ODB Database

Search:

name	type	description
abnob@index	pk1int	ecxxx-array pointer
actual_depar@body	pk9real	we store the actual departure during the minimization
aeolus_bin1b@aeolus_1b	pk1int	1b bin number
aeolus_hdrflag@aeolus_hdr	aeolus_hdrflag_t	aeolus header flags
aeolus_meas@aeolus_1b	pk1int	measurement number
aircraft_type@conv	string	aircraft type
albedo@modsurf	pk9real	albedo
altitude@aeolus_1b	pk9real	altitude of measurement bin
an_cloudprox@allsky_body	pk9real	cloud proxy analysis
an_cwp@allsky	pk9real	cloud liquid water path @ fg [ kg m-2 ]
an_depar@body	pk9real	observed minus analysed value
an_iwp@allsky	pk9real	cloud ice water path @ fg [ kg m-2 ]
an_rain_rate@allsky	pk9real	surface rain @ fg [mm h-1]
an_rttov_cld_fraction@allsky	pk9real	cloud fraction used in rttov_scatt [0-1]
an_rwp@allsky	pk9real	rain water path @ fg [ kg m-2 ]
an_sens_obs@body	pk9real	analysis sensitivity to the obs
an_snow_rate@allsky	pk9real	surface frozen precipitation @ fg [ mm h-1]
an_swp@allsky	pk9real	snow water path @ fg [ kg m-2 ]
an_tcwv@allsky	pk9real	total column water vapour @ fg [ kg m-2]
anaprop@radar_body	pk1int	indicator of anaprop ???
andate@desc	YYYYMMDD	analysis date
anemoht@conv	pk9real	height of anemometer
antenht@radar_station	pk9real	height of the antenna
antime@desc	HHMMSS	analysis time
aocs_los_veloc@aeolus_1b	pk9real	attitude and orbit control sub-system line-of-sight velocity
apak[$mx_ak]@resat_averaging_kernel	pk9real	averaging kernel prior profile
areatype@hdr	pk1int	observation area type
asr_pclear@radiance	pk1int	All-sky amount segment cloud free ASR radiances
asr_pcloudy@radiance	pk1int	All-sky cloud amount in segment ASR radiances
asr_pcloudy_high@radiance	pk1int	All-sky cloud amount in segment high-clouds
asr_pcloudy_low@radiance	pk1int	All-sky cloud amount in segment low-clouds
asr_pcloudy_middle@radiance	pk1int	All-sky cloud amount in segment middle-clouds
avhrr_coldest_cluster_ir@collocated_imager_information	pk9real	mean avhrr ch 5 radiances for coldest cluster
avhrr_largest_cluster_ir@collocated_imager_information	pk9real	mean avhrr ch 5 radiances for largest cluster
avhrr_max_cluster@collocated_imager_information	pk9real	fractional size of maximum avhrr cluster (iasi)
avhrr_mean_ir@collocated_imager_information	pk9real	mean avhrr ch 5 radiances in fov
avhrr_mean_vis@collocated_imager_information	pk9real	mean avhrr ch 1 radiances in fov
avhrr_num_clusters@collocated_imager_information	pk9real	number of avhrr clusters fov
avhrr_stddev_ir@collocated_imager_information	pk9real	std. dev. of avhrr ch 5 radiances in fov
avhrr_stddev_vis@collocated_imager_information	pk9real	std. dev. of avhrr ch 1 radiances in fov
avhrr_warmest_cluster_ir@collocated_imager_information	pk9real	mean avhrr ch 5 radiances for warmest cluster
azimuth@aeolus_1b	pk9real	beam azimuth angle
azimuth@aeolus_2b	pk9real	beam azimuth angle
azimuth@radar_body	pk9real	azimuth (of the measurement (angle n/radar->pixel))
azimuth@sat	pk9real	satellite instrument azimuth angle
azimuth@scatt_body	pk9real	beam azimuth angle
baroht@conv	pk9real	height of barometre
beamwidth@radar_station	pk9real	aperture at 3dbz
bg_dndz@gnssro_body	pk9real	vertical gradient of refractivity (dn/dz in m-1) from the background
bg_layerno@gnssro_body	pk9real	background layer number in which the observation is found (1=layer
bg_refractivity@gnssro_body	pk9real	refractivity from the background
bg_tvalue@gnssro_body	pk9real	background temperature
biascorr@body	pk9real	radiance bias correction
biascorr_fg@body	pk9real	fg bias correction
bin2b@aeolus_2b	pk1int	2b bin number
body_count@poolmask	pk1int	number of datum
bufrtype@hdr	pk1int	bufr-type
bufrtype@poolmask	pk1int	wmo bufr type
calib_stepno@aeolus_hdr_cal	pk1int	calibration step number
camt[$NMXUPD]@cloud_sink	pk9real	camt per nresupd
camtbg@cloud_sink	pk9real	camt background
camter@cloud_sink	pk9real	camt background error
camtinc@cloud_sink	pk9real	camt increment
cc@aeolus_auxmet	pk9real	cloud cover
cellno@scatt	pk1int	wave-vector cell no.
