<?xml version="1.0" encoding="UTF-8"?>
<BUFR_Table_B xmlns:xsi="http://www.w3.org/2001/XMLSchema-instance" xsi:noNamespaceSchemaLocation="G:\BUFR\CODETA~1\edited\20080731\BUFR_B.xsd">
<annotation>
<documentation>
<p>BUFR TABLES RELATIVE TO SECTION 3 (Version 13) (updated 11 July 2007)</p>
<p>(For full operational use on 7 November 2007)</p>
</documentation>
</annotation>
<BUFRCatalogue versionNumber="13" versionDate="2007-07-11">
<catalogueName>BUFR Table B - Classification of elements</catalogueName>
<annotation>
<documentation>
<p>See reference in </p>
<p>
<a href="#B_class_all_1">Note 1</a>
</p>
<p>
<a href="#B_class_all_2">Note 2</a>
</p>
<p>
<a href="#B_class_all_3">Note 3</a>
</p>
<p>
<a href="#B_class_all_4">Note 4</a>
</p>
<p>
<a href="#B_class_all_5">Note 5</a>
</p>
<p>
<a href="#B_class_all_6">Note 6</a>
</p>
<p>
<a href="#B_class_all_7">Note 7</a>
</p>
<p>
<a href="#B_class_all_8">Note 8</a>
</p>
<p>
<a href="#B_class_all_9">Note 9</a>
</p>
</documentation>
</annotation>
<featureClass IDREF="F0X00" prefix="BTab">
<annotation>
<documentation/>
</annotation>
<name>BUFR table entries</name>
<F>0</F>
<X>00</X>
</featureClass>
<featureClass IDREF="F0X01" prefix="BCID">
<annotation>
<documentation>Identifies origin and type of data</documentation>
</annotation>
<name>Identification</name>
<F>0</F>
<X>01</X>
</featureClass>
<featureClass IDREF="F0X02" prefix="BCIn">
<annotation>
<documentation>Defines
instrument types used</documentation>
</annotation>
<name>Instrumentation</name>
<F>0</F>
<X>02</X>
</featureClass>
<featureClass IDREF="F0X03" prefix="">
<annotation>
<documentation/>
</annotation>
<name>Reserved</name>
<F>0</F>
<X>03</X>
</featureClass>
<featureClass IDREF="F0X04" prefix="BCT">
<annotation>
<documentation>Defines time
and time derivatives</documentation>
</annotation>
<name>Location (time)</name>
<F>0</F>
<X>04</X>
</featureClass>
<featureClass IDREF="F0X05" prefix="BCX">
<annotation>
<documentation>Defines
geographical position, including horizontal derivatives, in association with
class 06 (first dimension of horizontal space)</documentation>
</annotation>
<name>Location (horizontal - 1)</name>
<F>0</F>
<X>05</X>
</featureClass>
<featureClass IDREF="F0X06" prefix="BCY">
<annotation>
<documentation>Defines
geographical position, including horizontal derivatives, in association with
class 05 (second dimension of horizontal space)</documentation>
</annotation>
<name>Location (horizontal - 2)</name>
<F>0</F>
<X>06</X>
</featureClass>
<featureClass IDREF="F0X07" prefix="BCV">
<annotation>
<documentation>Defines
height, altitude, pressure level, including vertical derivatives of position</documentation>
</annotation>
<name>Location (vertical)</name>
<F>0</F>
<X>07</X>
</featureClass>
<featureClass IDREF="F0X08" prefix="BCS">
<annotation>
<documentation>Defines
special character of data</documentation>
</annotation>
<name>Significance qualifiers</name>
<F>0</F>
<X>08</X>
</featureClass>
<featureClass IDREF="F0X09" prefix="">
<annotation>
<documentation/>
</annotation>
<name>Reserved</name>
<F>0</F>
<X>09</X>
</featureClass>
<featureClass IDREF="F0X10" prefix="BVP">
<annotation>
<documentation>Height,
altitude, pressure and derivatives observed or measured, not defined
as a vertical location</documentation>
</annotation>
<name>Vertical elements and pressure</name>
<F>0</F>
<X>10</X>
</featureClass>
<featureClass IDREF="F0X11" prefix="BWT">
<annotation>
<documentation>Wind speed,
direction, etc.</documentation>
</annotation>
<name>Wind and turbulence</name>
<F>0</F>
<X>11</X>
</featureClass>
<featureClass IDREF="F0X12" prefix="BT1 and BT2">
<annotation>
<documentation>Temperature
types at different precisions</documentation>
</annotation>
<name>Temperature</name>
<F>0</F>
<X>12</X>
</featureClass>
<featureClass IDREF="F0X13" prefix="BHy">
<annotation>
<documentation>Humidity, rainfall,
snowfall, etc.</documentation>
</annotation>
<name>Hygrographic and hydrological elements</name>
<F>0</F>
<X>13</X>
</featureClass>
<featureClass IDREF="F0X14" prefix="BRR">
<annotation>
<documentation/>
</annotation>
<name>Radiation and radiance</name>
<F>0</F>
<X>14</X>
</featureClass>
<featureClass IDREF="F0X15" prefix="BPC">
<annotation>
<documentation/>
</annotation>
<name>Physical/chemical constituents</name>
<F>0</F>
<X>15</X>
</featureClass>
<featureClass IDREF="F0X19" prefix="BSF">
<annotation>
<documentation/>
</annotation>
<name>Synoptic features</name>
<F>0</F>
<X>19</X>
</featureClass>
<featureClass IDREF="F0X20" prefix="BObs">
<annotation>
<documentation>Defines
present/past weather, special phenomena, etc.</documentation>
</annotation>
<name>Observed phenomena</name>
<F>0</F>
<X>20</X>
</featureClass>
<featureClass IDREF="F0X21" prefix="BRD">
<annotation>
<documentation/>
</annotation>
<name>Radar data</name>
<F>0</F>
<X>21</X>
</featureClass>
<featureClass IDREF="F0X22" prefix="BOce">
<annotation>
<documentation/>
</annotation>
<name>Oceanographic elements</name>
<F>0</F>
<X>22</X>
</featureClass>
<featureClass IDREF="F0X23" prefix="BDT">
<annotation>
<documentation/>
</annotation>
<name>Dispersal and transport</name>
<F>0</F>
<X>23</X>
</featureClass>
<featureClass IDREF="F0X24" prefix="BRE">
<annotation>
<documentation/>
</annotation>
<name>Radiological elements</name>
<F>0</F>
<X>24</X>
</featureClass>
<featureClass IDREF="F0X25" prefix="BPI">
<annotation>
<documentation/>
</annotation>
<name>Processing information</name>
<F>0</F>
<X>25</X>
</featureClass>
<featureClass IDREF="F0X26" prefix="BLT">
<annotation>
<documentation>Defines time
and time derivatives that are not coordinates</documentation>
</annotation>
<name>Non-coordinate location (time)</name>
<F>0</F>
<X>26</X>
</featureClass>
<featureClass IDREF="F0X27" prefix="BLX">
<annotation>
<documentation>Defines geographical positions, in conjunction with class 28, that are not coordinates</documentation>
</annotation>
<name>Non-coordinate location (horizontal - 1)</name>
<F>0</F>
<X>27</X>
</featureClass>
<featureClass IDREF="F0X28" prefix="BLY">
<annotation>
<documentation>Defines geographical positions, in conjunction with class 27, that
are not coordinates</documentation>
</annotation>
<name>Non-coordinate location (horizontal - 2)</name>
<F>0</F>
<X>28</X>
</featureClass>
<featureClass IDREF="F0X29" prefix="BMap">
<annotation>
<documentation/>
</annotation>
<name>Map data</name>
<F>0</F>
<X>29</X>
</featureClass>
<featureClass IDREF="F0X30" prefix="BI">
<annotation>
<documentation/>
</annotation>
<name>Image</name>
<F>0</F>
<X>30</X>
</featureClass>
<featureClass IDREF="F0X31" prefix="BOQ">
<annotation>
<documentation>Elements used
in conjunction with data description operators</documentation>
</annotation>
<name>Data description operator qualifiers</name>
<F>0</F>
<X>31</X>
</featureClass>
<featureClass IDREF="F0X33" prefix="BQI">
<annotation>
<documentation/>
</annotation>
<name>Quality information</name>
<F>0</F>
<X>33</X>
</featureClass>
<featureClass IDREF="F0X35" prefix="BDM">
<annotation>
<documentation/>
</annotation>
<name>Data monitoring</name>
<F>0</F>
<X>35</X>
</featureClass>
<featureClass IDREF="F0X40" prefix="BSat">
<annotation>
<documentation/>
</annotation>
<name>Satellite data</name>
<F>0</F>
<X>40</X>
</featureClass>
<note ID="B_class_all_1">
<note>
<p>(1) Where
a code table or flag table is appropriate, "code table" or "flag table"
respectively is entered in the UNITS column.</p>
</note>
</note>
<note ID="B_class_all_2">
<note>
<p>(2) The
code tables and flag tables associated with Table B are numbered to correspond
with the F, X and Y part of the table reference.</p>
</note>
</note>
<note ID="B_class_all_3">
<note>
<p>(3) To
encode values into BUFR, the data (with units as specified in the UNITS column)
must be multiplied by 10 to the power SCALE. Then subtract the REFERENCE VALUE
to give the coded value found in Section 4 of the BUFR message. For example, a
measured latitude is -45.76 degrees. The coarse accuracy descriptor is 0 05
002 and the encoded value is -45.76 x 10<sup>2</sup> - (-9000) = 4424.</p>
</note>
</note>
<note ID="B_class_all_4">
<note>
<p>(4) Where UNITS are given as CCITT IA5, data shall
be coded as character data left justified within the field width indicated
using CCITT International Alphabet No. 5, and blank filled to the full field
width indicated.</p>
</note>
</note>
<note ID="B_class_all_5">
<note>
<p>(5) Classes
48 to 63 are reserved for local use; all other classes are reserved for future
development.</p>
</note>
</note>
<note ID="B_class_all_6">
<note>
<p>(6) Entries
192 to 255 within all classes are reserved for local use.</p>
</note>
</note>
<note ID="B_class_all_7">
<note>
<p>(7) The
use of local descriptors, as defined in Notes (5) and (6), in messages intended
for non-local or international exchange is strongly discouraged. They should
be kept to the barest minimum possible and must also be by-passed by the use of
descriptor 2 06 YYY.</p>
</note>
</note>
<note ID="B_class_all_8">
<note>
<p>(8) First-order
statistics are included in Table B only when they are produced, as such, by the
observing system.</p>
</note>
</note>
<note ID="B_class_all_9">
<note>
<p>(9) In
all flag tables within the BUFR specification, bits are numbered from 1 to N
from the most significant to least significant within a data width of N bits,
i.e. bit No.1 is the leftmost and bit No. N is the rightmost bit within the
data width. The bit No. N (the least significant bit) is set to 1 only if all
the bits are set to 1 within the data width of the flag table to represent a
missing value.</p>
</note>
</note>
</BUFRCatalogue>
<featureCatalogue ID="F0X00">
<catalogueName prefix=" BTab_">Class 00 - BUFR/CREX table entries </catalogueName>
<annotation>
<documentation>
<p>See reference in </p>
<p>
<a href="#B_class_00_1">Note 1</a>
</p>
</documentation>
</annotation>
<feature ID="F0X00Y001">
<annotation>
<documentation>Table A: entry</documentation>
</annotation>
<name>BTab_A_entry</name>
<F>0</F>
<X>00</X>
<Y>001</Y>
<BUFR>
<BUFR_units>CCITT IA5</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>24</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Character</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>3</CREX_width>
</CREX>
</feature>
<feature ID="F0X00Y002">
<annotation>
<documentation>Table A: data category description, line 1</documentation>
</annotation>
<name>BTab_A_line1</name>
<F>0</F>
<X>00</X>
<Y>002</Y>
<BUFR>
<BUFR_units>CCITT IA5</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>256</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Character</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>32</CREX_width>
</CREX>
</feature>
<feature ID="F0X00Y003">
<annotation>
<documentation>Table A: data category description, line 2</documentation>
</annotation>
<name>BTab_A_line1</name>
<F>0</F>
<X>00</X>
<Y>003</Y>
<BUFR>
<BUFR_units>CCITT IA5</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>256</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Character</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>32</CREX_width>
</CREX>
</feature>
<feature ID="F0X00Y004">
<annotation>
<documentation>BUFR/CREX Master table <p>
<a href="#B_class_00_2">Note 2</a>
</p>
</documentation>
</annotation>
<name>BTab_master</name>
<F>0</F>
<X>00</X>
<Y>004</Y>
<BUFR>
<BUFR_units>CCITT IA5</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>16</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Character</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>2</CREX_width>
</CREX>
</feature>
<feature ID="F0X00Y005">
<annotation>
<documentation>BUFR/CREX edition number</documentation>
</annotation>
<name>BTab_edition</name>
<F>0</F>
<X>00</X>
<Y>005</Y>
<BUFR>
<BUFR_units>CCITT IA5</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>24</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Character</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>3</CREX_width>
</CREX>
</feature>
<feature ID="F0X00Y006">
<annotation>
<documentation>BUFR Master table Version number <p>
<a href="#B_class_00_3">Note 3</a>
</p>
</documentation>
</annotation>
<name>BTab_BUFR_ver</name>
<F>0</F>
<X>00</X>
<Y>006</Y>
<BUFR>
<BUFR_units>CCITT IA5</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>16</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Character</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>2</CREX_width>
</CREX>
</feature>
<feature ID="F0X00Y007">
<annotation>
<documentation>CREX Master table Version number <p>
<a href="#B_class_00_4">Note 4</a>
</p>
</documentation>
</annotation>
<name>BTab_BUFR_ver</name>
<F>0</F>
<X>00</X>
<Y>007</Y>
<BUFR>
<BUFR_units>CCITT IA5</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>16</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Character</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>2</CREX_width>
</CREX>
</feature>
<feature ID="F0X00Y008">
<annotation>
<documentation>BUFR Local table version number<p>
<a href="#B_class_00_5">Note 5</a>
</p>
</documentation>
</annotation>
<name>BTab_BUFR_ver</name>
<F>0</F>
<X>00</X>
<Y>008</Y>
<BUFR>
<BUFR_units>CCITT IA5</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>16</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Character</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>2</CREX_width>
</CREX>
</feature>
<feature ID="F0X00Y010">
<annotation>
<documentation>F descriptor to be added or defined</documentation>
</annotation>
<name>BTab_F</name>
<F>0</F>
<X>00</X>
<Y>010</Y>
<BUFR>
<BUFR_units>CCITT IA5</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>8</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Character</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>1</CREX_width>
</CREX>
</feature>
<feature ID="F0X00Y011">
<annotation>
<documentation>X descriptor to be added or defined</documentation>
</annotation>
<name>BTab_X</name>
<F>0</F>
<X>00</X>
<Y>011</Y>
<BUFR>
<BUFR_units>CCITT IA5</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>16</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Character</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>2</CREX_width>
</CREX>
</feature>
<feature ID="F0X00Y012">
<annotation>
<documentation>Y descriptor to be added or defined</documentation>
</annotation>
<name>BTab_Y</name>
<F>0</F>
<X>00</X>
<Y>012</Y>
<BUFR>
<BUFR_units>CCITT IA5</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>24</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Character</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>3</CREX_width>
</CREX>
</feature>
<feature ID="F0X00Y013">
<annotation>
<documentation>Element name, line 1</documentation>
</annotation>
<name>BTab_elementLine1</name>
<F>0</F>
<X>00</X>
<Y>013</Y>
<BUFR>
<BUFR_units>CCITT IA5</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>256</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Character</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>32</CREX_width>
</CREX>
</feature>
<feature ID="F0X00Y014">
<annotation>
<documentation>Element name, line 2</documentation>
</annotation>
<name>BTab_elementLine2</name>
<F>0</F>
<X>00</X>
<Y>014</Y>
<BUFR>
<BUFR_units>CCITT IA5</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>256</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Character</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>32</CREX_width>
</CREX>
</feature>
<feature ID="F0X00Y015">
<annotation>
<documentation>Units name</documentation>
</annotation>
<name>BTab_unitsName</name>
<F>0</F>
<X>00</X>
<Y>015</Y>
<BUFR>
<BUFR_units>CCITT IA5</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>192</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Character</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>24</CREX_width>
</CREX>
</feature>
<feature ID="F0X00Y016">
<annotation>
<documentation>Units scale sign</documentation>
</annotation>
<name>BTab_scaleSign</name>
<F>0</F>
<X>00</X>
<Y>016</Y>
<BUFR>
<BUFR_units>CCITT IA5</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>8</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Character</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>1</CREX_width>
</CREX>
</feature>
<feature ID="F0X00Y017">
<annotation>
<documentation>Units scale</documentation>
</annotation>
<name>BTab_scale</name>
<F>0</F>
<X>00</X>
<Y>017</Y>
<BUFR>
<BUFR_units>CCITT IA5</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>24</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Character</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>3</CREX_width>
</CREX>
</feature>
<feature ID="F0X00Y018">
<annotation>
<documentation>Units reference sign</documentation>
</annotation>
<name>BTab_referenceSign</name>
<F>0</F>
<X>00</X>
<Y>018</Y>
<BUFR>
<BUFR_units>CCITT IA5</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>8</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Character</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>1</CREX_width>
</CREX>
</feature>
<feature ID="F0X00Y019">
<annotation>
<documentation>Units reference value</documentation>
</annotation>
<name>BTab_referenceValue</name>
<F>0</F>
<X>00</X>
<Y>019</Y>
<BUFR>
<BUFR_units>CCITT IA5</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>80</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Character</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>10</CREX_width>
</CREX>
</feature>
<feature ID="F0X00Y020">
<annotation>
<documentation>Element data width</documentation>
</annotation>
<name>BTab_dataWidth</name>
<F>0</F>
<X>00</X>
<Y>020</Y>
<BUFR>
<BUFR_units>CCITT IA5</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>24</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Character</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>3</CREX_width>
</CREX>
</feature>
<feature ID="F0X00Y030">
<annotation>
<documentation>Descriptor defining sequence</documentation>
</annotation>
<name>BTab_descriptorSeq</name>
<F>0</F>
<X>00</X>
<Y>030</Y>
<BUFR>
<BUFR_units>CCITT IA5</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>48</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Character</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>6</CREX_width>
</CREX>
</feature>
<note ID="B_class_00_1">
<note>
<p> (1) For CREX descriptors F =
B, not 0.</p>
</note>
</note>
<note ID="B_class_00_2">
<note>
<p>(2)
Master Tables are described in Note (2) to Section 1 of the BUFR
regulations.</p>
</note>
</note>
<note ID="B_class_00_3">
<note>
<p>(3)
BUFR Master Table Version Numbers are described in Notes (2) and (4)
to Section 1 of the BUFR regulations for edition 3, and in Notes (2) and (5) to
Section 1 of the BUFR regulations for edition 4.</p>
</note>
</note>
<note ID="B_class_00_4">
<note>
<p>(4)
CREX Master Table Version Numbers are described in Note (1) to
Section 1 of the CREX regulations.</p>
</note>
</note>
<note ID="B_class_00_5">
<note>
<p>(5) Local
Table version number (see Note (2) to Section 1 of the BUFR regulations.</p>
</note>
</note>
</featureCatalogue>
<featureCatalogue ID="F0X01">
<catalogueName prefix=" BCID_">Class 01 - Identification </catalogueName>
<annotation>
<documentation>
<p>See reference in </p>
</documentation>
</annotation>
<feature ID="F0X01Y001">
<annotation>
<documentation>WMO block number</documentation>
</annotation>
<name>BCID_WMOblock</name>
<F>0</F>
<X>01</X>
<Y>001</Y>
<BUFR>
<BUFR_units>Numeric</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>7</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Numeric</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>2</CREX_width>
</CREX>
</feature>
<feature ID="F0X01Y002">
<annotation>
<documentation>WMO station number</documentation>
</annotation>
<name>BCID_WMOstation</name>
<F>0</F>
<X>01</X>
<Y>002</Y>
<BUFR>
<BUFR_units>Numeric</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>10</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Numeric</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>3</CREX_width>
</CREX>
</feature>
<feature ID="F0X01Y003">
<annotation>
<documentation>WMO Region number/geographical area</documentation>
</annotation>
<name>BCID_WMOregion</name>
<F>0</F>
<X>01</X>
<Y>003</Y>
<BUFR>
<BUFR_units>Code table</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>3</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Code
table</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>1</CREX_width>
</CREX>
</feature>
<feature ID="F0X01Y004">
<annotation>
<documentation>WMO Region sub-area<p>
<a href="#B_class_01_9">Note 9</a>
</p>
</documentation>
</annotation>
<name>BCID_oldWMOsubArea</name>
<F>0</F>
<X>01</X>
<Y>004</Y>
<BUFR>
<BUFR_units>Numeric</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>3</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Numeric</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>1</CREX_width>
</CREX>
</feature>
<feature ID="F0X01Y005">
<annotation>
<documentation>Buoy/platform identifier</documentation>
</annotation>
<name>BCID_buoyID</name>
<F>0</F>
<X>01</X>
<Y>005</Y>
<BUFR>
<BUFR_units>Numeric</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>17</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Numeric</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>5</CREX_width>
</CREX>
</feature>
<feature ID="F0X01Y006">
<annotation>
<documentation>Aircraft flight number</documentation>
</annotation>
<name>BCID_flightID</name>
<F>0</F>
<X>01</X>
<Y>006</Y>
<BUFR>
<BUFR_units>CCITT IA5</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>64</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Character</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>8</CREX_width>
</CREX>
</feature>
<feature ID="F0X01Y007">
<annotation>
<documentation>Satellite identifier</documentation>
</annotation>
<name>BCID_satelliteID</name>
<F>0</F>
<X>01</X>
<Y>007</Y>
<BUFR>
<BUFR_units>Code table</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>10</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Code
table</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>4</CREX_width>
</CREX>
</feature>
<feature ID="F0X01Y008">
<annotation>
<documentation>Aircraft registration number or other
identification</documentation>
</annotation>
<name>BCID_aircraftID</name>
<F>0</F>
<X>01</X>
<Y>008</Y>
<BUFR>
<BUFR_units>CCITT IA5</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>64</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Character</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>8</CREX_width>
</CREX>
</feature>
<feature ID="F0X01Y009">
<annotation>
<documentation>Type of commercial aircraft</documentation>
</annotation>
<name>BCID_aircraftType</name>
<F>0</F>
<X>01</X>
<Y>009</Y>
<BUFR>
<BUFR_units>CCITT IA5</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>64</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Character</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>8</CREX_width>
</CREX>
</feature>
<feature ID="F0X01Y010">
<annotation>
<documentation>Stationary buoy platform identifier; e.g.
C-MAN buoys</documentation>
</annotation>
<name>BCID_fixedBuoy</name>
<F>0</F>
<X>01</X>
<Y>010</Y>
<BUFR>
<BUFR_units>CCITT IA5</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>64</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Character</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>8</CREX_width>
</CREX>
</feature>
<feature ID="F0X01Y011">
<annotation>
<documentation>Ship or mobile land station identifier</documentation>
</annotation>
<name>BCID_shipID</name>
<F>0</F>
<X>01</X>
<Y>011</Y>
<BUFR>
<BUFR_units>CCITT IA5</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>72</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Character</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>9</CREX_width>
</CREX>
</feature>
<feature ID="F0X01Y012">
<annotation>
<documentation>Direction of motion of moving observing
platform<p>
<a href="#B_class_01_15">Note 15</a>
</p>
</documentation>
</annotation>
<name>BCID_platformDirn</name>
<F>0</F>
<X>01</X>
<Y>012</Y>
<BUFR>
<BUFR_units>Degree true</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>9</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Degree true</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>3</CREX_width>
</CREX>
</feature>
<feature ID="F0X01Y013">
<annotation>
<documentation>Speed of motion of moving observing platform<p>
<a href="#B_class_01_15">Note 15</a>
</p>
</documentation>
</annotation>
<name>BCID_platformSpeed</name>
<F>0</F>
<X>01</X>
<Y>013</Y>
<BUFR>
<BUFR_units>m s-1</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>10</BUFR_width>
</BUFR>
<CREX>
<CREX_units>m s-1</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>3</CREX_width>
</CREX>
</feature>
<feature ID="F0X01Y014">
<annotation>
<documentation>Platform drift speed (high precision)</documentation>
</annotation>
<name>BCID_platformDrift</name>
<F>0</F>
<X>01</X>
<Y>014</Y>
<BUFR>
<BUFR_units>m s-1</BUFR_units>
<BUFR_scale>2</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>10</BUFR_width>
</BUFR>
<CREX>
<CREX_units>m s-1</CREX_units>
<CREX_scale>2</CREX_scale>
<CREX_width>4</CREX_width>
</CREX>
</feature>
<feature ID="F0X01Y015">
<annotation>
<documentation>Station or site name</documentation>
</annotation>
<name>BCID_stationName</name>
<F>0</F>
<X>01</X>
<Y>015</Y>
<BUFR>
<BUFR_units>CCITT IA5</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>160</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Character</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>20</CREX_width>
</CREX>
</feature>
<feature ID="F0X01Y018">
<annotation>
<documentation>Short station or site name</documentation>
</annotation>
<name>BCID_stationShortname</name>
<F>0</F>
<X>01</X>
<Y>018</Y>
<BUFR>
<BUFR_units>CCITT IA5</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>40</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Character</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>5</CREX_width>
</CREX>
</feature>
<feature ID="F0X01Y019">
<annotation>
<documentation>Long Station or site name</documentation>
</annotation>
<name>BCID_stationLongName</name>
<F>0</F>
<X>01</X>
<Y>019</Y>
<BUFR>
<BUFR_units>CCITT IA5</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>256</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Character</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>32</CREX_width>
</CREX>
</feature>
<feature ID="F0X01Y020">
<annotation>
<documentation>WMO Region sub-area<p>
<a href="#B_class_01_9">Note 9</a>
</p>
</documentation>
</annotation>
<name>BCID_WMOsubArea</name>
<F>0</F>
<X>01</X>
<Y>020</Y>
<BUFR>
<BUFR_units>Numeric</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>4</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Numeric</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>2</CREX_width>
</CREX>
</feature>
<feature ID="F0X01Y021">
<annotation>
<documentation>Synoptic feature identifier</documentation>
</annotation>
<name>BCID_synopticFeatureID</name>
<F>0</F>
<X>01</X>
<Y>021</Y>
<BUFR>
<BUFR_units>Numeric</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>14</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Numeric</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>4</CREX_width>
</CREX>
</feature>
<feature ID="F0X01Y022">
<annotation>
<documentation>Name of feature <p>
<a href="#B_class_01_11">Note 11</a>
</p>
</documentation>
</annotation>
<name>BCID_synopticFeatureName</name>
<F>0</F>
<X>01</X>
<Y>022</Y>
<BUFR>
<BUFR_units>CCITT IA5</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>224</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Character</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>28</CREX_width>
</CREX>
</feature>
<feature ID="F0X01Y023">
<annotation>
<documentation>Observation sequence number
</documentation>
</annotation>
<name>BCID_obsSequenceNum</name>
<F>0</F>
<X>01</X>
<Y>023</Y>
<BUFR>
<BUFR_units>Numeric</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>9</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Numeric</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>3</CREX_width>
</CREX>
</feature>
<feature ID="F0X01Y025">
<annotation>
<documentation>Storm identifier<p>
<a href="#B_class_01_1">Note 1</a>
</p>
</documentation>
</annotation>
<name>BCID_stormID</name>
<F>0</F>
<X>01</X>
<Y>025</Y>
<BUFR>
<BUFR_units>CCITT IA5</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>24</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Character</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>3</CREX_width>
</CREX>
</feature>
<feature ID="F0X01Y026">
<annotation>
<documentation>WMO storm name<p>
<a href="#B_class_01_14">Note 14</a>
</p>
</documentation>
</annotation>
<name>BCID_stormName</name>
<F>0</F>
<X>01</X>
<Y>026</Y>
<BUFR>
<BUFR_units>CCITT IA5</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>64</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Character</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>8</CREX_width>
</CREX>
</feature>
<feature ID="F0X01Y027">
<annotation>
<documentation>WMO long storm name<p>
<a href="#B_class_01_2">Note 2</a>
</p>
<p>
<a href="#B_class_01_14">Note 14</a>
</p>
</documentation>
</annotation>
<name>BCID_longStormName</name>
<F>0</F>
<X>01</X>
<Y>027</Y>
<BUFR>
<BUFR_units>CCITT IA5</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>80</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Character</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>10</CREX_width>
</CREX>
</feature>
<feature ID="F0X01Y030">
<annotation>
<documentation>Numerical model identifier<p>
<a href="#B_class_01_13">Note 13</a>
</p>
</documentation>
</annotation>
<name>BCID_NWPmodelID</name>
<F>0</F>
<X>01</X>
<Y>030</Y>
<BUFR>
<BUFR_units>CCITT
IA5</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>128</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Character</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>16</CREX_width>
</CREX>
</feature>
<feature ID="F0X01Y031">
<annotation>
<documentation>Identification of originating/generating
centre <p>
<a href="#B_class_01_10">Note 10</a>
</p>
</documentation>
</annotation>
<name>BCID_oldOriginCentreID</name>
<F>0</F>
<X>01</X>
<Y>031</Y>
<BUFR>
<BUFR_units>Code table</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>16</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Code table</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>5</CREX_width>
</CREX>
</feature>
<feature ID="F0X01Y032">
<annotation>
<documentation>Generating application (Code table defined by
originating/ generating centre)<p>
<a href="#B_class_01_3">Note 3</a>
</p>
<p>
<a href="#B_class_01_4">Note 4</a>
</p>
<p>
<a href="#B_class_01_5">Note 5</a>
</p>
</documentation>
</annotation>
<name>BCID_generatingApp</name>
<F>0</F>
<X>01</X>
<Y>032</Y>
<BUFR>
<BUFR_units>Code table </BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>8</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Code table</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>3</CREX_width>
</CREX>
</feature>
<feature ID="F0X01Y033">
<annotation>
<documentation>Identification of originating/generating
centre<p>
<a href="#B_class_01_10">Note 10</a>
</p>
</documentation>
</annotation>
<name>BCID_originCentreID</name>
<F>0</F>
<X>01</X>
<Y>033</Y>
<BUFR>
<BUFR_units>Code table</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>8</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Code table</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>3</CREX_width>
</CREX>
</feature>
<feature ID="F0X01Y034">
<annotation>
<documentation>Identification of originating/generating
sub-centre<p>
<a href="#B_class_01_10">Note 10</a>
</p>
</documentation>
</annotation>
<name>BCID_subCentreID</name>
<F>0</F>
<X>01</X>
<Y>034</Y>
<BUFR>
<BUFR_units>Code table</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>8</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Code table</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>3</CREX_width>
</CREX>
</feature>
<feature ID="F0X01Y035">
<annotation>
<documentation>Originating Centre</documentation>
</annotation>
<name>BCID_originCentre</name>
<F>0</F>
<X>01</X>
<Y>035</Y>
<BUFR>
<BUFR_units>Common Code Table C-11</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>16</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Common Code Table C-11</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>5</CREX_width>
</CREX>
</feature>
<feature ID="F0X01Y036">
<annotation>
<documentation>Agency in charge of operating the Observing
platform</documentation>
</annotation>
<name>BCID_operatingAgency</name>
<F>0</F>
<X>01</X>
<Y>036</Y>
<BUFR>
<BUFR_units>Code table</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>20</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Code table</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>7</CREX_width>
</CREX>
</feature>
<feature ID="F0X01Y037">
<annotation>
<documentation>SIGMET
sequence identifier</documentation>
</annotation>
<name>BCID_SIGMETseqID</name>
<F>0</F>
<X>01</X>
<Y>037</Y>
<BUFR>
<BUFR_units>CCITT IA5</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>24</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Character</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>3</CREX_width>
</CREX>
</feature>
<feature ID="F0X01Y041">
<annotation>
<documentation>Absolute platform velocity - first component <p>
<a href="#B_class_01_6">Note 6</a>
</p>
<p>
<a href="#B_class_01_7">Note 7</a>
</p>
<p>
<a href="#B_class_01_8">Note 8</a>
</p>
</documentation>
</annotation>
<name>BCID_platformAbsV_1</name>
<F>0</F>
<X>01</X>
<Y>041</Y>
<BUFR>
<BUFR_units>m s-1</BUFR_units>
<BUFR_scale>5</BUFR_scale>
<BUFR_reference>-1073741824</BUFR_reference>
<BUFR_width>31</BUFR_width>
</BUFR>
<CREX>
<CREX_units>m s-1</CREX_units>
<CREX_scale>5</CREX_scale>
<CREX_width>10</CREX_width>
</CREX>
</feature>
<feature ID="F0X01Y042">
<annotation>
<documentation>Absolute platform velocity - second component
<p>
<a href="#B_class_01_6">Note 6</a>
</p>
<p>
<a href="#B_class_01_7">Note 7</a>
</p>
<p>
<a href="#B_class_01_8">Note 8</a>
</p>
</documentation>
</annotation>
<name>BCID_platformAbsV_2</name>
<F>0</F>
<X>01</X>
<Y>042</Y>
<BUFR>
<BUFR_units>m s-1</BUFR_units>
<BUFR_scale>5</BUFR_scale>
<BUFR_reference>-1073741824</BUFR_reference>
<BUFR_width>31</BUFR_width>
</BUFR>
<CREX>
<CREX_units>m s-1</CREX_units>
<CREX_scale>5</CREX_scale>
<CREX_width>10</CREX_width>
</CREX>
</feature>
<feature ID="F0X01Y043">
<annotation>
<documentation>Absolute platform velocity - third component
<p>
<a href="#B_class_01_6">Note 6</a>
</p>
<p>
<a href="#B_class_01_7">Note 7</a>
</p>
<p>
<a href="#B_class_01_8">Note 8</a>
</p>
</documentation>
</annotation>
<name>BCID_platformAbsV_3</name>
<F>0</F>
<X>01</X>
<Y>043</Y>
<BUFR>
<BUFR_units>m s-1</BUFR_units>
<BUFR_scale>5</BUFR_scale>
<BUFR_reference>-1073741824</BUFR_reference>
<BUFR_width>31</BUFR_width>
</BUFR>
<CREX>
<CREX_units>m s-1</CREX_units>
<CREX_scale>5</CREX_scale>
<CREX_width>10</CREX_width>
</CREX>
</feature>
<feature ID="F0X01Y050">
<annotation>
<documentation>Platform transmitter ID
number</documentation>
</annotation>
<name>BCID_transmitterNum</name>
<F>0</F>
<X>01</X>
<Y>050</Y>
<BUFR>
<BUFR_units>Numeric</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>17</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Numeric</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>6</CREX_width>
</CREX>
</feature>
<feature ID="F0X01Y051">
<annotation>
<documentation>Platform transmitter ID
number</documentation>
</annotation>
<name>BCID_transmitterID</name>
<F>0</F>
<X>01</X>
<Y>051</Y>
<BUFR>
<BUFR_units>CCITT IA5</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>96</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Character</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>12</CREX_width>
</CREX>
</feature>
<feature ID="F0X01Y060">
<annotation>
<documentation>Aircraft reporting point
(Beacon identifier)</documentation>
</annotation>
<name>BCID_beaconID</name>
<F>0</F>
<X>01</X>
<Y>060</Y>
<BUFR>
<BUFR_units>CCITT IA5</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>64</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Character</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>8</CREX_width>
</CREX>
</feature>
<feature ID="F0X01Y062">
<annotation>
<documentation>Short ICAO location indicator</documentation>
</annotation>
<name>BCID_ICAOshort</name>
<F>0</F>
<X>01</X>
<Y>062</Y>
<BUFR>
<BUFR_units>CCITT IA5</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>32</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Character</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>4</CREX_width>
</CREX>
</feature>
<feature ID="F0X01Y063">
<annotation>
<documentation>ICAO location indicator</documentation>
</annotation>
<name>BCID_ICAOlong</name>
<F>0</F>
<X>01</X>
<Y>063</Y>
<BUFR>
<BUFR_units>CCITT IA5</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>64</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Character</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>8</CREX_width>
</CREX>
</feature>
<feature ID="F0X01Y064">
<annotation>
<documentation>Runway designator</documentation>
</annotation>
<name>BCID_runwayID</name>
<F>0</F>
<X>01</X>
<Y>064</Y>
<BUFR>
<BUFR_units>CCITT IA5</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>32</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Character</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>4</CREX_width>
</CREX>
</feature>
<feature ID="F0X01Y065">
<annotation>
<documentation>ICAO region identifier</documentation>
</annotation>
<name>BCID_ICAOregion</name>
<F>0</F>
<X>01</X>
<Y>065</Y>
<BUFR>
<BUFR_units>CCITT IA5</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>256</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Character</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>32</CREX_width>
</CREX>
</feature>
<feature ID="F0X01Y075">
<annotation>
<documentation>Tide station identification</documentation>
</annotation>
<name>BCID_tideStationID</name>
<F>0</F>
<X>01</X>
<Y>075</Y>
<BUFR>
<BUFR_units>CCITT IA5</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>40</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Character</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>5</CREX_width>
</CREX>
</feature>
<feature ID="F0X01Y080">
<annotation>
<documentation>Ship line number according to SOOP</documentation>
</annotation>
<name>BCID_shipLineNum</name>
<F>0</F>
<X>01</X>
<Y>080</Y>
<BUFR>
<BUFR_units>CCITT IA5</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>32</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Character</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>4</CREX_width>
</CREX>
</feature>
<feature ID="F0X01Y081">
<annotation>
<documentation>Radiosonde
serial number </documentation>
</annotation>
<name>BCID_sondeSerialID</name>
<F>0</F>
<X>01</X>
<Y>081</Y>
<BUFR>
<BUFR_units>CCITT IA5</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>160</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Character</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>20</CREX_width>
</CREX>
</feature>
<feature ID="F0X01Y082">
<annotation>
<documentation>Radiosonde
ascension number<p>
<a href="#B_class_01_12">Note 12</a>
</p>
</documentation>
</annotation>
<name>BCID_sondeAscentID</name>
<F>0</F>
<X>01</X>
<Y>082</Y>
<BUFR>
<BUFR_units>Numeric</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>14</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Numeric</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>4</CREX_width>
</CREX>
</feature>
<feature ID="F0X01Y083">
<annotation>
<documentation>Radiosonde
release number<p>
<a href="#B_class_01_12">Note 12</a>
</p>
</documentation>
</annotation>
<name>BCID_sondeReleaseID</name>
<F>0</F>
<X>01</X>
<Y>083</Y>
<BUFR>
<BUFR_units>Numeric</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>3</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Numeric</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>1</CREX_width>
</CREX>
</feature>
<feature ID="F0X01Y085">
<annotation>
<documentation>Observing platform manufacturer's model</documentation>
</annotation>
<name>BCID_platformModelID</name>
<F>0</F>
<X>01</X>
<Y>085</Y>
<BUFR>
<BUFR_units>CCITT IA5</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>160</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Character</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>20</CREX_width>
</CREX>
</feature>
<feature ID="F0X01Y086">
<annotation>
<documentation>Observing platform manufacturer's serial
number</documentation>
</annotation>
<name>BCID_platformSerialID</name>
<F>0</F>
<X>01</X>
<Y>086</Y>
<BUFR>
<BUFR_units>CCITT IA5</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>256</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Character</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>32</CREX_width>
</CREX>
</feature>
<feature ID="F0X01Y087">
<annotation>
<documentation>WMO Marine observing platform
extended identifier</documentation>
</annotation>
<name>BCID_WMOmarineID</name>
<F>0</F>
<X>01</X>
<Y>087</Y>
<BUFR>
<BUFR_units>Numeric</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>23</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Numeric</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>7</CREX_width>
</CREX>
</feature>
<feature ID="F0X01Y090">
<annotation>
<documentation>Technique for making up initial
perturbations</documentation>
</annotation>
<name>BCID_initialPeturb</name>
<F>0</F>
<X>01</X>
<Y>090</Y>
<BUFR>
<BUFR_units>Code table</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>8</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Code table</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>3</CREX_width>
</CREX>
</feature>
<feature ID="F0X01Y091">
<annotation>
<documentation>Ensemble member number </documentation>
</annotation>
<name>BCID_ensembleNum</name>
<F>0</F>
<X>01</X>
<Y>091</Y>
<BUFR>
<BUFR_units>Numeric</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>10</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Numeric</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>4</CREX_width>
</CREX>
</feature>
<feature ID="F0X01Y092">
<annotation>
<documentation>Type of ensemble forecast</documentation>
</annotation>
<name>BCID_ensembleType</name>
