Register: BUFR/CREX Instrumentation

stable

URI: http://codes.wmo.int/bufr4/b/02    

no description supplied

Core metadata

is a Register | Collection | Container
owned by wmo
submitted bymarqh (admin)

Download formats available

RDF ttl plain with metadata
RDF/XML plain with metadata
JSON-LD plain with metadata
CSV plain with metadata
RORplain
Export all export

All properties of the register

label BUFR/CREX Instrumentation
manager www dm
member Radiosonde type | Indicator for type of platform | Aircraft navigational system | Type of lightning detection sensor | Antenna rotation direction | Frequency agility range | Method of state of ground measurement | Percentage of 80 MHz band processed | Satellite-derived wind computation method | Balloon flight train length | Tracer correlation method | Balloon manufacturer | Method of transmission to collection centre | Type of measuring equipment used | Geopotential height calculation | Origin of surface information for GOES-I/M soundings | Geostationary soundings statistical parameters | Antenna effective surface area | Segment size at nadir in x-direction | MWR instrument | Cable length | Type of aircraft data relay system | Radiance type | Radiosonde operating frequency | Pulse width | Visibility measurement system | Original specification of latitude/longitude | Indicator for sea-surface current speed | Deep-ocean tsunameter type | Light source type for Brewer spectrophotometer | 3-dB beamwidth | Satellite instruments | Type of instrumentation for evaporation measurement or type of crop for which evapotranspiration is reported | Type of pressure sensor | Satellite classification | Average power | Radiometer identifier | Precision of temperature observation | Supplementary present weather sensor | Sensitivity time control (STC) | Type of data buoy | Cloud detection system | Capability to detect obscuration | Percentage of 320 MHz band processed | Satellite data-processing technique used | Radar constant | Satellite sensor indicator | Height assignment method | Hydrostatic pressure of lower end of cable (thermistor string) | Aircraft roll angle quality | Type of instrumentation for wind measurement | Intermediate frequency bandwidth | Pulse repetition frequency | Lagrangian drifter submergence (% time submerged) | Spectrographic width | Method of precipitation measurement | Measurement type | Segment size at nadir in y-direction | RA-2 instrument | Radar dual PRF ratio | Satellite channel centre frequency | Type of sensor for water level measuring instrument | Radiosonde ground receiving system | Method of removing velocity and motion of platform from current | Method of water temperature and/or salinity measurement | Antenna polarization | Wave length of the radar | GOES-I/M soundings parameter characteristics | Ozone instrument type | Wave measurement instrumentation | Anemometer type | Radiosonde configuration | Method of evaporation measurement | Type of balloon | Peak power | TOVS/ATOVS/AVHRR instrumentation channel number | Satellite channel wavelength | Integrated mean humidity computational method | Crosspol discrimination (on axis) | Dynamic range | Method of current measurement | Antenna elevation | Capability to detect other weather phenomena | Antenna height above tower base | Type of humidity sensor | Entry sensor 4/20 mA | Radiance computational method | Tracking technique/status of system used | Square of the off-nadir angle | Receiver intermediate frequency | Radar incidence angle | Percentage of 20 MHz band processed | Spectrographic wavelength | Mean across track pixel number | Satellite instrument data used in processing | Type of sky condition algorithm | Wavelength setting for Dobson instruments | Range processed by range attenuation correction | Type of balloon shelter | Satellite instrument used in data processing | Geostationary imager satellite channels used | ...
membership predicate member
modified 3 Sep 2014 09:56:40.959
owner wmo
publisher wmo
type Register | Collection | Container
version info 1
Select tab to expand