centre_of_curvature[3]	pk9real	vector location of centre of curvature (ECF cartesian coordinates) [m]
chan_freq@satob	pk9real	satellite channel centre frequency [hz] (02197) for subtype=87 only
channel@aeolus_1b	pk1int	flag for mie or rayleigh
channel@aeolus_2b	pk1int	flag for mie or rayleigh
channel_qc@radiance_body	pk1int	channel quality 12 bits
checksum@hdr	pk9real	a check sum of obsvalues where press
ciwc@aeolus_auxmet	pk9real	cloud ice water content
class@desc	pk1int	mars key - ecmwf classification for data
cld_fg_depar@radiance_body	pk9real	fg departure for cloudy radiances
cldcover@radiance	pk1int	cloud percentage from visnir for airs
cldne[1:3]@radiance	pk9real	cloud emissivity from tovs hirs radiances: 3 values for 3 differents methods
cldptop[1:3]@radiance	pk9real	cloud top press. from tovs hirs radiances: 3 values for 3 differents methods
cloud_cover@resat	pk9real	cloud cover
cloud_index[$mx_limb_tan]@limb	pk9real	remedios
cloud_top_press@resat	pk9real	pressure at top of cloud
cloudprox_type@allsky_body	pk1int	index for cloud proxy
clwc@aeolus_auxmet	pk9real	cloud liquid water content
codetype@hdr	pk1int	observation code type
codetype@poolmask	pk1int	ifs codetype
cog_lat@aeolus_2b	pk9real	cog latitude
cog_lon@aeolus_2b	pk9real	cog longitude
cog_zbase@aeolus_2b	pk9real	cog height of layer base
cog_ztop@aeolus_2b	pk9real	cog height of layer top
cold_nedt@radiance_body	pk9real	noise-equivalent delta temperature while viewing cold target
collection_identifier@conv	pk1int	Identifier for a collection within a specific source
comp_method@satob	pk1int	cloud motion comp. method
corr_version@radiance	pk1int	non linear correction version (a set of coefficients for each version)
creaby@desc	string	created by whom (username)
creadate@desc	YYYYMMDD	creation date
creatime@desc	HHMMSS	creation time
csr_pclear@radiance_body	pk9real	percentage of clear pixels in mean csr
ctop[$NMXUPD]@cloud_sink	pk9real	ctop per nresupd
ctopbg@cloud_sink	pk9real	ctop background
ctoper@cloud_sink	pk9real	ctop background error
ctopinc@cloud_sink	pk9real	ctop increment
dataproc@satob	pk1int	data proc. technique used
datastream@sat	pk1int	datastream
date@hdr	YYYYMMDD	obs. date
datum_anflag@body	DATUM_FLAG_t	observation flags
datum_aux[$NUMAUX]@auxiliary_body	pk9real	auxiliary body-like entries
datum_blacklist@body	DATUM_BLACKLIST_t	observation blacklist events
datum_event1@body	DATUM_EVENT1_t	observation events (part 1)
datum_event2@body	DATUM_EVENT2_t	datum events (part 2) word pos.
