066819198
data appended to tavg file:
./bwma1850.f09.y13.los_chocoyos.qboE.ensoN.clone.SO2.pop.h.nday1.0013-02-01.nc
Global Time Averages: 02-12-0013 00:00:00
photoC_sp_zint_2: 2.245445364754588E-002
photoC_diat_zint_2: 1.307235850186250E-002
photoC_diaz_zint_2: 1.214127503783448E-003
CaCO3_form_zint_2: 1.089872448075999E-003
ECOSYS_IFRAC_2: 4.829896859562226E-002
ECOSYS_XKW_2: 4.660839885376245E-003
DpCO2_2: 5.34224308539171
FG_CO2_2: -6.488207036634995E-004
STF_O2_2: -6.783092733990987E-004
zooC_zint_100m: 4088.44149307911
spChl_SURF: 7.210482768054964E-002
spC_zint_100m: 2833.16066529132
spCaCO3_zint_100m: 127.399010369905
diatChl_SURF: 0.111113252894046
diatC_zint_100m: 2605.03392425352
diazChl_SURF: 3.120058721738465E-003
diazC_zint_100m: 236.031778510717
data appended to tavg file:
./bwma1850.f09.y13.los_chocoyos.qboE.ensoN.clone.SO2.pop.h.ecosys.nday1.0013-02
-01.nc
(time_manager) ocn date 00013-feb-13, 0.000000E+00 sec nsteps_total = 106151
Global Time Averages: 02-13-0013 00:00:00
SST: 18.3735669502127
SST2: 433.740798369515
HMXL_DR_2: 5885.72219904090
XMXL_2: 7531.16741751658
data appended to tavg file:
./bwma1850.f09.y13.los_chocoyos.qboE.ensoN.clone.SO2.pop.h.nday1.0013-02-01.nc
Global Time Averages: 02-13-0013 00:00:00
photoC_sp_zint_2: 2.254617179748239E-002
photoC_diat_zint_2: 1.305584491304534E-002
photoC_diaz_zint_2: 1.220069803477515E-003
CaCO3_form_zint_2: 1.088743122418738E-003
ECOSYS_IFRAC_2: 4.822092248503212E-002
ECOSYS_XKW_2: 4.575786837556102E-003
DpCO2_2: 5.36316986916114
FG_CO2_2: -6.293686633719454E-004
STF_O2_2: -3.098254233310621E-003
zooC_zint_100m: 4089.58452045317
spChl_SURF: 7.246697116776728E-002
spC_zint_100m: 2843.65988190772
spCaCO3_zint_100m: 132.852236550282
diatChl_SURF: 0.109853318531416
diatC_zint_100m: 2586.27937861659
diazChl_SURF: 3.118389882839516E-003
diazC_zint_100m: 236.392711396875
data appended to tavg file:
./bwma1850.f09.y13.los_chocoyos.qboE.ensoN.clone.SO2.pop.h.ecosys.nday1.0013-02
-01.nc
(time_manager) ocn date 00013-feb-14, 0.000000E+00 sec nsteps_total = 106175
Global Time Averages: 02-14-0013 00:00:00
SST: 18.3846902947938
SST2: 434.163947521856
HMXL_DR_2: 5873.04522100228
XMXL_2: 7557.71877526866
data appended to tavg file:
./bwma1850.f09.y13.los_chocoyos.qboE.ensoN.clone.SO2.pop.h.nday1.0013-02-01.nc
Global Time Averages: 02-14-0013 00:00:00
photoC_sp_zint_2: 2.255864391710700E-002
photoC_diat_zint_2: 1.306956011257209E-002
photoC_diaz_zint_2: 1.233358603602253E-003
CaCO3_form_zint_2: 1.071568485378752E-003
ECOSYS_IFRAC_2: 4.810729124874304E-002
ECOSYS_XKW_2: 4.689609209750872E-003
DpCO2_2: 5.44307137548181
FG_CO2_2: -5.837365500175720E-004
STF_O2_2: -3.874638211770377E-003
zooC_zint_100m: 4090.08974745260
spChl_SURF: 7.181103703445206E-002
spC_zint_100m: 2859.04104564287
spCaCO3_zint_100m: 135.202155921019
diatChl_SURF: 0.106599349139134
diatC_zint_100m: 2574.82413305761
diazChl_SURF: 3.122128888377375E-003
diazC_zint_100m: 237.233705436426
data appended to tavg file:
./bwma1850.f09.y13.los_chocoyos.qboE.ensoN.clone.SO2.pop.h.ecosys.nday1.0013-02
-01.nc
(time_manager) ocn date 00013-feb-15, 0.000000E+00 sec nsteps_total = 106199
Global Time Averages: 02-15-0013 00:00:00
SST: 18.3900153089745
SST2: 434.451587009536
HMXL_DR_2: 5962.90906736668
XMXL_2: 7570.99565585182
data appended to tavg file:
./bwma1850.f09.y13.los_chocoyos.qboE.ensoN.clone.SO2.pop.h.nday1.0013-02-01.nc
Global Time Averages: 02-15-0013 00:00:00
photoC_sp_zint_2: 2.229912479216133E-002
photoC_diat_zint_2: 1.277552429524783E-002
photoC_diaz_zint_2: 1.239468161721285E-003
CaCO3_form_zint_2: 1.037240089969403E-003
ECOSYS_IFRAC_2: 4.796239153706471E-002
ECOSYS_XKW_2: 5.117084039878045E-003
DpCO2_2: 5.57436695519552
FG_CO2_2: -5.002001073785260E-004
STF_O2_2: -1.699489244395069E-003
zooC_zint_100m: 4090.09360768176
spChl_SURF: 7.066556892214455E-002
spC_zint_100m: 2860.76956352165
spCaCO3_zint_100m: 134.404231718108
diatChl_SURF: 0.103296072738376
diatC_zint_100m: 2551.98846199697
diazChl_SURF: 3.131213566257034E-003
diazC_zint_100m: 238.343448660500
data appended to tavg file:
./bwma1850.f09.y13.los_chocoyos.qboE.ensoN.clone.SO2.pop.h.ecosys.nday1.0013-02
-01.nc
(time_manager) ocn date 00013-feb-16, 0.000000E+00 sec nsteps_total = 106223
Global Time Averages: 02-16-0013 00:00:00
SST: 18.3937185776384
SST2: 434.702124384609
HMXL_DR_2: 6030.98353125872
XMXL_2: 7589.66416132550
data appended to tavg file:
./bwma1850.f09.y13.los_chocoyos.qboE.ensoN.clone.SO2.pop.h.nday1.0013-02-01.nc
Global Time Averages: 02-16-0013 00:00:00
photoC_sp_zint_2: 2.185881418177256E-002
photoC_diat_zint_2: 1.257566130442020E-002
photoC_diaz_zint_2: 1.241673949348505E-003
CaCO3_form_zint_2: 9.581492250768304E-004
ECOSYS_IFRAC_2: 4.780927213387261E-002
ECOSYS_XKW_2: 5.341246013908038E-003
DpCO2_2: 5.71571846334291
FG_CO2_2: -4.829777903506530E-004
STF_O2_2: -6.298198025708639E-004
zooC_zint_100m: 4086.18265860144
spChl_SURF: 6.707322455574136E-002
spC_zint_100m: 2834.31156924355
spCaCO3_zint_100m: 129.408729804483
diatChl_SURF: 0.101048789310193
diatC_zint_100m: 2513.20376113312
diazChl_SURF: 3.134079811799855E-003
diazC_zint_100m: 238.944936520481
data appended to tavg file:
./bwma1850.f09.y13.los_chocoyos.qboE.ensoN.clone.SO2.pop.h.ecosys.nday1.0013-02
-01.nc
(time_manager) ocn date 00013-feb-17, 0.000000E+00 sec nsteps_total = 106247
Global Time Averages: 02-17-0013 00:00:00
SST: 18.3991431898528
SST2: 434.992662037437
HMXL_DR_2: 6043.32290520784
XMXL_2: 7596.44704361522
data appended to tavg file:
./bwma1850.f09.y13.los_chocoyos.qboE.ensoN.clone.SO2.pop.h.nday1.0013-02-01.nc
Global Time Averages: 02-17-0013 00:00:00
photoC_sp_zint_2: 2.146659383078728E-002
photoC_diat_zint_2: 1.250607609244176E-002
photoC_diaz_zint_2: 1.238491578070488E-003
CaCO3_form_zint_2: 8.935421879230959E-004
ECOSYS_IFRAC_2: 4.773801526380760E-002
ECOSYS_XKW_2: 5.398837770814729E-003
DpCO2_2: 5.85195254799070
FG_CO2_2: -3.461861151367311E-004
STF_O2_2: 5.587569141387086E-004
zooC_zint_100m: 4077.95295111035
spChl_SURF: 6.446391886470687E-002
spC_zint_100m: 2782.55478608545
spCaCO3_zint_100m: 120.703688380486
diatChl_SURF: 9.748863991287179E-002
diatC_zint_100m: 2472.15052306796
diazChl_SURF: 3.135254881903784E-003
diazC_zint_100m: 238.751650352894
data appended to tavg file:
./bwma1850.f09.y13.los_chocoyos.qboE.ensoN.clone.SO2.pop.h.ecosys.nday1.0013-02
-01.nc
(time_manager) ocn date 00013-feb-18, 0.000000E+00 sec nsteps_total = 106271
Global Time Averages: 02-18-0013 00:00:00
SST: 18.4048647877211
SST2: 435.329491458309
HMXL_DR_2: 6038.34076292278
XMXL_2: 7622.17342882628
data appended to tavg file:
./bwma1850.f09.y13.los_chocoyos.qboE.ensoN.clone.SO2.pop.h.nday1.0013-02-01.nc
Global Time Averages: 02-18-0013 00:00:00
photoC_sp_zint_2: 2.110770693338751E-002
photoC_diat_zint_2: 1.227836278736040E-002
photoC_diaz_zint_2: 1.234879991052819E-003
CaCO3_form_zint_2: 8.588450889823176E-004
ECOSYS_IFRAC_2: 4.768731012858628E-002
ECOSYS_XKW_2: 5.337957591036356E-003
DpCO2_2: 5.96638192642577
FG_CO2_2: -3.479277546749737E-004
STF_O2_2: 6.281357792042135E-004
zooC_zint_100m: 4063.91055157265
spChl_SURF: 6.295607315710004E-002
spC_zint_100m: 2728.04437773564
spCaCO3_zint_100m: 112.475082347347
diatChl_SURF: 9.334225597909365E-002
diatC_zint_100m: 2429.61941566834
diazChl_SURF: 3.134997816295151E-003
diazC_zint_100m: 238.427221293723
data appended to tavg file:
./bwma1850.f09.y13.los_chocoyos.qboE.ensoN.clone.SO2.pop.h.ecosys.nday1.0013-02
-01.nc
(time_manager) ocn date 00013-feb-19, 0.000000E+00 sec nsteps_total = 106295
Global Time Averages: 02-19-0013 00:00:00
SST: 18.4052189813560
SST2: 435.472784418521
HMXL_DR_2: 6079.04105484660
XMXL_2: 7675.15697255556
data appended to tavg file:
./bwma1850.f09.y13.los_chocoyos.qboE.ensoN.clone.SO2.pop.h.nday1.0013-02-01.nc
Global Time Averages: 02-19-0013 00:00:00
photoC_sp_zint_2: 2.094632945812178E-002
photoC_diat_zint_2: 1.202563839679968E-002
photoC_diaz_zint_2: 1.238135514460575E-003
CaCO3_form_zint_2: 8.401960533096169E-004
ECOSYS_IFRAC_2: 4.763511487773705E-002
ECOSYS_XKW_2: 5.371935753479139E-003
DpCO2_2: 6.02054861722206
FG_CO2_2: -5.348303841058327E-004
STF_O2_2: -1.043083881174844E-003
zooC_zint_100m: 4045.72496600273
spChl_SURF: 6.222629397553612E-002
spC_zint_100m: 2684.85975036119
spCaCO3_zint_100m: 106.719939543268
diatChl_SURF: 8.839909129808468E-002
diatC_zint_100m: 2382.87252514835
diazChl_SURF: 3.140196205101248E-003
diazC_zint_100m: 238.434882786378
data appended to tavg file:
./bwma1850.f09.y13.los_chocoyos.qboE.ensoN.clone.SO2.pop.h.ecosys.nday1.0013-02
-01.nc
(time_manager) ocn date 00013-feb-20, 0.000000E+00 sec nsteps_total = 106319
Global Time Averages: 02-20-0013 00:00:00
SST: 18.4027737985672
SST2: 435.473373060517
HMXL_DR_2: 6124.67223678237
XMXL_2: 7706.52280443042
data appended to tavg file:
./bwma1850.f09.y13.los_chocoyos.qboE.ensoN.clone.SO2.pop.h.nday1.0013-02-01.nc
Global Time Averages: 02-20-0013 00:00:00
photoC_sp_zint_2: 2.091940055636100E-002
photoC_diat_zint_2: 1.179455609745557E-002
photoC_diaz_zint_2: 1.245372152275187E-003
CaCO3_form_zint_2: 8.324231510595901E-004
ECOSYS_IFRAC_2: 4.751348227942283E-002
ECOSYS_XKW_2: 5.217848677574834E-003
DpCO2_2: 6.07885525297715
FG_CO2_2: -5.565474584295856E-004
STF_O2_2: -1.077260819303481E-003
zooC_zint_100m: 4026.25916098612
spChl_SURF: 6.124567202448525E-002
spC_zint_100m: 2663.60700240709
spCaCO3_zint_100m: 103.754269620179
diatChl_SURF: 8.425745455093682E-002
diatC_zint_100m: 2336.91144927337
diazChl_SURF: 3.149478952102431E-003
diazC_zint_100m: 238.881029356659
data appended to tavg file:
./bwma1850.f09.y13.los_chocoyos.qboE.ensoN.clone.SO2.pop.h.ecosys.nday1.0013-02
-01.nc
(time_manager) ocn date 00013-feb-21, 0.000000E+00 sec nsteps_total = 106343
Global Time Averages: 02-21-0013 00:00:00
SST: 18.4014530752111
SST2: 435.427542094145
HMXL_DR_2: 6121.55529007111
XMXL_2: 7729.19541700756
data appended to tavg file:
./bwma1850.f09.y13.los_chocoyos.qboE.ensoN.clone.SO2.pop.h.nday1.0013-02-01.nc
Global Time Averages: 02-21-0013 00:00:00
photoC_sp_zint_2: 2.109805306589399E-002
photoC_diat_zint_2: 1.165011619389433E-002
photoC_diaz_zint_2: 1.253171811887068E-003
CaCO3_form_zint_2: 8.364559463281181E-004
ECOSYS_IFRAC_2: 4.759862261960147E-002
ECOSYS_XKW_2: 5.191622186471366E-003
DpCO2_2: 6.12858864965363
FG_CO2_2: -4.820751771010450E-004
STF_O2_2: -1.382596525154983E-003
zooC_zint_100m: 4008.23546284076
spChl_SURF: 6.111393356971069E-002
spC_zint_100m: 2669.01960091885
spCaCO3_zint_100m: 102.991168749925
diatChl_SURF: 8.204582166799167E-002
diatC_zint_100m: 2293.62997733382
diazChl_SURF: 3.150844138571451E-003
diazC_zint_100m: 239.583842871728
data appended to tavg file:
./bwma1850.f09.y13.los_chocoyos.qboE.ensoN.clone.SO2.pop.h.ecosys.nday1.0013-02
-01.nc
(time_manager) ocn date 00013-feb-22, 0.000000E+00 sec nsteps_total = 106367
Global Time Averages: 02-22-0013 00:00:00
SST: 18.3987914021513
SST2: 435.376319257342
HMXL_DR_2: 6144.39766412147
XMXL_2: 7768.98308608924
data appended to tavg file:
./bwma1850.f09.y13.los_chocoyos.qboE.ensoN.clone.SO2.pop.h.nday1.0013-02-01.nc
Global Time Averages: 02-22-0013 00:00:00
photoC_sp_zint_2: 2.126265767119995E-002
photoC_diat_zint_2: 1.162990623040789E-002
photoC_diaz_zint_2: 1.260102528975386E-003
CaCO3_form_zint_2: 8.426707697538578E-004
ECOSYS_IFRAC_2: 4.764141440508333E-002
ECOSYS_XKW_2: 5.345127856651323E-003
DpCO2_2: 6.22513421589424
FG_CO2_2: -5.883666741448282E-004
STF_O2_2: -1.037854980588167E-003
zooC_zint_100m: 3992.51725808195
spChl_SURF: 6.167185159445354E-002
spC_zint_100m: 2684.78582017006
spCaCO3_zint_100m: 103.304052390576
diatChl_SURF: 8.011946103374480E-002
diatC_zint_100m: 2254.77996594548
diazChl_SURF: 3.146169802963039E-003
diazC_zint_100m: 240.129325018057
data appended to tavg file:
./bwma1850.f09.y13.los_chocoyos.qboE.ensoN.clone.SO2.pop.h.ecosys.nday1.0013-02
-01.nc
(time_manager) ocn date 00013-feb-23, 0.000000E+00 sec nsteps_total = 106391
Global Time Averages: 02-23-0013 00:00:00
SST: 18.3964995875134
SST2: 435.473040820983
HMXL_DR_2: 6164.90363919805
XMXL_2: 7814.09243536706
data appended to tavg file:
./bwma1850.f09.y13.los_chocoyos.qboE.ensoN.clone.SO2.pop.h.nday1.0013-02-01.nc
Global Time Averages: 02-23-0013 00:00:00
photoC_sp_zint_2: 2.148226766541886E-002
photoC_diat_zint_2: 1.149070269605274E-002
photoC_diaz_zint_2: 1.262491446808257E-003
CaCO3_form_zint_2: 8.516614402841778E-004
ECOSYS_IFRAC_2: 4.766696721234932E-002
ECOSYS_XKW_2: 5.424967890563468E-003
DpCO2_2: 6.29494641269238
FG_CO2_2: -8.358920775331761E-004
STF_O2_2: -3.651666885043617E-004
zooC_zint_100m: 3981.05879625542
spChl_SURF: 6.273373822383947E-002
spC_zint_100m: 2702.74101367674
spCaCO3_zint_100m: 104.014602848348
diatChl_SURF: 7.843571815712100E-002
diatC_zint_100m: 2220.85033055401
diazChl_SURF: 3.136651527684105E-003
diazC_zint_100m: 240.512253456207
data appended to tavg file:
./bwma1850.f09.y13.los_chocoyos.qboE.ensoN.clone.SO2.pop.h.ecosys.nday1.0013-02
-01.nc
(time_manager) ocn date 00013-feb-24, 0.000000E+00 sec nsteps_total = 106415
Global Time Averages: 02-24-0013 00:00:00
SST: 18.3971660189928
SST2: 435.664448250006
HMXL_DR_2: 6149.62846637330
XMXL_2: 7870.24525402330
data appended to tavg file:
./bwma1850.f09.y13.los_chocoyos.qboE.ensoN.clone.SO2.pop.h.nday1.0013-02-01.nc
Global Time Averages: 02-24-0013 00:00:00
photoC_sp_zint_2: 2.189343454278443E-002
photoC_diat_zint_2: 1.153298707327088E-002
photoC_diaz_zint_2: 1.261414553965366E-003
CaCO3_form_zint_2: 8.733812420708924E-004
ECOSYS_IFRAC_2: 4.774940602744556E-002
ECOSYS_XKW_2: 5.162139904854672E-003
DpCO2_2: 6.32248889356854
FG_CO2_2: -8.957273401031088E-004
STF_O2_2: -9.922688341882104E-004
zooC_zint_100m: 3975.79396175816
spChl_SURF: 6.462016445317127E-002
spC_zint_100m: 2734.99248350986
spCaCO3_zint_100m: 105.629894326556
diatChl_SURF: 7.691244987016584E-002
diatC_zint_100m: 2196.98449665698
diazChl_SURF: 3.118386090855972E-003
diazC_zint_100m: 240.937671972380
data appended to tavg file:
./bwma1850.f09.y13.los_chocoyos.qboE.ensoN.clone.SO2.pop.h.ecosys.nday1.0013-02
-01.nc
(time_manager) ocn date 00013-feb-25, 0.000000E+00 sec nsteps_total = 106439
Global Time Averages: 02-25-0013 00:00:00
SST: 18.3991293665220
SST2: 435.879712313668
HMXL_DR_2: 6101.20246487488
XMXL_2: 7901.08013401356
data appended to tavg file:
./bwma1850.f09.y13.los_chocoyos.qboE.ensoN.clone.SO2.pop.h.nday1.0013-02-01.nc
Global Time Averages: 02-25-0013 00:00:00
photoC_sp_zint_2: 2.215799606733435E-002
photoC_diat_zint_2: 1.160846066165204E-002
photoC_diaz_zint_2: 1.252513940093530E-003
CaCO3_form_zint_2: 8.931735342831130E-004
ECOSYS_IFRAC_2: 4.777264854437014E-002
ECOSYS_XKW_2: 4.986353181627446E-003
DpCO2_2: 6.25742325668730
FG_CO2_2: -7.538799935489364E-004
STF_O2_2: -1.018519752398827E-003
zooC_zint_100m: 3977.25385811464
spChl_SURF: 6.706746642524045E-002
spC_zint_100m: 2769.30269802437
spCaCO3_zint_100m: 107.760074571819
diatChl_SURF: 7.654153465314108E-002
diatC_zint_100m: 2190.03858652310
diazChl_SURF: 3.101675978231256E-003
diazC_zint_100m: 240.746093618738
data appended to tavg file:
./bwma1850.f09.y13.los_chocoyos.qboE.ensoN.clone.SO2.pop.h.ecosys.nday1.0013-02
-01.nc
(time_manager) ocn date 00013-feb-26, 0.000000E+00 sec nsteps_total = 106463
Global Time Averages: 02-26-0013 00:00:00
SST: 18.3963174884038
SST2: 435.975429394032
HMXL_DR_2: 6065.10572820694
XMXL_2: 7934.70047473321
data appended to tavg file:
./bwma1850.f09.y13.los_chocoyos.qboE.ensoN.clone.SO2.pop.h.nday1.0013-02-01.nc
Global Time Averages: 02-26-0013 00:00:00
photoC_sp_zint_2: 2.255762865809956E-002
photoC_diat_zint_2: 1.155578324766339E-002
photoC_diaz_zint_2: 1.245229447949853E-003
CaCO3_form_zint_2: 9.183431103330893E-004
ECOSYS_IFRAC_2: 4.775795298165349E-002
ECOSYS_XKW_2: 5.291185634189383E-003
DpCO2_2: 6.17580503597062
FG_CO2_2: -6.555189487510942E-004
STF_O2_2: -1.071673616510968E-003
zooC_zint_100m: 3983.05861783683
spChl_SURF: 6.932621014137548E-002
spC_zint_100m: 2797.08649556489
spCaCO3_zint_100m: 110.077103721077
diatChl_SURF: 7.638035153685800E-002
diatC_zint_100m: 2189.83926787459
diazChl_SURF: 3.085789006191270E-003
diazC_zint_100m: 240.136414851783
data appended to tavg file:
./bwma1850.f09.y13.los_chocoyos.qboE.ensoN.clone.SO2.pop.h.ecosys.nday1.0013-02
-01.nc
(time_manager) ocn date 00013-feb-27, 0.000000E+00 sec nsteps_total = 106487
Global Time Averages: 02-27-0013 00:00:00
SST: 18.3858217427833
SST2: 435.768645620960
HMXL_DR_2: 6116.43935753464
XMXL_2: 7985.61176518335
data appended to tavg file:
./bwma1850.f09.y13.los_chocoyos.qboE.ensoN.clone.SO2.pop.h.nday1.0013-02-01.nc
Global Time Averages: 02-27-0013 00:00:00
photoC_sp_zint_2: 2.285396836004378E-002
photoC_diat_zint_2: 1.147643166735058E-002
photoC_diaz_zint_2: 1.240529152095519E-003
CaCO3_form_zint_2: 9.399119753020215E-004
ECOSYS_IFRAC_2: 4.769385068762067E-002
ECOSYS_XKW_2: 5.629789216029048E-003
DpCO2_2: 6.11637418345400
FG_CO2_2: -7.150007951160896E-004
STF_O2_2: -6.744757333190114E-004
zooC_zint_100m: 3991.74151899133
spChl_SURF: 7.018055251201677E-002
spC_zint_100m: 2822.89780439002
spCaCO3_zint_100m: 112.312696825077
diatChl_SURF: 7.621042989437848E-002
diatC_zint_100m: 2185.24015752185
diazChl_SURF: 3.082011015328299E-003
diazC_zint_100m: 239.613928601693
data appended to tavg file:
./bwma1850.f09.y13.los_chocoyos.qboE.ensoN.clone.SO2.pop.h.ecosys.nday1.0013-02
-01.nc
(time_manager) ocn date 00013-feb-28, 0.000000E+00 sec nsteps_total = 106511
Global Time Averages: 02-28-0013 00:00:00
SST: 18.3766781593673
SST2: 435.568660405872
HMXL_DR_2: 6123.93257786229
XMXL_2: 8009.82470788028
data appended to tavg file:
./bwma1850.f09.y13.los_chocoyos.qboE.ensoN.clone.SO2.pop.h.nday1.0013-02-01.nc
Global Time Averages: 02-28-0013 00:00:00
photoC_sp_zint_2: 2.284018035014828E-002
photoC_diat_zint_2: 1.144516847523888E-002
photoC_diaz_zint_2: 1.233959186015676E-003
CaCO3_form_zint_2: 9.445706987875700E-004
ECOSYS_IFRAC_2: 4.763223412013074E-002
ECOSYS_XKW_2: 5.618776761094272E-003
DpCO2_2: 6.05822552299588
FG_CO2_2: -7.278089431480782E-004
STF_O2_2: 2.816116409470230E-004
zooC_zint_100m: 4000.81868871921
spChl_SURF: 7.042608896890264E-002
spC_zint_100m: 2828.82536250437
spCaCO3_zint_100m: 113.624726576591
diatChl_SURF: 7.606700105059218E-002
diatC_zint_100m: 2179.03569656732
diazChl_SURF: 3.079736614880593E-003
diazC_zint_100m: 238.980719917295
data appended to tavg file:
./bwma1850.f09.y13.los_chocoyos.qboE.ensoN.clone.SO2.pop.h.ecosys.nday1.0013-02
-01.nc
(ocn_comp_mct(run):) driver requests restart file at eod 0013/02/28
(time_manager) ocn date 00013-mar-01, 0.000000E+00 sec nsteps_total = 106535
Step number : 106535
Date : 01 mar 0013
Hour : 0
Minute : 0
Second : 0
Time(years) : 12.161644
max. cfl number for zonal advection : 6.3141E-02 20 371 33
max. cfl number for meridional advection : 7.1708E-02 151 205 5
max. cfl number for vertical advection : 4.7549E-01 68 359 11
max. cfl number for total advection : 4.8635E-01 68 359 11
max. cfl number for horizontal tracer mixing : 6.0948E-01 175 380 5
max. cfl number for horiz. momentum mixing : 1.2672E-01 318 214 56
K.E. diagnostics:
mean K.E. : 8.066387300769961E+00
K.E. change from horiz. visc. :-3.071943041395860E-06
K.E. change from vert. visc. : 6.410349661773349E-06
K.E. change from wind stress : 2.270803426947775E-05
advective K.E. balance : 2.064909943403682E-09
:-2.489679678081843E-09
P.E. verses pressure work : 5.739554754391587E-04
:-3.010066013088655E-06
surface-pressure contribution : 3.538914135486145E-07
:-4.388627336732629E-07
Tracer diagnostics:
mean value of tracer 1 : 3.841109353666304E+00
abs change in tracer 1 : 1.294511149766986E-07
mean change in tracer 1 : 3.709005770791858E-09
mean change in tracer 1 from advection : 1.037640752820730E-24
mean change in tracer 1 from horiz. diff.:-1.179137219114465E-26
mean change in tracer 1 from vert. diff.:-1.182560381076604E-08
mean change in tracer 1 from sources : 1.553460958155793E-08
mean change in tracer 1 from roff. VSF : 0.000000000000000E+00
mean change in tracer 1 from exch. circ. :-4.963802046103018E-31
surface flux of tracer 1 : 0.000000000000000E+00
mean value of tracer 2 : 3.472363664489519E+01
abs change in tracer 2 : 1.481619364007023E-11
mean change in tracer 2 : 4.483955874819910E-14
mean change in tracer 2 from advection : 9.212009524331762E-29
mean change in tracer 2 from horiz. diff.: 4.390098288939355E-29
mean change in tracer 2 from vert. diff.: 7.336975005020067E-14
mean change in tracer 2 from sources :-2.853019130182667E-14
mean change in tracer 2 from roff. VSF :-2.853019130182667E-14
mean change in tracer 2 from exch. circ. : 8.539843178656681E-32
surface flux of tracer 2 : 0.000000000000000E+00
mean value of tracer 3 : 2.146943353910574E+00
abs change in tracer 3 : 1.570606482967675E-08
mean change in tracer 3 :-1.575309034462833E-10
mean change in tracer 3 from advection :-1.945576411538868E-25
mean change in tracer 3 from horiz. diff.:-3.684803809732704E-27
mean change in tracer 3 from vert. diff.: 8.449800200763486E-14
mean change in tracer 3 from sources :-1.576154014482894E-10
mean change in tracer 3 from roff. VSF : 5.954620264454118E-13
mean change in tracer 3 from exch. circ. :-1.033389509040508E-30
surface flux of tracer 3 : 0.000000000000000E+00
mean value of tracer 4 : 2.835197914477942E+01
abs change in tracer 4 : 2.282489698029814E-07
mean change in tracer 4 :-1.253301747519818E-09
mean change in tracer 4 from advection :-8.489787977624151E-24
mean change in tracer 4 from horiz. diff.: 7.664391924244025E-26
mean change in tracer 4 from vert. diff.: 8.101974381247966E-12
mean change in tracer 4 from sources :-1.261403721900790E-09
mean change in tracer 4 from roff. VSF : 1.484173593544857E-11
mean change in tracer 4 from exch. circ. : 9.508706848993873E-30
surface flux of tracer 4 : 0.000000000000000E+00
mean value of tracer 5 : 8.932603107448134E+01
abs change in tracer 5 : 9.165477647542616E-07
mean change in tracer 5 : 3.081023194928223E-10
mean change in tracer 5 from advection :-1.962084332606470E-23
mean change in tracer 5 from horiz. diff.: 1.886619550583145E-25
