Parameter-Documentation

Generic Description: Dry Tropospheric Correction
Parameter: dtrop Recordmap: tropd
Unit: m Size: 2 Scaling: -3
Version 00
ERS-1 (Phase A)
SGDR/REAPER
1Hz
Dry Tropospheric Correction
Computed at the altimeter time-tag from the interpolation of 2 meteorological fields that surround the altimeter time-tag. A dry tropospheric correction must be added (negative value) to the instrument range to correct this range measurement for dry tropospheric range delays of the radar pulse. See REAPER User Handbook.
Source: SGDR/REAPER
Original-Parameter: model_dry_tropo_corr
ERS-1 (Phase A)
SGDR/REAPER
20Hz
Dry Tropospheric Correction
Computed at the altimeter time-tag from the interpolation of 2 meteorological fields that surround the altimeter time-tag. A dry tropospheric correction must be added (negative value) to the instrument range to correct this range measurement for dry tropospheric range delays of the radar pulse. See REAPER User Handbook.
Source: SGDR/REAPER
Original-Parameter: model_dry_tropo_corr
ERS-1 (Phase B)
SGDR/REAPER
1Hz
Dry Tropospheric Correction
Computed at the altimeter time-tag from the interpolation of 2 meteorological fields that surround the altimeter time-tag. A dry tropospheric correction must be added (negative value) to the instrument range to correct this range measurement for dry tropospheric range delays of the radar pulse. See REAPER User Handbook.
Source: SGDR/REAPER
Original-Parameter: model_dry_tropo_corr
ERS-1 (Phase B)
SGDR/REAPER
20Hz
Dry Tropospheric Correction
Computed at the altimeter time-tag from the interpolation of 2 meteorological fields that surround the altimeter time-tag. A dry tropospheric correction must be added (negative value) to the instrument range to correct this range measurement for dry tropospheric range delays of the radar pulse. See REAPER User Handbook.
Source: SGDR/REAPER
Original-Parameter: model_dry_tropo_corr
ERS-1 (Phase C)
SGDR/REAPER
1Hz
Dry Tropospheric Correction
Computed at the altimeter time-tag from the interpolation of 2 meteorological fields that surround the altimeter time-tag. A dry tropospheric correction must be added (negative value) to the instrument range to correct this range measurement for dry tropospheric range delays of the radar pulse. See REAPER User Handbook.
Source: SGDR/REAPER
Original-Parameter: model_dry_tropo_corr
ERS-1 (Phase C)
SGDR/REAPER
20Hz
Dry Tropospheric Correction
Computed at the altimeter time-tag from the interpolation of 2 meteorological fields that surround the altimeter time-tag. A dry tropospheric correction must be added (negative value) to the instrument range to correct this range measurement for dry tropospheric range delays of the radar pulse. See REAPER User Handbook.
Source: SGDR/REAPER
Original-Parameter: model_dry_tropo_corr
ERS-1 (Phase D)
SGDR/REAPER
1Hz
Dry Tropospheric Correction
ERS-1 (Phase D)
SGDR/REAPER
20Hz
Dry Tropospheric Correction
Computed at the altimeter time-tag from the interpolation of 2 meteorological fields that surround the altimeter time-tag. A dry tropospheric correction must be added (negative value) to the instrument range to correct this range measurement for dry tropospheric range delays of the radar pulse. See REAPER User Handbook.
Source: SGDR/REAPER
Original-Parameter: model_dry_tropo_corr
ERS-1 (Phase E)
SGDR/REAPER
1Hz
Dry Tropospheric Correction
Computed at the altimeter time-tag from the interpolation of 2 meteorological fields that surround the altimeter time-tag. A dry tropospheric correction must be added (negative value) to the instrument range to correct this range measurement for dry tropospheric range delays of the radar pulse. See REAPER User Handbook.
Source: SGDR/REAPER
Original-Parameter: model_dry_tropo_corr
ERS-1 (Phase E)
SGDR/REAPER
20Hz
Dry Tropospheric Correction
Computed at the altimeter time-tag from the interpolation of 2 meteorological fields that surround the altimeter time-tag. A dry tropospheric correction must be added (negative value) to the instrument range to correct this range measurement for dry tropospheric range delays of the radar pulse. See REAPER User Handbook.
Source: SGDR/REAPER
Original-Parameter: model_dry_tropo_corr
ERS-1 (Phase F)
SGDR/REAPER
1Hz
Dry Tropospheric Correction
Computed at the altimeter time-tag from the interpolation of 2 meteorological fields that surround the altimeter time-tag. A dry tropospheric correction must be added (negative value) to the instrument range to correct this range measurement for dry tropospheric range delays of the radar pulse. See REAPER User Handbook.
Source: SGDR/REAPER
Original-Parameter: model_dry_tropo_corr
ERS-1 (Phase F)
SGDR/REAPER
20Hz
Dry Tropospheric Correction
Computed at the altimeter time-tag from the interpolation of 2 meteorological fields that surround the altimeter time-tag. A dry tropospheric correction must be added (negative value) to the instrument range to correct this range measurement for dry tropospheric range delays of the radar pulse. See REAPER User Handbook.