datum_qcflag@conv_body	pk9real	quality flag coming from bufr for windprofiler
datum_rdbflag@body	DATUM_RDBFLAG_t	observation flags (rdb)
datum_status@body	TYPEOF(report_status@hdr)	new feature equivalent to old def : "status status_t"
datum_status_hires@update[1:$NMXUPD]	TYPEOF(report_status@hdr)	status flag at hires (for backup to avoid ccma copy)
datum_tbflag@allsky_body	pk1int	status flag for all-sky - see yommwave.f90
datum_tbflag_hires@update[1:$NMXUPD]	pk1int	status flag for all-sky - see yommwave.f90 (for backup to avoid ccma copy)
dd_best@satob	pk9real	wind direction at "best fit" pressure
dem_int_alt@aeolus_hdr	pk9real	altitude relative to the geoid of the intersection of the dem and los
dem_int_lat@aeolus_hdr	pk9real	latitude of the intersection of the dem and line-of-sight
dem_int_lon@aeolus_hdr	pk9real	longitude of the intersection of the dem and line-of-sight
dirskill@scatt_body	pk9real	directional skill
distance@radar_body	pk9real	distance to the radar (meters)
distribid@hdr	pk1int	target pool when data is re-distributed (for instance on model grid)
distribtype@hdr	pk1int	type of distribution - default is 0 i.e. no redistribution
dt_by_dp@satob	pk9real	diff in temp. 50hpa above/below
eda_spread@errstat	pk9real	(Unscaled) spread from the EDA. The units depend on the data - they are the same as for obsvalue.
ee@satob	pk9real	Expected error (Le Marshall et al. 2004). Units: m/s
electron_count@smos	pk9real	total electron count
elevation@radar_body	pk9real	elevation
emis_atlas@radiance_body	pk9real	surface emissivity estimate from an atlas
emis_fg@radiance_body	pk9real	surface emissivity used in fg simulations (pre-set or rttov-internal)
emis_retr@radiance_body	pk9real	surface emissivity retrieved from observations and fg
emis_rtin@radiance_body	pk9real	input surface emissivity for rttov (can be outside 0-1 to prompt internal calculations)
enda_count@body	pk1int	number of enda-members active for this body-entry
enda_count@hdr	pk1int	number of enda-members active for this hdr-entry
enda_member@desc	pk1int	enda-member number : 0=control, >0 member#
enddate@timeslot_index	YYYYMMDD	end date of the timeslot
endtime@timeslot_index	HHMMSS	end time of the timeslot
entryno@body	pk1int	entry sq. no.
error_in_h_assignment@satob	pk9real	error in height assignment (pa)
error_p@aeolus_auxmet	pk9real	error estimate for pressure
error_rh@aeolus_auxmet	pk9real	error estimate for relative humidity
error_t@aeolus_auxmet	pk9real	error estimate for temperature
expver@desc	string	mars key - experiment id
failure_1dv@radar	pk1int	error indicator (1dvar)
faradey_rot_angle@smos	pk9real	faradey ratational angle
fc_depar@fcdiagnostic_body[1:$NMXFCDIAG]	pk9real	forecast departure
fc_sens_obs@body	pk9real	forecast sensitivity to the observations
fc_step@fcdiagnostic_body[1:$NMXFCDIAG]	YYYYMMDD	corresponding forecast step
ff_best@satob	pk9real	wind speed at "best fit" pressure
fg_cloudprox@allsky_body	pk9real	cloud proxy first guess
fg_cwp@allsky	pk9real	cloud liquid water path @ fg [ kg m-2 ]
fg_depar@body	pk9real	observed minus first guess value
fg_error@errstat	pk9real	first guess error
fg_iwp@allsky	pk9real	cloud ice water path @ fg [ kg m-2 ]
fg_rain_rate@allsky	pk9real	surface rain @ fg [mm h-1]
fg_rttov_cld_fraction@allsky	pk9real	cloud fraction used in rttov_scatt [0-1]
fg_rwp@allsky	pk9real	rain water path @ fg [ kg m-2 ]
fg_snow_rate@allsky	pk9real	surface frozen precipitation @ fg [ mm h-1]