mean change in tracer 5 from vert. diff.: 1.162560502262475E-11
mean change in tracer 5 from sources : 2.964767144700496E-10
mean change in tracer 5 from roff. VSF : 1.177140215138429E-10
mean change in tracer 5 from exch. circ. :-3.804999307296480E-29
surface flux of tracer 5 : 0.000000000000000E+00
mean value of tracer 6 : 1.119191410214656E-02
abs change in tracer 6 : 1.222503630389611E-08
mean change in tracer 6 :-1.304390590665963E-09
mean change in tracer 6 from advection : 5.011333181236478E-26
mean change in tracer 6 from horiz. diff.:-8.475048762385220E-27
mean change in tracer 6 from vert. diff.: 2.698679769510425E-12
mean change in tracer 6 from sources :-1.307089270435473E-09
mean change in tracer 6 from roff. VSF : 0.000000000000000E+00
mean change in tracer 6 from exch. circ. :-4.111479908190159E-30
surface flux of tracer 6 : 0.000000000000000E+00
mean value of tracer 7 : 4.879981039549455E-04
abs change in tracer 7 : 1.008897399129703E-11
mean change in tracer 7 : 9.257585523396517E-14
mean change in tracer 7 from advection : 1.151501190541470E-28
mean change in tracer 7 from horiz. diff.:-1.439376488176838E-29
mean change in tracer 7 from vert. diff.: 2.480358694095011E-13
mean change in tracer 7 from sources :-1.554600141755350E-13
mean change in tracer 7 from roff. VSF : 8.915174514704592E-15
mean change in tracer 7 from exch. circ. :-1.986912327039015E-33
surface flux of tracer 7 : 0.000000000000000E+00
mean value of tracer 8 : 1.809140566480232E-03
abs change in tracer 8 : 8.125966579216488E-12
mean change in tracer 8 :-1.295700684601164E-13
mean change in tracer 8 from advection : 1.439376488176838E-30
mean change in tracer 8 from horiz. diff.:-7.196882440884188E-30
mean change in tracer 8 from vert. diff.:-7.047293668639965E-30
mean change in tracer 8 from sources :-1.295700684601148E-13
mean change in tracer 8 from roff. VSF : 0.000000000000000E+00
mean change in tracer 8 from exch. circ. :-3.966881392521409E-33
surface flux of tracer 8 : 0.000000000000000E+00
mean value of tracer 9 : 1.548057137565893E+02
abs change in tracer 9 : 1.642886313050701E-06
mean change in tracer 9 : 2.372536789719059E-08
mean change in tracer 9 from advection :-2.829929325874717E-23
mean change in tracer 9 from horiz. diff.:-1.226302707879044E-24
mean change in tracer 9 from vert. diff.: 5.146446123095361E-10
mean change in tracer 9 from sources : 2.321072328488177E-08
mean change in tracer 9 from roff. VSF : 0.000000000000000E+00
mean change in tracer 9 from exch. circ. :-2.903096204755627E-28
surface flux of tracer 9 : 0.000000000000000E+00
mean value of tracer 10 : 2.312427896419222E+03
abs change in tracer 10 : 2.554036531212509E-06
mean change in tracer 10 :-1.676600962467614E-08
mean change in tracer 10 from advection : 6.037182561866063E-23
mean change in tracer 10 from horiz. diff.: 3.395915191049661E-24
mean change in tracer 10 from vert. diff.: 2.430759804224561E-09
mean change in tracer 10 from sources :-1.919676942887966E-08
mean change in tracer 10 from roff. VSF :-1.145004548913372E-09
mean change in tracer 10 from exch. circ. : 1.539819188712134E-27
surface flux of tracer 10 : 0.000000000000000E+00
mean value of tracer 11 : 2.312427896419223E+03
abs change in tracer 11 : 2.554036531212511E-06
mean change in tracer 11 :-1.676600962467870E-08
mean change in tracer 11 from advection : 6.037182561866063E-24
mean change in tracer 11 from horiz. diff.: 6.603168427041006E-25
mean change in tracer 11 from vert. diff.: 2.430759804224537E-09
mean change in tracer 11 from sources :-1.919676942887966E-08
mean change in tracer 11 from roff. VSF :-1.145004548913372E-09
mean change in tracer 11 from exch. circ. : 1.547350526897612E-27
surface flux of tracer 11 : 0.000000000000000E+00
mean value of tracer 12 : 2.424559819302897E+03
abs change in tracer 12 : 1.433565975588628E-06
mean change in tracer 12 : 1.795405832311187E-09
mean change in tracer 12 from advection :-5.433464305679457E-23
mean change in tracer 12 from horiz. diff.: 2.829929325874717E-25
mean change in tracer 12 from vert. diff.: 4.862264372026753E-09
mean change in tracer 12 from sources :-3.066858539716103E-09
mean change in tracer 12 from roff. VSF :-1.479767142925958E-09
mean change in tracer 12 from exch. circ. : 1.514965613337448E-27
surface flux of tracer 12 : 0.000000000000000E+00
mean value of tracer 13 : 2.424559819302897E+03
abs change in tracer 13 : 1.433565975588628E-06
mean change in tracer 13 : 1.795405832311187E-09
mean change in tracer 13 from advection :-5.433464305679457E-23
mean change in tracer 13 from horiz. diff.: 2.829929325874717E-25
mean change in tracer 13 from vert. diff.: 4.862264372026753E-09
mean change in tracer 13 from sources :-3.066858539716103E-09
mean change in tracer 13 from roff. VSF :-1.479767142925958E-09
mean change in tracer 13 from exch. circ. : 1.514965613337448E-27
surface flux of tracer 13 : 0.000000000000000E+00
mean value of tracer 14 : 1.464193189711058E+00
abs change in tracer 14 : 1.683857713983400E-07
mean change in tracer 14 : 6.292868085955764E-10
mean change in tracer 14 from advection :-1.886619550583145E-24
mean change in tracer 14 from horiz. diff.:-3.891152823077736E-25
mean change in tracer 14 from vert. diff.: 5.191809260009799E-12
mean change in tracer 14 from sources : 6.240949993355629E-10
mean change in tracer 14 from roff. VSF : 2.716670732910385E-10
mean change in tracer 14 from exch. circ. :-4.720010477596869E-28
surface flux of tracer 14 : 0.000000000000000E+00
mean value of tracer 15 : 1.266353010123730E-01
abs change in tracer 15 : 1.485294502473679E-08
mean change in tracer 15 : 6.389909539272035E-11
mean change in tracer 15 from advection :-3.065756769697610E-25
mean change in tracer 15 from horiz. diff.:-2.947843047786164E-27
mean change in tracer 15 from vert. diff.: 2.625206247231701E-13
mean change in tracer 15 from sources : 6.363657476799700E-11
mean change in tracer 15 from roff. VSF : 6.877511340030644E-12
mean change in tracer 15 from exch. circ. : 3.023654349800564E-29
surface flux of tracer 15 : 0.000000000000000E+00
mean value of tracer 16 : 5.731871656923904E-03
abs change in tracer 16 : 7.144454518597112E-10
mean change in tracer 16 : 6.504300467153859E-12
mean change in tracer 16 from advection :-1.473921523893082E-26
mean change in tracer 16 from horiz. diff.:-1.842401904866352E-27
mean change in tracer 16 from vert. diff.: 4.568517299451293E-15
mean change in tracer 16 from sources : 6.499731949854435E-12
mean change in tracer 16 from roff. VSF : 1.110843951283210E-13
mean change in tracer 16 from exch. circ. :-3.630695574392221E-32
surface flux of tracer 16 : 0.000000000000000E+00
mean value of tracer 17 : 2.835479559518917E-02
abs change in tracer 17 : 2.554296971900898E-11
mean change in tracer 17 :-1.218143117889831E-13
mean change in tracer 17 from advection : 3.684803809732705E-28
mean change in tracer 17 from horiz. diff.:-1.295438839359154E-29
mean change in tracer 17 from vert. diff.: 1.171414692166928E-16
mean change in tracer 17 from sources :-1.219314532581975E-13
mean change in tracer 17 from roff. VSF : 2.848317823803103E-15
mean change in tracer 17 from exch. circ. :-8.268136433895163E-33
surface flux of tracer 17 : 0.000000000000000E+00
mean value of tracer 18 : 1.717261285180693E+00
abs change in tracer 18 : 4.720020858565081E-10
mean change in tracer 18 :-6.031523891459908E-12
mean change in tracer 18 from advection :-2.947843047786164E-27
mean change in tracer 18 from horiz. diff.:-3.109053214461969E-28
mean change in tracer 18 from vert. diff.: 2.916895830257204E-14
mean change in tracer 18 from sources :-6.060692849754834E-12
mean change in tracer 18 from roff. VSF : 7.641679266700715E-13
mean change in tracer 18 from exch. circ. : 1.069312405303403E-30
surface flux of tracer 18 : 0.000000000000000E+00
mean value of tracer 19 : 3.678680266737628E+01
abs change in tracer 19 : 2.248352874992932E-08
mean change in tracer 19 :-1.162876285665852E-10
mean change in tracer 19 from advection : 1.886619550583145E-25
mean change in tracer 19 from horiz. diff.:-4.900789066944497E-26
mean change in tracer 19 from vert. diff.: 1.297952315002347E-12
mean change in tracer 19 from sources :-1.175855808814098E-10
mean change in tracer 19 from roff. VSF : 6.791676832275964E-11
mean change in tracer 19 from exch. circ. :-1.947220785687874E-28
surface flux of tracer 19 : 0.000000000000000E+00
mean value of tracer 20 : 1.158976574971814E-02
abs change in tracer 20 : 8.435746392228918E-09
mean change in tracer 20 :-1.423043273530657E-10
mean change in tracer 20 from advection : 1.179137219114465E-26
mean change in tracer 20 from horiz. diff.:-9.580489905305031E-27
mean change in tracer 20 from vert. diff.: 6.355614775986216E-26
mean change in tracer 20 from sources :-1.423043273530659E-10
mean change in tracer 20 from roff. VSF : 0.000000000000000E+00
mean change in tracer 20 from exch. circ. : 7.303917044437231E-31
surface flux of tracer 20 : 0.000000000000000E+00
mean value of tracer 21 : 1.339154178493311E-03
abs change in tracer 21 : 1.150724022242943E-08
mean change in tracer 21 : 1.918133800654209E-09
mean change in tracer 21 from advection : 1.326529371503774E-26
mean change in tracer 21 from horiz. diff.: 2.210882285839623E-27
mean change in tracer 21 from vert. diff.: 2.980776774916353E-26
mean change in tracer 21 from sources : 1.918133800654208E-09
mean change in tracer 21 from roff. VSF : 0.000000000000000E+00
mean change in tracer 21 from exch. circ. :-1.093382408784379E-31
surface flux of tracer 21 : 0.000000000000000E+00
mean value of tracer 22 : 7.808637730993708E-03
abs change in tracer 22 : 7.683735993981083E-08
mean change in tracer 22 : 1.386177152300164E-08
mean change in tracer 22 from advection : 7.664391924244025E-26
mean change in tracer 22 from horiz. diff.: 2.579362666812893E-26
mean change in tracer 22 from vert. diff.: 1.548416394505294E-25
mean change in tracer 22 from sources : 1.386177152300161E-08
mean change in tracer 22 from roff. VSF : 0.000000000000000E+00
mean change in tracer 22 from exch. circ. :-2.402338505303255E-30
surface flux of tracer 22 : 0.000000000000000E+00
mean value of tracer 23 : 5.626406249561607E-05
abs change in tracer 23 : 5.391555054600160E-10
mean change in tracer 23 : 1.195644566002766E-10
mean change in tracer 23 from advection : 4.606004762165880E-28
mean change in tracer 23 from horiz. diff.:-1.151501190541470E-29
mean change in tracer 23 from vert. diff.:-7.918906479254174E-28
mean change in tracer 23 from sources : 1.195644566002766E-10
mean change in tracer 23 from roff. VSF : 0.000000000000000E+00
mean change in tracer 23 from exch. circ. :-4.673642130216840E-33
surface flux of tracer 23 : 0.000000000000000E+00
mean value of tracer 24 : 1.637852550262727E-07
abs change in tracer 24 : 1.720665609799040E-12
mean change in tracer 24 :-2.158220545587188E-14
mean change in tracer 24 from advection : 1.079532366132628E-30
mean change in tracer 24 from horiz. diff.: 3.373538644164463E-31
mean change in tracer 24 from vert. diff.: 1.439283045585380E-29
mean change in tracer 24 from sources :-2.158220545587173E-14
mean change in tracer 24 from roff. VSF : 0.000000000000000E+00
mean change in tracer 24 from exch. circ. :-2.844986714953692E-35
surface flux of tracer 24 : 0.000000000000000E+00
mean value of tracer 25 : 3.163009388747242E-04
abs change in tracer 25 : 3.393316062362836E-09
mean change in tracer 25 : 5.385948452436388E-10
mean change in tracer 25 from advection :-1.289681333406447E-27
mean change in tracer 25 from horiz. diff.:-5.527205714599057E-28
mean change in tracer 25 from vert. diff.:-2.270803697637087E-26
mean change in tracer 25 from sources : 5.385948452436380E-10
mean change in tracer 25 from roff. VSF : 0.000000000000000E+00
mean change in tracer 25 from exch. circ. :-7.454478603135950E-32
surface flux of tracer 25 : 0.000000000000000E+00
mean value of tracer 26 : 1.721107507188665E-03
abs change in tracer 26 : 1.053223258473103E-08
mean change in tracer 26 : 1.037771076698563E-09
mean change in tracer 26 from advection : 1.473921523893082E-26
mean change in tracer 26 from horiz. diff.: 2.763602857299528E-27
mean change in tracer 26 from vert. diff.:-2.257204467348412E-26
mean change in tracer 26 from sources : 1.037771076698562E-09
mean change in tracer 26 from roff. VSF : 0.000000000000000E+00
mean change in tracer 26 from exch. circ. :-5.125523538658280E-29
surface flux of tracer 26 : 0.000000000000000E+00
mean value of tracer 27 : 5.581197690798893E-03
abs change in tracer 27 : 3.880447359670052E-08
mean change in tracer 27 : 2.779717275177643E-09
mean change in tracer 27 from advection :-5.895686095572327E-26
mean change in tracer 27 from horiz. diff.: 1.252833295309119E-26
mean change in tracer 27 from vert. diff.: 1.472872153775225E-26
mean change in tracer 27 from sources : 2.779717275177642E-09
mean change in tracer 27 from roff. VSF : 0.000000000000000E+00
mean change in tracer 27 from exch. circ. :-9.922653795275199E-29
surface flux of tracer 27 : 0.000000000000000E+00
mean value of tracer 28 : 4.513417320413389E-05
abs change in tracer 28 : 3.097765446462511E-10
mean change in tracer 28 : 2.846997796491206E-11
mean change in tracer 28 from advection :-7.369607619465409E-28
mean change in tracer 28 from horiz. diff.:-2.360577440610014E-28
mean change in tracer 28 from vert. diff.: 7.675351817212035E-29
mean change in tracer 28 from sources : 2.846997796491206E-11
mean change in tracer 28 from roff. VSF : 0.000000000000000E+00
mean change in tracer 28 from exch. circ. :-1.243954939283109E-30
surface flux of tracer 28 : 0.000000000000000E+00
mean value of tracer 29 : 1.029802997950330E-07
abs change in tracer 29 : 6.685580361653937E-13
mean change in tracer 29 :-1.737716852014905E-14
mean change in tracer 29 from advection : 5.397661830663142E-31
mean change in tracer 29 from horiz. diff.:-4.273148949274986E-31
mean change in tracer 29 from vert. diff.:-1.300824506780507E-31
mean change in tracer 29 from sources :-1.737716852014904E-14
mean change in tracer 29 from roff. VSF : 0.000000000000000E+00
mean change in tracer 29 from exch. circ. :-1.230391613656551E-33
surface flux of tracer 29 : 0.000000000000000E+00
mean value of tracer 30 : 9.193229865317121E-04
abs change in tracer 30 : 5.259521364442591E-09
mean change in tracer 30 :-2.687327262046493E-10
mean change in tracer 30 from advection : 7.369607619465409E-28
mean change in tracer 30 from horiz. diff.:-8.290808571898586E-28
mean change in tracer 30 from vert. diff.:-1.404730540291796E-26
mean change in tracer 30 from sources :-2.687327262046500E-10
mean change in tracer 30 from roff. VSF : 0.000000000000000E+00
mean change in tracer 30 from exch. circ. :-2.681429284170657E-29
surface flux of tracer 30 : 0.000000000000000E+00
mean value of tracer 31 : 9.447942569644859E-05
abs change in tracer 31 : 5.637305861665593E-10
mean change in tracer 31 : 3.946372232880684E-11
mean change in tracer 31 from advection :-4.606004762165881E-29
mean change in tracer 31 from horiz. diff.: 4.030254166895145E-29
mean change in tracer 31 from vert. diff.:-2.422621254485433E-28
mean change in tracer 31 from sources : 3.946372232880687E-11
mean change in tracer 31 from roff. VSF : 0.000000000000000E+00
mean change in tracer 31 from exch. circ. :-7.817669739369642E-34
surface flux of tracer 31 : 0.000000000000000E+00
mean value of tracer 32 : 5.874999224023334E-04
abs change in tracer 32 : 3.765378479143202E-09
mean change in tracer 32 : 3.837744632947389E-10
mean change in tracer 32 from advection :-7.369607619465409E-28
mean change in tracer 32 from horiz. diff.: 1.496951547703911E-28
mean change in tracer 32 from vert. diff.: 4.232875819118686E-27
mean change in tracer 32 from sources : 3.837744632947389E-10
mean change in tracer 32 from roff. VSF : 0.000000000000000E+00
mean change in tracer 32 from exch. circ. : 6.349280816324779E-33
surface flux of tracer 32 : 0.000000000000000E+00
mean value of tracer 33 : 4.182431483966961E-06
abs change in tracer 33 : 2.637657028844724E-11
mean change in tracer 33 : 3.443472723846989E-12
mean change in tracer 33 from advection :-1.439376488176838E-29
mean change in tracer 33 from horiz. diff.:-2.788791945842623E-30
mean change in tracer 33 from vert. diff.:-6.709008076670588E-30
mean change in tracer 33 from sources : 3.443472723846990E-12
mean change in tracer 33 from roff. VSF : 0.000000000000000E+00
mean change in tracer 33 from exch. circ. :-2.813610607378232E-36
surface flux of tracer 33 : 0.000000000000000E+00
mean value of tracer 34 : 2.204231033382332E-08
abs change in tracer 34 : 1.524326977862294E-13
mean change in tracer 34 :-1.876458443314590E-14
mean change in tracer 34 from advection : 2.249025762776309E-32
mean change in tracer 34 from horiz. diff.: 7.168769618849484E-32
mean change in tracer 34 from vert. diff.: 3.757898193226950E-31
mean change in tracer 34 from sources :-1.876458443314593E-14
mean change in tracer 34 from roff. VSF : 0.000000000000000E+00
mean change in tracer 34 from exch. circ. : 1.059339917666865E-37
surface flux of tracer 34 : 0.000000000000000E+00
mean value of tracer 35 : 4.965883801768711E+02
abs change in tracer 35 : 4.822712289978327E-06
mean change in tracer 35 : 1.868667282860717E-08
mean change in tracer 35 from advection : 5.584393869726108E-23
mean change in tracer 35 from horiz. diff.:-1.886619550583145E-25
mean change in tracer 35 from vert. diff.: 1.439983870938682E-25
mean change in tracer 35 from sources : 3.162352253051573E-08
mean change in tracer 35 from roff. VSF : 0.000000000000000E+00
mean change in tracer 35 from exch. circ. : 1.021544711449597E-30
surface flux of tracer 35 : 0.000000000000000E+00
Other diagnostics:
global mean sea level: 1.060013200785473E-04
residual, scans : 6.110986199424222E-14 190
Timing information:
Timer number 1 Time = 15.82 seconds STATE
Timer number 2 Time = 8.90 seconds ECOSYS_INTERIOR_FORCING
Timer number 3 Time = 20.89 seconds ECOSYS_INTERIOR_POP_TO_MARBL_XFER
Timer number 4 Time = 15.93 seconds ECOSYS_INTERIOR_MARBL_TO_POP_XFER
Timer number 5 Time = 22.43 seconds ECOSYS_INTERIOR_MARBL_TAVG
Timer number 6 Time = 235.85 seconds ECOSYS_INTERIOR
Timer number 7 Time = 0.00 seconds ECOSYS_SURFACE_GLOBAL_SUM
Timer number 8 Time = 0.00 seconds ECOSYS_INTERIOR_GLOBAL_SUM
Timer number 9 Time = 1.53 seconds ECOSYS_SET_SFLUX
Timer number 10 Time = 0.76 seconds ECOSYS_PRE_SFLUX
Timer number 11 Time = 0.42 seconds ecosys_riv_flux_strdata_create
Timer number 12 Time = 0.00 seconds ecosys_surface_strdata_create
Timer number 13 Time = 3.74 seconds ecosys_interior_strdata_create
Timer number 14 Time = 0.13 seconds ecosys_riv_flux_strdata_advance
Timer number 15 Time = 0.00 seconds ecosys_surface_strdata_advance
Timer number 16 Time = 1.91 seconds ecosys_interior_strdata_advance
Timer number 17 Time = 75.69 seconds VMIX_COEFFICIENTS_KPP
Timer number 18 Time = 12.50 seconds VMIX_EXPLICIT_TRACER
Timer number 19 Time = 0.38 seconds VMIX_EXPLICIT_MOMENTUM
Timer number 20 Time = 23.12 seconds VMIX_IMPLICIT_TRACER
Timer number 21 Time = 0.57 seconds VMIX_IMPLICIT_MOMENTUM
Timer number 22 Time = 4.87 seconds HMIX_MOMENTUM_ANISO
Timer number 23 Time = 68.49 seconds HMIX_TRACER_GM_NLOOP
Timer number 24 Time = 106.49 seconds HMIX_TRACER_GM
Timer number 25 Time = 58.30 seconds SUBMESO
Timer number 26 Time = 0.14 seconds OVF TIMER
Timer number 27 Time = 1.11 seconds ADVECTION_MOMENTUM
Timer number 28 Time = 51.63 seconds ADVECTION_TRACER_UPWIND3
Timer number 29 Time = 0.00 seconds MOC
Timer number 30 Time = 0.00 seconds TRACER_TRANSPORTS
Timer number 31 Time = 0.30 seconds TAVG_WRITE_STD
Timer number 32 Time = 1.37 seconds TAVG_GLOBAL
Timer number 33 Time = 0.42 seconds TAVG_WRITE_NONSTD
Timer number 34 Time = 0.00 seconds TAVG_CCSM_DIAGS_BSF
Timer number 35 Time = 0.00 seconds TAVG_CCSM_DIAGS_MOC
Timer number 36 Time = 0.00 seconds TAVG_CCSM_DIAGS_TRANS
Timer number 37 Time = 0.00 seconds TAVG_READ_TRANSPOSE
Timer number 38 Time = 0.00 seconds TAVG_WRITE_TRANSPOSE
Timer number 39 Time = 0.01 seconds diag_for_tracer_budgets
Timer number 40 Time = 704.25 seconds STEP
Timer number 41 Time = 48.08 seconds STEP_RF
Timer number 42 Time = 635.45 seconds BAROCLINIC
Timer number 43 Time = 86.24 seconds BAROTROPIC
Timer number 44 Time = 19.58 seconds 3D-UPDATE
Timer number 45 Time = 708.82 seconds TOTAL
Timer number 46 Time = 3.41 seconds OUTPUT
Timer number 47 Time = 3.40 seconds OUTPUT TAVG
Timer number 48 Time = 0.00 seconds OUTPUT REST
------------------------------------------------------------------------
Timer number 1 Time = 0.00 seconds MARBL Init
Timer number 2 Time = 0.74 seconds MARBL set_sflux
Timer number 3 Time = 182.74 seconds MARBL set_interior
Timer number 4 Time = 37.68 seconds MARBL carbonate chemistry
------------------------------------------------------------------------
(diag_print) file written: /cluster/work/users/hanbre//bwma1850.f09.y13.los_chocoyos.qboE.ensoN.clone.SO2/run/./bwma1850.f09.y13.los_chocoyos.qboE.ensoN.clone.SO2.pop.dd.0013-02-01-00000
(diag_transport) file written: /cluster/work/users/hanbre//bwma1850.f09.y13.los_chocoyos.qboE.ensoN.clone.SO2/run/./bwma1850.f09.y13.los_chocoyos.qboE.ensoN.clone.SO2.pop.dt.0013-02-01-00000
AFTER CALL IN tracer_budgets (final):
=====================================
volume_t (cm^3) = 0.132439397938E+25
SUM [volume*T] (C cm^3) = 0.508992776669E+25
SUM [volume*S] (ppt cm^3) = 0.460130349958E+26
VOLUME AND TRACER BUDGETS:
==========================
Please note the following about the budgets:
* These budgets are meaningful when time-averaging
starts at the first time step of an intended
budget interval.
* Positive-signed quantities ==> ocean gain
Negative-signed quantities ==> ocean loss
* The imbalance should be small in comparison
to the tendency term, except for the volume
budget when a fixed-volume ocean is used
(e.g., when lfw_as_salt_flx = .false.)
* These budgets are computed from single-precision TAVG terms,
which contributes to inaccuracy in the imbalance
term.
