COMMON
CODE TABLES C-1, C-2, C-3, C-4, C-5
WMO Release Date for C-1, C-2, C3, C-4: 11/14/2013
WMO Release Date for C-5: 11/05/2014
Recently
approved amendments are shown
in red - Last Updated 06/03/2014 for
C-1, C-2, C3, C-4; 04/17/2017 for C-5
COMMON CODE TABLE C-1: Identification of originating/generating center
Code Table 0 01 033 in BUFR
Octet 6 in Section 1 of BUFR Edition 3
|
Code
figure |
|
|
|
|
|
0 |
WMO
Secretariat |
|
|
1-9:
WMCs |
|
1 |
Melbourne |
|
2 |
Melbourne |
|
3 |
) |
|
4 |
Moscow |
|
5 |
Moscow |
|
6 |
) |
|
7 |
US
National
Weather Service, National Centers for Environmental Prediction (NCEP) |
|
8 |
US
National
Weather Service Telecommunications Gateway (NWSTG) |
|
9 |
US
National
Weather Service - Other |
|
|
10-25:
Centers in Region I |
|
10 |
Cairo
(RSMC) |
|
11 |
) |
|
12 |
Dakar
(RSMC) |
|
13 |
) |
|
14 |
Nairobi
(RSMC) |
|
15 |
) |
|
16 |
Casablanca
(RSMC) |
|
17 |
Tunis
(RSMC) |
|
18 |
Tunis-Casablanca
(RSMC) |
|
19 |
) |
|
20 |
Las
Palmas |
|
21 |
Algiers
(RSMC) |
|
22 |
ACMAD |
|
23 |
Mozambique
(NMC) |
|
24 |
Pretoria
(RSMC) |
|
25 |
La
Réunion
(RSMC) |
|
|
26-40:
Centers in Region II |
|
26 |
Khabarovsk
(RSMC) |
|
27 |
) |
|
28 |
New
Delhi
(RSMC) |
|
29 |
) |
|
30 |
Novosibirsk
(RSMC) |
|
31 |
) |
|
32 |
Tashkent
(RSMC) |
|
33 |
Jeddah
(RSMC) |
|
34 |
Tokyo
(RSMC), Japan Meteorological Agency |
|
35 |
) |
|
36 |
Bangkok |
|
37 |
Ulaanbaatar |
|
38 |
Beijing
(RSMC) |
|
39 |
) |
|
40 |
Seoul |
|
|
41-50:
Centers in Region III |
|
41 |
Buenos
Aires
(RSMC) |
|
42 |
) |
|
43 |
Brasilia
(RSMC) |
|
44 |
) |
|
45 |
Santiago |
|
46 |
Brazilian
Space Agency - INPE |
|
47 |
Colombia
(NMC) |
|
48 |
Ecuador
(NMC) |
|
49 |
Peru
(NMC) |
|
50 |
Venezuela
(Bolivarian Republic of) (NMC) |
|
|
51-63:
Centers in Region IV |
|
51 |
Miami
(RSMC) |
|
52 |
Miami
(RSMC),
National Hurricane Center |
|
53 |
Montreal
(RSMC) |
|
54 |
) |
|
55 |
San
Francisco |
|
56 |
ARINC
Center |
|
57 |
U.S.
Air
Force - Air Force Global Weather Central |
|
58 |
Fleet
Numerical Meteorology and Oceanography Center, Monterey, CA, USA |
|
59 |
The
NOAA
Forecast Systems Laboratory, Boulder, CO, USA |
|
60 |
United
States National Center for Atmospheric Research (NCAR) |
|
61 |
Service
ARGOS
- Landover |
|
62 |
U.S.