fg_swp@allsky	pk9real	snow water path @ fg [ kg m-2 ]
fg_tcwv@allsky	pk9real	total column water vapour @ fg [ kg m-2]
final_obs_error@errstat	pk9real	final observation error (combination of prescribed and persistence errors)
flgdyn@radar_body	pk1int	dynamic quality flag
flight_dp_o_dt@conv	pk9real	aircraft flight dp/dt
flight_phase@conv	pk1int	bufr aircraft flight phase
footprint_axis[2]@smos	pk9real	footprint axis
frequency@radar_station	pk9real	pulse frequency
gen_centre@sat	pk1int	wmo generating centre
gen_subcentre@sat	pk1int	wmo generating sub-centre
geoid_seprtn@aeolus_hdr	pk9real	height of geoid above wgs84 ellipsoid
gnorm_10mwind@allsky	pk9real	norm of gradient against 10m wind
gnorm_cc@allsky	pk9real	norm of gradient against cloud cover
gnorm_ciw@allsky	pk9real	norm of gradient against cloud ice
gnorm_clw@allsky	pk9real	norm of gradient against cloud water
gnorm_q@allsky	pk9real	norm of gradient against specific humidity
gnorm_rainflux@allsky	pk9real	norm of gradient against rain flux
gnorm_skintemp@allsky	pk9real	norm of gradient against skin temperature
gnorm_snowflux@allsky	pk9real	norm of gradient against snow flux
gnorm_temp@allsky	pk9real	norm of gradient against temperature
gp_dist@hdr	pk9real	dist to nearest gp - only if observations need to be distributed on model grid
gp_number@hdr	pk1int	jrof - grid point number (on the local pe grid)
grid_point_id@smos	pk1int	grid point identifier
groupid@hdr	pk1int	mars key - observation group
h_assignment_error_u@satob	pk9real	error in u due to to height assignment error (m/s)
h_assignment_error_v@satob	pk9real	error in v due to to height assignment error (m/s)
hdr_count@poolmask	pk1int	number of reports
heading@conv	pk9real	heading
height_assignment_method@satob	pk1int	height assignment method ( bufr code table 002231)
hires@update[1:$NMXUPD]	pk9real	obs. minus upd. u high res. value (filled by each trajectory)
hlos@aeolus_2b	pk9real	hlos in observation bin
hlos_err@aeolus_2b	pk9real	hlos err estimate
hlos_method@aeolus_2b	pk1int	hlos method
hprior@enkf[1:$NMXENKF]	pk9real	h(x)
ident@radar_station	pk1int	radar identifier
incidence@scatt_body	pk9real	beam incidence angle
incidence_angle@smos	pk9real	incidence angle
info@smos	pk1int	smos information flag
inidate@desc	YYYYMMDD	the starting date for the whole assimilation period
initime@desc	HHMMSS	the starting time for the whole assimilation period
instdata@satob	pk1int	ins. data used in proc.
instrument_type@hdr	pk1int	observation instrument type
instrument_type@resat	pk1int	satellite instrument
invresid@scatt_body	pk9real	wind-inversion residual
iternoconv_1dv@radar	pk1int	number of iterations (1dvar)
Kp@scatt_body	pk9real	kp (instrument noise antenna noise)
Kp_qf@scatt_body	pk1int	ascat kp quality flag
kset@index	pk1int	kset as from ecset
lai@modsurf	pk9real	model leaf area index (sum of high and low vegetation
land_fraction@scatt_body	pk9real	ascat land fraction
land_sea@satob	pk1int	land/sea qualifier( bufr code table 008012)
laser_wavlen@aeolus_hdr	pk9real	wavelength of laser
lat@aeolus_1b	pk9real	latitude of measurement bin
lat@aeolus_auxmet	pk9real	latitude
lat@hdr	pk9real	latitude
lat@radar_station	pk9real	latitude of the radar
lat_fovcorner[1:4]@resat	pk9real	latitude field of view corner 1-4
latlon_rad@desc	pk1int	==1 if (lat,lon) is in radians, ==0 if in degrees
lev@aeolus_auxmet	pk9real	model level (zero for surface values)
level@conv_body	LEVEL_t	pilot level id.