VOLUME BUDGET FOR THE GIVEN TAVG INTERVAL (cm/s):
-------------------------------------------------
tendency = -.438583424787E-13
FW flux = 0.000000000000E+00
Imbalance = 0.438583424787E-13
Imbalance = -tendency + FW flux
HEAT BUDGET FOR THE GIVEN TAVG INTERVAL (W/m^2):
------------------------------------------------
tendency = 0.162643246291E+02
SHF flux = 0.162173364021E+02
ice formation = 0.468967021943E-01
FW heat content = 0.000000000000E+00
free-srf non-consv. = 0.000000000000E+00
Robert adj. term = 0.913889486769E-04
Imbalance = -.135839962151E-06
Imbalance = -tendency + SHF flux + ice formation + FW heat content + free-srf non-consv. + Robert adj
- T_change = -16.264324629126520
... + shf_mean = -0.046988226982986
... + qflux_t_mean = -0.000091524788639
... + tfw_t_mean = -0.000091524788639
... + resid_t_mean = -0.000091524788639
... + rf_adj(1) = -0.000000135839962
geo_mean = 0.000000000000000
... + geo_mean = -0.000000135839962
IMPLIED FW BUDGET FOR THE GIVEN TAVG INTERVAL (kg of freshwater/m^2/s):
-----------------------------------------------------
tendency = -.211270989506E-05
SFWF flux = -.198836247565E-05
ice formation = -.124335457858E-06
FW salt content = 0.000000000000E+00
free-srf non-consv. = 0.000000000000E+00
Robert adj. term = -.118234347592E-10
Imbalance = 0.138116840698E-12
Imbalance = -tendency + SFWF flux + ice formation + FW salt content + free-srf non-consv. + Robert adj
(io_pio_init) create file
./bwma1850.f09.y13.los_chocoyos.qboE.ensoN.clone.SO2.pop.r.0013-03-01-00000.nc
(ecosys_tracers_and_saved_state_mod:ecosys_saved_state_write_restart) Setting up IO field for MARBL_PH_SURF (in restart)
(ecosys_tracers_and_saved_state_mod:ecosys_saved_state_write_restart) Setting up IO field for MARBL_PH_SURF_ALT_CO2 (in restart)
(ecosys_tracers_and_saved_state_mod:ecosys_saved_state_write_restart) Setting up IO field for MARBL_PH_3D (in restart)
(ecosys_tracers_and_saved_state_mod:ecosys_saved_state_write_restart) Setting up IO field for MARBL_PH_3D_ALT_CO2 (in restart)
restart file written:
./bwma1850.f09.y13.los_chocoyos.qboE.ensoN.clone.SO2.pop.r.0013-03-01-00000.nc
restart pointer file written: rpointer.ocn.restart
Global Time Averages: 03-01-0013 00:00:00
UVEL: 0.254116300033995
UVEL2: 11.9288408613323
VVEL: 7.609018789265725E-004
VVEL2: 4.04653787047174
TEMP: 3.83831420779235
dTEMP_POS_2D: 8.975920509160788E-002
dTEMP_NEG_2D: -6.688764034769988E-002
SALT: 3.472356086990048E-002
SSS2: 1.184615167189459E-003
RHO: 1.03738626240380
RHO_VINT: 381280.739009790
RESID_T: 0.000000000000000E+000
RESID_S: 0.000000000000000E+000
SU: 91261.6057214165
SV: 226.176414402530
SSH: 1.059718595498675E-004
SSH2: 4939.06699872451
SHF: 16.1608585681579
SHF_QSW: 194.162382956532
SFWF: -1.981437885628790E-006
SFWF_WRST: 0.000000000000000E+000
TAUX: 4.322954200883865E-002
TAUX2: 1.81456868256915
TAUY: -4.478964372718838E-002
TAUY2: 1.01270912625813
FW: 0.000000000000000E+000
TFW_T: 0.000000000000000E+000
TFW_S: 0.000000000000000E+000
ATM_FINE_DUST_FLUX_CPL: 6.526082158386404E-014
ATM_COARSE_DUST_FLUX_CPL: 4.552356102027453E-012
SEAICE_DUST_FLUX_CPL: 5.320824694529171E-015
ATM_BLACK_CARBON_FLUX_CPL: 1.172632596483654E-014
SEAICE_BLACK_CARBON_FLUX_CPL: 4.815136400212633E-017
EVAP_F: -4.260372079831024E-005
PREC_F: 3.641933724955027E-005
SNOW_F: 1.793895368602605E-006
MELT_F: 5.412446338464209E-007
ROFF_F: 3.472548902913582E-006
IOFF_F: 2.175655494145760E-007
SALT_F: 9.846976312917851E-010
SENH_F: -18.3329751700769
LWUP_F: -397.494123595250
LWDN_F: 346.286656847069
MELTH_F: -1.23795263814385
IFRAC: 4.841814243865979E-002
FRACR_BIN_01: 0.951579016664423
QSW_BIN_01: 196.179631598451
FRACR_BIN_02: 8.653500942385072E-003
QSW_BIN_02: 0.966818864702143
FRACR_BIN_03: 1.332158533307609E-002
QSW_BIN_03: 0.301689517781790
FRACR_BIN_04: 1.333640414859558E-002
QSW_BIN_04: 8.065840004207159E-002
FRACR_BIN_05: 7.798593097057533E-003
QSW_BIN_05: 1.331270966901171E-002
FRACR_BIN_06: 5.310906386355480E-003
QSW_BIN_06: 5.627593945510397E-004
zsatcalc: 215527.523102266
zsatarag: 110870.437693900
O2_ZMIN: 122.739093570415
O2_ZMIN_DEPTH: 130108.420779998
photoC_TOT_zint: 3.552088060179368E-002
photoC_TOT_zint_100m: 3.511340019581533E-002
photoC_NO3_TOT_zint: 1.229118334415501E-002
photoC_NO3_TOT_zint_100m: 0.000000000000000E+000
DOC_prod_zint: 2.507893529957464E-003
DOC_prod_zint_100m: 2.445082827843356E-003
DOC_remin_zint: 2.419847140698371E-003
DOC_remin_zint_100m: 1.022804905384558E-003
DOCr_remin_zint: 9.099887673982062E-005
DOCr_remin_zint_100m: 6.488514279825078E-005
calcToSed: 8.694559748249706E-005
pocToSed: 8.656274013282664E-005
ponToSed: 5.918819756857723E-006
SedDenitrif: 6.159382646910845E-005
popToSed: 6.579963221378542E-007
bsiToSed: 5.469394949382862E-005
dustToSed: 4.447840787396654E-012
pfeToSed: 3.689824798040339E-007
sp_N_lim_surf: 0.866704655065052
sp_N_lim_Cweight_avg_100m: 0.901878733376804
sp_P_lim_surf: 0.947997089918903
sp_P_lim_Cweight_avg_100m: 0.951520703397125
sp_Fe_lim_surf: 0.808186408713015
sp_Fe_lim_Cweight_avg_100m: 0.827344041496206
sp_light_lim_surf: 0.416622801214763
sp_light_lim_Cweight_avg_100m: 0.281025470707467
photoC_sp_zint: 2.177729569322013E-002
photoC_sp_zint_100m: 2.160919616683197E-002
graze_sp_zint: 1.926666937734395E-002
graze_sp_zint_100m: 1.895216723476563E-002
graze_sp_poc_zint: 3.496856006082787E-003
graze_sp_poc_zint_100m: 3.470800576243589E-003
graze_sp_doc_zint: 1.156000162344117E-003
graze_sp_doc_zint_100m: 1.137130034144300E-003
graze_sp_zoo_zint: 5.780000843396364E-003
graze_sp_zoo_zint_100m: 5.685650168664767E-003
sp_loss_zint: 2.056888418216270E-003
sp_loss_zint_100m: 1.968557400468916E-003
sp_loss_poc_zint: 8.651436851522457E-005
sp_loss_poc_zint_100m: 8.255837400235723E-005
sp_loss_doc_zint: 1.182224432514002E-004
sp_loss_doc_zint_100m: 1.131599419935829E-004
sp_agg_zint: 3.801118798818569E-004
sp_agg_zint_100m: 3.622448753840531E-004
diat_N_lim_surf: 0.736115949120424
diat_N_lim_Cweight_avg_100m: 0.865012155630559
diat_P_lim_surf: 0.819810530970814
diat_P_lim_Cweight_avg_100m: 0.850146030209182
diat_Fe_lim_surf: 0.706139882390749
diat_Fe_lim_Cweight_avg_100m: 0.743451481529635
diat_SiO3_lim_surf: 0.771047690698805
diat_SiO3_lim_Cweight_avg_100m: 0.783886858167004
diat_light_lim_surf: 0.442757458012573
diat_light_lim_Cweight_avg_100m: 0.272655775077963
photoC_diat_zint: 1.251184089700515E-002
photoC_diat_zint_100m: 1.230018330600175E-002
graze_diat_zint: 1.058165499329412E-002
graze_diat_zint_100m: 1.031507888560330E-002
graze_diat_poc_zint: 4.021028912138755E-003
graze_diat_poc_zint_100m: 3.919729989013567E-003
graze_diat_doc_zint: 6.348993031743317E-004
graze_diat_doc_zint_100m: 6.189047353715747E-004
graze_diat_zoo_zint: 2.645413748323530E-003
graze_diat_zoo_zint_100m: 2.578769721400824E-003
diat_loss_zint: 1.391694293650266E-003
diat_loss_zint_100m: 1.284888057364492E-003
diat_loss_poc_zint: 0.000000000000000E+000
diat_loss_poc_zint_100m: 0.000000000000000E+000
diat_loss_doc_zint: 8.350165783449555E-005
diat_loss_doc_zint_100m: 7.709328371466233E-005
diat_agg_zint: 7.890330096033827E-004
diat_agg_zint_100m: 7.393960657479904E-004
diaz_P_lim_surf: 0.936303156371315
diaz_P_lim_Cweight_avg_100m: 0.944352450968187
diaz_Fe_lim_surf: 0.751267803421910
diaz_Fe_lim_Cweight_avg_100m: 0.781308263854188
diaz_light_lim_surf: 0.340495075202770
diaz_light_lim_Cweight_avg_100m: 0.249229088770553
photoC_diaz_zint: 1.231743969208226E-003
photoC_diaz_zint_100m: 1.204020670726644E-003
graze_diaz_zint: 1.105620234139053E-003
graze_diaz_zint_100m: 1.066335334545244E-003
graze_diaz_poc_zint: 1.105620234535622E-004
graze_diaz_poc_zint_100m: 1.066335336246978E-004
graze_diaz_doc_zint: 6.633721399221899E-005
graze_diaz_doc_zint_100m: 6.398012022515163E-005
graze_diaz_zoo_zint: 3.316860703440032E-004
graze_diaz_zoo_zint_100m: 3.199006015500704E-004
diaz_loss_zint: 1.123307226586040E-004
diaz_loss_zint_100m: 1.012088202195967E-004
diaz_loss_poc_zint: 0.000000000000000E+000
diaz_loss_poc_zint_100m: 0.000000000000000E+000
diaz_loss_doc_zint: 6.739843369437932E-006
diaz_loss_doc_zint_100m: 6.072529207641365E-006
diaz_agg_zint: 1.540161589298225E-005
diaz_agg_zint_100m: 1.353480037269523E-005
CaCO3_form_zint: 9.144136940981049E-004
CaCO3_form_zint_100m: 9.079235311999724E-004
zoo_loss_zint: 8.760667464100468E-003
zoo_loss_zint_100m: 8.492054903785013E-003
zoo_loss_poc_zint: 1.390785567296422E-003
zoo_loss_poc_zint_100m: 1.346351896161254E-003
zoo_loss_doc_zint: 4.421929150594479E-004
zoo_loss_doc_zint_100m: 4.287421811634991E-004
insitu_temp: 4.01063635258590
CO3: 90.7970375659075
HCO3: 2189.09079439969
H2CO3: 32.5510194272889
pH_3D: 7.83664758995868
co3_sat_calc: 68.9779328170551
co3_sat_arag: 106.042486559913
NITRIF: 5.152115235083105E-009
DENITRIF: 3.718199311831778E-010
O2_PRODUCTION: 1.233156081425116E-007
O2_CONSUMPTION: 1.233690447436209E-007
AOU: 173.468748315602
PAR_avg: 0.572363880597363
photoC_TOT: 9.655507006308107E-008
photoC_NO3_TOT: 3.337240995357313E-008
DOC_prod: 6.822958802225614E-009
DON_prod: 6.531379375642400E-010
DOP_prod: 5.991447254070673E-011
Fe_scavenge: 2.710871969536163E-012
Fe_scavenge_rate: 1.89666930295871
Lig_prod: 3.458316183954017E-012
Lig_loss: 3.460372262741566E-012
Lig_scavenge: 2.355466679321056E-014
Fefree: 8.539464979736449E-006
Lig_photochem: 4.446319274629205E-013
Lig_deg: 2.609459084974171E-012
POC_FLUX_100m: 5.235860505840339E-003
POP_FLUX_100m: 4.051726012123811E-005
CaCO3_FLUX_100m: 5.398714475688544E-004
SiO2_FLUX_100m: 8.971857447985542E-004
P_iron_FLUX_100m: 1.736227289520011E-007
POC_PROD_zint: 1.029029338740196E-002
POC_PROD_zint_100m: 1.004125011215111E-002
POC_REMIN_DOCr_zint: 6.122238381661854E-006
POC_REMIN_DOCr_zint_100m: 2.846681222509799E-006
POC_REMIN_DIC_zint: 1.019760838617319E-002
POC_REMIN_DIC_zint_100m: 4.741622019635311E-003
CaCO3_PROD_zint: 6.428358181242986E-004
CaCO3_PROD_zint_100m: 6.276403683326737E-004
CaCO3_REMIN_zint: 5.558902226742852E-004
CaCO3_REMIN_zint_100m: 7.027502786332061E-005
POC_FLUX_IN: 9.329953555068746E-004
POC_PROD: 2.799570503963928E-008
POP_FLUX_IN: 7.289489153514686E-006
POP_PROD: 2.160247252614690E-010
SiO2_FLUX_IN: 5.823929961490074E-004
SiO2_PROD: 2.782631716890601E-009
dust_FLUX_IN: 4.163639408345027E-012
dust_REMIN: 2.248250216818537E-019
P_iron_FLUX_IN: 2.370353210265404E-007
P_iron_PROD: 3.151565484161655E-012
P_iron_REMIN: 2.912758631307658E-012
sp_Qp: 3.043770927913409E-004
photoFe_sp: 1.275742033649988E-012
photoNO3_sp: 2.095811036871258E-009
photoNH4_sp: 5.999781147174404E-009
DOP_sp_uptake: 1.159902697761694E-011
PO4_sp_uptake: 4.078740963076825E-010
sp_agg: 1.021815026449141E-009
diat_Qp: 2.981618462579806E-004
photoFe_diat: 4.969400444605934E-013
photoNO3_diat: 2.378819078626948E-009
photoNH4_diat: 2.271588287635751E-009
DOP_diat_uptake: 9.595635440843835E-012
PO4_diat_uptake: 2.606355308737856E-010
diat_agg: 2.112597963360067E-009
diaz_Qp: 1.957041226373508E-004
photoFe_diaz: 1.398811088996380E-013
photoNO3_diaz: 8.911825605391279E-011
photoNH4_diaz: 1.130000259976164E-010
DOP_diaz_uptake: 3.615039797092812E-012
PO4_diaz_uptake: 1.970412417783614E-011
diaz_agg: 4.128351392828898E-011
diaz_Nfix: 3.705224537269224E-010
bSi_form: 5.439311167654204E-009
PO4_RESTORE_TEND: 6.930169312381603E-015
NO3_RESTORE_TEND: -8.695451428610573E-014
SiO3_RESTORE_TEND: -1.760074958511321E-012
ALK_RESTORE_TEND: -8.128089533815440E-012
ECOSYS_IFRAC: 4.841814243865979E-002
ECOSYS_XKW: 5.212960433374274E-003
ECOSYS_ATM_PRESS: 0.997066639663174
SCHMIDT_O2: 766.944166251969
O2SAT: 247.390511908295
CO2STAR: 10.4939453106044
DCO2STAR: -6.518576346082453E-002
pCO2SURF: 289.418373497093
DpCO2: 5.55350072951541
SCHMIDT_CO2: 878.750952511508
FG_CO2: -4.837722201923407E-004
PH: 8.16742452239868
ATM_CO2: 284.699814814815
IRON_FLUX: 8.394683125507924E-010
NOx_FLUX: 2.860542704513150E-006
NHy_FLUX: 5.315541425432587E-006
NHx_SURFACE_EMIS: 4.434566260166482E-006
PO4: 2.14701300458864
Jint_100m_PO4: -5.185426809466034E-005
tend_zint_100m_PO4: 3.961597163955319E-006
PO4_RIV_FLUX: 2.278737363771629E-007
NO3: 28.3529178954498
Jint_100m_NO3: -7.453978086801629E-004
tend_zint_100m_NO3: 1.633632769116501E-004
NO3_RIV_FLUX: 5.663560175155930E-006
SiO3: 89.3273866194351
Jint_100m_SiO3: -8.392298911565852E-004
tend_zint_100m_SiO3: -2.855474642133448E-005
SiO3_RIV_FLUX: 4.397312185340472E-005
NH4: 1.148911944971163E-002
Jint_100m_NH4: -4.436308184682913E-005
tend_zint_100m_NH4: -5.393693498367470E-005
Fe: 4.879836894695930E-004
Jint_100m_Fe: -1.250922477391029E-007
tend_zint_100m_Fe: -5.957881727423462E-009
Fe_RIV_FLUX: 3.343797583724216E-009
Lig: 1.809154791680644E-003
O2: 154.816747535262
Jint_100m_O2: 9.958510554644182E-003
tend_zint_100m_O2: -3.198954180299828E-003
STF_O2: -1.397752401250286E-003
DIC: 2312.43885397395
J_DIC: -3.114029765410701E-012
Jint_100m_DIC: -7.637044030510905E-003
tend_zint_100m_DIC: 7.117623325334593E-004
DIC_RIV_FLUX: 1.939220132758830E-004
FvPER_DIC: 3.851916881618992E-004
FvICE_DIC: 2.408663678202835E-005
ALK: 2424.55685357053
Jint_100m_ALK: -4.619634936308111E-004
tend_zint_100m_ALK: 5.376222142794208E-004
STF_ALK: 6.271497823295995E-004
ALK_RIV_FLUX: 1.882585334326542E-004
FvPER_ALK: 4.408700545467787E-004
FvICE_ALK: 2.756829543305148E-005
DOC: 1.46163001760816
Jint_100m_DOC: 1.397827103723175E-003
tend_zint_100m_DOC: -9.558782688570692E-005
DOC_RIV_FLUX: 1.017640765388941E-004
DON: 0.126397959188158
DON_RIV_FLUX: 2.624441140046131E-006
DOP: 5.718217674505119E-003
DOP_RIV_FLUX: 4.251014386242694E-008
DOPr: 2.835479572811781E-002
DOPr_RIV_FLUX: 1.090003704400155E-009
DONr: 1.71726697646124
DONr_RIV_FLUX: 2.916037781678693E-007
DOCr: 36.7870771389286
Jint_100m_DOCr: -3.758764210313509E-005
tend_zint_100m_DOCr: -1.540313731424547E-005
DOCr_RIV_FLUX: 2.544101913472354E-005
zooC: 1.196007380477922E-002
spChl: 1.341338376888061E-003
spC: 7.827059282984737E-003
spP: 5.721152952419987E-005
spFe: 1.591997944643902E-007
spCaCO3: 3.201731025846248E-004
diatChl: 2.056888044520728E-003
diatC: 7.293003683376301E-003
diatP: 5.917261820878011E-005
diatFe: 1.053643214495447E-007
diatSi: 1.465921214950444E-003
diazChl: 1.214057618798008E-004
diazC: 6.964838170289967E-004
diazP: 4.991016787151706E-006
diazFe: 2.846152358283904E-008
IAGE: 496.569303982223
TIDAL_DIFF: 1.72360856629286
QSW_HBL: 157.726285660457
KVMIX: 1.88144998354887
KVMIX_M: 18.8144707302605
TPOWER: 2.218685878652248E-006
VDC_T: 52.1983387174457
VDC_S: 52.1990618337655
VVC: 40.5673242930659
KAPPA_ISOP: 6224872.06615898
KAPPA_THIC: 4149974.24203888
HOR_DIFF: 625364.272798449
DIA_DEPTH: 7366.06662047379
TLT: 498.443630007746
INT_DEPTH: 7864.50973333803
UISOP: 9.773423433778967E-005
VISOP: -1.620509546806698E-004
WISOP: 1.325078301646185E-013
ADVT_ISOP: -4.294399918891475E-011
ADVS_ISOP: 4.915183330365286E-017
VNT_ISOP: -2.034582477561241E-010
VNS_ISOP: -5.287035633542367E-013
USUBM: -2.577689093111017E-005
VSUBM: 1.119719988733300E-004
WSUBM: -6.310033789738239E-009
HLS_SUBM: 764366.375134489
ADVT_SUBM: -8.564590240690703E-013
ADVS_SUBM: 4.598647597251453E-016
VNT_SUBM: 5.269355888596182E-010
VNS_SUBM: 8.525326014823171E-013
HDIFT: 1.901425638758699E-011
HDIFS: 8.632701222331925E-016
WVEL: 5.981652273006511E-007
WVEL2: 2.003890334016796E-005
UET: -3.996542342539287E-009
VNT: 9.926067337602000E-008
WTT: -1.555954993443329E-008
UES: 1.245887543106901E-009
VNS: -3.610919173871509E-012
WTS: 4.868731025394540E-013
ADVT: 8.279674436884000E-012
ADVS: 8.564572460259720E-015
PV: 1.319505354726960E-013
Q: -9.769522998913213E-009
PD: 1.02749388018430
QSW_HTP: 138.947645948047
QFLUX: 4.673338165296297E-002
HMXL: 7368.53118534021
HMXL_DR: 6020.03724961801
XMXL: 8529.04624115646
XMXL_DR: 8284.14878701801
TMXL: 4631.97708097012
TMXL_DR: 2555.79593587979
HBLT: 4392.62389991797
XBLT: 8322.61856331838
TBLT: 823.284871584470
BSF: 0.000000000000000E+000
convergence info from pcg_diag_bsf:
iter = 0 rms_resid = 9.007386734202784E-002
iter = 100 rms_resid = 3.611459058541236E-003
iter = 200 rms_resid = 7.433214712402530E-004
iter = 300 rms_resid = 2.999711899200964E-004
iter = 400 rms_resid = 2.231519530743598E-004
iter = 500 rms_resid = 1.583379800595737E-004
iter = 600 rms_resid = 4.225020218235030E-005
iter = 700 rms_resid = 1.262740605646450E-005
iter = 800 rms_resid = 1.688385431106347E-006
iter = 900 rms_resid = 1.363486417274521E-007
Local Time- and Space-Averages for Nino Regions: 00:00:00 0013-03-01
NINO_1_PLUS_2: 26.2629656535695
NINO_3: 26.1270043715100
NINO_3_POINT_4: 26.4039196200984
NINO_4: 27.7937314900161
(io_pio_init) create file
./bwma1850.f09.y13.los_chocoyos.qboE.ensoN.clone.SO2.pop.h.0013-02.nc
tavg file written:
./bwma1850.f09.y13.los_chocoyos.qboE.ensoN.clone.SO2.pop.h.0013-02.nc
Global Time Averages: 03-01-0013 00:00:00
SST: 18.3729880443839
SST2: 435.529990598079
HMXL_DR_2: 6081.82249832941
XMXL_2: 8018.72565445745
tavg file written:
./bwma1850.f09.y13.los_chocoyos.qboE.ensoN.clone.SO2.pop.h.nday1.0013-02-01.nc
Global Time Averages: 03-01-0013 00:00:00
photoC_sp_zint_2: 2.272828549369907E-002
photoC_diat_zint_2: 1.157217542091072E-002
photoC_diaz_zint_2: 1.230473527403116E-003
CaCO3_form_zint_2: 9.405115126021419E-004
ECOSYS_IFRAC_2: 4.766799720240184E-002
ECOSYS_XKW_2: 5.301259827012564E-003
DpCO2_2: 6.07884200320189
FG_CO2_2: -6.965663893500833E-004
STF_O2_2: 3.428121324569038E-004
zooC_zint_100m: 4007.58666330999
spChl_SURF: 7.037959265396218E-002
spC_zint_100m: 2814.86482628756
spCaCO3_zint_100m: 113.716120849435
diatChl_SURF: 7.720931313068884E-002
diatC_zint_100m: 2178.56189645847
diazChl_SURF: 3.074270160709484E-003
diazC_zint_100m: 238.229992169969
tavg file written:
./bwma1850.f09.y13.los_chocoyos.qboE.ensoN.clone.SO2.pop.h.ecosys.nday1.0013-02
-01.nc
Global Time Averages: 03-01-0013 00:00:00
graze_auto_TOT: 8.411140960522350E-008
DOC_remin: 6.588901228934681E-009
DOCr_remin: 2.475948153060568E-010
DON_remin: 6.098795207872805E-010
DONr_remin: 1.438380749377652E-011
DOP_remin: 2.955900732251954E-011
DOPr_remin: 3.166151536818978E-013
POC_REMIN_DOCr: 1.736294194339261E-011
POC_REMIN_DIC: 2.892087362810158E-008
POP_REMIN_DOPr: 4.048855610010516E-014
POP_REMIN_PO4: 2.248959340638932E-010
PON_REMIN_DONr: 1.370981746134957E-012
PON_REMIN_NH4: 3.972489155820913E-009
CaCO3_FLUX_IN: 3.008468059934183E-004
CaCO3_PROD: 1.622825197950083E-009
CaCO3_REMIN: 1.405798514878062E-009
CaCO3_form: 2.300660893834707E-009
J_PO4: -3.935514626559028E-012
J_NO3: -3.409433093569899E-012
J_SiO3: -5.941284972141448E-011
J_NH4: -1.115867886912512E-010
J_Fe: -2.187931817770036E-013
J_ALK: -5.708820755064589E-010
KPP_SRC_Fe: 4.522418966100820E-022
KPP_SRC_O2: 3.617730004508958E-017
KPP_SRC_DIC: -2.877215003486197E-017
DIA_IMPVF_Fe: -2.018020247080968E-009
DIA_IMPVF_O2: 3.430373987265817E-004
DIA_IMPVF_DIC: -6.390541128405288E-004
DIA_IMPVF_DOC: 8.570462490831665E-005
DIA_IMPVF_DOCr: -1.111168077359486E-006
HDIFE_Fe: 1.213495539728664E-013
HDIFN_Fe: 7.365814616643114E-013
HDIFB_Fe: -1.014670933732188E-013
HDIFE_O2: -2.437996385148308E-008
HDIFN_O2: -1.625165799760792E-007
HDIFB_O2: 8.259063528258619E-008
HDIFE_DIC: 2.123125091841688E-008
HDIFN_DIC: 1.383840595340201E-007
HDIFB_DIC: 1.654684160623986E-007
HDIFE_DOC: -1.032853495913473E-010
HDIFN_DOC: -1.144666169152053E-009
HDIFB_DOC: -1.548652686991759E-008
HDIFE_DOCr: -6.772324821939754E-012
HDIFN_DOCr: 2.974063494249494E-010
HDIFB_DOCr: 7.011375044833325E-010
UE_Fe: 1.008861884126743E-011
VN_Fe: -1.081851978750827E-012
WT_Fe: -7.144020680626861E-014
UE_O2: 8.811365447773020E-006
VN_O2: 9.554495009748442E-008
WT_O2: -1.377292645976921E-007
UE_DIC: 8.065461340288223E-005
VN_DIC: -1.730172917045767E-006
WT_DIC: 4.249007568662605E-007
UE_DOC: -3.512407033303041E-008
VN_DOC: 1.649164830280121E-007
WT_DOC: -4.177281251928824E-008
UE_DOCr: 1.316643510120874E-006
VN_DOCr: -1.719958058608540E-008
WT_DOCr: 2.621741997450304E-009
(io_pio_init) create file
./bwma1850.f09.y13.los_chocoyos.qboE.ensoN.clone.SO2.pop.rh.ecosys.nyear1.0013-
03-01-00000.nc
