dataset: IRI MP RESEARCH ATMOSPHERE GLOBAL CCM mem10

served from IRI/LDEO Climate Data Library

IRI MP RESEARCH ATMOSPHERE GLOBAL CCM mem10

MP RESEARCH ATMOSPHERE GLOBAL CCM mem10 from IRI: International Research Institute for Climate and Society.

Documents

an outline showing all sub-datasets and variables contained in this dataset

Datasets and variables

Vertically-integrated, random overlap, high cloud amount	IRI MP RESEARCH ATMOSPHERE GLOBAL CCM mem10 CLDHGH[ lon lat \| time]
Vertically-integrated, random overlap, low cloud amount	IRI MP RESEARCH ATMOSPHERE GLOBAL CCM mem10 CLDLOW[ lon lat \| time]
Vertically-integrated, random overlap, mid-level cloud amount	IRI MP RESEARCH ATMOSPHERE GLOBAL CCM mem10 CLDMED[ lon lat \| time]
Vertically-integrated, random overlap, total cloud amount	IRI MP RESEARCH ATMOSPHERE GLOBAL CCM mem10 CLDTOT[ lon lat \| time]
MSS pathname of this file
current date as 8 digit integer (YYYYMMDD)	IRI MP RESEARCH ATMOSPHERE GLOBAL CCM mem10 date[ time \|]
seconds to complete current date	IRI MP RESEARCH ATMOSPHERE GLOBAL CCM mem10 datesec[ time \|]
MSS pathname of first file for this case
Net longwave flux at surface	IRI MP RESEARCH ATMOSPHERE GLOBAL CCM mem10 FLNS[ lon lat \| time]
Clearsky net longwave flux at surface	IRI MP RESEARCH ATMOSPHERE GLOBAL CCM mem10 FLNSC[ lon lat \| time]
Net longwave flux at top	IRI MP RESEARCH ATMOSPHERE GLOBAL CCM mem10 FLNT[ lon lat \| time]
Clearsky net longwave flux at top	IRI MP RESEARCH ATMOSPHERE GLOBAL CCM mem10 FLNTC[ lon lat \| time]
FSDS	IRI MP RESEARCH ATMOSPHERE GLOBAL CCM mem10 FSDS[ lon lat \| time]
FSNIRT	IRI MP RESEARCH ATMOSPHERE GLOBAL CCM mem10 FSNIRT[ lon lat \| time]
FSNIRTSQ	IRI MP RESEARCH ATMOSPHERE GLOBAL CCM mem10 FSNIRTSQ[ lon lat \| time]
FSNRTC	IRI MP RESEARCH ATMOSPHERE GLOBAL CCM mem10 FSNRTC[ lon lat \| time]
Net solar flux at surface	IRI MP RESEARCH ATMOSPHERE GLOBAL CCM mem10 FSNS[ lon lat \| time]
Clearsky net solar flux at surface	IRI MP RESEARCH ATMOSPHERE GLOBAL CCM mem10 FSNSC[ lon lat \| time]
Net solar flux at top	IRI MP RESEARCH ATMOSPHERE GLOBAL CCM mem10 FSNT[ lon lat \| time]
Clearsky net solar flux at top	IRI MP RESEARCH ATMOSPHERE GLOBAL CCM mem10 FSNTC[ lon lat \| time]
gauss weights	IRI MP RESEARCH ATMOSPHERE GLOBAL CCM mem10 gw[ lat \|]
MSS pathname of initial data
Surface latent heat flux	IRI MP RESEARCH ATMOSPHERE GLOBAL CCM mem10 LHFLX[ lon lat \| time]
Liquid water scale height	IRI MP RESEARCH ATMOSPHERE GLOBAL CCM mem10 LWSH[ lon lat \| time]
model timestep
frequency of model writes (timesteps)
base date as 8 digit integer (YYYYMMDD)
seconds to complete base date
base day for this case
number of longitudes at each latitude	IRI MP RESEARCH ATMOSPHERE GLOBAL CCM mem10 nlons[ lat \|]
seconds to complete base day
spectral truncation parameter K
spectral truncation parameter M
spectral truncation parameter N
Vertical pressure velocity	IRI MP RESEARCH ATMOSPHERE GLOBAL CCM mem10 OMEGA[ lon lat layer \| time]
ocean (0), land (1), sea ice (2) flag	IRI MP RESEARCH ATMOSPHERE GLOBAL CCM mem10 ORO[ lon lat \| time]
MSS pathname of ozone boundary data
reference pressure
PBL height	IRI MP RESEARCH ATMOSPHERE GLOBAL CCM mem10 PBLH[ lon lat \| time]