Naval
Oceanographic Office |
|
63 |
International
Research Institute for Climate and Society (IRI
) |
|
|
64-73:
Centers in Region V |
|
64 |
Honolulu
(RSMC) |
|
65 |
Darwin
(RSMC) |
|
66 |
) |
|
67 |
Melbourne
(RSMC) |
|
68 |
Reserved |
|
69 |
Wellington
(RSMC) |
|
70 |
) |
|
71 |
Nadi
(RSMC) |
|
72 |
Singapore |
|
73 |
Malaysia
(NMC) |
|
|
74-99:
Centers in Region VI |
|
74 |
UK
Meteorological Office - Exeter (RSMC) |
|
75 |
) |
|
76 |
Moscow
(RSMC) |
|
77 |
Reserved |
|
78 |
Offenbach
(RSMC) |
|
79 |
) |
|
80 |
Rome
(RSMC) |
|
81 |
) |
|
82 |
Norrköping |
|
83 |
) |
|
84 |
Toulouse
(RSMC) |
|
85 |
Toulouse
(RSMC) |
|
86 |
Helsinki |
|
87 |
Belgrade |
|
88 |
Oslo |
|
89 |
Prague |
|
90 |
Episkopi |
|
91 |
Ankara |
|
92 |
Frankfurt/Main |
|
93 |
London
(WAFC) |
|
94 |
Copenhagen |
|
95 |
Rota |
|
96 |
Athens |
|
97 |
European
Space
Agency (ESA) |
|
98 |
European
Center for Medium Range Weather Forecasts (ECMWF) (RSMC) |
|
99 |
De
Bilt |
|
|
Additional
Centers |
|
100 |
Brazzaville |
|
101 |
Abidjan |
|
102 |
Libya
(NMC) |
|
103 |
Madagascar
(NMC) |
|
104 |
Mauritius
(NMC) |
|
105 |
Niger
(NMC) |
|
106 |
Seychelles
(NMC) |
|
107 |
Uganda
(NMC) |
|
108 |
United
Republic of Tanzania
(NMC) |
|
109 |
Zimbabwe
(NMC) |
|
110 |
Hong-Kong,
China |
|
111 |
Afghanistan
(NMC) |
|
112 |
Bahrain
(NMC) |
|
113 |
Bangladesh
(NMC) |
|
114 |
Bhutan
(NMC) |
|
115 |
Cambodia
(NMC) |
|
116 |
Democratic
People's Republic of Korea (NMC) |
|
117 |
Islamic
Republic of Iran (NMC) |
|
118 |
Iraq
(NMC) |
|
119 |
Kazakhstan
(NMC) |
|
120 |
Kuwait
(NMC) |
|
121 |
Kyrgyzstan
(NMC) |
|
122 |
Lao
People's Democratic Republic (NMC) |
|
123 |
Macao,
China |
|
124 |
Maldives
(NMC) |
|
125 |
Myanmar
(NMC) |
|
126 |
Nepal
(NMC) |
|
127 |
Oman
(NMC) |
|
128 |
Pakistan
(NMC) |
|
129 |
Qatar
(NMC) |
|
130 |
Yemen
(NMC) |
|
131 |
Sri
Lanka, (NMC) |
|
132 |
Tajikistan
(NMC) |
|
133 |
Turkmenistan
(NMC) |
|
134 |
United
Arab Emirates (NMC) |
|
135 |
Uzbekistan,
(NMC) |
|
136 |
Viet
Nam (NMC) |
|
137-139 |
Reserved
for other centers |
|
140 |
Bolivia
(Plurinational State of) (NMC) |
|
141 |
Guyana
(NMC) |
|
142 |
Paraguay
(NMC) |
|
143 |
Suriname
(NMC) |
|
144 |
Uruguay
(NMC) |
|
145 |
French
Guyana |
|
146 |
Brazilian
Navy
Hydrographic Center |
|
147 |
National
Commission on Space Activities (CONAE) - Argentina |
|
148-149 |
Reserved
for other centers |
|
150 |
Antigua
and Barbuda (NMC) |
|
151 |
Bahamas
(NMC) |
|
152 |
Barbados
(NMC) |
|
153 |
Belize
(NMC) |
|
154 |
British
Caribbean Territories Center |
|
155 |
San José |
|
156 |
Cuba
(NMC) |
|
157 |
Dominica
(NMC) |
|
158 |
Dominican
Republic (NMC) |
|
159 |
El
Salvador (NMC) |
|
160 |
US
NOAA/NESDIS
|
|
161 |
US
NOAA Office of Oceanic and Atmospheric Research |
|
162 |
Guatemala
(NMC) |
|
163 |
Haiti
(NMC) |
|
164 |
Honduras
(NMC) |
|
165 |
Jamaica
(NMC) |
|
166 |
Mexico
City |
|
167 |
Curaçao
and Sint Maarten (NMC) |
|
168 |
Nicaragua
(NMC) |
|
169 |
Panama
(NMC) |
|
170 |
Saint
Lucia (NMC) |
|
171 |
Trinidad
and Tobago (NMC) |
|
172 |
French
Departments in RA IV |
|
173 |
US
National Aeronautics and Space Administration (NASA) |
|
174 |
Integrated
System Data Management/Marine Environmental Data Service (ISDM/MEDS) -
Canada |
|
175 |
University Corporation for Atmospheric Research (UCAR) - United States |
|
176 |
Cooperative
Institute for Meteorological Satellite Studies (CIMSS) - United States |
|
177 |
NOAA
National Ocean Service - United States |
|
178-189 |
Reserved
for other centers |
|
190 |