tavg file written:
./bwma1850.f09.y13.los_chocoyos.qboE.ensoN.clone.SO2.pop.rh.ecosys.nyear1.0013-
03-01-00000.nc
ovf_write_restart unit (mu) = 90 file name = ./bwma1850.f09.y13.los_chocoyos.qboE.ensoN.clone.SO2.pop.ro.0013
ovf write restart cdate yyyymmdd = 00130301
overflow restart pointer file written: rpointer.ocn.ovf
ESTUARY FORCING (in estuary_vsf_mod)
tracer = SALT
vsf_tref (global sum) -4.7816E+10
vsf_tlocal (global sum) -3.7815E+10
vsf_corr (sum_sref-sum_sloc)/area-2.7839E-09
tracer = DIC
vsf_tref (global sum) -2.6788E+15
vsf_tlocal (global sum) -2.1961E+15
vsf_corr (sum_sref-sum_sloc)/area-1.3436E-04
tracer = DIC_ALT_CO2
vsf_tref (global sum) -2.6788E+15
vsf_tlocal (global sum) -2.1961E+15
vsf_corr (sum_sref-sum_sloc)/area-1.3436E-04
tracer = ALK
vsf_tref (global sum) -3.0660E+15
vsf_tlocal (global sum) -2.6190E+15
vsf_corr (sum_sref-sum_sloc)/area-1.2443E-04
tracer = ALK_ALT_CO2
vsf_tref (global sum) -3.0660E+15
vsf_tlocal (global sum) -2.6190E+15
vsf_corr (sum_sref-sum_sloc)/area-1.2443E-04
(time_manager) ocn date 00013-mar-02, 0.000000E+00 sec nsteps_total = 106559
Global Time Averages: 03-02-0013 00:00:00
SST: 18.3729995156230
SST2: 435.571014844095
HMXL_DR_2: 6012.39488449104
XMXL_2: 7991.93380478716
(io_pio_init) create file
./bwma1850.f09.y13.los_chocoyos.qboE.ensoN.clone.SO2.pop.h.nday1.0013-03-01.nc
data appended to tavg file:
./bwma1850.f09.y13.los_chocoyos.qboE.ensoN.clone.SO2.pop.h.nday1.0013-03-01.nc
Global Time Averages: 03-02-0013 00:00:00
photoC_sp_zint_2: 2.258642983974609E-002
photoC_diat_zint_2: 1.162185084434169E-002
photoC_diaz_zint_2: 1.225937495908019E-003
CaCO3_form_zint_2: 9.347616475360372E-004
ECOSYS_IFRAC_2: 4.768633280400615E-002
ECOSYS_XKW_2: 4.934821861951832E-003
DpCO2_2: 6.16512090189765
FG_CO2_2: -6.226183391874996E-004
STF_O2_2: 1.408033277097380E-004
zooC_zint_100m: 4009.66847139128
spChl_SURF: 6.984696601761337E-002
spC_zint_100m: 2798.58552488778
spCaCO3_zint_100m: 113.415629498437
diatChl_SURF: 7.957158674035844E-002
diatC_zint_100m: 2188.75856639358
diazChl_SURF: 3.065939735691556E-003
diazC_zint_100m: 237.553404004373
(io_pio_init) create file
./bwma1850.f09.y13.los_chocoyos.qboE.ensoN.clone.SO2.pop.h.ecosys.nday1.0013-03
-01.nc
data appended to tavg file:
./bwma1850.f09.y13.los_chocoyos.qboE.ensoN.clone.SO2.pop.h.ecosys.nday1.0013-03
-01.nc
(time_manager) ocn date 00013-mar-03, 0.000000E+00 sec nsteps_total = 106583
Global Time Averages: 03-03-0013 00:00:00
SST: 18.3732367523539
SST2: 435.637077271650
HMXL_DR_2: 5963.75327981819
XMXL_2: 7937.19633135540
data appended to tavg file:
./bwma1850.f09.y13.los_chocoyos.qboE.ensoN.clone.SO2.pop.h.nday1.0013-03-01.nc
Global Time Averages: 03-03-0013 00:00:00
photoC_sp_zint_2: 2.226286761854305E-002
photoC_diat_zint_2: 1.175750123532494E-002
photoC_diaz_zint_2: 1.227564505991974E-003
CaCO3_form_zint_2: 9.175443710774089E-004
ECOSYS_IFRAC_2: 4.776651467161949E-002
ECOSYS_XKW_2: 5.018018799793815E-003
DpCO2_2: 6.26725680026319
FG_CO2_2: -5.551681857718800E-004
STF_O2_2: -1.444281125045281E-003
zooC_zint_100m: 4007.33772172224
spChl_SURF: 6.848752763476029E-002
spC_zint_100m: 2767.82653646304
spCaCO3_zint_100m: 112.102820541654
diatChl_SURF: 8.283852164027974E-002
diatC_zint_100m: 2211.15030877155
diazChl_SURF: 3.061345486891361E-003
diazC_zint_100m: 237.099709937877
data appended to tavg file:
./bwma1850.f09.y13.los_chocoyos.qboE.ensoN.clone.SO2.pop.h.ecosys.nday1.0013-03
-01.nc
(time_manager) ocn date 00013-mar-04, 0.000000E+00 sec nsteps_total = 106607
Global Time Averages: 03-04-0013 00:00:00
SST: 18.3736844059407
SST2: 435.740542320645
HMXL_DR_2: 5956.26230804650
XMXL_2: 7912.31402094323
data appended to tavg file:
./bwma1850.f09.y13.los_chocoyos.qboE.ensoN.clone.SO2.pop.h.nday1.0013-03-01.nc
Global Time Averages: 03-04-0013 00:00:00
photoC_sp_zint_2: 2.206794492588789E-002
photoC_diat_zint_2: 1.194214283363523E-002
photoC_diaz_zint_2: 1.233633524990597E-003
CaCO3_form_zint_2: 9.101420237735363E-004
ECOSYS_IFRAC_2: 4.788397470898663E-002
ECOSYS_XKW_2: 5.076455035214218E-003
DpCO2_2: 6.32991475573625
FG_CO2_2: -6.188066632740740E-004
STF_O2_2: -8.137602397409797E-004
zooC_zint_100m: 3999.75056461078
spChl_SURF: 6.639529133822443E-002
spC_zint_100m: 2732.44647035147
spCaCO3_zint_100m: 110.520993139685
diatChl_SURF: 8.634347535910121E-002
diatC_zint_100m: 2242.57004947655
diazChl_SURF: 3.055397626368075E-003
diazC_zint_100m: 237.105853594479
data appended to tavg file:
./bwma1850.f09.y13.los_chocoyos.qboE.ensoN.clone.SO2.pop.h.ecosys.nday1.0013-03
-01.nc
(time_manager) ocn date 00013-mar-05, 0.000000E+00 sec nsteps_total = 106631
Global Time Averages: 03-05-0013 00:00:00
SST: 18.3761977593354
SST2: 435.954773934541
HMXL_DR_2: 5944.97789901624
XMXL_2: 7884.83347533329
data appended to tavg file:
./bwma1850.f09.y13.los_chocoyos.qboE.ensoN.clone.SO2.pop.h.nday1.0013-03-01.nc
Global Time Averages: 03-05-0013 00:00:00
photoC_sp_zint_2: 2.175827963468454E-002
photoC_diat_zint_2: 1.208651623124907E-002
photoC_diaz_zint_2: 1.243195975024442E-003
CaCO3_form_zint_2: 9.004170922185296E-004
ECOSYS_IFRAC_2: 4.793224872426585E-002
ECOSYS_XKW_2: 4.903815990603902E-003
DpCO2_2: 6.39684774439682
FG_CO2_2: -7.265374282375511E-004
STF_O2_2: 3.200997186238082E-004
zooC_zint_100m: 3988.05968024747
spChl_SURF: 6.479592460837653E-002
spC_zint_100m: 2695.02387549267
spCaCO3_zint_100m: 109.134332474780
diatChl_SURF: 8.998469739386733E-002
diatC_zint_100m: 2279.05434223413
diazChl_SURF: 3.040435079278564E-003
diazC_zint_100m: 237.519594371164
data appended to tavg file:
./bwma1850.f09.y13.los_chocoyos.qboE.ensoN.clone.SO2.pop.h.ecosys.nday1.0013-03
-01.nc
(time_manager) ocn date 00013-mar-06, 0.000000E+00 sec nsteps_total = 106655
Global Time Averages: 03-06-0013 00:00:00
SST: 18.3824786091252
SST2: 436.345003122935
HMXL_DR_2: 5879.30850814347
XMXL_2: 7887.05135379655
data appended to tavg file:
./bwma1850.f09.y13.los_chocoyos.qboE.ensoN.clone.SO2.pop.h.nday1.0013-03-01.nc
Global Time Averages: 03-06-0013 00:00:00
photoC_sp_zint_2: 2.151167670618376E-002
photoC_diat_zint_2: 1.235978172533863E-002
photoC_diaz_zint_2: 1.253210292576016E-003
CaCO3_form_zint_2: 8.918907435703328E-004
ECOSYS_IFRAC_2: 4.797197787338021E-002
ECOSYS_XKW_2: 4.860312404871948E-003
DpCO2_2: 6.40800857989217
FG_CO2_2: -4.437598518754468E-004
STF_O2_2: -6.826897927504661E-004
zooC_zint_100m: 3976.05792204917
spChl_SURF: 6.438430048837257E-002
spC_zint_100m: 2658.65761858403
spCaCO3_zint_100m: 108.084436601085
diatChl_SURF: 9.475369324003810E-002
diatC_zint_100m: 2331.57302193064
diazChl_SURF: 3.023692036328597E-003
diazC_zint_100m: 238.381715090079
data appended to tavg file:
./bwma1850.f09.y13.los_chocoyos.qboE.ensoN.clone.SO2.pop.h.ecosys.nday1.0013-03
-01.nc
(time_manager) ocn date 00013-mar-07, 0.000000E+00 sec nsteps_total = 106679
Global Time Averages: 03-07-0013 00:00:00
SST: 18.3852313165230
SST2: 436.533235238443
HMXL_DR_2: 5882.11438388373
XMXL_2: 7907.99235583998
data appended to tavg file:
./bwma1850.f09.y13.los_chocoyos.qboE.ensoN.clone.SO2.pop.h.nday1.0013-03-01.nc
Global Time Averages: 03-07-0013 00:00:00
photoC_sp_zint_2: 2.150334981014123E-002
photoC_diat_zint_2: 1.250573891836906E-002
photoC_diaz_zint_2: 1.254776768887552E-003
CaCO3_form_zint_2: 9.038781938891484E-004
ECOSYS_IFRAC_2: 4.806501270855080E-002
ECOSYS_XKW_2: 4.918342119777643E-003
DpCO2_2: 6.40926416243086
FG_CO2_2: -5.325518067324437E-004
STF_O2_2: 1.858734315102842E-004
zooC_zint_100m: 3962.38748236771
spChl_SURF: 6.485256331450853E-002
spC_zint_100m: 2628.59354270697
spCaCO3_zint_100m: 107.675396675342
diatChl_SURF: 0.100172103822944
diatC_zint_100m: 2384.91603563045
diazChl_SURF: 3.027080042975738E-003
diazC_zint_100m: 238.664401940062
data appended to tavg file:
./bwma1850.f09.y13.los_chocoyos.qboE.ensoN.clone.SO2.pop.h.ecosys.nday1.0013-03
-01.nc
(time_manager) ocn date 00013-mar-08, 0.000000E+00 sec nsteps_total = 106703
Global Time Averages: 03-08-0013 00:00:00
SST: 18.3892244463266
SST2: 436.790418098272
HMXL_DR_2: 5879.22557621673
XMXL_2: 7922.84824500788
data appended to tavg file:
./bwma1850.f09.y13.los_chocoyos.qboE.ensoN.clone.SO2.pop.h.nday1.0013-03-01.nc
Global Time Averages: 03-08-0013 00:00:00
photoC_sp_zint_2: 2.157240635809270E-002
photoC_diat_zint_2: 1.256124041228987E-002
photoC_diaz_zint_2: 1.254927699684664E-003
CaCO3_form_zint_2: 9.254782799795567E-004
ECOSYS_IFRAC_2: 4.816239528952677E-002
ECOSYS_XKW_2: 4.658336886810465E-003
DpCO2_2: 6.42770189853729
FG_CO2_2: -6.604808977587613E-004
STF_O2_2: 7.678341755491326E-004
zooC_zint_100m: 3950.56430154799
spChl_SURF: 6.572491047086390E-002
spC_zint_100m: 2625.16410933189
spCaCO3_zint_100m: 109.555996700052
diatChl_SURF: 0.103100133205444
diatC_zint_100m: 2432.96915505456
diazChl_SURF: 3.026915842933707E-003
diazC_zint_100m: 239.028033077743
data appended to tavg file:
./bwma1850.f09.y13.los_chocoyos.qboE.ensoN.clone.SO2.pop.h.ecosys.nday1.0013-03
-01.nc
(time_manager) ocn date 00013-mar-09, 0.000000E+00 sec nsteps_total = 106727
Global Time Averages: 03-09-0013 00:00:00
SST: 18.3973625265007
SST2: 437.235389227697
HMXL_DR_2: 5885.89585494100
XMXL_2: 7946.88174596881
data appended to tavg file:
./bwma1850.f09.y13.los_chocoyos.qboE.ensoN.clone.SO2.pop.h.nday1.0013-03-01.nc
Global Time Averages: 03-09-0013 00:00:00
photoC_sp_zint_2: 2.168111899766904E-002
photoC_diat_zint_2: 1.269889268591516E-002
photoC_diaz_zint_2: 1.258931263718716E-003
CaCO3_form_zint_2: 9.355454846818751E-004
ECOSYS_IFRAC_2: 4.840586609051438E-002
ECOSYS_XKW_2: 4.465952947167714E-003
DpCO2_2: 6.41036100660239
FG_CO2_2: -6.568185568134928E-004
STF_O2_2: -6.237180630306611E-004
zooC_zint_100m: 3942.88369679986
spChl_SURF: 6.626681930653468E-002
spC_zint_100m: 2635.05108804327
spCaCO3_zint_100m: 112.290989580936
diatChl_SURF: 0.107214082034881
diatC_zint_100m: 2473.72789675739
diazChl_SURF: 3.027961464245745E-003
diazC_zint_100m: 239.333531767811
data appended to tavg file:
./bwma1850.f09.y13.los_chocoyos.qboE.ensoN.clone.SO2.pop.h.ecosys.nday1.0013-03
-01.nc
(time_manager) ocn date 00013-mar-10, 0.000000E+00 sec nsteps_total = 106751
Global Time Averages: 03-10-0013 00:00:00
SST: 18.4050113002177
SST2: 437.640835014680
HMXL_DR_2: 5876.72939476617
XMXL_2: 7934.94218578519
data appended to tavg file:
./bwma1850.f09.y13.los_chocoyos.qboE.ensoN.clone.SO2.pop.h.nday1.0013-03-01.nc
Global Time Averages: 03-10-0013 00:00:00
photoC_sp_zint_2: 2.174347681368553E-002
photoC_diat_zint_2: 1.279524885746062E-002
photoC_diaz_zint_2: 1.265903265200726E-003
CaCO3_form_zint_2: 9.312099532039303E-004
ECOSYS_IFRAC_2: 4.863445840791485E-002
ECOSYS_XKW_2: 4.534708228246214E-003
DpCO2_2: 6.42055316406053
FG_CO2_2: -7.083009305872747E-004
STF_O2_2: -5.120261221809715E-005
zooC_zint_100m: 3939.03108727305
spChl_SURF: 6.690853146230999E-002
spC_zint_100m: 2646.72782876195
spCaCO3_zint_100m: 114.193470400282
diatChl_SURF: 0.111941720650777
diatC_zint_100m: 2507.37138532839
diazChl_SURF: 3.030785347059485E-003
diazC_zint_100m: 239.837128099576
data appended to tavg file:
./bwma1850.f09.y13.los_chocoyos.qboE.ensoN.clone.SO2.pop.h.ecosys.nday1.0013-03
-01.nc
(time_manager) ocn date 00013-mar-11, 0.000000E+00 sec nsteps_total = 106775
Global Time Averages: 03-11-0013 00:00:00
SST: 18.4101736279492
SST2: 437.942966800515
HMXL_DR_2: 5862.55873545959
XMXL_2: 7939.74106428995
data appended to tavg file:
./bwma1850.f09.y13.los_chocoyos.qboE.ensoN.clone.SO2.pop.h.nday1.0013-03-01.nc
Global Time Averages: 03-11-0013 00:00:00
photoC_sp_zint_2: 2.188368977698781E-002
photoC_diat_zint_2: 1.298632545914641E-002
photoC_diaz_zint_2: 1.273341147924746E-003
CaCO3_form_zint_2: 9.327298145214079E-004
ECOSYS_IFRAC_2: 4.888907838082020E-002
ECOSYS_XKW_2: 4.759068116169844E-003
DpCO2_2: 6.48965182058296
FG_CO2_2: -6.369618953859323E-004
STF_O2_2: -1.879824914307253E-003
zooC_zint_100m: 3937.09681852561
spChl_SURF: 6.734116112842950E-002
spC_zint_100m: 2654.61765493020
spCaCO3_zint_100m: 114.649200435959
diatChl_SURF: 0.114190015002116
diatC_zint_100m: 2542.20216051961
diazChl_SURF: 3.035020710696398E-003
diazC_zint_100m: 240.366575853744
data appended to tavg file:
./bwma1850.f09.y13.los_chocoyos.qboE.ensoN.clone.SO2.pop.h.ecosys.nday1.0013-03
-01.nc
(time_manager) ocn date 00013-mar-12, 0.000000E+00 sec nsteps_total = 106799
Global Time Averages: 03-12-0013 00:00:00
SST: 18.4091317806858
SST2: 438.039255356361
HMXL_DR_2: 5874.89178059333
XMXL_2: 7948.59923107245
data appended to tavg file:
./bwma1850.f09.y13.los_chocoyos.qboE.ensoN.clone.SO2.pop.h.nday1.0013-03-01.nc
Global Time Averages: 03-12-0013 00:00:00
photoC_sp_zint_2: 2.195173282153095E-002
photoC_diat_zint_2: 1.308561191837980E-002
photoC_diaz_zint_2: 1.267401056480215E-003
CaCO3_form_zint_2: 9.332522205032476E-004
ECOSYS_IFRAC_2: 4.914073913257904E-002
ECOSYS_XKW_2: 4.918121546115206E-003
DpCO2_2: 6.50526589366961
FG_CO2_2: -4.371889069910857E-004
STF_O2_2: -2.239881508905900E-003
zooC_zint_100m: 3937.92395753913
spChl_SURF: 6.791014867858135E-002
spC_zint_100m: 2663.33502191658
spCaCO3_zint_100m: 114.440183765005
diatChl_SURF: 0.116381782889571
diatC_zint_100m: 2573.25121105634
diazChl_SURF: 3.045294791866523E-003
diazC_zint_100m: 240.523660721913
data appended to tavg file:
./bwma1850.f09.y13.los_chocoyos.qboE.ensoN.clone.SO2.pop.h.ecosys.nday1.0013-03
-01.nc
(time_manager) ocn date 00013-mar-13, 0.000000E+00 sec nsteps_total = 106823
Global Time Averages: 03-13-0013 00:00:00
SST: 18.4045435990695
SST2: 438.023271650806
HMXL_DR_2: 5855.69542159134
XMXL_2: 7925.68933680406
data appended to tavg file:
./bwma1850.f09.y13.los_chocoyos.qboE.ensoN.clone.SO2.pop.h.nday1.0013-03-01.nc
Global Time Averages: 03-13-0013 00:00:00
photoC_sp_zint_2: 2.191380210563164E-002
photoC_diat_zint_2: 1.327933807852038E-002
photoC_diaz_zint_2: 1.263079559234053E-003
CaCO3_form_zint_2: 9.307087622070990E-004
ECOSYS_IFRAC_2: 4.953419662008613E-002
ECOSYS_XKW_2: 4.952376138351330E-003
DpCO2_2: 6.44924907983015
FG_CO2_2: -4.024033219205467E-004
STF_O2_2: -2.032807139514355E-003
zooC_zint_100m: 3939.34677115306
spChl_SURF: 6.818364432744919E-002
spC_zint_100m: 2663.97552564333
spCaCO3_zint_100m: 113.636517140452
diatChl_SURF: 0.119803013433922
diatC_zint_100m: 2609.95261318398
diazChl_SURF: 3.048608962256714E-003
diazC_zint_100m: 240.200333712757
data appended to tavg file:
./bwma1850.f09.y13.los_chocoyos.qboE.ensoN.clone.SO2.pop.h.ecosys.nday1.0013-03
-01.nc
(time_manager) ocn date 00013-mar-14, 0.000000E+00 sec nsteps_total = 106847
Global Time Averages: 03-14-0013 00:00:00
SST: 18.3970717177692
SST2: 437.881723143985
HMXL_DR_2: 5878.37946466653
XMXL_2: 7954.53290469866
data appended to tavg file:
./bwma1850.f09.y13.los_chocoyos.qboE.ensoN.clone.SO2.pop.h.nday1.0013-03-01.nc
Global Time Averages: 03-14-0013 00:00:00
photoC_sp_zint_2: 2.197389871600595E-002
photoC_diat_zint_2: 1.313148555982003E-002
photoC_diaz_zint_2: 1.252765486534263E-003
CaCO3_form_zint_2: 9.297140761791434E-004
ECOSYS_IFRAC_2: 4.983558333789431E-002
ECOSYS_XKW_2: 4.965067844857196E-003
DpCO2_2: 6.34388158643196
FG_CO2_2: -5.975989518662688E-004
STF_O2_2: -1.282516340886715E-003
zooC_zint_100m: 3941.01990806327
spChl_SURF: 6.790080570187462E-002
spC_zint_100m: 2655.07328869760
spCaCO3_zint_100m: 112.170770700759
diatChl_SURF: 0.121599291030965
diatC_zint_100m: 2638.54136986334
diazChl_SURF: 3.054654421631024E-003
diazC_zint_100m: 239.474829547371
data appended to tavg file:
./bwma1850.f09.y13.los_chocoyos.qboE.ensoN.clone.SO2.pop.h.ecosys.nday1.0013-03
-01.nc
(time_manager) ocn date 00013-mar-15, 0.000000E+00 sec nsteps_total = 106871
Global Time Averages: 03-15-0013 00:00:00
SST: 18.3924556970898
SST2: 437.871632323006
HMXL_DR_2: 5864.18945378293
XMXL_2: 7978.30142437069
data appended to tavg file:
./bwma1850.f09.y13.los_chocoyos.qboE.ensoN.clone.SO2.pop.h.nday1.0013-03-01.nc
Global Time Averages: 03-15-0013 00:00:00
photoC_sp_zint_2: 2.214143602095647E-002
photoC_diat_zint_2: 1.289863763096359E-002
photoC_diaz_zint_2: 1.252727514985007E-003
CaCO3_form_zint_2: 9.370984987584352E-004
ECOSYS_IFRAC_2: 4.988413760484402E-002
ECOSYS_XKW_2: 4.870247762017469E-003
DpCO2_2: 6.21682685702109
FG_CO2_2: -4.909929925311561E-004
STF_O2_2: -1.759446865115421E-003
zooC_zint_100m: 3941.32267797380
spChl_SURF: 6.821338197146316E-002
spC_zint_100m: 2660.28933539901
spCaCO3_zint_100m: 111.619735561275
diatChl_SURF: 0.120945224764959
diatC_zint_100m: 2639.49783342766
diazChl_SURF: 3.053744069012006E-003
diazC_zint_100m: 238.891176253182
data appended to tavg file:
./bwma1850.f09.y13.los_chocoyos.qboE.ensoN.clone.SO2.pop.h.ecosys.nday1.0013-03
-01.nc
(time_manager) ocn date 00013-mar-16, 0.000000E+00 sec nsteps_total = 106895
Global Time Averages: 03-16-0013 00:00:00
SST: 18.3891935260988
SST2: 437.970054991685
HMXL_DR_2: 5822.74813263191
XMXL_2: 7955.72124971017
data appended to tavg file:
./bwma1850.f09.y13.los_chocoyos.qboE.ensoN.clone.SO2.pop.h.nday1.0013-03-01.nc
Global Time Averages: 03-16-0013 00:00:00
photoC_sp_zint_2: 2.198937262680612E-002
photoC_diat_zint_2: 1.281769199214837E-002
photoC_diaz_zint_2: 1.257558764773279E-003
CaCO3_form_zint_2: 9.257464356994830E-004
ECOSYS_IFRAC_2: 4.990836472010115E-002
ECOSYS_XKW_2: 4.697008296054729E-003
DpCO2_2: 6.11775633177333
FG_CO2_2: -5.084940553685577E-004
STF_O2_2: -1.496555933729463E-003
zooC_zint_100m: 3938.33151218500
spChl_SURF: 6.839284298076150E-002
spC_zint_100m: 2661.32233034522
spCaCO3_zint_100m: 111.005849498296
diatChl_SURF: 0.119251925162674
diatC_zint_100m: 2615.13159399786
diazChl_SURF: 3.037423790147293E-003
diazC_zint_100m: 239.029871494260
data appended to tavg file:
./bwma1850.f09.y13.los_chocoyos.qboE.ensoN.clone.SO2.pop.h.ecosys.nday1.0013-03
-01.nc
(time_manager) ocn date 00013-mar-17, 0.000000E+00 sec nsteps_total = 106919
Global Time Averages: 03-17-0013 00:00:00
SST: 18.3828525712439
SST2: 437.894545571288
HMXL_DR_2: 5840.61552487385
XMXL_2: 7944.56836328492
data appended to tavg file:
./bwma1850.f09.y13.los_chocoyos.qboE.ensoN.clone.SO2.pop.h.nday1.0013-03-01.nc
Global Time Averages: 03-17-0013 00:00:00
photoC_sp_zint_2: 2.156036245013555E-002
photoC_diat_zint_2: 1.275233771984018E-002
photoC_diaz_zint_2: 1.249926654113173E-003
CaCO3_form_zint_2: 9.036751956623641E-004
ECOSYS_IFRAC_2: 4.999865145714166E-002
ECOSYS_XKW_2: 4.787891215908993E-003
DpCO2_2: 6.00440389162432
FG_CO2_2: -4.439538397784215E-004
STF_O2_2: -1.321892689319202E-003
zooC_zint_100m: 3934.25712980511
spChl_SURF: 6.875198694903353E-002
spC_zint_100m: 2634.96086849270
spCaCO3_zint_100m: 109.368310398880
diatChl_SURF: 0.116771330490316
diatC_zint_100m: 2601.75230565240
diazChl_SURF: 3.028141964351121E-003
diazC_zint_100m: 238.793427558499
data appended to tavg file:
./bwma1850.f09.y13.los_chocoyos.qboE.ensoN.clone.SO2.pop.h.ecosys.nday1.0013-03
-01.nc
(time_manager) ocn date 00013-mar-18, 0.000000E+00 sec nsteps_total = 106943
Global Time Averages: 03-18-0013 00:00:00
SST: 18.3762084632162
SST2: 437.796721877473
HMXL_DR_2: 5859.01831883896
XMXL_2: 7957.42585974006
data appended to tavg file:
./bwma1850.f09.y13.los_chocoyos.qboE.ensoN.clone.SO2.pop.h.nday1.0013-03-01.nc
Global Time Averages: 03-18-0013 00:00:00
photoC_sp_zint_2: 2.133735061680834E-002
photoC_diat_zint_2: 1.257660315613452E-002
photoC_diaz_zint_2: 1.251078130538728E-003
CaCO3_form_zint_2: 9.000752085418075E-004
ECOSYS_IFRAC_2: 5.014562614483900E-002
ECOSYS_XKW_2: 4.905495093217614E-003
DpCO2_2: 5.82978594655141
FG_CO2_2: -5.197967099747087E-004
STF_O2_2: -2.151326227110319E-003
zooC_zint_100m: 3925.21512726128
spChl_SURF: 6.852294156866508E-002
spC_zint_100m: 2601.71382369934
spCaCO3_zint_100m: 108.043116796584
diatChl_SURF: 0.116768579528892
diatC_zint_100m: 2598.26181162189
diazChl_SURF: 3.022663956215225E-003
diazC_zint_100m: 238.744898381883
data appended to tavg file:
./bwma1850.f09.y13.los_chocoyos.qboE.ensoN.clone.SO2.pop.h.ecosys.nday1.0013-03
-01.nc
(time_manager) ocn date 00013-mar-19, 0.000000E+00 sec nsteps_total = 106967