<F>0</F>
<X>01</X>
<Y>092</Y>
<BUFR>
<BUFR_units>Code table</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>8</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Code table</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>3</CREX_width>
</CREX>
</feature>
<feature ID="F0X01Y093">
<annotation>
<documentation>Balloon
lot number</documentation>
</annotation>
<name>BCID_balloonLotID</name>
<F>0</F>
<X>01</X>
<Y>093</Y>
<BUFR>
<BUFR_units>CCITT IA5</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>96</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Character</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>12</CREX_width>
</CREX>
</feature>
<feature ID="F0X01Y094">
<annotation>
<documentation>WBAN
Number</documentation>
</annotation>
<name>BCID_WBAN</name>
<F>0</F>
<X>01</X>
<Y>094</Y>
<BUFR>
<BUFR_units>Numeric</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>17</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Numeric</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>5</CREX_width>
</CREX>
</feature>
<feature ID="F0X01Y095">
<annotation>
<documentation>Observer
identification</documentation>
</annotation>
<name>BCID_observerID</name>
<F>0</F>
<X>01</X>
<Y>095</Y>
<BUFR>
<BUFR_units>CCITT IA5</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>32</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Character</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>4</CREX_width>
</CREX>
</feature>
<feature ID="F0X01Y096">
<annotation>
<documentation>Station
acquisition </documentation>
</annotation>
<name>BCID_stationAcquisition</name>
<F>0</F>
<X>01</X>
<Y>096</Y>
<BUFR>
<BUFR_units>CCITT IA5</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>160</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Character</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>20</CREX_width>
</CREX>
</feature>
<note ID="B_class_01_1">
<note>
<p>(1) The
storm identifier (descriptor 0 01 025) has the following meaning: the first
two characters shall be a numeric sequence number assigned by the originator of
the message; the third character is a letter indicating the ocean basin where
the storm is located, as follows:</p>
<table>
<tr>
<td>
<p>W </p>
</td>><td>
<p>NW Pacific Ocean</p>
</td>
</tr>
<tr>
<td>
<p>E </p>
</td>
<td>
<p>NE Pacific Ocean to 140°W</p>
</td>
</tr>
<tr>
<td>
<p>C </p>
</td>
<td>
<p>NE Pacific Ocean 140°W - 180°W</p>
</td>
</tr>
<tr>
<td>
<p>L </p>
</td>
<td>
<p>N Atlantic Ocean, including Caribbean and Gulf of Mexico</p>
</td>
</tr>
<tr>
<td>
<p>A </p>
</td>
<td>
<p>N Arabian Sea</p>
</td>
</tr>
<tr>
<td>
<p>B </p>
</td>
<td>
<p>Bay of Bengal</p>
</td>
</tr>
<tr>
<td>
<p>S</p>
</td>
<td>
<p> S Indian Ocean</p>
</td>
</tr>
<tr>
<td>
<p>P</p>
</td>
<td>
<p> S Pacific Ocean</p>
</td>
</tr>
<tr>
<td>
<p>F </p>
</td>
<td>
<p>RSMC Nadi's zone in South Pacific</p>
</td>
</tr>
<tr>
<td>
<p>U </p>
</td>
<td>
<p>Australia</p>
</td>
</tr>
<tr>
<td>
<p>O </p>
</td>
<td>
<p>South China Sea</p>
</td>
</tr>
<tr>
<td>
<p>T </p>
</td>
<td>
<p>East China Sea</p>
</td>
</tr>
</table>
<p>There is no
requirement that differing observers coordinate sequence numbers even though
they both may be reporting the same storm.</p>
</note>
</note>
<note ID="B_class_01_2">
<note>
<p>(2) WMO
storm name (descriptor 0 01 027): the storm name NAMELESS shall be used in
those cases where an identifiable tropical disturbance has not reached tropical
storm strength and has not been assigned an official name.</p>
</note>
</note>
<note ID="B_class_01_3">
<note>
<p>(3) Where
a centre other than the originating centre generates quality information,
replacement or substitute values, and/or statistical information, the centre
may be indicated by using 0 01 033.</p>
</note>
</note>
<note ID="B_class_01_4">
<note>
<p>(4) A
generating centre may wish to indicate a reference to the application that
generated quality information, etc.; it may use descriptor 0 01 032 for this
purpose. However, the corresponding code tables will vary from centre to
centre.</p>
</note>
</note>
<note ID="B_class_01_5">
<note>
<p>(5) Code
table 0 01 032 is to be generated by each centre.</p>
</note>
</note>
<note ID="B_class_01_6">
<note>
<p>(6) The
components of absolute platform velocity (0 01 041, 0 01 042, 0 01 043) are
defined as follows:</p>
<table>
<tr>
<td>
<p> First
component: </p>
</td>
<td>
<p>From the EarthÂ’s centre to 0 degree longitude at the Equator:
velocity of the platform along this line relative to the EarthÂ’s centre.</p>
</td>
</tr>
<tr>
<td>
<p> Second
component:</p>
</td>
<td>
<p>From the EarthÂ’s centre to 90 degrees East longitude at the
Equator: velocity of the platform along this line relative to the EarthÂ’s
centre.</p>
</td>
</tr>
<tr>
<td>
<p>Third
component:</p>
</td>
<td>
<p> From the EarthÂ’s centre to the North Pole: velocity of the platform
along this line relative to the EarthÂ’s centre.</p>
</td>
</tr>
</table>
</note>
</note>
<note ID="B_class_01_7">
<note>
<p>(7) The
values for descriptors 0 01 041, 0 01 042 and 0 01 043 have been chosen to be
suitable for polar orbiting satellites in approximately Sun-synchronous
orbits. Geostationary orbits would require greater data widths for distance
and slightly less for speed.</p>
</note>
</note>
<note ID="B_class_01_8">
<note>
<p>(8) Left
handed xyz axes have been chosen for descriptors 0 01 041, 0 01 042 and 0 01
043.</p>
</note>
</note>
<note ID="B_class_01_9">
<note>
<p>(9) Descriptor
0 01 020 should be used instead of 0 01 004 for encoding this element.</p>
</note>
</note>
<note ID="B_class_01_10">
<note>
<p>(10) Descriptor
0 01 033 shall be used instead of descriptor 0 01 031 for encoding
originating/generating centre. Code table 0 01 034 is to be established by the
associated originating/generating centre identified by descriptor 0 01 033 and
provided to the Secretariat for publication.</p>
</note>
</note>
<note ID="B_class_01_11">
<note>
<p>(11) For
0 01 022, the character string representing the "Name of feature" should be of
the form: "Type of phenomenon" - "Location or geographical name" (e.g.:
"volcano - Popocatepetl", "oil fire - Kuwait")</p>
</note>
</note>
<note ID="B_class_01_12">
<note>
<p>(12)
Descriptor
0-01-082 is to be used for reporting the sequential number of the current
radiosonde reporting period (e.g. synoptic cycle) within a given year or other
similar locally-defined length of time. Descriptor 0-01-083 is to be used in
the case of multiple sequential radiosonde releases during a single reporting
period (e.g. synoptic cycle), in order to indicate which particular release
generated the corresponding data values.</p>
</note>
</note>
<note ID="B_class_01_13">
<note>
<p>(13)
The value of this feature could be a string of characters, which
contains the name of the model and other useful elements such as the model
mesh.</p>
</note>
</note>
<note ID="B_class_01_14">
<note>
<p>(14)
Descriptor
0 01 027 should be used instead of 0 01 026 to encode this element.</p>
</note>
</note>
<note ID="B_class_01_15">
<note>
<p>(15)
Descriptors
0 01 012 and 0 01 013 may relate to parameters of various meanings and the
corresponding values may be integrated on different periods.</p>
</note>
</note>
</featureCatalogue>
<featureCatalogue ID="F0X02">
<catalogueName prefix=" BCIn_">Class 02 -
Instrumentation </catalogueName>
<annotation>
<documentation>
<p>See reference in </p>
<p>
<a href="#B_class_02_1">Note 1</a>
</p>
<p>
<a href="#B_class_02_2">Note 2</a>
</p>
<p>
<a href="#B_class_02_3">Note 3</a>
</p>
</documentation>
</annotation>
<feature ID="F0X02Y001">
<annotation>
<documentation>Type of station</documentation>
</annotation>
<name>BCIn_station</name>
<F>0</F>
<X>02</X>
<Y>001</Y>
<BUFR>
<BUFR_units>Code table</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>2</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Code
table</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>1</CREX_width>
</CREX>
</feature>
<feature ID="F0X02Y002">
<annotation>
<documentation>Type of instrumentation for wind measurement</documentation>
</annotation>
<name>BCIn_wind</name>
<F>0</F>
<X>02</X>
<Y>002</Y>
<BUFR>
<BUFR_units>Flag table</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>4</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Flag table</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>2</CREX_width>
</CREX>
</feature>
<feature ID="F0X02Y003">
<annotation>
<documentation>Type of measuring equipment used</documentation>
</annotation>
<name>BCIn_equipment</name>
<F>0</F>
<X>02</X>
<Y>003</Y>
<BUFR>
<BUFR_units>Code table</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>4</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Code
table</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>2</CREX_width>
</CREX>
</feature>
<feature ID="F0X02Y004">
<annotation>
<documentation>Type of instrumentation for evaporation
measurement or type of crop for which evapotranspiration is reported</documentation>
</annotation>
<name>BCIn_evaporation</name>
<F>0</F>
<X>02</X>
<Y>004</Y>
<BUFR>
<BUFR_units>Code table</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>4</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Code
table</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>2</CREX_width>
</CREX>
</feature>
<feature ID="F0X02Y005">
<annotation>
<documentation>Precision of temperature observation</documentation>
</annotation>
<name>BCIn_PrecisionTemp</name>
<F>0</F>
<X>02</X>
<Y>005</Y>
<BUFR>
<BUFR_units>K</BUFR_units>
<BUFR_scale>2</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>7</BUFR_width>
</BUFR>
<CREX>
<CREX_units>K</CREX_units>
<CREX_scale>2</CREX_scale>
<CREX_width>3</CREX_width>
</CREX>
</feature>
<feature ID="F0X02Y011">
<annotation>
<documentation>Radiosonde type</documentation>
</annotation>
<name>BCIn_radiosonde</name>
<F>0</F>
<X>02</X>
<Y>011</Y>
<BUFR>
<BUFR_units>Code table</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>8</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Code
table</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>3</CREX_width>
</CREX>
</feature>
<feature ID="F0X02Y012">
<annotation>
<documentation>Radiosonde
computational method</documentation>
</annotation>
<name>BCIn_sondeComputation</name>
<F>0</F>
<X>02</X>
<Y>012</Y>
<BUFR>
<BUFR_units>Code table</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>4</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Code
table</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>2</CREX_width>
</CREX>
</feature>
<feature ID="F0X02Y013">
<annotation>
<documentation>Solar and infrared radiation correction</documentation>
</annotation>
<name>BCIn_solarIRcorrect</name>
<F>0</F>
<X>02</X>
<Y>013</Y>
<BUFR>
<BUFR_units>Code table</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>4</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Code
table</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>2</CREX_width>
</CREX>
</feature>
<feature ID="F0X02Y014">
<annotation>
<documentation>Tracking
technique/status of system used</documentation>
</annotation>
<name>BCIn_tracking</name>
<F>0</F>
<X>02</X>
<Y>014</Y>
<BUFR>
<BUFR_units>Code table</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>7</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Code
table</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>3</CREX_width>
</CREX>
</feature>
<feature ID="F0X02Y015">
<annotation>
<documentation>Radiosonde completeness</documentation>
</annotation>
<name>BCIn_sondeComplete</name>
<F>0</F>
<X>02</X>
<Y>015</Y>
<BUFR>
<BUFR_units>Code table</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>4</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Code
table</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>2</CREX_width>
</CREX>
</feature>
<feature ID="F0X02Y016">
<annotation>
<documentation>Radiosonde
configuration</documentation>
</annotation>
<name>BCIn_sondeConfig</name>
<F>0</F>
<X>02</X>
<Y>016</Y>
<BUFR>
<BUFR_units>Flag table</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>5</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Flag
table</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>2</CREX_width>
</CREX>
</feature>
<feature ID="F0X02Y019">
<annotation>
<documentation>Satellite instruments<p>
<a href="#B_class_02_6">Note 6</a>
</p>
</documentation>
</annotation>
<name>BCIn_SatInstr</name>
<F>0</F>
<X>02</X>
<Y>019</Y>
<BUFR>
<BUFR_units>Code table</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>11</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Code
table</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>4</CREX_width>
</CREX>
</feature>
<feature ID="F0X02Y020">
<annotation>
<documentation>Satellite
classification</documentation>
</annotation>
<name>BCIn_SatClass</name>
<F>0</F>
<X>02</X>
<Y>020</Y>
<BUFR>
<BUFR_units>Code table</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>9</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Code table</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>3</CREX_width>
</CREX>
</feature>
<feature ID="F0X02Y021">
<annotation>
<documentation>Satellite instrument data
used in processing<p>
<a href="#B_class_02_8">Note 8</a>
</p>
</documentation>
</annotation>
<name>BCIn_SatInstrData</name>
<F>0</F>
<X>02</X>
<Y>021</Y>
<BUFR>
<BUFR_units>Flag table</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>9</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Flag table</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>3</CREX_width>
</CREX>
</feature>
<feature ID="F0X02Y022">
<annotation>
<documentation>Satellite
data-processing technique used</documentation>
</annotation>
<name>BCIn_SatTechnique</name>
<F>0</F>
<X>02</X>
<Y>022</Y>
<BUFR>
<BUFR_units>Flag table</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>8</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Flag table</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>3</CREX_width>
</CREX>
</feature>
<feature ID="F0X02Y023">
<annotation>
<documentation>Satellite derived wind computation method</documentation>
</annotation>
<name>BCIn_SatWindMethod</name>
<F>0</F>
<X>02</X>
<Y>023</Y>
<BUFR>
<BUFR_units>Code table</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>4</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Code
table</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>2</CREX_width>
</CREX>
</feature>
<feature ID="F0X02Y024">
<annotation>
<documentation>Integrated mean humidity computational method</documentation>
</annotation>
<name>BCIn_SatHumidityMethod</name>
<F>0</F>
<X>02</X>
<Y>024</Y>
<BUFR>
<BUFR_units>Code table</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>4</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Code
table</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>2</CREX_width>
</CREX>
</feature>
<feature ID="F0X02Y025">
<annotation>
<documentation>Satellite channel(s)
used in computation</documentation>
</annotation>
<name>BCIn_SatChannels</name>
<F>0</F>
<X>02</X>
<Y>025</Y>
<BUFR>
<BUFR_units>Flag table</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>25</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Flag table</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>9</CREX_width>
</CREX>
</feature>
<feature ID="F0X02Y026">
<annotation>
<documentation>Cross track resolution</documentation>
</annotation>
<name>BCIn_crossTrack</name>
<F>0</F>
<X>02</X>
<Y>026</Y>
<BUFR>
<BUFR_units>m</BUFR_units>
<BUFR_scale>2</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>12</BUFR_width>
</BUFR>
<CREX>
<CREX_units>m</CREX_units>
<CREX_scale>2</CREX_scale>
<CREX_width>4</CREX_width>
</CREX>
</feature>
<feature ID="F0X02Y027">
<annotation>
<documentation>Along track resolution</documentation>
</annotation>
<name>BCIn_alongTrack</name>
<F>0</F>
<X>02</X>
<Y>027</Y>
<BUFR>
<BUFR_units>m</BUFR_units>
<BUFR_scale>2</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>12</BUFR_width>
</BUFR>
<CREX>
<CREX_units>m</CREX_units>
<CREX_scale>2</CREX_scale>
<CREX_width>4</CREX_width>
</CREX>
</feature>
<feature ID="F0X02Y028">
<annotation>
<documentation>Segment size at nadir in X direction</documentation>
</annotation>
<name>BCIn_segmentX</name>
<F>0</F>
<X>02</X>
<Y>028</Y>
<BUFR>
<BUFR_units>m</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>18</BUFR_width>
</BUFR>
<CREX>
<CREX_units>m</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>6</CREX_width>
</CREX>
</feature>
<feature ID="F0X02Y029">
<annotation>
<documentation>Segment size at nadir in Y direction</documentation>
</annotation>
<name>BCIn_segmentY</name>
<F>0</F>
<X>02</X>
<Y>029</Y>
<BUFR>
<BUFR_units>m</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>18</BUFR_width>
</BUFR>
<CREX>
<CREX_units>m</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>6</CREX_width>
</CREX>
</feature>
<feature ID="F0X02Y030">
<annotation>
<documentation>Method of current measurement</documentation>
</annotation>
<name>BCIn_currentMethod</name>
<F>0</F>
<X>02</X>
<Y>030</Y>
<BUFR>
<BUFR_units>Code table</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>3</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Code
table</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>1</CREX_width>
</CREX>
</feature>
<feature ID="F0X02Y031">
<annotation>
<documentation>Duration and time of
current measurement</documentation>
</annotation>
<name>BCIn_currentDuration</name>
<F>0</F>
<X>02</X>
<Y>031</Y>
<BUFR>
<BUFR_units>Code table</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>5</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Code
table</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>2</CREX_width>
</CREX>
</feature>
<feature ID="F0X02Y032">
<annotation>
<documentation>Indicator for digitization</documentation>
</annotation>
<name>BCIn_digitization</name>
<F>0</F>
<X>02</X>
<Y>032</Y>
<BUFR>
<BUFR_units>Code table</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>2</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Code
table</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>1</CREX_width>
</CREX>
</feature>
<feature ID="F0X02Y033">
<annotation>
<documentation>Method of salinity/depth measurement</documentation>
</annotation>
<name>BCIn_salinityMethod</name>
<F>0</F>
<X>02</X>
<Y>033</Y>
<BUFR>
<BUFR_units>Code table</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>3</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Code
table</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>1</CREX_width>
</CREX>
</feature>
<feature ID="F0X02Y034">
<annotation>
<documentation>Drogue type</documentation>
</annotation>
<name>BCIn_drogue</name>
<F>0</F>
<X>02</X>
<Y>034</Y>
<BUFR>
<BUFR_units>Code table</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>5</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Code table</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>2</CREX_width>
</CREX>
</feature>
<feature ID="F0X02Y035">
<annotation>
<documentation>Cable length</documentation>
</annotation>
<name>BCIn_cableLength</name>
<F>0</F>
<X>02</X>
<Y>035</Y>
<BUFR>
<BUFR_units>m</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>9</BUFR_width>
</BUFR>
<CREX>
<CREX_units>m</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>3</CREX_width>
</CREX>
</feature>
<feature ID="F0X02Y036">
<annotation>
<documentation>Buoy type</documentation>
</annotation>
<name>BCIn_buoy</name>
<F>0</F>
<X>02</X>
<Y>036</Y>
<BUFR>
<BUFR_units>Code table</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>2</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Code table</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>1</CREX_width>
</CREX>
</feature>
<feature ID="F0X02Y037">
<annotation>
<documentation>Method of tidal observation</documentation>
</annotation>
<name>BCIn_tidalMethod</name>
<F>0</F>
<X>02</X>
<Y>037</Y>
<BUFR>
<BUFR_units>Code table</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>3</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Code
table</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>1</CREX_width>
</CREX>
</feature>
<feature ID="F0X02Y038">
<annotation>
<documentation>Method of water temperature and/or salinity
measurement</documentation>
</annotation>
<name>BCIn_</name>
<F>0</F>
<X>02</X>
<Y>038</Y>
<BUFR>
<BUFR_units>Code table</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>4</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Code
table</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>2</CREX_width>
</CREX>
</feature>
<feature ID="F0X02Y039">
<annotation>
<documentation>Method of wet-bulb temperature measurement</documentation>
</annotation>
<name>BCIn_wetBulbMethod</name>
<F>0</F>
<X>02</X>
<Y>039</Y>
<BUFR>
<BUFR_units>Code table</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>3</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Code
table</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>1</CREX_width>
</CREX>
</feature>
<feature ID="F0X02Y040">
<annotation>
<documentation>Method of removing velocity and motion of
platform from current</documentation>
</annotation>
<name>BCIn_currentCorrection</name>
<F>0</F>
<X>02</X>
<Y>040</Y>
<BUFR>
<BUFR_units>Code table</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>4</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Code
table</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>2</CREX_width>
</CREX>
</feature>
<feature ID="F0X02Y041">
<annotation>
<documentation>Method for estimating reports related to
synoptic features</documentation>
</annotation>
<name>BCIn_synopticFeatureMethod</name>
<F>0</F>
<X>02</X>
<Y>041</Y>
<BUFR>
<BUFR_units>Code table</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>6</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Code
table</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>2</CREX_width>
</CREX>
</feature>
<feature ID="F0X02Y042">
<annotation>
<documentation>Indicator for sea surface current
speed</documentation>
</annotation>
<name>BCIn_surfaceCurrent</name>
<F>0</F>
<X>02</X>
<Y>042</Y>
<BUFR>
<BUFR_units>Code
table</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>2</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Code
table</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>1</CREX_width>
</CREX>
</feature>
<feature ID="F0X02Y044">
<annotation>
<documentation>Indicator for method of calculating spectral
wave data</documentation>
</annotation>
<name>BCIn_spectralWaveMethod</name>
<F>0</F>
<X>02</X>
<Y>044</Y>
<BUFR>
<BUFR_units>Code table</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>4</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Code
table</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>2</CREX_width>
</CREX>
</feature>
<feature ID="F0X02Y045">
<annotation>
<documentation>Indicator for type of platform</documentation>
</annotation>
<name>BCIn_platformType</name>
<F>0</F>
<X>02</X>
<Y>045</Y>
<BUFR>
<BUFR_units>Code table</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>4</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Code
table</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>2</CREX_width>
</CREX>
</feature>
<feature ID="F0X02Y046">
<annotation>
<documentation>Wave measurement
instrumentation</documentation>
</annotation>
<name>BCIn_waveInstr</name>
<F>0</F>
<X>02</X>
<Y>046</Y>
<BUFR>
<BUFR_units>Code table</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>4</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Code
table</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>2</CREX_width>
</CREX>
</feature>
<feature ID="F0X02Y048">
<annotation>
<documentation>Satellite sensor
indicator</documentation>
</annotation>
<name>BCIn_SatSensor</name>
<F>0</F>
<X>02</X>
<Y>048</Y>
<BUFR>
<BUFR_units>Code table</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>4</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Code
table</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>2</CREX_width>
</CREX>
</feature>
<feature ID="F0X02Y049">
<annotation>
<documentation>Geostationary satellite data-processing
technique used</documentation>
</annotation>
<name>BCIn_GeoSatTechnique</name>
<F>0</F>
<X>02</X>
<Y>049</Y>
<BUFR>
<BUFR_units>Flag table</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>8</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Flag table</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>3</CREX_width>
</CREX>
</feature>
<feature ID="F0X02Y050">
<annotation>
<documentation>Geostationary sounder satellite channels used</documentation>
</annotation>
<name>BCIn_GeoSatSounders</name>
<F>0</F>
<X>02</X>
<Y>050</Y>
<BUFR>
<BUFR_units>Flag table</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>20</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Flag table</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>7</CREX_width>
</CREX>
</feature>
<feature ID="F0X02Y051">
<annotation>
<documentation>Indicator to specify observing method for
extreme temperatures</documentation>
</annotation>
<name>BCIn_MaxMinTempMethod</name>
<F>0</F>
<X>02</X>
<Y>051</Y>
<BUFR>
<BUFR_units>Code table</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>4</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Code
table</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>2</CREX_width>
</CREX>
</feature>
<feature ID="F0X02Y052">
<annotation>
<documentation>Geostationary imager satellite channels used</documentation>
</annotation>
<name>BCIn_GeoSatImagers</name>
<F>0</F>
<X>02</X>
<Y>052</Y>
<BUFR>
<BUFR_units>Flag table</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>6</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Flag table</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>2</CREX_width>
</CREX>
</feature>
<feature ID="F0X02Y053">
<annotation>
<documentation>GOES-I/M brightness temperature
characteristics</documentation>
</annotation>
<name>BCIn_GOESbrightness</name>
<F>0</F>
<X>02</X>
<Y>053</Y>
<BUFR>
<BUFR_units>Code table</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>4</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Code
table</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>2</CREX_width>
</CREX>
</feature>
<feature ID="F0X02Y054">
<annotation>
<documentation>GOES-I/M soundings parameter characteristics</documentation>
</annotation>
<name>BCIn_GOESsoundings</name>
<F>0</F>
<X>02</X>
<Y>054</Y>
<BUFR>
<BUFR_units>Code table</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>4</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Code
table</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>2</CREX_width>
</CREX>
</feature>
<feature ID="F0X02Y055">
<annotation>
<documentation>Geostationary soundings statistical parameters</documentation>
</annotation>
<name>BCIn_GeoSatStatistics</name>
<F>0</F>
<X>02</X>
<Y>055</Y>
<BUFR>
<BUFR_units>Code table</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>4</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Code
table</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>2</CREX_width>
</CREX>
</feature>
<feature ID="F0X02Y056">
<annotation>
<documentation>Geostationary soundings accuracy statistics</documentation>
</annotation>
<name>BCIn_GeoSatAccuracy</name>
<F>0</F>
<X>02</X>
<Y>056</Y>
<BUFR>
<BUFR_units>Code table</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>4</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Code
table</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>2</CREX_width>
</CREX>
</feature>
<feature ID="F0X02Y057">
<annotation>
<documentation>Origin of first guess information for GOES-I/M
soundings</documentation>
</annotation>
<name>BCIn_GOESfirstGuess</name>
<F>0</F>
<X>02</X>
<Y>057</Y>
<BUFR>
<BUFR_units>Code table</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>4</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Code
table</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>2</CREX_width>
</CREX>
</feature>
<feature ID="F0X02Y058">
<annotation>
<documentation>Valid times of first guess information for
GOES-I/M soundings</documentation>
</annotation>
<name>BCIn_GOESvalidTimes</name>
<F>0</F>
<X>02</X>
<Y>058</Y>
<BUFR>
<BUFR_units>Code table</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>4</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Code
table</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>2</CREX_width>
</CREX>
</feature>
<feature ID="F0X02Y059">
<annotation>
<documentation>Origin of analysis information for GOES-I/M
soundings</documentation>
</annotation>
<name>BCIn_GOESanalysis</name>
<F>0</F>
<X>02</X>
<Y>059</Y>
<BUFR>
<BUFR_units>Code table</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>4</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Code
table</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>2</CREX_width>
</CREX>
</feature>
<feature ID="F0X02Y060">
<annotation>
<documentation>Origin of surface information for GOES-I/M
soundings</documentation>
</annotation>
<name>BCIn_GOESsurface</name>
<F>0</F>
<X>02</X>
<Y>060</Y>
<BUFR>
<BUFR_units>Code table</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>4</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Code
table</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>2</CREX_width>
</CREX>
</feature>
<feature ID="F0X02Y061">
<annotation>
<documentation>Aircraft navigational system</documentation>
</annotation>
<name>BCIn_AIRNAV</name>
<F>0</F>
<X>02</X>
<Y>061</Y>
<BUFR>
<BUFR_units>Code table</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>3</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Code
table</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>1</CREX_width>
</CREX>
</feature>
<feature ID="F0X02Y062">
<annotation>
<documentation>Type of aircraft data relay system</documentation>
</annotation>
<name>BCIn_AIRrelay</name>
<F>0</F>
<X>02</X>
<Y>062</Y>
<BUFR>
<BUFR_units>Code table</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>4</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Code
table</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>2</CREX_width>
</CREX>
</feature>
<feature ID="F0X02Y063">
<annotation>
<documentation>Aircraft roll angle</documentation>
</annotation>
<name>BCIn_AIRroll</name>
<F>0</F>
<X>02</X>
<Y>063</Y>
<BUFR>
<BUFR_units>Degree</BUFR_units>
<BUFR_scale>2</BUFR_scale>
<BUFR_reference>-18000</BUFR_reference>
<BUFR_width>16</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Degree</CREX_units>
<CREX_scale>2</CREX_scale>
<CREX_width>5</CREX_width>
</CREX>
</feature>
<feature ID="F0X02Y064">
<annotation>
<documentation>Aircraft roll angle quality</documentation>
</annotation>
<name>BCIn_AIRrollQ</name>
<F>0</F>
<X>02</X>
<Y>064</Y>
<BUFR>
<BUFR_units>Code table</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>2</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Code
table</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>1</CREX_width>
</CREX>
</feature>
<feature ID="F0X02Y065">
<annotation>
<documentation>ACARS ground receiving station</documentation>
</annotation>
<name>BCIn_ACARSstation</name>
<F>0</F>
<X>02</X>
<Y>065</Y>
<BUFR>
<BUFR_units>CCITT IA5</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>40</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Character</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>5</CREX_width>
</CREX>
</feature>
<feature ID="F0X02Y066">
<annotation>
<documentation>Radiosonde ground receiving system</documentation>
</annotation>
<name>BCIn_sondeReceive</name>
<F>0</F>
<X>02</X>
<Y>066</Y>
<BUFR>
<BUFR_units>Code table</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>6</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Code
table</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>2</CREX_width>
</CREX>
</feature>
<feature ID="F0X02Y067">
<annotation>
<documentation>Radiosonde operating frequency</documentation>
</annotation>
<name>BCIn_sondeFreq</name>
<F>0</F>
<X>02</X>
<Y>067</Y>
<BUFR>
<BUFR_units>Hz</BUFR_units>
<BUFR_scale>-5</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>15</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Hz</CREX_units>
<CREX_scale>-5</CREX_scale>
<CREX_width>5</CREX_width>
</CREX>
</feature>
<feature ID="F0X02Y070">
<annotation>
<documentation>Original specification
of latitude/longitude</documentation>
</annotation>
<name>BCIn_LatLonSpec</name>
<F>0</F>
<X>02</X>
<Y>070</Y>
<BUFR>
<BUFR_units>Code table</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>4</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Code
table</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>2</CREX_width>
</CREX>
</feature>
<feature ID="F0X02Y080">
<annotation>
<documentation>Balloon manufacturer</documentation>
</annotation>
<name>BCIn_balloonMaker</name>
<F>0</F>
<X>02</X>
<Y>080</Y>
<BUFR>
<BUFR_units>Code table</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>6</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Code
table</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>2</CREX_width>
</CREX>
</feature>
<feature ID="F0X02Y081">
<annotation>
<documentation>Type of balloon</documentation>
</annotation>
<name>BCIn_balloonType</name>
<F>0</F>
<X>02</X>
<Y>081</Y>
<BUFR>
<BUFR_units>Code table</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>5</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Code
table</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>2</CREX_width>
</CREX>
</feature>
<feature ID="F0X02Y082">
<annotation>
<documentation>Weight of balloon</documentation>
</annotation>
<name>BCIn_balloonWeight</name>
<F>0</F>
<X>02</X>
<Y>082</Y>
<BUFR>
<BUFR_units>Kg</BUFR_units>
<BUFR_scale>3</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>12</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Kg</CREX_units>
<CREX_scale>3</CREX_scale>
<CREX_width>4</CREX_width>
</CREX>
</feature>
<feature ID="F0X02Y083">
<annotation>
<documentation>Type of balloon shelter</documentation>
</annotation>
<name>BCIn_balloonShelter</name>
<F>0</F>
<X>02</X>
<Y>083</Y>
<BUFR>
<BUFR_units>Code table</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>4</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Code
table</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>2</CREX_width>
</CREX>
</feature>
<feature ID="F0X02Y084">
<annotation>
<documentation>Type of gas used in balloon</documentation>
</annotation>
<name>BCIn_balloonGas</name>
<F>0</F>
<X>02</X>
<Y>084</Y>
<BUFR>
<BUFR_units>Code table</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>4</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Code
table</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>2</CREX_width>
</CREX>
</feature>
<feature ID="F0X02Y085">
<annotation>
<documentation>Amount of gas used in balloon</documentation>
</annotation>
<name>BCIn_balloonGasAmount</name>
<F>0</F>
<X>02</X>
<Y>085</Y>
<BUFR>
<BUFR_units>Kg</BUFR_units>
<BUFR_scale>3</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>13</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Kg</CREX_units>
<CREX_scale>3</CREX_scale>
<CREX_width>4</CREX_width>
</CREX>
</feature>
<feature ID="F0X02Y086">
<annotation>
<documentation>Balloon flight train length</documentation>
</annotation>
<name>BCIn_balloonTrainLength</name>
<F>0</F>
<X>02</X>
<Y>086</Y>
<BUFR>
<BUFR_units>m</BUFR_units>
<BUFR_scale>1</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>10</BUFR_width>
</BUFR>
<CREX>
<CREX_units>m</CREX_units>
<CREX_scale>1</CREX_scale>
<CREX_width>4</CREX_width>
</CREX>
</feature>
<feature ID="F0X02Y091">
<annotation>
<documentation>Entry sensor 4/20 mA</documentation>
</annotation>
<name>BCIn_entrySensor</name>
<F>0</F>
<X>02</X>
<Y>091</Y>
<BUFR>
<BUFR_units>A</BUFR_units>
<BUFR_scale>4</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>10</BUFR_width>
</BUFR>
<CREX>
<CREX_units>A</CREX_units>
<CREX_scale>4</CREX_scale>
<CREX_width>3</CREX_width>
</CREX>
</feature>
<feature ID="F0X02Y095">
<annotation>
<documentation>Type of pressure sensor</documentation>
</annotation>
<name>BCIn_pressureSensor</name>
<F>0</F>
<X>02</X>
<Y>095</Y>
<BUFR>
<BUFR_units>Code table</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>5</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Code table</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>2</CREX_width>
</CREX>
</feature>
<feature ID="F0X02Y096">
<annotation>
<documentation>Type of temperature sensor</documentation>
</annotation>
<name>BCIn_tempSensor</name>
<F>0</F>
<X>02</X>
<Y>096</Y>
<BUFR>
<BUFR_units>Code table</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>5</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Code table</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>2</CREX_width>
</CREX>
</feature>
<feature ID="F0X02Y097">
<annotation>
<documentation>Type of humidity sensor</documentation>
</annotation>
<name>BCIn_humiditySensor</name>
<F>0</F>
<X>02</X>
<Y>097</Y>
<BUFR>
<BUFR_units>Code table</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>5</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Code table</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>2</CREX_width>
</CREX>
</feature>
<feature ID="F0X02Y100">
<annotation>
<documentation>Radar constant<p>
<a href="#B_class_02_9">Note 9</a>
</p>
</documentation>
</annotation>
<name>BCIn_radarConst</name>
<F>0</F>
<X>02</X>
<Y>100</Y>
<BUFR>
<BUFR_units>dB</BUFR_units>
<BUFR_scale>1</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>12</BUFR_width>
</BUFR>
<CREX>
<CREX_units>dB</CREX_units>
<CREX_scale>1</CREX_scale>
<CREX_width>4</CREX_width>
</CREX>
</feature>
<feature ID="F0X02Y101">
<annotation>
<documentation>Type of antenna</documentation>
</annotation>
<name>BCIn_antennaType</name>
<F>0</F>
<X>02</X>
<Y>101</Y>
<BUFR>
<BUFR_units>Code table</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>4</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Code
table</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>2</CREX_width>
</CREX>
</feature>
<feature ID="F0X02Y102">
<annotation>
<documentation>Antenna height above tower base</documentation>
</annotation>
<name>BCIn_antennaHeight</name>
<F>0</F>
<X>02</X>
<Y>102</Y>
<BUFR>
<BUFR_units>m</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>8</BUFR_width>
</BUFR>
<CREX>
<CREX_units>m</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>3</CREX_width>
</CREX>
</feature>
<feature ID="F0X02Y103">
<annotation>
<documentation>Radome</documentation>
</annotation>
<name>BCIn_radome</name>
<F>0</F>
<X>02</X>
<Y>103</Y>
<BUFR>
<BUFR_units>Flag table</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>2</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Flag
table</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>1</CREX_width>
</CREX>
</feature>
<feature ID="F0X02Y104">
<annotation>
<documentation>Antenna polarisation</documentation>
</annotation>
<name>BCIn_antennaPolarisation</name>
<F>0</F>
<X>02</X>
<Y>104</Y>
<BUFR>
<BUFR_units>Code table</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>4</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Code table</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>2</CREX_width>
</CREX>
</feature>
<feature ID="F0X02Y105">
<annotation>
<documentation>Maximum antenna gain</documentation>
</annotation>
<name>BCIn_antennaMaxGain</name>
<F>0</F>
<X>02</X>
<Y>105</Y>
<BUFR>
<BUFR_units>dB</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>6</BUFR_width>
</BUFR>
<CREX>
<CREX_units>dB</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>2</CREX_width>
</CREX>
</feature>
<feature ID="F0X02Y106">
<annotation>
<documentation>3-dB beamwidth</documentation>
</annotation>
<name>BCIn_beamwidth</name>
<F>0</F>
<X>02</X>
<Y>106</Y>
<BUFR>
<BUFR_units>Degree</BUFR_units>
<BUFR_scale>1</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>6</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Degree</CREX_units>
<CREX_scale>1</CREX_scale>
<CREX_width>2</CREX_width>
</CREX>
</feature>
<feature ID="F0X02Y107">
<annotation>
<documentation>Sidelobe suppression</documentation>
</annotation>
<name>BCIn_sideLobe</name>
<F>0</F>
<X>02</X>
<Y>107</Y>
<BUFR>
<BUFR_units>dB</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>6</BUFR_width>
</BUFR>
<CREX>
<CREX_units>dB</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>2</CREX_width>
</CREX>
</feature>
<feature ID="F0X02Y108">
<annotation>
<documentation>Crosspol discrimination (on axis)</documentation>
</annotation>
<name>BCIn_crosspol</name>
<F>0</F>
<X>02</X>
<Y>108</Y>
<BUFR>
<BUFR_units>dB</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>6</BUFR_width>
</BUFR>
<CREX>
<CREX_units>dB</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>2</CREX_width>
</CREX>
</feature>
<feature ID="F0X02Y109">
<annotation>
<documentation>Antenna speed (azimuth)</documentation>
</annotation>
<name>BCIn_antennaVazimuth</name>
<F>0</F>
<X>02</X>
<Y>109</Y>
<BUFR>
<BUFR_units>Degree s-1</BUFR_units>
<BUFR_scale>2</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>12</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Degree s-1</CREX_units>
<CREX_scale>2</CREX_scale>
<CREX_width>4</CREX_width>
</CREX>
</feature>
<feature ID="F0X02Y110">
<annotation>
<documentation>Antenna speed (elevation)</documentation>
</annotation>
<name>BCIn_antennaVelevation</name>
<F>0</F>
<X>02</X>
<Y>110</Y>
<BUFR>
<BUFR_units>Degree s-1</BUFR_units>
<BUFR_scale>2</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>12</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Degree s-1</CREX_units>
<CREX_scale>2</CREX_scale>
<CREX_width>4</CREX_width>
</CREX>
</feature>
<feature ID="F0X02Y111">
<annotation>
<documentation>Radar incidence angle</documentation>
</annotation>
<name>BCIn_incidenceAngle</name>
<F>0</F>
<X>02</X>
<Y>111</Y>
<BUFR>
<BUFR_units>Degree</BUFR_units>
<BUFR_scale>1</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>10</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Degree</CREX_units>
<CREX_scale>1</CREX_scale>
<CREX_width>4</CREX_width>
</CREX>
</feature>
<feature ID="F0X02Y112">
<annotation>
<documentation>Radar look angle</documentation>
</annotation>
<name>BCIn_lookAngle</name>
<F>0</F>
<X>02</X>
<Y>112</Y>
<BUFR>
<BUFR_units>Degree</BUFR_units>
<BUFR_scale>1</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>12</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Degree</CREX_units>