surface geopotential	IRI MP RESEARCH ATMOSPHERE GLOBAL CCM mem10 PHIS[ lon lat \| time]
Convective precipitation rate	IRI MP RESEARCH ATMOSPHERE GLOBAL CCM mem10 PRECC[ lon lat \| time]
Large-scale (stable) precipitation rate	IRI MP RESEARCH ATMOSPHERE GLOBAL CCM mem10 PRECL[ lon lat \| time]
Convective snow rate (water equivalent)	IRI MP RESEARCH ATMOSPHERE GLOBAL CCM mem10 PRECSC[ lon lat \| time]
Large-scale (stable) snow rate (water equivalent)	IRI MP RESEARCH ATMOSPHERE GLOBAL CCM mem10 PRECSL[ lon lat \| time]
surface pressure	IRI MP RESEARCH ATMOSPHERE GLOBAL CCM mem10 PS[ lon lat \| time]
Sea level pressure	IRI MP RESEARCH ATMOSPHERE GLOBAL CCM mem10 PSL[ lon lat \| time]
specific humidity	IRI MP RESEARCH ATMOSPHERE GLOBAL CCM mem10 Q[ lon lat layer \| time]
Surface water flux	IRI MP RESEARCH ATMOSPHERE GLOBAL CCM mem10 QFLX[ lon lat \| time]
Relative humidity	IRI MP RESEARCH ATMOSPHERE GLOBAL CCM mem10 RELHUM[ lon lat layer \| time]
SGH	IRI MP RESEARCH ATMOSPHERE GLOBAL CCM mem10 SGH[ lon lat \| time]
Surface sensible heat flux	IRI MP RESEARCH ATMOSPHERE GLOBAL CCM mem10 SHFLX[ lon lat \| time]
SICTHK	IRI MP RESEARCH ATMOSPHERE GLOBAL CCM mem10 SICTHK[ lon lat \| time]
Water equivalent snow depth	IRI MP RESEARCH ATMOSPHERE GLOBAL CCM mem10 SNOWH[ lon lat \| time]
Solar insolation	IRI MP RESEARCH ATMOSPHERE GLOBAL CCM mem10 SOLIN[ lon lat \| time]
SOLL	IRI MP RESEARCH ATMOSPHERE GLOBAL CCM mem10 SOLL[ lon lat \| time]
SOLLD	IRI MP RESEARCH ATMOSPHERE GLOBAL CCM mem10 SOLLD[ lon lat \| time]
SOLS	IRI MP RESEARCH ATMOSPHERE GLOBAL CCM mem10 SOLS[ lon lat \| time]
SOLSD	IRI MP RESEARCH ATMOSPHERE GLOBAL CCM mem10 SOLSD[ lon lat \| time]
Net radiative flux at surface	IRI MP RESEARCH ATMOSPHERE GLOBAL CCM mem10 SRFRAD[ lon lat \| time]
MSS pathname of SST boundary data
temperature	IRI MP RESEARCH ATMOSPHERE GLOBAL CCM mem10 T[ lon lat layer \| time]
X-component (east-west) of surface stress	IRI MP RESEARCH ATMOSPHERE GLOBAL CCM mem10 TAUX[ lon lat \| time]
Y-component (north-south) of surface stress	IRI MP RESEARCH ATMOSPHERE GLOBAL CCM mem10 TAUY[ lon lat \| time]
MSS pathname of time-invariant boundary data
Reference height temperature	IRI MP RESEARCH ATMOSPHERE GLOBAL CCM mem10 TREFHT[ lon lat \| time]
Surface temperature	IRI MP RESEARCH ATMOSPHERE GLOBAL CCM mem10 TS[ lon lat \| time]
Surface temperature (level 1)	IRI MP RESEARCH ATMOSPHERE GLOBAL CCM mem10 TS1[ lon lat \| time]
Subsurface temperature (level 2)	IRI MP RESEARCH ATMOSPHERE GLOBAL CCM mem10 TS2[ lon lat \| time]
Subsurface temperature (level 3)	IRI MP RESEARCH ATMOSPHERE GLOBAL CCM mem10 TS3[ lon lat \| time]
Subsurface temperature (level 4)	IRI MP RESEARCH ATMOSPHERE GLOBAL CCM mem10 TS4[ lon lat \| time]
zonal wind component	IRI MP RESEARCH ATMOSPHERE GLOBAL CCM mem10 U[ lon lat layer \| time]
Surface friction velocity	IRI MP RESEARCH ATMOSPHERE GLOBAL CCM mem10 USTAR[ lon lat \| time]
meridional wind component	IRI MP RESEARCH ATMOSPHERE GLOBAL CCM mem10 V[ lon lat layer \| time]
Z3	IRI MP RESEARCH ATMOSPHERE GLOBAL CCM mem10 Z3[ lon lat layer \| time]
ZMDT	IRI MP RESEARCH ATMOSPHERE GLOBAL CCM mem10 ZMDT[ lon lat layer \| time]