Global Time Averages: 03-19-0013 00:00:00
SST: 18.3698192569781
SST2: 437.704497038200
HMXL_DR_2: 5893.43307942343
XMXL_2: 7976.54067328236
data appended to tavg file:
./bwma1850.f09.y13.los_chocoyos.qboE.ensoN.clone.SO2.pop.h.nday1.0013-03-01.nc
Global Time Averages: 03-19-0013 00:00:00
photoC_sp_zint_2: 2.114401659186326E-002
photoC_diat_zint_2: 1.262914734343469E-002
photoC_diaz_zint_2: 1.261188882762692E-003
CaCO3_form_zint_2: 8.985456800048087E-004
ECOSYS_IFRAC_2: 5.041727788800855E-002
ECOSYS_XKW_2: 4.940294974655034E-003
DpCO2_2: 5.72522888622307
FG_CO2_2: -6.816039826431642E-004
STF_O2_2: -2.100058345147830E-003
zooC_zint_100m: 3910.92360727807
spChl_SURF: 6.774683790308354E-002
spC_zint_100m: 2576.17050174584
spCaCO3_zint_100m: 107.498455997961
diatChl_SURF: 0.117998853767901
diatC_zint_100m: 2596.88872314354
diazChl_SURF: 3.018605275502070E-003
diazC_zint_100m: 239.547639413422
data appended to tavg file:
./bwma1850.f09.y13.los_chocoyos.qboE.ensoN.clone.SO2.pop.h.ecosys.nday1.0013-03
-01.nc
(time_manager) ocn date 00013-mar-20, 0.000000E+00 sec nsteps_total = 106991
Global Time Averages: 03-20-0013 00:00:00
SST: 18.3654078115313
SST2: 437.659305703728
HMXL_DR_2: 5920.04336372749
XMXL_2: 8011.22752886656
data appended to tavg file:
./bwma1850.f09.y13.los_chocoyos.qboE.ensoN.clone.SO2.pop.h.nday1.0013-03-01.nc
Global Time Averages: 03-20-0013 00:00:00
photoC_sp_zint_2: 2.093612869335622E-002
photoC_diat_zint_2: 1.251786424039507E-002
photoC_diaz_zint_2: 1.268166212880471E-003
CaCO3_form_zint_2: 8.892356581713533E-004
ECOSYS_IFRAC_2: 5.068989677764505E-002
ECOSYS_XKW_2: 4.808313744097711E-003
DpCO2_2: 5.69872468514631
FG_CO2_2: -7.383759029785615E-004
STF_O2_2: -2.199148125825346E-003
zooC_zint_100m: 3893.38707379756
spChl_SURF: 6.705614328698872E-002
spC_zint_100m: 2555.34347993841
spCaCO3_zint_100m: 107.108569343794
diatChl_SURF: 0.120378952726229
diatC_zint_100m: 2598.35848161584
diazChl_SURF: 3.027892254258584E-003
diazC_zint_100m: 240.776334102628
data appended to tavg file:
./bwma1850.f09.y13.los_chocoyos.qboE.ensoN.clone.SO2.pop.h.ecosys.nday1.0013-03
-01.nc
(time_manager) ocn date 00013-mar-21, 0.000000E+00 sec nsteps_total = 107015
Global Time Averages: 03-21-0013 00:00:00
SST: 18.3624122123666
SST2: 437.627887307688
HMXL_DR_2: 5958.71641230019
XMXL_2: 8036.53151941570
data appended to tavg file:
./bwma1850.f09.y13.los_chocoyos.qboE.ensoN.clone.SO2.pop.h.nday1.0013-03-01.nc
Global Time Averages: 03-21-0013 00:00:00
photoC_sp_zint_2: 2.084764949007764E-002
photoC_diat_zint_2: 1.255282173753186E-002
photoC_diaz_zint_2: 1.280560503145258E-003
CaCO3_form_zint_2: 8.842248690359106E-004
ECOSYS_IFRAC_2: 5.097757070760160E-002
ECOSYS_XKW_2: 4.798889887549439E-003
DpCO2_2: 5.70977208240034
FG_CO2_2: -6.470794832297620E-004
STF_O2_2: -3.485418905174207E-003
zooC_zint_100m: 3875.87607827389
spChl_SURF: 6.579917386300567E-002
spC_zint_100m: 2540.23627170449
spCaCO3_zint_100m: 106.552567223612
diatChl_SURF: 0.120397429901775
diatC_zint_100m: 2606.66811719171
diazChl_SURF: 3.044263223284881E-003
diazC_zint_100m: 242.677762588328
data appended to tavg file:
./bwma1850.f09.y13.los_chocoyos.qboE.ensoN.clone.SO2.pop.h.ecosys.nday1.0013-03
-01.nc
(time_manager) ocn date 00013-mar-22, 0.000000E+00 sec nsteps_total = 107039
Global Time Averages: 03-22-0013 00:00:00
SST: 18.3595763617605
SST2: 437.588548005195
HMXL_DR_2: 5951.03392503753
XMXL_2: 8053.96968413747
data appended to tavg file:
./bwma1850.f09.y13.los_chocoyos.qboE.ensoN.clone.SO2.pop.h.nday1.0013-03-01.nc
Global Time Averages: 03-22-0013 00:00:00
photoC_sp_zint_2: 2.066839225615104E-002
photoC_diat_zint_2: 1.282632077813264E-002
photoC_diaz_zint_2: 1.287014100364442E-003
CaCO3_form_zint_2: 8.745248393174823E-004
ECOSYS_IFRAC_2: 5.124447289621927E-002
ECOSYS_XKW_2: 5.069638249355254E-003
DpCO2_2: 5.72588681186555
FG_CO2_2: -4.971521112668253E-004
STF_O2_2: -4.255550724410626E-003
zooC_zint_100m: 3860.33491723516
spChl_SURF: 6.414092113982878E-002
spC_zint_100m: 2524.68102925586
spCaCO3_zint_100m: 105.655212255177
diatChl_SURF: 0.119400642378882
diatC_zint_100m: 2628.58340902361
diazChl_SURF: 3.071320422327432E-003
diazC_zint_100m: 244.416560610656
data appended to tavg file:
./bwma1850.f09.y13.los_chocoyos.qboE.ensoN.clone.SO2.pop.h.ecosys.nday1.0013-03
-01.nc
(time_manager) ocn date 00013-mar-23, 0.000000E+00 sec nsteps_total = 107063
Global Time Averages: 03-23-0013 00:00:00
SST: 18.3548385393396
SST2: 437.517700303419
HMXL_DR_2: 5999.92109098634
XMXL_2: 8047.44632060911
data appended to tavg file:
./bwma1850.f09.y13.los_chocoyos.qboE.ensoN.clone.SO2.pop.h.nday1.0013-03-01.nc
Global Time Averages: 03-23-0013 00:00:00
photoC_sp_zint_2: 2.056147157424000E-002
photoC_diat_zint_2: 1.291910133526753E-002
photoC_diaz_zint_2: 1.296061753615073E-003
CaCO3_form_zint_2: 8.677013455369852E-004
ECOSYS_IFRAC_2: 5.148036162660585E-002
ECOSYS_XKW_2: 5.226927873520784E-003
DpCO2_2: 5.66951584721027
FG_CO2_2: -4.636332581879487E-004
STF_O2_2: -3.288999751955829E-003
zooC_zint_100m: 3845.99316770304
spChl_SURF: 6.232686345378721E-002
spC_zint_100m: 2510.91493380193
spCaCO3_zint_100m: 104.789883623526
diatChl_SURF: 0.120198232468167
diatC_zint_100m: 2663.86486692762
diazChl_SURF: 3.093193347067413E-003
diazC_zint_100m: 246.102308132171
data appended to tavg file:
./bwma1850.f09.y13.los_chocoyos.qboE.ensoN.clone.SO2.pop.h.ecosys.nday1.0013-03
-01.nc
(time_manager) ocn date 00013-mar-24, 0.000000E+00 sec nsteps_total = 107087
Global Time Averages: 03-24-0013 00:00:00
SST: 18.3477408830813
SST2: 437.364743406217
HMXL_DR_2: 6008.66635417798
XMXL_2: 7944.53550487332
data appended to tavg file:
./bwma1850.f09.y13.los_chocoyos.qboE.ensoN.clone.SO2.pop.h.nday1.0013-03-01.nc
Global Time Averages: 03-24-0013 00:00:00
photoC_sp_zint_2: 2.046150271550149E-002
photoC_diat_zint_2: 1.301754981527137E-002
photoC_diaz_zint_2: 1.301228949350460E-003
CaCO3_form_zint_2: 8.590109496787460E-004
ECOSYS_IFRAC_2: 5.164526796060320E-002
ECOSYS_XKW_2: 5.126721139781840E-003
DpCO2_2: 5.59835495215000
FG_CO2_2: -4.340935110825043E-004
STF_O2_2: -2.524222552900885E-003
zooC_zint_100m: 3834.11606546498
spChl_SURF: 6.099075045362206E-002
spC_zint_100m: 2500.39878418804
spCaCO3_zint_100m: 103.832508028397
diatChl_SURF: 0.121193070583515
diatC_zint_100m: 2696.68717253094
diazChl_SURF: 3.113752321178040E-003
diazC_zint_100m: 247.159686005990
data appended to tavg file:
./bwma1850.f09.y13.los_chocoyos.qboE.ensoN.clone.SO2.pop.h.ecosys.nday1.0013-03
-01.nc
(time_manager) ocn date 00013-mar-25, 0.000000E+00 sec nsteps_total = 107111
Global Time Averages: 03-25-0013 00:00:00
SST: 18.3454405201957
SST2: 437.394216433533
HMXL_DR_2: 6005.36564684738
XMXL_2: 7947.26668510944
data appended to tavg file:
./bwma1850.f09.y13.los_chocoyos.qboE.ensoN.clone.SO2.pop.h.nday1.0013-03-01.nc
Global Time Averages: 03-25-0013 00:00:00
photoC_sp_zint_2: 2.041202958354667E-002
photoC_diat_zint_2: 1.311306708912195E-002
photoC_diaz_zint_2: 1.298108378850250E-003
CaCO3_form_zint_2: 8.513195528699495E-004
ECOSYS_IFRAC_2: 5.174515093731651E-002
ECOSYS_XKW_2: 4.814591371496828E-003
DpCO2_2: 5.60623962576769
FG_CO2_2: -5.825106810262628E-004
STF_O2_2: -1.805201432378566E-003
zooC_zint_100m: 3825.78887151430
spChl_SURF: 6.018090634437618E-002
spC_zint_100m: 2496.80375615118
spCaCO3_zint_100m: 103.230392969096
diatChl_SURF: 0.122046695028316
diatC_zint_100m: 2745.37426208165
diazChl_SURF: 3.116471899122804E-003
diazC_zint_100m: 247.799905598451
data appended to tavg file:
./bwma1850.f09.y13.los_chocoyos.qboE.ensoN.clone.SO2.pop.h.ecosys.nday1.0013-03
-01.nc
(time_manager) ocn date 00013-mar-26, 0.000000E+00 sec nsteps_total = 107135
Global Time Averages: 03-26-0013 00:00:00
SST: 18.3425576903928
SST2: 437.369452473607
HMXL_DR_2: 6045.02057848242
XMXL_2: 8060.33941383303
data appended to tavg file:
./bwma1850.f09.y13.los_chocoyos.qboE.ensoN.clone.SO2.pop.h.nday1.0013-03-01.nc
Global Time Averages: 03-26-0013 00:00:00
photoC_sp_zint_2: 2.060063676971400E-002
photoC_diat_zint_2: 1.319021946415579E-002
photoC_diaz_zint_2: 1.298443028142818E-003
CaCO3_form_zint_2: 8.637708837450645E-004
ECOSYS_IFRAC_2: 5.186042243425040E-002
ECOSYS_XKW_2: 4.932735551584803E-003
DpCO2_2: 5.63390136377198
FG_CO2_2: -6.112804137501377E-004
STF_O2_2: -2.353780768632012E-003
zooC_zint_100m: 3823.32400051656
spChl_SURF: 6.040861602178710E-002
spC_zint_100m: 2509.70620624885
spCaCO3_zint_100m: 103.815909523891
diatChl_SURF: 0.122797205725571
diatC_zint_100m: 2795.12722260910
diazChl_SURF: 3.132075130831713E-003
diazC_zint_100m: 247.968545208183
data appended to tavg file:
./bwma1850.f09.y13.los_chocoyos.qboE.ensoN.clone.SO2.pop.h.ecosys.nday1.0013-03
-01.nc
(time_manager) ocn date 00013-mar-27, 0.000000E+00 sec nsteps_total = 107159
Global Time Averages: 03-27-0013 00:00:00
SST: 18.3359750181893
SST2: 437.205629163346
HMXL_DR_2: 6094.18893186244
XMXL_2: 8108.44447768312
data appended to tavg file:
./bwma1850.f09.y13.los_chocoyos.qboE.ensoN.clone.SO2.pop.h.nday1.0013-03-01.nc
Global Time Averages: 03-27-0013 00:00:00
photoC_sp_zint_2: 2.082457293264979E-002
photoC_diat_zint_2: 1.328616877825019E-002
photoC_diaz_zint_2: 1.286842745445798E-003
CaCO3_form_zint_2: 8.851943744043027E-004
ECOSYS_IFRAC_2: 5.207004021088232E-002
ECOSYS_XKW_2: 5.025416557315734E-003
DpCO2_2: 5.59553068737384
FG_CO2_2: -6.266816420659497E-004
STF_O2_2: -2.985542235903709E-003
zooC_zint_100m: 3826.49921629308
spChl_SURF: 6.134171491702348E-002
spC_zint_100m: 2537.28104561507
spCaCO3_zint_100m: 105.813466908026
diatChl_SURF: 0.122703508577218
diatC_zint_100m: 2845.50898838580
diazChl_SURF: 3.149193213990334E-003
diazC_zint_100m: 247.574554323074
data appended to tavg file:
./bwma1850.f09.y13.los_chocoyos.qboE.ensoN.clone.SO2.pop.h.ecosys.nday1.0013-03
-01.nc
(time_manager) ocn date 00013-mar-28, 0.000000E+00 sec nsteps_total = 107183
Global Time Averages: 03-28-0013 00:00:00
SST: 18.3285437708144
SST2: 437.026767908223
HMXL_DR_2: 6122.49423267606
XMXL_2: 8157.61995392071
data appended to tavg file:
./bwma1850.f09.y13.los_chocoyos.qboE.ensoN.clone.SO2.pop.h.nday1.0013-03-01.nc
Global Time Averages: 03-28-0013 00:00:00
photoC_sp_zint_2: 2.100517817250049E-002
photoC_diat_zint_2: 1.322199735966593E-002
photoC_diaz_zint_2: 1.282867447975870E-003
CaCO3_form_zint_2: 8.979005608481559E-004
ECOSYS_IFRAC_2: 5.224955549807574E-002
ECOSYS_XKW_2: 5.212263276694354E-003
DpCO2_2: 5.50512338967474
FG_CO2_2: -7.055590608222239E-004
STF_O2_2: -2.213297917131216E-003
zooC_zint_100m: 3834.40420342284
spChl_SURF: 6.283950274149566E-002
spC_zint_100m: 2573.61615341171
spCaCO3_zint_100m: 108.597620652962
diatChl_SURF: 0.125395448266026
diatC_zint_100m: 2885.66505476502
diazChl_SURF: 3.160202270116741E-003
diazC_zint_100m: 246.987351110004
data appended to tavg file:
./bwma1850.f09.y13.los_chocoyos.qboE.ensoN.clone.SO2.pop.h.ecosys.nday1.0013-03
-01.nc
(time_manager) ocn date 00013-mar-29, 0.000000E+00 sec nsteps_total = 107207
Global Time Averages: 03-29-0013 00:00:00
SST: 18.3223007541390
SST2: 436.937705241735
HMXL_DR_2: 6139.04797683352
XMXL_2: 8197.54445785471
data appended to tavg file:
./bwma1850.f09.y13.los_chocoyos.qboE.ensoN.clone.SO2.pop.h.nday1.0013-03-01.nc
Global Time Averages: 03-29-0013 00:00:00
photoC_sp_zint_2: 2.115257893381700E-002
photoC_diat_zint_2: 1.334799888273111E-002
photoC_diaz_zint_2: 1.278195687825579E-003
CaCO3_form_zint_2: 9.082538094536898E-004
ECOSYS_IFRAC_2: 5.240504470763498E-002
ECOSYS_XKW_2: 5.041644599276700E-003
DpCO2_2: 5.38842254032232
FG_CO2_2: -6.801554195678955E-004
STF_O2_2: -1.199141420090547E-003
zooC_zint_100m: 3846.56252941628
spChl_SURF: 6.414013045140923E-002
spC_zint_100m: 2601.11349886814
spCaCO3_zint_100m: 110.949679650410
diatChl_SURF: 0.128150335929355
diatC_zint_100m: 2919.92687951292
diazChl_SURF: 3.156900400557127E-003
diazC_zint_100m: 246.083598213694
data appended to tavg file:
./bwma1850.f09.y13.los_chocoyos.qboE.ensoN.clone.SO2.pop.h.ecosys.nday1.0013-03
-01.nc
(time_manager) ocn date 00013-mar-30, 0.000000E+00 sec nsteps_total = 107231
Global Time Averages: 03-30-0013 00:00:00
SST: 18.3193182633634
SST2: 436.976586502203
HMXL_DR_2: 6158.56340703098
XMXL_2: 8223.22064907855
data appended to tavg file:
./bwma1850.f09.y13.los_chocoyos.qboE.ensoN.clone.SO2.pop.h.nday1.0013-03-01.nc
Global Time Averages: 03-30-0013 00:00:00
photoC_sp_zint_2: 2.138442225617129E-002
photoC_diat_zint_2: 1.352856357778225E-002
photoC_diaz_zint_2: 1.270585239809665E-003
CaCO3_form_zint_2: 9.209709786659266E-004
ECOSYS_IFRAC_2: 5.251755792000227E-002
ECOSYS_XKW_2: 4.771854301716051E-003
DpCO2_2: 5.27578789687151
FG_CO2_2: -4.953891665752793E-004
STF_O2_2: -1.225493935399386E-003
zooC_zint_100m: 3860.34142176289
spChl_SURF: 6.410101356219534E-002
spC_zint_100m: 2622.94394323710
spCaCO3_zint_100m: 112.986783910014
diatChl_SURF: 0.130843188211692
diatC_zint_100m: 2963.84384077454
diazChl_SURF: 3.143185758474327E-003
diazC_zint_100m: 244.776671544995
data appended to tavg file:
./bwma1850.f09.y13.los_chocoyos.qboE.ensoN.clone.SO2.pop.h.ecosys.nday1.0013-03
-01.nc
(time_manager) ocn date 00013-mar-31, 0.000000E+00 sec nsteps_total = 107255
Global Time Averages: 03-31-0013 00:00:00
SST: 18.3191051890047
SST2: 437.119457723018
HMXL_DR_2: 6101.71708512226
XMXL_2: 8168.18510504750
data appended to tavg file:
./bwma1850.f09.y13.los_chocoyos.qboE.ensoN.clone.SO2.pop.h.nday1.0013-03-01.nc
Global Time Averages: 03-31-0013 00:00:00
photoC_sp_zint_2: 2.151120419363583E-002
photoC_diat_zint_2: 1.358126142447408E-002
photoC_diaz_zint_2: 1.260832352641843E-003
CaCO3_form_zint_2: 9.268554869636333E-004
ECOSYS_IFRAC_2: 5.263999552211255E-002
ECOSYS_XKW_2: 4.690439960650108E-003
DpCO2_2: 5.22429155966605
FG_CO2_2: -4.211657652986710E-004
STF_O2_2: -1.672272502090758E-003
zooC_zint_100m: 3873.50356800689
spChl_SURF: 6.496079679838686E-002
spC_zint_100m: 2641.32646680307
spCaCO3_zint_100m: 114.598240814047
diatChl_SURF: 0.134103076648507
diatC_zint_100m: 3005.98759946210
diazChl_SURF: 3.125876848355007E-003
diazC_zint_100m: 243.311582517600
data appended to tavg file:
./bwma1850.f09.y13.los_chocoyos.qboE.ensoN.clone.SO2.pop.h.ecosys.nday1.0013-03
-01.nc
(ocn_comp_mct(run):) driver requests restart file at eod 0013/03/31
(time_manager) ocn date 00013-apr-01, 0.000000E+00 sec nsteps_total = 107279
Step number : 107279
Date : 01 apr 0013
Hour : 0
Minute : 0
Second : 0
Time(years) : 12.246575
max. cfl number for zonal advection : 6.1110E-02 187 379 2
max. cfl number for meridional advection : 6.9208E-02 6 170 9
max. cfl number for vertical advection : 3.4865E-01 29 336 16
max. cfl number for total advection : 3.5576E-01 29 336 16
max. cfl number for horizontal tracer mixing : 6.0948E-01 175 380 6
max. cfl number for horiz. momentum mixing : 1.2672E-01 318 214 56
K.E. diagnostics:
mean K.E. : 7.788631490377921E+00
K.E. change from horiz. visc. :-2.970561223504381E-06
K.E. change from vert. visc. : 7.815794309574900E-06
K.E. change from wind stress : 2.107458829250569E-05
advective K.E. balance : 5.802275864030265E-10
:-8.648825606411261E-10
P.E. verses pressure work : 5.275320960726132E-04
:-3.149749282681565E-06
surface-pressure contribution : 1.053601972941819E-06
:-1.115468654286802E-06
Tracer diagnostics:
mean value of tracer 1 : 3.843217652338082E+00
abs change in tracer 1 : 1.261792569988367E-07
mean change in tracer 1 : 3.923980503695140E-09
mean change in tracer 1 from advection : 2.263943460699774E-24
mean change in tracer 1 from horiz. diff.: 1.356007801981635E-25
mean change in tracer 1 from vert. diff.:-1.123260508278310E-08
mean change in tracer 1 from sources : 1.515658558647826E-08
mean change in tracer 1 from roff. VSF : 0.000000000000000E+00
mean change in tracer 1 from exch. circ. : 6.022768474052082E-31
surface flux of tracer 1 : 0.000000000000000E+00
mean value of tracer 2 : 3.472373233939106E+01
abs change in tracer 2 : 1.358540744238926E-11
mean change in tracer 2 : 4.247785066943014E-14
mean change in tracer 2 from advection :-3.454503571624410E-28
mean change in tracer 2 from horiz. diff.: 2.734815327535991E-29
mean change in tracer 2 from vert. diff.: 7.102134094538630E-14
mean change in tracer 2 from sources :-2.854349027597844E-14
mean change in tracer 2 from roff. VSF :-2.854349027597844E-14
mean change in tracer 2 from exch. circ. : 1.595802094989948E-32
surface flux of tracer 2 : 0.000000000000000E+00
mean value of tracer 3 : 2.146918984479504E+00
abs change in tracer 3 : 1.567091422687114E-08
mean change in tracer 3 :-2.161555948829542E-10
mean change in tracer 3 from advection :-9.433097752915724E-26
mean change in tracer 3 from horiz. diff.:-1.326529371503774E-26
mean change in tracer 3 from vert. diff.: 6.385498436399264E-14
mean change in tracer 3 from sources :-2.162194498673138E-10
mean change in tracer 3 from roff. VSF : 5.954620264454118E-13
mean change in tracer 3 from exch. circ. : 2.464472631842788E-31
surface flux of tracer 3 : 0.000000000000000E+00
mean value of tracer 4 : 2.835171509988259E+01
abs change in tracer 4 : 2.265948947729153E-07
mean change in tracer 4 :-2.058573571927597E-09
mean change in tracer 4 from advection :-1.509295640466516E-24
mean change in tracer 4 from horiz. diff.: 1.179137219114465E-25
mean change in tracer 4 from vert. diff.: 7.935408683454904E-12
mean change in tracer 4 from sources :-2.066508980610924E-09
mean change in tracer 4 from roff. VSF : 1.484173593544857E-11
mean change in tracer 4 from exch. circ. : 3.558104933748879E-29
surface flux of tracer 4 : 0.000000000000000E+00
mean value of tracer 5 : 8.932600842550588E+01
abs change in tracer 5 : 9.259897216711811E-07
mean change in tracer 5 :-8.382908067847267E-10
mean change in tracer 5 from advection : 3.018591280933032E-24
mean change in tracer 5 from horiz. diff.:-1.414964662937359E-25
mean change in tracer 5 from vert. diff.: 8.286520047996378E-12
mean change in tracer 5 from sources :-8.465773268324114E-10
mean change in tracer 5 from roff. VSF : 1.177140215138429E-10
mean change in tracer 5 from exch. circ. : 7.704524207310432E-29
surface flux of tracer 5 : 0.000000000000000E+00
mean value of tracer 6 : 1.053655332024372E-02
abs change in tracer 6 : 1.259863618503754E-08
mean change in tracer 6 :-1.538727297264772E-09
mean change in tracer 6 from advection : 2.653058743007547E-26
mean change in tracer 6 from horiz. diff.: 1.473921523893082E-27
mean change in tracer 6 from vert. diff.: 3.396357192907568E-12
mean change in tracer 6 from sources :-1.542123654457680E-09
mean change in tracer 6 from roff. VSF : 0.000000000000000E+00
mean change in tracer 6 from exch. circ. :-3.987170317782954E-29
surface flux of tracer 6 : 0.000000000000000E+00
mean value of tracer 7 : 4.877449659156275E-04
abs change in tracer 7 : 1.020089509419147E-11
mean change in tracer 7 :-9.098625203903782E-14
mean change in tracer 7 from advection : 1.612101666758058E-28
mean change in tracer 7 from horiz. diff.: 1.151501190541470E-29
mean change in tracer 7 from vert. diff.: 2.813212145143387E-13
mean change in tracer 7 from sources :-3.723074665533790E-13
mean change in tracer 7 from roff. VSF : 8.915174514704592E-15
mean change in tracer 7 from exch. circ. :-4.013245371071684E-34
surface flux of tracer 7 : 0.000000000000000E+00
mean value of tracer 8 : 1.809053964898403E-03
abs change in tracer 8 : 8.128337543849568E-12
mean change in tracer 8 :-1.614960485008213E-13
mean change in tracer 8 from advection :-5.757505952707351E-30
mean change in tracer 8 from horiz. diff.: 2.159064732265257E-30
mean change in tracer 8 from vert. diff.: 6.183231665506751E-31
mean change in tracer 8 from sources :-1.614960485008189E-13
mean change in tracer 8 from roff. VSF : 0.000000000000000E+00
mean change in tracer 8 from exch. circ. : 1.356435050981897E-34
surface flux of tracer 8 : 0.000000000000000E+00
mean value of tracer 9 : 1.547982578263007E+02
abs change in tracer 9 : 1.590305154553728E-06
mean change in tracer 9 : 3.033446087834875E-08