<CREX_scale>1</CREX_scale>
<CREX_width>4</CREX_width>
</CREX>
</feature>
<feature ID="F0X02Y113">
<annotation>
<documentation>Number of azimuth looks</documentation>
</annotation>
<name>BCIn_NumAzimuthLooks</name>
<F>0</F>
<X>02</X>
<Y>113</Y>
<BUFR>
<BUFR_units>Numeric</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>4</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Numeric</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>2</CREX_width>
</CREX>
</feature>
<feature ID="F0X02Y114">
<annotation>
<documentation>Antenna effective surface area</documentation>
</annotation>
<name>BCIn_antennaArea</name>
<F>0</F>
<X>02</X>
<Y>114</Y>
<BUFR>
<BUFR_units>m2</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>15</BUFR_width>
</BUFR>
<CREX>
<CREX_units>m2</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>5</CREX_width>
</CREX>
</feature>
<feature ID="F0X02Y115">
<annotation>
<documentation>Type of surface observing equipment</documentation>
</annotation>
<name>BCIn_surfaceObsType</name>
<F>0</F>
<X>02</X>
<Y>115</Y>
<BUFR>
<BUFR_units>Code table</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>5</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Code
table</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>2</CREX_width>
</CREX>
</feature>
<feature ID="F0X02Y116">
<annotation>
<documentation>Percentage of 320 MHZ band processed</documentation>
</annotation>
<name>BCIn_percent320MHz</name>
<F>0</F>
<X>02</X>
<Y>116</Y>
<BUFR>
<BUFR_units>%</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>7</BUFR_width>
</BUFR>
<CREX>
<CREX_units>%</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>3</CREX_width>
</CREX>
</feature>
<feature ID="F0X02Y117">
<annotation>
<documentation>Percentage of 80 MHZ band processed</documentation>
</annotation>
<name>BCIn_percent80MHz</name>
<F>0</F>
<X>02</X>
<Y>117</Y>
<BUFR>
<BUFR_units>%</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>7</BUFR_width>
</BUFR>
<CREX>
<CREX_units>%</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>3</CREX_width>
</CREX>
</feature>
<feature ID="F0X02Y118">
<annotation>
<documentation>Percentage of 20 MHZ band processed</documentation>
</annotation>
<name>BCIn_percent20MHz</name>
<F>0</F>
<X>02</X>
<Y>118</Y>
<BUFR>
<BUFR_units>%</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>7</BUFR_width>
</BUFR>
<CREX>
<CREX_units>%</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>3</CREX_width>
</CREX>
</feature>
<feature ID="F0X02Y119">
<annotation>
<documentation>RA-2 instrument operations</documentation>
</annotation>
<name>BCIn_RA-2</name>
<F>0</F>
<X>02</X>
<Y>119</Y>
<BUFR>
<BUFR_units>Code table</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>3</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Code
table</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>1</CREX_width>
</CREX>
</feature>
<feature ID="F0X02Y120">
<annotation>
<documentation>Ocean wave frequency</documentation>
</annotation>
<name>BCIn_waveFreq</name>
<F>0</F>
<X>02</X>
<Y>120</Y>
<BUFR>
<BUFR_units>Hz</BUFR_units>
<BUFR_scale>3</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>10</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Hz</CREX_units>
<CREX_scale>3</CREX_scale>
<CREX_width>4</CREX_width>
</CREX>
</feature>
<feature ID="F0X02Y121">
<annotation>
<documentation>Mean frequency</documentation>
</annotation>
<name>BCIn_meanFreq</name>
<F>0</F>
<X>02</X>
<Y>121</Y>
<BUFR>
<BUFR_units>Hz</BUFR_units>
<BUFR_scale>-8</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>7</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Hz</CREX_units>
<CREX_scale>-8</CREX_scale>
<CREX_width>3</CREX_width>
</CREX>
</feature>
<feature ID="F0X02Y122">
<annotation>
<documentation>Frequency agility range</documentation>
</annotation>
<name>BCIn_FreqAgility</name>
<F>0</F>
<X>02</X>
<Y>122</Y>
<BUFR>
<BUFR_units>Hz</BUFR_units>
<BUFR_scale>-6</BUFR_scale>
<BUFR_reference>-128</BUFR_reference>
<BUFR_width>8</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Hz</CREX_units>
<CREX_scale>-6</CREX_scale>
<CREX_width>3</CREX_width>
</CREX>
</feature>
<feature ID="F0X02Y123">
<annotation>
<documentation>Peak power</documentation>
</annotation>
<name>BCIn_peakPower</name>
<F>0</F>
<X>02</X>
<Y>123</Y>
<BUFR>
<BUFR_units>W</BUFR_units>
<BUFR_scale>-4</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>7</BUFR_width>
</BUFR>
<CREX>
<CREX_units>W</CREX_units>
<CREX_scale>-4</CREX_scale>
<CREX_width>3</CREX_width>
</CREX>
</feature>
<feature ID="F0X02Y124">
<annotation>
<documentation>Average power</documentation>
</annotation>
<name>BCIn_averagePower</name>
<F>0</F>
<X>02</X>
<Y>124</Y>
<BUFR>
<BUFR_units>W</BUFR_units>
<BUFR_scale>-1</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>7</BUFR_width>
</BUFR>
<CREX>
<CREX_units>W</CREX_units>
<CREX_scale>-1</CREX_scale>
<CREX_width>3</CREX_width>
</CREX>
</feature>
<feature ID="F0X02Y125">
<annotation>
<documentation>Pulse repetition frequency</documentation>
</annotation>
<name>BCIn_pulseFreq</name>
<F>0</F>
<X>02</X>
<Y>125</Y>
<BUFR>
<BUFR_units>Hz</BUFR_units>
<BUFR_scale>-1</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>8</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Hz</CREX_units>
<CREX_scale>-1</CREX_scale>
<CREX_width>3</CREX_width>
</CREX>
</feature>
<feature ID="F0X02Y126">
<annotation>
<documentation>Pulse width</documentation>
</annotation>
<name>BCIn_pulseWidth</name>
<F>0</F>
<X>02</X>
<Y>126</Y>
<BUFR>
<BUFR_units>s</BUFR_units>
<BUFR_scale>7</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>6</BUFR_width>
</BUFR>
<CREX>
<CREX_units>s</CREX_units>
<CREX_scale>7</CREX_scale>
<CREX_width>2</CREX_width>
</CREX>
</feature>
<feature ID="F0X02Y127">
<annotation>
<documentation>Receiver intermediate frequency</documentation>
</annotation>
<name>BCIn_receiverFreq</name>
<F>0</F>
<X>02</X>
<Y>127</Y>
<BUFR>
<BUFR_units>Hz</BUFR_units>
<BUFR_scale>-6</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>7</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Hz</CREX_units>
<CREX_scale>-6</CREX_scale>
<CREX_width>3</CREX_width>
</CREX>
</feature>
<feature ID="F0X02Y128">
<annotation>
<documentation>Intermediate frequency bandwidth</documentation>
</annotation>
<name>BCIn_freqBandwidth</name>
<F>0</F>
<X>02</X>
<Y>128</Y>
<BUFR>
<BUFR_units>Hz</BUFR_units>
<BUFR_scale>-5</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>6</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Hz</CREX_units>
<CREX_scale>-5</CREX_scale>
<CREX_width>2</CREX_width>
</CREX>
</feature>
<feature ID="F0X02Y129">
<annotation>
<documentation>Minimum detectable
signal</documentation>
</annotation>
<name>BCIn_minSignal</name>
<F>0</F>
<X>02</X>
<Y>129</Y>
<BUFR>
<BUFR_units>dB</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>-150</BUFR_reference>
<BUFR_width>5</BUFR_width>
</BUFR>
<CREX>
<CREX_units>dB</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>3</CREX_width>
</CREX>
</feature>
<feature ID="F0X02Y130">
<annotation>
<documentation>Dynamic range</documentation>
</annotation>
<name>BCIn_dynamicRange</name>
<F>0</F>
<X>02</X>
<Y>130</Y>
<BUFR>
<BUFR_units>dB</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>7</BUFR_width>
</BUFR>
<CREX>
<CREX_units>dB</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>3</CREX_width>
</CREX>
</feature>
<feature ID="F0X02Y131">
<annotation>
<documentation>Sensitivity time control (STC)</documentation>
</annotation>
<name>BCIn_sensitivityTime</name>
<F>0</F>
<X>02</X>
<Y>131</Y>
<BUFR>
<BUFR_units>Flag table</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>2</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Flag table</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>1</CREX_width>
</CREX>
</feature>
<feature ID="F0X02Y132">
<annotation>
<documentation>Azimuth pointing accuracy</documentation>
</annotation>
<name>BCIn_azimuthAccuracy</name>
<F>0</F>
<X>02</X>
<Y>132</Y>
<BUFR>
<BUFR_units>Degree</BUFR_units>
<BUFR_scale>2</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>6</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Degree</CREX_units>
<CREX_scale>2</CREX_scale>
<CREX_width>2</CREX_width>
</CREX>
</feature>
<feature ID="F0X02Y133">
<annotation>
<documentation>Elevation pointing accuracy</documentation>
</annotation>
<name>BCIn_elevationAccuracy</name>
<F>0</F>
<X>02</X>
<Y>133</Y>
<BUFR>
<BUFR_units>Degree</BUFR_units>
<BUFR_scale>2</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>6</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Degree</CREX_units>
<CREX_scale>2</CREX_scale>
<CREX_width>2</CREX_width>
</CREX>
</feature>
<feature ID="F0X02Y134">
<annotation>
<documentation>Antenna beam azimuth</documentation>
</annotation>
<name>BCIn_antennaAzimuth</name>
<F>0</F>
<X>02</X>
<Y>134</Y>
<BUFR>
<BUFR_units>Degree</BUFR_units>
<BUFR_scale>2</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>16</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Degree</CREX_units>
<CREX_scale>2</CREX_scale>
<CREX_width>5</CREX_width>
</CREX>
</feature>
<feature ID="F0X02Y135">
<annotation>
<documentation>Antenna elevation</documentation>
</annotation>
<name>BCIn_antennaElevation</name>
<F>0</F>
<X>02</X>
<Y>135</Y>
<BUFR>
<BUFR_units>Degree</BUFR_units>
<BUFR_scale>2</BUFR_scale>
<BUFR_reference>-9000</BUFR_reference>
<BUFR_width>15</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Degree</CREX_units>
<CREX_scale>2</CREX_scale>
<CREX_width>5</CREX_width>
</CREX>
</feature>
<feature ID="F0X02Y136">
<annotation>
<documentation>Range processed by range attenuation
correction</documentation>
</annotation>
<name>BCIn_rangeAttenuation</name>
<F>0</F>
<X>02</X>
<Y>136</Y>
<BUFR>
<BUFR_units>m</BUFR_units>
<BUFR_scale>-3</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>16</BUFR_width>
</BUFR>
<CREX>
<CREX_units>m</CREX_units>
<CREX_scale>-3</CREX_scale>
<CREX_width>5</CREX_width>
</CREX>
</feature>
<feature ID="F0X02Y140">
<annotation>
<documentation>Satellite radar beam azimuth angle<p>
<a href="#B_class_02_4">Note 4</a>
</p>
</documentation>
</annotation>
<name>BCIn_SatAzimuth</name>
<F>0</F>
<X>02</X>
<Y>140</Y>
<BUFR>
<BUFR_units>Degree</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>9</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Degree</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>3</CREX_width>
</CREX>
</feature>
<feature ID="F0X02Y141">
<annotation>
<documentation>Measurement type</documentation>
</annotation>
<name>BCIn_measurementType</name>
<F>0</F>
<X>02</X>
<Y>141</Y>
<BUFR>
<BUFR_units>CCITT IA5</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>24</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Character</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>3</CREX_width>
</CREX>
</feature>
<feature ID="F0X02Y142">
<annotation>
<documentation>Ozone instrument serial number/ identification<p>
<a href="#B_class_02_5">Note 5</a>
</p>
</documentation>
</annotation>
<name>BCIn_ozoneInstrID</name>
<F>0</F>
<X>02</X>
<Y>142</Y>
<BUFR>
<BUFR_units>CCITT IA5</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>32</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Character</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>4</CREX_width>
</CREX>
</feature>
<feature ID="F0X02Y143">
<annotation>
<documentation>Ozone instrument type</documentation>
</annotation>
<name>BCIn_ozoneInstrType</name>
<F>0</F>
<X>02</X>
<Y>143</Y>
<BUFR>
<BUFR_units>Code table</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>7</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Code table</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>3</CREX_width>
</CREX>
</feature>
<feature ID="F0X02Y144">
<annotation>
<documentation>Light source type for
Brewer spectro
photometer</documentation>
</annotation>
<name>BCIn_BrewerType</name>
<F>0</F>
<X>02</X>
<Y>144</Y>
<BUFR>
<BUFR_units>Code table</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>4</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Code
table</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>2</CREX_width>
</CREX>
</feature>
<feature ID="F0X02Y145">
<annotation>
<documentation>Wave length setting for Dobson instruments</documentation>
</annotation>
<name>BCIn_DobsonWaveLength</name>
<F>0</F>
<X>02</X>
<Y>145</Y>
<BUFR>
<BUFR_units>Code table</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>4</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Code
table</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>2</CREX_width>
</CREX>
</feature>
<feature ID="F0X02Y146">
<annotation>
<documentation>Source
conditions for Dobson instruments</documentation>
</annotation>
<name>BCIn_DobsonSource</name>
<F>0</F>
<X>02</X>
<Y>146</Y>
<BUFR>
<BUFR_units>Code table</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>4</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Code
table</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>2</CREX_width>
</CREX>
</feature>
<feature ID="F0X02Y148">
<annotation>
<documentation>Data collection and/or
location system</documentation>
</annotation>
<name>BCIn_dataCollectSystem</name>
<F>0</F>
<X>02</X>
<Y>148</Y>
<BUFR>
<BUFR_units>Code table</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>5</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Code
table</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>2</CREX_width>
</CREX>
</feature>
<feature ID="F0X02Y149">
<annotation>
<documentation>Type
of data buoy</documentation>
</annotation>
<name>BCIn_dataBuoyType</name>
<F>0</F>
<X>02</X>
<Y>149</Y>
<BUFR>
<BUFR_units>Code table</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>6</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Code
table</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>2</CREX_width>
</CREX>
</feature>
<feature ID="F0X02Y150">
<annotation>
<documentation>TOVS/ATOVS/AVHRR
instrumentation channel number</documentation>
</annotation>
<name>BCIn_ATOVSchannel</name>
<F>0</F>
<X>02</X>
<Y>150</Y>
<BUFR>
<BUFR_units>Code table</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>6</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Code
table</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>2</CREX_width>
</CREX>
</feature>
<feature ID="F0X02Y151">
<annotation>
<documentation>Radiometer
identifier</documentation>
</annotation>
<name>BCIn_radiometerID</name>
<F>0</F>
<X>02</X>
<Y>151</Y>
<BUFR>
<BUFR_units>Code table</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>11</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Code table</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>4</CREX_width>
</CREX>
</feature>
<feature ID="F0X02Y152">
<annotation>
<documentation>Satellite instrument
used in data processing<p>
<a href="#B_class_02_6">Note 6</a>
</p>
</documentation>
</annotation>
<name>BCIn_SatInstrUsed</name>
<F>0</F>
<X>02</X>
<Y>152</Y>
<BUFR>
<BUFR_units>Flag
table</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>31</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Flag table</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>10</CREX_width>
</CREX>
</feature>
<feature ID="F0X02Y153">
<annotation>
<documentation>Satellite channel centre
frequency</documentation>
</annotation>
<name>BCIn_SatCjannelFreq</name>
<F>0</F>
<X>02</X>
<Y>153</Y>
<BUFR>
<BUFR_units>Hz</BUFR_units>
<BUFR_scale>-8</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>26</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Hz</CREX_units>
<CREX_scale>8</CREX_scale>
<CREX_width>8</CREX_width>
</CREX>
</feature>
<feature ID="F0X02Y154">
<annotation>
<documentation>Satellite channel band
width</documentation>
</annotation>
<name>BCIn_SatChannelBandwidth</name>
<F>0</F>
<X>02</X>
<Y>154</Y>
<BUFR>
<BUFR_units>Hz</BUFR_units>
<BUFR_scale>-8</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>26</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Hz</CREX_units>
<CREX_scale>8</CREX_scale>
<CREX_width>8</CREX_width>
</CREX>
</feature>
<feature ID="F0X02Y156">
<annotation>
<documentation>Percentage of valid KU
ocean retracker measurements</documentation>
</annotation>
<name>BCIn_validKUretracker</name>
<F>0</F>
<X>02</X>
<Y>156</Y>
<BUFR>
<BUFR_units>%</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>7</BUFR_width>
</BUFR>
<CREX>
<CREX_units>%</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>3</CREX_width>
</CREX>
</feature>
<feature ID="F0X02Y157">
<annotation>
<documentation>Percentage of valid S
ocean retracker measurements</documentation>
</annotation>
<name>BCIn_validSretracker</name>
<F>0</F>
<X>02</X>
<Y>157</Y>
<BUFR>
<BUFR_units>%</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>7</BUFR_width>
</BUFR>
<CREX>
<CREX_units>%</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>3</CREX_width>
</CREX>
</feature>
<feature ID="F0X02Y158">
<annotation>
<documentation>RA-2 instrument</documentation>
</annotation>
<name>BCIn_RA-2Instr</name>
<F>0</F>
<X>02</X>
<Y>158</Y>
<BUFR>
<BUFR_units>Flag
table</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>9</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Flag table</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>3</CREX_width>
</CREX>
</feature>
<feature ID="F0X02Y159">
<annotation>
<documentation>MWR instrument</documentation>
</annotation>
<name>BCIn_MWRinstr</name>
<F>0</F>
<X>02</X>
<Y>159</Y>
<BUFR>
<BUFR_units>Flag
table</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>8</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Flag table</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>3</CREX_width>
</CREX>
</feature>
<feature ID="F0X02Y160">
<annotation>
<documentation>Wave length of
the radar</documentation>
</annotation>
<name>BCIn_radarWavelength</name>
<F>0</F>
<X>02</X>
<Y>160</Y>
<BUFR>
<BUFR_units>Code table</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>4</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Code
table</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>2</CREX_width>
</CREX>
</feature>
<feature ID="F0X02Y163">
<annotation>
<documentation>Height assignment method</documentation>
</annotation>
<name>BCIn_heightMethod</name>
<F>0</F>
<X>02</X>
<Y>163</Y>
<BUFR>
<BUFR_units>Code table</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>4</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Code
table</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>2</CREX_width>
</CREX>
</feature>
<feature ID="F0X02Y164">
<annotation>
<documentation>Tracer
correlation method</documentation>
</annotation>
<name>BCIn_tracerMethid</name>
<F>0</F>
<X>02</X>
<Y>164</Y>
<BUFR>
<BUFR_units>Code table</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>3</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Code
table</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>1</CREX_width>
</CREX>
</feature>
<feature ID="F0X02Y166">
<annotation>
<documentation>Radiance
type</documentation>
</annotation>
<name>BCIn_radianceType</name>
<F>0</F>
<X>02</X>
<Y>166</Y>
<BUFR>
<BUFR_units>Code table</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>4</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Code
table</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>2</CREX_width>
</CREX>
</feature>
<feature ID="F0X02Y167">
<annotation>
<documentation>Radiance
computational method</documentation>
</annotation>
<name>BCIn_radianceMethod</name>
<F>0</F>
<X>02</X>
<Y>167</Y>
<BUFR>
<BUFR_units>Code table</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>4</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Code
table</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>2</CREX_width>
</CREX>
</feature>
<feature ID="F0X02Y168">
<annotation>
<documentation>Hydrostatic pressure of
lower end of cable (thermistor string)</documentation>
</annotation>
<name>BCIn_cableEndPressure</name>
<F>0</F>
<X>02</X>
<Y>168</Y>
<BUFR>
<BUFR_units>Pa</BUFR_units>
<BUFR_scale>-3</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>16</BUFR_width>
</BUFR>
<CREX>
<CREX_units>KPa</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>5</CREX_width>
</CREX>
</feature>
<feature ID="F0X02Y169">
<annotation>
<documentation>Anemometer type</documentation>
</annotation>
<name>BCIn_anemometer</name>
<F>0</F>
<X>02</X>
<Y>169</Y>
<BUFR>
<BUFR_units>Code table</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>4</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Code
table</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>2</CREX_width>
</CREX>
</feature>
<feature ID="F0X02Y173">
<annotation>
<documentation>Square
of the off nadir angle<p>
<a href="#B_class_02_7">Note 7</a>
</p>
</documentation>
</annotation>
<name>BCIn_nadirAngleSq</name>
<F>0</F>
<X>02</X>
<Y>173</Y>
<BUFR>
<BUFR_units>Degree2</BUFR_units>
<BUFR_scale>4</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>10</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Degree2</CREX_units>
<CREX_scale>4</CREX_scale>
<CREX_width>4</CREX_width>
</CREX>
</feature>
<feature ID="F0X02Y174">
<annotation>
<documentation>Mean
across track pixel number </documentation>
</annotation>
<name>BCIn_MeanAcrossTrackNum</name>
<F>0</F>
<X>02</X>
<Y>174</Y>
<BUFR>
<BUFR_units>Numeric</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>9</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Numeric</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>3</CREX_width>
</CREX>
</feature>
<feature ID="F0X02Y175">
<annotation>
<documentation>Method
of precipitation measurement </documentation>
</annotation>
<name>BCIn_precipMethod</name>
<F>0</F>
<X>02</X>
<Y>175</Y>
<BUFR>
<BUFR_units>Code table</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>4</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Code
table</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>2</CREX_width>
</CREX>
</feature>
<feature ID="F0X02Y176">
<annotation>
<documentation>Method
of state of ground measurement </documentation>
</annotation>
<name>BCIn_groundStateMethod</name>
<F>0</F>
<X>02</X>
<Y>176</Y>
<BUFR>
<BUFR_units>Code table</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>4</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Code
table</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>2</CREX_width>
</CREX>
</feature>
<feature ID="F0X02Y177">
<annotation>
<documentation>Method
of snow depth measurement </documentation>
</annotation>
<name>BCIn_snowDepthMethod</name>
<F>0</F>
<X>02</X>
<Y>177</Y>
<BUFR>
<BUFR_units>Code table</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>4</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Code
table</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>2</CREX_width>
</CREX>
</feature>
<feature ID="F0X02Y178">
<annotation>
<documentation>Method
of liquid content measurement of precipitation</documentation>
</annotation>
<name>BCIn_liquidPrecipMethod</name>
<F>0</F>
<X>02</X>
<Y>178</Y>
<BUFR>
<BUFR_units>Code table</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>4</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Code
table</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>2</CREX_width>
</CREX>
</feature>
<feature ID="F0X02Y179">
<annotation>
<documentation>Type
of sky condition algorithm </documentation>
</annotation>
<name>BCIn_skyConditionMethid</name>
<F>0</F>
<X>02</X>
<Y>179</Y>
<BUFR>
<BUFR_units>Code table</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>4</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Code
table</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>2</CREX_width>
</CREX>
</feature>
<feature ID="F0X02Y180">
<annotation>
<documentation>Main
present weather detecting system </documentation>
</annotation>
<name>BCIn_mainPresentWX</name>
<F>0</F>
<X>02</X>
<Y>180</Y>
<BUFR>
<BUFR_units/>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>4</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Code
table</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>2</CREX_width>
</CREX>
</feature>
<feature ID="F0X02Y181">
<annotation>
<documentation/>
</annotation>
<name>BCIn_supplPresentWX</name>
<F>0</F>
<X>02</X>
<Y>181</Y>
<BUFR>
<BUFR_units>Flag table</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>21</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Flag table</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>7</CREX_width>
</CREX>
</feature>
<feature ID="F0X02Y182">
<annotation>
<documentation/>
</annotation>
<name>BCIn_visibilityMethod</name>
<F>0</F>
<X>02</X>
<Y>182</Y>
<BUFR>
<BUFR_units>Code table</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>4</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Code
table</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>2</CREX_width>
</CREX>
</feature>
<feature ID="F0X02Y183">
<annotation>
<documentation>Cloud
detection system</documentation>
</annotation>
<name>BCIn_cloudSystem</name>
<F>0</F>
<X>02</X>
<Y>183</Y>
<BUFR>
<BUFR_units>Code table</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>4</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Code
table</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>2</CREX_width>
</CREX>
</feature>
<feature ID="F0X02Y184">
<annotation>
<documentation>Type
of lightning detection sensor</documentation>
</annotation>
<name>BCIn_lightningSensor</name>
<F>0</F>
<X>02</X>
<Y>184</Y>
<BUFR>
<BUFR_units/>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>4</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Code
table</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>2</CREX_width>
</CREX>
</feature>
<feature ID="F0X02Y185">
<annotation>
<documentation>Method
of evaporation measurement</documentation>
</annotation>
<name>BCIn_evaporationMethod</name>
<F>0</F>
<X>02</X>
<Y>185</Y>
<BUFR>
<BUFR_units>Code table</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>4 </BUFR_width>
</BUFR>
<CREX>
<CREX_units>Code
table</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>2</CREX_width>
</CREX>
</feature>
<feature ID="F0X02Y186">
<annotation>
<documentation>Capability
to detect precipitation phenomena</documentation>
</annotation>
<name>BCIn_precipCapability</name>
<F>0</F>
<X>02</X>
<Y>186</Y>
<BUFR>
<BUFR_units>Flag table</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>30</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Flag table</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>10</CREX_width>
</CREX>
</feature>
<feature ID="F0X02Y187">
<annotation>
<documentation>Capability
to detect other weather phenomena</documentation>
</annotation>
<name>BCIn_otherWXmethod</name>
<F>0</F>
<X>02</X>
<Y>187</Y>
<BUFR>
<BUFR_units>Flag table</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>18</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Flag table</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>6</CREX_width>
</CREX>
</feature>
<feature ID="F0X02Y188">
<annotation>
<documentation>Capability
to detect obscuration</documentation>
</annotation>
<name>BCIn_obscurationMethod</name>
<F>0</F>
<X>02</X>
<Y>188</Y>
<BUFR>
<BUFR_units>Flag table</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>21</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Flag table</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>7</CREX_width>
</CREX>
</feature>
<feature ID="F0X02Y189">
<annotation>
<documentation>Capability
to discriminate lightning strikes</documentation>
</annotation>
<name>BCIn_lightningMethod</name>
<F>0</F>
<X>02</X>
<Y>189</Y>
<BUFR>
<BUFR_units>Flag table</BUFR_units>
<BUFR_scale>0 </BUFR_scale>
<BUFR_reference>0 </BUFR_reference>
<BUFR_width>12</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Flag table</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>4</CREX_width>
</CREX>
</feature>
<feature ID="F0X02Y172">
<annotation>
<documentation>Product type for
retrieved atmospheric gases</documentation>
</annotation>
<name>BCIn_atmosGasProduct</name>
<F>0</F>
<X>02</X>
<Y>172</Y>
<BUFR>
<BUFR_units>Code table</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>8</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Code
table</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>3</CREX_width>
</CREX>
</feature>
<feature ID="F0X02Y190">
<annotation>
<documentation>Lagrangian drifter
submergence (% time submerged)</documentation>
</annotation>
<name>BCIn_drifterTime</name>
<F>0</F>
<X>02</X>
<Y>190</Y>
<BUFR>
<BUFR_units>%</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>7</BUFR_width>
</BUFR>
<CREX>
<CREX_units>%</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>3</CREX_width>
</CREX>
</feature>
<note ID="B_class_02_1">
<note>
<p>(1) This class shall contain elements
to describe the instrumentation used to obtain the meteorological elements
reported.</p>
</note>
</note>
<note ID="B_class_02_2">
<note>
<p>(2) This class may also contain
elements relating to observational procedures.</p>
</note>
</note>
<note ID="B_class_02_3">
<note>
<p>(3) Some indication of expected
accuracy may be implied in conjunction with certain elements in this class.</p>
</note>
</note>
<note ID="B_class_02_4">
<note>
<p>(4) Note that descriptor 0 02 140 is
the Azimuth angle measured anticlockwise from satellite heading vector.</p>
</note>
</note>
<note ID="B_class_02_5">
<note>
<p>(5) In descriptor 0 02 142: Ozone
instrument serial number/identification is four characters long. For Japanese
Dobsons instruments, omit the leading digit(s).</p>
</note>
</note>
<note ID="B_class_02_6">
<note>
<p>(6) Descriptor 0 02 019 should be used
instead of descriptor 0 02 152 for single satellite instrument identification.</p>
</note>
</note>
<note ID="B_class_02_7">
<note>
<p>(7) Note missing (0 02 73) </p>
</note>
</note>
<note ID="B_class_02_8">
<note>
<p>(8) Descriptor 0 02 152 should be used
instead of 0 02 021 for encoding this element.</p>
</note>
</note>
<note ID="B_class_02_9">
<note>
<p>(9) This constant is defined as
follows: Z = P + radar constant where Z = the reflectivity of target in beam
direction (dBZ); P = the input receiver power above 1 mW (dBm). </p>
</note>
</note>
<note ID="B_class_02_10">
<note>
<p>This constant is used to
normalize the signal to the equivalent 100 km range.</p>
</note>
</note>
</featureCatalogue>
<featureCatalogue ID="F0X04">
<catalogueName prefix=" BCT_">Class 04 - Location
(time) </catalogueName>
<annotation>
<documentation>
<p>See reference in </p>
<p>
<a href="#B_class_04_1">Note 1</a>
</p>
<p>
<a href="#B_class_04_2">Note 2</a>
</p>
<p>
<a href="#B_class_04_3">Note 3</a>
</p>
<p>
<a href="#B_class_04_4">Note 4</a>
</p>
<p>
<a href="#B_class_04_5">Note 5</a>
</p>
<p>
<a href="#B_class_04_7">Note 7</a>
</p>
</documentation>
</annotation>
<feature ID="F0X04Y001">
<annotation>
<documentation>Year</documentation>
</annotation>
<name>BCT_year</name>
<F>0</F>
<X>04</X>
<Y>001</Y>
<BUFR>
<BUFR_units>Year</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>12</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Year</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>4</CREX_width>
</CREX>
</feature>
<feature ID="F0X04Y002">
<annotation>
<documentation>Month</documentation>
</annotation>
<name>BCT_month</name>
<F>0</F>
<X>04</X>
<Y>002</Y>
<BUFR>
<BUFR_units>Month</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>4</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Month</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>2</CREX_width>
</CREX>
</feature>
<feature ID="F0X04Y003">
<annotation>
<documentation>Day</documentation>
</annotation>
<name>BCT_day</name>
<F>0</F>
<X>04</X>
<Y>003</Y>
<BUFR>
<BUFR_units>Day</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>6</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Day</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>2</CREX_width>
</CREX>
</feature>
<feature ID="F0X04Y004">
<annotation>
<documentation>Hour</documentation>
</annotation>
<name>BCT_hour</name>
<F>0</F>
<X>04</X>
<Y>004</Y>
<BUFR>
<BUFR_units>Hour</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>5</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Hour</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>2</CREX_width>
</CREX>
</feature>
<feature ID="F0X04Y005">
<annotation>
<documentation>Minute</documentation>
</annotation>
<name>BCT_minute</name>
<F>0</F>
<X>04</X>
<Y>005</Y>
<BUFR>
<BUFR_units>Minute</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>6</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Minute</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>2</CREX_width>
</CREX>
</feature>
<feature ID="F0X04Y006">
<annotation>
<documentation>Second</documentation>
</annotation>
<name>BCT_second</name>
<F>0</F>
<X>04</X>
<Y>006</Y>
<BUFR>
<BUFR_units>Second</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>6</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Second</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>2</CREX_width>
</CREX>
</feature>
<feature ID="F0X04Y007">
<annotation>
<documentation>Seconds within a minute (microsecond accuracy)</documentation>
</annotation>
<name>BCT_microseconds</name>
<F>0</F>
<X>04</X>
<Y>007</Y>
<BUFR>
<BUFR_units>Second</BUFR_units>
<BUFR_scale>6</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>26</BUFR_width>
</BUFR>
<CREX>
<CREX_units>S</CREX_units>
<CREX_scale>6</CREX_scale>
<CREX_width>8</CREX_width>
</CREX>
</feature>
<feature ID="F0X04Y011">
<annotation>
<documentation>Time increment</documentation>
</annotation>
<name>BCT_yearIncrement</name>
<F>0</F>
<X>04</X>
<Y>011</Y>
<BUFR>
<BUFR_units>Year</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>-1024</BUFR_reference>
<BUFR_width>11</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Year</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>4</CREX_width>
</CREX>
</feature>
<feature ID="F0X04Y012">
<annotation>
<documentation>Time increment</documentation>
</annotation>
<name>BCT_monthIncrement</name>
<F>0</F>
<X>04</X>
<Y>012</Y>
<BUFR>
<BUFR_units>Month</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>-1024</BUFR_reference>
<BUFR_width>11</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Month</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>4</CREX_width>
</CREX>
</feature>
<feature ID="F0X04Y013">
<annotation>
<documentation>Time increment</documentation>
</annotation>
<name>BCT_dayIncrement</name>
<F>0</F>
<X>04</X>
<Y>013</Y>
<BUFR>
<BUFR_units>Day</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>-1024</BUFR_reference>
<BUFR_width>11</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Day</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>4</CREX_width>
</CREX>
</feature>
<feature ID="F0X04Y014">
<annotation>
<documentation>Time increment</documentation>
</annotation>
<name>BCT_hourIncrement</name>
<F>0</F>
<X>04</X>
<Y>014</Y>
<BUFR>
<BUFR_units>Hour</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>-1024</BUFR_reference>
<BUFR_width>11</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Hour</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>4</CREX_width>
</CREX>
</feature>
<feature ID="F0X04Y015">
<annotation>
<documentation>Time increment</documentation>
</annotation>
<name>BCT_minuteIncrement</name>
<F>0</F>
<X>04</X>
<Y>015</Y>
<BUFR>
<BUFR_units>Minute</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>-2048</BUFR_reference>
<BUFR_width>12</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Minute</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>4</CREX_width>
</CREX>
</feature>
<feature ID="F0X04Y016">
<annotation>
<documentation>Time increment</documentation>
</annotation>
<name>BCT_secondIncrement</name>
<F>0</F>
<X>04</X>
<Y>016</Y>
<BUFR>
<BUFR_units>Second</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>-4096</BUFR_reference>
<BUFR_width>13</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Second</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>4</CREX_width>
</CREX>
</feature>
<feature ID="F0X04Y017">
<annotation>
<documentation>Reference time period for accumulated or
extreme data</documentation>
</annotation>
<name>BCT_accumulationPeriod</name>
<F>0</F>
<X>04</X>
<Y>017</Y>
<BUFR>
<BUFR_units>Minute</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>-1440</BUFR_reference>
<BUFR_width>12</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Minute</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>4</CREX_width>
</CREX>
</feature>
<feature ID="F0X04Y021">
<annotation>
<documentation>Time period or displacement</documentation>
</annotation>
<name>BCT_yearPeriod</name>
<F>0</F>
<X>04</X>
<Y>021</Y>
<BUFR>
<BUFR_units>Year</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>-1024</BUFR_reference>
<BUFR_width>11</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Year</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>4</CREX_width>
</CREX>
</feature>
<feature ID="F0X04Y022">
<annotation>
<documentation>Time period or displacement</documentation>
</annotation>
<name>BCT_monthPeriod</name>
<F>0</F>
<X>04</X>
<Y>022</Y>
<BUFR>
<BUFR_units>Month</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>-1024</BUFR_reference>
<BUFR_width>11</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Month</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>4</CREX_width>
</CREX>
</feature>
<feature ID="F0X04Y023">
<annotation>
<documentation>Time period or displacement</documentation>
</annotation>
<name>BCT_dayPeriod</name>
<F>0</F>
<X>04</X>
<Y>023</Y>
<BUFR>
<BUFR_units>Day</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>-1024</BUFR_reference>
<BUFR_width>11</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Day</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>4</CREX_width>
</CREX>
</feature>
<feature ID="F0X04Y024">
<annotation>
<documentation>Time period or displacement</documentation>
</annotation>
<name>BCT_hourPeriod</name>
<F>0</F>
<X>04</X>
<Y>024</Y>
<BUFR>
<BUFR_units>Hour</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>-2048</BUFR_reference>
<BUFR_width>12</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Hour</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>4</CREX_width>
</CREX>
</feature>
<feature ID="F0X04Y025">
<annotation>
<documentation>Time period or displacement</documentation>
</annotation>
<name>BCT_minutePeriod</name>
<F>0</F>
<X>04</X>
<Y>025</Y>
<BUFR>
<BUFR_units>Minute</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>-2048</BUFR_reference>
<BUFR_width>12</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Minute</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>4</CREX_width>
</CREX>
</feature>
<feature ID="F0X04Y026">
<annotation>
<documentation>Time period or displacement</documentation>
</annotation>
<name>BCT_secondPeriod</name>
<F>0</F>
<X>04</X>
<Y>026</Y>
<BUFR>
<BUFR_units>Second</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>-4096</BUFR_reference>
<BUFR_width>13</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Second</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>4</CREX_width>
</CREX>
</feature>
<feature ID="F0X04Y031">
<annotation>
<documentation>Duration of time relating to following value</documentation>
</annotation>
<name>BCT_hourFollowing</name>
<F>0</F>
<X>04</X>
<Y>031</Y>
<BUFR>
<BUFR_units>Hour</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>8</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Hour</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>3</CREX_width>
</CREX>
</feature>
<feature ID="F0X04Y032">
<annotation>
<documentation>Duration of time relating to following value</documentation>
</annotation>
<name>BCT_minuteFollowing</name>
<F>0</F>
<X>04</X>
<Y>032</Y>
<BUFR>
<BUFR_units>Minute</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>6</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Minute</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>2</CREX_width>
</CREX>
</feature>
<feature ID="F0X04Y041">
<annotation>
<documentation>Time difference, UTC -LMT <p>
<a href="#B_class_04_6">Note 6</a>
</p>
</documentation>
</annotation>
<name>BCT_UTC-LMT</name>
<F>0</F>
<X>04</X>
<Y>041</Y>
<BUFR>
<BUFR_units>Minute</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>-1440</BUFR_reference>
<BUFR_width>12</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Minute</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>4</CREX_width>
</CREX>
</feature>
<feature ID="F0X04Y043">
<annotation>
<documentation>Day of the year</documentation>
</annotation>
<name>BCT_yearday</name>
<F>0</F>
<X>04</X>
<Y>043</Y>
<BUFR>
<BUFR_units>Day</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>9</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Day</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>3</CREX_width>
</CREX>
</feature>
<feature ID="F0X04Y051">
<annotation>
<documentation>Principal time of daily reading of maximum
temperature</documentation>
</annotation>
<name>BCT_maxTempTime</name>
<F>0</F>
<X>04</X>
<Y>051</Y>
<BUFR>
<BUFR_units>Hour</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>5</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Hour </CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>2</CREX_width>
</CREX>
</feature>
<feature ID="F0X04Y052">
<annotation>
<documentation>Principal time of daily reading of minimum
temperature</documentation>
</annotation>
<name>BCT_minTempTime</name>
<F>0</F>
<X>04</X>
<Y>052</Y>
<BUFR>
<BUFR_units/>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>5</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Hour </CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>2</CREX_width>
</CREX>
</feature>
<feature ID="F0X04Y053">
<annotation>
<documentation>Number of days with precipitation equal to or
more than 1 mm</documentation>
</annotation>
<name>BCT_daysOfPrecip</name>
<F>0</F>
<X>04</X>
<Y>053</Y>
<BUFR>
<BUFR_units>Numeric</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>6</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Numeric</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>2</CREX_width>
</CREX>
</feature>
<feature ID="F0X04Y059">
<annotation>
<documentation>Times of observation used to compute the
reported mean values</documentation>
</annotation>
<name>BCT_observationTimesUsed</name>
<F>0</F>
<X>04</X>
<Y>059</Y>
<BUFR>
<BUFR_units>Flag table</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>6</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Flag table</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>2</CREX_width>