Independent Variables (Grids)

latitude	grid: /lat (degree_north) ordered [ (87.8638S) (85.09653S) (82.31291S) (79.5256S) (76.7369S) (73.94752S) (71.15775S) (68.36776S) (65.57761S) (62.78735S) (59.99702S) (57.20663S) (54.4162S) (51.62573S) (48.83524S) (46.04473S) (43.2542S) (40.46365S) (37.67309S) (34.88252S) (32.09195S) (29.30136S) (26.51077S) (23.72017S) (20.92957S) (18.13897S) (15.34836S) (12.55776S) (9.767145S) (6.976533S) (4.185921S) (1.395307S) (1.395307N) (4.185921N) (6.976533N) (9.767145N) (12.55776N) (15.34836N) (18.13897N) (20.92957N) (23.72017N) (26.51077N) (29.30136N) (32.09195N) (34.88252N) (37.67309N) (40.46365N) (43.2542N) (46.04473N) (48.83524N) (51.62573N) (54.4162N) (57.20663N) (59.99702N) (62.78735N) (65.57761N) (68.36776N) (71.15775N) (73.94752N) (76.7369N) (79.5256N) (82.31291N) (85.09653N) (87.8638N)] :grid
pressure	grid: /layer (Pa) ordered [ (1000.0) (5000.0) (10000.0) (20000.0) (30000.0) (40000.0) (50000.0) (60000.0) (70000.0) (80000.0) (92500.0) (97500.0) (100000.0)] :grid
longitude	grid: /lon (degree_east) periodic (0) to (2.8125W) by 2.8125 N= 128 pts :grid
nchar	grid: /nchar (unitless) ordered (1.0) to (81.0) by 1.0 N= 81 pts :grid
time (time)	grid: /time (months since 1960-01-01) ordered (Nov 1978) to (Feb 1996) by 1.0 N= 208 pts :grid

Other Info

case: long10
Conventions: NCAR-CSM
hybrid_sigma_pressure: Pressure at a grid point (lon(i),lat(j),lev(k)) is computed using the formula: p(i,j,k) = A(k)*PO + B(k)*PS(i,j) where A, B, PO, and PS are contained in the variables whose names are given by the attributes of the vertical coordinate variable A_var, B_var, P0_var, and PS_var respectively.
missing_value: -999.0
source: Data converted from CCM History Tape Format
title: long10
history: Fri Dec 17 09:31:05 1999> /c2/suzana/ccm/ccm2nc/ccm2nc 1978-11 1978-12 1979-01 1979-02 1979-03 1979-04 1979-05 1979-06 1979-07 1979-08 1979-09 1979-10 1979-11 1979-12 1980-01 1980-02 1980-03 1980-04 1980-05 1980-06 1980-07 1980-08 1980-09 1980-10 1980-11 1980-12 1981-01 1981-02 1981-03 1981-04 1981-05 1981-06 1981-07 1981-08 1981-09 1981-10 1981-11 1981-12 1982-01 1982-02 1982-03 1982-04 1982-05 1982-06 1982-07 1982-08 1982-09 1982-10 1982-11 1982-12 1983-01 1983-02 1983-03 1983-04 1983-05 1983-06 1983-07 1983-08 1983-09 1983-10 1983-11 1983-12 1984-01 1984-02 1984-03 1984-04 1984-05 1984-06 1984-07 1984-08 1984-09 1984-10 1984-11 1984-12 1985-01 1985-02 1985-03 1985-04 1985-05 1985-06 1985-07 1985-08 1985-09 1985-10 1985-11 1985-12 1986-01 1986-02 1986-03 1986-04 1986-05 1986-06 1986-07 1986-08 1986-09 1986-10 1986-11 1986-12 1987-01 1987-02 1987-03 1987-04 1987-05 1987-06 1987-07 1987-08 1987-09 1987-10 1987-11 1987-12 1988-01 1988-02 1988-03 1988-04 1988-05 1988-06 1988-07 1988-08 1988-09 1988-10 1988-11 1988-12 1989-01 1989-02 1989-03 1989-04 1989-05 1989-06 1989-07 1989-08 1989-09 1989-10 1989-11 1989-12 1990-01 1990-02 1990-03 1990-04 1990-05 1990-06 1990-07 1990-08 1990-09 1990-10 1990-11 1990-12 1991-01 1991-02 1991-03 1991-04 1991-05 1991-06 1991-07 1991-08 1991-09 1991-10 1991-11 1991-12 1992-01 1992-02 1992-03 1992-04 1992-05 1992-06 1992-07 1992-08 1992-09 1992-10 1992-11 1992-12 1993-01 1993-02 1993-03 1993-04 1993-05 1993-06 1993-07 1993-08 1993-09 1993-10 1993-11 1993-12 1994-01 1994-02 1994-03 1994-04 1994-05 1994-06 1994-07 1994-08 1994-09 1994-10 1994-11 1994-12 1995-01 1995-02 1995-03 1995-04 1995-05 1995-06 1995-07 1995-08 1995-09 1995-10 1995-11 1995-12 1996-01 1996-02 long10.nc

Last updated: Wed, 13 Feb 2019 20:27:28 GMT

Data Views

IRI MP RESEARCH ATMOSPHERE GLOBAL CCM mem10[ ]