Cook
Islands (NMC) |
|
191 |
French
Polynesia (NMC) |
|
192 |
Tonga
(NMC) |
|
193 |
Vanuatu
(NMC) |
|
194 |
Brunei
Darussalam (NMC) |
|
195 |
Indonesia
(NMC) |
|
196 |
Kiribati
(NMC) |
|
197 |
Federated
States of Micronesia (NMC) |
|
198 |
New
Caledonia (NMC) |
|
199 |
Niue |
|
200 |
Papua
New Guinea (NMC) |
|
201 |
Philippines
(NMC) |
|
202 |
Samoa
(NMC) |
|
203 |
Solomon
Islands (NMC) |
|
204
|
National
Institute of Water and Atmospheric Research (NIWA - New Zealand) |
|
205-209 |
Reserved |
|
210 |
Frascati
(ESA/ESRIN) |
|
211 |
Lanion |
|
212 |
Lisboa |
|
213 |
Reykjavik |
|
214 |
Madrid |
|
215 |
Zürich |
|
216 |
Service
ARGOS - Toulouse |
|
217 |
Bratislava |
|
218 |
Budapest |
|
219 |
Ljubljana |
|
220 |
Warsaw |
|
221 |
Zagreb |
|
222 |
Albania
(NMC) |
|
223 |
Armenia
(NMC) |
|
224 |
Austria
(NMC) |
|
225 |
Azerbaijan
(NMC) |
|
226 |
Belarus
(NMC) |
|
227 |
Belgium
(NMC) |
|
228 |
Bosnia
and Herzegovina (NMC) |
|
229 |
Bulgaria
(NMC) |
|
230 |
Cyprus
(NMC) |
|
231 |
Estonia
(NMC) |
|
232 |
Georgia
(NMC) |
|
233 |
Dublin |
|
234 |
Israel
(NMC) |
|
235 |
Jordan
(NMC) |
|
236 |
Latvia
(NMC) |
|
237 |
Lebanon
(NMC) |
|
238 |
Lithuania
(NMC) |
|
239 |
Luxembourg |
|
240 |
Malta
(NMC) |
|
241 |
Monaco |
|
242 |
Romania
(NMC) |
|
243 |
Syrian
Arab Republic (NMC) |
|
244 |
The
former Yugoslav Republic of Macedonia (NMC) |
|
245 |
Ukraine
(NMC) |
|
246 |
Republic
of Moldova (NMC) |
|
247 |
Operational
Programme for the Exchange of weather
RAdar information (OPERA) -
EUMETNET |
|
248 |
Montenegro
(NMC) |
|
249 |
Reserved
for other centers |
|
250
|
COnsortium
for Small scale MOdelling (COSMO) |
|
251 |
Meteorological
Cooperation on Operational NWP (MetCoOp) |
|
252 |
Max
Planck Institute for Meteorology (MPI-M) |
|
253 |
Reserved
for other centers |
|
254 |
EUMETSAT
Operation Center |
|
255 |
Missing
value |
NOTES:
(1)
The
closed bracket sign )
indicates that the corresponding code
figure is reserved for the previously named center.
(2) To indicate whether the
originating/generating
center is a sub-center or not, the following procedure should be
applied:
In BUFR Edition 3, use octet 5 of section 1 with the following meaning:
Code figure
0
Not a sub-center, the originating/generating center is the center
defined by octet 6 in section 1 of BUFR edition 3.
1 to 254
Identifier of the sub center which is the originating/generating
center. The identifier of the sub-center is allocated by the associated
center, which is defined by octet 6
in section 1 of BUFR edition 3. The sub-center identifiers should be
supplied to the WMO Secretariat by the associated center(s) for
publication.
(3)
For the definitions of sub-centers definition provided to the WMO
Secretariat, see Common
table C-12.
COMMON
CODE TABLE
C-2: RADIOSONDE/ SOUNDING
SYSTEM USED Code
Table 0 02
011 in BUFR Code
figure 000 Reserved 001 iMet-1-BB
(USA) 002 No
radiosonde – passive target (e.g. reflector) 003 No
radiosonde – active target (e.g. transponder) 004 No
radiosonde – passive temperature-humidity profiler 005 No
radiosonde – active temperature-humidity profiler 006 No
radiosonde – radio-acoustic sounder 007 iMet-1-AB
(USA) 008 No
radiosonde
– . . . (reserved) 009 No
radiosonde – system unknown or not specified 010 VIZ
type A
pressure-commutated (USA) 011 VIZ
type B
time-commutated (USA) 012 RS
SDC
(Space Data Corporation – USA) 013 Astor
(no
longer made — Australia) 014 VIZ
MARK I
MICROSONDE (USA) 015 EEC
Company
type 23 (USA) 016 Elin
(Austria) 017 Graw
G.