</CREX>
</feature>
<feature ID="F0X04Y065">
<annotation>
<documentation>Short time increment</documentation>
</annotation>
<name>BCT_shortMinuteIncrement</name>
<F>0</F>
<X>04</X>
<Y>065</Y>
<BUFR>
<BUFR_units>Minute</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>-128</BUFR_reference>
<BUFR_width>8</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Minute</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>2</CREX_width>
</CREX>
</feature>
<feature ID="F0X04Y073">
<annotation>
<documentation>Short time period or displacement</documentation>
</annotation>
<name>BCT_shortDayPeriod</name>
<F>0</F>
<X>04</X>
<Y>073</Y>
<BUFR>
<BUFR_units>Day</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>-128</BUFR_reference>
<BUFR_width>8</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Day</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>2</CREX_width>
</CREX>
</feature>
<feature ID="F0X04Y074">
<annotation>
<documentation>Short time period or displacement</documentation>
</annotation>
<name>BCT_shortHourPeriod</name>
<F>0</F>
<X>04</X>
<Y>074</Y>
<BUFR>
<BUFR_units>Hour</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>-128</BUFR_reference>
<BUFR_width>8</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Hour</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>2</CREX_width>
</CREX>
</feature>
<feature ID="F0X04Y075">
<annotation>
<documentation>Short time period or displacement</documentation>
</annotation>
<name>BCT_shortMinutePeriod</name>
<F>0</F>
<X>04</X>
<Y>075</Y>
<BUFR>
<BUFR_units>Minute</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>-128</BUFR_reference>
<BUFR_width>8</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Minute</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>2</CREX_width>
</CREX>
</feature>
<feature ID="F0X04Y080">
<annotation>
<documentation>Averaging period for following value</documentation>
</annotation>
<name>BCT_averagingPeriod</name>
<F>0</F>
<X>04</X>
<Y>080</Y>
<BUFR>
<BUFR_units>Code
table</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>4</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Code
table</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>2</CREX_width>
</CREX>
</feature>
<feature ID="F0X04Y086">
<annotation>
<documentation>Long time period or displacement</documentation>
</annotation>
<name>BCT_longSecondPeriod</name>
<F>0</F>
<X>04</X>
<Y>086</Y>
<BUFR>
<BUFR_units>Second</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>-8192</BUFR_reference>
<BUFR_width>15</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Second</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>5</CREX_width>
</CREX>
</feature>
<note ID="B_class_04_1">
<note>
<p>(1) The significance of time periods or displacements may be indicated using the time
significance code corresponding to table reference 0 08 021.</p>
</note>
</note>
<note ID="B_class_04_2">
<note>
<p>(2) Where more than one time period or displacement is required to define complex time
structures, they shall be defined in immediate succession, and the following
ordering shall apply: ensemble period (if required), followed by forecast
period (if required), followed by period for averaging or accumulation (if required).</p>
</note>
</note>
<note ID="B_class_04_3">
<note>
<p>(3) Time periods or displacements and time increments require an initial time location
to be defined prior to their use, followed where appropriate by a time
significance definition.</p>
</note>
</note>
<note ID="B_class_04_4">
<note>
<p>(4) The time location, when used with forecast values, shall indicate the time of the
initial state for the forecast, or the beginning of the forecast period; when
used with ensemble means of forecast values, the time location shall indicate
the initial state or the beginning of the first forecast over which ensemble means
are derived.</p>
</note>
</note>
<note ID="B_class_04_5">
<note>
<p>(5) Negative time periods or displacements shall be used to indicate time periods or
displacements preceding the currently defined time.</p>
</note>
</note>
<note ID="B_class_04_6">
<note>
<p>(6) Descriptor 0 04 041 has been replaced by the combination of 0 08 025 and 0 26 003 and
should not be used for encoding this element.</p>
</note>
</note>
<note ID="B_class_04_7">
<note>
<p>(7) All times are Universal Time Coordinated (UTC) unless otherwise noted.</p>
</note>
</note>
</featureCatalogue>
<featureCatalogue ID="F0X05">
<catalogueName prefix=" BCX_">Class 05 - Location
(horizontal -1) </catalogueName>
<annotation>
<documentation>
<p>See reference in </p>
</documentation>
</annotation>
<feature ID="F0X05Y001">
<annotation>
<documentation>Latitude (high accuracy)<p>
<a href="#B_class_05_1">Note 1</a>
</p>
<p>
<a href="#B_class_05_2">Note 2</a>
</p>
<p>
<a href="#B_class_05_3">Note 3</a>
</p>
</documentation>
</annotation>
<name>BCX_hiPrecsnLat</name>
<F>0</F>
<X>05</X>
<Y>001</Y>
<BUFR>
<BUFR_units>Degree</BUFR_units>
<BUFR_scale>5</BUFR_scale>
<BUFR_reference>-9000000</BUFR_reference>
<BUFR_width>25</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Degree</CREX_units>
<CREX_scale>5</CREX_scale>
<CREX_width>7</CREX_width>
</CREX>
</feature>
<feature ID="F0X05Y002">
<annotation>
<documentation>Latitude (coarse accuracy)<p>
<a href="#B_class_05_1">Note 1</a>
</p>
<p>
<a href="#B_class_05_2">Note 2</a>
</p>
<p>
<a href="#B_class_05_3">Note 3</a>
</p>
</documentation>
</annotation>
<name>BCX_lowPrecsnLat</name>
<F>0</F>
<X>05</X>
<Y>002</Y>
<BUFR>
<BUFR_units>Degree</BUFR_units>
<BUFR_scale>2</BUFR_scale>
<BUFR_reference>-9000</BUFR_reference>
<BUFR_width>15</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Degree</CREX_units>
<CREX_scale>2</CREX_scale>
<CREX_width>4</CREX_width>
</CREX>
</feature>
<feature ID="F0X05Y011">
<annotation>
<documentation>Latitude increment (high accuracy)<p>
<a href="#B_class_05_1">Note 1</a>
</p>
<p>
<a href="#B_class_05_2">Note 2</a>
</p>
<p>
<a href="#B_class_05_3">Note 3</a>
</p>
</documentation>
</annotation>
<name>BCX_hiPrecsnLatIncremt</name>
<F>0</F>
<X>05</X>
<Y>011</Y>
<BUFR>
<BUFR_units>Degree</BUFR_units>
<BUFR_scale>5</BUFR_scale>
<BUFR_reference>-9000000</BUFR_reference>
<BUFR_width>25</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Degree</CREX_units>
<CREX_scale>5</CREX_scale>
<CREX_width>7</CREX_width>
</CREX>
</feature>
<feature ID="F0X05Y012">
<annotation>
<documentation>Latitude increment (coarse accuracy)<p>
<a href="#B_class_05_1">Note 1</a>
</p>
<p>
<a href="#B_class_05_2">Note 2</a>
</p>
<p>
<a href="#B_class_05_3">Note 3</a>
</p>
</documentation>
</annotation>
<name>BCX_lowPrecsnLatIncremt</name>
<F>0</F>
<X>05</X>
<Y>012</Y>
<BUFR>
<BUFR_units>Degree</BUFR_units>
<BUFR_scale>2</BUFR_scale>
<BUFR_reference>-9000</BUFR_reference>
<BUFR_width>15</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Degree</CREX_units>
<CREX_scale>2</CREX_scale>
<CREX_width>4</CREX_width>
</CREX>
</feature>
<feature ID="F0X05Y015">
<annotation>
<documentation>Latitude displacement (high accuracy)<p>
<a href="#B_class_05_1">Note 1</a>
</p>
<p>
<a href="#B_class_05_2">Note 2</a>
</p>
<p>
<a href="#B_class_05_3">Note 3</a>
</p>
</documentation>
</annotation>
<name>BCX_hiPrecsnLatDisplace</name>
<F>0</F>
<X>05</X>
<Y>015</Y>
<BUFR>
<BUFR_units>Degree</BUFR_units>
<BUFR_scale>5</BUFR_scale>
<BUFR_reference>-9000000</BUFR_reference>
<BUFR_width>25</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Degree</CREX_units>
<CREX_scale>5</CREX_scale>
<CREX_width>7</CREX_width>
</CREX>
</feature>
<feature ID="F0X05Y016">
<annotation>
<documentation>Latitude displacement (coarse accuracy)<p>
<a href="#B_class_05_1">Note 1</a>
</p>
<p>
<a href="#B_class_05_2">Note 2</a>
</p>
<p>
<a href="#B_class_05_3">Note 3</a>
</p>
</documentation>
</annotation>
<name>BCX_lowPrecsnLatDisplace</name>
<F>0</F>
<X>05</X>
<Y>016</Y>
<BUFR>
<BUFR_units>Degree</BUFR_units>
<BUFR_scale>2</BUFR_scale>
<BUFR_reference>-9000</BUFR_reference>
<BUFR_width>15</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Degree</CREX_units>
<CREX_scale>2</CREX_scale>
<CREX_width>4</CREX_width>
</CREX>
</feature>
<feature ID="F0X05Y021">
<annotation>
<documentation>Bearing or azimuth<p>
<a href="#B_class_05_4">Note 4</a>
</p>
</documentation>
</annotation>
<name>BCX_bearing</name>
<F>0</F>
<X>05</X>
<Y>021</Y>
<BUFR>
<BUFR_units>Degree true</BUFR_units>
<BUFR_scale>2</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>16</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Degree true</CREX_units>
<CREX_scale>2</CREX_scale>
<CREX_width>5</CREX_width>
</CREX>
</feature>
<feature ID="F0X05Y022">
<annotation>
<documentation>Solar azimuth</documentation>
</annotation>
<name>BCX_solarAzimuth</name>
<F>0</F>
<X>05</X>
<Y>022</Y>
<BUFR>
<BUFR_units>Degree true</BUFR_units>
<BUFR_scale>2</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>16</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Degree true</CREX_units>
<CREX_scale>2</CREX_scale>
<CREX_width>5</CREX_width>
</CREX>
</feature>
<feature ID="F0X05Y023">
<annotation>
<documentation>Sun to satellite azimuth difference</documentation>
</annotation>
<name>BCX_azimuthDifference</name>
<F>0</F>
<X>05</X>
<Y>023</Y>
<BUFR>
<BUFR_units>Degree</BUFR_units>
<BUFR_scale>1</BUFR_scale>
<BUFR_reference>-1800</BUFR_reference>
<BUFR_width>12</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Degree</CREX_units>
<CREX_scale>1</CREX_scale>
<CREX_width>4</CREX_width>
</CREX>
</feature>
<feature ID="F0X05Y030">
<annotation>
<documentation>Direction (spectral)</documentation>
</annotation>
<name>BCX_spectralDirn</name>
<F>0</F>
<X>05</X>
<Y>030</Y>
<BUFR>
<BUFR_units>Degree</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>12</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Degree</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>4</CREX_width>
</CREX>
</feature>
<feature ID="F0X05Y031">
<annotation>
<documentation>Row number</documentation>
</annotation>
<name>BCX_rowNum</name>
<F>0</F>
<X>05</X>
<Y>031</Y>
<BUFR>
<BUFR_units>Numeric</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>12</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Numeric</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>4</CREX_width>
</CREX>
</feature>
<feature ID="F0X05Y033">
<annotation>
<documentation>Pixel size on horizontal - 1<p>
<a href="#B_class_05_5">Note 5</a>
</p>
</documentation>
</annotation>
<name>BCX_pixelSize1</name>
<F>0</F>
<X>05</X>
<Y>033</Y>
<BUFR>
<BUFR_units>m</BUFR_units>
<BUFR_scale>-1</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>16</BUFR_width>
</BUFR>
<CREX>
<CREX_units>m</CREX_units>
<CREX_scale>-1</CREX_scale>
<CREX_width>5</CREX_width>
</CREX>
</feature>
<feature ID="F0X05Y034">
<annotation>
<documentation>Along track row number</documentation>
</annotation>
<name>BCX_alongTrackRow</name>
<F>0</F>
<X>05</X>
<Y>034</Y>
<BUFR>
<BUFR_units>Numeric</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>11</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Numeric</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>4</CREX_width>
</CREX>
</feature>
<feature ID="F0X05Y036">
<annotation>
<documentation>Ship transect number according to SOOP</documentation>
</annotation>
<name>BCX_shipTransect</name>
<F>0</F>
<X>05</X>
<Y>036</Y>
<BUFR>
<BUFR_units>Numeric</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>7</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Numeric</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>2</CREX_width>
</CREX>
</feature>
<feature ID="F0X05Y040">
<annotation>
<documentation>Orbit number</documentation>
</annotation>
<name>BCX_orbitNum</name>
<F>0</F>
<X>05</X>
<Y>040</Y>
<BUFR>
<BUFR_units>Numeric</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>24</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Numeric</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>8</CREX_width>
</CREX>
</feature>
<feature ID="F0X05Y041">
<annotation>
<documentation>Scan line number</documentation>
</annotation>
<name>BCX_scanLineNum</name>
<F>0</F>
<X>05</X>
<Y>041</Y>
<BUFR>
<BUFR_units>Numeric</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>8</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Numeric</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>3</CREX_width>
</CREX>
</feature>
<feature ID="F0X05Y042">
<annotation>
<documentation>Channel number</documentation>
</annotation>
<name>BCX_channelNum</name>
<F>0</F>
<X>05</X>
<Y>042</Y>
<BUFR>
<BUFR_units>Numeric</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>6</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Numeric</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>2</CREX_width>
</CREX>
</feature>
<feature ID="F0X05Y043">
<annotation>
<documentation>Field of view number</documentation>
</annotation>
<name>BCX_FieldOfView</name>
<F>0</F>
<X>05</X>
<Y>043</Y>
<BUFR>
<BUFR_units>Numeric</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>8</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Numeric</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>3</CREX_width>
</CREX>
</feature>
<feature ID="F0X05Y044">
<annotation>
<documentation>Satellite cycle number</documentation>
</annotation>
<name>BCX_SatCycleNum</name>
<F>0</F>
<X>05</X>
<Y>044</Y>
<BUFR>
<BUFR_units>Numeric</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>11</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Numeric</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>4</CREX_width>
</CREX>
</feature>
<feature ID="F0X05Y052">
<annotation>
<documentation>Channel number increment</documentation>
</annotation>
<name>BCX_channelIncremt</name>
<F>0</F>
<X>05</X>
<Y>052</Y>
<BUFR>
<BUFR_units>Numeric</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>5</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Numeric</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>2</CREX_width>
</CREX>
</feature>
<feature ID="F0X05Y053">
<annotation>
<documentation>Field of view number increment</documentation>
</annotation>
<name>BCX_FieldOfViewIncremt</name>
<F>0</F>
<X>05</X>
<Y>053</Y>
<BUFR>
<BUFR_units>Numeric</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>5</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Numeric</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>2</CREX_width>
</CREX>
</feature>
<feature ID="F0X05Y060">
<annotation>
<documentation>Y angular position from centre of gravity</documentation>
</annotation>
<name>BCX_YangularPosition</name>
<F>0</F>
<X>05</X>
<Y>060</Y>
<BUFR>
<BUFR_units>Degree</BUFR_units>
<BUFR_scale>6</BUFR_scale>
<BUFR_reference>-8000000</BUFR_reference>
<BUFR_width>24</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Degree</CREX_units>
<CREX_scale>6</CREX_scale>
<CREX_width>8</CREX_width>
</CREX>
</feature>
<feature ID="F0X05Y061">
<annotation>
<documentation>Z angular position from centre of gravity</documentation>
</annotation>
<name>BCX_ZangularPosition</name>
<F>0</F>
<X>05</X>
<Y>061</Y>
<BUFR>
<BUFR_units>Degree</BUFR_units>
<BUFR_scale>6</BUFR_scale>
<BUFR_reference>-8000000</BUFR_reference>
<BUFR_width>24</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Degree</CREX_units>
<CREX_scale>6</CREX_scale>
<CREX_width>8</CREX_width>
</CREX>
</feature>
<note ID="B_class_05_1">
<note>
<p>(1) Values of latitude and latitude
increments are limited to the range -90 degrees to +90 degrees.</p>
</note>
</note>
<note ID="B_class_05_2">
<note>
<p>(2) South latitude shall be assigned
negative values.</p>
</note>
</note>
<note ID="B_class_05_3">
<note>
<p>(3) North to south increments shall be
assigned negative values.</p>
</note>
</note>
<note ID="B_class_05_4">
<note>
<p>(4) Bearing or azimuth shall only be
used with respect to a stated location, and shall not redefine that location.</p>
</note>
</note>
<note ID="B_class_05_5">
<note>
<p>(5) The Pixel size on horizontal - 1
is given at location where map scale factor is unity.</p>
</note>
</note>
</featureCatalogue>
<featureCatalogue ID="F0X06">
<catalogueName prefix=" BCY_">Class 06 - Location
(horizontal - 2) </catalogueName>
<annotation>
<documentation>
<p>See reference in </p>
</documentation>
</annotation>
<feature ID="F0X06Y001">
<annotation>
<documentation>Longitude (high accuracy)<p>
<a href="#B_class_06_1">Note 1</a>
</p>
<p>
<a href="#B_class_06_2">Note 2</a>
</p>
<p>
<a href="#B_class_06_3">Note 3</a>
</p>
</documentation>
</annotation>
<name>BCY_hiPrecsnLon</name>
<F>0</F>
<X>06</X>
<Y>001</Y>
<BUFR>
<BUFR_units>Degree</BUFR_units>
<BUFR_scale>5</BUFR_scale>
<BUFR_reference>-18000000</BUFR_reference>
<BUFR_width>26</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Degree</CREX_units>
<CREX_scale>5</CREX_scale>
<CREX_width>8</CREX_width>
</CREX>
</feature>
<feature ID="F0X06Y002">
<annotation>
<documentation>Longitude (coarse accuracy)<p>
<a href="#B_class_06_1">Note 1</a>
</p>
<p>
<a href="#B_class_06_2">Note 2</a>
</p>
<p>
<a href="#B_class_06_3">Note 3</a>
</p>
</documentation>
</annotation>
<name>BCY_lowPrecsnLon</name>
<F>0</F>
<X>06</X>
<Y>002</Y>
<BUFR>
<BUFR_units>Degree</BUFR_units>
<BUFR_scale>2</BUFR_scale>
<BUFR_reference>-18000</BUFR_reference>
<BUFR_width>16</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Degree</CREX_units>
<CREX_scale>2</CREX_scale>
<CREX_width>5</CREX_width>
</CREX>
</feature>
<feature ID="F0X06Y011">
<annotation>
<documentation>Longitude increment (high accuracy)<p>
<a href="#B_class_06_1">Note 1</a>
</p>
<p>
<a href="#B_class_06_2">Note 2</a>
</p>
<p>
<a href="#B_class_06_3">Note 3</a>
</p>
</documentation>
</annotation>
<name>BCY_hiPrecsnLonIncremt</name>
<F>0</F>
<X>06</X>
<Y>011</Y>
<BUFR>
<BUFR_units>Degree</BUFR_units>
<BUFR_scale>5</BUFR_scale>
<BUFR_reference>-18000000</BUFR_reference>
<BUFR_width>26</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Degree</CREX_units>
<CREX_scale>5</CREX_scale>
<CREX_width>8</CREX_width>
</CREX>
</feature>
<feature ID="F0X06Y012">
<annotation>
<documentation>Longitude increment (coarse accuracy)<p>
<a href="#B_class_06_1">Note 1</a>
</p>
<p>
<a href="#B_class_06_2">Note 2</a>
</p>
<p>
<a href="#B_class_06_3">Note 3</a>
</p>
</documentation>
</annotation>
<name>BCY_lowPrecsnLonIncremt</name>
<F>0</F>
<X>06</X>
<Y>012</Y>
<BUFR>
<BUFR_units>Degree</BUFR_units>
<BUFR_scale>2</BUFR_scale>
<BUFR_reference>-18000</BUFR_reference>
<BUFR_width>16</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Degree</CREX_units>
<CREX_scale>2</CREX_scale>
<CREX_width>5</CREX_width>
</CREX>
</feature>
<feature ID="F0X06Y015">
<annotation>
<documentation>Longitude displacement (high accuracy)<p>
<a href="#B_class_06_1">Note 1</a>
</p>
<p>
<a href="#B_class_06_2">Note 2</a>
</p>
<p>
<a href="#B_class_06_3">Note 3</a>
</p>
</documentation>
</annotation>
<name>BCY_hiPrecsnLonDisplace</name>
<F>0</F>
<X>06</X>
<Y>015</Y>
<BUFR>
<BUFR_units>Degree</BUFR_units>
<BUFR_scale>5</BUFR_scale>
<BUFR_reference>-18000000</BUFR_reference>
<BUFR_width>26</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Degree</CREX_units>
<CREX_scale>5</CREX_scale>
<CREX_width>8</CREX_width>
</CREX>
</feature>
<feature ID="F0X06Y016">
<annotation>
<documentation>Longitude displacement (coarse accuracy)<p>
<a href="#B_class_06_1">Note 1</a>
</p>
<p>
<a href="#B_class_06_2">Note 2</a>
</p>
<p>
<a href="#B_class_06_3">Note 3</a>
</p>
</documentation>
</annotation>
<name>BCY_lowPrecsnLonDisplace</name>
<F>0</F>
<X>06</X>
<Y>016</Y>
<BUFR>
<BUFR_units>Degree</BUFR_units>
<BUFR_scale>2</BUFR_scale>
<BUFR_reference>-18000</BUFR_reference>
<BUFR_width>16</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Degree</CREX_units>
<CREX_scale>2</CREX_scale>
<CREX_width>5</CREX_width>
</CREX>
</feature>
<feature ID="F0X06Y021">
<annotation>
<documentation>Distance<p>
<a href="#B_class_06_4">Note 4</a>
</p>
</documentation>
</annotation>
<name>BCY_distance</name>
<F>0</F>
<X>06</X>
<Y>021</Y>
<BUFR>
<BUFR_units>m</BUFR_units>
<BUFR_scale>-1</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>13</BUFR_width>
</BUFR>
<CREX>
<CREX_units>m</CREX_units>
<CREX_scale>-1</CREX_scale>
<CREX_width>4</CREX_width>
</CREX>
</feature>
<feature ID="F0X06Y030">
<annotation>
<documentation>Wave number (spectral)</documentation>
</annotation>
<name>BCY_spectralWaveNum</name>
<F>0</F>
<X>06</X>
<Y>030</Y>
<BUFR>
<BUFR_units>rad m-1</BUFR_units>
<BUFR_scale>5</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>13</BUFR_width>
</BUFR>
<CREX>
<CREX_units>rad m-1</CREX_units>
<CREX_scale>5</CREX_scale>
<CREX_width>4</CREX_width>
</CREX>
</feature>
<feature ID="F0X06Y031">
<annotation>
<documentation>Column number</documentation>
</annotation>
<name>BCY_columnNum</name>
<F>0</F>
<X>06</X>
<Y>031</Y>
<BUFR>
<BUFR_units>Numeric</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>12</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Numeric</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>4</CREX_width>
</CREX>
</feature>
<feature ID="F0X06Y033">
<annotation>
<documentation>Pixel size on horizontal - 2<p>
<a href="#B_class_06_5">Note 5</a>
</p>
</documentation>
</annotation>
<name>BCY_PixelSize2</name>
<F>0</F>
<X>06</X>
<Y>033</Y>
<BUFR>
<BUFR_units>m</BUFR_units>
<BUFR_scale>-1</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>16</BUFR_width>
</BUFR>
<CREX>
<CREX_units>m</CREX_units>
<CREX_scale>-1</CREX_scale>
<CREX_width>5</CREX_width>
</CREX>
</feature>
<feature ID="F0X06Y034">
<annotation>
<documentation>Cross-track cell number</documentation>
</annotation>
<name>BCY_crossTrackCell</name>
<F>0</F>
<X>06</X>
<Y>034</Y>
<BUFR>
<BUFR_units>Numeric</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>7</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Numeric</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>3</CREX_width>
</CREX>
</feature>
<feature ID="F0X06Y040">
<annotation>
<documentation>Radius of confidence</documentation>
</annotation>
<name>BCY_radiusOfConfidence</name>
<F>0</F>
<X>06</X>
<Y>040</Y>
<BUFR>
<BUFR_units>m</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>13</BUFR_width>
</BUFR>
<CREX>
<CREX_units>m</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>4</CREX_width>
</CREX>
</feature>
<note ID="B_class_06_1">
<note>
<p>(1) Values of longitude are limited to
the range -180 degrees to +180 degrees.</p>
</note>
</note>
<note ID="B_class_06_2">
<note>
<p>(2) West longitude shall be assigned
negative values.</p>
</note>
</note>
<note ID="B_class_06_3">
<note>
<p>(3) East to west increments shall be
assigned negative values.</p>
</note>
</note>
<note ID="B_class_06_4">
<note>
<p>(4) Distance shall only be used with
respect to a stated location and a bearing, azimuth or elevation; it shall not
redefine that location.</p>
</note>
</note>
<note ID="B_class_06_5">
<note>
<p>(5) The Pixel size on horizontal - 2
is given at location where map scale factor is unity.</p>
</note>
</note>
</featureCatalogue>
<featureCatalogue ID="F0X07">
<catalogueName prefix=" BCV_">Class 07 - Location
(vertical) </catalogueName>
<annotation>
<documentation>
<p>See reference in </p>
</documentation>
</annotation>
<feature ID="F0X07Y001">
<annotation>
<documentation>Height of station <p>
<a href="#B_class_07_1">Note 1</a>
</p>
</documentation>
</annotation>
<name>BCV_heightStation</name>
<F>0</F>
<X>07</X>
<Y>001</Y>
<BUFR>
<BUFR_units>m</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>-400</BUFR_reference>
<BUFR_width>15</BUFR_width>
</BUFR>
<CREX>
<CREX_units>m</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>5</CREX_width>
</CREX>
</feature>
<feature ID="F0X07Y002">
<annotation>
<documentation>Height or altitude</documentation>
</annotation>
<name>BCV_height_1</name>
<F>0</F>
<X>07</X>
<Y>002</Y>
<BUFR>
<BUFR_units>m</BUFR_units>
<BUFR_scale>-1</BUFR_scale>
<BUFR_reference>-40</BUFR_reference>
<BUFR_width>16</BUFR_width>
</BUFR>
<CREX>
<CREX_units>m</CREX_units>
<CREX_scale>-1</CREX_scale>
<CREX_width>5</CREX_width>
</CREX>
</feature>
<feature ID="F0X07Y003">
<annotation>
<documentation>Geopotential</documentation>
</annotation>
<name>BCV_geopotential_1</name>
<F>0</F>
<X>07</X>
<Y>003</Y>
<BUFR>
<BUFR_units>m2 s-2</BUFR_units>
<BUFR_scale>-1</BUFR_scale>
<BUFR_reference>-400</BUFR_reference>
<BUFR_width>17</BUFR_width>
</BUFR>
<CREX>
<CREX_units>m2
s-2</CREX_units>
<CREX_scale>1</CREX_scale>
<CREX_width>6</CREX_width>
</CREX>
</feature>
<feature ID="F0X07Y004">
<annotation>
<documentation>Pressure</documentation>
</annotation>
<name>BCV_pressure</name>
<F>0</F>
<X>07</X>
<Y>004</Y>
<BUFR>
<BUFR_units>Pa</BUFR_units>
<BUFR_scale>-1</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>14</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Pa</CREX_units>
<CREX_scale>-1</CREX_scale>
<CREX_width>5</CREX_width>
</CREX>
</feature>
<feature ID="F0X07Y005">
<annotation>
<documentation>Height increment</documentation>
</annotation>
<name>BCV_heightIncremt</name>
<F>0</F>
<X>07</X>
<Y>005</Y>
<BUFR>
<BUFR_units>m</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>-400</BUFR_reference>
<BUFR_width>12</BUFR_width>
</BUFR>
<CREX>
<CREX_units>m</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>4</CREX_width>
</CREX>
</feature>
<feature ID="F0X07Y006">
<annotation>
<documentation>Height above station</documentation>
</annotation>
<name>BCV_heightAboveStation</name>
<F>0</F>
<X>07</X>
<Y>006</Y>
<BUFR>
<BUFR_units>m</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>15</BUFR_width>
</BUFR>
<CREX>
<CREX_units>m</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>5</CREX_width>
</CREX>
</feature>
<feature ID="F0X07Y007">
<annotation>
<documentation>Height</documentation>
</annotation>
<name>BCV_height_2</name>
<F>0</F>
<X>07</X>
<Y>007</Y>
<BUFR>
<BUFR_units>m</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>-1000</BUFR_reference>
<BUFR_width>17</BUFR_width>
</BUFR>
<CREX>
<CREX_units>m</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>6</CREX_width>
</CREX>
</feature>
<feature ID="F0X07Y008">
<annotation>
<documentation>Geopotential</documentation>
</annotation>
<name>BCV_geopotential_2</name>
<F>0</F>
<X>07</X>
<Y>008</Y>
<BUFR>
<BUFR_units>m2 s-2</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>-10000</BUFR_reference>
<BUFR_width>20</BUFR_width>
</BUFR>
<CREX>
<CREX_units>m2
s-2</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>7</CREX_width>
</CREX>
</feature>
<feature ID="F0X07Y009">
<annotation>
<documentation>Geopotential height</documentation>
</annotation>
<name>BCV_geopotentialHeight</name>
<F>0</F>
<X>07</X>
<Y>009</Y>
<BUFR>
<BUFR_units>gpm</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>-1000</BUFR_reference>
<BUFR_width>17</BUFR_width>
</BUFR>
<CREX>
<CREX_units>gpm</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>5</CREX_width>
</CREX>
</feature>
<feature ID="F0X07Y010">
<annotation>
<documentation>Flight
level</documentation>
</annotation>
<name>BCV_flightLevel</name>
<F>0</F>
<X>07</X>
<Y>010</Y>
<BUFR>
<BUFR_units>m</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>-1024</BUFR_reference>
<BUFR_width>16</BUFR_width>
</BUFR>
<CREX>
<CREX_units>ft</CREX_units>
<CREX_scale>-1</CREX_scale>
<CREX_width>5</CREX_width>
</CREX>
</feature>
<feature ID="F0X07Y021">
<annotation>
<documentation>Elevation <p>
<a href="#B_class_07_2">Note 2</a>
</p>
</documentation>
</annotation>
<name>BCV_elevation</name>
<F>0</F>
<X>07</X>
<Y>021</Y>
<BUFR>
<BUFR_units>Degree</BUFR_units>
<BUFR_scale>2</BUFR_scale>
<BUFR_reference>-9000</BUFR_reference>
<BUFR_width>15</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Degree</CREX_units>
<CREX_scale>2</CREX_scale>
<CREX_width>5</CREX_width>
</CREX>
</feature>
<feature ID="F0X07Y022">
<annotation>
<documentation>Solar elevation</documentation>
</annotation>
<name>BCV_solarElevation</name>
<F>0</F>
<X>07</X>
<Y>022</Y>
<BUFR>
<BUFR_units>Degree</BUFR_units>
<BUFR_scale>2</BUFR_scale>
<BUFR_reference>-9000</BUFR_reference>
<BUFR_width>15</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Degree</CREX_units>
<CREX_scale>2</CREX_scale>
<CREX_width>5</CREX_width>
</CREX>
</feature>
<feature ID="F0X07Y024">
<annotation>
<documentation>Satellite zenith angle</documentation>
</annotation>
<name>BCV_SatZenith_1</name>
<F>0</F>
<X>07</X>
<Y>024</Y>
<BUFR>
<BUFR_units>Degree</BUFR_units>
<BUFR_scale>2</BUFR_scale>
<BUFR_reference>-9000</BUFR_reference>
<BUFR_width>15</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Degree</CREX_units>
<CREX_scale>2</CREX_scale>
<CREX_width>5</CREX_width>
</CREX>
</feature>
<feature ID="F0X07Y025">
<annotation>
<documentation>Solar zenith angle</documentation>
</annotation>
<name>BCV_solarZenith</name>
<F>0</F>
<X>07</X>
<Y>025</Y>
<BUFR>
<BUFR_units>Degree</BUFR_units>
<BUFR_scale>2</BUFR_scale>
<BUFR_reference>-9000</BUFR_reference>
<BUFR_width>15</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Degree</CREX_units>
<CREX_scale>2</CREX_scale>
<CREX_width>5</CREX_width>
</CREX>
</feature>
<feature ID="F0X07Y026">
<annotation>
<documentation>Satellite
zenith angle</documentation>
</annotation>
<name>BCV_SatZenith_2</name>
<F>0</F>
<X>07</X>
<Y>026</Y>
<BUFR>
<BUFR_units>Degree</BUFR_units>
<BUFR_scale>4</BUFR_scale>
<BUFR_reference>-900000</BUFR_reference>
<BUFR_width>21</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Degree</CREX_units>
<CREX_scale>4</CREX_scale>
<CREX_width>7</CREX_width>
</CREX>
</feature>
<feature ID="F0X07Y030">
<annotation>
<documentation>Height
of station ground above mean sea level <p>
<a href="#B_class_07_1">Note 1</a>
</p>
<p>
<a href="#B_class_07_3">Note 3</a>
</p>
</documentation>
</annotation>
<name>BCV_stationHeight-MSL</name>
<F>0</F>
<X>07</X>
<Y>030</Y>
<BUFR>
<BUFR_units>m</BUFR_units>
<BUFR_scale>1</BUFR_scale>
<BUFR_reference>- 4000</BUFR_reference>
<BUFR_width>17</BUFR_width>
</BUFR>
<CREX>
<CREX_units>m</CREX_units>
<CREX_scale>1</CREX_scale>
<CREX_width>5</CREX_width>
</CREX>
</feature>
<feature ID="F0X07Y031">
<annotation>
<documentation>Height of barometer above mean sea level <p>
<a href="#B_class_07_1">Note 1</a>
</p>
<p>
<a href="#B_class_07_4">Note 4</a>
</p>
</documentation>
</annotation>
<name>BCV_barometerHeight-MSL</name>
<F>0</F>
<X>07</X>
<Y>031</Y>
<BUFR>
<BUFR_units>m</BUFR_units>
<BUFR_scale>1</BUFR_scale>
<BUFR_reference>- 4000</BUFR_reference>
<BUFR_width>17</BUFR_width>
</BUFR>
<CREX>
<CREX_units>m</CREX_units>
<CREX_scale>1</CREX_scale>
<CREX_width>5</CREX_width>
</CREX>
</feature>
<feature ID="F0X07Y032">
<annotation>
<documentation>Height of sensor above local ground (or deck of marine platform)<p>
<a href="#B_class_07_5">Note 5</a>
</p>
</documentation>
</annotation>
<name>BCV_heightSensor-Platform</name>
<F>0</F>
<X>07</X>
<Y>032</Y>
<BUFR>
<BUFR_units>m</BUFR_units>
<BUFR_scale>2</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>16</BUFR_width>
</BUFR>
<CREX>
<CREX_units>m</CREX_units>
<CREX_scale>2</CREX_scale>
<CREX_width>5</CREX_width>
</CREX>
</feature>
<feature ID="F0X07Y033">
<annotation>
<documentation>Height of sensor above water surface<p>
<a href="#B_class_07_6">Note 6</a>
</p>
</documentation>
</annotation>
<name>BCV_heightSensor-Water</name>
<F>0</F>
<X>07</X>
<Y>033</Y>
<BUFR>
<BUFR_units>m</BUFR_units>
<BUFR_scale>1</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>12</BUFR_width>
</BUFR>
<CREX>
<CREX_units>m</CREX_units>
<CREX_scale>1</CREX_scale>
<CREX_width>4</CREX_width>
</CREX>
</feature>
<feature ID="F0X07Y040">
<annotation>
<documentation>Impact parameter<p>
<a href="#B_class_07_8">Note 8</a>
</p>
</documentation>
</annotation>
<name>BCV_impactParameter</name>
<F>0</F>
<X>07</X>
<Y>040</Y>
<BUFR>
<BUFR_units>m</BUFR_units>
<BUFR_scale>1</BUFR_scale>
<BUFR_reference>62000000</BUFR_reference>
<BUFR_width>22</BUFR_width>
</BUFR>
<CREX>
<CREX_units>m</CREX_units>
<CREX_scale>1</CREX_scale>
<CREX_width>8</CREX_width>
</CREX>
</feature>
<feature ID="F0X07Y061">
<annotation>
<documentation>Depth below land surface</documentation>
</annotation>
<name>BCV_depthLand</name>
<F>0</F>
<X>07</X>
<Y>061</Y>
<BUFR>
<BUFR_units>m</BUFR_units>
<BUFR_scale>2</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>14</BUFR_width>
</BUFR>
<CREX>
<CREX_units>m</CREX_units>
<CREX_scale>2</CREX_scale>
<CREX_width>5</CREX_width>
</CREX>
</feature>
<feature ID="F0X07Y062">
<annotation>
<documentation>Depth below sea/water surface</documentation>
</annotation>
<name>BCV_depthSea</name>
<F>0</F>
<X>07</X>
<Y>062</Y>
<BUFR>
<BUFR_units>m</BUFR_units>
<BUFR_scale>1</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>17</BUFR_width>
</BUFR>
<CREX>
<CREX_units>m</CREX_units>
<CREX_scale>1</CREX_scale>
<CREX_width>6</CREX_width>
</CREX>
</feature>
<feature ID="F0X07Y063">
<annotation>
<documentation>Depth below sea/water surface (cm)</documentation>
</annotation>
<name>BCV_depthSeaCm</name>
<F>0</F>
<X>07</X>
<Y>063</Y>
<BUFR>
<BUFR_units>m</BUFR_units>
<BUFR_scale>2</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>20</BUFR_width>
</BUFR>
<CREX>
<CREX_units>m</CREX_units>
<CREX_scale>2</CREX_scale>
<CREX_width>7</CREX_width>
</CREX>
</feature>
<feature ID="F0X07Y064">
<annotation>
<documentation>Representative height of sensor above station <p>
<a href="#B_class_07_7">Note 7</a>
</p>
</documentation>
</annotation>
<name>BCV_effectiveSensorHeight</name>
<F>0</F>
<X>07</X>
<Y>064</Y>
<BUFR>
<BUFR_units>m</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>4</BUFR_width>
</BUFR>
<CREX>
<CREX_units>m</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>2</CREX_width>
</CREX>
</feature>
<feature ID="F0X07Y065">
<annotation>
<documentation>Water
pressure</documentation>
</annotation>
<name>BCV_waterPressure</name>
<F>0</F>
<X>07</X>
<Y>065</Y>
<BUFR>
<BUFR_units>Pa</BUFR_units>
<BUFR_scale>-3</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>17</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Pa</CREX_units>
<CREX_scale>-3</CREX_scale>
<CREX_width>6</CREX_width>
</CREX>
</feature>
<feature ID="F0X07Y070">
<annotation>
<documentation>Drogue depth</documentation>
</annotation>
<name>BCV_drogueDepth</name>
<F>0</F>
<X>07</X>
<Y>070</Y>
<BUFR>
<BUFR_units>m</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>10</BUFR_width>
</BUFR>
<CREX>
<CREX_units>m</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>4</CREX_width>
</CREX>
</feature>
<note ID="B_class_07_1">
<note>
<p>(1) Regarding
data from ground based stations, this descriptor should be used for archived
data only.
Descriptors
0 07 030 and 0 07 031 should be used and preferred to represent ground
elevation and elevation of barometer, respectively, as defined in Observing
Stations, WMO Publication No. 9, Volume A1. Regarding marine
stations, this descriptor refers to the height above
mean sea level of the deck of marine platform where the instruments stand.</p>
</note>
</note>
<note ID="B_class_07_2">
<note>
<p>(2) Elevation shall only be used with respect to
a stated location and a bearing, azimuth or distance; it shall not redefine
that location.</p>
</note>
</note>
<note ID="B_class_07_3">
<note>
<p>(3) Height of station ground above
mean sea level is defined as the height above mean sea-level of the ground on
which the raingauge stands or, if there is no raingauge, the ground beneath the
thermometer screen. If there is neither raingauge nor screen, it is the
average level of terrain in the vicinity of the station (Reference: Guide to
Meteorological Instruments and Methods of Observation, WMO-No. 8. 1996).</p>
</note>
</note>
<note ID="B_class_07_4">
<note>
<p>(4) Height of barometer above mean
sea level, referring to the location of barometer of a station, does not
redefine the descriptor 0 07 030.</p>
</note>
</note>
<note ID="B_class_07_5">
<note>
<p>(5) Height of sensor
above local ground (or deck of marine platform) is the actual height of sensor
above ground (or deck of marine platform) at the point where the sensor is
located. This descriptor does not redefine the descriptor either 0 07 030 or 0
07 033.
Previously defined value of 0 07 032 may be cancelled
by setting 0 07 032 to a "missing value". </p>
</note>
</note>
<note ID="B_class_07_6">
<note>
<p>(6) Height of
sensor above water surface is the height of sensor above water surface of sea
or lake. This descriptor does not redefine the descriptor either 0 07 030 or 0
07 032. Previously defined value of 0 07 033 may be
cancelled by setting 0 07 033 to a "missing value".</p>
</note>
</note>
<note ID="B_class_07_7">
<note>
<p>(7)
Representative height of sensor above station is the
standard height of a sensor required by WMO documentation. Value of the
following meteorological element should be adjusted using a formula. For
example, standard height recommended in WMO documentation for surface wind
sensors is 10 metres. If the sensor is placed at different height, the wind
speed may be adjusted using a formula.</p>
</note>
</note>
<note ID="B_class_07_8">
<note>
<p>(8)
For an atmospheric limb sounder, the "impact parameter" is
the distance between the ray asymptote and the centre of curvature of the
EarthÂ’s surface at the tangent point.</p>
</note>
</note>
</featureCatalogue>
<featureCatalogue ID="F0X08">
<catalogueName prefix=" BCS_">Class 08 - Significance qualifiers </catalogueName>
<annotation>
<documentation>
<p>See reference in </p>
<p>
<a href="#B_class_08_1">Note 1</a>
</p>
<p>
<a href="#B_class_08_2">Note 2</a>
</p>
</documentation>
</annotation>
<feature ID="F0X08Y001">
<annotation>
<documentation>Vertical sounding significance</documentation>
</annotation>
<name>BCS_soundingVerticalSig</name>
<F>0</F>
<X>08</X>
<Y>001</Y>
<BUFR>
<BUFR_units>Flag table</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>7</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Flag
table</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>3</CREX_width>
</CREX>
</feature>
<feature ID="F0X08Y002">
<annotation>
<documentation>Vertical significance
(surface observations)</documentation>
</annotation>
<name>BCS_surfaceVerticalSig</name>
<F>0</F>
<X>08</X>
<Y>002</Y>
<BUFR>
<BUFR_units>Code table</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>6</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Code
table</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>2</CREX_width>
</CREX>
</feature>
<feature ID="F0X08Y003">
<annotation>
<documentation>Vertical significance
(satellite observations)</documentation>
</annotation>
<name>BCS_SatVerticalSig</name>
<F>0</F>
<X>08</X>
<Y>003</Y>
<BUFR>
<BUFR_units>Code table</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>6</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Code
table</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>2</CREX_width>
</CREX>
</feature>
<feature ID="F0X08Y004">
<annotation>
<documentation>Phase of aircraft flight</documentation>
</annotation>
<name>BCS_flightPhase</name>
<F>0</F>
<X>08</X>
<Y>004</Y>
<BUFR>
<BUFR_units>Code table</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>3</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Code
table </CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>1</CREX_width>
</CREX>
</feature>
<feature ID="F0X08Y005">
<annotation>
<documentation>Meteorological
attribute significance</documentation>
</annotation>
<name>BCS_MetAttributeSig</name>
<F>0</F>
<X>08</X>
<Y>005</Y>
<BUFR>
<BUFR_units>Code table</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>4</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Code
table </CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>2</CREX_width>
</CREX>
</feature>
<feature ID="F0X08Y006">
<annotation>
<documentation>Ozone vertical sounding significance</documentation>
</annotation>
<name>BCS_ozoneVerticalSig</name>
<F>0</F>
<X>08</X>
<Y>006</Y>
<BUFR>
<BUFR_units>Flag table</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>9</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Flag
table </CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>3</CREX_width>
</CREX>
</feature>
<feature ID="F0X08Y007">
<annotation>
<documentation>Dimensional
significance</documentation>
</annotation>
<name>BCS_dimensionalSig</name>
<F>0</F>
<X>08</X>
<Y>007</Y>
<BUFR>
<BUFR_units>Code table</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>4</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Code
table</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>2</CREX_width>
</CREX>
</feature>
<feature ID="F0X08Y008">
<annotation>
<documentation>Radiation vertical sounding significance</documentation>
</annotation>
<name>BCS_radiationVerticalSig</name>
<F>0</F>
<X>08</X>
<Y>008</Y>
<BUFR>
<BUFR_units>Flag table</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>9</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Flag table </CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>3</CREX_width>
</CREX>
</feature>
<feature ID="F0X08Y009">
<annotation>
<documentation>Detailed
phase of flight</documentation>
</annotation>
<name>BCS_flightPhaseDetail</name>
<F>0</F>
<X>08</X>
<Y>009</Y>
<BUFR>
<BUFR_units>Code Table</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>4</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Code table</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>2</CREX_width>
</CREX>
</feature>
<feature ID="F0X08Y010">
<annotation>
<documentation>Surface
qualifier (temperature data)</documentation>
</annotation>
<name>BCS_surfaceTempSig</name>
<F>0</F>
<X>08</X>
<Y>010</Y>
<BUFR>
<BUFR_units>Code table</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>5</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Code table</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>2</CREX_width>
</CREX>
</feature>
<feature ID="F0X08Y011">
<annotation>
<documentation>Meteorological feature</documentation>
</annotation>
<name>BCS_MetFeature</name>
<F>0</F>
<X>08</X>
<Y>011</Y>
<BUFR>
<BUFR_units>Code table</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>6</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Code
table </CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>2</CREX_width>
</CREX>
</feature>
<feature ID="F0X08Y012">
<annotation>
<documentation>Land/sea qualifier</documentation>
</annotation>
<name>BCS_landSea</name>
<F>0</F>
<X>08</X>
<Y>012</Y>
<BUFR>
<BUFR_units>Code table</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>2</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Code
