T	WBAN
NOAA NCDC DAILY FSOD[elev TMPW TMAX lat PSUN TSUN STMM DPTP SGSS SNWD SMMM Name SMSS lon DPNT SCMM FRGT SNOW FRGB SGMM CLDG TMIN SAMM HTDG PKGS GAHT THIC SASS MXRH ASSS PRES FRGH ASMM AWND SCSS MNRH PRCP STSS ]
NOAA NCDC DAILY FSOD THIC[ T | WBAN]	M	M
NOAA NCDC DAILY FSOD SMMM[ T | WBAN]	M	M
NOAA NCDC DAILY FSOD MNRH[ T | WBAN]	M	M
NOAA NCDC DAILY FSOD SMSS[ T | WBAN]	M	M
NOAA NCDC DAILY FSOD THIC[ T | WBAN]	M	M
$partialdiff sub WBAN$ [ NOAA NCDC DAILY FSOD SMMM ][ T | WBAN]	M	D
NOAA NCDC DAILY FSOD SCMM[ T | WBAN]	M	M
NOAA NCDC DAILY FSOD SNOW[ T | WBAN]	M	D
$integral dWBAN$ WBAN[ WBAN |]		M

SOURCES .NOAA .NCDC .DAILY .FSOD THIC 1 index .SMMM 2 index .MNRH 3 index .SMSS 3 index 3 index WBAN partial 6 index .SCMM 7 index .SNOW WBAN differences %5BT WBAN %5Ddetrend-bfl WBAN integral

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 WBAN
• Differentiate along WBAN
• Take differences along WBAN

Average over WBAN |
RMS (root mean square with mean *not* removed) over WBAN |
RMSA (root mean square with mean removed) over WBAN |
Maximum over WBAN |
Minimum over WBAN |
Detrend (best-fit-line) over WBAN |

Convert units from ids ids to

Note on units