era5fb_table

element_name kind external_table
description
obs_id
int
  observation id
report_id
int
header_table:report_id  
source_id
int
source_configuration:source_id  
feedback_method
int
0=online 1=offline
type
int
  mars key - type of field used to retrieve data
expver
varchar
  mars key - experiment id
class
int
  mars key - ecmwf classification for data
stream
int
  mars key - forecasting system used to generate data
andate
int
  analysis date
antime
int
  analysis time
reportype
int
  mars key - report type for mar
seqno@hdr
int
  observation sequence
source@hdr
varchar
  source id of obs. (character*8) : re-analysis purposes
bufrtype@hdr
int
  bufr-type
subtype@hdr
int
  bufr subtype for reference
groupid@hdr
int
  mars key - observation group
obstype@hdr
int
  observation type
codetype@hdr
int
  observation code type
sensor@hdr
int
  ecmwf satellite local (rttov) sensor indicator
statid@hdr
varchar
  station id (character*8)
date@hdr
int
  obs. date
time@hdr
int
  obs. exact time
report_status@hdr bit(32)   report’s status
report_event1@hdr bit(32)   report’s events (part 1)
report_rdbflag@hdr bit(32)   report’s flags
lat@hdr
numeric
  latitude
lon@hdr
numeric
  longitude
lsm@modsurf
numeric
  model land-sea mask
orography@modsurf
numeric
  model orography
windspeed10m@modsurf
numeric
  10 metre wind speed
sonde_type@conv
int
  in order to do bias corr. of temps
obsvalue@body
numeric
  observed variable
varno@body
int
  variable number
vertco_type@body
int
  vertical coordinate type
vertco_reference_1@body
numeric
  vertical coordinate reference 1
vertco_reference_2@body
numeric
  vertical coordinate reference 2
ppcode@conv_body
int
  pressure code
datum_anflag@body bit(32)   observation flags
datum_status@body bit(32)   new feature equivalent to old def : ‘status status_t’
datum_event1@body bit(32)   observation events (part 1)
datum_rdbflag@body bit(32)   observation flags (rdb)
biascorr@body
numeric
  radiance bias correction
qc_pge@body
numeric
  var qc a posteriori probability of gross error
an_depar@body
numeric
  observed minus analysed value
fg_depar@body
numeric
  observed minus first guess value
lsm@surfbody_feedback
numeric
   
stalt@hdr
numeric
  altitude
obs_error@errstat
numeric
  prescribed observation error
final_obs_error@errstat
numeric
  final observation error (combination of prescribed and persistence errors)
fg_error@errstat
numeric
  first guess error
eda_spread@errstat
numeric
  (Unscaled) spread from the EDA. The units depend on the data - they are the same as