table </CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>1</CREX_width>
</CREX>
</feature>
<feature ID="F0X08Y013">
<annotation>
<documentation>Day/night qualifier</documentation>
</annotation>
<name>BCS_dayNight</name>
<F>0</F>
<X>08</X>
<Y>013</Y>
<BUFR>
<BUFR_units>Code table</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>2</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Code
table</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>1</CREX_width>
</CREX>
</feature>
<feature ID="F0X08Y014">
<annotation>
<documentation>Qualifier for runway visual range</documentation>
</annotation>
<name>BCS_runwayVisualRange</name>
<F>0</F>
<X>08</X>
<Y>014</Y>
<BUFR>
<BUFR_units>Code table</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>4</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Code
table</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>2</CREX_width>
</CREX>
</feature>
<feature ID="F0X08Y016">
<annotation>
<documentation>Change qualifier of a trend-type forecast or
an aerodrome forecast</documentation>
</annotation>
<name>BCS_TRENDchange</name>
<F>0</F>
<X>08</X>
<Y>016</Y>
<BUFR>
<BUFR_units>Code table</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>3</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Code
table</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>1</CREX_width>
</CREX>
</feature>
<feature ID="F0X08Y017">
<annotation>
<documentation>Qualifier of the time when the forecast change
is expected</documentation>
</annotation>
<name>BCS_nextForecast</name>
<F>0</F>
<X>08</X>
<Y>017</Y>
<BUFR>
<BUFR_units>Code table</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>2</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Code
table</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>1</CREX_width>
</CREX>
</feature>
<feature ID="F0X08Y018">
<annotation>
<documentation>SEAWINDS land/ice surface type</documentation>
</annotation>
<name>BCS_SEAWINDlandIce</name>
<F>0</F>
<X>08</X>
<Y>018</Y>
<BUFR>
<BUFR_units>Flag table</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>17</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Flag table</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>6</CREX_width>
</CREX>
</feature>
<feature ID="F0X08Y019">
<annotation>
<documentation>Qualifier for following Centre
identifier</documentation>
</annotation>
<name>BCS_followingCentreIDQ</name>
<F>0</F>
<X>08</X>
<Y>019</Y>
<BUFR>
<BUFR_units>Code
table</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>4</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Code
table</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>2</CREX_width>
</CREX>
</feature>
<feature ID="F0X08Y020">
<annotation>
<documentation>Total number of missing entities (with respect
to accumulation or average)<p>
<a href="#B_class_08_1">Note 1</a>
</p>
</documentation>
</annotation>
<name>BCS_numberMissing</name>
<F>0</F>
<X>08</X>
<Y>020</Y>
<BUFR>
<BUFR_units>Numeric</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>16</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Numeric</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>5</CREX_width>
</CREX>
</feature>
<feature ID="F0X08Y021">
<annotation>
<documentation>Time significance<p>
<a href="#B_class_08_1">Note 1</a>
</p>
</documentation>
</annotation>
<name>BCS_timeSig</name>
<F>0</F>
<X>08</X>
<Y>021</Y>
<BUFR>
<BUFR_units>Code table</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>5</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Code
table </CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>2</CREX_width>
</CREX>
</feature>
<feature ID="F0X08Y022">
<annotation>
<documentation>Total number (with respect to accumulation or
average)</documentation>
</annotation>
<name>BCS_totalNumber</name>
<F>0</F>
<X>08</X>
<Y>022</Y>
<BUFR>
<BUFR_units>Numeric</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>16</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Numeric</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>5</CREX_width>
</CREX>
</feature>
<feature ID="F0X08Y023">
<annotation>
<documentation>First order statistics<p>
<a href="#B_class_08_3">Note 3</a>
</p>
</documentation>
</annotation>
<name>BCS_firstOrderStatistic</name>
<F>0</F>
<X>08</X>
<Y>023</Y>
<BUFR>
<BUFR_units>Code table</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>6</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Code
table</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>2</CREX_width>
</CREX>
</feature>
<feature ID="F0X08Y024">
<annotation>
<documentation>Difference statistics<p>
<a href="#B_class_08_4">Note 4</a>
</p>
</documentation>
</annotation>
<name>BCS_differenceStatistic</name>
<F>0</F>
<X>08</X>
<Y>024</Y>
<BUFR>
<BUFR_units>Code table</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>6</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Code
table </CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>2</CREX_width>
</CREX>
</feature>
<feature ID="F0X08Y025">
<annotation>
<documentation>Time difference
qualifier<p>
<a href="#B_class_08_5">Note 5</a>
</p>
</documentation>
</annotation>
<name>BCS_timeDifferenceSig</name>
<F>0</F>
<X>08</X>
<Y>025</Y>
<BUFR>
<BUFR_units>Code table</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>4</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Code
table</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>2</CREX_width>
</CREX>
</feature>
<feature ID="F0X08Y029">
<annotation>
<documentation>Remotely
sensed surface type</documentation>
</annotation>
<name>BCS_surfaceTypeSig</name>
<F>0</F>
<X>08</X>
<Y>029</Y>
<BUFR>
<BUFR_units>Code table</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>
</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Code
table</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>3</CREX_width>
</CREX>
</feature>
<feature ID="F0X08Y030">
<annotation>
<documentation>Manual on Codes (Volume
I.1, Section C) Code table from which data are derived</documentation>
</annotation>
<name>BCS_sectionC_CodeTable</name>
<F>0</F>
<X>08</X>
<Y>030</Y>
<BUFR>
<BUFR_units>Numeric</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>13</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Numeric</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>4</CREX_width>
</CREX>
</feature>
<feature ID="F0X08Y031">
<annotation>
<documentation>Data category CREX table A</documentation>
</annotation>
<name>BCS_CREX_TableA</name>
<F>0</F>
<X>08</X>
<Y>031</Y>
<BUFR>
<BUFR_units>Numeric</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>8</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Numeric</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>3</CREX_width>
</CREX>
</feature>
<feature ID="F0X08Y033">
<annotation>
<documentation>Method of derivation of percentage confidence<p>
<a href="#B_class_08_6">Note 6</a>
</p>
</documentation>
</annotation>
<name>BCS_percentConfMethod</name>
<F>0</F>
<X>08</X>
<Y>033</Y>
<BUFR>
<BUFR_units>Code table</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>7</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Code
table</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>3</CREX_width>
</CREX>
</feature>
<feature ID="F0X08Y035">
<annotation>
<documentation>Type of monitoring exercise</documentation>
</annotation>
<name>BCS_monitoringExercise</name>
<F>0</F>
<X>08</X>
<Y>035</Y>
<BUFR>
<BUFR_units>Code table</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>3</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Code
table</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>1</CREX_width>
</CREX>
</feature>
<feature ID="F0X08Y036">
<annotation>
<documentation>Type of centre or station performing
monitoring</documentation>
</annotation>
<name>BCS_monitoringCentreType</name>
<F>0</F>
<X>08</X>
<Y>036</Y>
<BUFR>
<BUFR_units>Code table</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>3</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Code
table</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>1</CREX_width>
</CREX>
</feature>
<feature ID="F0X08Y040">
<annotation>
<documentation>Flight Level significance</documentation>
</annotation>
<name>BCS_flightLevelSig</name>
<F>0</F>
<X>08</X>
<Y>040</Y>
<BUFR>
<BUFR_units>Code table</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>6</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Code
table</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>2</CREX_width>
</CREX>
</feature>
<feature ID="F0X08Y041">
<annotation>
<documentation>Data significance</documentation>
</annotation>
<name>BCS_dataSig</name>
<F>0</F>
<X>08</X>
<Y>041</Y>
<BUFR>
<BUFR_units>Code table</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>5</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Code
table</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>2</CREX_width>
</CREX>
</feature>
<feature ID="F0X08Y042">
<annotation>
<documentation>Extended vertical sounding significance</documentation>
</annotation>
<name>BCS_extendedSoundingSig</name>
<F>0</F>
<X>08</X>
<Y>042</Y>
<BUFR>
<BUFR_units>Flag table</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>18</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Flag
table</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>6</CREX_width>
</CREX>
</feature>
<feature ID="F0X08Y049">
<annotation>
<documentation>Number of observations</documentation>
</annotation>
<name>BCS_numberObs</name>
<F>0</F>
<X>08</X>
<Y>049</Y>
<BUFR>
<BUFR_units>Numeric</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>8</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Numeric</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>3</CREX_width>
</CREX>
</feature>
<feature ID="F0X08Y050">
<annotation>
<documentation>Qualifier for number of missing values in
calculation of statistic</documentation>
</annotation>
<name>BCS_missingQualifier1</name>
<F>0</F>
<X>08</X>
<Y>050</Y>
<BUFR>
<BUFR_units>Code table</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>4</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Code
table</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>2</CREX_width>
</CREX>
</feature>
<feature ID="F0X08Y051">
<annotation>
<documentation>Qualifier for number of missing values in
calculation of statistic</documentation>
</annotation>
<name>BCS_missingQualifier2</name>
<F>0</F>
<X>08</X>
<Y>051</Y>
<BUFR>
<BUFR_units>Code table</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>3</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Code
table </CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>1</CREX_width>
</CREX>
</feature>
<feature ID="F0X08Y052">
<annotation>
<documentation>Condition for which number of days of
occurrence follows</documentation>
</annotation>
<name>BCS_numberDaysEvent</name>
<F>0</F>
<X>08</X>
<Y>052</Y>
<BUFR>
<BUFR_units>Code table</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>5</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Code
table </CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>2</CREX_width>
</CREX>
</feature>
<feature ID="F0X08Y053">
<annotation>
<documentation>Day of occurrence qualifier</documentation>
</annotation>
<name>BCS_dayEventQualifier</name>
<F>0</F>
<X>08</X>
<Y>053</Y>
<BUFR>
<BUFR_units>Code table</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>2</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Code
table</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>1</CREX_width>
</CREX>
</feature>
<feature ID="F0X08Y060">
<annotation>
<documentation>Sample scanning mode
significance</documentation>
</annotation>
<name>BCS_scanningModeSig</name>
<F>0</F>
<X>08</X>
<Y>060</Y>
<BUFR>
<BUFR_units>Code table</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>4</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Code
table</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>2</CREX_width>
</CREX>
</feature>
<feature ID="F0X08Y065">
<annotation>
<documentation>Sun-glint indicator</documentation>
</annotation>
<name>BCS_sunGlint</name>
<F>0</F>
<X>08</X>
<Y>065</Y>
<BUFR>
<BUFR_units>Code table</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>2</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Code
table</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>1</CREX_width>
</CREX>
</feature>
<feature ID="F0X08Y066">
<annotation>
<documentation>Semi-transparency
indicator</documentation>
</annotation>
<name>BCS_semiTransparent</name>
<F>0</F>
<X>08</X>
<Y>066</Y>
<BUFR>
<BUFR_units>Code table</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>2</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Code
table</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>1</CREX_width>
</CREX>
</feature>
<feature ID="F0X08Y070">
<annotation>
<documentation>TOVS/ATOVS product
qualifier</documentation>
</annotation>
<name>BCS_ATOVSqualifier</name>
<F>0</F>
<X>08</X>
<Y>070</Y>
<BUFR>
<BUFR_units>Code table</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>4</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Code
table</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>2</CREX_width>
</CREX>
</feature>
<feature ID="F0X08Y072">
<annotation>
<documentation>Pixel(s) type</documentation>
</annotation>
<name>BCS_pixelType</name>
<F>0</F>
<X>08</X>
<Y>072</Y>
<BUFR>
<BUFR_units>Code table</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>3</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Code
table</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>1</CREX_width>
</CREX>
</feature>
<feature ID="F0X08Y074">
<annotation>
<documentation>Altimeter echo type</documentation>
</annotation>
<name>BCS_echoType</name>
<F>0</F>
<X>08</X>
<Y>074</Y>
<BUFR>
<BUFR_units>Code table</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>2</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Code
table</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>1</CREX_width>
</CREX>
</feature>
<feature ID="F0X08Y075">
<annotation>
<documentation>Ascending/Descending
Orbit Qualifier</documentation>
</annotation>
<name>BCS_ascendDescendOrbit</name>
<F>0</F>
<X>08</X>
<Y>075</Y>
<BUFR>
<BUFR_units>Code table</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>2</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Code table</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>1</CREX_width>
</CREX>
</feature>
<feature ID="F0X08Y076">
<annotation>
<documentation>Type of band</documentation>
</annotation>
<name>BCS_bandType</name>
<F>0</F>
<X>08</X>
<Y>076</Y>
<BUFR>
<BUFR_units>Code table</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>6</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Code
table</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>2</CREX_width>
</CREX>
</feature>
<feature ID="F0X08Y079">
<annotation>
<documentation>Product status </documentation>
</annotation>
<name>BCS_productStatus</name>
<F>0</F>
<X>08</X>
<Y>079</Y>
<BUFR>
<BUFR_units>Code
table</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>4</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Code
table</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>2</CREX_width>
</CREX>
</feature>
<feature ID="F0X08Y080">
<annotation>
<documentation>Qualifier for GTSPP quality flag</documentation>
</annotation>
<name>BCS_</name>
<F>0</F>
<X>08</X>
<Y>080</Y>
<BUFR>
<BUFR_units>Code table</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>
</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Code
table</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>2</CREX_width>
</CREX>
</feature>
<feature ID="F0X08Y081">
<annotation>
<documentation>Type of equipment</documentation>
</annotation>
<name>BCS_GTSPP_Q_flag</name>
<F>0</F>
<X>08</X>
<Y>081</Y>
<BUFR>
<BUFR_units>Code table</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>6</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Code
table</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>2</CREX_width>
</CREX>
</feature>
<feature ID="F0X08Y082">
<annotation>
<documentation>Artificial correction of sensor height to
another value</documentation>
</annotation>
<name>BCS_sensorHeightCorrectn</name>
<F>0</F>
<X>08</X>
<Y>082</Y>
<BUFR>
<BUFR_units>Code table</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>3</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Code
table</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>1</CREX_width>
</CREX>
</feature>
<feature ID="F0X08Y083">
<annotation>
<documentation>Nominal value indicator</documentation>
</annotation>
<name>BCS_nominalValueFlag</name>
<F>0</F>
<X>08</X>
<Y>083</Y>
<BUFR>
<BUFR_units>Flag
table</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>15</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Flag
table</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>5</CREX_width>
</CREX>
</feature>
<feature ID="F0X08Y085">
<annotation>
<documentation>Beam
identifier</documentation>
</annotation>
<name>BCS_beamID</name>
<F>0</F>
<X>08</X>
<Y>085</Y>
<BUFR>
<BUFR_units>Code
table</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>3</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Code
table</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>1</CREX_width>
</CREX>
</feature>
<note ID="B_class_08_1">
<note>
<p>(1) Where values are
accumulated or averaged (for example over a time period), the total number of
values from which the accumulated or averaged values are obtained may be
represented using reference 0 08 022.</p>
</note>
</note>
<note ID="B_class_08_2">
<note>
<p>(2) A
previously defined significance may be cancelled by transmitting a "missing"
from the appropriate code or flag table.</p>
</note>
</note>
<note ID="B_class_08_3">
<note>
<p>(3) First
order statistics have values with a similar range and the same dimensions as
the corresponding reported values (e.g., maxima, minima, means, etc.).</p>
</note>
</note>
<note ID="B_class_08_4">
<note>
<p>(4) Difference
statistics are difference values; they have dimensions similar to the
corresponding reported values with respect to units, but assume a range centred
on zero (e.g., the difference between reported and analysed values, the
difference between reported and forecast values, etc.).</p>
</note>
</note>
<note ID="B_class_08_5">
<note>
<p>(5) Descriptor
0 08 025 is to be used with 0 26 003 (time difference).</p>
</note>
</note>
<note ID="B_class_08_6">
<note>
<p>(6) Descriptor
0 08 033 is to be used by preceding the element 0 33 007 as part of quality
control information in order to specify the method used to calculate the
percentage confidence.</p>
</note>
</note>
<note ID="B_class_08_7">
<note>
<p>(7) When descriptor 008043 is
used to specify particulate matter under a given size threshold, descriptor
008045 may also be used to further specify a subset of the PM
population on the basis of ion composition. (Missing reference)</p>
</note>
</note>
<note ID="B_class_08_8">
<note>
<p>(8) Descriptor 0 08 090 is to be used to
establish the decimal scale of one or more subsequent numerical element
descriptors requiring a large dynamic range of values. The numerical element
descriptor(s) will contain the scaled value of the measurement(s) with the
required number of significant digits. The actual value will be obtained, at
the application level, by multiplying the scaled value by the given decimal
scale : (scaled value * 10<sup>decimal scale</sup>). (Missing Reference)</p>
</note>
</note>
</featureCatalogue>
<featureCatalogue ID="F0X10">
<catalogueName prefix=" BVP_">Class 10 - Non-coordinate location (vertical)
</catalogueName>
<annotation>
<documentation>
<p>See reference in </p>
<p>
<a href="#B_class_10_1">Note 1</a>
</p>
</documentation>
</annotation>
<feature ID="F0X10Y001">
<annotation>
<documentation>Height of land surface</documentation>
</annotation>
<name>BVP_landHeight</name>
<F>0</F>
<X>10</X>
<Y>001</Y>
<BUFR>
<BUFR_units>M</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>-400</BUFR_reference>
<BUFR_width>15</BUFR_width>
</BUFR>
<CREX>
<CREX_units>m</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>5</CREX_width>
</CREX>
</feature>
<feature ID="F0X10Y002">
<annotation>
<documentation>Height</documentation>
</annotation>
<name>BVP_height_1</name>
<F>0</F>
<X>10</X>
<Y>002</Y>
<BUFR>
<BUFR_units>M</BUFR_units>
<BUFR_scale>-1</BUFR_scale>
<BUFR_reference>-40</BUFR_reference>
<BUFR_width>16</BUFR_width>
</BUFR>
<CREX>
<CREX_units>m</CREX_units>
<CREX_scale>-1</CREX_scale>
<CREX_width>5</CREX_width>
</CREX>
</feature>
<feature ID="F0X10Y003">
<annotation>
<documentation>Geopotential</documentation>
</annotation>
<name>BVP_geopotential_1</name>
<F>0</F>
<X>10</X>
<Y>003</Y>
<BUFR>
<BUFR_units>m2 s-2</BUFR_units>
<BUFR_scale>-1</BUFR_scale>
<BUFR_reference>-400</BUFR_reference>
<BUFR_width>17</BUFR_width>
</BUFR>
<CREX>
<CREX_units>m2
s-2</CREX_units>
<CREX_scale>-1</CREX_scale>
<CREX_width>6</CREX_width>
</CREX>
</feature>
<feature ID="F0X10Y004">
<annotation>
<documentation>Pressure</documentation>
</annotation>
<name>BVP_pressure</name>
<F>0</F>
<X>10</X>
<Y>004</Y>
<BUFR>
<BUFR_units>Pa</BUFR_units>
<BUFR_scale>-1</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>14</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Pa</CREX_units>
<CREX_scale>1</CREX_scale>
<CREX_width>5</CREX_width>
</CREX>
</feature>
<feature ID="F0X10Y007">
<annotation>
<documentation>Height</documentation>
</annotation>
<name>BVP_height_2</name>
<F>0</F>
<X>10</X>
<Y>007</Y>
<BUFR>
<BUFR_units>m</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>-1000</BUFR_reference>
<BUFR_width>17</BUFR_width>
</BUFR>
<CREX>
<CREX_units>m</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>6</CREX_width>
</CREX>
</feature>
<feature ID="F0X10Y008">
<annotation>
<documentation>Geopotential</documentation>
</annotation>
<name>BVP_geopotential_2</name>
<F>0</F>
<X>10</X>
<Y>008</Y>
<BUFR>
<BUFR_units>m2 s-2</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>-10000</BUFR_reference>
<BUFR_width>20</BUFR_width>
</BUFR>
<CREX>
<CREX_units>m2
s-2</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>7</CREX_width>
</CREX>
</feature>
<feature ID="F0X10Y009">
<annotation>
<documentation>Geopotential height</documentation>
</annotation>
<name>BVP_geopotentialHeight</name>
<F>0</F>
<X>10</X>
<Y>009</Y>
<BUFR>
<BUFR_units>gpm</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>-1000</BUFR_reference>
<BUFR_width>17</BUFR_width>
</BUFR>
<CREX>
<CREX_units>gpm</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>5</CREX_width>
</CREX>
</feature>
<feature ID="F0X10Y010">
<annotation>
<documentation>Minimum pressure reduced to mean sea level</documentation>
</annotation>
<name>BVP_minimumMSLP</name>
<F>0</F>
<X>10</X>
<Y>010</Y>
<BUFR>
<BUFR_units>Pa</BUFR_units>
<BUFR_scale>-1</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>14</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Pa</CREX_units>
<CREX_scale>-1</CREX_scale>
<CREX_width>5</CREX_width>
</CREX>
</feature>
<feature ID="F0X10Y011">
<annotation>
<documentation>Maximum pressure reduced to mean sea level</documentation>
</annotation>
<name>BVP_maximumMSLP</name>
<F>0</F>
<X>10</X>
<Y>011</Y>
<BUFR>
<BUFR_units>Pa</BUFR_units>
<BUFR_scale>-1</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>14</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Pa</CREX_units>
<CREX_scale>-1</CREX_scale>
<CREX_width>5</CREX_width>
</CREX>
</feature>
<feature ID="F0X10Y031">
<annotation>
<documentation>In direction of the North Pole, distance from
the EarthÂ’s centre<p>
<a href="#B_class_10_2">Note 2</a>
</p>
<p>
<a href="#B_class_10_3">Note 3</a>
</p>
</documentation>
</annotation>
<name>BVP_R_SinLat</name>
<F>0</F>
<X>10</X>
<Y>031</Y>
<BUFR>
<BUFR_units>m</BUFR_units>
<BUFR_scale>2</BUFR_scale>
<BUFR_reference>-1073741824</BUFR_reference>
<BUFR_width>31</BUFR_width>
</BUFR>
<CREX>
<CREX_units>m</CREX_units>
<CREX_scale>2</CREX_scale>
<CREX_width>10</CREX_width>
</CREX>
</feature>
<feature ID="F0X10Y032">
<annotation>
<documentation>Satellite distance to EarthÂ’s centre</documentation>
</annotation>
<name>BVP_Sat_R</name>
<F>0</F>
<X>10</X>
<Y>032</Y>
<BUFR>
<BUFR_units>m</BUFR_units>
<BUFR_scale>1</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>27</BUFR_width>
</BUFR>
<CREX>
<CREX_units>m</CREX_units>
<CREX_scale>2</CREX_scale>
<CREX_width>9</CREX_width>
</CREX>
</feature>
<feature ID="F0X10Y033">
<annotation>
<documentation>Altitude (platform to Ellipsoid)</documentation>
</annotation>
<name>BVP_altitudeEllipsoid</name>
<F>0</F>
<X>10</X>
<Y>033</Y>
<BUFR>
<BUFR_units>m</BUFR_units>
<BUFR_scale>1</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>27</BUFR_width>
</BUFR>
<CREX>
<CREX_units>m</CREX_units>
<CREX_scale>2</CREX_scale>
<CREX_width>9</CREX_width>
</CREX>
</feature>
<feature ID="F0X10Y034">
<annotation>
<documentation>Earth radius</documentation>
</annotation>
<name>BVP_earthRadius</name>
<F>0</F>
<X>10</X>
<Y>034</Y>
<BUFR>
<BUFR_units>m</BUFR_units>
<BUFR_scale>1</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>27</BUFR_width>
</BUFR>
<CREX>
<CREX_units>m</CREX_units>
<CREX_scale>2</CREX_scale>
<CREX_width>9</CREX_width>
</CREX>
</feature>
<feature ID="F0X10Y035">
<annotation>
<documentation>EarthÂ’s local radius of curvature </documentation>
</annotation>
<name>BVP_earthLocalRadiusCurve</name>
<F>0</F>
<X>10</X>
<Y>035</Y>
<BUFR>
<BUFR_units>m</BUFR_units>
<BUFR_scale>1</BUFR_scale>
<BUFR_reference>62000000</BUFR_reference>
<BUFR_width>22</BUFR_width>
</BUFR>
<CREX>
<CREX_units>m</CREX_units>
<CREX_scale>1</CREX_scale>
<CREX_width>8</CREX_width>
</CREX>
</feature>
<feature ID="F0X10Y036">
<annotation>
<documentation>Geoid undulation (see Note 4)<p>
<a href="#B_class_10_4">Note 4</a>
</p>
</documentation>
</annotation>
<name>BVP_geoidUndulation</name>
<F>0</F>
<X>10</X>
<Y>036</Y>
<BUFR>
<BUFR_units>m</BUFR_units>
<BUFR_scale>2</BUFR_scale>
<BUFR_reference>-15000</BUFR_reference>
<BUFR_width>15</BUFR_width>
</BUFR>
<CREX>
<CREX_units>m</CREX_units>
<CREX_scale>2</CREX_scale>
<CREX_width>6</CREX_width>
</CREX>
</feature>
<feature ID="F0X10Y040">
<annotation>
<documentation>Number of retrieved layers</documentation>
</annotation>
<name>BVP_numberLayers</name>
<F>0</F>
<X>10</X>
<Y>040</Y>
<BUFR>
<BUFR_units>Numeric</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>10</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Numeric</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>4</CREX_width>
</CREX>
</feature>
<feature ID="F0X10Y050">
<annotation>
<documentation>Standard deviation altitude</documentation>
</annotation>
<name>BVP_standardDevnLat</name>
<F>0</F>
<X>10</X>
<Y>050</Y>
<BUFR>
<BUFR_units>m</BUFR_units>
<BUFR_scale>2</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>16</BUFR_width>
</BUFR>
<CREX>
<CREX_units>m</CREX_units>
<CREX_scale>2</CREX_scale>
<CREX_width>5</CREX_width>
</CREX>
</feature>
<feature ID="F0X10Y051">
<annotation>
<documentation>Pressure reduced to mean sea level</documentation>
</annotation>
<name>BVP_MSLP</name>
<F>0</F>
<X>10</X>
<Y>051</Y>
<BUFR>
<BUFR_units>Pa</BUFR_units>
<BUFR_scale>-1</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>14</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Pa</CREX_units>
<CREX_scale>1</CREX_scale>
<CREX_width>5</CREX_width>
</CREX>
</feature>
<feature ID="F0X10Y052">
<annotation>
<documentation>Altimeter setting (QNH)</documentation>
</annotation>
<name>BVP_altimeterSettingQNH</name>
<F>0</F>
<X>10</X>
<Y>052</Y>
<BUFR>
<BUFR_units>Pa</BUFR_units>
<BUFR_scale>-1</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>14</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Pa</CREX_units>
<CREX_scale>1</CREX_scale>
<CREX_width>5</CREX_width>
</CREX>
</feature>
<feature ID="F0X10Y060">
<annotation>
<documentation>Pressure change</documentation>
</annotation>
<name>BVP_pressureChange</name>
<F>0</F>
<X>10</X>
<Y>060</Y>
<BUFR>
<BUFR_units>Pa</BUFR_units>
<BUFR_scale>-1</BUFR_scale>
<BUFR_reference>-1024</BUFR_reference>
<BUFR_width>11</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Pa</CREX_units>
<CREX_scale>1</CREX_scale>
<CREX_width>4</CREX_width>
</CREX>
</feature>
<feature ID="F0X10Y061">
<annotation>
<documentation>3-hour pressure change</documentation>
</annotation>
<name>BVP_pressureChange3Hr</name>
<F>0</F>
<X>10</X>
<Y>061</Y>
<BUFR>
<BUFR_units>Pa</BUFR_units>
<BUFR_scale>-1</BUFR_scale>
<BUFR_reference>-500</BUFR_reference>
<BUFR_width>10</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Pa</CREX_units>
<CREX_scale>-1</CREX_scale>
<CREX_width>4</CREX_width>
</CREX>
</feature>
<feature ID="F0X10Y062">
<annotation>
<documentation>24-hour pressure change</documentation>
</annotation>
<name>BVP_pressureChange24Hr</name>
<F>0</F>
<X>10</X>
<Y>062</Y>
<BUFR>
<BUFR_units>Pa</BUFR_units>
<BUFR_scale>-1</BUFR_scale>
<BUFR_reference>-1000</BUFR_reference>
<BUFR_width>11</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Pa</CREX_units>
<CREX_scale>-1</CREX_scale>
<CREX_width>4</CREX_width>
</CREX>
</feature>
<feature ID="F0X10Y063">
<annotation>
<documentation>Characteristic of pressure tendency</documentation>
</annotation>
<name>BVP_pressureCharacteristic</name>
<F>0</F>
<X>10</X>
<Y>063</Y>
<BUFR>
<BUFR_units>Code table</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>4</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Code
table</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>2</CREX_width>
</CREX>
</feature>
<feature ID="F0X10Y064">
<annotation>
<documentation>SIGMET cruising level </documentation>
</annotation>
<name>BVP_SIGMETcruisingLevel</name>
<F>0</F>
<X>10</X>
<Y>064</Y>
<BUFR>
<BUFR_units>Code
table</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>3</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Code
table</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>1</CREX_width>
</CREX>
</feature>
<feature ID="F0X10Y070">
<annotation>
<documentation>Indicated aircraft altitude</documentation>
</annotation>
<name>BVP_aircraftAltitide</name>
<F>0</F>
<X>10</X>
<Y>070</Y>
<BUFR>
<BUFR_units>m</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>-400</BUFR_reference>
<BUFR_width>16</BUFR_width>
</BUFR>
<CREX>
<CREX_units>m</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>5</CREX_width>
</CREX>
</feature>
<feature ID="F0X10Y080">
<annotation>
<documentation>Viewing Zenith angle</documentation>
</annotation>
<name>BVP_viewingZenith</name>
<F>0</F>
<X>10</X>
<Y>080</Y>
<BUFR>
<BUFR_units>Degree</BUFR_units>
<BUFR_scale>2</BUFR_scale>
<BUFR_reference>-9000</BUFR_reference>
<BUFR_width>15</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Degree</CREX_units>
<CREX_scale>2</CREX_scale>
<CREX_width>5</CREX_width>
</CREX>
</feature>
<feature ID="F0X10Y081">
<annotation>
<documentation>Altitude of COG above reference Ellipsoid</documentation>
</annotation>
<name>BVP_altitudeRefnceEllipsoid</name>
<F>0</F>
<X>10</X>
<Y>081</Y>
<BUFR>
<BUFR_units>m</BUFR_units>
<BUFR_scale>3</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>31</BUFR_width>
</BUFR>
<CREX>
<CREX_units>m</CREX_units>
<CREX_scale>3</CREX_scale>
<CREX_width>10</CREX_width>
</CREX>
</feature>
<feature ID="F0X10Y082">
<annotation>
<documentation>Instantaneous altitude rate</documentation>
</annotation>
<name>BVP_instantAltitideRate</name>
<F>0</F>
<X>10</X>
<Y>082</Y>
<BUFR>
<BUFR_units>ms-1</BUFR_units>
<BUFR_scale>3</BUFR_scale>
<BUFR_reference>-65536</BUFR_reference>
<BUFR_width>17</BUFR_width>
</BUFR>
<CREX>
<CREX_units>ms-1</CREX_units>
<CREX_scale>3</CREX_scale>
<CREX_width>6</CREX_width>
</CREX>
</feature>
<feature ID="F0X10Y083">
<annotation>
<documentation>Squared off Nadir angle of the
satellite from platform data</documentation>
</annotation>
<name>BVP_platformNadirSq</name>
<F>0</F>
<X>10</X>
<Y>083</Y>
<BUFR>
<BUFR_units>Degree2</BUFR_units>
<BUFR_scale>2</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>16</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Degree2</CREX_units>
<CREX_scale>2</CREX_scale>
<CREX_width>5</CREX_width>
</CREX>
</feature>
<feature ID="F0X10Y084">
<annotation>
<documentation>Squared off Nadir angle of the
satellite from waveform data</documentation>
</annotation>
<name>BVP_waveformNadirSq</name>
<F>0</F>
<X>10</X>
<Y>084</Y>
<BUFR>
<BUFR_units>Degree2</BUFR_units>
<BUFR_scale>2</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>16</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Degree2</CREX_units>
<CREX_scale>2</CREX_scale>
<CREX_width>5</CREX_width>
</CREX>
</feature>
<feature ID="F0X10Y085">
<annotation>
<documentation>Mean sea surface height</documentation>
</annotation>
<name>BVP_meanSeaSurfaceHeight</name>
<F>0</F>
<X>10</X>
<Y>085</Y>
<BUFR>
<BUFR_units>m</BUFR_units>
<BUFR_scale>3</BUFR_scale>
<BUFR_reference>-131072</BUFR_reference>
<BUFR_width>18</BUFR_width>
</BUFR>
<CREX>
<CREX_units>m</CREX_units>
<CREX_scale>3</CREX_scale>
<CREX_width>6</CREX_width>
</CREX>
</feature>
<feature ID="F0X10Y086">
<annotation>
<documentation>GeoidÂ’s height</documentation>
</annotation>
<name>BVP_geoidHeight</name>
<F>0</F>
<X>10</X>
<Y>086</Y>
<BUFR>
<BUFR_units>m</BUFR_units>
<BUFR_scale>3</BUFR_scale>
<BUFR_reference>-131072</BUFR_reference>
<BUFR_width>18</BUFR_width>
</BUFR>
<CREX>
<CREX_units>m</CREX_units>
<CREX_scale>3</CREX_scale>
<CREX_width>6</CREX_width>
</CREX>
</feature>
<feature ID="F0X10Y087">
<annotation>
<documentation>Ocean depth/land elevation</documentation>
</annotation>
<name>BVP_oceanDepthlandElevn</name>
<F>0</F>
<X>10</X>
<Y>087</Y>
<BUFR>
<BUFR_units>m</BUFR_units>
<BUFR_scale>1</BUFR_scale>
<BUFR_reference>-131072</BUFR_reference>
<BUFR_width>18</BUFR_width>
</BUFR>
<CREX>
<CREX_units>m</CREX_units>
<CREX_scale>1</CREX_scale>
<CREX_width>6</CREX_width>
</CREX>
</feature>
<feature ID="F0X10Y088">
<annotation>
<documentation>Total geocentric ocean tide height solution 1</documentation>
</annotation>
<name>BVP_oceanTideHeight_1</name>
<F>0</F>
<X>10</X>
<Y>088</Y>
<BUFR>
<BUFR_units>m</BUFR_units>
<BUFR_scale>3</BUFR_scale>
<BUFR_reference>-32768</BUFR_reference>
<BUFR_width>16</BUFR_width>
</BUFR>
<CREX>
<CREX_units>m</CREX_units>
<CREX_scale>3</CREX_scale>
<CREX_width>5</CREX_width>
</CREX>
</feature>
<feature ID="F0X10Y089">
<annotation>
<documentation>Total geocentric ocean tide height solution 2</documentation>
</annotation>
<name>BVP_oceanTideheight_2</name>
<F>0</F>
<X>10</X>
<Y>089</Y>
<BUFR>
<BUFR_units>m</BUFR_units>
<BUFR_scale>3</BUFR_scale>
<BUFR_reference>-32768</BUFR_reference>
<BUFR_width>16</BUFR_width>
</BUFR>
<CREX>
<CREX_units>m</CREX_units>
<CREX_scale>3</CREX_scale>
<CREX_width>5</CREX_width>
</CREX>
</feature>
<feature ID="F0X10Y090">
<annotation>
<documentation>Long period tide height </documentation>
</annotation>
<name>BVP_longPeriodTideHeight</name>
<F>0</F>
<X>10</X>
<Y>090</Y>
<BUFR>
<BUFR_units>m</BUFR_units>
<BUFR_scale>3</BUFR_scale>
<BUFR_reference>-32768</BUFR_reference>
<BUFR_width>16</BUFR_width>
</BUFR>
<CREX>
<CREX_units>m</CREX_units>
<CREX_scale>3</CREX_scale>
<CREX_width>5</CREX_width>
</CREX>
</feature>
<feature ID="F0X10Y091">
<annotation>
<documentation>Tidal loading height</documentation>
</annotation>
<name>BVP_tidalLoadingHeight</name>
<F>0</F>
<X>10</X>
<Y>091</Y>
<BUFR>
<BUFR_units>m</BUFR_units>
<BUFR_scale>3</BUFR_scale>
<BUFR_reference>-32768</BUFR_reference>
<BUFR_width>16</BUFR_width>
</BUFR>
<CREX>
<CREX_units>m</CREX_units>
<CREX_scale>3</CREX_scale>
<CREX_width>5</CREX_width>
</CREX>
</feature>
<feature ID="F0X10Y092">
<annotation>
<documentation>Solid Earth tide height</documentation>
</annotation>
<name>BVP_solidEarthTideHeight</name>
<F>0</F>
<X>10</X>
<Y>092</Y>
<BUFR>
<BUFR_units>m</BUFR_units>
<BUFR_scale>3</BUFR_scale>
<BUFR_reference>-32768</BUFR_reference>
<BUFR_width>16</BUFR_width>
</BUFR>
<CREX>
<CREX_units>m</CREX_units>
<CREX_scale>3</CREX_scale>
<CREX_width>5</CREX_width>
</CREX>
</feature>
<feature ID="F0X10Y093">
<annotation>
<documentation>Geocentric pole tide height </documentation>
</annotation>
<name>BVP_geocentricPoleTideHeight</name>
<F>0</F>
<X>10</X>
<Y>093</Y>
<BUFR>
<BUFR_units>m</BUFR_units>
<BUFR_scale>3</BUFR_scale>
<BUFR_reference>-32768</BUFR_reference>
<BUFR_width>16</BUFR_width>
</BUFR>
<CREX>
<CREX_units>m</CREX_units>
<CREX_scale>3</CREX_scale>
<CREX_width>5</CREX_width>
</CREX>
</feature>
<feature ID="F0X10Y095">
<annotation>
<documentation>Height of atmosphere used</documentation>
</annotation>
<name>BVP_heightAtmosphere</name>
<F>0</F>
<X>10</X>
<Y>095</Y>
<BUFR>
<BUFR_units>m</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>16</BUFR_width>
</BUFR>
<CREX>
<CREX_units>m</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>5</CREX_width>
</CREX>
</feature>
<note ID="B_class_10_1">
<note>
<p>(1) Vertical elements and pressure
shall be used to define values of these elements independent of the element or
variable denoting the vertical coordinate.</p>
</note>
</note>
<note ID="B_class_10_2">
<note>
<p>(2) The
value for descriptor 0 10 031 has been chosen to be suitable for polar orbiting
satellites in approximately sun-synchronous orbits. Geostationary orbits would
require greater data widths for distance and slightly less for speed.</p>
</note>
</note>
<note ID="B_class_10_3">
<note>
<p>(3)
Left
handed xyz axes have been chosen for descriptor 0 10 031.</p>
</note>
</note>
<note ID="B_class_10_4">
<note>
<p>(4)
The
"geoid undulation" is the difference between the reference ellipsoid (WGS-84)
and the geoid height (EGM96) at the geographic location of the observation,
both referenced to the centre of mass of the Earth.</p>
</note>
</note>
</featureCatalogue>
<featureCatalogue ID="F0X11">
<catalogueName prefix=" BWT_">Class 11 - Wind and
turbulence </catalogueName>
<annotation>
<documentation>
<p>See reference in </p>
<p>
<a href="#B_class_11_5">Note 5</a>
</p>
</documentation>
</annotation>
<feature ID="F0X11Y001">
<annotation>
<documentation>Wind direction</documentation>
</annotation>
<name>BWT_windDirn</name>
<F>0</F>
<X>11</X>
<Y>001</Y>
<BUFR>
<BUFR_units>Degree true</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>9</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Degree true</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>3</CREX_width>
</CREX>
</feature>
<feature ID="F0X11Y002">
<annotation>
<documentation>Wind speed</documentation>
</annotation>
<name>BWT_windSpeed</name>
<F>0</F>
<X>11</X>
<Y>002</Y>
<BUFR>
<BUFR_units>m s-1</BUFR_units>
<BUFR_scale>1</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>12</BUFR_width>
</BUFR>
<CREX>
<CREX_units>m
s-1</CREX_units>
<CREX_scale>1</CREX_scale>
<CREX_width>4</CREX_width>
</CREX>
</feature>
<feature ID="F0X11Y003">
<annotation>
<documentation>u-component<p>
<a href="#B_class_11_1">Note 1</a>
</p>
</documentation>
</annotation>
<name>BWT_wind_U_comp</name>
<F>0</F>
<X>11</X>
<Y>003</Y>
<BUFR>
<BUFR_units>m s-1</BUFR_units>
<BUFR_scale>1</BUFR_scale>
<BUFR_reference>-4096</BUFR_reference>
<BUFR_width>13</BUFR_width>
</BUFR>
<CREX>
<CREX_units>m s-1</CREX_units>
<CREX_scale>1</CREX_scale>
<CREX_width>4</CREX_width>
</CREX>
</feature>
<feature ID="F0X11Y004">
<annotation>
<documentation>v-component<p>
<a href="#B_class_11_2">Note 2</a>
</p>
</documentation>
</annotation>
<name>BWT_wind_V_comp</name>
<F>0</F>
<X>11</X>
<Y>004</Y>
<BUFR>
<BUFR_units>m s-1</BUFR_units>
<BUFR_scale>1</BUFR_scale>
<BUFR_reference>-4096</BUFR_reference>
<BUFR_width>13</BUFR_width>
</BUFR>
<CREX>
<CREX_units>m s-1</CREX_units>
<CREX_scale>1</CREX_scale>
<CREX_width>4</CREX_width>
</CREX>
</feature>
<feature ID="F0X11Y005">
<annotation>
<documentation>w-component<p>
<a href="#B_class_11_3">Note 3</a>
</p>
</documentation>
</annotation>
<name>BWT_wind_W_comp_Pa</name>
<F>0</F>
<X>11</X>
<Y>005</Y>
<BUFR>
<BUFR_units>Pa s-1</BUFR_units>
<BUFR_scale>1</BUFR_scale>
<BUFR_reference>-512</BUFR_reference>
<BUFR_width>10</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Pa s-1</CREX_units>
<CREX_scale>1</CREX_scale>
<CREX_width>4</CREX_width>
</CREX>
</feature>
<feature ID="F0X11Y006">
<annotation>
<documentation>w-component<p>
<a href="#B_class_11_4">Note 4</a>
</p>
</documentation>
</annotation>
<name>BWT_wind_W_comp_m</name>
<F>0</F>
<X>11</X>
<Y>006</Y>
<BUFR>
<BUFR_units>m s-1</BUFR_units>
<BUFR_scale>2</BUFR_scale>
<BUFR_reference>-4096</BUFR_reference>
<BUFR_width>13</BUFR_width>
</BUFR>
<CREX>
<CREX_units>m s-1</CREX_units>
<CREX_scale>2</CREX_scale>
<CREX_width>4</CREX_width>
</CREX>
</feature>
<feature ID="F0X11Y010">
<annotation>
<documentation>Wind direction associated with wind speed
which follows</documentation>
</annotation>
<name>BWT_windDirnFollowing</name>
<F>0</F>
<X>11</X>
<Y>010</Y>
<BUFR>
<BUFR_units>Degree true</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>9</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Degree true</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>3</CREX_width>
</CREX>
</feature>
<feature ID="F0X11Y011">
<annotation>
<documentation>Wind direction at 10 m</documentation>
</annotation>
<name>BWT_windDirn10m</name>
<F>0</F>
<X>11</X>
<Y>011</Y>
<BUFR>
<BUFR_units>Degree true</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>9</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Degree true</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>3</CREX_width>
</CREX>
</feature>
<feature ID="F0X11Y012">
<annotation>
<documentation>Wind speed at 10 m</documentation>
</annotation>
<name>BWT_windSpeed10m</name>
<F>0</F>
<X>11</X>
<Y>012</Y>
<BUFR>
<BUFR_units>m s-1</BUFR_units>
<BUFR_scale>1</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>12</BUFR_width>
</BUFR>
<CREX>
<CREX_units>m s-1</CREX_units>
<CREX_scale>1</CREX_scale>
<CREX_width>4</CREX_width>
</CREX>
</feature>
<feature ID="F0X11Y013">
<annotation>
<documentation>Wind direction at 5 m</documentation>
</annotation>
<name>BWT_windDirn5m</name>
<F>0</F>
<X>11</X>
<Y>013</Y>
<BUFR>
<BUFR_units>Degree true</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>9</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Degree true</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>3</CREX_width>
</CREX>
</feature>
<feature ID="F0X11Y014">
<annotation>
<documentation>Wind speed at 5 m</documentation>
</annotation>
<name>BWT_windSpeed5m</name>
