Index

Rundeck: P1SoM40

Created: Thu May 9 03:30:17 EDT 2024

get_subdd

Module: SUBDAILY

File: DIAG.f

Summary: get_SUBDD saves variables at sub-daily frequency every ABS(NSUBDD) Note that TMIN,TMAX,{ ,c,t,ct}AOD, are only output once/day. If there is a choice between outputting pressure levels or model levels, use lower case for the model levels: Current options: SLP, PS, SAT, PREC, QS, LCLD, MCLD, HCLD, PTRO QLAT, QSEN, SWD, SWU, LWD, LWU, LWT, SWT, STX, STY, ICEF, SNOWD, TCLD, SST, SIT, US, VS, TMIN, TMAX MCP, SNOWC, RS, GT1, GTD, GW0, GWD, GI0, GID, GTALL, GWALL, GIALL (on soil levels) {L,M,H}CLDI,CTPI,TAUI (ISCCP quantities) LGTN, c2gLGTN (lightning flashs/cloud-to-ground) TRP*, TRE* (water tracers only) Z*, R*, T*, Q* (on any fixed pressure level) z*, r*, t*, q* (on any model level) U*, V*, W*, C* (on any model level only) O*, X*, M*, N* (Ox,NOx,CO,NO2 on fixed pres lvl) o*, x*, m*, n* (Ox,NOx,CO,NO2 on any model lvl) oAVG (SFC Ox time-average ppbv) nxAVG (SFC NOx time-average ppbv) cAVG (SFC CO time-average ppbv) oAVG1,nAVG1 (L=1 Ox and NO2 time-average ppbv) PM2p5, PM10 (SFC time-average PM2.5 and PM10 ppmm) PM2p51,PM101(L=1 time-average PM2.5 and PM10 ppmm) cPM2p5,cPM10 (SFC time-average PM2.5, PM10 kg/m3) NO2col NO2 column amount, instant., (kg/m2) D* (HDO on any model level) B* (BE7 on any model level) SO4, RAPR 7BEW, 7BED, BE7ATM LWC,IWC,TLH,SLH,DLH,LLH,OLR,PW,EVP,PBH ! mjo_subdd SWH,LWH,TDRY,DDRY,SDRY,LDRY ! mjo_subdd LWP,IWP,TTRO,PBLH ! additional etc_subdd CTEM,CD3D,CI3D,CL3D,CDN3D,CRE3D,CLWP ! aerosol TAUSS,TAUMC,CLDSS,CLDMC,MCCTP,CLDTOT SO4_d1,SO4_d2,SO4_d3, ! het. chem Clay, Silt1, Silt2, Silt3 ! dust TrSMIXR surface mixing ratio for all tracers [kg/kg] TrSCONC surface concentration for all tracers [kg/m^3] DuEMIS soil dust aerosol emission flux [kg/m^2/s] DuEMIS2 soil dust aerosol emission flux [kg/m^2/s] from cubed wind speed (only diagnostic) DuDEPTURB turbulent depo of soil dust aer [kg/m^2/s] DuDEPGRAV grav settling of soil dust aerosols [kg/m^2/s] DuDEPWET wet deposition of soil dust aerosols [kg/m^2/s] DuLOAD soil dust aer load of atmospheric column [kg/m^2] DuCONC three-dimensional soil dust concentrations [kg/m^3] DuSMIXR surface mix ratio of soil dust aerosols [kg/kg] DuSCONC surface conc of soil dust aerosols [kg/m^3] DuAOD dust aer opt depth daily avg [1] DuCSAOD clear sky dust aer opt depth daily avg [1] AOD aer opt dep (1,nTracerRadiaActive in rad code) daily avg tAOD aer opt dep (sum 1,nTracerRadiaActive) daily avg ctAOD and cAOD are clr-sky versions of tAOD/AOD ictAOD clr-sky sum AOD, 'instantaneous', 3D itAAOD all-sky sum AOD ext-scat band6, instant., 3D FRAC land fractions over 6 types More options can be added as extra cases in this routine
Author : Gavin Schmidt/Reto Ruedy
Version:

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Declaration:

subroutine get_subdd

Variables:

grav : used from constant

rgas : used from constant

bygrav : used from constant

bbyg : used from constant

gbyrb : used from constant

tf : used from constant

mair : used from constant

sha : used from constant

lhe : used from constant

rhow : used from constant

undef : used from constant

stbo : used from constant

bysha : used from constant

seconds_per_day : used from timeconstants_mod

ptop : used from resolution

lm : used from resolution

p : used from atm_com

zatmo : used from atm_com

u : used from atm_com

v : used from atm_com

t : used from atm_com

q : used from atm_com

imaxj : used from geom

axyp : used from geom

byaxyp : used from geom

llow : used from clouds_com

lmid : used from clouds_com

lhi : used from clouds_com

cldss : used from clouds_com

cldmc : used from clouds_com

taumc : used from clouds_com

tauss : used from clouds_com

fss : used from clouds_com

svlat : used from clouds_com

svlhx : used from clouds_com

get_cld_overlap : used from clouds_com

ptropo : used from atm_com

ma : used from atm_com

byma : used from atm_com

wsave : used from atm_com

pk : used from atm_com

phi : used from atm_com

pmid : used from atm_com

prec : used from fluxes

tflux1 : used from fluxes

qflux1 : used from fluxes

uflux1 : used from fluxes

vflux1 : used from fluxes

focean : used from fluxes

flice : used from fluxes

atmocn : used from fluxes

atmice : used from fluxes

atmgla : used from fluxes

atmlnd : used from fluxes

atmsrf : used from fluxes

si_atm : used from seaice_com

flake : used from lakes_com

fearth : used from ghy_com

wearth : used from ghy_com

aiearth : used from ghy_com

soil_surf_moist : used from ghy_com

trhr : used from rad_com

srhr : used from rad_com

srdn : used from rad_com

salb : used from rad_com

cfrac : used from rad_com

cosz1 : used from rad_com

tausumw : used from rad_com

tausumi : used from rad_com

lname_strlen : used from mdiag_com

z_inst : used from diag_com

rh_inst : used from diag_com

t_inst : used from diag_com

tdiurn : used from diag_com

pmb : used from diag_com

isccp_diags : used from diag_com

savehcldi : used from diag_com

savemcldi : used from diag_com

savelcldi : used from diag_com

savectpi : used from diag_com

savetaui : used from diag_com

savescldi : used from diag_com

savetcldi : used from diag_com

savemccldtp : used from diag_com

data : real*4, dimension(grid%i_strt_halo:grid%i_stop_halo, grid%j_strt_halo:grid%j_stop_halo)

datar8 : real*8, dimension(grid%i_strt_halo:grid%i_stop_halo, grid%j_strt_halo:grid%j_stop_halo)

i : integer

j : integer

k : integer

l : integer

kp : integer

ks : integer

kunit : integer

n : integer

n1 : integer

nc : integer

poice : real*8

pearth : real*8

plandi : real*8

pocean : real*8

qsat : real*8

ps : real*8

slp : real*8

zs : real*8

taul : real*8

totcc : real*8

j_0 : integer

j_1 : integer

j_0s : integer

j_1s : integer

i_0 : integer

i_1 : integer

polefix : logical

have_south_pole : logical

have_north_pole : logical

skip : logical

qinstant : logical

flag whether output is instanteneous or accumulated

day_of_month : integer

units_of_data : character(len=24)

units of data for netcdf output

long_name : character(len=lname_strlen+len(kgz_max_suffixes))

long name for netcdf output

rsi : real*8, dimension(:, :), pointer

snowi : real*8, dimension(:, :), pointer