mean change in tracer 9 from advection :-1.320633685408201E-23
mean change in tracer 9 from horiz. diff.: 9.433097752915723E-25
mean change in tracer 9 from vert. diff.:-3.074247094178267E-09
mean change in tracer 9 from sources : 3.340870797252674E-08
mean change in tracer 9 from roff. VSF : 0.000000000000000E+00
mean change in tracer 9 from exch. circ. : 1.272578599037945E-28
surface flux of tracer 9 : 0.000000000000000E+00
mean value of tracer 10 : 2.312427756623528E+03
abs change in tracer 10 : 2.523551572564347E-06
mean change in tracer 10 :-2.287118696631607E-08
mean change in tracer 10 from advection :-2.113013896653122E-23
mean change in tracer 10 from horiz. diff.: 2.358274438228931E-24
mean change in tracer 10 from vert. diff.: 3.410139738947990E-09
mean change in tracer 10 from sources :-2.628132670528398E-08
mean change in tracer 10 from roff. VSF :-1.152594990766580E-09
mean change in tracer 10 from exch. circ. :-2.138680865310537E-27
surface flux of tracer 10 : 0.000000000000000E+00
mean value of tracer 11 : 2.312427756623529E+03
abs change in tracer 11 : 2.523551572564348E-06
mean change in tracer 11 :-2.287118696632145E-08
mean change in tracer 11 from advection :-6.037182561866063E-23
mean change in tracer 11 from horiz. diff.: 2.735598348345560E-24
mean change in tracer 11 from vert. diff.: 3.410139738947966E-09
mean change in tracer 11 from sources :-2.628132670528398E-08
mean change in tracer 11 from roff. VSF :-1.152594990766580E-09
mean change in tracer 11 from exch. circ. :-2.250359567240663E-27
surface flux of tracer 11 : 0.000000000000000E+00
mean value of tracer 12 : 2.424565630631777E+03
abs change in tracer 12 : 1.373871617805375E-06
mean change in tracer 12 : 2.512790433635963E-09
mean change in tracer 12 from advection :-1.147064686754552E-22
mean change in tracer 12 from horiz. diff.:-2.594101882051824E-24
mean change in tracer 12 from vert. diff.: 4.717230303924065E-09
mean change in tracer 12 from sources :-2.204439870299025E-09
mean change in tracer 12 from roff. VSF :-1.485304003912440E-09
mean change in tracer 12 from exch. circ. : 4.918524726622552E-27
surface flux of tracer 12 : 0.000000000000000E+00
mean value of tracer 13 : 2.424565630631777E+03
abs change in tracer 13 : 1.373871617805375E-06
mean change in tracer 13 : 2.512790433635963E-09
mean change in tracer 13 from advection :-1.147064686754552E-22
mean change in tracer 13 from horiz. diff.:-2.594101882051824E-24
mean change in tracer 13 from vert. diff.: 4.717230303924065E-09
mean change in tracer 13 from sources :-2.204439870299025E-09
mean change in tracer 13 from roff. VSF :-1.485304003912440E-09
mean change in tracer 13 from exch. circ. : 4.918524726622552E-27
surface flux of tracer 13 : 0.000000000000000E+00
mean value of tracer 14 : 1.465108248169970E+00
abs change in tracer 14 : 1.603592093890123E-07
mean change in tracer 14 : 5.583241589443983E-10
mean change in tracer 14 from advection : 7.546478202332579E-25
mean change in tracer 14 from horiz. diff.: 1.768705828671698E-25
mean change in tracer 14 from vert. diff.: 5.191809260009399E-12
mean change in tracer 14 from sources : 5.531323496843992E-10
mean change in tracer 14 from roff. VSF : 2.716670732910385E-10
mean change in tracer 14 from exch. circ. : 3.065016878934888E-28
surface flux of tracer 14 : 0.000000000000000E+00
mean value of tracer 15 : 1.267239121362115E-01
abs change in tracer 15 : 1.421414681966407E-08
mean change in tracer 15 : 5.667602256712882E-11
mean change in tracer 15 from advection : 2.358274438228931E-26
mean change in tracer 15 from horiz. diff.:-2.210882285839623E-26
mean change in tracer 15 from vert. diff.: 2.625206247231475E-13
mean change in tracer 15 from sources : 5.641350194240616E-11
mean change in tracer 15 from roff. VSF : 6.877511340030644E-12
mean change in tracer 15 from exch. circ. : 2.870480829563253E-29
surface flux of tracer 15 : 0.000000000000000E+00
mean value of tracer 16 : 5.739192460996820E-03
abs change in tracer 16 : 6.905236530646674E-10
mean change in tracer 16 : 3.219006819243542E-12
mean change in tracer 16 from advection :-1.621313676282390E-26
mean change in tracer 16 from horiz. diff.: 8.290808571898586E-28
mean change in tracer 16 from vert. diff.: 4.568517299451156E-15
mean change in tracer 16 from sources : 3.214438301944153E-12
mean change in tracer 16 from roff. VSF : 1.110843951283210E-13
mean change in tracer 16 from exch. circ. :-1.518111958655597E-32
surface flux of tracer 16 : 0.000000000000000E+00
mean value of tracer 17 : 2.835453752706478E-02
abs change in tracer 17 : 2.533886047396543E-11
mean change in tracer 17 :-1.128410085486403E-13
mean change in tracer 17 from advection : 6.448406667032233E-28
mean change in tracer 17 from horiz. diff.:-2.788791945842623E-29
mean change in tracer 17 from vert. diff.: 1.171414692166921E-16
mean change in tracer 17 from sources :-1.129581500178395E-13
mean change in tracer 17 from roff. VSF : 2.848317823803103E-15
mean change in tracer 17 from exch. circ. :-2.241550455460069E-33
surface flux of tracer 17 : 0.000000000000000E+00
mean value of tracer 18 : 1.717248779221522E+00
abs change in tracer 18 : 4.437512357986245E-10
mean change in tracer 18 :-5.603219376554179E-12
mean change in tracer 18 from advection :-5.895686095572327E-27
mean change in tracer 18 from horiz. diff.: 2.993903095407822E-28
mean change in tracer 18 from vert. diff.: 2.916895830257172E-14
mean change in tracer 18 from sources :-5.632388334852328E-12
mean change in tracer 18 from roff. VSF : 7.641679266700715E-13
mean change in tracer 18 from exch. circ. : 2.766961361357236E-30
surface flux of tracer 18 : 0.000000000000000E+00
mean value of tracer 19 : 3.678656086395774E+01
abs change in tracer 19 : 2.189963023175637E-08
mean change in tracer 19 :-1.075479150439170E-10
mean change in tracer 19 from advection :-2.358274438228931E-25
mean change in tracer 19 from horiz. diff.: 1.400225447698428E-26
mean change in tracer 19 from vert. diff.: 1.297952315002369E-12
mean change in tracer 19 from sources :-1.088458673594275E-10
mean change in tracer 19 from roff. VSF : 6.791676832275964E-11
mean change in tracer 19 from exch. circ. : 2.420222962914224E-28
surface flux of tracer 19 : 0.000000000000000E+00
mean value of tracer 20 : 1.128864215233431E-02
abs change in tracer 20 : 8.111980236283376E-09
mean change in tracer 20 : 1.977043328429723E-10
mean change in tracer 20 from advection : 7.074823314686793E-26
mean change in tracer 20 from horiz. diff.:-8.106568381411950E-27
mean change in tracer 20 from vert. diff.: 4.064290838245359E-26
mean change in tracer 20 from sources : 1.977043328429721E-10
mean change in tracer 20 from roff. VSF : 0.000000000000000E+00
mean change in tracer 20 from exch. circ. : 4.028550390296437E-30
surface flux of tracer 20 : 0.000000000000000E+00
mean value of tracer 21 : 1.267785033310348E-03
abs change in tracer 21 : 1.083580939819876E-08
mean change in tracer 21 : 1.552883695564684E-09
mean change in tracer 21 from advection :-4.790244952652515E-27
mean change in tracer 21 from horiz. diff.: 1.105441142919811E-27
mean change in tracer 21 from vert. diff.:-1.246811340021836E-26
mean change in tracer 21 from sources : 1.552883695564685E-09
mean change in tracer 21 from roff. VSF : 0.000000000000000E+00
mean change in tracer 21 from exch. circ. : 1.466335698031581E-31
surface flux of tracer 21 : 0.000000000000000E+00
mean value of tracer 22 : 7.344954178790659E-03
abs change in tracer 22 : 7.168344913680443E-08
mean change in tracer 22 : 1.184197967246610E-08
mean change in tracer 22 from advection :-1.695009752477044E-26
mean change in tracer 22 from horiz. diff.:-1.031745066725157E-26
mean change in tracer 22 from vert. diff.: 4.745566774808844E-26
mean change in tracer 22 from sources : 1.184197967246609E-08
mean change in tracer 22 from roff. VSF : 0.000000000000000E+00
mean change in tracer 22 from exch. circ. :-4.155670403922431E-31
surface flux of tracer 22 : 0.000000000000000E+00
mean value of tracer 23 : 5.211966465687031E-05
abs change in tracer 23 : 4.986715745128654E-10
mean change in tracer 23 : 1.042055746085630E-10
mean change in tracer 23 from advection :-3.454503571624411E-29
mean change in tracer 23 from horiz. diff.: 9.787760119602496E-29
mean change in tracer 23 from vert. diff.: 4.760217912211129E-28
mean change in tracer 23 from sources : 1.042055746085630E-10
mean change in tracer 23 from roff. VSF : 0.000000000000000E+00
mean change in tracer 23 from exch. circ. :-8.677731668434513E-33
surface flux of tracer 23 : 0.000000000000000E+00
mean value of tracer 24 : 1.604999293197127E-07
abs change in tracer 24 : 1.576153370529123E-12
mean change in tracer 24 :-3.516839774998479E-14
mean change in tracer 24 from advection :-4.273148949274986E-31
mean change in tracer 24 from horiz. diff.: 3.261087356025648E-31
mean change in tracer 24 from vert. diff.: 8.428257770938806E-30
mean change in tracer 24 from sources :-3.516839774998536E-14
mean change in tracer 24 from roff. VSF : 0.000000000000000E+00
mean change in tracer 24 from exch. circ. :-1.245045624973833E-35
surface flux of tracer 24 : 0.000000000000000E+00
mean value of tracer 25 : 3.220069987681997E-04
abs change in tracer 25 : 3.248690556004658E-09
mean change in tracer 25 : 3.621122560018204E-10
mean change in tracer 25 from advection :-4.606004762165880E-28
mean change in tracer 25 from horiz. diff.: 1.059381095298153E-27
mean change in tracer 25 from vert. diff.:-4.671203057442107E-27
mean change in tracer 25 from sources : 3.621122560018203E-10
mean change in tracer 25 from roff. VSF : 0.000000000000000E+00
mean change in tracer 25 from exch. circ. :-2.378503928529720E-31
surface flux of tracer 25 : 0.000000000000000E+00
mean value of tracer 26 : 2.374675454646550E-03
abs change in tracer 26 : 1.339017400885972E-08
mean change in tracer 26 : 2.543168016363375E-09
mean change in tracer 26 from advection : 1.179137219114465E-26
mean change in tracer 26 from horiz. diff.: 1.289681333406447E-26
mean change in tracer 26 from vert. diff.:-5.756129868946542E-27
mean change in tracer 26 from sources : 2.543168016363377E-09
mean change in tracer 26 from roff. VSF : 0.000000000000000E+00
mean change in tracer 26 from exch. circ. : 6.703482830685310E-29
surface flux of tracer 26 : 0.000000000000000E+00
mean value of tracer 27 : 8.099020139098407E-03
abs change in tracer 27 : 5.241280752874819E-08
mean change in tracer 27 : 1.158357761393638E-08
mean change in tracer 27 from advection : 0.000000000000000E+00
mean change in tracer 27 from horiz. diff.: 2.210882285839623E-26
mean change in tracer 27 from vert. diff.: 4.034474190545748E-27
mean change in tracer 27 from sources : 1.158357761393639E-08
mean change in tracer 27 from roff. VSF : 0.000000000000000E+00
mean change in tracer 27 from exch. circ. :-5.517882016195403E-29
surface flux of tracer 27 : 0.000000000000000E+00
mean value of tracer 28 : 6.634571957515897E-05
abs change in tracer 28 : 4.234828643364873E-10
mean change in tracer 28 : 1.015768154117919E-10
mean change in tracer 28 from advection :-5.527205714599057E-28
mean change in tracer 28 from horiz. diff.:-1.842401904866352E-28
mean change in tracer 28 from vert. diff.: 3.844813894858899E-29
mean change in tracer 28 from sources : 1.015768154117919E-10
mean change in tracer 28 from roff. VSF : 0.000000000000000E+00
mean change in tracer 28 from exch. circ. :-4.902232819112125E-31
surface flux of tracer 28 : 0.000000000000000E+00
mean value of tracer 29 : 1.880483172400399E-07
abs change in tracer 29 : 1.072401041547529E-12
mean change in tracer 29 : 1.284956075310728E-13
mean change in tracer 29 from advection :-8.996103051105235E-31
mean change in tracer 29 from horiz. diff.:-3.823343796719725E-31
mean change in tracer 29 from vert. diff.:-4.411116635227928E-30
mean change in tracer 29 from sources : 1.284956075310731E-13
mean change in tracer 29 from roff. VSF : 0.000000000000000E+00
mean change in tracer 29 from exch. circ. :-6.287507352360955E-33
surface flux of tracer 29 : 0.000000000000000E+00
mean value of tracer 30 : 1.077697779851747E-03
abs change in tracer 30 : 6.313241236667359E-09
mean change in tracer 30 : 8.786100335168035E-10
mean change in tracer 30 from advection : 1.031745066725157E-26
mean change in tracer 30 from horiz. diff.: 6.356286571788915E-27
mean change in tracer 30 from vert. diff.: 9.009068526001750E-27
mean change in tracer 30 from sources : 8.786100335168028E-10
mean change in tracer 30 from roff. VSF : 0.000000000000000E+00
mean change in tracer 30 from exch. circ. : 2.364695261142880E-29
surface flux of tracer 30 : 0.000000000000000E+00
mean value of tracer 31 : 9.740410353884576E-05
abs change in tracer 31 : 5.763499318372511E-10
mean change in tracer 31 : 4.445087901687327E-11
mean change in tracer 31 from advection : 2.303002381082940E-28
mean change in tracer 31 from horiz. diff.:-1.633692314080711E-28
mean change in tracer 31 from vert. diff.: 2.655585663020577E-28
mean change in tracer 31 from sources : 4.445087901687318E-11
mean change in tracer 31 from roff. VSF : 0.000000000000000E+00
mean change in tracer 31 from exch. circ. : 5.350139559558856E-33
surface flux of tracer 31 : 0.000000000000000E+00
mean value of tracer 32 : 5.966690276196681E-04
abs change in tracer 32 : 3.817706661948946E-09
mean change in tracer 32 : 4.625230997057612E-10
mean change in tracer 32 from advection : 1.105441142919811E-27
mean change in tracer 32 from horiz. diff.:-2.993903095407822E-28
mean change in tracer 32 from vert. diff.:-3.151195408137394E-27
mean change in tracer 32 from sources : 4.625230997057612E-10
mean change in tracer 32 from roff. VSF : 0.000000000000000E+00
mean change in tracer 32 from exch. circ. :-1.621789017402757E-33
surface flux of tracer 32 : 0.000000000000000E+00
mean value of tracer 33 : 4.233163041568017E-06
abs change in tracer 33 : 2.661338088693100E-11
mean change in tracer 33 : 3.999337983670703E-12
mean change in tracer 33 from advection : 1.439376488176838E-29
mean change in tracer 33 from horiz. diff.:-5.397661830663142E-31
mean change in tracer 33 from vert. diff.: 2.128156657227678E-29
mean change in tracer 33 from sources : 3.999337983670699E-12
mean change in tracer 33 from roff. VSF : 0.000000000000000E+00
mean change in tracer 33 from exch. circ. : 7.037330855240428E-35
surface flux of tracer 33 : 0.000000000000000E+00
mean value of tracer 34 : 2.261434714417285E-08
abs change in tracer 34 : 1.556700264072485E-13
mean change in tracer 34 :-2.086416859923585E-14
mean change in tracer 34 from advection : 6.747077288328927E-32
mean change in tracer 34 from horiz. diff.: 2.811282203470386E-33
mean change in tracer 34 from vert. diff.: 9.075343380114910E-32
mean change in tracer 34 from sources :-2.086416859923586E-14
mean change in tracer 34 from roff. VSF : 0.000000000000000E+00
mean change in tracer 34 from exch. circ. :-2.838619800205709E-38
surface flux of tracer 34 : 0.000000000000000E+00
mean value of tracer 35 : 4.966426689461937E+02
abs change in tracer 35 : 4.860215676491258E-06
mean change in tracer 35 : 2.340665832050135E-08
mean change in tracer 35 from advection : 0.000000000000000E+00
mean change in tracer 35 from horiz. diff.: 3.395915191049661E-24
mean change in tracer 35 from vert. diff.: 1.425882024030925E-24
mean change in tracer 35 from sources : 3.162352253051573E-08
mean change in tracer 35 from roff. VSF : 0.000000000000000E+00
mean change in tracer 35 from exch. circ. : 1.137808338888254E-30
surface flux of tracer 35 : 0.000000000000000E+00
Other diagnostics:
global mean sea level: 1.059298466496418E-04
residual, scans : 5.195683602832950E-14 190
Timing information:
Timer number 1 Time = 33.31 seconds STATE
Timer number 2 Time = 14.42 seconds ECOSYS_INTERIOR_FORCING
Timer number 3 Time = 43.66 seconds ECOSYS_INTERIOR_POP_TO_MARBL_XFER
Timer number 4 Time = 33.57 seconds ECOSYS_INTERIOR_MARBL_TO_POP_XFER
Timer number 5 Time = 47.16 seconds ECOSYS_INTERIOR_MARBL_TAVG
Timer number 6 Time = 492.52 seconds ECOSYS_INTERIOR
Timer number 7 Time = 0.00 seconds ECOSYS_SURFACE_GLOBAL_SUM
Timer number 8 Time = 0.00 seconds ECOSYS_INTERIOR_GLOBAL_SUM
Timer number 9 Time = 3.24 seconds ECOSYS_SET_SFLUX
Timer number 10 Time = 1.09 seconds ECOSYS_PRE_SFLUX
Timer number 11 Time = 0.42 seconds ecosys_riv_flux_strdata_create
Timer number 12 Time = 0.00 seconds ecosys_surface_strdata_create
Timer number 13 Time = 3.74 seconds ecosys_interior_strdata_create
Timer number 14 Time = 0.23 seconds ecosys_riv_flux_strdata_advance
Timer number 15 Time = 0.00 seconds ecosys_surface_strdata_advance
Timer number 16 Time = 3.83 seconds ecosys_interior_strdata_advance
Timer number 17 Time = 153.75 seconds VMIX_COEFFICIENTS_KPP
Timer number 18 Time = 26.38 seconds VMIX_EXPLICIT_TRACER
Timer number 19 Time = 0.80 seconds VMIX_EXPLICIT_MOMENTUM
Timer number 20 Time = 48.05 seconds VMIX_IMPLICIT_TRACER
Timer number 21 Time = 1.21 seconds VMIX_IMPLICIT_MOMENTUM
Timer number 22 Time = 10.26 seconds HMIX_MOMENTUM_ANISO
Timer number 23 Time = 144.48 seconds HMIX_TRACER_GM_NLOOP
Timer number 24 Time = 224.33 seconds HMIX_TRACER_GM
Timer number 25 Time = 123.16 seconds SUBMESO
Timer number 26 Time = 0.25 seconds OVF TIMER
Timer number 27 Time = 2.33 seconds ADVECTION_MOMENTUM
Timer number 28 Time = 108.87 seconds ADVECTION_TRACER_UPWIND3
Timer number 29 Time = 0.55 seconds MOC
Timer number 30 Time = 0.52 seconds TRACER_TRANSPORTS
Timer number 31 Time = 5.14 seconds TAVG_WRITE_STD
Timer number 32 Time = 3.09 seconds TAVG_GLOBAL
Timer number 33 Time = 0.63 seconds TAVG_WRITE_NONSTD
Timer number 34 Time = 0.56 seconds TAVG_CCSM_DIAGS_BSF
Timer number 35 Time = 0.55 seconds TAVG_CCSM_DIAGS_MOC
Timer number 36 Time = 0.52 seconds TAVG_CCSM_DIAGS_TRANS
Timer number 37 Time = 0.00 seconds TAVG_READ_TRANSPOSE
Timer number 38 Time = 0.01 seconds TAVG_WRITE_TRANSPOSE
Timer number 39 Time = 0.04 seconds diag_for_tracer_budgets
Timer number 40 Time = 1476.51 seconds STEP
Timer number 41 Time = 100.55 seconds STEP_RF
Timer number 42 Time = 1332.07 seconds BAROCLINIC
Timer number 43 Time = 183.38 seconds BAROTROPIC
Timer number 44 Time = 40.83 seconds 3D-UPDATE
Timer number 45 Time = 1496.75 seconds TOTAL
Timer number 46 Time = 17.79 seconds OUTPUT
Timer number 47 Time = 13.33 seconds OUTPUT TAVG
Timer number 48 Time = 4.46 seconds OUTPUT REST
------------------------------------------------------------------------
Timer number 1 Time = 0.00 seconds MARBL Init
Timer number 2 Time = 1.56 seconds MARBL set_sflux
Timer number 3 Time = 380.86 seconds MARBL set_interior
Timer number 4 Time = 78.75 seconds MARBL carbonate chemistry
------------------------------------------------------------------------
(diag_print) file written: /cluster/work/users/hanbre//bwma1850.f09.y13.los_chocoyos.qboE.ensoN.clone.SO2/run/./bwma1850.f09.y13.los_chocoyos.qboE.ensoN.clone.SO2.pop.dd.0013-02-01-00000
(diag_transport) file written: /cluster/work/users/hanbre//bwma1850.f09.y13.los_chocoyos.qboE.ensoN.clone.SO2/run/./bwma1850.f09.y13.los_chocoyos.qboE.ensoN.clone.SO2.pop.dt.0013-02-01-00000
AFTER CALL IN tracer_budgets (final):
=====================================
volume_t (cm^3) = 0.132439397938E+25
SUM [volume*T] (C cm^3) = 0.509272110384E+25
SUM [volume*S] (ppt cm^3) = 0.460131618065E+26
VOLUME AND TRACER BUDGETS:
==========================
Please note the following about the budgets:
* These budgets are meaningful when time-averaging
starts at the first time step of an intended
budget interval.
* Positive-signed quantities ==> ocean gain
Negative-signed quantities ==> ocean loss
* The imbalance should be small in comparison
to the tendency term, except for the volume
budget when a fixed-volume ocean is used
(e.g., when lfw_as_salt_flx = .false.)
* These budgets are computed from single-precision TAVG terms,
which contributes to inaccuracy in the imbalance
term.