<F>0</F>
<X>11</X>
<Y>014</Y>
<BUFR>
<BUFR_units>m s-1</BUFR_units>
<BUFR_scale>1</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>12</BUFR_width>
</BUFR>
<CREX>
<CREX_units>m s-1</CREX_units>
<CREX_scale>1</CREX_scale>
<CREX_width>4</CREX_width>
</CREX>
</feature>
<feature ID="F0X11Y016">
<annotation>
<documentation>Extreme counterclockwise wind direction of a
variable wind</documentation>
</annotation>
<name>BWT_maxAntiClockDirn</name>
<F>0</F>
<X>11</X>
<Y>016</Y>
<BUFR>
<BUFR_units>Degree true</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>9</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Degree true</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>3</CREX_width>
</CREX>
</feature>
<feature ID="F0X11Y017">
<annotation>
<documentation>Extreme clockwise wind direction of a variable
wind</documentation>
</annotation>
<name>BWT_maxClockDirn</name>
<F>0</F>
<X>11</X>
<Y>017</Y>
<BUFR>
<BUFR_units>Degree true</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>9</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Degree true</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>3</CREX_width>
</CREX>
</feature>
<feature ID="F0X11Y019">
<annotation>
<documentation>Steadiness of wind <p>
<a href="#B_class_11_6">Note 6</a>
</p>
</documentation>
</annotation>
<name>BWT_windSteadiness</name>
<F>0</F>
<X>11</X>
<Y>019</Y>
<BUFR>
<BUFR_units>%</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>7</BUFR_width>
</BUFR>
<CREX>
<CREX_units>%</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>3</CREX_width>
</CREX>
</feature>
<feature ID="F0X11Y021">
<annotation>
<documentation>Relative vorticity</documentation>
</annotation>
<name>BWT_relativeVorticity</name>
<F>0</F>
<X>11</X>
<Y>021</Y>
<BUFR>
<BUFR_units>s-1</BUFR_units>
<BUFR_scale>9</BUFR_scale>
<BUFR_reference>-65536</BUFR_reference>
<BUFR_width>17</BUFR_width>
</BUFR>
<CREX>
<CREX_units>s-1</CREX_units>
<CREX_scale>9</CREX_scale>
<CREX_width>6</CREX_width>
</CREX>
</feature>
<feature ID="F0X11Y022">
<annotation>
<documentation>Divergence</documentation>
</annotation>
<name>BWT_divergence</name>
<F>0</F>
<X>11</X>
<Y>022</Y>
<BUFR>
<BUFR_units>s-1</BUFR_units>
<BUFR_scale>9</BUFR_scale>
<BUFR_reference>-65536</BUFR_reference>
<BUFR_width>17</BUFR_width>
</BUFR>
<CREX>
<CREX_units>s-1</CREX_units>
<CREX_scale>9</CREX_scale>
<CREX_width>6</CREX_width>
</CREX>
</feature>
<feature ID="F0X11Y023">
<annotation>
<documentation>Velocity potential</documentation>
</annotation>
<name>BWT_velocityPotetial</name>
<F>0</F>
<X>11</X>
<Y>023</Y>
<BUFR>
<BUFR_units>m2 s-1</BUFR_units>
<BUFR_scale>-2</BUFR_scale>
<BUFR_reference>-65536</BUFR_reference>
<BUFR_width>17</BUFR_width>
</BUFR>
<CREX>
<CREX_units>m2
s-1</CREX_units>
<CREX_scale>-2</CREX_scale>
<CREX_width>6</CREX_width>
</CREX>
</feature>
<feature ID="F0X11Y030">
<annotation>
<documentation>Extended degree of turbulence</documentation>
</annotation>
<name>BWT_extendedTurbulence</name>
<F>0</F>
<X>11</X>
<Y>030</Y>
<BUFR>
<BUFR_units>Code
table</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>6</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Code
table</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>2</CREX_width>
</CREX>
</feature>
<feature ID="F0X11Y031">
<annotation>
<documentation>Degree of turbulence</documentation>
</annotation>
<name>BWT_turbulence</name>
<F>0</F>
<X>11</X>
<Y>031</Y>
<BUFR>
<BUFR_units>Code table</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>4</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Code
table</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>2</CREX_width>
</CREX>
</feature>
<feature ID="F0X11Y032">
<annotation>
<documentation>Height of base of turbulence</documentation>
</annotation>
<name>BWT_turbulenceBaseHeight</name>
<F>0</F>
<X>11</X>
<Y>032</Y>
<BUFR>
<BUFR_units>m</BUFR_units>
<BUFR_scale>-1</BUFR_scale>
<BUFR_reference>-40</BUFR_reference>
<BUFR_width>16</BUFR_width>
</BUFR>
<CREX>
<CREX_units>m</CREX_units>
<CREX_scale>-1</CREX_scale>
<CREX_width>5</CREX_width>
</CREX>
</feature>
<feature ID="F0X11Y033">
<annotation>
<documentation>Height of top of turbulence</documentation>
</annotation>
<name>BWT_turbulenceTopHeight</name>
<F>0</F>
<X>11</X>
<Y>033</Y>
<BUFR>
<BUFR_units>m</BUFR_units>
<BUFR_scale>-1</BUFR_scale>
<BUFR_reference>-40</BUFR_reference>
<BUFR_width>16</BUFR_width>
</BUFR>
<CREX>
<CREX_units>m</CREX_units>
<CREX_scale>-1</CREX_scale>
<CREX_width>5</CREX_width>
</CREX>
</feature>
<feature ID="F0X11Y034">
<annotation>
<documentation>Vertical gust velocity</documentation>
</annotation>
<name>BWT_verticalGustVel</name>
<F>0</F>
<X>11</X>
<Y>034</Y>
<BUFR>
<BUFR_units>m s-1</BUFR_units>
<BUFR_scale>1</BUFR_scale>
<BUFR_reference>-1024</BUFR_reference>
<BUFR_width>11</BUFR_width>
</BUFR>
<CREX>
<CREX_units>m s-1</CREX_units>
<CREX_scale>1</CREX_scale>
<CREX_width>4</CREX_width>
</CREX>
</feature>
<feature ID="F0X11Y035">
<annotation>
<documentation>Vertical gust acceleration</documentation>
</annotation>
<name>BWT_verticalGustAccel</name>
<F>0</F>
<X>11</X>
<Y>035</Y>
<BUFR>
<BUFR_units>m s-2</BUFR_units>
<BUFR_scale>2</BUFR_scale>
<BUFR_reference>-8192</BUFR_reference>
<BUFR_width>14</BUFR_width>
</BUFR>
<CREX>
<CREX_units>m s-2</CREX_units>
<CREX_scale>2</CREX_scale>
<CREX_width>5</CREX_width>
</CREX>
</feature>
<feature ID="F0X11Y036">
<annotation>
<documentation>Maximum derived equivalent vertical gust speed</documentation>
</annotation>
<name>BWT_equivVerticalGustVel</name>
<F>0</F>
<X>11</X>
<Y>036</Y>
<BUFR>
<BUFR_units>m s-1</BUFR_units>
<BUFR_scale>1</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>10</BUFR_width>
</BUFR>
<CREX>
<CREX_units>m s-1</CREX_units>
<CREX_scale>1</CREX_scale>
<CREX_width>4</CREX_width>
</CREX>
</feature>
<feature ID="F0X11Y037">
<annotation>
<documentation>Turbulence Index</documentation>
</annotation>
<name>BWT_turbulenceIndex</name>
<F>0</F>
<X>11</X>
<Y>037</Y>
<BUFR>
<BUFR_units>Code table</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>6</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Code
table</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>2</CREX_width>
</CREX>
</feature>
<feature ID="F0X11Y038">
<annotation>
<documentation>Time of occurrence of Peak Eddy Dissipation
Rate</documentation>
</annotation>
<name>BWT_peakEddyRateTime</name>
<F>0</F>
<X>11</X>
<Y>038</Y>
<BUFR>
<BUFR_units>Code table</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>5</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Code
table</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>2</CREX_width>
</CREX>
</feature>
<feature ID="F0X11Y039">
<annotation>
<documentation>Extended
time of occurrence of peak Eddy Dissipation Rate</documentation>
</annotation>
<name>BWT_extendedPeakEddyTime</name>
<F>0</F>
<X>11</X>
<Y>039</Y>
<BUFR>
<BUFR_units>Code table</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>6</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Code table</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>2</CREX_width>
</CREX>
</feature>
<feature ID="F0X11Y040">
<annotation>
<documentation>Maximum wind speed (mean wind)</documentation>
</annotation>
<name>BWT_maxMeanWindSpeed</name>
<F>0</F>
<X>11</X>
<Y>040</Y>
<BUFR>
<BUFR_units>m s-1</BUFR_units>
<BUFR_scale>1</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>12</BUFR_width>
</BUFR>
<CREX>
<CREX_units>m s-1</CREX_units>
<CREX_scale>1</CREX_scale>
<CREX_width>4</CREX_width>
</CREX>
</feature>
<feature ID="F0X11Y041">
<annotation>
<documentation>Maximum wind gust speed</documentation>
</annotation>
<name>BWT_maxGustSpeed</name>
<F>0</F>
<X>11</X>
<Y>041</Y>
<BUFR>
<BUFR_units>m s-1</BUFR_units>
<BUFR_scale>1</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>12</BUFR_width>
</BUFR>
<CREX>
<CREX_units>m s-1</CREX_units>
<CREX_scale>1</CREX_scale>
<CREX_width>4</CREX_width>
</CREX>
</feature>
<feature ID="F0X11Y042">
<annotation>
<documentation>Maximum wind speed (10-min mean wind)</documentation>
</annotation>
<name>BWT_max10MinSpeed</name>
<F>0</F>
<X>11</X>
<Y>042</Y>
<BUFR>
<BUFR_units>m s-1</BUFR_units>
<BUFR_scale>1</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>12</BUFR_width>
</BUFR>
<CREX>
<CREX_units>m s-1</CREX_units>
<CREX_scale>1</CREX_scale>
<CREX_width>4</CREX_width>
</CREX>
</feature>
<feature ID="F0X11Y043">
<annotation>
<documentation>Maximum wind gust direction</documentation>
</annotation>
<name>BWT_max10MinDirn</name>
<F>0</F>
<X>11</X>
<Y>043</Y>
<BUFR>
<BUFR_units>Degree true</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>9</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Degree true</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>3</CREX_width>
</CREX>
</feature>
<feature ID="F0X11Y044">
<annotation>
<documentation>Mean wind direction for surface - 1500 m (5000 feet)</documentation>
</annotation>
<name>BWT_meanDirnSurf_1500m</name>
<F>0</F>
<X>11</X>
<Y>044</Y>
<BUFR>
<BUFR_units>Degree true</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>9</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Degree true</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>3</CREX_width>
</CREX>
</feature>
<feature ID="F0X11Y045">
<annotation>
<documentation>Mean wind speed for surface - 1500 m (5000 feet)</documentation>
</annotation>
<name>BWT_meanSpeedSurf_1500m</name>
<F>0</F>
<X>11</X>
<Y>045</Y>
<BUFR>
<BUFR_units>m s-1</BUFR_units>
<BUFR_scale>1</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>12</BUFR_width>
</BUFR>
<CREX>
<CREX_units>m s-1</CREX_units>
<CREX_scale>1</CREX_scale>
<CREX_width>4</CREX_width>
</CREX>
</feature>
<feature ID="F0X11Y046">
<annotation>
<documentation>Maximum instantaneous wind speed</documentation>
</annotation>
<name>BWT_maxInstantWindSpeed</name>
<F>0</F>
<X>11</X>
<Y>046</Y>
<BUFR>
<BUFR_units>m s-1</BUFR_units>
<BUFR_scale>1</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>12</BUFR_width>
</BUFR>
<CREX>
<CREX_units>m s-1</CREX_units>
<CREX_scale>1</CREX_scale>
<CREX_width>4</CREX_width>
</CREX>
</feature>
<feature ID="F0X11Y047">
<annotation>
<documentation>Maximum instantaneous wind speed over 10
minutes</documentation>
</annotation>
<name>BWT_max10MinWindSpeed</name>
<F>0</F>
<X>11</X>
<Y>047</Y>
<BUFR>
<BUFR_units>m s-1</BUFR_units>
<BUFR_scale>1</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>12</BUFR_width>
</BUFR>
<CREX>
<CREX_units>m s-1</CREX_units>
<CREX_scale>1</CREX_scale>
<CREX_width>4</CREX_width>
</CREX>
</feature>
<feature ID="F0X11Y049">
<annotation>
<documentation>Standard deviation of wind direction</documentation>
</annotation>
<name>BWT_standardErrorDirn</name>
<F>0</F>
<X>11</X>
<Y>049</Y>
<BUFR>
<BUFR_units>Degree true</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>9</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Degree true</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>3</CREX_width>
</CREX>
</feature>
<feature ID="F0X11Y050">
<annotation>
<documentation>Standard deviation of horizontal wind speed</documentation>
</annotation>
<name>BWT_standardErrorVertSpeed</name>
<F>0</F>
<X>11</X>
<Y>050</Y>
<BUFR>
<BUFR_units>m s-1</BUFR_units>
<BUFR_scale>1</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>12</BUFR_width>
</BUFR>
<CREX>
<CREX_units>m s-1</CREX_units>
<CREX_scale>1</CREX_scale>
<CREX_width>4</CREX_width>
</CREX>
</feature>
<feature ID="F0X11Y051">
<annotation>
<documentation>Standard deviation of vertical wind speed</documentation>
</annotation>
<name>BWT_standardErrorHorizSpeed</name>
<F>0</F>
<X>11</X>
<Y>051</Y>
<BUFR>
<BUFR_units>m s-1</BUFR_units>
<BUFR_scale>1</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>8</BUFR_width>
</BUFR>
<CREX>
<CREX_units>m s-1</CREX_units>
<CREX_scale>1</CREX_scale>
<CREX_width>3</CREX_width>
</CREX>
</feature>
<feature ID="F0X11Y052">
<annotation>
<documentation>Formal uncertainty in
wind speed</documentation>
</annotation>
<name>BWT_uncertainSpeed</name>
<F>0</F>
<X>11</X>
<Y>052</Y>
<BUFR>
<BUFR_units>m s-1</BUFR_units>
<BUFR_scale>2</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>13</BUFR_width>
</BUFR>
<CREX>
<CREX_units>m s-1</CREX_units>
<CREX_scale>2</CREX_scale>
<CREX_width>5</CREX_width>
</CREX>
</feature>
<feature ID="F0X11Y053">
<annotation>
<documentation>Formal uncertainty in
wind direction</documentation>
</annotation>
<name>BWT_uncertainDirn</name>
<F>0</F>
<X>11</X>
<Y>053</Y>
<BUFR>
<BUFR_units>Degree true</BUFR_units>
<BUFR_scale>2</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>15</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Degree true</CREX_units>
<CREX_scale>2</CREX_scale>
<CREX_width>5</CREX_width>
</CREX>
</feature>
<feature ID="F0X11Y054">
<annotation>
<documentation>Mean wind direction for 1500 m - 3000 m </documentation>
</annotation>
<name>BWT_meanDirn1500_3000m</name>
<F>0</F>
<X>11</X>
<Y>054</Y>
<BUFR>
<BUFR_units>Degree true</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>9</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Degree true</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>3</CREX_width>
</CREX>
</feature>
<feature ID="F0X11Y055">
<annotation>
<documentation>Mean wind speed for 1500 m - 3000 m </documentation>
</annotation>
<name>BWT_meanSpeed1500_3000m</name>
<F>0</F>
<X>11</X>
<Y>055</Y>
<BUFR>
<BUFR_units>m s-1</BUFR_units>
<BUFR_scale>1</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>12</BUFR_width>
</BUFR>
<CREX>
<CREX_units>m s-1</CREX_units>
<CREX_scale>1</CREX_scale>
<CREX_width>4</CREX_width>
</CREX>
</feature>
<feature ID="F0X11Y061">
<annotation>
<documentation>Absolute wind shear in 1
km layer below</documentation>
</annotation>
<name>BWT_shear_1kmBelow</name>
<F>0</F>
<X>11</X>
<Y>061</Y>
<BUFR>
<BUFR_units>m s-1</BUFR_units>
<BUFR_scale>1</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>12</BUFR_width>
</BUFR>
<CREX>
<CREX_units>m s-1</CREX_units>
<CREX_scale>1</CREX_scale>
<CREX_width>4</CREX_width>
</CREX>
</feature>
<feature ID="F0X11Y062">
<annotation>
<documentation>Absolute wind shear in 1
km layer above</documentation>
</annotation>
<name>BWT_shear_1kmAbove</name>
<F>0</F>
<X>11</X>
<Y>062</Y>
<BUFR>
<BUFR_units>m s-1</BUFR_units>
<BUFR_scale>1</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>12</BUFR_width>
</BUFR>
<CREX>
<CREX_units>m s-1</CREX_units>
<CREX_scale>1</CREX_scale>
<CREX_width>4</CREX_width>
</CREX>
</feature>
<feature ID="F0X11Y070">
<annotation>
<documentation>Designator of the runway affected by wind
shear (including ALL)</documentation>
</annotation>
<name>BWT_runwayWindShear</name>
<F>0</F>
<X>11</X>
<Y>070</Y>
<BUFR>
<BUFR_units>CCITT IA5</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>32</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Character</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>4</CREX_width>
</CREX>
</feature>
<feature ID="F0X11Y071">
<annotation>
<documentation>Turbulent vertical
momentum flux</documentation>
</annotation>
<name>BWT_turbulentMomentum</name>
<F>0</F>
<X>11</X>
<Y>071</Y>
<BUFR>
<BUFR_units>m2 s-2</BUFR_units>
<BUFR_scale>3</BUFR_scale>
<BUFR_reference>-128</BUFR_reference>
<BUFR_width>14</BUFR_width>
</BUFR>
<CREX>
<CREX_units>m2
s-2</CREX_units>
<CREX_scale>3</CREX_scale>
<CREX_width>5</CREX_width>
</CREX>
</feature>
<feature ID="F0X11Y072">
<annotation>
<documentation>Turbulent vertical buoyancy flux</documentation>
</annotation>
<name>BWT_turbulentBuoyancy</name>
<F>0</F>
<X>11</X>
<Y>072</Y>
<BUFR>
<BUFR_units>K m s-1</BUFR_units>
<BUFR_scale>3</BUFR_scale>
<BUFR_reference>-128</BUFR_reference>
<BUFR_width>11</BUFR_width>
</BUFR>
<CREX>
<CREX_units>K m s-1</CREX_units>
<CREX_scale>3</CREX_scale>
<CREX_width>4</CREX_width>
</CREX>
</feature>
<feature ID="F0X11Y073">
<annotation>
<documentation>Turbulent kinetic energy</documentation>
</annotation>
<name>BWT_turbulentKineticE</name>
<F>0</F>
<X>11</X>
<Y>073</Y>
<BUFR>
<BUFR_units>m2 s-2</BUFR_units>
<BUFR_scale>2</BUFR_scale>
<BUFR_reference>-1024</BUFR_reference>
<BUFR_width>13</BUFR_width>
</BUFR>
<CREX>
<CREX_units>m2
s-2</CREX_units>
<CREX_scale>2</CREX_scale>
<CREX_width>4</CREX_width>
</CREX>
</feature>
<feature ID="F0X11Y074">
<annotation>
<documentation>Dissipation energy</documentation>
</annotation>
<name>BWT_dissipationEnergy</name>
<F>0</F>
<X>11</X>
<Y>074</Y>
<BUFR>
<BUFR_units>m2 s-2</BUFR_units>
<BUFR_scale>2</BUFR_scale>
<BUFR_reference>-1024</BUFR_reference>
<BUFR_width>10</BUFR_width>
</BUFR>
<CREX>
<CREX_units>m2
s-2</CREX_units>
<CREX_scale>2</CREX_scale>
<CREX_width>4</CREX_width>
</CREX>
</feature>
<feature ID="F0X11Y075">
<annotation>
<documentation>Mean turbulence intensity (eddy dissipation
rate)</documentation>
</annotation>
<name>BWT_meanEddyRate</name>
<F>0</F>
<X>11</X>
<Y>075</Y>
<BUFR>
<BUFR_units>m2/3 s-1</BUFR_units>
<BUFR_scale>2</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>8</BUFR_width>
</BUFR>
<CREX>
<CREX_units>m2/3
s-1</CREX_units>
<CREX_scale>2</CREX_scale>
<CREX_width>3</CREX_width>
</CREX>
</feature>
<feature ID="F0X11Y076">
<annotation>
<documentation>Peak turbulence intensity (eddy dissipation
rate)</documentation>
</annotation>
<name>BWT_peakEddyRate</name>
<F>0</F>
<X>11</X>
<Y>076</Y>
<BUFR>
<BUFR_units>m2/3 s-1</BUFR_units>
<BUFR_scale>2</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>8</BUFR_width>
</BUFR>
<CREX>
<CREX_units>m2/3
s-1</CREX_units>
<CREX_scale>2</CREX_scale>
<CREX_width>3</CREX_width>
</CREX>
</feature>
<feature ID="F0X11Y077">
<annotation>
<documentation>Reporting
interval or averaging time for Eddy Dissipation Rate</documentation>
</annotation>
<name>BWT_eddyRateInterval</name>
<F>0</F>
<X>11</X>
<Y>077</Y>
<BUFR>
<BUFR_units>s</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>12</BUFR_width>
</BUFR>
<CREX>
<CREX_units>s</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>4</CREX_width>
</CREX>
</feature>
<feature ID="F0X11Y081">
<annotation>
<documentation>Model wind direction at 10m</documentation>
</annotation>
<name>BWT_modelWindDirn10m</name>
<F>0</F>
<X>11</X>
<Y>081</Y>
<BUFR>
<BUFR_units>Degree true</BUFR_units>
<BUFR_scale>2</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>16</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Degree true</CREX_units>
<CREX_scale>2</CREX_scale>
<CREX_width>5</CREX_width>
</CREX>
</feature>
<feature ID="F0X11Y082">
<annotation>
<documentation>Model wind speed at 10m</documentation>
</annotation>
<name>BWT_modelWindSpeed10m</name>
<F>0</F>
<X>11</X>
<Y>082</Y>
<BUFR>
<BUFR_units>m s-1</BUFR_units>
<BUFR_scale>2</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>14</BUFR_width>
</BUFR>
<CREX>
<CREX_units>m s-1</CREX_units>
<CREX_scale>2</CREX_scale>
<CREX_width>4</CREX_width>
</CREX>
</feature>
<feature ID="F0X11Y095">
<annotation>
<documentation>U component of the model wind vector<p>
<a href="#B_class_11_1?">Note 1?</a>
</p>
</documentation>
</annotation>
<name>BWT_modelWind_U</name>
<F>0</F>
<X>11</X>
<Y>095</Y>
<BUFR>
<BUFR_units>m s-1</BUFR_units>
<BUFR_scale>1</BUFR_scale>
<BUFR_reference>-4096</BUFR_reference>
<BUFR_width>13</BUFR_width>
</BUFR>
<CREX>
<CREX_units>m s-1</CREX_units>
<CREX_scale>1</CREX_scale>
<CREX_width>4</CREX_width>
</CREX>
</feature>
<feature ID="F0X11Y096">
<annotation>
<documentation>V component of the model wind vector<p>
<a href="#B_class_11_2?">Note 2?</a>
</p>
</documentation>
</annotation>
<name>BWT_modelWind_V</name>
<F>0</F>
<X>11</X>
<Y>096</Y>
<BUFR>
<BUFR_units>m s-1</BUFR_units>
<BUFR_scale>1</BUFR_scale>
<BUFR_reference>-4096</BUFR_reference>
<BUFR_width>13</BUFR_width>
</BUFR>
<CREX>
<CREX_units>m s-1</CREX_units>
<CREX_scale>1</CREX_scale>
<CREX_width>4</CREX_width>
</CREX>
</feature>
<note ID="B_class_11_1">
<note>
<p>(1) West to east u-components shall be
assigned positive values.</p>
</note>
</note>
<note ID="B_class_11_2">
<note>
<p>(2) South to north v-components shall
be assigned positive values.</p>
</note>
</note>
<note ID="B_class_11_3">
<note>
<p>(3) Upward w-components shall be
assigned positive values where units are m s<sup>-1</sup>.</p>
</note>
</note>
<note ID="B_class_11_4">
<note>
<p>(4) Downward w-components shall be
assigned positive values where units are Pa s<sup>-1</sup>.</p>
</note>
</note>
<note ID="B_class_11_5">
<note>
<p>(5) Wind reporting standards:</p>
<p/>
<table>
<tr>
<td>
<p/>
</td>
<td>
<p>Speed</p>
</td>
<td>
<p>Direction</p>
</td>
</tr>
<tr>
<td>
<p>No observation</p>
</td>
<td>
<p>Missing</p>
</td>
<td>
<p>Missing</p>
</td>
</tr>
<tr>
<td>
<p>Calm</p>
</td>
<td>
<p>0</p>
</td>
<td>
<p>0</p>
</td>
</tr>
<tr>
<td>
<p>Normal observation</p>
</td>
<td>
<p>> 0</p>
</td>
<td>
<p>1° - 360°</p>
</td>
</tr>
<tr>
<td>
<p>Speed only</p>
</td>
<td>
<p>> 0</p>
</td>
<td>
<p>Missing</p>
</td>
</tr>
<tr>
<td>
<p>Direction only</p>
</td>
<td>
<p>Missing</p>
</td>
<td>
<p>1° - 360°</p>
</td>
</tr>
<tr>
<td>
<p>"Light and variable"</p>
</td>
<td>
<p>> 0</p>
</td>
<td>
<p>0</p>
</td>
</tr>
</table>
</note>
</note>
<note ID="B_class_11_6">
<note>
<p>(6) The
steadiness factor (descriptor 0 11 019) is the ratio of speed of the monthly
mean vector wind to the speed of the monthly mean scalar wind expressed as a
percentage. It is reported to the nearest one percent.</p>
</note>
</note>
</featureCatalogue>
<featureCatalogue ID="F0X12">
<catalogueName prefix="es BT1_ and BT2_">Class 12 - Temperature
</catalogueName>
<annotation>
<documentation>
<p>See reference in </p>
</documentation>
</annotation>
<feature ID="F0X12Y001">
<annotation>
<documentation>Temperature/dry-bulb temperature</documentation>
</annotation>
<name>BT1_DryBulbTemp</name>
<F>0</F>
<X>12</X>
<Y>001</Y>
<BUFR>
<BUFR_units>K</BUFR_units>
<BUFR_scale>1</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>12</BUFR_width>
</BUFR>
<CREX>
<CREX_units>°C</CREX_units>
<CREX_scale>1</CREX_scale>
<CREX_width>3</CREX_width>
</CREX>
</feature>
<feature ID="F0X12Y002">
<annotation>
<documentation>Wet-bulb temperature</documentation>
</annotation>
<name>BT1_WetBulbTemp</name>
<F>0</F>
<X>12</X>
<Y>002</Y>
<BUFR>
<BUFR_units>K</BUFR_units>
<BUFR_scale>1</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>12</BUFR_width>
</BUFR>
<CREX>
<CREX_units>°C</CREX_units>
<CREX_scale>1</CREX_scale>
<CREX_width>3</CREX_width>
</CREX>
</feature>
<feature ID="F0X12Y003">
<annotation>
<documentation>Dew-point temperature</documentation>
</annotation>
<name>BT1_DewPointTemp</name>
<F>0</F>
<X>12</X>
<Y>003</Y>
<BUFR>
<BUFR_units>K</BUFR_units>
<BUFR_scale>1</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>12</BUFR_width>
</BUFR>
<CREX>
<CREX_units>°C</CREX_units>
<CREX_scale>1</CREX_scale>
<CREX_width>3</CREX_width>
</CREX>
</feature>
<feature ID="F0X12Y004">
<annotation>
<documentation>Dry-bulb temperature at 2 m</documentation>
</annotation>
<name>BT1_2mDryBulbTemp</name>
<F>0</F>
<X>12</X>
<Y>004</Y>
<BUFR>
<BUFR_units>K</BUFR_units>
<BUFR_scale>1</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>12</BUFR_width>
</BUFR>
<CREX>
<CREX_units>°C</CREX_units>
<CREX_scale>1</CREX_scale>
<CREX_width>3</CREX_width>
</CREX>
</feature>
<feature ID="F0X12Y005">
<annotation>
<documentation>Wet-bulb temperature at 2 m</documentation>
</annotation>
<name>BT1_2mWetBulbTemp</name>
<F>0</F>
<X>12</X>
<Y>005</Y>
<BUFR>
<BUFR_units>K</BUFR_units>
<BUFR_scale>1</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>12</BUFR_width>
</BUFR>
<CREX>
<CREX_units>°C</CREX_units>
<CREX_scale>1</CREX_scale>
<CREX_width>3</CREX_width>
</CREX>
</feature>
<feature ID="F0X12Y006">
<annotation>
<documentation>Dew-point temperature at 2 m</documentation>
</annotation>
<name>BT1_2mDewPointTemp</name>
<F>0</F>
<X>12</X>
<Y>006</Y>
<BUFR>
<BUFR_units>K</BUFR_units>
<BUFR_scale>1</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>12</BUFR_width>
</BUFR>
<CREX>
<CREX_units>°C</CREX_units>
<CREX_scale>1</CREX_scale>
<CREX_width>3</CREX_width>
</CREX>
</feature>
<feature ID="F0X12Y007">
<annotation>
<documentation>Virtual temperature</documentation>
</annotation>
<name>BT1_virtualTemp</name>
<F>0</F>
<X>12</X>
<Y>007</Y>
<BUFR>
<BUFR_units>K</BUFR_units>
<BUFR_scale>1</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>12</BUFR_width>
</BUFR>
<CREX>
<CREX_units>°C</CREX_units>
<CREX_scale>1</CREX_scale>
<CREX_width>3</CREX_width>
</CREX>
</feature>
<feature ID="F0X12Y011">
<annotation>
<documentation>Maximum temperature, at height and over period
specified<p>
<a href="#B_class_12_1">Note 1</a>
</p>
</documentation>
</annotation>
<name>BT1_maxTempOver</name>
<F>0</F>
<X>12</X>
<Y>011</Y>
<BUFR>
<BUFR_units>K</BUFR_units>
<BUFR_scale>1</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>12</BUFR_width>
</BUFR>
<CREX>
<CREX_units>°C</CREX_units>
<CREX_scale>1</CREX_scale>
<CREX_width>3</CREX_width>
</CREX>
</feature>
<feature ID="F0X12Y012">
<annotation>
<documentation>Minimum temperature, at height and over period
specified<p>
<a href="#B_class_12_1">Note 1</a>
</p>
</documentation>
</annotation>
<name>BT1_minTempOver</name>
<F>0</F>
<X>12</X>
<Y>012</Y>
<BUFR>
<BUFR_units>K</BUFR_units>
<BUFR_scale>1</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>12</BUFR_width>
</BUFR>
<CREX>
<CREX_units>°C</CREX_units>
<CREX_scale>1</CREX_scale>
<CREX_width>3</CREX_width>
</CREX>
</feature>
<feature ID="F0X12Y013">
<annotation>
<documentation>Ground minimum temperature, past 12 hours</documentation>
</annotation>
<name>BT1_groundMinTemp12hr</name>
<F>0</F>
<X>12</X>
<Y>013</Y>
<BUFR>
<BUFR_units>K</BUFR_units>
<BUFR_scale>1</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>12</BUFR_width>
</BUFR>
<CREX>
<CREX_units>°C</CREX_units>
<CREX_scale>1</CREX_scale>
<CREX_width>3</CREX_width>
</CREX>
</feature>
<feature ID="F0X12Y014">
<annotation>
<documentation>Maximum temperature at 2 m, past 12 hours</documentation>
</annotation>
<name>BT1_maxTemp2m12hr</name>
<F>0</F>
<X>12</X>
<Y>014</Y>
<BUFR>
<BUFR_units>K</BUFR_units>
<BUFR_scale>1</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>12</BUFR_width>
</BUFR>
<CREX>
<CREX_units>°C</CREX_units>
<CREX_scale>1</CREX_scale>
<CREX_width>3</CREX_width>
</CREX>
</feature>
<feature ID="F0X12Y015">
<annotation>
<documentation>Minimum temperature at 2 m, past 12 hours</documentation>
</annotation>
<name>BT1_minTemp2m12hr</name>
<F>0</F>
<X>12</X>
<Y>015</Y>
<BUFR>
<BUFR_units>K</BUFR_units>
<BUFR_scale>1</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>12</BUFR_width>
</BUFR>
<CREX>
<CREX_units>°C</CREX_units>
<CREX_scale>1</CREX_scale>
<CREX_width>3</CREX_width>
</CREX>
</feature>
<feature ID="F0X12Y016">
<annotation>
<documentation>Maximum temperature at 2 m, past 24 hours</documentation>
</annotation>
<name>BT1_maxTemp2m24hr</name>
<F>0</F>
<X>12</X>
<Y>016</Y>
<BUFR>
<BUFR_units>K</BUFR_units>
<BUFR_scale>1</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>12</BUFR_width>
</BUFR>
<CREX>
<CREX_units>°C</CREX_units>
<CREX_scale>1</CREX_scale>
<CREX_width>3</CREX_width>
</CREX>
</feature>
<feature ID="F0X12Y017">
<annotation>
<documentation>Minimum temperature at 2 m, past 24 hours</documentation>
</annotation>
<name>BT1_minTemp2m24hr</name>
<F>0</F>
<X>12</X>
<Y>017</Y>
<BUFR>
<BUFR_units>K</BUFR_units>
<BUFR_scale>1</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>12</BUFR_width>
</BUFR>
<CREX>
<CREX_units>°C</CREX_units>
<CREX_scale>1</CREX_scale>
<CREX_width>3</CREX_width>
</CREX>
</feature>
<feature ID="F0X12Y021">
<annotation>
<documentation>Maximum temperature at 2m</documentation>
</annotation>
<name>BT1_maxTemp2m</name>
<F>0</F>
<X>12</X>
<Y>021</Y>
<BUFR>
<BUFR_units>K</BUFR_units>
<BUFR_scale>2</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>16</BUFR_width>
</BUFR>
<CREX>
<CREX_units>°C</CREX_units>
<CREX_scale>2</CREX_scale>
<CREX_width>4</CREX_width>
</CREX>
</feature>
<feature ID="F0X12Y022">
<annotation>
<documentation>Minimum temperature at 2m</documentation>
</annotation>
<name>BT1_minTemp2m</name>
<F>0</F>
<X>12</X>
<Y>022</Y>
<BUFR>
<BUFR_units>K</BUFR_units>
<BUFR_scale>2</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>16</BUFR_width>
</BUFR>
<CREX>
<CREX_units>°C</CREX_units>
<CREX_scale>2</CREX_scale>
<CREX_width>4</CREX_width>
</CREX>
</feature>
<feature ID="F0X12Y030">
<annotation>
<documentation>Soil temperature</documentation>
</annotation>
<name>BT1_soilTemp</name>
<F>0</F>
<X>12</X>
<Y>030</Y>
<BUFR>
<BUFR_units>K</BUFR_units>
<BUFR_scale>1</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>12</BUFR_width>
</BUFR>
<CREX>
<CREX_units>°C</CREX_units>
<CREX_scale>1</CREX_scale>
<CREX_width>3</CREX_width>
</CREX>
</feature>
<feature ID="F0X12Y049">
<annotation>
<documentation>Temperature change over specified
period </documentation>
</annotation>
<name>BT1_tempChangeOver</name>
<F>0</F>
<X>12</X>
<Y>049</Y>
<BUFR>
<BUFR_units>K</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>-30</BUFR_reference>
<BUFR_width>6</BUFR_width>
</BUFR>
<CREX>
<CREX_units>°C</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>2</CREX_width>
</CREX>
</feature>
<feature ID="F0X12Y051">
<annotation>
<documentation>Standard deviation temperature</documentation>
</annotation>
<name>BT1_standardErrorTemp</name>
<F>0</F>
<X>12</X>
<Y>051</Y>
<BUFR>
<BUFR_units>K</BUFR_units>
<BUFR_scale>1</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>10</BUFR_width>
</BUFR>
<CREX>
<CREX_units>°C</CREX_units>
<CREX_scale>1</CREX_scale>
<CREX_width>3</CREX_width>
</CREX>
</feature>
<feature ID="F0X12Y052">
<annotation>
<documentation>Highest daily mean temperature</documentation>
</annotation>
<name>BT1_maxDailyMeanTemp</name>
<F>0</F>
<X>12</X>
<Y>052</Y>
<BUFR>
<BUFR_units>K</BUFR_units>
<BUFR_scale>1</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>12</BUFR_width>
</BUFR>
<CREX>
<CREX_units>°C</CREX_units>
<CREX_scale>1</CREX_scale>
<CREX_width>3</CREX_width>
</CREX>
</feature>
<feature ID="F0X12Y053">
<annotation>
<documentation>Lowest daily mean temperature</documentation>
</annotation>
<name>BT1_minDailyMeanTemp</name>
<F>0</F>
<X>12</X>
<Y>053</Y>
<BUFR>
<BUFR_units>K</BUFR_units>
<BUFR_scale>1</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>12</BUFR_width>
</BUFR>
<CREX>
<CREX_units>°C</CREX_units>
<CREX_scale>1</CREX_scale>
<CREX_width>3</CREX_width>
</CREX>
</feature>
<feature ID="F0X12Y061">
<annotation>
<documentation>Skin temperature</documentation>
</annotation>
<name>BT1_skinTemp</name>
<F>0</F>
<X>12</X>
<Y>061</Y>
<BUFR>
<BUFR_units>K</BUFR_units>
<BUFR_scale>1</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>12</BUFR_width>
</BUFR>
<CREX>
<CREX_units>°C</CREX_units>
<CREX_scale>1</CREX_scale>
<CREX_width>3</CREX_width>
</CREX>
</feature>
<feature ID="F0X12Y062">
<annotation>
<documentation>Equivalent black body temperature</documentation>
</annotation>
<name>BT1_equivBlackBodyTemp</name>
<F>0</F>
<X>12</X>
<Y>062</Y>
<BUFR>
<BUFR_units>K</BUFR_units>
<BUFR_scale>1</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>12</BUFR_width>
</BUFR>
<CREX>
<CREX_units>°C</CREX_units>
<CREX_scale>1</CREX_scale>
<CREX_width>3</CREX_width>
</CREX>
</feature>
<feature ID="F0X12Y063">
<annotation>
<documentation>Brightness temperature</documentation>
</annotation>
<name>BT1_brightnessTemp</name>
<F>0</F>
<X>12</X>
<Y>063</Y>
<BUFR>
<BUFR_units>K</BUFR_units>
<BUFR_scale>1</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>12</BUFR_width>
</BUFR>
<CREX>
<CREX_units>°C</CREX_units>
<CREX_scale>1</CREX_scale>
<CREX_width>3</CREX_width>
</CREX>
</feature>
<feature ID="F0X12Y064">
<annotation>
<documentation>Instrument temperature</documentation>
</annotation>
<name>BT1_instrumentTemp</name>
<F>0</F>
<X>12</X>
<Y>064</Y>
<BUFR>
<BUFR_units>K</BUFR_units>
<BUFR_scale>1</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>12</BUFR_width>
</BUFR>
<CREX>
<CREX_units>K</CREX_units>
<CREX_scale>1</CREX_scale>
<CREX_width>4</CREX_width>
</CREX>
</feature>
<feature ID="F0X12Y065">
<annotation>
<documentation>Standard deviation brightness temperature</documentation>
</annotation>
<name>BT1_SE_brightnessTemp</name>
<F>0</F>
<X>12</X>
<Y>065</Y>
<BUFR>
<BUFR_units>K</BUFR_units>
<BUFR_scale>1</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>12</BUFR_width>
</BUFR>
<CREX>
<CREX_units>K</CREX_units>
<CREX_scale>1</CREX_scale>
<CREX_width>4</CREX_width>
</CREX>
</feature>
<feature ID="F0X12Y070">
<annotation>
<documentation>Warm load temperature</documentation>
</annotation>
<name>BT1_warmLoadTemp</name>
<F>0</F>
<X>12</X>
<Y>070</Y>
<BUFR>
<BUFR_units>K</BUFR_units>
<BUFR_scale>2</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>16</BUFR_width>
</BUFR>
<CREX>
<CREX_units>K</CREX_units>
<CREX_scale>2</CREX_scale>
<CREX_width>5</CREX_width>
</CREX>
</feature>
<feature ID="F0X12Y071">
<annotation>
<documentation>Coldest cluster temperature</documentation>
</annotation>
<name>BT1_minClusterTemp</name>
<F>0</F>
<X>12</X>
<Y>071</Y>
<BUFR>
<BUFR_units>K</BUFR_units>
<BUFR_scale>1</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>12</BUFR_width>
</BUFR>
<CREX>
<CREX_units>K</CREX_units>
<CREX_scale>1</CREX_scale>
<CREX_width>4</CREX_width>
</CREX>
</feature>
<feature ID="F0X12Y072">
<annotation>
<documentation>Radiance<p>
<a href="#B_class_12_2">Note 2</a>
</p>
</documentation>
</annotation>
<name>BT1_radiance</name>
<F>0</F>
<X>12</X>
<Y>072</Y>
<BUFR>
<BUFR_units>W m-2 sr-1</BUFR_units>
<BUFR_scale>6</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>31</BUFR_width>
</BUFR>
<CREX>
<CREX_units>W m-2sr-1</CREX_units>
<CREX_scale>6</CREX_scale>
<CREX_width>9</CREX_width>
</CREX>
</feature>
<feature ID="F0X12Y075">
<annotation>
<documentation>Spectral radiance</documentation>
</annotation>
<name>BT2_spectralRadiance</name>
<F>0</F>
<X>12</X>
<Y>075</Y>
<BUFR>
<BUFR_units>W m-3 sr-1</BUFR_units>
<BUFR_scale>-3</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>16</BUFR_width>
</BUFR>
<CREX>
<CREX_units>W m-3sr-1</CREX_units>
<CREX_scale>-3</CREX_scale>
<CREX_width>5</CREX_width>
</CREX>
</feature>
<feature ID="F0X12Y076">
<annotation>
<documentation>Radiance<p>
<a href="#B_class_12_2">Note 2</a>
</p>
</documentation>
</annotation>
<name>BT2_radiance</name>
<F>0</F>
<X>12</X>
<Y>076</Y>
<BUFR>
<BUFR_units>W m-2 sr-1</BUFR_units>
<BUFR_scale>3</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>16</BUFR_width>
</BUFR>
<CREX>
<CREX_units>W m-2sr-1</CREX_units>
<CREX_scale>3</CREX_scale>
<CREX_width>5</CREX_width>
</CREX>
</feature>
<feature ID="F0X12Y101">
<annotation>
<documentation>Temperature/dry-bulb temperature</documentation>
</annotation>
<name>BT2_DryBulbTemp</name>
<F>0</F>
<X>12</X>
<Y>101</Y>
<BUFR>
<BUFR_units>K</BUFR_units>
<BUFR_scale>2</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>16</BUFR_width>
</BUFR>
<CREX>
<CREX_units>°C</CREX_units>
<CREX_scale>2</CREX_scale>
<CREX_width>4</CREX_width>
</CREX>
</feature>
<feature ID="F0X12Y102">
<annotation>
<documentation>Wet-bulb temperature</documentation>
</annotation>
<name>BT2_WetBulbTemp</name>
<F>0</F>
<X>12</X>
<Y>102</Y>
<BUFR>
<BUFR_units>K</BUFR_units>
<BUFR_scale>2</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>16</BUFR_width>
</BUFR>
<CREX>
<CREX_units>°C</CREX_units>
<CREX_scale>2</CREX_scale>
<CREX_width>4</CREX_width>
</CREX>
</feature>
<feature ID="F0X12Y103">
<annotation>
<documentation>Dew-point temperature</documentation>
</annotation>
<name>BT2_DewPointTemp</name>
<F>0</F>
<X>12</X>
<Y>103</Y>
<BUFR>
<BUFR_units>K</BUFR_units>
<BUFR_scale>2</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>16</BUFR_width>
</BUFR>
<CREX>
<CREX_units>°C</CREX_units>
<CREX_scale>2</CREX_scale>
<CREX_width>4</CREX_width>
</CREX>
</feature>
<feature ID="F0X12Y104">
<annotation>
<documentation>Dry-bulb temperature at 2m</documentation>
</annotation>
<name>BTmDryBulbTemp</name>
<F>0</F>
<X>12</X>
<Y>104</Y>
<BUFR>
<BUFR_units>K</BUFR_units>
<BUFR_scale>2</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>16</BUFR_width>
</BUFR>
<CREX>
<CREX_units>°C</CREX_units>
<CREX_scale>2</CREX_scale>
<CREX_width>4</CREX_width>
</CREX>
</feature>
<feature ID="F0X12Y105">
<annotation>
<documentation>Web-bulb temperature at 2m</documentation>
</annotation>
<name>BTmWetBulbTemp</name>
<F>0</F>
<X>12</X>
<Y>105</Y>
<BUFR>
<BUFR_units>K</BUFR_units>
<BUFR_scale>2</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>16</BUFR_width>
</BUFR>
<CREX>
<CREX_units>°C</CREX_units>
<CREX_scale>2</CREX_scale>
<CREX_width>4</CREX_width>
</CREX>
</feature>
<feature ID="F0X12Y106">
<annotation>
<documentation>Dew-point temperature at 2m</documentation>
</annotation>
<name>BTmDewPointTemp</name>
<F>0</F>
<X>12</X>
<Y>106</Y>
<BUFR>
<BUFR_units>K</BUFR_units>
<BUFR_scale>2</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>16</BUFR_width>
</BUFR>
<CREX>
<CREX_units>°C</CREX_units>
<CREX_scale>2</CREX_scale>
<CREX_width>4</CREX_width>
</CREX>
</feature>
<feature ID="F0X12Y107">
<annotation>
<documentation>Virtual temperature</documentation>
</annotation>
<name>BT2_virtualTemp</name>
<F>0</F>
<X>12</X>
<Y>107</Y>
<BUFR>
<BUFR_units>K</BUFR_units>
<BUFR_scale>2</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>16</BUFR_width>
</BUFR>
<CREX>
<CREX_units>°C</CREX_units>
<CREX_scale>2</CREX_scale>
<CREX_width>4</CREX_width>
</CREX>
</feature>
<feature ID="F0X12Y111">
<annotation>
<documentation>Maximum temperature, at height and over period
specified <p>
<a href="#B_class_12_1">Note 1</a>
</p>
</documentation>
</annotation>
<name>BT2_maxTempOver</name>
<F>0</F>
<X>12</X>
<Y>111</Y>
<BUFR>
<BUFR_units>K</BUFR_units>
<BUFR_scale>2</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>16</BUFR_width>
</BUFR>
<CREX>
<CREX_units>°C</CREX_units>
<CREX_scale>2</CREX_scale>
<CREX_width>4</CREX_width>
</CREX>
</feature>
<feature ID="F0X12Y112">
<annotation>
<documentation>Minimum temperature, at height and over period
specified<p>
<a href="#B_class_12_1">Note 1</a>
</p>
</documentation>
</annotation>
<name>BT2_minTempOver</name>
<F>0</F>
<X>12</X>
<Y>112</Y>
<BUFR>
<BUFR_units>K</BUFR_units>
<BUFR_scale>2</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>16</BUFR_width>
</BUFR>
<CREX>
<CREX_units>°C</CREX_units>
<CREX_scale>2</CREX_scale>
<CREX_width>4</CREX_width>
</CREX>
</feature>
<feature ID="F0X12Y113">
<annotation>
<documentation>Ground minimum temperature, past 12 hours</documentation>
</annotation>
<name>BT2_groundMinTemp12hr</name>
<F>0</F>
<X>12</X>
<Y>113</Y>
<BUFR>
<BUFR_units>K</BUFR_units>
<BUFR_scale>2</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>16</BUFR_width>
</BUFR>
<CREX>
<CREX_units>°C</CREX_units>
<CREX_scale>2</CREX_scale>
<CREX_width>4</CREX_width>
</CREX>
</feature>
<feature ID="F0X12Y114">
<annotation>
<documentation>Maximum temperature at 2m, past 12 hours</documentation>
</annotation>
<name>BT2_maxTemp2m12hr</name>
<F>0</F>
<X>12</X>
<Y>114</Y>
<BUFR>
<BUFR_units>K</BUFR_units>
<BUFR_scale>2</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>16</BUFR_width>
</BUFR>
<CREX>
<CREX_units>°C</CREX_units>
<CREX_scale>2</CREX_scale>
<CREX_width>4</CREX_width>
</CREX>
</feature>
<feature ID="F0X12Y115">
<annotation>
<documentation>Minimum temperature at 2m, past 12 hours</documentation>
</annotation>
<name>BT2_minTemp2m12hr</name>
<F>0</F>
<X>12</X>
<Y>115</Y>
<BUFR>
<BUFR_units>K</BUFR_units>
<BUFR_scale>2</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>16</BUFR_width>
</BUFR>
<CREX>
<CREX_units>°C</CREX_units>
<CREX_scale>2</CREX_scale>
<CREX_width>4</CREX_width>
</CREX>
</feature>
<feature ID="F0X12Y116">
<annotation>
<documentation>Maximum temperature at 2m, past 24 hours</documentation>
</annotation>
<name>BT2_maxTemp2m24hr</name>
<F>0</F>
<X>12</X>
<Y>116</Y>
<BUFR>
<BUFR_units>K</BUFR_units>
<BUFR_scale>2</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>16</BUFR_width>
</BUFR>
<CREX>
<CREX_units>°C</CREX_units>
<CREX_scale>2</CREX_scale>
<CREX_width>4</CREX_width>
</CREX>
</feature>
<feature ID="F0X12Y117">
<annotation>
<documentation>Minimum temperature at 2m, past 24 hours</documentation>
</annotation>
<name>BT2_minTemp2m24hr</name>
<F>0</F>
<X>12</X>
<Y>117</Y>
<BUFR>
<BUFR_units>K</BUFR_units>
<BUFR_scale>2</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>16</BUFR_width>
</BUFR>
<CREX>
<CREX_units>°C</CREX_units>
<CREX_scale>2</CREX_scale>
<CREX_width>4</CREX_width>
</CREX>
</feature>
<feature ID="F0X12Y118">
<annotation>
<documentation>Maximum
temperature at height specified, past 24 hours<p>
<a href="#B_class_12_1">Note 1</a>
</p>
</documentation>
</annotation>
<name>BT2_maxTemp24m</name>
<F>0</F>
<X>12</X>
<Y>118</Y>
<BUFR>
<BUFR_units>K</BUFR_units>
<BUFR_scale>2</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>16</BUFR_width>
</BUFR>
<CREX>
<CREX_units>°C</CREX_units>
<CREX_scale>2</CREX_scale>
<CREX_width>4</CREX_width>
</CREX>
</feature>
<feature ID="F0X12Y119">
<annotation>
<documentation>Minimum
temperature at height specified, past 24 hours<p>
<a href="#B_class_12_1">Note 1</a>
</p>
</documentation>
</annotation>
<name>BT2_minTemp24m</name>
<F>0</F>
<X>12</X>
<Y>119</Y>
<BUFR>
<BUFR_units>K</BUFR_units>
<BUFR_scale>2</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>16</BUFR_width>
</BUFR>
<CREX>
<CREX_units>°C</CREX_units>
<CREX_scale>2</CREX_scale>
<CREX_width>4</CREX_width>
</CREX>
</feature>
<feature ID="F0X12Y121">
<annotation>
<documentation>Ground minimum temperature</documentation>
</annotation>
<name>BT2_groundMinTemp</name>
<F>0</F>
<X>12</X>
<Y>121</Y>
<BUFR>
<BUFR_units>K</BUFR_units>
<BUFR_scale>2</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>16</BUFR_width>
</BUFR>
<CREX>
<CREX_units>oC</CREX_units>
<CREX_scale>2</CREX_scale>
<CREX_width>4</CREX_width>
</CREX>
</feature>
<feature ID="F0X12Y122">
<annotation>
<documentation>Ground minimum temperature of the preceding night</documentation>
</annotation>
<name>BT2_nightGroundMinTemp</name>
<F>0</F>
<X>12</X>
<Y>122</Y>
<BUFR>
<BUFR_units>K</BUFR_units>
<BUFR_scale>2</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>16</BUFR_width>
</BUFR>
<CREX>
<CREX_units>oC</CREX_units>
<CREX_scale>2</CREX_scale>
<CREX_width>4</CREX_width>
</CREX>
</feature>
<feature ID="F0X12Y130">
<annotation>
<documentation>Soil temperature</documentation>
</annotation>
<name>BT2_soilTemp</name>
<F>0</F>
<X>12</X>
<Y>130</Y>
<BUFR>
<BUFR_units>K</BUFR_units>
<BUFR_scale>2</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>16</BUFR_width>
