data: $integral dtime$ [ IRI MP RESEARCH ATMOSPHERE GLOBAL CCM mem06 PRECSC ]

served from IRI/LDEO Climate Data Library

∫dtime [ IRI MP RESEARCH ATMOSPHERE GLOBAL CCM mem06 PRECSC ]: Convective snow rate (water equivalent) data

MP RESEARCH ATMOSPHERE GLOBAL CCM mem06 mem06 PRECSC Convective snow rate (water equivalent) from IRI: International Research Institute for Climate and Society.

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
longitude: grid: /lon (degree_east) periodic (0) to (2.8125W) by 2.8125 N= 128 pts :grid
time (time): grid: /time (months since 1960-01-01) ordered (0000 1 Oct 1978) to (0000 1 Mar 1996) by 1.0 N= 210 pts :grid

Other Info

bufferwordsize: 8
CE: null
CS: null
datatype: doublearraytype
file_missing_value: -999.0
missing_value: NaN
time_op: average
units: 0.0833333333333333 meter second^-1 year
history: Tue Nov 2 09:44:20 1999> /crunch/c2/suzana/ccm/ccm2nc/ccm2nc 1978-10 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 long6.nc

Last updated: Mon, 06 Aug 2018 18:34:30 GMT

Data Views

	lat	lon	time
$integral dtime$ [ IRI MP RESEARCH ATMOSPHERE GLOBAL CCM mem06 PRECSC ][ lon lat \| time]	M	M	M

Filters

Here are some filters that are useful for manipulating data. There are actually many more available, but they have to be entered manually. See Ingrid Function Documentation for more information.

Monthly Climatology calculates a monthly climatology by averaging over all years.
anomalies calculates the difference between the (above) monthly climatology and the original data.
Integrate along lon lat time
Differentiate along lon lat time
Take differences along lon lat time