VOLUME BUDGET FOR THE GIVEN TAVG INTERVAL (cm/s):
-------------------------------------------------
tendency = -.267812868203E-13
FW flux = 0.000000000000E+00
Imbalance = 0.267812868203E-13
Imbalance = -tendency + FW flux
HEAT BUDGET FOR THE GIVEN TAVG INTERVAL (W/m^2):
------------------------------------------------
tendency = 0.119019905165E+02
SHF flux = 0.118297741634E+02
ice formation = 0.721548976885E-01
FW heat content = 0.000000000000E+00
free-srf non-consv. = 0.000000000000E+00
Robert adj. term = 0.615605712578E-04
Imbalance = 0.105176188143E-06
Imbalance = -tendency + SHF flux + ice formation + FW heat content + free-srf non-consv. + Robert adj
- T_change = -11.901990516460206
... + shf_mean = -0.072216353083590
... + qflux_t_mean = -0.000061455395070
... + tfw_t_mean = -0.000061455395070
... + resid_t_mean = -0.000061455395070
... + rf_adj(1) = 0.000000105176188
geo_mean = 0.000000000000000
... + geo_mean = 0.000000105176188
IMPLIED FW BUDGET FOR THE GIVEN TAVG INTERVAL (kg of freshwater/m^2/s):
-----------------------------------------------------
tendency = -.379792369629E-05
SFWF flux = -.360662853589E-05
ice formation = -.191301558980E-06
FW salt content = 0.000000000000E+00
free-srf non-consv. = 0.000000000000E+00
Robert adj. term = 0.639844362676E-11
Imbalance = -.134706476992E-15
Imbalance = -tendency + SFWF flux + ice formation + FW salt content + free-srf non-consv. + Robert adj
(io_pio_init) create file
./bwma1850.f09.y13.los_chocoyos.qboE.ensoN.clone.SO2.pop.r.0013-04-01-00000.nc
(ecosys_tracers_and_saved_state_mod:ecosys_saved_state_write_restart) Setting up IO field for MARBL_PH_SURF (in restart)
(ecosys_tracers_and_saved_state_mod:ecosys_saved_state_write_restart) Setting up IO field for MARBL_PH_SURF_ALT_CO2 (in restart)
(ecosys_tracers_and_saved_state_mod:ecosys_saved_state_write_restart) Setting up IO field for MARBL_PH_3D (in restart)
(ecosys_tracers_and_saved_state_mod:ecosys_saved_state_write_restart) Setting up IO field for MARBL_PH_3D_ALT_CO2 (in restart)
restart file written:
./bwma1850.f09.y13.los_chocoyos.qboE.ensoN.clone.SO2.pop.r.0013-04-01-00000.nc
restart pointer file written: rpointer.ocn.restart
Global Time Averages: 04-01-0013 00:00:00
UVEL: 0.248082845054295
UVEL2: 11.7897732897284
VVEL: 7.896020659533303E-004
VVEL2: 3.89837115409756
TEMP: 3.84078178881299
dTEMP_POS_2D: 8.880544927388229E-002
dTEMP_NEG_2D: -6.819807024298703E-002
SALT: 3.472364424671055E-002
SSS2: 1.185615353486974E-003
RHO: 1.03738559543796
RHO_VINT: 381277.793712989
RESID_T: 0.000000000000000E+000
RESID_S: 0.000000000000000E+000
SU: 89092.7023655873
SV: 240.814318227032
SSH: 1.062225924985442E-004
SSH2: 5003.00886270617
SHF: 11.7885762746038
SHF_QSW: 187.663447328957
SFWF: -3.594068238521172E-006
SFWF_WRST: 0.000000000000000E+000
TAUX: 2.764521431968370E-002
TAUX2: 1.52534283262650
TAUY: -1.789951337653462E-002
TAUY2: 0.900325280739131
FW: 0.000000000000000E+000
TFW_T: 0.000000000000000E+000
TFW_S: 0.000000000000000E+000
ATM_FINE_DUST_FLUX_CPL: 4.960994582815703E-014
ATM_COARSE_DUST_FLUX_CPL: 3.392312233088077E-012
SEAICE_DUST_FLUX_CPL: 8.492625255739136E-015
ATM_BLACK_CARBON_FLUX_CPL: 1.000488706495058E-014
SEAICE_BLACK_CARBON_FLUX_CPL: 7.213612068150684E-017
EVAP_F: -4.181882550531218E-005
PREC_F: 3.494192892158894E-005
SNOW_F: 1.823339438892037E-006
MELT_F: -1.366043992464861E-006
ROFF_F: 4.130576912218097E-006
IOFF_F: 3.263884202288527E-007
SALT_F: -6.658793229487186E-009
SENH_F: -17.9001588311412
LWUP_F: -397.065343789304
LWDN_F: 345.118594772074
MELTH_F: -0.721716218489081
IFRAC: 5.014669403828111E-002
FRACR_BIN_01: 0.949857830379287
QSW_BIN_01: 190.629557093190
FRACR_BIN_02: 1.149999753289735E-002
QSW_BIN_02: 0.483355167259732
FRACR_BIN_03: 1.026779576269912E-002
QSW_BIN_03: 9.133756212200185E-002
FRACR_BIN_04: 1.430826451581484E-002
QSW_BIN_04: 2.193171104567872E-002
FRACR_BIN_05: 8.689080642702209E-003
QSW_BIN_05: 3.053076885632635E-003
FRACR_BIN_06: 5.377039844573408E-003
QSW_BIN_06: 8.832160114015729E-005
zsatcalc: 215438.285642058
zsatarag: 110911.311285804
O2_ZMIN: 122.885788599749
O2_ZMIN_DEPTH: 130221.545532890
photoC_TOT_zint: 3.551845227628683E-002
photoC_TOT_zint_100m: 3.512939418920145E-002
photoC_NO3_TOT_zint: 1.230366728044651E-002
photoC_NO3_TOT_zint_100m: 0.000000000000000E+000
DOC_prod_zint: 2.470743490773747E-003
DOC_prod_zint_100m: 2.410432031041499E-003
DOC_remin_zint: 2.422197792977573E-003
DOC_remin_zint_100m: 1.027684033855838E-003
DOCr_remin_zint: 8.935020654899239E-005
DOCr_remin_zint_100m: 6.323657393262410E-005
calcToSed: 9.013171557063472E-005
pocToSed: 8.965246551899648E-005
ponToSed: 6.130083063303531E-006
SedDenitrif: 6.182518429067491E-005
popToSed: 6.729061043049568E-007
bsiToSed: 2.749074031746380E-005
dustToSed: 3.323456646250592E-012
pfeToSed: 3.648855762698127E-007
sp_N_lim_surf: 0.858140418825338
sp_N_lim_Cweight_avg_100m: 0.895037361570294
sp_P_lim_surf: 0.945778353055836
sp_P_lim_Cweight_avg_100m: 0.949579795200067
sp_Fe_lim_surf: 0.816925676316137
sp_Fe_lim_Cweight_avg_100m: 0.829249037032757
sp_light_lim_surf: 0.406496350893658
sp_light_lim_Cweight_avg_100m: 0.278034469124379
photoC_sp_zint: 2.143579087424222E-002
photoC_sp_zint_100m: 2.128864339054789E-002
graze_sp_zint: 1.911744751471446E-002
graze_sp_zint_100m: 1.887578182249920E-002
graze_sp_poc_zint: 3.470332099726705E-003
graze_sp_poc_zint_100m: 3.450330309320294E-003
graze_sp_doc_zint: 1.147046847638122E-003
graze_sp_doc_zint_100m: 1.132546905529051E-003
graze_sp_zoo_zint: 5.735234267650932E-003
graze_sp_zoo_zint_100m: 5.662734536447125E-003
sp_loss_zint: 2.017161056844969E-003
sp_loss_zint_100m: 1.938618245529861E-003
sp_loss_poc_zint: 8.440813140832107E-005
sp_loss_poc_zint_100m: 8.087987274723711E-005
sp_loss_doc_zint: 1.159651757324507E-004
sp_loss_doc_zint_100m: 1.114643028056280E-004
sp_agg_zint: 3.641954686939560E-004
sp_agg_zint_100m: 3.473559406940129E-004
diat_N_lim_surf: 0.721537893688555
diat_N_lim_Cweight_avg_100m: 0.862911250102093
diat_P_lim_surf: 0.815974714461746
diat_P_lim_Cweight_avg_100m: 0.849808208508362
diat_Fe_lim_surf: 0.715874176918849
diat_Fe_lim_Cweight_avg_100m: 0.746877005095142
diat_SiO3_lim_surf: 0.773899421941810
diat_SiO3_lim_Cweight_avg_100m: 0.786479790243479
diat_light_lim_surf: 0.432446906172672
diat_light_lim_Cweight_avg_100m: 0.262970991387879
photoC_diat_zint: 1.281778583803324E-002
photoC_diat_zint_100m: 1.260498246464149E-002
graze_diat_zint: 1.009144252846646E-002
graze_diat_zint_100m: 9.782649129390210E-003
graze_diat_poc_zint: 3.834748171010037E-003
graze_diat_poc_zint_100m: 3.717406682365251E-003
graze_diat_doc_zint: 6.054865509781900E-004
graze_diat_doc_zint_100m: 5.869589493842714E-004
graze_diat_zoo_zint: 2.522860632116615E-003
graze_diat_zoo_zint_100m: 2.445662282347552E-003
diat_loss_zint: 1.505587807250308E-003
diat_loss_zint_100m: 1.383987441149311E-003
diat_loss_poc_zint: 0.000000000000000E+000
diat_loss_poc_zint_100m: 0.000000000000000E+000
diat_loss_doc_zint: 9.033526865492110E-005
diat_loss_doc_zint_100m: 8.303924717006549E-005
diat_agg_zint: 8.774165952372532E-004
diat_agg_zint_100m: 8.184969166200047E-004
diaz_P_lim_surf: 0.934399399466731
diaz_P_lim_Cweight_avg_100m: 0.943801869588461
diaz_Fe_lim_surf: 0.760846047303786
diaz_Fe_lim_Cweight_avg_100m: 0.784336116223000
diaz_light_lim_surf: 0.341463598825703
diaz_light_lim_Cweight_avg_100m: 0.248758770428645
photoC_diaz_zint: 1.264875542583546E-003
photoC_diaz_zint_100m: 1.235768274223212E-003
graze_diaz_zint: 1.133121361214564E-003
graze_diaz_zint_100m: 1.099700767873637E-003
graze_diaz_poc_zint: 1.133121363603665E-004
graze_diaz_poc_zint_100m: 1.099700765450822E-004
graze_diaz_doc_zint: 6.798728175162503E-005
graze_diaz_doc_zint_100m: 6.598204594948547E-005
graze_diaz_zoo_zint: 3.399364084381280E-004
graze_diaz_zoo_zint_100m: 3.299102300601233E-004
diaz_loss_zint: 1.149677929687545E-004
diaz_loss_zint_100m: 1.047344095004545E-004
diaz_loss_poc_zint: 0.000000000000000E+000
diaz_loss_poc_zint_100m: 0.000000000000000E+000
diaz_loss_doc_zint: 6.898067598332480E-006
diaz_loss_doc_zint_100m: 6.284064570929471E-006
diaz_agg_zint: 1.553487655728323E-005
diaz_agg_zint_100m: 1.384539715253584E-005
CaCO3_form_zint: 9.065937256722274E-004
CaCO3_form_zint_100m: 9.009312966957865E-004
zoo_loss_zint: 8.639439352414796E-003
zoo_loss_zint_100m: 8.378727651549085E-003
zoo_loss_poc_zint: 1.355701101145240E-003
zoo_loss_poc_zint_100m: 1.309452273351273E-003
zoo_loss_doc_zint: 4.370242944599368E-004
zoo_loss_doc_zint_100m: 4.241565243839359E-004
insitu_temp: 4.01310365723552
CO3: 90.8003846400865
HCO3: 2189.08821868396
H2CO3: 32.5516846678250
pH_3D: 7.83661095452044
co3_sat_calc: 68.9778212587106
co3_sat_arag: 106.041875575615
NITRIF: 5.084267821193646E-009
DENITRIF: 4.596367150166867E-010
O2_PRODUCTION: 1.233277982289745E-007
O2_CONSUMPTION: 1.218232292609679E-007
AOU: 173.464274281731
PAR_avg: 0.553838109525398
photoC_TOT: 9.654662337285889E-008
photoC_NO3_TOT: 3.340400037278279E-008
DOC_prod: 6.721888627510603E-009
DON_prod: 6.434628424215106E-010
DOP_prod: 5.862638053339091E-011
Fe_scavenge: 2.729424838867341E-012
Fe_scavenge_rate: 1.72671566247483
Lig_prod: 3.399854823449139E-012
Lig_loss: 3.432171006949710E-012
Lig_scavenge: 2.336154929110071E-014
Fefree: 8.407435134041845E-006
Lig_photochem: 4.274817112646959E-013
Lig_deg: 2.564006003097434E-012
POC_FLUX_100m: 5.073191785613215E-003
POP_FLUX_100m: 3.886156073330575E-005
CaCO3_FLUX_100m: 5.386009130431020E-004
SiO2_FLUX_100m: 6.583008601758188E-004
P_iron_FLUX_100m: 1.788714887447343E-007
POC_PROD_zint: 1.011564859325113E-002
POC_PROD_zint_100m: 9.847737492373358E-003
POC_REMIN_DOCr_zint: 6.015597660181064E-006
POC_REMIN_DOCr_zint_100m: 2.824346922544756E-006
POC_REMIN_DIC_zint: 1.001998051590784E-002
POC_REMIN_DIC_zint_100m: 4.704420536720391E-003
CaCO3_PROD_zint: 6.408412127968585E-004
CaCO3_PROD_zint_100m: 6.285393256455164E-004
CaCO3_REMIN_zint: 5.507094997149090E-004
CaCO3_REMIN_zint_100m: 7.203694334530375E-005
POC_FLUX_IN: 9.120000094066717E-004
POC_PROD: 2.752056753269992E-008
POP_FLUX_IN: 7.066170732406214E-006
POP_PROD: 2.101466617849703E-010
SiO2_FLUX_IN: 4.657568136814279E-004
SiO2_PROD: 2.094471278921495E-009
dust_FLUX_IN: 2.859525181791638E-012
dust_REMIN: 1.576580814781468E-019
P_iron_FLUX_IN: 2.293108765688412E-007
P_iron_PROD: 3.229199567353799E-012
P_iron_REMIN: 2.959442874843042E-012
sp_Qp: 3.053361463180050E-004
photoFe_sp: 1.312321399332931E-012
photoNO3_sp: 1.943060745339671E-009
photoNH4_sp: 6.025554558464127E-009
DOP_sp_uptake: 1.243234092139354E-011
PO4_sp_uptake: 3.934966291821057E-010
sp_agg: 9.754609845954787E-010
diat_Qp: 2.991690442188882E-004
photoFe_diat: 6.269416328307371E-013
photoNO3_diat: 2.539913371677065E-009
photoNH4_diat: 2.223966532563648E-009
DOP_diat_uptake: 9.869474134374522E-012
PO4_diat_uptake: 2.676478156651507E-010
diat_agg: 2.338111847937442E-009
diaz_Qp: 1.967868260697013E-004
photoFe_diaz: 1.462460330111336E-013
photoNO3_diaz: 8.509430823465425E-011
photoNH4_diaz: 1.173179540119943E-010
DOP_diaz_uptake: 3.807705629636332E-012
PO4_diaz_uptake: 2.005437567976866E-011
diaz_agg: 4.186675805749567E-011
diaz_Nfix: 3.856650156601887E-010
bSi_form: 4.436065977040430E-009
PO4_RESTORE_TEND: 1.441225041522224E-014
NO3_RESTORE_TEND: 2.560777398749166E-013
SiO3_RESTORE_TEND: -1.734280820788563E-012
ALK_RESTORE_TEND: -8.247195630373315E-012
ECOSYS_IFRAC: 5.014669403828111E-002
ECOSYS_XKW: 4.885415320817413E-003
ECOSYS_ATM_PRESS: 0.997345476650793
SCHMIDT_O2: 772.331998321483
O2SAT: 247.783012626839
CO2STAR: 10.5406855314614
DCO2STAR: -8.101770511891293E-002
pCO2SURF: 289.903614028194
DpCO2: 5.95935693779188
SCHMIDT_CO2: 884.194970161848
FG_CO2: -5.614887127755384E-004
PH: 8.16673644645272
ATM_CO2: 284.699187574671
IRON_FLUX: 7.226713179941525E-010
NOx_FLUX: 2.715394706033697E-006
NHy_FLUX: 5.083199035972698E-006
NHx_SURFACE_EMIS: 3.994584322355426E-006
PO4: 2.14700541978556
Jint_100m_PO4: -5.307187004255864E-005
tend_zint_100m_PO4: -9.002638458742488E-006
PO4_RIV_FLUX: 2.278737170447808E-007
NO3: 28.3529653772519
Jint_100m_NO3: -7.538203736240722E-004
tend_zint_100m_NO3: -3.564610012981127E-005
NO3_RIV_FLUX: 5.663555968096689E-006
SiO3: 89.3277851499333
Jint_100m_SiO3: -7.255690843269194E-004
tend_zint_100m_SiO3: -5.679975996815542E-005
SiO3_RIV_FLUX: 4.397311956918751E-005
NH4: 1.092877120535216E-002
Jint_100m_NH4: -6.318490459574026E-005
tend_zint_100m_NH4: -8.557585548929551E-005
Fe: 4.878973564930684E-004
Jint_100m_Fe: -1.465276684248995E-007
tend_zint_100m_Fe: -4.148986863340187E-008
Fe_RIV_FLUX: 3.343797501520526E-009
Lig: 1.809105234972463E-003
O2: 154.810234697954
Jint_100m_O2: 1.025949273905158E-002
tend_zint_100m_O2: -8.603007447247399E-004
STF_O2: -1.577705670449155E-003
DIC: 2312.44028994313
J_DIC: -1.050149100095421E-009
Jint_100m_DIC: -7.854552725320981E-003
tend_zint_100m_DIC: -1.147759471326716E-003
DIC_RIV_FLUX: 1.939219401493033E-004
FvPER_DIC: 6.986868768141211E-004
FvICE_DIC: 3.705951107480448E-005
ALK: 2424.56170689891
Jint_100m_ALK: -4.530617305134581E-004
tend_zint_100m_ALK: 1.064682547631961E-003
STF_ALK: 9.863125292514355E-004
ALK_RIV_FLUX: 1.882585720877072E-004
FvPER_ALK: 7.996802298241794E-004
FvICE_ALK: 4.241636443351212E-005
DOC: 1.46262487300671
Jint_100m_DOC: 1.358643680331228E-003
tend_zint_100m_DOC: 3.372464240046568E-004
DOC_RIV_FLUX: 1.017641302165576E-004
DON: 0.126494333398554
DON_RIV_FLUX: 2.624438865153992E-006
DOP: 5.728415203817124E-003
DOP_RIV_FLUX: 4.251014341626729E-008
DOPr: 2.835454951823119E-002
DOPr_RIV_FLUX: 1.090003912677026E-009
DONr: 1.71725495491315
DONr_RIV_FLUX: 2.916037343309589E-007
DOCr: 36.7868464090607
Jint_100m_DOCr: -3.630791823841935E-005
tend_zint_100m_DOCr: -9.297160140319468E-006
DOCr_RIV_FLUX: 2.544103255413940E-005
zooC: 1.160721402622435E-002
spChl: 1.259789591599546E-003
spC: 7.379833207333688E-003
spP: 5.296245875140726E-005
spFe: 1.585740359118687E-007
spCaCO3: 3.099816212137919E-004
diatChl: 2.192565745015977E-003
diatC: 7.594336770687667E-003
diatP: 6.179098710320563E-005
diatFe: 1.469263195851895E-007
diatSi: 1.153736743239777E-003
diazChl: 1.233439961702586E-004
diazC: 7.026159779774297E-004
diazP: 5.026895902907486E-006
diazFe: 2.859887618179512E-008
IAGE: 496.614375680168
TIDAL_DIFF: 1.72853032514554
QSW_HBL: 151.837465190638
KVMIX: 1.88636035453888
KVMIX_M: 18.8635509866492
TPOWER: 2.218751027045755E-006
VDC_T: 52.1283101791378
VDC_S: 52.1290986005289
VVC: 40.5346893338629
KAPPA_ISOP: 6430613.14936897
KAPPA_THIC: 4430062.38926443
HOR_DIFF: 648248.693117542
DIA_DEPTH: 7622.12113725450
TLT: 546.089493502268
INT_DEPTH: 8168.21097858939
UISOP: 8.642380250441524E-005
VISOP: -1.073257742539854E-004
WISOP: 1.478392716062977E-013
ADVT_ISOP: -5.133370671415397E-011
ADVS_ISOP: 7.705495234493552E-015
VNT_ISOP: 4.525090959164138E-010
VNS_ISOP: -1.150587098946167E-013
USUBM: -4.592420339264051E-006
VSUBM: 1.170892353435912E-004
WSUBM: -6.612222534784540E-009
HLS_SUBM: 808807.032681989
ADVT_SUBM: -2.259524499423607E-013
ADVS_SUBM: -6.749085102070536E-016
VNT_SUBM: 7.113238996160417E-010
VNS_SUBM: 9.076070347552211E-013
HDIFT: -2.988357944925098E-011
HDIFS: 8.510077589742009E-016
WVEL: 5.593023482471979E-007
WVEL2: 2.006254044923696E-005
UET: 1.105016188146030E-008
VNT: 6.345491183419111E-008
WTT: -1.229516359455031E-008
UES: 1.210871154069608E-009
VNS: -1.724355938775869E-012
WTS: 1.015895333598957E-012
ADVT: 2.065999452795252E-011
ADVS: 6.099314224203211E-015
PV: 1.296865713744218E-013
Q: -9.779821216102181E-009
PD: 1.02749319082692
QSW_HTP: 134.427767759040
QFLUX: 7.190361398620029E-002
HMXL: 7624.26301935641
HMXL_DR: 5954.47422489695
XMXL: 9318.85123709200
XMXL_DR: 8721.62879680070
TMXL: 4285.97890235328
TMXL_DR: 2340.30881435846
HBLT: 4148.09222427069
XBLT: 8594.40766362241
TBLT: 759.435703483458
BSF: 0.000000000000000E+000
convergence info from pcg_diag_bsf:
iter = 0 rms_resid = 8.709277519011482E-002
iter = 100 rms_resid = 3.411943468883514E-003
iter = 200 rms_resid = 7.027483802394143E-004
iter = 300 rms_resid = 3.095859871789245E-004
iter = 400 rms_resid = 2.280448552369546E-004
iter = 500 rms_resid = 1.616558412597665E-004
iter = 600 rms_resid = 4.083393079286986E-005
iter = 700 rms_resid = 1.190272568566275E-005
iter = 800 rms_resid = 1.500531108257397E-006
iter = 900 rms_resid = 1.256954341836422E-007
Local Time- and Space-Averages for Nino Regions: 00:00:00 0013-04-01
NINO_1_PLUS_2: 26.3801154682543
NINO_3: 25.8829189012744
NINO_3_POINT_4: 26.2904904325529
NINO_4: 27.7393262786748
(io_pio_init) create file
./bwma1850.f09.y13.los_chocoyos.qboE.ensoN.clone.SO2.pop.h.0013-03.nc
tavg file written:
./bwma1850.f09.y13.los_chocoyos.qboE.ensoN.clone.SO2.pop.h.0013-03.nc
Global Time Averages: 04-01-0013 00:00:00
SST: 18.3198905934141
SST2: 437.340543612280
HMXL_DR_2: 6051.72957111783
XMXL_2: 8113.71596417668
tavg file written:
./bwma1850.f09.y13.los_chocoyos.qboE.ensoN.clone.SO2.pop.h.nday1.0013-03-01.nc
Global Time Averages: 04-01-0013 00:00:00
photoC_sp_zint_2: 2.156053638522764E-002
photoC_diat_zint_2: 1.376233380668957E-002
photoC_diaz_zint_2: 1.255087425879156E-003
CaCO3_form_zint_2: 9.330284709462553E-004
ECOSYS_IFRAC_2: 5.275899789194417E-002
ECOSYS_XKW_2: 4.762103544970970E-003
DpCO2_2: 5.19143219751536
FG_CO2_2: -2.590365620574999E-004
STF_O2_2: -1.235452904036120E-003
zooC_zint_100m: 3886.31687423035
spChl_SURF: 6.589387403446006E-002
spC_zint_100m: 2651.99333152143
spCaCO3_zint_100m: 115.755137736198
diatChl_SURF: 0.137349845057208
diatC_zint_100m: 3050.70955948318
diazChl_SURF: 3.106388101008922E-003
diazC_zint_100m: 242.047180245449
tavg file written:
./bwma1850.f09.y13.los_chocoyos.qboE.ensoN.clone.SO2.pop.h.ecosys.nday1.0013-03
-01.nc
Global Time Averages: 04-01-0013 00:00:00
graze_auto_TOT: 8.350612223570347E-008
DOC_remin: 6.589216142197352E-009
DOCr_remin: 2.460412104518187E-010
DON_remin: 6.099597471120363E-010
DONr_remin: 1.430509394477976E-011
DOP_remin: 2.961179002676651E-011
DOPr_remin: 3.152663832900705E-013
POC_REMIN_DOCr: 1.701954938517021E-011
POC_REMIN_DIC: 2.834889604820399E-008
POP_REMIN_DOPr: 3.945808725870772E-014
POP_REMIN_PO4: 2.191721378105425E-010
PON_REMIN_DONr: 1.344001685819842E-012
PON_REMIN_NH4: 3.894313060344855E-009
CaCO3_FLUX_IN: 3.081264126322645E-004
CaCO3_PROD: 1.664380090820102E-009
CaCO3_REMIN: 1.437645215525111E-009
CaCO3_form: 2.357248700159009E-009
J_PO4: -5.930523343975724E-012
J_NO3: -4.386329547249720E-011
J_SiO3: -8.540981509080742E-011
J_NH4: -1.584052601555855E-010
J_Fe: -2.467937079439989E-013
J_ALK: -5.911127521510492E-010
KPP_SRC_Fe: -1.663702428491352E-022
KPP_SRC_O2: -9.747819073721125E-017
KPP_SRC_DIC: 4.427831131630943E-017
DIA_IMPVF_Fe: -1.936276489942243E-009
DIA_IMPVF_O2: 3.289650996320622E-004
DIA_IMPVF_DIC: -5.987232487252273E-004
DIA_IMPVF_DOC: 7.928428350419345E-005
DIA_IMPVF_DOCr: -1.256267584294679E-006
HDIFE_Fe: 1.174954946355589E-013
HDIFN_Fe: 7.589891544861407E-013
HDIFB_Fe: -8.919002903479356E-014
HDIFE_O2: -2.496892465209022E-008
HDIFN_O2: -1.616692945045842E-007
HDIFB_O2: 1.024192572120856E-007
HDIFE_DIC: 2.192993725570707E-008
HDIFN_DIC: 1.410194440530491E-007
HDIFB_DIC: 1.572566359085143E-007
HDIFE_DOC: -1.464927679982739E-010
HDIFN_DOC: -1.383584062946137E-009
HDIFB_DOC: -1.432839466943448E-008
HDIFE_DOCr: -8.036497902639283E-012
HDIFN_DOCr: 3.320891439756754E-010
HDIFB_DOCr: 7.810059899879500E-010
UE_Fe: 1.007839688313448E-011
VN_Fe: -1.060849897111564E-012
WT_Fe: -6.056385892689918E-014
UE_O2: 8.705232198039683E-006
VN_O2: 9.730811067058308E-008
WT_O2: -1.339778575800021E-007
UE_DIC: 8.025061882157703E-005
VN_DIC: -1.483279897717052E-006
WT_DIC: 4.063830221215073E-007
UE_DOC: -3.757312437423301E-008
VN_DOC: 1.424475936860520E-007
WT_DOC: -4.005088480471860E-008
UE_DOCr: 1.309294210629439E-006
VN_DOCr: -1.527142491754028E-008
WT_DOCr: 2.576510943624177E-009
(io_pio_init) create file
./bwma1850.f09.y13.los_chocoyos.qboE.ensoN.clone.SO2.pop.rh.ecosys.nyear1.0013-
04-01-00000.nc
tavg file written:
./bwma1850.f09.y13.los_chocoyos.qboE.ensoN.clone.SO2.pop.rh.ecosys.nyear1.0013-
04-01-00000.nc
ovf_write_restart unit (mu) = 90 file name = ./bwma1850.f09.y13.los_chocoyos.qboE.ensoN.clone.SO2.pop.ro.0013
ovf write restart cdate yyyymmdd = 00130401
overflow restart pointer file written: rpointer.ocn.ovf
ESTUARY FORCING (in estuary_vsf_mod)
tracer = SALT
vsf_tref (global sum) -5.0670E+10
vsf_tlocal (global sum) -3.7846E+10
vsf_corr (sum_sref-sum_sloc)/area-3.5695E-09
tracer = DIC
vsf_tref (global sum) -2.8387E+15
vsf_tlocal (global sum) -2.2076E+15
vsf_corr (sum_sref-sum_sloc)/area-1.7567E-04
tracer = DIC_ALT_CO2
vsf_tref (global sum) -2.8387E+15
vsf_tlocal (global sum) -2.2076E+15
vsf_corr (sum_sref-sum_sloc)/area-1.7567E-04
tracer = ALK
vsf_tref (global sum) -3.2490E+15
vsf_tlocal (global sum) -2.6274E+15
vsf_corr (sum_sref-sum_sloc)/area-1.7302E-04
tracer = ALK_ALT_CO2
vsf_tref (global sum) -3.2490E+15
vsf_tlocal (global sum) -2.6274E+15
vsf_corr (sum_sref-sum_sloc)/area-1.7302E-04
(time_manager) ocn date 00013-apr-02, 0.000000E+00 sec nsteps_total = 107303
Global Time Averages: 04-02-0013 00:00:00
SST: 18.3229719913746
SST2: 437.668314425018
HMXL_DR_2: 6004.31339882569
XMXL_2: 8056.39988986392
(io_pio_init) create file
./bwma1850.f09.y13.los_chocoyos.qboE.ensoN.clone.SO2.pop.h.nday1.0013-04-01.nc
data appended to tavg file:
./bwma1850.f09.y13.los_chocoyos.qboE.ensoN.clone.SO2.pop.h.nday1.0013-04-01.nc
Global Time Averages: 04-02-0013 00:00:00
photoC_sp_zint_2: 2.156553637260509E-002
photoC_diat_zint_2: 1.375083021826374E-002
photoC_diaz_zint_2: 1.254372367079331E-003
CaCO3_form_zint_2: 9.415170346356945E-004
ECOSYS_IFRAC_2: 5.294092801638485E-002
ECOSYS_XKW_2: 4.835602305474292E-003
DpCO2_2: 5.10730269285264
FG_CO2_2: -2.656391857338696E-004
STF_O2_2: -8.949373534717645E-004
zooC_zint_100m: 3898.26425457357
spChl_SURF: 6.673935170808049E-002
spC_zint_100m: 2652.24152984412
spCaCO3_zint_100m: 116.593543313369
diatChl_SURF: 0.141950472862402
diatC_zint_100m: 3094.75107283459
diazChl_SURF: 3.084602505074139E-003
diazC_zint_100m: 241.175407086878
(io_pio_init) create file
./bwma1850.f09.y13.los_chocoyos.qboE.ensoN.clone.SO2.pop.h.ecosys.nday1.0013-04
-01.nc
data appended to tavg file:
./bwma1850.f09.y13.los_chocoyos.qboE.ensoN.clone.SO2.pop.h.ecosys.nday1.0013-04
-01.nc
(time_manager) ocn date 00013-apr-03, 0.000000E+00 sec nsteps_total = 107327
Global Time Averages: 04-03-0013 00:00:00
SST: 18.3255536397303
SST2: 437.935569032007
HMXL_DR_2: 5979.80376571335
XMXL_2: 8055.46661943036
data appended to tavg file:
./bwma1850.f09.y13.los_chocoyos.qboE.ensoN.clone.SO2.pop.h.nday1.0013-04-01.nc
Global Time Averages: 04-03-0013 00:00:00