likelihood@scatt_body	pk9real	likelihood computed in the model (added for mf)
lon@aeolus_1b	pk9real	longitude of measurement bin
lon@aeolus_auxmet	pk9real	longitude
lon@hdr	pk9real	longitude
lon@radar_station	pk9real	longitude of the radar
lon_fovcorner[1:4]@resat	pk9real	longitude field of view corner 1-4
lores@update[1:$NMXUPD]	pk9real	obs. minus upd. u low res. value (filled by each minimisation)
lsm@modsurf	pk9real	model land-sea mask
mapomm@index	pk1int	gomxxx-array pointer
max_bodylen@poolmask	pk1int	maximum number of datum
max_fcdiag@fcdiagnostic	pk1int	number of forecast diagnostic valid for this experiment
member@enkf[1:$NMXENKF]	pk1int	enkf-member number
methane_correction@resat	pk9real	sciamachy methane correction factor
mie_calib_valid@aeolus_hdr	pk1int	mie calibration valid flag
mie_errquant[3]@aeolus_hdr	pk9real	l1b mie error coefficients
mie_frequency_offset@aeolus_hdr_cal	pk9real	mie frequency offset
mie_gwdhls@aeolus_hdr	pk9real	mie ground wind detection horizontal los wind
mie_gwdhlswt@aeolus_hdr	pk9real	mie ground wind detection horizontal los weight
mie_meas_data[$NUMAEOLUSSPECTROM]@aeolus_1b	pk9real	mie accd read-out for the measurement channel
mie_meas_response@aeolus_hdr_cal	pk9real	mie measurement response
mie_meas_response_err@aeolus_hdr_cal	pk9real	mie measurement response error
mie_msmnsens@aeolus_hdr	pk9real	mie measurement mean sensitivity
mie_msrspesd@aeolus_hdr	pk9real	mie measurement response error standard deviation
mie_mszrfreq@aeolus_hdr	pk9real	mie measurement zero frequency
mie_ref_pulse[$NUMAEOLUSSPECTROM]@aeolus_1b	pk9real	mie accd read-out for the reference pulses
mie_ref_pulse_response@aeolus_hdr_cal	pk9real	mie reference pulse response
mie_ref_pulse_response_err@aeolus_hdr_cal	pk9real	mie reference pulse response error
mie_rpmnsens@aeolus_hdr	pk9real	mie reference pulse mean sensitivity
mie_snr@aeolus_1b	pk9real	mie channel signal-to-noise ratio
mie_usefulsig@aeolus_1b	pk9real	mie useful signal
modby@desc	string	modified by whom (username)
moddate@desc	YYYYMMDD	modification date
modtime@desc	HHMMSS	modification time
mpc@scatt_body	pk1int	missing packet counter
msbininvalid@aeolus_1b	pk1int
msg@bufr	bufr	bufr-data in bulk 4-byte chunks
mxup_traj@desc	pk1int	max. no. of updates for this database (= $mxup_traj)
nak@resat_averaging_kernel	pk1int	number of averaging kernel elements
nlayer@body	pk1int	layer number used in resat varbc
nobs_averaged@radiance_body	pk1int	number of obs. used for averaging obsvalues (mask can be 2x2, 3x3, etc.)
nretr_amb@scatt	pk1int	number of retrieved ambiguities
ntan@limb	pk1int	number of sweeps
numactiveb@hdr	pk1int	no. of active body entries (i.e. status.active@body == 1)
number_layers@resat	pk1int	number of retrieved layers
numlev@hdr	pk1int	no. of distinct pressure levels in bodies
numtsl@desc	pk1int	total number of timeslots
ob_cloudprox@allsky_body	pk9real	cloud proxy observed
obs_ak_error@errstat	pk9real	observation error without contribution from profile error
obs_corr_diag[$NUMDIAG]@errstat	pk9real	obs. err. correlation diagnostics
obs_corr_ev[$NUMEV]@errstat	pk9real	obs. err. correlation eigenvectors
obs_corr_mask@errstat	pk1int	obs. error correlation mask
obs_diags[1:2]@update[1:$NMXUPD]	pk9real	diagnostics in observation space (yannick - note: hardcoded #2 -()
obs_dndz@gnssro_body	pk9real	vertical gradient of refractivity (dn/dz in m-1) from the observation
obs_error@errstat	pk9real	prescribed observation error
obs_refractivity@gnssro_body	pk9real	refractivity observation
obs_tvalue@gnssro_body	pk9real	observed temperature
obs_zvalue@gnssro_body	pk9real	observed geopotential height
obstype@hdr	pk1int	observation type
obstype@poolmask	pk1int	ifs observation type
obsvalue@body	pk9real	observed variable
orbit@radiance	pk1int	orbit number
orography@modsurf	pk9real	model orography