</BUFR>
<CREX>
<CREX_units>°C</CREX_units>
<CREX_scale>2</CREX_scale>
<CREX_width>4</CREX_width>
</CREX>
</feature>
<feature ID="F0X12Y151">
<annotation>
<documentation>Standard deviation of daily mean temperature</documentation>
</annotation>
<name>BT2_SEdailyMeanTemp</name>
<F>0</F>
<X>12</X>
<Y>151</Y>
<BUFR>
<BUFR_units>K</BUFR_units>
<BUFR_scale>2</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>12</BUFR_width>
</BUFR>
<CREX>
<CREX_units>°C</CREX_units>
<CREX_scale>2</CREX_scale>
<CREX_width>4</CREX_width>
</CREX>
</feature>
<feature ID="F0X12Y152">
<annotation>
<documentation>Highest daily mean temperature</documentation>
</annotation>
<name>BT2_maxDailymeanTemp</name>
<F>0</F>
<X>12</X>
<Y>152</Y>
<BUFR>
<BUFR_units>K</BUFR_units>
<BUFR_scale>2</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>16</BUFR_width>
</BUFR>
<CREX>
<CREX_units>°C</CREX_units>
<CREX_scale>2</CREX_scale>
<CREX_width>4</CREX_width>
</CREX>
</feature>
<feature ID="F0X12Y153">
<annotation>
<documentation>Lowest daily mean temperature</documentation>
</annotation>
<name>BT2_minDailymeanTemp</name>
<F>0</F>
<X>12</X>
<Y>153</Y>
<BUFR>
<BUFR_units>K</BUFR_units>
<BUFR_scale>2</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>16</BUFR_width>
</BUFR>
<CREX>
<CREX_units>°C</CREX_units>
<CREX_scale>2</CREX_scale>
<CREX_width>4</CREX_width>
</CREX>
</feature>
<feature ID="F0X12Y161">
<annotation>
<documentation>Skin temperature</documentation>
</annotation>
<name>BT2_skinTemp</name>
<F>0</F>
<X>12</X>
<Y>161</Y>
<BUFR>
<BUFR_units>K</BUFR_units>
<BUFR_scale>2</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>16</BUFR_width>
</BUFR>
<CREX>
<CREX_units>°C</CREX_units>
<CREX_scale>2</CREX_scale>
<CREX_width>4</CREX_width>
</CREX>
</feature>
<feature ID="F0X12Y162">
<annotation>
<documentation>Equivalent black body temperature</documentation>
</annotation>
<name>BT1_equivBlackBodyTemp</name>
<F>0</F>
<X>12</X>
<Y>162</Y>
<BUFR>
<BUFR_units>K</BUFR_units>
<BUFR_scale>2</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>16</BUFR_width>
</BUFR>
<CREX>
<CREX_units>°C</CREX_units>
<CREX_scale>2</CREX_scale>
<CREX_width>4</CREX_width>
</CREX>
</feature>
<feature ID="F0X12Y163">
<annotation>
<documentation>Brightness temperature</documentation>
</annotation>
<name>BT1_brightnessTemp</name>
<F>0</F>
<X>12</X>
<Y>163</Y>
<BUFR>
<BUFR_units>K</BUFR_units>
<BUFR_scale>2</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>16</BUFR_width>
</BUFR>
<CREX>
<CREX_units>°C</CREX_units>
<CREX_scale>2</CREX_scale>
<CREX_width>4</CREX_width>
</CREX>
</feature>
<feature ID="F0X12Y164">
<annotation>
<documentation>Instrument temperature</documentation>
</annotation>
<name>BT1_instrumentTemp</name>
<F>0</F>
<X>12</X>
<Y>164</Y>
<BUFR>
<BUFR_units>K</BUFR_units>
<BUFR_scale>2</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>16</BUFR_width>
</BUFR>
<CREX>
<CREX_units>K</CREX_units>
<CREX_scale>2</CREX_scale>
<CREX_width>5</CREX_width>
</CREX>
</feature>
<feature ID="F0X12Y171">
<annotation>
<documentation>Coldest cluster temperature</documentation>
</annotation>
<name>BT1_minClusterTemp</name>
<F>0</F>
<X>12</X>
<Y>171</Y>
<BUFR>
<BUFR_units>K</BUFR_units>
<BUFR_scale>2</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>16</BUFR_width>
</BUFR>
<CREX>
<CREX_units>K</CREX_units>
<CREX_scale>2</CREX_scale>
<CREX_width>5</CREX_width>
</CREX>
</feature>
<feature ID="F0X12Y180">
<annotation>
<documentation>Averaged 12 micron BT for all clear pixels at
Nadir</documentation>
</annotation>
<name>BT2_meanNadirBright12mu</name>
<F>0</F>
<X>12</X>
<Y>180</Y>
<BUFR>
<BUFR_units>K</BUFR_units>
<BUFR_scale>2</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>16</BUFR_width>
</BUFR>
<CREX>
<CREX_units>K</CREX_units>
<CREX_scale>2</CREX_scale>
<CREX_width>5</CREX_width>
</CREX>
</feature>
<feature ID="F0X12Y181">
<annotation>
<documentation>Averaged 11 micron BT for all clear pixels at
Nadir</documentation>
</annotation>
<name>BT2_meanNadirBright11mu</name>
<F>0</F>
<X>12</X>
<Y>181</Y>
<BUFR>
<BUFR_units>K</BUFR_units>
<BUFR_scale>2</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>16</BUFR_width>
</BUFR>
<CREX>
<CREX_units>K</CREX_units>
<CREX_scale>2</CREX_scale>
<CREX_width>5</CREX_width>
</CREX>
</feature>
<feature ID="F0X12Y182">
<annotation>
<documentation>Averaged 3.7 micron BT for all clear pixels at
Nadir</documentation>
</annotation>
<name>BT2_meanNadirBright3p7mu</name>
<F>0</F>
<X>12</X>
<Y>182</Y>
<BUFR>
<BUFR_units>K</BUFR_units>
<BUFR_scale>2</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>16</BUFR_width>
</BUFR>
<CREX>
<CREX_units>K</CREX_units>
<CREX_scale>2</CREX_scale>
<CREX_width>5</CREX_width>
</CREX>
</feature>
<feature ID="F0X12Y183">
<annotation>
<documentation>Averaged 12 micron BT for all clear pixels,
forward view</documentation>
</annotation>
<name>BT2_meanForwardBright12mu</name>
<F>0</F>
<X>12</X>
<Y>183</Y>
<BUFR>
<BUFR_units>K</BUFR_units>
<BUFR_scale>2</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>16</BUFR_width>
</BUFR>
<CREX>
<CREX_units>K</CREX_units>
<CREX_scale>2</CREX_scale>
<CREX_width>5</CREX_width>
</CREX>
</feature>
<feature ID="F0X12Y184">
<annotation>
<documentation>Averaged 11 micron BT for all clear pixels,
forward view</documentation>
</annotation>
<name>BT2_meanForwardBright11mu</name>
<F>0</F>
<X>12</X>
<Y>184</Y>
<BUFR>
<BUFR_units>K</BUFR_units>
<BUFR_scale>2</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>16</BUFR_width>
</BUFR>
<CREX>
<CREX_units>K</CREX_units>
<CREX_scale>2</CREX_scale>
<CREX_width>5</CREX_width>
</CREX>
</feature>
<feature ID="F0X12Y185">
<annotation>
<documentation>Averaged 3.7 micron BT for all clear pixels,
forward view</documentation>
</annotation>
<name>BT2_meanForwardBright3p7mu</name>
<F>0</F>
<X>12</X>
<Y>185</Y>
<BUFR>
<BUFR_units>K</BUFR_units>
<BUFR_scale>2</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>16</BUFR_width>
</BUFR>
<CREX>
<CREX_units>K</CREX_units>
<CREX_scale>2</CREX_scale>
<CREX_width>5</CREX_width>
</CREX>
</feature>
<feature ID="F0X12Y186">
<annotation>
<documentation>Mean Nadir sea surface temperature</documentation>
</annotation>
<name>BT2_meanNadirSST</name>
<F>0</F>
<X>12</X>
<Y>186</Y>
<BUFR>
<BUFR_units>K</BUFR_units>
<BUFR_scale>2</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>16</BUFR_width>
</BUFR>
<CREX>
<CREX_units>K</CREX_units>
<CREX_scale>2</CREX_scale>
<CREX_width>5</CREX_width>
</CREX>
</feature>
<feature ID="F0X12Y187">
<annotation>
<documentation>Mean dual view sea surface temperature</documentation>
</annotation>
<name>BT2_meanDualViewSST</name>
<F>0</F>
<X>12</X>
<Y>187</Y>
<BUFR>
<BUFR_units>K</BUFR_units>
<BUFR_scale>2</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>16</BUFR_width>
</BUFR>
<CREX>
<CREX_units>K</CREX_units>
<CREX_scale>2</CREX_scale>
<CREX_width>5</CREX_width>
</CREX>
</feature>
<feature ID="F0X12Y188">
<annotation>
<documentation>Interpolated 23.8 GHz brightness T from MWR</documentation>
</annotation>
<name>BT2_MWR_Bright23p8GHz</name>
<F>0</F>
<X>12</X>
<Y>188</Y>
<BUFR>
<BUFR_units>K</BUFR_units>
<BUFR_scale>2</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>16</BUFR_width>
</BUFR>
<CREX>
<CREX_units>K</CREX_units>
<CREX_scale>2</CREX_scale>
<CREX_width>5</CREX_width>
</CREX>
</feature>
<feature ID="F0X12Y189">
<annotation>
<documentation>Interpolated 36.5 GHz brightness T from MWR</documentation>
</annotation>
<name>BT2_MWR_Bright36p5GHz</name>
<F>0</F>
<X>12</X>
<Y>189</Y>
<BUFR>
<BUFR_units>K</BUFR_units>
<BUFR_scale>2</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>16</BUFR_width>
</BUFR>
<CREX>
<CREX_units>K</CREX_units>
<CREX_scale>2</CREX_scale>
<CREX_width>5</CREX_width>
</CREX>
</feature>
<note ID="B_class_12_1">
<note>
<p>(1) Where
the expression "at height and over period specified" is entered under ELEMENT
NAME, an appropriate vertical location shall be specified using descriptors
from class 07, together with an appropriate period using descriptors from class
04.</p>
</note>
</note>
<note ID="B_class_12_2">
<note>
<p>(2) Descriptor 0 12 076 should be used
instead of descriptor 0 12 072 to encode radiance.</p>
</note>
</note>
</featureCatalogue>
<featureCatalogue ID="F0X13">
<catalogueName prefix=" BHy_">Class 13 - Hygrographic
and hydrological elements </catalogueName>
<annotation>
<documentation>
<p>See reference in </p>
</documentation>
</annotation>
<feature ID="F0X13Y001">
<annotation>
<documentation>Specific humidity</documentation>
</annotation>
<name>BHy_specificHumidity</name>
<F>0</F>
<X>13</X>
<Y>001</Y>
<BUFR>
<BUFR_units>kg kg-1</BUFR_units>
<BUFR_scale>5</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>14</BUFR_width>
</BUFR>
<CREX>
<CREX_units>kg kg-1</CREX_units>
<CREX_scale>5</CREX_scale>
<CREX_width>5</CREX_width>
</CREX>
</feature>
<feature ID="F0X13Y002">
<annotation>
<documentation>Mixing ratio</documentation>
</annotation>
<name>BHy_mixingRatio</name>
<F>0</F>
<X>13</X>
<Y>002</Y>
<BUFR>
<BUFR_units>kg kg-1</BUFR_units>
<BUFR_scale>5</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>14</BUFR_width>
</BUFR>
<CREX>
<CREX_units>kg kg-1</CREX_units>
<CREX_scale>5</CREX_scale>
<CREX_width>5</CREX_width>
</CREX>
</feature>
<feature ID="F0X13Y003">
<annotation>
<documentation>Relative humidity</documentation>
</annotation>
<name>BHy_relativeHumidity_1</name>
<F>0</F>
<X>13</X>
<Y>003</Y>
<BUFR>
<BUFR_units>%</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>7</BUFR_width>
</BUFR>
<CREX>
<CREX_units>%</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>3</CREX_width>
</CREX>
</feature>
<feature ID="F0X13Y004">
<annotation>
<documentation>Vapour pressure</documentation>
</annotation>
<name>BHy_vapourPressure</name>
<F>0</F>
<X>13</X>
<Y>004</Y>
<BUFR>
<BUFR_units>Pa</BUFR_units>
<BUFR_scale>-1</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>10</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Pa</CREX_units>
<CREX_scale>-1</CREX_scale>
<CREX_width>4</CREX_width>
</CREX>
</feature>
<feature ID="F0X13Y005">
<annotation>
<documentation>Vapour density</documentation>
</annotation>
<name>BHy_vaourDensity</name>
<F>0</F>
<X>13</X>
<Y>005</Y>
<BUFR>
<BUFR_units>kg m-3</BUFR_units>
<BUFR_scale>3</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>7</BUFR_width>
</BUFR>
<CREX>
<CREX_units>kg m-3</CREX_units>
<CREX_scale>3</CREX_scale>
<CREX_width>3</CREX_width>
</CREX>
</feature>
<feature ID="F0X13Y006">
<annotation>
<documentation>Mixing heights</documentation>
</annotation>
<name>BHy_mixingHeights</name>
<F>0</F>
<X>13</X>
<Y>006</Y>
<BUFR>
<BUFR_units>M</BUFR_units>
<BUFR_scale>-1</BUFR_scale>
<BUFR_reference>-40</BUFR_reference>
<BUFR_width>16</BUFR_width>
</BUFR>
<CREX>
<CREX_units>m</CREX_units>
<CREX_scale>-1</CREX_scale>
<CREX_width>5</CREX_width>
</CREX>
</feature>
<feature ID="F0X13Y007">
<annotation>
<documentation>Minimum relative humidity</documentation>
</annotation>
<name>BHy_minRelativeHumidity</name>
<F>0</F>
<X>13</X>
<Y>007</Y>
<BUFR>
<BUFR_units>%</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>7</BUFR_width>
</BUFR>
<CREX>
<CREX_units>%</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>3</CREX_width>
</CREX>
</feature>
<feature ID="F0X13Y008">
<annotation>
<documentation>Maximum relative humidity</documentation>
</annotation>
<name>BHy_maxRelativeHumidity</name>
<F>0</F>
<X>13</X>
<Y>008</Y>
<BUFR>
<BUFR_units>%</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>7</BUFR_width>
</BUFR>
<CREX>
<CREX_units>%</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>3</CREX_width>
</CREX>
</feature>
<feature ID="F0X13Y009">
<annotation>
<documentation>Relative humidity<p>
<a href="#B_class_13_6">Note 6</a>
</p>
</documentation>
</annotation>
<name>BHy_relativeHumidity_2</name>
<F>0</F>
<X>13</X>
<Y>009</Y>
<BUFR>
<BUFR_units>%</BUFR_units>
<BUFR_scale>1</BUFR_scale>
<BUFR_reference>-1000</BUFR_reference>
<BUFR_width>12</BUFR_width>
</BUFR>
<CREX>
<CREX_units>%</CREX_units>
<CREX_scale>1</CREX_scale>
<CREX_width>4</CREX_width>
</CREX>
</feature>
<feature ID="F0X13Y011">
<annotation>
<documentation>Total precipitation/total water equivalent<p>
<a href="#B_class_13_1">Note 1</a>
</p>
</documentation>
</annotation>
<name>BHy_totalPrecip</name>
<F>0</F>
<X>13</X>
<Y>011</Y>
<BUFR>
<BUFR_units>kg m-2</BUFR_units>
<BUFR_scale>1</BUFR_scale>
<BUFR_reference>-1</BUFR_reference>
<BUFR_width>14</BUFR_width>
</BUFR>
<CREX>
<CREX_units>kg m-2</CREX_units>
<CREX_scale>1</CREX_scale>
<CREX_width>5</CREX_width>
</CREX>
</feature>
<feature ID="F0X13Y012">
<annotation>
<documentation>Depth of fresh snow<p>
<a href="#B_class_13_2">Note 2</a>
</p>
</documentation>
</annotation>
<name>BHy_depthFreshSnow</name>
<F>0</F>
<X>13</X>
<Y>012</Y>
<BUFR>
<BUFR_units>m</BUFR_units>
<BUFR_scale>2</BUFR_scale>
<BUFR_reference>-2</BUFR_reference>
<BUFR_width>12</BUFR_width>
</BUFR>
<CREX>
<CREX_units>m</CREX_units>
<CREX_scale>2</CREX_scale>
<CREX_width>4</CREX_width>
</CREX>
</feature>
<feature ID="F0X13Y013">
<annotation>
<documentation>Total snow depth<p>
<a href="#B_class_13_2">Note 2</a>
</p>
</documentation>
</annotation>
<name>BHy_totalSnowDepth</name>
<F>0</F>
<X>13</X>
<Y>013</Y>
<BUFR>
<BUFR_units>m</BUFR_units>
<BUFR_scale>2</BUFR_scale>
<BUFR_reference>-2</BUFR_reference>
<BUFR_width>16</BUFR_width>
</BUFR>
<CREX>
<CREX_units>m</CREX_units>
<CREX_scale>2</CREX_scale>
<CREX_width>5</CREX_width>
</CREX>
</feature>
<feature ID="F0X13Y014">
<annotation>
<documentation>Rainfall/water equivalent of snow (averaged
rate)</documentation>
</annotation>
<name>BHy_snowWaterEquivalent</name>
<F>0</F>
<X>13</X>
<Y>014</Y>
<BUFR>
<BUFR_units>kg m-2 s-1</BUFR_units>
<BUFR_scale>4</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>12</BUFR_width>
</BUFR>
<CREX>
<CREX_units>kg m-2
s-1</CREX_units>
<CREX_scale>4</CREX_scale>
<CREX_width>4</CREX_width>
</CREX>
</feature>
<feature ID="F0X13Y015">
<annotation>
<documentation>Snowfall (averaged rate)</documentation>
</annotation>
<name>BHy_snowfallRate</name>
<F>0</F>
<X>13</X>
<Y>015</Y>
<BUFR>
<BUFR_units>m s-1</BUFR_units>
<BUFR_scale>7</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>12</BUFR_width>
</BUFR>
<CREX>
<CREX_units>m s-1</CREX_units>
<CREX_scale>7</CREX_scale>
<CREX_width>4</CREX_width>
</CREX>
</feature>
<feature ID="F0X13Y016">
<annotation>
<documentation>Precipitable water</documentation>
</annotation>
<name>BHy_precipitableWater</name>
<F>0</F>
<X>13</X>
<Y>016</Y>
<BUFR>
<BUFR_units>kg m-2</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>7</BUFR_width>
</BUFR>
<CREX>
<CREX_units>kg m-2</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>3</CREX_width>
</CREX>
</feature>
<feature ID="F0X13Y019">
<annotation>
<documentation>Total precipitation past 1 hour<p>
<a href="#B_class_13_1">Note 1</a>
</p>
</documentation>
</annotation>
<name>BHy_totalPrecip_1hr</name>
<F>0</F>
<X>13</X>
<Y>019</Y>
<BUFR>
<BUFR_units>kg m-2</BUFR_units>
<BUFR_scale>1</BUFR_scale>
<BUFR_reference>-1</BUFR_reference>
<BUFR_width>14</BUFR_width>
</BUFR>
<CREX>
<CREX_units>kg m-2</CREX_units>
<CREX_scale>1</CREX_scale>
<CREX_width>4</CREX_width>
</CREX>
</feature>
<feature ID="F0X13Y020">
<annotation>
<documentation>Total precipitation past 3 hours<p>
<a href="#B_class_13_1">Note 1</a>
</p>
</documentation>
</annotation>
<name>BHy_totalPrecip_3hr</name>
<F>0</F>
<X>13</X>
<Y>020</Y>
<BUFR>
<BUFR_units>kg m-2</BUFR_units>
<BUFR_scale>1</BUFR_scale>
<BUFR_reference>-1</BUFR_reference>
<BUFR_width>14</BUFR_width>
</BUFR>
<CREX>
<CREX_units>kg m-2</CREX_units>
<CREX_scale>1</CREX_scale>
<CREX_width>5</CREX_width>
</CREX>
</feature>
<feature ID="F0X13Y021">
<annotation>
<documentation>Total precipitation past 6 hours<p>
<a href="#B_class_13_1">Note 1</a>
</p>
</documentation>
</annotation>
<name>BHy_totalPrecip_6hr</name>
<F>0</F>
<X>13</X>
<Y>021</Y>
<BUFR>
<BUFR_units>kg m-2</BUFR_units>
<BUFR_scale>1</BUFR_scale>
<BUFR_reference>-1</BUFR_reference>
<BUFR_width>14</BUFR_width>
</BUFR>
<CREX>
<CREX_units>kg m-2</CREX_units>
<CREX_scale>1</CREX_scale>
<CREX_width>5</CREX_width>
</CREX>
</feature>
<feature ID="F0X13Y022">
<annotation>
<documentation>Total precipitation past 12 hours<p>
<a href="#B_class_13_1">Note 1</a>
</p>
</documentation>
</annotation>
<name>BHy_totalPrecip_12hr</name>
<F>0</F>
<X>13</X>
<Y>022</Y>
<BUFR>
<BUFR_units>kg m-2</BUFR_units>
<BUFR_scale>1</BUFR_scale>
<BUFR_reference>-1</BUFR_reference>
<BUFR_width>14</BUFR_width>
</BUFR>
<CREX>
<CREX_units>kg m-2</CREX_units>
<CREX_scale>1</CREX_scale>
<CREX_width>5</CREX_width>
</CREX>
</feature>
<feature ID="F0X13Y023">
<annotation>
<documentation>Total precipitation past 24 hours<p>
<a href="#B_class_13_1">Note 1</a>
</p>
</documentation>
</annotation>
<name>BHy_totalPrecip_24hr</name>
<F>0</F>
<X>13</X>
<Y>023</Y>
<BUFR>
<BUFR_units>kg m-2</BUFR_units>
<BUFR_scale>1</BUFR_scale>
<BUFR_reference>-1</BUFR_reference>
<BUFR_width>14</BUFR_width>
</BUFR>
<CREX>
<CREX_units>kg m-2</CREX_units>
<CREX_scale>1</CREX_scale>
<CREX_width>5</CREX_width>
</CREX>
</feature>
<feature ID="F0X13Y031">
<annotation>
<documentation>Evapotranspiration</documentation>
</annotation>
<name>BHy_evapo-Ttranspiration_1</name>
<F>0</F>
<X>13</X>
<Y>031</Y>
<BUFR>
<BUFR_units>kg m-2</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>7</BUFR_width>
</BUFR>
<CREX>
<CREX_units>kg m-2</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>3</CREX_width>
</CREX>
</feature>
<feature ID="F0X13Y032">
<annotation>
<documentation>Evaporation/evapotranspiration<p>
<a href="#B_class_13_5">Note 5</a>
</p>
</documentation>
</annotation>
<name>BHy_evapo-Ttranspiration_2</name>
<F>0</F>
<X>13</X>
<Y>032</Y>
<BUFR>
<BUFR_units>kg m-2</BUFR_units>
<BUFR_scale>1</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>8</BUFR_width>
</BUFR>
<CREX>
<CREX_units>kg m-2</CREX_units>
<CREX_scale>1</CREX_scale>
<CREX_width>3</CREX_width>
</CREX>
</feature>
<feature ID="F0X13Y033">
<annotation>
<documentation>Evaporation/evapotranspiration<p>
<a href="#B_class_13_5">Note 5</a>
</p>
</documentation>
</annotation>
<name>BHy_evapo-Ttranspiration_3</name>
<F>0</F>
<X>13</X>
<Y>033</Y>
<BUFR>
<BUFR_units>kg m-2</BUFR_units>
<BUFR_scale>1</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>10</BUFR_width>
</BUFR>
<CREX>
<CREX_units>kg m-2</CREX_units>
<CREX_scale>1</CREX_scale>
<CREX_width>4</CREX_width>
</CREX>
</feature>
<feature ID="F0X13Y038">
<annotation>
<documentation>Superadiabatic indicator</documentation>
</annotation>
<name>BHy_superadiabat</name>
<F>0</F>
<X>13</X>
<Y>038</Y>
<BUFR>
<BUFR_units>Code table</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>2</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Code
table</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>1</CREX_width>
</CREX>
</feature>
<feature ID="F0X13Y039">
<annotation>
<documentation>Terrain type (ice/snow)</documentation>
</annotation>
<name>BHy_terrainType</name>
<F>0</F>
<X>13</X>
<Y>039</Y>
<BUFR>
<BUFR_units>Code table</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>3</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Code
table</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>1</CREX_width>
</CREX>
</feature>
<feature ID="F0X13Y040">
<annotation>
<documentation>Surface flag</documentation>
</annotation>
<name>BHy_surfaceCode</name>
<F>0</F>
<X>13</X>
<Y>040</Y>
<BUFR>
<BUFR_units>Code table</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>4</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Code
table</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>2</CREX_width>
</CREX>
</feature>
<feature ID="F0X13Y041">
<annotation>
<documentation>Pasquill-Gifford stability category</documentation>
</annotation>
<name>BHy_pasquillStability</name>
<F>0</F>
<X>13</X>
<Y>041</Y>
<BUFR>
<BUFR_units>Code table</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>4</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Code
table</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>2</CREX_width>
</CREX>
</feature>
<feature ID="F0X13Y042">
<annotation>
<documentation>Parcel lifted index (to 500 hPa)<p>
<a href="#B_class_13_3">Note 3</a>
</p>
<p>
<a href="#B_class_13_4">Note 4</a>
</p>
</documentation>
</annotation>
<name>BHy_500hPaParcelLiftedIndex</name>
<F>0</F>
<X>13</X>
<Y>042</Y>
<BUFR>
<BUFR_units>K</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>-20</BUFR_reference>
<BUFR_width>6</BUFR_width>
</BUFR>
<CREX>
<CREX_units>K</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>2</CREX_width>
</CREX>
</feature>
<feature ID="F0X13Y043">
<annotation>
<documentation>Best lifted index (to 500 hPa)<p>
<a href="#B_class_13_3">Note 3</a>
</p>
<p>
<a href="#B_class_13_4">Note 4</a>
</p>
</documentation>
</annotation>
<name>BHy_500hPaBestliftedIndex</name>
<F>0</F>
<X>13</X>
<Y>043</Y>
<BUFR>
<BUFR_units>K</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>-20</BUFR_reference>
<BUFR_width>6</BUFR_width>
</BUFR>
<CREX>
<CREX_units>K</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>2</CREX_width>
</CREX>
</feature>
<feature ID="F0X13Y044">
<annotation>
<documentation>K index</documentation>
</annotation>
<name>BHy_K_Index</name>
<F>0</F>
<X>13</X>
<Y>044</Y>
<BUFR>
<BUFR_units>K</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>-30</BUFR_reference>
<BUFR_width>8</BUFR_width>
</BUFR>
<CREX>
<CREX_units>K</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>3</CREX_width>
</CREX>
</feature>
<feature ID="F0X13Y045">
<annotation>
<documentation>KO index</documentation>
</annotation>
<name>BHy_KO_Index</name>
<F>0</F>
<X>13</X>
<Y>045</Y>
<BUFR>
<BUFR_units>K</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>-30</BUFR_reference>
<BUFR_width>8</BUFR_width>
</BUFR>
<CREX>
<CREX_units>K</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>3</CREX_width>
</CREX>
</feature>
<feature ID="F0X13Y046">
<annotation>
<documentation>Maximum buoyancy</documentation>
</annotation>
<name>BHy_maxBuoyancy</name>
<F>0</F>
<X>13</X>
<Y>046</Y>
<BUFR>
<BUFR_units>K</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>-30</BUFR_reference>
<BUFR_width>8</BUFR_width>
</BUFR>
<CREX>
<CREX_units>K</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>3</CREX_width>
</CREX>
</feature>
<feature ID="F0X13Y047">
<annotation>
<documentation>Modified Showalter stability index <p>
<a href="#B_class_13_7">Note 7</a>
</p>
</documentation>
</annotation>
<name>BHy_showalterIndex</name>
<F>0</F>
<X>13</X>
<Y>047</Y>
<BUFR>
<BUFR_units>K</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>-60</BUFR_reference>
<BUFR_width>6</BUFR_width>
</BUFR>
<CREX>
<CREX_units>°C</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>2</CREX_width>
</CREX>
</feature>
<feature ID="F0X13Y051">
<annotation>
<documentation>Frequency group, precipitation</documentation>
</annotation>
<name>BHy_freqGroupPrecip</name>
<F>0</F>
<X>13</X>
<Y>051</Y>
<BUFR>
<BUFR_units>Code table</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>4</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Code
table</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>2</CREX_width>
</CREX>
</feature>
<feature ID="F0X13Y052">
<annotation>
<documentation>Highest daily amount of precipitation</documentation>
</annotation>
<name>BHy_maxDailyPrecipAmount</name>
<F>0</F>
<X>13</X>
<Y>052</Y>
<BUFR>
<BUFR_units>kg m-2</BUFR_units>
<BUFR_scale>1</BUFR_scale>
<BUFR_reference>-1</BUFR_reference>
<BUFR_width>14</BUFR_width>
</BUFR>
<CREX>
<CREX_units>kg m-2</CREX_units>
<CREX_scale>1</CREX_scale>
<CREX_width>5</CREX_width>
</CREX>
</feature>
<feature ID="F0X13Y055">
<annotation>
<documentation>Intensity of precipitation</documentation>
</annotation>
<name>BHy_precipIntensity</name>
<F>0</F>
<X>13</X>
<Y>055</Y>
<BUFR>
<BUFR_units>Kg m-2 s-1</BUFR_units>
<BUFR_scale>4</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>8</BUFR_width>
</BUFR>
<CREX>
<CREX_units>mm h-1</CREX_units>
<CREX_scale>1</CREX_scale>
<CREX_width>4</CREX_width>
</CREX>
</feature>
<feature ID="F0X13Y056">
<annotation>
<documentation>Character and intensity of precipitation</documentation>
</annotation>
<name>BHy_precipIntensityCharacter</name>
<F>0</F>
<X>13</X>
<Y>056</Y>
<BUFR>
<BUFR_units>Code table</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>4</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Code table</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>2</CREX_width>
</CREX>
</feature>
<feature ID="F0X13Y057">
<annotation>
<documentation>Time of beginning or end of precipitation</documentation>
</annotation>
<name>BHy_beginEndPrecip</name>
<F>0</F>
<X>13</X>
<Y>057</Y>
<BUFR>
<BUFR_units>Code table</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>4</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Code table</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>2</CREX_width>
</CREX>
</feature>
<feature ID="F0X13Y058">
<annotation>
<documentation>Size of precipitating element</documentation>
</annotation>
<name>BHy_precipElementSize</name>
<F>0</F>
<X>13</X>
<Y>058</Y>
<BUFR>
<BUFR_units>m</BUFR_units>
<BUFR_scale>4</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>7</BUFR_width>
</BUFR>
<CREX>
<CREX_units>mm</CREX_units>
<CREX_scale>1</CREX_scale>
<CREX_width>3</CREX_width>
</CREX>
</feature>
<feature ID="F0X13Y059">
<annotation>
<documentation>Number of flashes (thunderstorm)</documentation>
</annotation>
<name>BHy_numLightningFlash</name>
<F>0</F>
<X>13</X>
<Y>059</Y>
<BUFR>
<BUFR_units>Numeric</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>7</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Numeric</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>3</CREX_width>
</CREX>
</feature>
<feature ID="F0X13Y060">
<annotation>
<documentation>Total accumulated precipitation</documentation>
</annotation>
<name>BHy_totalAccumPrecip</name>
<F>0</F>
<X>13</X>
<Y>060</Y>
<BUFR>
<BUFR_units>kg m-2</BUFR_units>
<BUFR_scale>1</BUFR_scale>
<BUFR_reference>-1</BUFR_reference>
<BUFR_width>17</BUFR_width>
</BUFR>
<CREX>
<CREX_units>kg m-2</CREX_units>
<CREX_scale>1</CREX_scale>
<CREX_width>5</CREX_width>
</CREX>
</feature>
<feature ID="F0X13Y071">
<annotation>
<documentation>Upstream water level</documentation>
</annotation>
<name>BHy_upstreamWaterLevel</name>
<F>0</F>
<X>13</X>
<Y>071</Y>
<BUFR>
<BUFR_units>m</BUFR_units>
<BUFR_scale>2</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>14</BUFR_width>
</BUFR>
<CREX>
<CREX_units>m</CREX_units>
<CREX_scale>2</CREX_scale>
<CREX_width>4</CREX_width>
</CREX>
</feature>
<feature ID="F0X13Y072">
<annotation>
<documentation>Downstream water level</documentation>
</annotation>
<name>BHy_downstreamWaterLevel</name>
<F>0</F>
<X>13</X>
<Y>072</Y>
<BUFR>
<BUFR_units>m</BUFR_units>
<BUFR_scale>2</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>14</BUFR_width>
</BUFR>
<CREX>
<CREX_units>m</CREX_units>
<CREX_scale>2</CREX_scale>
<CREX_width>4</CREX_width>
</CREX>
</feature>
<feature ID="F0X13Y073">
<annotation>
<documentation>Maximum water level</documentation>
</annotation>
<name>BHy_maxWaterLevel</name>
<F>0</F>
<X>13</X>
<Y>073</Y>
<BUFR>
<BUFR_units>m</BUFR_units>
<BUFR_scale>2</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>14</BUFR_width>
</BUFR>
<CREX>
<CREX_units>m</CREX_units>
<CREX_scale>2</CREX_scale>
<CREX_width>4</CREX_width>
</CREX>
</feature>
<feature ID="F0X13Y080">
<annotation>
<documentation>Water pH</documentation>
</annotation>
<name>BHy_water_pH</name>
<F>0</F>
<X>13</X>
<Y>080</Y>
<BUFR>
<BUFR_units>pH unit</BUFR_units>
<BUFR_scale>1</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>10</BUFR_width>
</BUFR>
<CREX>
<CREX_units>pH unit</CREX_units>
<CREX_scale>1</CREX_scale>
<CREX_width>3</CREX_width>
</CREX>
</feature>
<feature ID="F0X13Y081">
<annotation>
<documentation>Water conductivity</documentation>
</annotation>
<name>BHy_waterCondictivity</name>
<F>0</F>
<X>13</X>
<Y>081</Y>
<BUFR>
<BUFR_units>Siemens m-1</BUFR_units>
<BUFR_scale>3</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>14</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Siemens
m-1</CREX_units>
<CREX_scale>3</CREX_scale>
<CREX_width>4</CREX_width>
</CREX>
</feature>
<feature ID="F0X13Y082">
<annotation>
<documentation>Water temperature</documentation>
</annotation>
<name>BHy_waterTemp</name>
<F>0</F>
<X>13</X>
<Y>082</Y>
<BUFR>
<BUFR_units>K</BUFR_units>
<BUFR_scale>1</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>12</BUFR_width>
</BUFR>
<CREX>
<CREX_units>K</CREX_units>
<CREX_scale>1</CREX_scale>
<CREX_width>4</CREX_width>
</CREX>
</feature>
<feature ID="F0X13Y083">
<annotation>
<documentation>Dissolved oxygen</documentation>
</annotation>
<name>BHy_dissolvedO2</name>
<F>0</F>
<X>13</X>
<Y>083</Y>
<BUFR>
<BUFR_units>Kg m-3</BUFR_units>
<BUFR_scale>6</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>15</BUFR_width>
</BUFR>
<CREX>
<CREX_units>kg m-3</CREX_units>
<CREX_scale>6</CREX_scale>
<CREX_width>5</CREX_width>
</CREX>
</feature>
<feature ID="F0X13Y084">
<annotation>
<documentation>Turbidity</documentation>
</annotation>
<name>BHy_turbidity</name>
<F>0</F>
<X>13</X>
<Y>084</Y>
<BUFR>
<BUFR_units>Lumen</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>14</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Lumen</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>4</CREX_width>
</CREX>
</feature>
<feature ID="F0X13Y085">
<annotation>
<documentation>Oxydation Reduction Potential (ORP)</documentation>
</annotation>
<name>BHy_O2_reductionPotential</name>
<F>0</F>
<X>13</X>
<Y>085</Y>
<BUFR>
<BUFR_units>V</BUFR_units>
<BUFR_scale>3</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>14</BUFR_width>
</BUFR>
<CREX>
<CREX_units>V</CREX_units>
<CREX_scale>3</CREX_scale>
<CREX_width>4</CREX_width>
</CREX>
</feature>
<feature ID="F0X13Y090">
<annotation>
<documentation>Radiometer water vapour content</documentation>
</annotation>
<name>BHy_radiometerWaterVapour</name>
<F>0</F>
<X>13</X>
<Y>090</Y>
<BUFR>
<BUFR_units>Kgm-2</BUFR_units>
<BUFR_scale>1</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>10</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Kgm-2</CREX_units>
<CREX_scale>1</CREX_scale>
<CREX_width>4</CREX_width>
</CREX>
</feature>
<feature ID="F0X13Y091">
<annotation>
<documentation>Radiometer liquid
content</documentation>
</annotation>
<name>BHy_radiometerLiquidWater</name>
<F>0</F>
<X>13</X>
<Y>091</Y>
<BUFR>
<BUFR_units>Kgm-2</BUFR_units>
<BUFR_scale>2</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>8</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Kgm-2</CREX_units>
<CREX_scale>2</CREX_scale>
<CREX_width>3</CREX_width>
</CREX>
</feature>
<feature ID="F0X13Y093">
<annotation>
<documentation>Cloud optical thickness</documentation>
</annotation>
<name>BHy_cloudOpticalThickness</name>
<F>0</F>
<X>13</X>
<Y>093</Y>
<BUFR>
<BUFR_units>Numeric</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>8</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Numeric</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>3</CREX_width>
</CREX>
</feature>
<feature ID="F0X13Y095">
<annotation>
<documentation>Total column water vapour</documentation>
</annotation>
<name>BHy_totalColumnWaterVapour</name>
<F>0</F>
<X>13</X>
<Y>095</Y>
<BUFR>
<BUFR_units>Kgm-2</BUFR_units>
<BUFR_scale>4</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>19</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Kgm-2</CREX_units>
<CREX_scale>4</CREX_scale>
<CREX_width>6</CREX_width>
</CREX>
</feature>
<feature ID="F0X13Y096">
<annotation>
<documentation>MWR water vapour content</documentation>
</annotation>
<name>BHy_MWRwaterVapour</name>
<F>0</F>
<X>13</X>
<Y>096</Y>
<BUFR>
<BUFR_units>Kgm-2</BUFR_units>
<BUFR_scale>2</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>14</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Kgm-2</CREX_units>
<CREX_scale>2</CREX_scale>
<CREX_width>5</CREX_width>
</CREX>
</feature>
<feature ID="F0X13Y097">
<annotation>
<documentation>MWR liquid water content</documentation>
</annotation>
<name>BHy_MWRliquidWater</name>
<F>0</F>
<X>13</X>
<Y>097</Y>
<BUFR>
<BUFR_units>Kgm-2</BUFR_units>
<BUFR_scale>2</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>14</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Kgm-2</CREX_units>
<CREX_scale>2</CREX_scale>
<CREX_width>5</CREX_width>
</CREX>
</feature>
<feature ID="F0X13Y098">
<annotation>
<documentation>Integrated water vapour density</documentation>
</annotation>
<name>BHy_integratedWaterVapourDensity</name>
<F>0</F>
<X>13</X>
<Y>098</Y>
<BUFR>
<BUFR_units>Kgm-2</BUFR_units>
<BUFR_scale>8</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>30</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Kgm-2</CREX_units>
<CREX_scale>8</CREX_scale>
<CREX_width>10</CREX_width>
</CREX>
</feature>
<note ID="B_class_13_1">
<note>
<p>(1) A precipitation
value of -0.1kg m<sup>-2</sup> before scaling (-1 after scaling or in CREX)
shall indicate a "trace" (non-measurable, less than 0.05 kg m<sup>-2</sup>).</p>
</note>
</note>
<note ID="B_class_13_2">
<note>
<p>(2) A
snow depth value of -0.01 m before scaling (-1 after scaling or in CREX) shall
indicate a little (less than 0.005 m) snow. A value of -0.02 m (-2 after
scaling or in CREX) shall indicate "snow cover not continuous".</p>
</note>
</note>
<note ID="B_class_13_3">
<note>
<p>(3) The
"parcel lifted index" (as defined in the International Meteorological
Vocabulary (WMO-No. 182) under the listing "lifted index") is defined as the
temperature difference between the ambient 500 hPa temperature (T500) and that
of a parcel of air lifted from the surface (Tparcel) following the dry and
moist adiabatic process. Negative values of (T500 - Tparcel) suggest
instability. The "best lifted index" is defined as the most unstable of a
collection of parcel lifted indices, with parcel initial conditions defined for
a collection of 30 hPa thick layers stacked one upon the other with the lowest
resting on the ground. Commonly four to six such layers are used in the
calculation.</p>
</note>
</note>
<note ID="B_class_13_4">
<note>
<p>(4) Since
the two lifted indices (042 and 043) are defined as temperature differences,
they may take on negative values, even though the units are kelvin; hence the
non-zero reference value.</p>
</note>
</note>
<note ID="B_class_13_5">
<note>
<p>(5) Descriptor
0 13 033 should be used instead of descriptor 0 13 032 to encode
evaporation/evapotranspiration.</p>
</note>
</note>
<note ID="B_class_13_6">
<note>
<p>(6) Concerning
descriptor 0 13 009, the originators of
these data want to be able to retain the raw (i.e. unprocessed) relative
humidity value reported by the sensor in order to be able to track, among other
things, when a sensor begins to malfunction. The latter case is when a
negative value might occur. For world-wide exchange with other countries, it
is possible that only the processed data would ever be sent.</p>
</note>
</note>
<note ID="B_class_13_7">
<note>
<p>(7) The "Modified Showalter stability index" is defined as the
temperature difference between the ambient 500 hPa temperature and the
temperature a parcel of air, initially at a selected base level, would have if
brought from its condensation level to the 500 hPa surface by a moist adiabatic
process. Positive values denote stable conditions, while negative values
denote unstable conditions. The base level is 850 hPa, 800hPa or 750 hPa if
the station elevation is less than 1000, 1000 to 1400 or 1401 to 2000 gpm above
mean sea level, respectively. </p>
</note>
</note>
</featureCatalogue>
<featureCatalogue ID="F0X14">
<catalogueName prefix=" BRR_">Class 14 - Radiation and
radiance </catalogueName>
<annotation>
<documentation>
<p>See reference in </p>
</documentation>
</annotation>
<feature ID="F0X14Y001">
<annotation>
<documentation>Long-wave radiation, integrated over 24 hours<p>
<a href="#B_class_14_1">Note 1</a>
</p>
<p>
<a href="#B_class_14_2">Note 2</a>
</p>
</documentation>
</annotation>
<name>BRR_24hrLongWaveRadiation</name>
<F>0</F>
<X>14</X>
<Y>001</Y>
<BUFR>
<BUFR_units>J m-2</BUFR_units>
<BUFR_scale>-3</BUFR_scale>
<BUFR_reference>-2048</BUFR_reference>
<BUFR_width>12</BUFR_width>
</BUFR>
<CREX>
<CREX_units>J m-2</CREX_units>
<CREX_scale>-3</CREX_scale>
<CREX_width>4</CREX_width>
</CREX>
</feature>
<feature ID="F0X14Y002">
<annotation>
<documentation>Long-wave radiation, integrated over period
specified<p>
<a href="#B_class_14_1">Note 1</a>
</p>
<p>
<a href="#B_class_14_2">Note 2</a>
</p>
<p>
<a href="#B_class_14_3">Note 3</a>
</p>
</documentation>
</annotation>
<name>BRR_longWaveRadiationmOver</name>
<F>0</F>
<X>14</X>
<Y>002</Y>
<BUFR>
<BUFR_units>J m-2</BUFR_units>
<BUFR_scale>-3</BUFR_scale>
<BUFR_reference>-2048</BUFR_reference>
<BUFR_width>12</BUFR_width>
</BUFR>
<CREX>
<CREX_units>J m-2</CREX_units>
<CREX_scale>-3</CREX_scale>
<CREX_width>4</CREX_width>
</CREX>
</feature>
<feature ID="F0X14Y003">
<annotation>
<documentation>Short-wave radiation, integrated over 24 hours<p>
<a href="#B_class_14_1">Note 1</a>
</p>
<p>
<a href="#B_class_14_2">Note 2</a>
</p>
</documentation>
</annotation>
<name>BRR_24hrShortWaveRadiation</name>
<F>0</F>
<X>14</X>
<Y>003</Y>
<BUFR>
<BUFR_units>J m-2</BUFR_units>
<BUFR_scale>-3</BUFR_scale>
<BUFR_reference>-2048</BUFR_reference>
<BUFR_width>12</BUFR_width>
</BUFR>
<CREX>
<CREX_units>J m-2</CREX_units>
<CREX_scale>-3</CREX_scale>
<CREX_width>4</CREX_width>
</CREX>
</feature>
<feature ID="F0X14Y004">
<annotation>
<documentation>Short-wave radiation, integrated over period
specified<p>
<a href="#B_class_14_1">Note 1</a>
</p>
<p>
<a href="#B_class_14_2">Note 2</a>
</p>
<p>
<a href="#B_class_14_3">Note 3</a>
</p>
</documentation>
</annotation>
<name>BRR_shortWaveRadiationmOver</name>
<F>0</F>
<X>14</X>
<Y>004</Y>
<BUFR>
<BUFR_units>J m-2</BUFR_units>
<BUFR_scale>-3</BUFR_scale>
<BUFR_reference>-2048</BUFR_reference>
<BUFR_width>12</BUFR_width>
</BUFR>
<CREX>
<CREX_units>J m-2</CREX_units>
<CREX_scale>-3</CREX_scale>
<CREX_width>4</CREX_width>
</CREX>
</feature>
<feature ID="F0X14Y011">
<annotation>
<documentation>Net long-wave radiation, integrated over 24
hours<p>
<a href="#B_class_14_1">Note 1</a>
</p>
<p>
<a href="#B_class_14_2">Note 2</a>
</p>
</documentation>
</annotation>
<name>BRR_24hrNetLongWave</name>
<F>0</F>
<X>14</X>
<Y>011</Y>
<BUFR>
<BUFR_units>J m-2</BUFR_units>
<BUFR_scale>-3</BUFR_scale>
<BUFR_reference>-2048</BUFR_reference>
<BUFR_width>12</BUFR_width>
</BUFR>
<CREX>
<CREX_units>J m-2</CREX_units>
<CREX_scale>-3</CREX_scale>
<CREX_width>4</CREX_width>
</CREX>
</feature>
<feature ID="F0X14Y012">
<annotation>
<documentation>Net long-wave radiation, integrated over
period specified<p>
<a href="#B_class_14_1">Note 1</a>
</p>
<p>
<a href="#B_class_14_2">Note 2</a>
</p>
<p>
<a href="#B_class_14_3">Note 3</a>
</p>
</documentation>
</annotation>
<name>BRR_NetLongWaveOver</name>
<F>0</F>
<X>14</X>
<Y>012</Y>
<BUFR>
<BUFR_units>J m-2</BUFR_units>
<BUFR_scale>-3</BUFR_scale>
<BUFR_reference>-2048</BUFR_reference>
<BUFR_width>12</BUFR_width>
</BUFR>
<CREX>
<CREX_units>J m-2</CREX_units>
<CREX_scale>-3</CREX_scale>
<CREX_width>4</CREX_width>
</CREX>
</feature>
<feature ID="F0X14Y013">
<annotation>
<documentation>Net short-wave radiation, integrated over 24
hours<p>
<a href="#B_class_14_1">Note 1</a>
</p>
<p>
<a href="#B_class_14_2">Note 2</a>
</p>
</documentation>
</annotation>
<name>BRR_24hrNetShortWave</name>
<F>0</F>
<X>14</X>
<Y>013</Y>
<BUFR>
<BUFR_units>J m-2</BUFR_units>
<BUFR_scale>-3</BUFR_scale>
<BUFR_reference>-2048</BUFR_reference>
<BUFR_width>12</BUFR_width>
</BUFR>
<CREX>
<CREX_units>J m-2</CREX_units>
<CREX_scale>-3</CREX_scale>
<CREX_width>4</CREX_width>
</CREX>
</feature>
<feature ID="F0X14Y014">
<annotation>
<documentation>Net short-wave radiation, integrated over
period specified<p>
<a href="#B_class_14_1">Note 1</a>
</p>
<p>
<a href="#B_class_14_2">Note 2</a>
</p>
<p>
<a href="#B_class_14_3">Note 3</a>
</p>
</documentation>
</annotation>
<name>BRR_NetShortWaveOver</name>
<F>0</F>
<X>14</X>
<Y>014</Y>
<BUFR>
<BUFR_units>J m-2</BUFR_units>
<BUFR_scale>-3</BUFR_scale>
<BUFR_reference>-2048</BUFR_reference>
<BUFR_width>12</BUFR_width>
</BUFR>
<CREX>
<CREX_units>J m-2</CREX_units>
<CREX_scale>-3</CREX_scale>
<CREX_width>4</CREX_width>
</CREX>
</feature>
<feature ID="F0X14Y015">
<annotation>
<documentation>Net radiation, integrated over 24 hours<p>
<a href="#B_class_14_1">Note 1</a>
</p>
<p>
<a href="#B_class_14_2">Note 2</a>
</p>
</documentation>
</annotation>
<name>BRR_24hrNetRadiation</name>
<F>0</F>
<X>14</X>
<Y>015</Y>
<BUFR>
<BUFR_units>J m-2</BUFR_units>
<BUFR_scale>-4</BUFR_scale>
<BUFR_reference>-16384</BUFR_reference>
<BUFR_width>15</BUFR_width>
</BUFR>
<CREX>
<CREX_units>J m-2</CREX_units>
<CREX_scale>-4</CREX_scale>
<CREX_width>5</CREX_width>
</CREX>
</feature>
<feature ID="F0X14Y016">
<annotation>
<documentation>Net radiation, integrated over period
specified<p>
<a href="#B_class_14_1">Note 1</a>
</p>
<p>
<a href="#B_class_14_2">Note 2</a>
</p>
<p>
<a href="#B_class_14_3">Note 3</a>
</p>
</documentation>
</annotation>
<name>BRR_netRadiationOver</name>
<F>0</F>
<X>14</X>
<Y>016</Y>
<BUFR>
<BUFR_units>J m-2</BUFR_units>
<BUFR_scale>-4</BUFR_scale>
<BUFR_reference>-16384</BUFR_reference>
<BUFR_width>15</BUFR_width>
</BUFR>
<CREX>
<CREX_units>J m-2</CREX_units>
<CREX_scale>-4</CREX_scale>
<CREX_width>5</CREX_width>
</CREX>
</feature>
<feature ID="F0X14Y017">
<annotation>
<documentation>Instantaneous long-wave radiation <p>
<a href="#B_class_14_1">Note 1</a>
</p>
<p>
<a href="#B_class_14_2">Note 2</a>
</p>
</documentation>
</annotation>
<name>BRR_instantLongWave</name>
<F>0</F>
<X>14</X>
<Y>017</Y>
<BUFR>
<BUFR_units>W m-2</BUFR_units>
<BUFR_scale>-3</BUFR_scale>
<BUFR_reference>-2048</BUFR_reference>
<BUFR_width>12</BUFR_width>
</BUFR>
<CREX>
<CREX_units>W m-2</CREX_units>
<CREX_scale>-3</CREX_scale>
<CREX_width>4</CREX_width>
</CREX>
</feature>
<feature ID="F0X14Y018">
<annotation>
<documentation>Instantaneous short-wave radiation<p>
<a href="#B_class_14_1">Note 1</a>
</p>
<p>
<a href="#B_class_14_2">Note 2</a>
</p>
</documentation>
</annotation>
<name>BRR_instantShortWave</name>
<F>0</F>
<X>14</X>
<Y>018</Y>
<BUFR>
<BUFR_units>W m-2</BUFR_units>
<BUFR_scale>-3</BUFR_scale>
<BUFR_reference>-2048</BUFR_reference>
<BUFR_width>12</BUFR_width>