Source: SGDR/REAPER
Original-Parameter: model_dry_tropo_corr
ERS-1 (Phase G)
SGDR/REAPER
1Hz
Dry Tropospheric Correction
Computed at the altimeter time-tag from the interpolation of 2 meteorological fields that surround the altimeter time-tag. A dry tropospheric correction must be added (negative value) to the instrument range to correct this range measurement for dry tropospheric range delays of the radar pulse. See REAPER User Handbook.
Source: SGDR/REAPER
Original-Parameter: model_dry_tropo_corr
ERS-1 (Phase G)
SGDR/REAPER
20Hz
Dry Tropospheric Correction
Computed at the altimeter time-tag from the interpolation of 2 meteorological fields that surround the altimeter time-tag. A dry tropospheric correction must be added (negative value) to the instrument range to correct this range measurement for dry tropospheric range delays of the radar pulse. See REAPER User Handbook.
Source: SGDR/REAPER
Original-Parameter: model_dry_tropo_corr
ERS-2
SGDR/REAPER
1Hz
Dry Tropospheric Correction
Computed at the altimeter time-tag from the interpolation of 2 meteorological fields that surround the altimeter time-tag. A dry tropospheric correction must be added (negative value) to the instrument range to correct this range measurement for dry tropospheric range delays of the radar pulse. See REAPER User Handbook.
Source: SGDR/REAPER
Original-Parameter: model_dry_tropo_corr
ERS-2
SGDR/REAPER
20Hz
Dry Tropospheric Correction
Computed at the altimeter time-tag from the interpolation of 2 meteorological fields that surround the altimeter time-tag. A dry tropospheric correction must be added (negative value) to the instrument range to correct this range measurement for dry tropospheric range delays of the radar pulse. See REAPER User Handbook.
Source: SGDR/REAPER
Original-Parameter: model_dry_tropo_corr
Envisat
SGDR v2.1
1Hz
Dry Tropospheric Correction
Dry Tropospheric Correction from ECMWF Model
Source: SGDR v2.1
Original-Parameter: mod_dry_tropo_corr (Field number 39)
Envisat
SGDR v2.1
20Hz
Dry Tropospheric Correction
Dry Tropospheric Correction from ECMWF Model
Source: SGDR v2.1
Original-Parameter: mod_dry_tropo_corr
Jason-2
SGDR-D
1Hz
Dry Tropospheric Correction
Dry Tropospheric Correction from ECMWF Model
Source: SGDR-D
Original-Parameter: model_dry_tropo_corr
Jason-2
SGDR-D
20Hz
Dry Tropospheric Correction
Dry Tropospheric Correction from ECMWF Model
Source: SGDR-D
Original-Parameter: model_dry_tropo_corr
Jason-3 (Extended Mission)
SGDR-F
1Hz
Dry Tropospheric Correction
Named model_dry_tropo_corr in GDR-D standard. Computed at the altimeter time-tag from the interpolation of 2 meteorological fields that surround the altimeter time-tag. A dry tropospheric correction must be added (negative value) to the instrument range to correct this range measurement for dry tropospheric range delays of the radar pulse. See Jason-3 User Handbook
Source: SGDR-F
Original-Parameter: data_01/model_dry_tropo_cor_zero_altitude
Jason-3 (Extended Mission)
SGDR-F
20Hz
Dry Tropospheric Correction
Named model_dry_tropo_corr in GDR-D standard. Computed at the altimeter time-tag from the interpolation of 2 meteorological fields that surround the altimeter time-tag. A dry tropospheric correction must be added (negative value) to the instrument range to correct this range measurement for dry tropospheric range delays of the radar pulse. See Jason-3 User Handbook
Source: SGDR-F
Original-Parameter: data_01/model_dry_tropo_cor_zero_altitude
Jason-3
SGDR-D
1Hz
Dry Tropospheric Correction
Dry Tropospheric Correction from ECMWF Model
Source: SGDR-D
Original-Parameter: model_dry_tropo_corr
Jason-3
SGDR-D
20Hz
Dry Tropospheric Correction
Dry Tropospheric Correction from ECMWF Model
Source: SGDR-D
Original-Parameter: model_dry_tropo_corr
Jason-3
SGDR-F
1Hz
Dry Tropospheric Correction
Named model_dry_tropo_corr in GDR-D standard. Computed at the altimeter time-tag from the interpolation of 2 meteorological fields that surround the altimeter time-tag. A dry tropospheric correction must be added (negative value) to the instrument range to correct this range measurement for dry tropospheric range delays of the radar pulse. See Jason-3 User Handbook
Source: SGDR-F
Original-Parameter: data_01/model_dry_tropo_cor_zero_altitude
Jason-3
SGDR-F
20Hz
Dry Tropospheric Correction
Named model_dry_tropo_corr in GDR-D standard. Computed at the altimeter time-tag from the interpolation of 2 meteorological fields that surround the altimeter time-tag. A dry tropospheric correction must be added (negative value) to the instrument range to correct this range measurement for dry tropospheric range delays of the radar pulse. See Jason-3 User Handbook