p_best@satob	pk9real	"best fit" pressure
p_old@satob	pk9real	originally assigned pressure
pak[$mx_ak]@resat_averaging_kernel	pk9real	averaging kernel pressures
pers_error@errstat	pk9real	persistence error
pixel_rot_angle@smos	pk9real	pixel radiometric accuracy
pnom@aeolus_auxmet	pk9real	nominal pressure within layer
polarisation@radar_body	pk9real	polarity
polarisation@smos	pk1int	polarisation
poolno@poolmask	pk1int	pool number
ppcode@conv_body	pk1int	pressure code
press@radar_body	pk9real	pressure 1dvar
procid@index	pk1int	normally the same as pool number (in ecma)
prodflag@scatt	pk1int	ecmwf product flag
product_type@resat	pk1int	product type for retrieved atmospheric gases
productname[8]@aeolus_hdr	string	productname of originating l1b data
provider_qc@collocated_imager_information	pk1int	qc as determined by data provider
ptan[$mx_limb_tan]@limb	pk9real	tangent pressure
ptop@aeolus_auxmet	pk9real	pressure at top of layer
q@aeolus_auxmet	pk9real	specific humidity
q[2]@radar_body	pk9real	specific humidity
q_1dv@radar_body	pk9real	error 1dvar for humidity
qc_a@body	pk9real	var qc prior probability of gross error (by variable and obstype)
qc_l@body	pk9real	var qc width of the distribution
qc_pge@body	pk9real	var qc a posteriori probability of gross error
QI_fc@satob	pk1int	eumetsat quality indicators: with forecast dependence
QI_nofc@satob	pk1int	eumetsat quality indicators: without forecast dependence
qmod[$mx_radar_niv]@radar	pk9real	humidity at model levels
quality_retrieval@resat	pk1int	quality of retrieval
r_gps[3]	pk9real	vector location of GPS platform (ECF cartesian coordinates) [m]
r_leo[3]	pk9real	vector location of LEO platform (ECF cartesian coordinates) [m]
rad_acc_cross@smos	pk9real	radiometric accuracy(cross polarisation)
rad_acc_pure@smos	pk9real	radiometric accuracy(pure polarisation)
radcurv@gnssro	pk9real	radius of curvature
rank_cld@radiance_body	pk9real	channel ranking for cloud detection for airs and iasi only.
ray_calib_valid@aeolus_hdr	pk1int	rayleigh calibration valid
ray_errquant[4]@aeolus_hdr	pk9real	l1b rayleigh error coefficients
ray_frequency_offset@aeolus_hdr_cal	pk9real	rayleigh frequency offset
ray_gwdhls@aeolus_hdr	pk9real	rayleigh ground wind detection horizontal los wind
ray_gwdhlswt@aeolus_hdr	pk9real	rayleigh ground wind detection horizontal los weight
ray_meas_response@aeolus_hdr_cal	pk9real	rayleigh measurement response
ray_meas_response_err@aeolus_hdr_cal	pk9real	rayleigh measurement response error
ray_msmnsens@aeolus_hdr	pk9real	rayleigh measurement mean sensitivity
ray_msrspesd@aeolus_hdr	pk9real	rayleigh measurement response error standard deviation
ray_mszrfreq@aeolus_hdr	pk9real	rayleigh measurement zero frequency
ray_ref_pulse_response@aeolus_hdr_cal	pk9real	rayleigh reference pulse response
ray_ref_pulse_response_err@aeolus_hdr_cal	pk9real	rayleigh reference pulse response error
ray_rpmnsens@aeolus_hdr	pk9real	rayleigh reference pulse mean sensitivity
raya_refpulse@aeolus_1b	pk9real	rayleigh channel a read-out for the reference pulses
raya_snr@aeolus_1b	pk9real	rayleigh channel a signal-to-noise ratio
raya_usefulsig@aeolus_1b	pk9real	rayleigh channel a useful signal
rayb_refpulse@aeolus_1b	pk9real	rayleigh channel b read-out for the reference pulses
rayb_snr@aeolus_1b	pk9real	rayleigh channel b signal-to-noise ratio
rayb_usefulsig@aeolus_1b	pk9real	rayleigh channel b useful signal
reflcost@radar_body	pk9real	cost function of the 1dvar
report_aux[$NUMAUX]@auxiliary	pk9real	auxiliary header-like entries
report_blacklist@hdr	REPORT_BLACKLIST_t	report's blacklist events
report_description[4]@hdr	string	satellite name (4 words, up to 32 bytes see suobarea.f90)
report_event1@hdr	REPORT_EVENT1_t	report's events (part 1)
report_event2@hdr	REPORT_EVENT2_t	report events (part 2) word pos.