(Germany) 018 Graw
DFM-06 (Germany) 019 Graw
M60
(Germany) 020 Indian
Meteorological Service MK3 (India) 021 Vacant
VIZ/Jin
Yang MARK I MICROSONDE (Republic of Korea) 022 Meisei
RS2-80
(Japan) 023 Mesural
FMO
1950A (France) 024 Mesural
FMO
1945A (France) 025 Mesural
MH73A
(France) 026 Meteolabor
Basora (Switzerland) 027 AVK-MRZ
(Russian Federation) 028 Meteorit
MARZ2-1 (Russian Federation) 029 Meteorit
MARZ2-2 (Russian Federation) 030 Oki
RS2-80
(Japan) 031 VIZ/Valcom
type A pressure-commutated (Canada) 032 Shanghai
Radio (China) 033 UK
Met
Office MK3 (UK) 034 Vinohrady
(Czech Republic) 035 Vaisala
RS18
(Finland) 036 Vaisala
RS21
(Finland) 037 Vaisala
RS80
(Finland) 038 VIZ
LOCATE
Loran-C (USA) 039 Sprenger
E076 (Germany) 040 Sprenger
E084 (Germany) 041 Sprenger
E085 (Germany) 042 Sprenger
E086 (Germany) 043 AIR
IS - 4A
- 1680 (USA) 044 AIR
IS - 4A
- 1680 X (USA) 045 RS
MSS (USA) 046 AIR
IS - 4A
- 403 (USA) 047 Meisei
RS2-91
(Japan) 048 VALCOM
(Canada) 049 Vacant
VIZ
MARK II (United States) 050 GRAW
DFM-90
(Germany) 051 VIZ-B2
(USA) 052 Vaisala
RS80-57H 053 AVK-RF95
(Russian Federation) 054 Graw
DFM-97
(Germany) 055 Meisei
RS-01G
(Japan) 056 M2K2
(France) 057 Modem
M2K2-DC
(France) 058 AVK-BAR
(Russian Federation) 059 Modem
M2K2-R 1680 MHz RDF radiosonde with pressure sensor chip (France) 060 Vaisala
RS80/MicroCora (Finland) 061 Vaisala
RS80/Loran/Digicora I,II or Marwin (Finland) 062 Vaisala
RS80/PCCora (Finland) 063 Vaisala
RS80/Star (Finland) 064 Orbital
Sciences Corporation, Space Data Division, transponder radiosonde, type
909-11-XX, where XX corresponds to the model of the instrument (USA) 065 VIZ
transponder radiosonde, model number 1499–520 (USA) 066 Vaisala
RS80
/Autosonde (Finland) 067 Vaisala
RS80/Digicora III (Finland) 068 AVK-RZM-2
(Russian Federation) 069 MARL-A or Vektor-M-RZM-2
(Russian Federation) 070 Vaisala
RS92/Star (Finland) 071 Vaisala
RS90/Digicora I,II or Marwin (Finland) 072 Vaisala
RS90/PC-Cora (Finland) 073 Vaisala
RS90/Autosonde (Finland) 074 Vaisala
RS90/Star (Finland) 075 AVK-MRZ-ARMA
(Russian Federation) 076 AVK-RF95-ARMA
(Russian Federation) 077 GEOLINK
GPSonde GL98 (France) 078 Vaisala
RS90/Digicora III (Finland) 079 Vaisala
RS92/Digicora I,II or Marwin (Finland) 080 Vaisala
RS92/Digicora III (Finland) 081 Vaisala
RS92/Autosonde (Finland) 082 Sippican
MK2 GPS/STAR (USA) with rod thermistor, carbon element, and derived
pressure 083 Sippican
MK2 GPS/W9000 (USA) with rod thermistor, carbon element, and derived
pressure 084 Vacant 085 Sippican
MARK IIA with chip themistor, carbon element, and
derived pressure from GPS height 086 Sippican
MARK II with chip themistor, pressure, and carbon
element 087 Sippican
MARK