Source: SGDR-F
Original-Parameter: data_01/model_dry_tropo_cor_zero_altitude
SWOT (CalVal)
SWOT_L2_NALT_IGDR_1.0
20Hz
Dry Tropospheric Correction
Model dry tropospheric correction at zero altitude from ECMWF
Computed at Mean Sea Level Pressure at the altimeter time-tag from the interpolation of 2 meteorological fields that surround the altimeter time-tag. A dry tropospheric correction must be added (negative value) to the instrument range to correct this range measurement for dry tropospheric range delays of the radar pulse. See SWOT Nadir Altimeter User Handbook
Source: SIGDR-F
Original-Parameter: model_dry_tropo_cor_zero_altitude
Sentinel-6A (HR)
NTC/F08
1Hz
Dry Tropospheric Correction
Dry troposphere correction. Computed from 3d meteorological fields at measurement altitude, at the altimeter time-tag from the interpolation of 2 meteorological fields that surround the altimeter time-tag. A dry tropospheric correction must be added (negative value) to the instrument range measurement to correct it for the dry tropospheric delay of the radar pulse
Source: NTC/F08
Original-Parameter: data_01/model_dry_tropo_cor_measurement_altitude
Sentinel-6A (HR)
NTC/F08
20Hz
Dry Tropospheric Correction
Dry troposphere correction. Computed from 3d meteorological fields at measurement altitude, at the altimeter time-tag from the interpolation of 2 meteorological fields that surround the altimeter time-tag. A dry tropospheric correction must be added (negative value) to the instrument range measurement to correct it for the dry tropospheric delay of the radar pulse
Source: NTC/F08
Original-Parameter: data_01/model_dry_tropo_cor_measurement_altitude
Sentinel-6A (LR)
NTC/F08
1Hz
Dry Tropospheric Correction
Dry troposphere correction. Computed from 3d meteorological fields at measurement altitude, at the altimeter time-tag from the interpolation of 2 meteorological fields that surround the altimeter time-tag. A dry tropospheric correction must be added (negative value) to the instrument range measurement to correct it for the dry tropospheric delay of the radar pulse
Source: NTC/F08
Original-Parameter: data_01/model_dry_tropo_cor_measurement_altitude
Sentinel-6A (LR)
NTC/F08
20Hz
Dry Tropospheric Correction
Dry troposphere correction. Computed from 3d meteorological fields at measurement altitude, at the altimeter time-tag from the interpolation of 2 meteorological fields that surround the altimeter time-tag. A dry tropospheric correction must be added (negative value) to the instrument range measurement to correct it for the dry tropospheric delay of the radar pulse
Source: NTC/F08
Original-Parameter: data_01/model_dry_tropo_cor_measurement_altitude
Topex (Extended Mission)
GDR-F
1Hz
Dry Tropospheric Correction
Computed at mean sea level at the altimeter time-tag from the interpolation of 2 meteorological fields that surround the altimeter time-tag. A dry tropospheric correction must be added (negative value) to the instrument range to correct this range measurement for dry tropospheric range delays of the radar pulse. See TOPEX User Handbook.
Source: GDR-F
Original-Parameter: model_dry_tropo_cor_zero_altitude
Topex (Extended Mission)
GDR-F
20Hz
Dry Tropospheric Correction
Computed at mean sea level at the altimeter time-tag from the interpolation of 2 meteorological fields that surround the altimeter time-tag. A dry tropospheric correction must be added (negative value) to the instrument range to correct this range measurement for dry tropospheric range delays of the radar pulse. See TOPEX User Handbook.
Source: GDR-F
Original-Parameter: model_dry_tropo_cor_zero_altitude
Topex
GDR
1Hz
Dry Tropospheric Correction
Topex
GDR-F
1Hz
Dry Tropospheric Correction
Computed at mean sea level at the altimeter time-tag from the interpolation of 2 meteorological fields that surround the altimeter time-tag. A dry tropospheric correction must be added (negative value) to the instrument range to correct this range measurement for dry tropospheric range delays of the radar pulse. See TOPEX User Handbook.
Source: GDR-F
Original-Parameter: model_dry_tropo_cor_zero_altitude
Topex
GDR-F
20Hz
Dry Tropospheric Correction
Computed at mean sea level at the altimeter time-tag from the interpolation of 2 meteorological fields that surround the altimeter time-tag. A dry tropospheric correction must be added (negative value) to the instrument range to correct this range measurement for dry tropospheric range delays of the radar pulse. See TOPEX User Handbook.
Source: GDR-F
Original-Parameter: model_dry_tropo_cor_zero_altitude

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