report_rdbflag@hdr	REPORT_RDBFLAG_t	report's flags
report_rrflag@gbrad	pk1int	rain rate status flag - see yomgbrad.f90
report_status@hdr	STATUS_t	report's status
report_tbcloud@allsky	pk1int	cloud and rain cloud bitfield flag determined from tb bitfield - see yommwave.f90
report_tbflag@smos	pk1int	observation flag in grid point
reportype@hdr	pk1int	mars key - report type for mar
repres_error@errstat	pk9real	representativeness error
retrsource@resat	pk1int	source/originator of retrieved atmospheric constituent
retrtype@hdr	pk1int	observation retrieval type
RFF@satob	pk1int	cimss quality indicator: recursive filter flag
rh@aeolus_auxmet	pk9real	relative humidity
rrvalue@gbrad_body	pk9real	simulated rain rates
rrvaluead@gbrad_body	pk9real	simulated ad of rain rates
rrvaluetl@gbrad_body	pk9real	simulated tl of rain rates
satellite_identifier@sat	pk1int	wmo satellite platform identifier
satellite_instrument@sat	pk1int	wmo satellite instrument on board
scanline@radiance	pk1int	scan line number
scanpos@radiance	pk1int	position number along scan / field of view number
scanpos@resat	pk1int	scan position i.e. field of view number
scat_ratio@aeolus_1b	pk9real	scattering ratio
seaice@modsurf	pk9real	model sea-ice mask
seaice_estimate@allsky	pk9real	Estimated seaice fraction from observations
segment_size_x@satob	pk9real	resolution, x-direction
segment_size_y@satob	pk9real	resolution, y-direction
sensor@hdr	pk1int	ecmwf satellite local (rttov) sensor indicator
sensor@poolmask	pk1int	ifs local satellite sensor (not necessarily wmo)
seqno@hdr	pk1int	observation sequence
shear@satob	pk9real	diff. in speed 50hpa above/below
sigma0_qf@scatt_body	pk1int	sigma 0 usability flag
sigma0_sm@scatt_body	pk9real	effective sigma0 for soil moisture
sitedep@hdr	pk1int	site dependent
skintemp[$NMXUPD]@radiance	pk9real	skin temperature, per nresupd
skintemp_retr@radiance_body	pk9real	skin temperature retrieved from observations, emissivity atlas and fg
skintemper@radiance	pk9real	skin temperture background error
snapshot_acc@smos	pk9real	snapshot accuracy
snapshot_id@smos	pk1int	snapshot indentifier
snapshot_quality@smos	pk1int	snapshot owerall quality
snow_density@modsurf	pk9real	Model snow density
snow_depth@modsurf	pk9real	model snow depth (m)
snow_ice_indicator@resat	pk1int	snow/ice indicator
soil_moisture@modsurf	pk9real	model soil moisture (top level)
soil_temp@modsurf	pk9real	model soil temperature (top level)
soilmoist_cf@scatt_body	pk1int	soil moisture correction flag
soilmoist_pf@scatt_body	pk1int	soil moisture processing flag
soilmoist_sd@scatt_body	pk9real	soil moisture std error
solar_azimuth@sat	pk9real	solar azimuth angle
solar_elevation@resat	pk9real	solar elevation
solar_zenith@sat	pk9real	solar zenith angle
sonde_type@conv	pk1int	in order to do bias corr. of temps
sortbox@hdr	pk1int	sorting box
source@hdr	string	source id of obs. (character*8) : re-analysis purposes
specularity@radiance_body	pk9real	Specularity parameter
stalt@hdr	pk9real	altitude
stalt@radar_station	pk9real	altitude of the radar
statid@hdr	string	station id (character*8)
station_type@conv	pk1int	synop/ships (needed to find out if dribu)
stdev_averaged@radiance_body	pk9real	Standard deviation of averaged values
stream@desc	pk1int	mars key - forecasting system used to generate data
subseqno@hdr	pk1int	observation sequence for sub-windows
subsetno@hdr	pk9int	multisubset number in bufr-msg (=0 for single subset) useful for odb2bufr
subtype@hdr	pk1int	bufr subtype for reference
subtype@poolmask	pk1int	wmo bufr subtype
sun_bt@smos	pk9real	direct sun bt
surface_class@modsurf	pk1int	surface type (used for radiances only see satrad/emiss/amsu_sfc.f90)
surface_height@resat	pk9real	surface height
surface_type_indicator@resat	pk1int	surface type
t200@satob	pk9real	200 hpa temperature
t2m@modsurf	pk9real	2m temperature
t500@satob	pk9real	500 hpa temperature
t@aeolus_auxmet	pk9real	temperature
t@satob	pk9real	temperature at satob p
target@index	pk1int	target pool number for ccma
tausfc@radiance_body	pk9real	surface transmittance for radiances - to be moved to radiance_body table
tb@satob	pk9real	coldest cluster temperature
tbclear@allsky_body	pk9real	diagnostic clear-sky fg brightness temperature
tbcorr@body	pk9real	correction to brightness temperature (radiance only)
tbvalue@allsky_body	pk9real	simulated brightness temperature
tbvalue@smos	pk9real	modelled brightness temperature
tbvaluead@allsky_body	pk9real	simulated ad in brightness temperature
tbvaluetl@allsky_body	pk9real	simulated tl of brightness temperature
temp[2]@radar_body	pk9real	temperature 1dvar
temp_1dv@radar_body	pk9real	error 1dvar for temperature
thinningkey[$NUMTHBOX]@hdr	pk9real	thinning key
thinningtimekey@hdr	pk9real	thinning time key
thtan[$mx_limb_tan]@limb	pk9real	along-orbit angle, relative to lat/long
time@hdr	HHMMSS	obs. exact time
time@radar_body	HHMMSS	site starting hour associated to one pixel ???