IIA with chip themistor, pressure, and carbon
element 088 MARL-A or
Vektor-M-MRZ
(Russian Federation) 089 MARL-A
or Vektor-M-BAR (Russian Federation) 090 Radiosonde
not specified or unknown 091 Pressure-only
radiosonde 092 Pressure-only
radiosonde plus transponder 093 Pressure-only
radiosonde plus radar-reflector 094
No-pressure
radiosonde plus transponder 095
No-pressure
radiosonde plus radar-reflector 096
Descending
radiosonde 097
BAT-16P
(South Africa) 098
BAT-16G
(South Africa) 099
BAT-4G
(South Africa) 100
Reserved 101
Not
vacant 102-106
Reserved 107
Not
vacant 108-109
Reserved 110
Sippican
LMS5 w/Chip Thermistor, duct mounted capacitance relative humidity
sensor, and derived pressure from GPS height 111
Sippican
LMS6 w/Chip Thermistor, external boom mounted capacitance relative
humidity sensor and derived pressure from GPS height 112 Not
vacant 113 Vaisala
RS92/MARWIN MW32 (Finland) 114 Vaisala
RS92 / DigiCORA MW41 (Finland) 115 PAZA-12M/Radiotheodolite-UL
(Ukraine) 116 PAZA-22/AVK-1
(Ukraine) 117 Graw
DFM-09 (Germany) 118 119 Vacant 120-121 Not
vacant 122
Meisei
RS-11G GPS radiosonde w/thermistor, capacitance relative humidity
sensor, and derived pressure from GPS height (Japan) 123
Vaisala
RS41 /DigiCORA MW41 (Finland) 124
Vaisala
RS41 /AUTOSONDE (Finland) 125
Vaisala
RS41 /MARWIN MW32 (Finland) 126-127
Not
vacant 128
AVK
- AK2-02 (Russian Federation) 129
MARL-A
or Vektor-M - AK2-02 (Russian Federation) 130 Meisei
RS-06G (Japan) 131
Taiyuan
GTS1-1/GFE(L) (China) 132
Shanghai
GTS1/GFE(L) (China) 133
Nanjing
GTS1-2/GFE(L) (China) 134-136
Vacant 137
Not
vacant 138-140
Vacant 141
Vaisala
RS41 with pressure derived from GPS height / DigiCORA MW41 (Finland) 142
Vaisala
RS41 with pressure derived from GPS height / AUTOSONDE (Finland) 143-146
Vacant 147
Not
vacant 148
PAZA-22M/MARL-A 149
Not
vacant 150
Vacant 151
Not
vacant 152
Vaisala
RS92-NGP/Intermet IMS-2000 (United States) 153-159
Not
vacant 160
Vacant 161
Not
vacant 162-166
Vacant 167-172
Not
vacant 173
Vacant 174-176
Not
vacant 177
Modem
GPSonde M10 (France) 178-181
Not
vacant 182
Lockheed
Martin LMS-6 w/chip thermistor; external boom mounted polymer
capacitive relative humidity sensor; capacitive pressure sensor and GPS
wind 183
Vaisala
RS92-D/Intermet IMS 1500 w/silicon capacitive pressure sensor,
capacitive wire temperature sensor, twin thin-film heated polymer
capacitive relative humidity sensor and RDF wind 184-189
Not
vacant 190-196
Reserved 197–199 Not
vacant 200–254 Reserved 255 Missing
value NOTES: (1)
References
to countries in brackets
indicate the manufacturing location rather than the country using the
instrument. (2)
Some
of the radiosondes listed are no
longer in use but are retained for archiving purposes.