photoC_sp_zint_2: 2.141013623243286E-002
photoC_diat_zint_2: 1.383920547102788E-002
photoC_diaz_zint_2: 1.253346308164098E-003
CaCO3_form_zint_2: 9.416358538376806E-004
ECOSYS_IFRAC_2: 5.318650035825823E-002
ECOSYS_XKW_2: 4.842678342244810E-003
DpCO2_2: 5.00364512443219
FG_CO2_2: -3.878983229607704E-004
STF_O2_2: -1.678976841504875E-003
zooC_zint_100m: 3906.34326449449
spChl_SURF: 6.788961692011967E-002
spC_zint_100m: 2643.10435329212
spCaCO3_zint_100m: 117.472318861672
diatChl_SURF: 0.146253198608454
diatC_zint_100m: 3122.75541428460
diazChl_SURF: 3.071488490509577E-003
diazC_zint_100m: 240.646743051924
data appended to tavg file:
./bwma1850.f09.y13.los_chocoyos.qboE.ensoN.clone.SO2.pop.h.ecosys.nday1.0013-04
-01.nc
(time_manager) ocn date 00013-apr-04, 0.000000E+00 sec nsteps_total = 107351
Global Time Averages: 04-04-0013 00:00:00
SST: 18.3271834907785
SST2: 438.141905685175
HMXL_DR_2: 5978.31992765134
XMXL_2: 8051.94001229415
data appended to tavg file:
./bwma1850.f09.y13.los_chocoyos.qboE.ensoN.clone.SO2.pop.h.nday1.0013-04-01.nc
Global Time Averages: 04-04-0013 00:00:00
photoC_sp_zint_2: 2.141919487916633E-002
photoC_diat_zint_2: 1.402982629906198E-002
photoC_diaz_zint_2: 1.265918864573539E-003
CaCO3_form_zint_2: 9.489895317311756E-004
ECOSYS_IFRAC_2: 5.348164411797939E-002
ECOSYS_XKW_2: 4.854577581632311E-003
DpCO2_2: 4.92270373896062
FG_CO2_2: -3.239844425862843E-004
STF_O2_2: -1.044477633794279E-003
zooC_zint_100m: 3909.76045731038
spChl_SURF: 6.764164067337457E-002
spC_zint_100m: 2629.81316071932
spCaCO3_zint_100m: 118.283601577831
diatChl_SURF: 0.152247784857351
diatC_zint_100m: 3156.52422062493
diazChl_SURF: 3.065701078669313E-003
diazC_zint_100m: 240.856242616998
data appended to tavg file:
./bwma1850.f09.y13.los_chocoyos.qboE.ensoN.clone.SO2.pop.h.ecosys.nday1.0013-04
-01.nc
(time_manager) ocn date 00013-apr-05, 0.000000E+00 sec nsteps_total = 107375
Global Time Averages: 04-05-0013 00:00:00
SST: 18.3285326676017
SST2: 438.333127062571
HMXL_DR_2: 5980.86487071952
XMXL_2: 8001.85340164777
data appended to tavg file:
./bwma1850.f09.y13.los_chocoyos.qboE.ensoN.clone.SO2.pop.h.nday1.0013-04-01.nc
Global Time Averages: 04-05-0013 00:00:00
photoC_sp_zint_2: 2.119077544968082E-002
photoC_diat_zint_2: 1.430100278079800E-002
photoC_diaz_zint_2: 1.275548268792344E-003
CaCO3_form_zint_2: 9.260480554966323E-004
ECOSYS_IFRAC_2: 5.388274886179350E-002
ECOSYS_XKW_2: 4.818219254314561E-003
DpCO2_2: 4.88631502325670
FG_CO2_2: -2.747999815992326E-004
STF_O2_2: -1.072335101152945E-003
zooC_zint_100m: 3909.56139118442
spChl_SURF: 6.499906839648646E-002
spC_zint_100m: 2608.49855955539
spCaCO3_zint_100m: 117.684635692265
diatChl_SURF: 0.161442980750985
diatC_zint_100m: 3201.42820689796
diazChl_SURF: 3.071410419010463E-003
diazC_zint_100m: 241.775842240356
data appended to tavg file:
./bwma1850.f09.y13.los_chocoyos.qboE.ensoN.clone.SO2.pop.h.ecosys.nday1.0013-04
-01.nc
(time_manager) ocn date 00013-apr-06, 0.000000E+00 sec nsteps_total = 107399
Global Time Averages: 04-06-0013 00:00:00
SST: 18.3286416244066
SST2: 438.522626988071
HMXL_DR_2: 5927.21312487601
XMXL_2: 7967.34169661267
data appended to tavg file:
./bwma1850.f09.y13.los_chocoyos.qboE.ensoN.clone.SO2.pop.h.nday1.0013-04-01.nc
Global Time Averages: 04-06-0013 00:00:00
photoC_sp_zint_2: 2.092181634934332E-002
photoC_diat_zint_2: 1.445592492568434E-002
photoC_diaz_zint_2: 1.281234871391018E-003
CaCO3_form_zint_2: 8.990983285337878E-004
ECOSYS_IFRAC_2: 5.420654698520633E-002
ECOSYS_XKW_2: 4.892552649829887E-003
DpCO2_2: 4.88979014397262
FG_CO2_2: -3.553617964602846E-004
STF_O2_2: -1.953424482665044E-003
zooC_zint_100m: 3908.37590347233
spChl_SURF: 6.314405009356862E-002
spC_zint_100m: 2578.64071121011
spCaCO3_zint_100m: 115.541096670583
diatChl_SURF: 0.169358158247027
diatC_zint_100m: 3247.23526328907
diazChl_SURF: 3.076511267632668E-003
diazC_zint_100m: 242.640048830973
data appended to tavg file:
./bwma1850.f09.y13.los_chocoyos.qboE.ensoN.clone.SO2.pop.h.ecosys.nday1.0013-04
-01.nc
(time_manager) ocn date 00013-apr-07, 0.000000E+00 sec nsteps_total = 107423
Global Time Averages: 04-07-0013 00:00:00
SST: 18.3274913237201
SST2: 438.681595437741
HMXL_DR_2: 5914.54850027983
XMXL_2: 7878.08432059796
data appended to tavg file:
./bwma1850.f09.y13.los_chocoyos.qboE.ensoN.clone.SO2.pop.h.nday1.0013-04-01.nc
Global Time Averages: 04-07-0013 00:00:00
photoC_sp_zint_2: 2.081439723679596E-002
photoC_diat_zint_2: 1.481826531996447E-002
photoC_diaz_zint_2: 1.284604405294677E-003
CaCO3_form_zint_2: 8.865425285115310E-004
ECOSYS_IFRAC_2: 5.447056771860298E-002
ECOSYS_XKW_2: 4.974966657453591E-003
DpCO2_2: 4.90570598174759
FG_CO2_2: -3.287249015974094E-004
STF_O2_2: -2.519569400350378E-003
zooC_zint_100m: 3908.00856894593
spChl_SURF: 6.259409341949287E-002
spC_zint_100m: 2546.09613483725
spCaCO3_zint_100m: 112.367577765002
diatChl_SURF: 0.176855961070677
diatC_zint_100m: 3308.63393550604
diazChl_SURF: 3.078302939694474E-003
diazC_zint_100m: 243.236782383550
data appended to tavg file:
./bwma1850.f09.y13.los_chocoyos.qboE.ensoN.clone.SO2.pop.h.ecosys.nday1.0013-04
-01.nc
(time_manager) ocn date 00013-apr-08, 0.000000E+00 sec nsteps_total = 107447
Global Time Averages: 04-08-0013 00:00:00
SST: 18.3230743476397
SST2: 438.714878729101
HMXL_DR_2: 5919.07397757279
XMXL_2: 7866.21476390789
data appended to tavg file:
./bwma1850.f09.y13.los_chocoyos.qboE.ensoN.clone.SO2.pop.h.nday1.0013-04-01.nc
Global Time Averages: 04-08-0013 00:00:00
photoC_sp_zint_2: 2.103581148932832E-002
photoC_diat_zint_2: 1.484477223853530E-002
photoC_diaz_zint_2: 1.282160708869263E-003
CaCO3_form_zint_2: 9.184076705211967E-004
ECOSYS_IFRAC_2: 5.480201352662337E-002
ECOSYS_XKW_2: 5.174146677810926E-003
DpCO2_2: 4.96505378024632
FG_CO2_2: -3.865818289979077E-004
STF_O2_2: -3.637361116176571E-003
zooC_zint_100m: 3908.02274953127
spChl_SURF: 6.416297790774496E-002
spC_zint_100m: 2538.29619846458
spCaCO3_zint_100m: 111.231938996865
diatChl_SURF: 0.179613422685744
diatC_zint_100m: 3364.54374596975
diazChl_SURF: 3.083280249827216E-003
diazC_zint_100m: 243.468072723857
data appended to tavg file:
./bwma1850.f09.y13.los_chocoyos.qboE.ensoN.clone.SO2.pop.h.ecosys.nday1.0013-04
-01.nc
(time_manager) ocn date 00013-apr-09, 0.000000E+00 sec nsteps_total = 107471
Global Time Averages: 04-09-0013 00:00:00
SST: 18.3151891049859
SST2: 438.621183936388
HMXL_DR_2: 5926.84118937245
XMXL_2: 7819.51401458946
data appended to tavg file:
./bwma1850.f09.y13.los_chocoyos.qboE.ensoN.clone.SO2.pop.h.nday1.0013-04-01.nc
Global Time Averages: 04-09-0013 00:00:00
photoC_sp_zint_2: 2.117841574625551E-002
photoC_diat_zint_2: 1.471595709156302E-002
photoC_diaz_zint_2: 1.273251471195906E-003
CaCO3_form_zint_2: 9.460258084845925E-004
ECOSYS_IFRAC_2: 5.500267506072200E-002
ECOSYS_XKW_2: 5.168149067803505E-003
DpCO2_2: 5.04365646954232
FG_CO2_2: -4.447722342242234E-004
STF_O2_2: -4.391551413026767E-003
zooC_zint_100m: 3907.50588247250
spChl_SURF: 6.655582902983517E-002
spC_zint_100m: 2557.99631823073
spCaCO3_zint_100m: 113.733399833725
diatChl_SURF: 0.176108994422465
diatC_zint_100m: 3391.79498171456
diazChl_SURF: 3.085179795750218E-003
diazC_zint_100m: 243.304412236518
data appended to tavg file:
./bwma1850.f09.y13.los_chocoyos.qboE.ensoN.clone.SO2.pop.h.ecosys.nday1.0013-04
-01.nc
(time_manager) ocn date 00013-apr-10, 0.000000E+00 sec nsteps_total = 107495
Global Time Averages: 04-10-0013 00:00:00
SST: 18.3050964377367
SST2: 438.394018194967
HMXL_DR_2: 5903.71820258014
XMXL_2: 7758.80363210236
data appended to tavg file:
./bwma1850.f09.y13.los_chocoyos.qboE.ensoN.clone.SO2.pop.h.nday1.0013-04-01.nc
Global Time Averages: 04-10-0013 00:00:00
photoC_sp_zint_2: 2.129287189706443E-002
photoC_diat_zint_2: 1.467404533204759E-002
photoC_diaz_zint_2: 1.261828690296621E-003
CaCO3_form_zint_2: 9.834098837406301E-004
ECOSYS_IFRAC_2: 5.529625961797099E-002
ECOSYS_XKW_2: 5.264822049474071E-003
DpCO2_2: 4.95952486269557
FG_CO2_2: -4.508720480988191E-004
STF_O2_2: -4.459316296513999E-003
zooC_zint_100m: 3908.60608928405
spChl_SURF: 6.923462547555109E-002
spC_zint_100m: 2579.39462416926
spCaCO3_zint_100m: 117.748338653628
diatChl_SURF: 0.171500908853231
diatC_zint_100m: 3411.51614462034
diazChl_SURF: 3.090617162889935E-003
diazC_zint_100m: 242.416921471353
data appended to tavg file:
./bwma1850.f09.y13.los_chocoyos.qboE.ensoN.clone.SO2.pop.h.ecosys.nday1.0013-04
-01.nc
(time_manager) ocn date 00013-apr-11, 0.000000E+00 sec nsteps_total = 107519
Global Time Averages: 04-11-0013 00:00:00
SST: 18.2947333102449
SST2: 438.127151766574
HMXL_DR_2: 5869.28255702986
XMXL_2: 7726.89724980283
data appended to tavg file:
./bwma1850.f09.y13.los_chocoyos.qboE.ensoN.clone.SO2.pop.h.nday1.0013-04-01.nc
Global Time Averages: 04-11-0013 00:00:00
photoC_sp_zint_2: 2.120160332376883E-002
photoC_diat_zint_2: 1.451292208058537E-002
photoC_diaz_zint_2: 1.261697370975348E-003
CaCO3_form_zint_2: 9.856699890649226E-004
ECOSYS_IFRAC_2: 5.556620584934602E-002
ECOSYS_XKW_2: 5.321969108302884E-003
DpCO2_2: 4.77084608695714
FG_CO2_2: -4.047565182700110E-004
STF_O2_2: -3.696116913199674E-003
zooC_zint_100m: 3911.24094657659
spChl_SURF: 7.071319129317477E-002
spC_zint_100m: 2602.14735169920
spCaCO3_zint_100m: 122.745169304905
diatChl_SURF: 0.170930334995277
diatC_zint_100m: 3421.84255314190
diazChl_SURF: 3.097687460451000E-003
diazC_zint_100m: 241.971990981074
data appended to tavg file:
./bwma1850.f09.y13.los_chocoyos.qboE.ensoN.clone.SO2.pop.h.ecosys.nday1.0013-04
-01.nc
(time_manager) ocn date 00013-apr-12, 0.000000E+00 sec nsteps_total = 107543
Global Time Averages: 04-12-0013 00:00:00
SST: 18.2868638862754
SST2: 437.909999163909
HMXL_DR_2: 5781.94906635192
XMXL_2: 7541.73126172514
data appended to tavg file:
./bwma1850.f09.y13.los_chocoyos.qboE.ensoN.clone.SO2.pop.h.nday1.0013-04-01.nc
Global Time Averages: 04-12-0013 00:00:00
photoC_sp_zint_2: 2.114761041350290E-002
photoC_diat_zint_2: 1.443864594021161E-002
photoC_diaz_zint_2: 1.263103680797677E-003
CaCO3_form_zint_2: 9.986906805367379E-004
ECOSYS_IFRAC_2: 5.566550409228032E-002
ECOSYS_XKW_2: 5.030748740106100E-003
DpCO2_2: 4.64435527801173
FG_CO2_2: -4.398919088189038E-004
STF_O2_2: -3.174628222369969E-003
zooC_zint_100m: 3913.08654091763
spChl_SURF: 7.057888956514426E-002
spC_zint_100m: 2609.69184401527
spCaCO3_zint_100m: 126.593506487714
diatChl_SURF: 0.173639789047562
diatC_zint_100m: 3423.29030879294
diazChl_SURF: 3.106683409107518E-003
diazC_zint_100m: 242.065120826268
data appended to tavg file:
./bwma1850.f09.y13.los_chocoyos.qboE.ensoN.clone.SO2.pop.h.ecosys.nday1.0013-04
-01.nc
(time_manager) ocn date 00013-apr-13, 0.000000E+00 sec nsteps_total = 107567
Global Time Averages: 04-13-0013 00:00:00
SST: 18.2826727564359
SST2: 437.780764662712
HMXL_DR_2: 5742.89209834135
XMXL_2: 7477.26411227178
data appended to tavg file:
./bwma1850.f09.y13.los_chocoyos.qboE.ensoN.clone.SO2.pop.h.nday1.0013-04-01.nc
Global Time Averages: 04-13-0013 00:00:00
photoC_sp_zint_2: 2.109064031160635E-002
photoC_diat_zint_2: 1.479657219634598E-002
photoC_diaz_zint_2: 1.272215640762104E-003
CaCO3_form_zint_2: 1.019605613203235E-003
ECOSYS_IFRAC_2: 5.566832081261816E-002
ECOSYS_XKW_2: 4.905413530041939E-003
DpCO2_2: 4.48352116489870
FG_CO2_2: -5.244732009525268E-004
STF_O2_2: -3.527481837319026E-003
zooC_zint_100m: 3912.71134769589
spChl_SURF: 7.162906371617439E-002
spC_zint_100m: 2615.24531301831
spCaCO3_zint_100m: 130.197038951319
diatChl_SURF: 0.179262859489140
diatC_zint_100m: 3433.64773596095
diazChl_SURF: 3.112854970686369E-003
diazC_zint_100m: 242.786701242971
data appended to tavg file:
./bwma1850.f09.y13.los_chocoyos.qboE.ensoN.clone.SO2.pop.h.ecosys.nday1.0013-04
-01.nc
(time_manager) ocn date 00013-apr-14, 0.000000E+00 sec nsteps_total = 107591
Global Time Averages: 04-14-0013 00:00:00
SST: 18.2773793253390
SST2: 437.662368705589
HMXL_DR_2: 5705.96521588273
XMXL_2: 7413.44822473020
data appended to tavg file:
./bwma1850.f09.y13.los_chocoyos.qboE.ensoN.clone.SO2.pop.h.nday1.0013-04-01.nc
Global Time Averages: 04-14-0013 00:00:00
photoC_sp_zint_2: 2.097658289014536E-002
photoC_diat_zint_2: 1.519511655623528E-002
photoC_diaz_zint_2: 1.276310388822308E-003
CaCO3_form_zint_2: 1.045663425826246E-003
ECOSYS_IFRAC_2: 5.573521357382993E-002
ECOSYS_XKW_2: 5.060706227025183E-003
DpCO2_2: 4.28723737955770
FG_CO2_2: -4.736526889426548E-004
STF_O2_2: -3.894027184216568E-003
zooC_zint_100m: 3910.35740586405
spChl_SURF: 7.319652422157460E-002
spC_zint_100m: 2624.08862819634
spCaCO3_zint_100m: 134.856948889856
diatChl_SURF: 0.188866125767081
diatC_zint_100m: 3477.97081270717
diazChl_SURF: 3.129006834758013E-003
diazC_zint_100m: 243.526452268545
data appended to tavg file:
./bwma1850.f09.y13.los_chocoyos.qboE.ensoN.clone.SO2.pop.h.ecosys.nday1.0013-04
-01.nc
(time_manager) ocn date 00013-apr-15, 0.000000E+00 sec nsteps_total = 107615
Global Time Averages: 04-15-0013 00:00:00
SST: 18.2725638219342
SST2: 437.637834266633
HMXL_DR_2: 5632.05917338313
XMXL_2: 7289.40573602981
data appended to tavg file:
./bwma1850.f09.y13.los_chocoyos.qboE.ensoN.clone.SO2.pop.h.nday1.0013-04-01.nc
Global Time Averages: 04-15-0013 00:00:00
photoC_sp_zint_2: 2.081824156466194E-002
photoC_diat_zint_2: 1.551997376075334E-002
photoC_diaz_zint_2: 1.277376742613305E-003
CaCO3_form_zint_2: 1.044514797853541E-003
ECOSYS_IFRAC_2: 5.588215439643864E-002
ECOSYS_XKW_2: 4.978386691102825E-003
DpCO2_2: 4.13379539473267
FG_CO2_2: -3.143260282357644E-004
STF_O2_2: -4.089236369222774E-003
zooC_zint_100m: 3906.20394457047
spChl_SURF: 7.494447154366438E-002
spC_zint_100m: 2626.21124900851
spCaCO3_zint_100m: 139.084231381550
diatChl_SURF: 0.194890392630540
diatC_zint_100m: 3539.49758958823
diazChl_SURF: 3.134279236053710E-003
diazC_zint_100m: 243.974300436296
data appended to tavg file:
./bwma1850.f09.y13.los_chocoyos.qboE.ensoN.clone.SO2.pop.h.ecosys.nday1.0013-04
-01.nc
(time_manager) ocn date 00013-apr-16, 0.000000E+00 sec nsteps_total = 107639
Global Time Averages: 04-16-0013 00:00:00
SST: 18.2690931762147
SST2: 437.633825725860
HMXL_DR_2: 5552.67764652606
XMXL_2: 7175.26914944649
data appended to tavg file:
./bwma1850.f09.y13.los_chocoyos.qboE.ensoN.clone.SO2.pop.h.nday1.0013-04-01.nc
Global Time Averages: 04-16-0013 00:00:00
photoC_sp_zint_2: 2.071099033076221E-002
photoC_diat_zint_2: 1.568485618830150E-002
photoC_diaz_zint_2: 1.275297896972523E-003
CaCO3_form_zint_2: 1.029506291000568E-003
ECOSYS_IFRAC_2: 5.603899170451065E-002
ECOSYS_XKW_2: 4.816940866639384E-003
DpCO2_2: 3.92579672924703
FG_CO2_2: -2.827092348431912E-004
STF_O2_2: -4.285812268163935E-003
zooC_zint_100m: 3900.51542555736
spChl_SURF: 7.633632356372205E-002
spC_zint_100m: 2621.31624785871
spCaCO3_zint_100m: 141.088147385182
diatChl_SURF: 0.203565916331896
diatC_zint_100m: 3616.45185245803
diazChl_SURF: 3.135075696607635E-003
diazC_zint_100m: 244.018693869773
data appended to tavg file:
./bwma1850.f09.y13.los_chocoyos.qboE.ensoN.clone.SO2.pop.h.ecosys.nday1.0013-04
-01.nc
(time_manager) ocn date 00013-apr-17, 0.000000E+00 sec nsteps_total = 107663
Global Time Averages: 04-17-0013 00:00:00
SST: 18.2656316081816
SST2: 437.628796563832
HMXL_DR_2: 5446.95690118527
XMXL_2: 7098.87469445728
data appended to tavg file:
./bwma1850.f09.y13.los_chocoyos.qboE.ensoN.clone.SO2.pop.h.nday1.0013-04-01.nc
Global Time Averages: 04-17-0013 00:00:00
photoC_sp_zint_2: 2.072261177627151E-002
photoC_diat_zint_2: 1.600387948588992E-002
photoC_diaz_zint_2: 1.281342219840565E-003
CaCO3_form_zint_2: 1.011613565851730E-003
ECOSYS_IFRAC_2: 5.623682681795209E-002
ECOSYS_XKW_2: 4.657633533437303E-003
DpCO2_2: 3.66830998349477
FG_CO2_2: -2.041085026678982E-004
STF_O2_2: -4.961634582715722E-003
zooC_zint_100m: 3894.27233005741
spChl_SURF: 7.711104340292971E-002
spC_zint_100m: 2613.22813697256
spCaCO3_zint_100m: 140.264689428137
diatChl_SURF: 0.213569244621042
diatC_zint_100m: 3697.68973374472
diazChl_SURF: 3.131644081558330E-003
diazC_zint_100m: 244.384784487326
data appended to tavg file:
./bwma1850.f09.y13.los_chocoyos.qboE.ensoN.clone.SO2.pop.h.ecosys.nday1.0013-04
-01.nc
(time_manager) ocn date 00013-apr-18, 0.000000E+00 sec nsteps_total = 107687
Global Time Averages: 04-18-0013 00:00:00
SST: 18.2602573814866
SST2: 437.533106814424
HMXL_DR_2: 5396.95157367491
XMXL_2: 7090.11267179418
data appended to tavg file:
./bwma1850.f09.y13.los_chocoyos.qboE.ensoN.clone.SO2.pop.h.nday1.0013-04-01.nc
Global Time Averages: 04-18-0013 00:00:00
photoC_sp_zint_2: 2.084247939796469E-002
photoC_diat_zint_2: 1.649342181822368E-002
photoC_diaz_zint_2: 1.284741621737654E-003
CaCO3_form_zint_2: 1.014857404049532E-003
ECOSYS_IFRAC_2: 5.659888230797804E-002
ECOSYS_XKW_2: 4.789351357962085E-003
DpCO2_2: 3.40653043517847
FG_CO2_2: -3.016289736974858E-004
STF_O2_2: -5.768707924931607E-003
zooC_zint_100m: 3891.06846653682
spChl_SURF: 7.691002734832897E-002
spC_zint_100m: 2611.28823966733
spCaCO3_zint_100m: 138.748472209539
diatChl_SURF: 0.220317241583776
diatC_zint_100m: 3803.80359120418
diazChl_SURF: 3.136326479466690E-003
diazC_zint_100m: 245.161253341213
data appended to tavg file:
./bwma1850.f09.y13.los_chocoyos.qboE.ensoN.clone.SO2.pop.h.ecosys.nday1.0013-04
-01.nc
(time_manager) ocn date 00013-apr-19, 0.000000E+00 sec nsteps_total = 107711
Global Time Averages: 04-19-0013 00:00:00
SST: 18.2552976993728
SST2: 437.472731271968
HMXL_DR_2: 5387.12979959874
XMXL_2: 7006.57561033276
data appended to tavg file:
./bwma1850.f09.y13.los_chocoyos.qboE.ensoN.clone.SO2.pop.h.nday1.0013-04-01.nc
Global Time Averages: 04-19-0013 00:00:00
photoC_sp_zint_2: 2.084393851597625E-002
photoC_diat_zint_2: 1.696167726193222E-002
photoC_diaz_zint_2: 1.289092545322912E-003
CaCO3_form_zint_2: 1.003038909323511E-003
ECOSYS_IFRAC_2: 5.706132743131828E-002
ECOSYS_XKW_2: 4.921379159766501E-003
DpCO2_2: 3.23267248834863
FG_CO2_2: -3.393515800313126E-004
STF_O2_2: -5.517732953399140E-003
zooC_zint_100m: 3892.18897890147
spChl_SURF: 7.622101822468863E-002
spC_zint_100m: 2601.07565010055
spCaCO3_zint_100m: 136.141643434382
diatChl_SURF: 0.229100928700519
diatC_zint_100m: 3930.03142391182
diazChl_SURF: 3.145753989880846E-003
diazC_zint_100m: 245.823568500178
data appended to tavg file:
./bwma1850.f09.y13.los_chocoyos.qboE.ensoN.clone.SO2.pop.h.ecosys.nday1.0013-04
-01.nc
(time_manager) ocn date 00013-apr-20, 0.000000E+00 sec nsteps_total = 107735
Global Time Averages: 04-20-0013 00:00:00
SST: 18.2500101122240
SST2: 437.420732028298
HMXL_DR_2: 5353.78957024380
XMXL_2: 6843.58731884239
data appended to tavg file:
./bwma1850.f09.y13.los_chocoyos.qboE.ensoN.clone.SO2.pop.h.nday1.0013-04-01.nc
Global Time Averages: 04-20-0013 00:00:00
photoC_sp_zint_2: 2.065580767885784E-002
photoC_diat_zint_2: 1.693628557669153E-002
photoC_diaz_zint_2: 1.283501530106573E-003
CaCO3_form_zint_2: 9.867693643715815E-004
ECOSYS_IFRAC_2: 5.736830939111907E-002
ECOSYS_XKW_2: 4.987053818070063E-003
DpCO2_2: 3.22382779243753
FG_CO2_2: -1.444026571057357E-004
STF_O2_2: -5.648964654861192E-003
zooC_zint_100m: 3895.90036077225
spChl_SURF: 7.427134871962185E-002
spC_zint_100m: 2579.75848400290
spCaCO3_zint_100m: 132.840590520925
diatChl_SURF: 0.238283079449517
diatC_zint_100m: 4046.04403322295
diazChl_SURF: 3.158438289991677E-003
diazC_zint_100m: 246.203561569927
data appended to tavg file:
./bwma1850.f09.y13.los_chocoyos.qboE.ensoN.clone.SO2.pop.h.ecosys.nday1.0013-04
-01.nc
(time_manager) ocn date 00013-apr-21, 0.000000E+00 sec nsteps_total = 107759
Global Time Averages: 04-21-0013 00:00:00
SST: 18.2450228923524
SST2: 437.419453314199
HMXL_DR_2: 5279.09377053702
XMXL_2: 6614.42881674606
data appended to tavg file:
./bwma1850.f09.y13.los_chocoyos.qboE.ensoN.clone.SO2.pop.h.nday1.0013-04-01.nc
Global Time Averages: 04-21-0013 00:00:00
photoC_sp_zint_2: 2.031203649883151E-002
photoC_diat_zint_2: 1.687895645153021E-002
photoC_diaz_zint_2: 1.282545207171368E-003
CaCO3_form_zint_2: 9.534378366976742E-004
ECOSYS_IFRAC_2: 5.768633431477488E-002
ECOSYS_XKW_2: 4.872991730919873E-003
DpCO2_2: 3.26248736182440
FG_CO2_2: -6.445549330528769E-006
STF_O2_2: -6.441607546219642E-003
zooC_zint_100m: 3899.68233564909
spChl_SURF: 7.135971188048182E-002
spC_zint_100m: 2536.79860912732
spCaCO3_zint_100m: 128.207992614695
diatChl_SURF: 0.242410185839913
diatC_zint_100m: 4136.39767474791
diazChl_SURF: 3.165963766207668E-003
diazC_zint_100m: 245.939760557588
data appended to tavg file:
./bwma1850.f09.y13.los_chocoyos.qboE.ensoN.clone.SO2.pop.h.ecosys.nday1.0013-04
-01.nc
(time_manager) ocn date 00013-apr-22, 0.000000E+00 sec nsteps_total = 107783
Global Time Averages: 04-22-0013 00:00:00
SST: 18.2398999668148
SST2: 437.404896413501
HMXL_DR_2: 5254.24935540201
XMXL_2: 6558.47652094272
data appended to tavg file:
./bwma1850.f09.y13.los_chocoyos.qboE.ensoN.clone.SO2.pop.h.nday1.0013-04-01.nc
Global Time Averages: 04-22-0013 00:00:00
photoC_sp_zint_2: 1.976138750748458E-002
photoC_diat_zint_2: 1.685574882683007E-002
photoC_diaz_zint_2: 1.285243599821351E-003
CaCO3_form_zint_2: 8.976990579981090E-004
ECOSYS_IFRAC_2: 5.800862003018042E-002
ECOSYS_XKW_2: 4.874888342347631E-003
DpCO2_2: 3.23544469928349
FG_CO2_2: -3.376879992877937E-005
STF_O2_2: -6.845658436979831E-003
zooC_zint_100m: 3899.20105147244
spChl_SURF: 6.903441538684160E-002
spC_zint_100m: 2485.10976660727
spCaCO3_zint_100m: 122.788830381786
diatChl_SURF: 0.241557280428411
diatC_zint_100m: 4190.66614147263
diazChl_SURF: 3.164570451660742E-003
diazC_zint_100m: 246.186178396281
data appended to tavg file:
./bwma1850.f09.y13.los_chocoyos.qboE.ensoN.clone.SO2.pop.h.ecosys.nday1.0013-04
-01.nc
(time_manager) ocn date 00013-apr-23, 0.000000E+00 sec nsteps_total = 107807
Global Time Averages: 04-23-0013 00:00:00
SST: 18.2341782847918
SST2: 437.311309093453
HMXL_DR_2: 5257.98468728310
XMXL_2: 6612.25747816290
data appended to tavg file:
./bwma1850.f09.y13.los_chocoyos.qboE.ensoN.clone.SO2.pop.h.nday1.0013-04-01.nc
Global Time Averages: 04-23-0013 00:00:00
photoC_sp_zint_2: 1.949186949915274E-002
photoC_diat_zint_2: 1.684993300291914E-002
photoC_diaz_zint_2: 1.296865763859726E-003
CaCO3_form_zint_2: 8.699528661331651E-004
ECOSYS_IFRAC_2: 5.820292277434071E-002
ECOSYS_XKW_2: 4.924701801582449E-003
DpCO2_2: 3.08580392552289
FG_CO2_2: 1.732030142563203E-005
STF_O2_2: -6.146393361816792E-003
zooC_zint_100m: 3891.63283542917
spChl_SURF: 6.675400588938014E-002
spC_zint_100m: 2432.05385735860
spCaCO3_zint_100m: 117.023746709074
diatChl_SURF: 0.243080144848187
diatC_zint_100m: 4226.54698428340
diazChl_SURF: 3.173059914848868E-003
diazC_zint_100m: 246.610083865608
data appended to tavg file:
./bwma1850.f09.y13.los_chocoyos.qboE.ensoN.clone.SO2.pop.h.ecosys.nday1.0013-04
-01.nc