Contents

Notation Name Description Status
001 Type of station stable
002 Type of instrumentation for wind measurement stable
003 Type of measuring equipment used stable
004 Type of instrumentation for evaporation measurement or type of crop for which evapotranspiration is reported stable
005 Precision of temperature observation stable
007 Type of sensor for water level measuring instrument stable
011 Radiosonde type stable
012 Radiosonde computational method stable
013 Solar and infrared radiation correction stable
014 Tracking technique/status of system used stable
015 Radiosonde completeness stable
016 Radiosonde configuration stable
017 Correction algorithms for humidity measurements stable
019 Satellite instruments stable
020 Satellite classification stable
021 Satellite instrument data used in processing stable
022 Satellite data-processing technique used stable
023 Satellite-derived wind computation method stable
024 Integrated mean humidity computational method stable
025 Satellite channel(s) used in computation stable
026 Cross-track resolution stable
027 Along-track resolution stable
028 Segment size at nadir in x-direction stable
029 Segment size at nadir in y-direction stable
030 Method of current measurement stable
031 Duration and time of current measurement stable
032 Indicator for digitization stable
033 Method of salinity/depth measurement stable
034 Drogue type stable
035 Cable length stable
036 Buoy type stable
037 Method of tidal observation stable
038 Method of water temperature and/or salinity measurement stable
039 Method of wet-bulb temperature measurement stable
040 Method of removing velocity and motion of platform from current stable
041 Method for estimating reports related to synoptic features stable
042 Indicator for sea-surface current speed stable
044 Indicator for method of calculating spectral wave data stable
045 Indicator for type of platform stable
046 Wave measurement instrumentation stable
047 Deep-ocean tsunameter type stable
048 Satellite sensor indicator stable
049 Geostationary satellite data-processing technique used stable
050 Geostationary sounder satellite channels used stable
051 Indicator to specify observing method for extreme temperatures stable
052 Geostationary imager satellite channels used stable
053 GOES-I/M brightness temperature characteristics stable
054 GOES-I/M soundings parameter characteristics stable
055 Geostationary soundings statistical parameters stable
056 Geostationary soundings accuracy statistics stable
057 Origin of first-guess information for GOES-I/M soundings stable
058 Valid times of first-guess information for GOES-I/M soundings stable
059 Origin of analysis information for GOES-I/M soundings stable
060 Origin of surface information for GOES-I/M soundings stable
061 Aircraft navigational system stable
062 Type of aircraft data relay system stable
063 Aircraft roll angle stable
064 Aircraft roll angle quality stable
065 ACARS ground-receiving station stable
066 Radiosonde ground receiving system stable
067 Radiosonde operating frequency stable
070 Original specification of latitude/longitude stable
071 Spectrographic wavelength stable
072 Spectrographic width stable
080 Balloon manufacturer stable
081 Type of balloon stable
082 Weight of balloon stable
083 Type of balloon shelter stable
084 Type of gas used in balloon stable
085 Amount of gas used in balloon stable
086 Balloon flight train length stable
091 Entry sensor 4/20 mA stable
095 Type of pressure sensor stable
096 Type of temperature sensor stable
097 Type of humidity sensor stable
099 Polarization stable
100 Radar constant stable
101 Type of antenna stable
102 Antenna height above tower base stable
103 Radome stable
104 Antenna polarization stable
105 Maximum antenna gain stable
106 3-dB beamwidth stable
107 Sidelobe suppression stable
108 Crosspol discrimination (on axis) stable
109 Antenna speed (azimuth) stable
110 Antenna speed (elevation) stable
111 Radar incidence angle stable
112 Radar look angle stable
113 Number of azimuth looks stable
114 Antenna effective surface area stable
115 Type of surface observing equipment stable
116 Percentage of 320 MHz band processed stable
117 Percentage of 80 MHz band processed stable
118 Percentage of 20 MHz band processed stable
119 RA-2 instrument operations stable
120 Ocean wave frequency stable
121 Mean frequency stable
122 Frequency agility range stable
123 Peak power stable
124 Average power stable
125 Pulse repetition frequency stable
126 Pulse width stable
127 Receiver intermediate frequency stable
128 Intermediate frequency bandwidth stable
129 Minimum detectable signal stable
130 Dynamic range stable
131 Sensitivity time control (STC) stable
132 Azimuth pointing accuracy stable
133 Elevation pointing accuracy stable
134 Antenna beam azimuth stable
135 Antenna elevation stable
136 Range processed by range attenuation correction stable
137 Radar dual PRF ratio stable
138 Antenna rotation direction stable
139 SIRAL instrument configuration stable
140 Satellite radar beam azimuth angle stable
141 Measurement type stable
142 Ozone instrument serial number/identification stable
143 Ozone instrument type stable
144 Light source type for Brewer spectrophotometer stable
145 Wavelength setting for Dobson instruments stable
146 Source conditions for Dobson instruments stable
147 Method of transmission to collection centre stable
148 Data collection and/or location system stable
149 Type of data buoy stable
150 TOVS/ATOVS/AVHRR instrumentation channel number stable
151 Radiometer identifier stable
152 Satellite instrument used in data processing stable
153 Satellite channel centre frequency stable
154 Satellite channel band width stable
155 Satellite channel wavelength stable
156 Percentage of valid KU ocean retracker measurements stable
157 Percentage of valid S ocean retracker measurements stable
158 RA-2 instrument stable
159 MWR instrument stable
160 Wave length of the radar stable
163 Height assignment method stable
164 Tracer correlation method stable
165 Radiance type flags stable
166 Radiance type stable
167 Radiance computational method stable
168 Hydrostatic pressure of lower end of cable (thermistor string) stable
169 Anemometer type stable
170 Aircraft humidity sensors stable
171 Instrument serial number for water temperature profile measurement stable
172 Product type for retrieved atmospheric gases stable
173 Square of the off-nadir angle stable
174 Mean across track pixel number stable
175 Method of precipitation measurement stable
176 Method of state of ground measurement stable
177 Method of snow depth measurement stable
178 Method of liquid content measurement of precipitation stable
179 Type of sky condition algorithm stable
180 Main present weather detecting system stable
181 Supplementary present weather sensor stable
182 Visibility measurement system stable
183 Cloud detection system stable
184 Type of lightning detection sensor stable
185 Method of evaporation measurement stable
186 Capability to detect precipitation phenomena stable
187 Capability to detect other weather phenomena stable
188 Capability to detect obscuration stable
189 Capability to discriminate lightning strikes stable
190 Lagrangian drifter submergence (% time submerged) stable
191 Geopotential height calculation stable