(3)
The alphanumeric
code format reports only 2 digits, and the first digit for BUFR is
identified from the date: the first digit is 0 if the introduction of
the
radiosonde for observation was before the date
of 30 June 2007, or 1 otherwise. Entries in the second part of
the table (after 99), which are declared
“Vacant” can be used for new radiosondes
because the 2 digits number was originally attributed to sondes, which
are no longer used. This system has
been
adopted to accommodate reporting in TEMP traditional
alphanumeric code format up to the time BUFR is fully used for
radiosonding reports. COMMON
CODE
TABLE C-3:
Instrument
make and type for water
temperature
profile measurement with fall rate equation coefficients Code
Table
0
22 067 in
BUFR Code
figure Instrument
Make Equation
Coefficients a b 001 Sippican
T-4 6.472 -2.16 002 Sippican
T-4 6.691 -2.25 011 Sippican
T-5 6.828 -1.82 021 Sippican
Fast Deep 6.390 -1.82 031 Sippican
T-6 6.472 -2.16 032 Sippican
T-6 6.691 -2.25 041 Sippican
T-7 6.472 -2.16 042 Sippican
T-7 6.691 -2.25 051 Sippican
Deep Blue 6.472 -2.16 052 Sippican
Deep Blue 6.691 -2.25 061 Sippican
T-10 6.301 -2.16 071 Sippican
T-11 1.7779 -0.255 081 Sippican
AXBT (300 m probes) 1.520 0.0 201 TSK
T-4 6.472 -2.16 202 TSK
T-4 6.691 -2.25 211 TSK
T-6 6.472 -2.16 212 TSK
T-6 6.691 -2.25 221 TSK
T-7 6.472 -2.16 222 TSK
T-7 6.691 -2.25 231 TSK
T-5 6.828 -1.82 241 TSK
T-10 6.301 -2.16 251 TSK
Deep
Blue 6.472 -2.16 252 TSK
Deep
Blue 6.691 -2.25 261 TSK
AXBT 401 Sparton
XBT-1 6.301 -2.16 411 Sparton
XBT-3 5.861 -0.0904 421 Sparton
XBT-4 6.472 -2.16 431 Sparton
XBT-5 6.828 -1.82 441 Sparton
XBT-5DB 6.828 -1.82 451 Sparton
XBT-6 6.472 -2.16 461 Sparton
XBT-7 6.472 -2.16 462 Sparton
XBT-7 6.705 -2.28 471 Sparton
XBT-7DB 6.472 -2.16 481 Sparton
XBT-10 6.301 -2.16 491 Sparton
XBT-20 6.472 -2.16 501 Sparton
XBT-20DB 6.472 -2.16 510 Sparton
536
AXBT 1.524 0 700 Sippican
XCTD standard 710 Sippican
XCTD deep 720 Sippican
AXCTD 730 Sippican
SXCTD 741 TSK
XCTD/XCTD-1 3.42543 -0.47 742 TSK
XCTD-2 743 TSK
XCTD-2F 744 TSK
XCTD-3 745 TSK
XCTD-4 751 TSK
AXCTD 780 Sea-Bird
SBE21 SEACATThermosalinograph Not
applicable 781 Sea-Bird
SBE45 MicroTSG Thermosalinograph Not
applicable 800 Mechanical
BT Not
applicable 810 Hydrocast Not
applicable 820 Thermistor
Chain Not
applicable 825 Temperature
(sonic) and Pressure probes Not
applicable 830 CTD Not
applicable 831 CTD-P-ALACE
float Not
applicable 837 ARVOR_C,
SBE conductivity sensor Not
applicable 838 ARVOR_D,
SBE conductivity sensor Not
applicable 839 PROVOR–II,
SBE conductivity sensor Not
applicable 840 PROVOR,
No
conductivity sensor 841 PROVOR,
Seabird
conductivity sensor 842 PROVOR,
FSI
conductivity sensor 843 Polar
Ocean Profiling System (POPS), PROVOR, SBE CTD 844 Profiling
Float, ARVOR, Seabird conductivity
sensor 845 Webb
Research, No
conductivity sensor 846 Webb
Research, Seabird
conductivity sensor 847 Webb
Research,
FSI
conductivity sensor 848 APEX–EM,
SBE conductivity sensor 849 APEX_D,
SBE conductivity sensor 850 SOLO,
No
conductivity sensor 851 SOLO,
Seabird
conductivity sensor 852 SOLO,
FSI
conductivity sensor 853 Profiling
Float, SOLO2 (SCRIPPS), Seabird
conductivity sensor 854 S2A,
SBE conductivity sensor 855 Profiling
Float,
NINJA, no conductivity sensor Not