time_increment	pk9real	time increment [s]
timeslot@index	pk1int	timeslot number
timeslot@poolmask	pk1int	timeslot number
timeslot@timeslot_index	pk1int	timeslot number
top_mean_t@satob	pk9real	mean temperature between 80 hpa
top_wv@satob	pk9real	integrated wv above p
topo_complex@scatt_body	pk9real	ascat topographic complexity
tracer_correlation_method@satob	pk1int	tracer correlation method( bufr code table 002232)
tracking_error_u@satob	pk9real	error in u due to amv tracking (m/s)
tracking_error_v@satob	pk9real	error in v due to amv tracking (m/s)
tripod_corrn[16]@aeolus_hdr	pk9real	tripod correction coefficients
trlat@hdr	pk9real	transformed lat.
trlon@hdr	pk9real	transformed lon.
tsfc@modsurf	pk9real	model skin temperature (used for some radiances only)
type@desc	pk1int	mars key - type of field used to retrieve data
type@radar_station	string	type of radar
typesurf@radiance	pk1int	type of surface
u10m@modsurf	pk9real	10 metre u wind component
u@aeolus_auxmet	pk9real	uwind
u_best@satob	pk9real	u at "best fit" pressure
u_old@satob	pk9real	u at old pressure
undulation@gnssro	pk9real	undulation at obs location
unique_identifier@conv	pk1int	Unique record identifier for a given date and time and source
v10m@modsurf	pk9real	10 metre v wind component
v@aeolus_auxmet	pk9real	vwind
v_best@satob	pk9real	v at "best fit" pressuree
v_gps[3]	pk9real	vector speed of GPS platform (ECI cartesian cordinates) [m/s]
v_leo[3]	pk9real	vector speed of LEO platform (ECI cartesian cordinates) [m/s]
v_old@satob	pk9real	v at old pressure
varbc_ix@body	pk1int	varbc group index
varno@body	pk1int	variable number
vertco_reference_1@body	pk9real	vertical coordinate reference 1
vertco_reference_2@body	pk9real	vertical coordinate reference 2
vertco_type@body	pk1int	vertical coordinate type
wak[$mx_ak]@resat_averaging_kernel	pk9real	averaging kernel weights
warm_nedt@radiance_body	pk9real	noise-equivalent delta temperature while viewing cold target
water_fraction@smos	pk9real	water fraction
wetland_fraction@scatt_body	pk9real	ascat wetland fraction
window_offset@hdr	pk1int	use for subwindows to identify the subwindow
window_rad[$mx_limb_tan]@limb	pk9real	radiance in 960.7 cm-1 channel
windspeed10m@modsurf	pk9real	10 metre wind speed
wvc_qf@scatt	pk1int	original wind vector cell quality flag
zenith@sat	pk9real	satellite instrument zenith angle
znom@aeolus_auxmet	pk9real	nominal geopotential height within layer
zsimp[$mx_radar_niv]@radar	pk9real	simple reflectivity
ztan[$mx_limb_tan]@limb	pk9real	tangent height
ztop@aeolus_auxmet	pk9real	geopotential height at top of layer

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