applicable 856 Profiling
Float, NINJA, SBE conductivity sensor Not
applicable 857 Profiling
Float, NINJA, FSI conductivity sensor Not
applicable 858 Profiling
Float, NINJA, TSK conductivity sensor Not
applicable 859 Profiling
Float, NEMO, no conductivity Not
applicable 860 Profiling
Float, NEMO, SBE conductivity sensor Not
applicable 861 Profiling
Float, NEMO,
FSI conductivity sensor Not
applicable 862 SOLO_D,
SBE
conductivity sensor Not
applicable 863 NAVIS–A,
SBE conductivity sensor Not
applicable 864 NINJA_D,
SBE conductivity sensor Not
applicable 865 NOVA,
SBE
conductivity sensor Not
applicable 866-899 Reserved 900 901 902-994 Reserved 995 Instrument
attached to mammal
animals Not
applicable 996 Instrument
attached to animals other than marine mammals Not
applicable 997-999 Reserved 1000-1022 Reserved 1023 Missing
value Notes: (1)
The depth is calculated from
coefficients a and b and the time t as follows:
z = at
+ 10-3bt2 (2)
All unassigned numbers are
reserved for future use. (3)
The values of a
and b
are supplied for information only. COMMON
CODE TABLE C-4: Water temperature profile recorder types Code
Table 0 22 068 Code
figure 1 Sippican
Strip Chart Recorder 2 Sippican
MK2A/SSQ-61 3 Sippican
MK-9 4 Sippican
AN/BHQ-7/MK8 5 Sippican
MK-12 6 Sippican
MK-21 7 Sippican
MK-8 Linear Recorder 8 Sippican
MK-10 10 Sparton
SOC
BT/SV Processor Model 100 11 Lockheed-Sanders
Model OL5005 20 ARGOS
XBT-ST 21 CLS-ARGOS
/
Protecno XBT-ST Model-1 22 CLS-ARGOS
/
Protecno XBT-ST Model-2 30 BATHY
Systems SA-810 31 Scripps
Metrobyte Controller 32 Murayama
Denki
Z-60-16 III 33 Murayama
Denki
Z-60-16 II 34 Protecno
ETSM2 35 Nautilus
Marine Service NMS-XBT 40 TSK
MK-2A 41 TSK
MK-2S 42 TSK
MK-30 43 TSK
MK-30N 45 TSK
MK-100 46 TSK
MK-130
Compatible recorder for both XBT and XCTD 47 TSK
MK-130A
XCTD recorder 48 TSK
AXBT
RECEIVER MK-300 49 TSK
MK-150/MK-150N
Compatible
recorder for both XBT and XCTD 50 JMA
ASTOS 60 ARGOS
communications, sampling on up transit 61 ARGOS
communications, sampling on down transit 62 Orbcomm
communications, sampling on up transit 63 Orbcomm
communications, sampling on down transit 64 Iridium
communications, sampling on up transitt 65 Iridium
communications, sampling on down transit 70 CSIRO
Devil-1
XBT acquisition system 71 CSIRO
Devil-2
XBT acquisition system 72 TURO/CSIRO
Quoll XBT acquisition system 80 Applied
Microsystems Ltd., MICRO-SVT&P 81 Sea
Mammal Research Unit, Univ. St. Andrews, UK, uncorrected 82 Sea
Mammal Research Unit, Univ. St. Andrews, UK, corrected 99 Unknown 127 Missing
value Note:
All unassigned numbers are
reserved for future use. COMMON
CODE
TABLE C-5: Satellite identifier Code
Table 0
01
007 in BUFR (EVEN
DECILES INDICATE POLAR-ORBITING SATELLITES AND ODD DECILES
INDICATE GEOSTATIONARY SATELLITES) Code
figure 000 Reserved 001
099: Allocated to Europe 001 ERS-1 002 ERS-2 003 METOP-1
(METOP-B) 004 METOP-2
(METOP-A) 005 METOP-3
(METOP-C) 020 SPOT1 021 SPOT2 022 SPOT3 023 SPOT4 040 OERSTED 041 CHAMP 042 TerraSAR-X 043 TanDEM-X 044 PAZ 046 SMOS 047 CryoSat-2 048 AEOLUS 050 METEOSAT-3 051 METEOSAT-4 052 METEOSAT-5 053 METEOSAT-6 054 METEOSAT-7 055 METEOSAT-8 056 METEOSAT-9 057 METEOSAT-10 058 METEOSAT-1 059 METEOSAT-2 060 ENVISAT
061 Sentinel
3A 062 Sentinel
3A 063 Sentinel
3A 064 Sentinel
3A 070 METEOSAT-11 100-199:
Allocated to Japan 120 ADEOS 121 ADEOS
II 122 GCOM-W1 140 GOSAT 150 GMS-3 151 GMS-4 152 GMS-5 153 GMS 154 GMS-2 171 MTSAT-1R 172 MTSAT-2 173 Himawari-8 174 Himawari-9 200-299:
Allocated to USA 200 NOAA-8 201 NOAA-9 202 NOAA-10 203 NOAA-11 204 NOAA-12 205 NOAA-14 206 NOAA-15 207 NOAA-16 208 NOAA-17 209 NOAA-18 220 LANDSAT-5 221 LANDSAT-4 222 LANDSAT-7 223 NOAA-19 224 NPP 225 NOAA-20 226 NOAA-21 240 DMSP-7 241 DMSP-8 242 DMSP-9 243 DMSP-10 244 DMSP-11 245 DMSP-12 246 DMSP-13 247 DMSP-14 248 DMSP-15 249 DMSP-16 250 GOES-6 251 GOES-7 252 GOES-8 253 GOES-9 254 GOES-10 255 GOES-11 256 GOES-12 257 GOES-13 258 GOES-14 259 GOES-15 260 JASON-1 261 JASON-2 262 JASON-3 270 GOES-16 271 GOES-17 272 GOES-18 273 GOES-19 281 QUIKSCAT 282 TRMM 283 CORIOLIS 285 DMSP-17 286 DMSP-18 287 DMSP-19 288 GPM-core 289 Orbiting
Carbon Observatory – 2 (OCO-2, NASA) 300-399:
Allocated to Russian Federation 310 GOMS-1 311 GOMS-2 320 METEOR
2-21 321 METEOR
3-5 322 METEOR
3M-1 323 METEOR
3M-2 341 RESURS
01-4 400-499:
Allocated to India 410 KALPANA-1 421 Oceansat-2 430 431 INSAT-1C 432 INSAT-1D 440 Megha-Tropiques 441 SARAL 450 INSAT-2A 451 INSAT-2B 452 INSAT-2E 470 INSAT-3A 471 INSAT-3D 472 INSAT-3E 500-599:
Allocated to China 500 FY-1C 501 FY-1D 502 Hai
Yang 2A (HY-2A, SOA/NSOAS China) 510 FY-2 512 FY-2B 513 FY-2C 514 FY-2D 515 FY-2E 516 FY-2F 517 FY-2G 520 FY-3A 521 FY-3B 522 FY-3C 523 FY-3D 600-699:
Allocated to Europe 700-799:
Allocated to USA 700 TIROS-M
(ITOS-1) 701 NOAA-1 702 NOAA-2 703 NOAA-3 704 NOAA-4 705 NOAA-5 706 NOAA-6 707 NOAA-7 708 TIROS-N 710 GOES
(SMS-1) 711 GOES
(SMS-2) 720 TOPEX 721 GFO
(GEOSAT
Follow On) 722 GRACE-A 723 GRACE-B 724 COSMIC-2
P1 725 COSMIC-2
P2 726 COSMIC-2
P3 727 COSMIC-2
P4 728 COSMIC-2
P5 729 COSMIC-2
P6 731 GOES-1 732 GOES-2 733 GOES-3 734 GOES-4 735 GOES-5 740 COSMIC-1 741 COSMIC-2 742 COSMIC-3 743 COSMIC-4 744 COSMIC-5 745 COSMIC-6 750 COSMIC-2
E1 751 COSMIC-2
E2 752 COSMIC-2
E3 753 COSMIC-2
E4 754 COSMIC-2
E5 755 COSMIC-2
E6 763 NIMBUS-3 764 NIMBUS-4 765 NIMBUS-5 766 NIMBUS-6 767 NIMBUS-7 780 ERBS 781 UARS 782 EARTH
PROBE 783 TERRA 784 AQUA 785 AURA 786 C/NOFS 787 CALIPSO 788 CloudSat 800-849:
Allocated to other satellite operators 800 SUNSAT 801 International
Space Station (ISS) 810 COMS-1 811 COMS-2 812 SCISAT-1 813 ODIN 820 SAC-C 821 SAC-D 825 KOMPSAT-5 850 Combination
of TERRA and AQUA 851 Combination
of NOAA-16 to NOAA-19 852 Combination
of METOP-1 to METOP-3 853 Combination
of METEOSAT and DMSP 854 Non-specific
mixture of geostationary and low 870-998 Reserved 999-1022 Reserved 1023 Missing
value Note:
Within the
ranges 000 to 849 and 870 to 998, even deciles indicate polar orbiting
satellites and odd deciles indicate geostationary satellites. The range
from 850 to 869 shall be used to indicate combinations of satellites,
so the aforementioned decile rule does not apply to values
in
this range.
Not
vacant
3.43898
-0.31
3.43898
-0.31
5.07598
-0.72
3.68081
-0.47
Not
applicable
Not
applicable
Not
applicable
Not
applicable
Not
applicable
Not
applicable
Not
applicable
Not
applicable
Not
applicable
Not
applicable
Not
applicable
Not
applicable
Not
applicable
Not
applicable
Not
applicable
Sippican LMP-5
XBT
9.727
-0.0000473
Ice-tethered Profiler (ITP), SBE CTD
INSAT-1B
earth orbiting satellites