</BUFR>
<CREX>
<CREX_units>W m-2</CREX_units>
<CREX_scale>-3</CREX_scale>
<CREX_width>4</CREX_width>
</CREX>
</feature>
<feature ID="F0X14Y019">
<annotation>
<documentation>Surface albedo</documentation>
</annotation>
<name>BRR_surfaceAlbedo</name>
<F>0</F>
<X>14</X>
<Y>019</Y>
<BUFR>
<BUFR_units>%</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>7</BUFR_width>
</BUFR>
<CREX>
<CREX_units>%</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>3</CREX_width>
</CREX>
</feature>
<feature ID="F0X14Y020">
<annotation>
<documentation>Global solar radiation, integrated over 24
hours<p>
<a href="#B_class_14_1">Note 1</a>
</p>
<p>
<a href="#B_class_14_2">Note 2</a>
</p>
</documentation>
</annotation>
<name>BRR_24hrGlobalSolar</name>
<F>0</F>
<X>14</X>
<Y>020</Y>
<BUFR>
<BUFR_units>J m-2</BUFR_units>
<BUFR_scale>-4</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>15</BUFR_width>
</BUFR>
<CREX>
<CREX_units>J m-2</CREX_units>
<CREX_scale>-4</CREX_scale>
<CREX_width>5</CREX_width>
</CREX>
</feature>
<feature ID="F0X14Y021">
<annotation>
<documentation>Global solar radiation, integrated over period
specified<p>
<a href="#B_class_14_1">Note 1</a>
</p>
<p>
<a href="#B_class_14_2">Note 2</a>
</p>
<p>
<a href="#B_class_14_3">Note 3</a>
</p>
</documentation>
</annotation>
<name>BRR_globalSolarOver_1</name>
<F>0</F>
<X>14</X>
<Y>021</Y>
<BUFR>
<BUFR_units>J m-2</BUFR_units>
<BUFR_scale>-4</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>15</BUFR_width>
</BUFR>
<CREX>
<CREX_units>J m-2</CREX_units>
<CREX_scale>-4</CREX_scale>
<CREX_width>5</CREX_width>
</CREX>
</feature>
<feature ID="F0X14Y022">
<annotation>
<documentation>Diffuse solar radiation, integrated over 24
hours<p>
<a href="#B_class_14_1">Note 1</a>
</p>
<p>
<a href="#B_class_14_2">Note 2</a>
</p>
</documentation>
</annotation>
<name>BRR_24hrDiffuseSolar_1</name>
<F>0</F>
<X>14</X>
<Y>022</Y>
<BUFR>
<BUFR_units>J m-2</BUFR_units>
<BUFR_scale>-4</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>15</BUFR_width>
</BUFR>
<CREX>
<CREX_units>J m-2</CREX_units>
<CREX_scale>-4</CREX_scale>
<CREX_width>5</CREX_width>
</CREX>
</feature>
<feature ID="F0X14Y023">
<annotation>
<documentation>Diffuse solar radiation, integrated over
period specified<p>
<a href="#B_class_14_1">Note 1</a>
</p>
<p>
<a href="#B_class_14_2">Note 2</a>
</p>
<p>
<a href="#B_class_14_3">Note 3</a>
</p>
</documentation>
</annotation>
<name>BRR_diffuseSolarOver</name>
<F>0</F>
<X>14</X>
<Y>023</Y>
<BUFR>
<BUFR_units>J m-2</BUFR_units>
<BUFR_scale>-4</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>15</BUFR_width>
</BUFR>
<CREX>
<CREX_units>J m-2</CREX_units>
<CREX_scale>-4</CREX_scale>
<CREX_width>5</CREX_width>
</CREX>
</feature>
<feature ID="F0X14Y024">
<annotation>
<documentation>Direct solar radiation, integrated over 24
hours<p>
<a href="#B_class_14_1">Note 1</a>
</p>
<p>
<a href="#B_class_14_2">Note 2</a>
</p>
</documentation>
</annotation>
<name>BRR_24hrDirectSolar</name>
<F>0</F>
<X>14</X>
<Y>024</Y>
<BUFR>
<BUFR_units>J m-2</BUFR_units>
<BUFR_scale>-4</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>15</BUFR_width>
</BUFR>
<CREX>
<CREX_units>J m-2</CREX_units>
<CREX_scale>-4</CREX_scale>
<CREX_width>5</CREX_width>
</CREX>
</feature>
<feature ID="F0X14Y025">
<annotation>
<documentation>Direct solar radiation, integrated over period
specified<p>
<a href="#B_class_14_1">Note 1</a>
</p>
<p>
<a href="#B_class_14_2">Note 2</a>
</p>
<p>
<a href="#B_class_14_3">Note 3</a>
</p>
</documentation>
</annotation>
<name>BRR_directSolarOver_1</name>
<F>0</F>
<X>14</X>
<Y>025</Y>
<BUFR>
<BUFR_units>J m-2</BUFR_units>
<BUFR_scale>-4</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>15</BUFR_width>
</BUFR>
<CREX>
<CREX_units>J m-2</CREX_units>
<CREX_scale>-4</CREX_scale>
<CREX_width>5</CREX_width>
</CREX>
</feature>
<feature ID="F0X14Y026">
<annotation>
<documentation>Albedo at the top of clouds</documentation>
</annotation>
<name>BRR_albdooAtCloudTop</name>
<F>0</F>
<X>14</X>
<Y>026</Y>
<BUFR>
<BUFR_units>%</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>7</BUFR_width>
</BUFR>
<CREX>
<CREX_units>%</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>3</CREX_width>
</CREX>
</feature>
<feature ID="F0X14Y027">
<annotation>
<documentation>Albedo</documentation>
</annotation>
<name>BRR_albedo</name>
<F>0</F>
<X>14</X>
<Y>027</Y>
<BUFR>
<BUFR_units>%</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>7</BUFR_width>
</BUFR>
<CREX>
<CREX_units>%</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>3</CREX_width>
</CREX>
</feature>
<feature ID="F0X14Y028">
<annotation>
<documentation>Global solar radiation (high accuracy),
integrated over period specified<p>
<a href="#B_class_14_1">Note 1</a>
</p>
<p>
<a href="#B_class_14_2">Note 2</a>
</p>
<p>
<a href="#B_class_14_3">Note 3</a>
</p>
</documentation>
</annotation>
<name>BRR_globarSolarOver_2</name>
<F>0</F>
<X>14</X>
<Y>028</Y>
<BUFR>
<BUFR_units>J m-2</BUFR_units>
<BUFR_scale>-2</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>16</BUFR_width>
</BUFR>
<CREX>
<CREX_units>J m-2</CREX_units>
<CREX_scale>-2</CREX_scale>
<CREX_width>5</CREX_width>
</CREX>
</feature>
<feature ID="F0X14Y029">
<annotation>
<documentation>Diffuse solar radiation (high accuracy),
integrated over period specified<p>
<a href="#B_class_14_1">Note 1</a>
</p>
<p>
<a href="#B_class_14_2">Note 2</a>
</p>
<p>
<a href="#B_class_14_3">Note 3</a>
</p>
</documentation>
</annotation>
<name>BRR_diffuseSolarOver_2</name>
<F>0</F>
<X>14</X>
<Y>029</Y>
<BUFR>
<BUFR_units>J m-2</BUFR_units>
<BUFR_scale>-2</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>16</BUFR_width>
</BUFR>
<CREX>
<CREX_units>J m-2</CREX_units>
<CREX_scale>-2</CREX_scale>
<CREX_width>5</CREX_width>
</CREX>
</feature>
<feature ID="F0X14Y030">
<annotation>
<documentation>Direct solar radiation (high accuracy),
integrated over period specified<p>
<a href="#B_class_14_1">Note 1</a>
</p>
<p>
<a href="#B_class_14_2">Note 2</a>
</p>
<p>
<a href="#B_class_14_3">Note 3</a>
</p>
</documentation>
</annotation>
<name>BRR_directSolarOver_2</name>
<F>0</F>
<X>14</X>
<Y>030</Y>
<BUFR>
<BUFR_units>J m-2</BUFR_units>
<BUFR_scale>-2</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>16</BUFR_width>
</BUFR>
<CREX>
<CREX_units>J m-2</CREX_units>
<CREX_scale>-2</CREX_scale>
<CREX_width>5</CREX_width>
</CREX>
</feature>
<feature ID="F0X14Y031">
<annotation>
<documentation>Total sunshine</documentation>
</annotation>
<name>BRR_totalSunshineMinute</name>
<F>0</F>
<X>14</X>
<Y>031</Y>
<BUFR>
<BUFR_units>Minute</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>11</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Minute</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>4</CREX_width>
</CREX>
</feature>
<feature ID="F0X14Y032">
<annotation>
<documentation>Total sunshine</documentation>
</annotation>
<name>BRR_totalSunshibeHour</name>
<F>0</F>
<X>14</X>
<Y>032</Y>
<BUFR>
<BUFR_units>Hour</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>10</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Hour</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>4</CREX_width>
</CREX>
</feature>
<feature ID="F0X14Y033">
<annotation>
<documentation>Total sunshine</documentation>
</annotation>
<name>BRR_totalSunshinePercent</name>
<F>0</F>
<X>14</X>
<Y>033</Y>
<BUFR>
<BUFR_units>%</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>9</BUFR_width>
</BUFR>
<CREX>
<CREX_units>%</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>3</CREX_width>
</CREX>
</feature>
<feature ID="F0X14Y034">
<annotation>
<documentation>Sunshine over period specified<p>
<a href="#B_class_14_1">Note 1</a>
</p>
<p>
<a href="#B_class_14_2">Note 2</a>
</p>
<p>
<a href="#B_class_14_3">Note 3</a>
</p>
</documentation>
</annotation>
<name>BRR_sunshineOver</name>
<F>0</F>
<X>14</X>
<Y>034</Y>
<BUFR>
<BUFR_units>Minute</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>11</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Minute</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>4</CREX_width>
</CREX>
</feature>
<feature ID="F0X14Y042">
<annotation>
<documentation>Bi-directional reflectance</documentation>
</annotation>
<name>BRR_biDirectionalReflectance</name>
<F>0</F>
<X>14</X>
<Y>042</Y>
<BUFR>
<BUFR_units>%</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>7</BUFR_width>
</BUFR>
<CREX>
<CREX_units>%</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>3</CREX_width>
</CREX>
</feature>
<feature ID="F0X14Y045">
<annotation>
<documentation>Channel radiance</documentation>
</annotation>
<name>BRR_channelRadiance</name>
<F>0</F>
<X>14</X>
<Y>045</Y>
<BUFR>
<BUFR_units>Wm-2sr-1cm-1</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>11</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Wm-2sr-1cm-1</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>4</CREX_width>
</CREX>
</feature>
<feature ID="F0X14Y046">
<annotation>
<documentation>Scaled IASI radiance <p>
<a href="#B_class_14_6">Note 6</a>
</p>
</documentation>
</annotation>
<name>BRR_IASIradiance</name>
<F>0</F>
<X>14</X>
<Y>046</Y>
<BUFR>
<BUFR_units>Wm-2sr-1m-1</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>-5000</BUFR_reference>
<BUFR_width>16</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Wm-2sr-1m-1</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>5</CREX_width>
</CREX>
</feature>
<feature ID="F0X14Y047">
<annotation>
<documentation>Scaled mean AVHRR radiance</documentation>
</annotation>
<name>BRR_AVRRtadiance</name>
<F>0</F>
<X>14</X>
<Y>047</Y>
<BUFR>
<BUFR_units>Wm-2sr-1m-1</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>31</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Wm-2sr-1m-1</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>10</CREX_width>
</CREX>
</feature>
<feature ID="F0X14Y048">
<annotation>
<documentation>Scaled standard deviation AVHRR
radiance</documentation>
</annotation>
<name>BRR_SE_AVRRradiance</name>
<F>0</F>
<X>14</X>
<Y>048</Y>
<BUFR>
<BUFR_units>Wm-2sr-1m-1</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>31</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Wm-2sr-1m-1</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>10</CREX_width>
</CREX>
</feature>
<feature ID="F0X14Y050">
<annotation>
<documentation>Emissivity<p>
<a href="#B_class_14_5">Note 5</a>
</p>
</documentation>
</annotation>
<name>BRR_emissivity</name>
<F>0</F>
<X>14</X>
<Y>050</Y>
<BUFR>
<BUFR_units>%</BUFR_units>
<BUFR_scale>1</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>10</BUFR_width>
</BUFR>
<CREX>
<CREX_units>%</CREX_units>
<CREX_scale>1</CREX_scale>
<CREX_width>4</CREX_width>
</CREX>
</feature>
<feature ID="F0X14Y051">
<annotation>
<documentation>Direct solar radiation integrated over last
hour</documentation>
</annotation>
<name>BRR_1hrDirectSolarRadiation</name>
<F>0</F>
<X>14</X>
<Y>051</Y>
<BUFR>
<BUFR_units>J m-2</BUFR_units>
<BUFR_scale>-3</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>14</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Jm-2</CREX_units>
<CREX_scale>3</CREX_scale>
<CREX_width>4</CREX_width>
</CREX>
</feature>
<feature ID="F0X14Y055">
<annotation>
<documentation>Solar activity index</documentation>
</annotation>
<name>BRR_solarActivityIndex</name>
<F>0</F>
<X>14</X>
<Y>055</Y>
<BUFR>
<BUFR_units>Numeric</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>-32768</BUFR_reference>
<BUFR_width>16</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Numeric</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>5</CREX_width>
</CREX>
</feature>
<note ID="B_class_14_1">
<note>
<p>(1) Downward radiation shall be
assigned negative values.</p>
</note>
</note>
<note ID="B_class_14_2">
<note>
<p>(2) Upward radiation shall be assigned
positive values.</p>
</note>
</note>
<note ID="B_class_14_3">
<note>
<p>(3) Where the expression "period
specified" is entered under ELEMENT NAME, an appropriate period shall be
specified using descriptors from class 04.</p>
</note>
</note>
<note ID="B_class_14_4">
<note>
<p>(4) Channel radiance (014045) uses cm
to represent the wave number.</p>
</note>
</note>
<note ID="B_class_14_5">
<note>
<p>(5)
Emissivity
is the ratio of the amount of energy emitted from a particular object compared
to the amount that would be emitted by a blackbody at the same temperature
(I.e. the Planck function). Multiplying by 100 gives a percent (and provides 2
digits of precision at the same time).</p>
</note>
</note>
<note ID="B_class_14_6">
<note>
<p>(6)
An offset has been introduced for the scaled IASI radiances
(0-14-046). This is to accommodate the negative radiances which can be
measured at some wave numbers, either due to effects of noise or remaining
after apodisation. The offset is an order of magnitude larger than the
expected maximum negative excursion based on instrument noise, and so would
leave sufficient margin. At the same time the dynamic range is not
significantly degraded.</p>
</note>
</note>
</featureCatalogue>
<featureCatalogue ID="F0X15">
<catalogueName prefix=" BPC_">Class 15 -
Physical/chemical constituents </catalogueName>
<annotation>
<documentation>
<p>See reference in </p>
</documentation>
</annotation>
<feature ID="F0X15Y001">
<annotation>
<documentation>Total ozone<p>
<a href="#B_class_15_4">Note 4</a>
</p>
</documentation>
</annotation>
<name>BPC_totalOzone</name>
<F>0</F>
<X>15</X>
<Y>001</Y>
<BUFR>
<BUFR_units>DU</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>10</BUFR_width>
</BUFR>
<CREX>
<CREX_units>DU</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>4</CREX_width>
</CREX>
</feature>
<feature ID="F0X15Y002">
<annotation>
<documentation>Air mass (slant path at 22 km)</documentation>
</annotation>
<name>BPC_airMassSlantPath</name>
<F>0</F>
<X>15</X>
<Y>002</Y>
<BUFR>
<BUFR_units>Numeric</BUFR_units>
<BUFR_scale>2</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>10</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Numeric</CREX_units>
<CREX_scale>2</CREX_scale>
<CREX_width>3</CREX_width>
</CREX>
</feature>
<feature ID="F0X15Y003">
<annotation>
<documentation>Measured ozone partial pressure (sounding)<p>
<a href="#B_class_15_1">Note 1</a>
</p>
</documentation>
</annotation>
<name>BPC_ozonePartialPressure</name>
<F>0</F>
<X>15</X>
<Y>003</Y>
<BUFR>
<BUFR_units>Pascal</BUFR_units>
<BUFR_scale>4</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>9</BUFR_width>
</BUFR>
<CREX>
<CREX_units>nbar</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>3</CREX_width>
</CREX>
</feature>
<feature ID="F0X15Y004">
<annotation>
<documentation>Ozone sounding correction factor<p>
<a href="#B_class_15_2">Note 2</a>
</p>
</documentation>
</annotation>
<name>BPC_ozoneSoundingCorrection</name>
<F>0</F>
<X>15</X>
<Y>004</Y>
<BUFR>
<BUFR_units>Numeric</BUFR_units>
<BUFR_scale>3</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>11</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Numeric</CREX_units>
<CREX_scale>3</CREX_scale>
<CREX_width>4</CREX_width>
</CREX>
</feature>
<feature ID="F0X15Y005">
<annotation>
<documentation>Ozone p<p>
<a href="#B_class_15_3">Note 3</a>
</p>
<p>
<a href="#B_class_15_4">Note 4</a>
</p>
</documentation>
</annotation>
<name>BPC_ozonePressure</name>
<F>0</F>
<X>15</X>
<Y>005</Y>
<BUFR>
<BUFR_units>DU</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>10</BUFR_width>
</BUFR>
<CREX>
<CREX_units>DU</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>3</CREX_width>
</CREX>
</feature>
<feature ID="F0X15Y011">
<annotation>
<documentation>Log 10 of integrated electron density</documentation>
</annotation>
<name>BPC_logIntegratedElectronDensity</name>
<F>0</F>
<X>15</X>
<Y>011</Y>
<BUFR>
<BUFR_units>log (1/m2)</BUFR_units>
<BUFR_scale>3</BUFR_scale>
<BUFR_reference>14000</BUFR_reference>
<BUFR_width>13</BUFR_width>
</BUFR>
<CREX>
<CREX_units>log
(m-2)</CREX_units>
<CREX_scale>3</CREX_scale>
<CREX_width>4</CREX_width>
</CREX>
</feature>
<feature ID="F0X15Y015">
<annotation>
<documentation>Maximum image spectral component before
normalization</documentation>
</annotation>
<name>BPC_maxImageSpectralComponent</name>
<F>0</F>
<X>15</X>
<Y>015</Y>
<BUFR>
<BUFR_units>Numeric</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>31</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Numeric</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>10</CREX_width>
</CREX>
</feature>
<feature ID="F0X15Y020">
<annotation>
<documentation>Integrated 03 density</documentation>
</annotation>
<name>BPC_integratedOzoneDensity</name>
<F>0</F>
<X>15</X>
<Y>020</Y>
<BUFR>
<BUFR_units>kg m-2</BUFR_units>
<BUFR_scale>8</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>21</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Kg m-2</CREX_units>
<CREX_scale>8</CREX_scale>
<CREX_width>7</CREX_width>
</CREX>
</feature>
<feature ID="F0X15Y025">
<annotation>
<documentation>Type
of pollutant</documentation>
</annotation>
<name>BPC_pollutantType</name>
<F>0</F>
<X>15</X>
<Y>025</Y>
<BUFR>
<BUFR_units>Code table</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>4</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Code
table</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>2</CREX_width>
</CREX>
</feature>
<feature ID="F0X15Y026">
<annotation>
<documentation>Concentration
of pollutant (mol
mol-1)</documentation>
</annotation>
<name>BPC_pollutantConcentration_1</name>
<F>0</F>
<X>15</X>
<Y>026</Y>
<BUFR>
<BUFR_units>mol mol-1</BUFR_units>
<BUFR_scale>9</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>9</BUFR_width>
</BUFR>
<CREX>
<CREX_units>mol mol-1</CREX_units>
<CREX_scale>9</CREX_scale>
<CREX_width>3</CREX_width>
</CREX>
</feature>
<feature ID="F0X15Y027">
<annotation>
<documentation>Concentration of pollutant (kg m-3)</documentation>
</annotation>
<name>BPC_pollutantConcentration_2</name>
<F>0</F>
<X>15</X>
<Y>027</Y>
<BUFR>
<BUFR_units>kg m-3</BUFR_units>
<BUFR_scale>9</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>10</BUFR_width>
</BUFR>
<CREX>
<CREX_units>kg m-3</CREX_units>
<CREX_scale>9</CREX_scale>
<CREX_width>4</CREX_width>
</CREX>
</feature>
<feature ID="F0X15Y031">
<annotation>
<documentation>Atmospheric
path delay in satellite signal</documentation>
</annotation>
<name>BPC_atmosphericPathDelay</name>
<F>0</F>
<X>15</X>
<Y>031</Y>
<BUFR>
<BUFR_units>m</BUFR_units>
<BUFR_scale>4</BUFR_scale>
<BUFR_reference>10000</BUFR_reference>
<BUFR_width>15</BUFR_width>
</BUFR>
<CREX>
<CREX_units>m</CREX_units>
<CREX_scale>4</CREX_scale>
<CREX_width>5</CREX_width>
</CREX>
</feature>
<feature ID="F0X15Y032">
<annotation>
<documentation>Estimated
error in atmospheric path delay</documentation>
</annotation>
<name>BPC_atmosphericPathDelayError</name>
<F>0</F>
<X>15</X>
<Y>032</Y>
<BUFR>
<BUFR_units>m</BUFR_units>
<BUFR_scale>4</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>10</BUFR_width>
</BUFR>
<CREX>
<CREX_units>m</CREX_units>
<CREX_scale>4</CREX_scale>
<CREX_width>4</CREX_width>
</CREX>
</feature>
<feature ID="F0X15Y033">
<annotation>
<documentation>Difference
in path delays for limb views at extremes of scan</documentation>
</annotation>
<name>BPC_pathDelayDifference</name>
<F>0</F>
<X>15</X>
<Y>033</Y>
<BUFR>
<BUFR_units>m</BUFR_units>
<BUFR_scale>5</BUFR_scale>
<BUFR_reference>-10000</BUFR_reference>
<BUFR_width>15</BUFR_width>
</BUFR>
<CREX>
<CREX_units>m</CREX_units>
<CREX_scale>5</CREX_scale>
<CREX_width>5</CREX_width>
</CREX>
</feature>
<feature ID="F0X15Y034">
<annotation>
<documentation>Estimated
error in path delay difference</documentation>
</annotation>
<name>BPC_pathDelayDifferenceError</name>
<F>0</F>
<X>15</X>
<Y>034</Y>
<BUFR>
<BUFR_units>m</BUFR_units>
<BUFR_scale>5</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>14</BUFR_width>
</BUFR>
<CREX>
<CREX_units>m</CREX_units>
<CREX_scale>5</CREX_scale>
<CREX_width>5</CREX_width>
</CREX>
</feature>
<feature ID="F0X15Y035">
<annotation>
<documentation>Component
of zenith path delay due to water vapour</documentation>
</annotation>
<name>BPC_waterVapourZenithDelay</name>
<F>0</F>
<X>15</X>
<Y>035</Y>
<BUFR>
<BUFR_units>m</BUFR_units>
<BUFR_scale>4</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>14</BUFR_width>
</BUFR>
<CREX>
<CREX_units>m</CREX_units>
<CREX_scale>4</CREX_scale>
<CREX_width>5</CREX_width>
</CREX>
</feature>
<feature ID="F0X15Y036">
<annotation>
<documentation>Atmospheric
refractivity<p>
<a href="#B_class_15_5">Note 5</a>
</p>
</documentation>
</annotation>
<name>BPC_atmoshericRefractivity</name>
<F>0</F>
<X>15</X>
<Y>036</Y>
<BUFR>
<BUFR_units>N-units</BUFR_units>
<BUFR_scale>3</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>19</BUFR_width>
</BUFR>
<CREX>
<CREX_units>N-units</CREX_units>
<CREX_scale>3</CREX_scale>
<CREX_width>6</CREX_width>
</CREX>
</feature>
<feature ID="F0X15Y037">
<annotation>
<documentation>Bending
angle</documentation>
</annotation>
<name>BPC_bendingAngle</name>
<F>0</F>
<X>15</X>
<Y>037</Y>
<BUFR>
<BUFR_units>Radians</BUFR_units>
<BUFR_scale>8</BUFR_scale>
<BUFR_reference>-100000</BUFR_reference>
<BUFR_width>23</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Radians</CREX_units>
<CREX_scale>8</CREX_scale>
<CREX_width>7</CREX_width>
</CREX>
</feature>
<note ID="B_class_15_1">
<note>
<p>(1) 0 15 003 is partial pressur of ozone, measured at the pressure level identified
by 0 07 004.</p>
</note>
</note>
<note ID="B_class_15_2">
<note>
<p>(2) 0 15 004 (CF) is defined as:</p>
<p> CF = TOI/TOS</p>
<p>where TOI is the integrated ozone value obtained
"simultaneously to a sounding" from a Dobson or Brewer
spectrophotometer at the site or "nearby" and TOS is the total ozone
obtained from the sounding. TOS is sum of the integrated ozone below the
lowest pressure level reached by the sounding and the estimate of the amount
above. In the absence of any spectrophotometer measurement, CF = Missing
value.</p>
</note>
</note>
<note ID="B_class_15_3">
<note>
<p>(3) 0 15 005 is the value obtained as the result of the vertical integration of the
sounding values (0 15 003) measured below the lowest pressure level reached by
the sonde, multiplied by 0 15 004.</p>
</note>
</note>
<note ID="B_class_15_4">
<note>
<p>(4) DU = Dobson unit.</p>
</note>
</note>
<note ID="B_class_15_5">
<note>
<p>(5)
The refractivity, <i>N</i>, is related to the refractive index, <i>n</i> by the
formula <i>N</i> = 10<sup>6 </sup>(<i>n </i>- 1). <i>N</i> is therefore
dimensionless but values computed by the formula are by convention described as
being in ‘N-units’.</p>
</note>
</note>
<note ID="B_class_15_6">
<note>
<p>(6)
Scaled descriptors should be preceded by descriptor 008090 which indicates the decimal magnitude of the
scaled value. See note concerning descriptor 0 08 090 for further details.</p>
</note>
</note>
</featureCatalogue>
<featureCatalogue ID="F0X19">
<catalogueName prefix=" BSF_">Class 19 - Synoptic
features </catalogueName>
<annotation>
<documentation>
<p>See reference in </p>
</documentation>
</annotation>
<feature ID="F0X19Y001">
<annotation>
<documentation>Type of synoptic feature</documentation>
</annotation>
<name>BSF_synopticFeatureType</name>
<F>0</F>
<X>19</X>
<Y>001</Y>
<BUFR>
<BUFR_units>Code table</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>6</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Code
table</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>2</CREX_width>
</CREX>
</feature>
<feature ID="F0X19Y002">
<annotation>
<documentation>Effective radius of feature<p>
<a href="#B_class_19_1">Note 1</a>
</p>
</documentation>
</annotation>
<name>BSF_effectiveRadius_1</name>
<F>0</F>
<X>19</X>
<Y>002</Y>
<BUFR>
<BUFR_units>m</BUFR_units>
<BUFR_scale>-2</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>12</BUFR_width>
</BUFR>
<CREX>
<CREX_units>m</CREX_units>
<CREX_scale>-2</CREX_scale>
<CREX_width>4</CREX_width>
</CREX>
</feature>
<feature ID="F0X19Y003">
<annotation>
<documentation>Wind speed threshold<p>
<a href="#B_class_19_2">Note 2</a>
</p>
</documentation>
</annotation>
<name>BSF_windSpeedThreshold</name>
<F>0</F>
<X>19</X>
<Y>003</Y>
<BUFR>
<BUFR_units>m s-1</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>8</BUFR_width>
</BUFR>
<CREX>
<CREX_units>m s-1</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>3</CREX_width>
</CREX>
</feature>
<feature ID="F0X19Y004">
<annotation>
<documentation>Effective radius with respect to wind speeds
above threshold<p>
<a href="#B_class_19_1">Note 1</a>
</p>
<p>
<a href="#B_class_19_2">Note 2</a>
</p>
</documentation>
</annotation>
<name>BSF_radiusWindAboveTheshold_1</name>
<F>0</F>
<X>19</X>
<Y>004</Y>
<BUFR>
<BUFR_units>m</BUFR_units>
<BUFR_scale>-2</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>12</BUFR_width>
</BUFR>
<CREX>
<CREX_units>m</CREX_units>
<CREX_scale>-2</CREX_scale>
<CREX_width>4</CREX_width>
</CREX>
</feature>
<feature ID="F0X19Y005">
<annotation>
<documentation>Direction of motion of feature<p>
<a href="#B_class_19_3">Note 3</a>
</p>
</documentation>
</annotation>
<name>BSF_directionMotion</name>
<F>0</F>
<X>19</X>
<Y>005</Y>
<BUFR>
<BUFR_units>Degree true</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>9</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Degree true</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>3</CREX_width>
</CREX>
</feature>
<feature ID="F0X19Y006">
<annotation>
<documentation>Speed of motion of feature<p>
<a href="#B_class_19_3">Note 3</a>
</p>
</documentation>
</annotation>
<name>BSF_speedMotion</name>
<F>0</F>
<X>19</X>
<Y>006</Y>
<BUFR>
<BUFR_units>m s-1</BUFR_units>
<BUFR_scale>2</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>14</BUFR_width>
</BUFR>
<CREX>
<CREX_units>m s-1</CREX_units>
<CREX_scale>2</CREX_scale>
<CREX_width>5</CREX_width>
</CREX>
</feature>
<feature ID="F0X19Y007">
<annotation>
<documentation>Effective radius of feature<p>
<a href="#B_class_19_1">Note 1</a>
</p>
</documentation>
</annotation>
<name>BSF_effectiveRadius_2</name>
<F>0</F>
<X>19</X>
<Y>007</Y>
<BUFR>
<BUFR_units>m</BUFR_units>
<BUFR_scale>-3</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>12</BUFR_width>
</BUFR>
<CREX>
<CREX_units>m</CREX_units>
<CREX_scale>-3</CREX_scale>
<CREX_width>4</CREX_width>
</CREX>
</feature>
<feature ID="F0X19Y008">
<annotation>
<documentation>Vertical extent of circulation</documentation>
</annotation>
<name>BSF_verticalCirculation</name>
<F>0</F>
<X>19</X>
<Y>008</Y>
<BUFR>
<BUFR_units>Code table</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>3</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Code
table</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>1</CREX_width>
</CREX>
</feature>
<feature ID="F0X19Y009">
<annotation>
<documentation>Effective radius with respect to wind speeds
above threshold (large storms)<p>
<a href="#B_class_19_1">Note 1</a>
</p>
</documentation>
</annotation>
<name>BSF_radiusWindAboveTheshold_2</name>
<F>0</F>
<X>19</X>
<Y>009</Y>
<BUFR>
<BUFR_units>m</BUFR_units>
<BUFR_scale>-3</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>12</BUFR_width>
</BUFR>
<CREX>
<CREX_units>m</CREX_units>
<CREX_scale>-3</CREX_scale>
<CREX_width>4</CREX_width>
</CREX>
</feature>
<feature ID="F0X19Y010">
<annotation>
<documentation>Method for tracking the centre of synoptic
feature</documentation>
</annotation>
<name>BSF_centreTrackingMethod</name>
<F>0</F>
<X>19</X>
<Y>010</Y>
<BUFR>
<BUFR_units>Code table</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>4</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Code
table</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>2</CREX_width>
</CREX>
</feature>
<feature ID="F0X19Y100">
<annotation>
<documentation>Time interval to calculate the
movement of the tropical cyclone</documentation>
</annotation>
<name>BSF_TC_movementCalculation</name>
<F>0</F>
<X>19</X>
<Y>100</Y>
<BUFR>
<BUFR_units>Code
table</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>4</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Code
table</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>2</CREX_width>
</CREX>
</feature>
<feature ID="F0X19Y101">
<annotation>
<documentation>Accuracy of the position of the
centre of the tropical cyclone</documentation>
</annotation>
<name>BSF_TC_centreAccuracy</name>
<F>0</F>
<X>19</X>
<Y>101</Y>
<BUFR>
<BUFR_units>Code
table</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>4</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Code
table</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>2</CREX_width>
</CREX>
</feature>
<feature ID="F0X19Y102">
<annotation>
<documentation>Shape and definition of the eye of
the tropical cyclone</documentation>
</annotation>
<name>BSF_TC_eyeShape</name>
<F>0</F>
<X>19</X>
<Y>102</Y>
<BUFR>
<BUFR_units>Code
table</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>3</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Code
table</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>1</CREX_width>
</CREX>
</feature>
<feature ID="F0X19Y103">
<annotation>
<documentation>Diameter of major axis of the eye of
the tropical cyclone</documentation>
</annotation>
<name>BSF_TC_eyeMajorAxis</name>
<F>0</F>
<X>19</X>
<Y>103</Y>
<BUFR>
<BUFR_units>Code
table</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>4</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Code
table</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>2</CREX_width>
</CREX>
</feature>
<feature ID="F0X19Y104">
<annotation>
<documentation>Change in character of the eye
during the 30 minutes </documentation>
</annotation>
<name>BSF_TC_eye30MinChange</name>
<F>0</F>
<X>19</X>
<Y>104</Y>
<BUFR>
<BUFR_units>Code
table</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>4</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Code
table</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>2</CREX_width>
</CREX>
</feature>
<feature ID="F0X19Y105">
<annotation>
<documentation>Distance between the end of spiral
band and the centre </documentation>
</annotation>
<name>BSF_TC_spiralBand</name>
<F>0</F>
<X>19</X>
<Y>105</Y>
<BUFR>
<BUFR_units>Code
table</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>4</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Code
table</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>2</CREX_width>
</CREX>
</feature>
<feature ID="F0X19Y106">
<annotation>
<documentation>Identification number of tropical
cyclone</documentation>
</annotation>
<name>BSF_TC_IDnum</name>
<F>0</F>
<X>19</X>
<Y>106</Y>
<BUFR>
<BUFR_units>Numeric</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>
</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Numeric</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>3</CREX_width>
</CREX>
</feature>
<feature ID="F0X19Y107">
<annotation>
<documentation>Time interval over which the
movement of the tropical cyclone has been calculated</documentation>
</annotation>
<name>BSF_TC_movementInterval</name>
<F>0</F>
<X>19</X>
<Y>107</Y>
<BUFR>
<BUFR_units>Code
table</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>4</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Code
table</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>2</CREX_width>
</CREX>
</feature>
<feature ID="F0X19Y108">
<annotation>
<documentation>Accuracy of geographical position of
the tropical cyclone</documentation>
</annotation>
<name>BSF_TC_positionAccuracy</name>
<F>0</F>
<X>19</X>
<Y>108</Y>
<BUFR>
<BUFR_units>Code
table</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>3</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Code
table</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>1</CREX_width>
</CREX>
</feature>
<feature ID="F0X19Y109">
<annotation>
<documentation>Mean diameter of the overcast cloud
of the tropical cyclone</documentation>
</annotation>
<name>BSF_TC_cloudDiameter</name>
<F>0</F>
<X>19</X>
<Y>109</Y>
<BUFR>
<BUFR_units>Code
table</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>4</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Code
table</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>2</CREX_width>
</CREX>
</feature>
<feature ID="F0X19Y110">
<annotation>
<documentation>Apparent 24-hour change in intensity
of the tropical cyclone</documentation>
</annotation>
<name>BSF_TC_24hrIntensityChange</name>
<F>0</F>
<X>19</X>
<Y>110</Y>
<BUFR>
<BUFR_units>Code
table</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>4</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Code
table</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>2</CREX_width>
</CREX>
</feature>
<feature ID="F0X19Y111">
<annotation>
<documentation>Current Intensity (CI) number of the
tropical cyclone</documentation>
</annotation>
<name>BSF_TC_CurrentIntensityNum</name>
<F>0</F>
<X>19</X>
<Y>111</Y>
<BUFR>
<BUFR_units>Numeric</BUFR_units>
<BUFR_scale>1</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>7</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Numeric</CREX_units>
<CREX_scale>1</CREX_scale>
<CREX_width>3</CREX_width>
</CREX>
</feature>
<feature ID="F0X19Y112">
<annotation>
<documentation>Data Tropical (DT) number of the
tropical cyclone</documentation>
</annotation>
<name>BSF_TC_DataTropicalNum</name>
<F>0</F>
<X>19</X>
<Y>112</Y>
<BUFR>
<BUFR_units>Numeric</BUFR_units>
<BUFR_scale>1</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>7</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Numeric</CREX_units>
<CREX_scale>1</CREX_scale>
<CREX_width>3</CREX_width>
</CREX>
</feature>
<feature ID="F0X19Y113">
<annotation>
<documentation>Cloud pattern type of the DT-number</documentation>
</annotation>
<name>BSF_TC_DTcloudPattern</name>
<F>0</F>
<X>19</X>
<Y>113</Y>
<BUFR>
<BUFR_units>Code
table</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>4</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Code
table</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>2</CREX_width>
</CREX>
</feature>
<feature ID="F0X19Y114">
<annotation>
<documentation>Model Expected Tropical (MET) number
of the tropical cyclone</documentation>
</annotation>
<name>BSF_TC_modelExpectedTropicalNum</name>
<F>0</F>
<X>19</X>
<Y>114</Y>
<BUFR>
<BUFR_units>Numeric</BUFR_units>
<BUFR_scale>1</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>7</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Numeric</CREX_units>
<CREX_scale>1</CREX_scale>
<CREX_width>3</CREX_width>
</CREX>
</feature>
<feature ID="F0X19Y115">
<annotation>
<documentation>Trend of the past 24-hour change (+:
Developed, -: Weakened)</documentation>
</annotation>
<name>BSF_TC_24hrTrend</name>
<F>0</F>
<X>19</X>
<Y>115</Y>
<BUFR>
<BUFR_units>Numeric</BUFR_units>
<BUFR_scale>1</BUFR_scale>
<BUFR_reference>-30</BUFR_reference>
<BUFR_width>6</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Numeric</CREX_units>
<CREX_scale>1</CREX_scale>
<CREX_width>2</CREX_width>
</CREX>
</feature>
<feature ID="F0X19Y116">
<annotation>
<documentation>Pattern Tropical (PT) number of the
tropical cyclone</documentation>
</annotation>
<name>BSF_TC_PatternTropicalNum</name>
<F>0</F>
<X>19</X>
<Y>116</Y>
<BUFR>
<BUFR_units>Numeric</BUFR_units>
<BUFR_scale>1</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>7</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Numeric</CREX_units>
<CREX_scale>1</CREX_scale>
<CREX_width>3</CREX_width>
</CREX>
</feature>
<feature ID="F0X19Y117">
<annotation>
<documentation>Cloud picture type of the PT-number</documentation>
</annotation>
<name>BSF_TC_PTcloudType</name>
<F>0</F>
<X>19</X>
<Y>117</Y>
<BUFR>
<BUFR_units>Code
table</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>3</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Code
table</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>1</CREX_width>
</CREX>
</feature>
<feature ID="F0X19Y118">
<annotation>
<documentation>Final Tropical (T) number of the
tropical cyclone</documentation>
</annotation>
<name>BSF_TC_finalTropicalNum</name>
<F>0</F>
<X>19</X>
<Y>118</Y>
<BUFR>
<BUFR_units>Numeric</BUFR_units>
<BUFR_scale>1</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>7</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Numeric</CREX_units>
<CREX_scale>1</CREX_scale>
<CREX_width>3</CREX_width>
</CREX>
</feature>
<feature ID="F0X19Y119">
<annotation>
<documentation>Type of the final T-number</documentation>
</annotation>
<name>BSF_TC_finalTropicalType</name>
<F>0</F>
<X>19</X>
<Y>119</Y>
<BUFR>
<BUFR_units>Code
table</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>3</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Code
table</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>1</CREX_width>
</CREX>
</feature>
<feature ID="F0X19Y150">
<annotation>
<documentation>Typhoon International Common Number
(Typhoon Committee)</documentation>
</annotation>
<name>BSF_TC_name</name>
<F>0</F>
<X>19</X>
<Y>150</Y>
<BUFR>
<BUFR_units>CCITTIA5</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>32</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Character</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>4</CREX_width>
</CREX>
</feature>
<note ID="B_class_19_1">
<note>
<p>(1) The effective radius of feature
shall be defined with respect to the radius of the 1000-hPa isobars at mean sea
level.</p>
</note>
</note>
<note ID="B_class_19_2">
<note>
<p>(2)
Maximum
wind and effective radius of maximum wind shall be indicated by means of the 0
19 003 and 0 19 004 entries.</p>
</note>
</note>
<note ID="B_class_19_3">
<note>
<p>(3)
For a stationary feature, both 019005 (Direction of motion of
feature) and 019006 (Speed of motion of feature) shall be reported 0.</p>
</note>
</note>
</featureCatalogue>
<featureCatalogue ID="F0X20">
<catalogueName prefix=" BObs_">Class 20 - Observed
phenomena </catalogueName>
<annotation>
<documentation>
<p>See reference in </p>
</documentation>
</annotation>
<feature ID="F0X20Y001">
<annotation>
<documentation>Horizontal visibility</documentation>
</annotation>
<name>BObs_horizontalVisib</name>
<F>0</F>
<X>20</X>
<Y>001</Y>
<BUFR>
<BUFR_units>m</BUFR_units>
<BUFR_scale>-1</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>13</BUFR_width>
</BUFR>
<CREX>
<CREX_units>m</CREX_units>
<CREX_scale>-1</CREX_scale>
<CREX_width>4</CREX_width>
</CREX>
</feature>
<feature ID="F0X20Y002">
<annotation>
<documentation>Vertical visibility</documentation>
</annotation>
<name>BObs_verticalVisib</name>
<F>0</F>
<X>20</X>
<Y>002</Y>
<BUFR>
<BUFR_units>m</BUFR_units>
<BUFR_scale>-1</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>7</BUFR_width>
</BUFR>
<CREX>
<CREX_units>m</CREX_units>
<CREX_scale>-1</CREX_scale>
<CREX_width>3</CREX_width>
</CREX>
</feature>
<feature ID="F0X20Y003">
<annotation>
<documentation>Present weather<p>
<a href="#B_class_20_1">Note 1</a>
</p>
</documentation>
</annotation>
<name>BObs_PresentWeather</name>
<F>0</F>
<X>20</X>
<Y>003</Y>
<BUFR>
<BUFR_units>Code table</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>9</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Code
table</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>3</CREX_width>
</CREX>
</feature>
<feature ID="F0X20Y004">
<annotation>
<documentation>Past weather (1) <p>
<a href="#B_class_20_2">Note 2</a>
</p>
</documentation>
</annotation>
<name>BObs_pastWeather_1</name>
<F>0</F>
<X>20</X>
<Y>004</Y>
<BUFR>
<BUFR_units>Code table</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>5</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Code
table</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>2</CREX_width>
</CREX>
</feature>
<feature ID="F0X20Y005">
<annotation>
<documentation>Past weather (2)<p>
<a href="#B_class_20_2">Note 2</a>
</p>
</documentation>
</annotation>
<name>BObs_pastWeather_2</name>
<F>0</F>
<X>20</X>
<Y>005</Y>
<BUFR>
<BUFR_units>Code table</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>5</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Code
table</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>2</CREX_width>
</CREX>
</feature>
<feature ID="F0X20Y008">
<annotation>
<documentation>Cloud distribution for
aviation</documentation>
</annotation>
<name>BObs_aviationCloudDistrib</name>
<F>0</F>
<X>20</X>
<Y>008</Y>
<BUFR>
<BUFR_units>Code table</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>5</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Code
table</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>2</CREX_width>
</CREX>
</feature>
<feature ID="F0X20Y009">
<annotation>
<documentation>General Weather Indicator (TAF/METAR)</documentation>
</annotation>
<name>BObs_TAF_METAR_Weather</name>
<F>0</F>
<X>20</X>
<Y>009</Y>
<BUFR>
<BUFR_units>Code table</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>4</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Code
table</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>2</CREX_width>
</CREX>
</feature>
<feature ID="F0X20Y010">
<annotation>
<documentation>Cloud cover (total) (see
note 5)<p>
<a href="#B_class_20_5">Note 5</a>
</p>
</documentation>
</annotation>
<name>BObs_totalCloudCover</name>
<F>0</F>
<X>20</X>
<Y>010</Y>
<BUFR>
<BUFR_units>%</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>7</BUFR_width>
</BUFR>
<CREX>
<CREX_units>%</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>3</CREX_width>
</CREX>
</feature>
<feature ID="F0X20Y011">
<annotation>
<documentation>Cloud amount</documentation>
</annotation>
<name>BObs_cloudAmount</name>
<F>0</F>
<X>20</X>
<Y>011</Y>
<BUFR>
<BUFR_units>Code table</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>4</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Code
table</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>2</CREX_width>
</CREX>
</feature>
<feature ID="F0X20Y012">
<annotation>
<documentation>Cloud type</documentation>
</annotation>
<name>BObs_cloudType</name>
<F>0</F>
<X>20</X>
<Y>012</Y>
<BUFR>
<BUFR_units>Code table</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>6</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Code
table</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>2</CREX_width>
</CREX>
</feature>
<feature ID="F0X20Y013">
<annotation>
<documentation>Height of base of cloud</documentation>
</annotation>
<name>BObs_cloudBaseHeight</name>
<F>0</F>
<X>20</X>
<Y>013</Y>
<BUFR>
<BUFR_units>m</BUFR_units>
<BUFR_scale>-1</BUFR_scale>
<BUFR_reference>-40</BUFR_reference>
<BUFR_width>11</BUFR_width>
</BUFR>
<CREX>
<CREX_units>m</CREX_units>
<CREX_scale>-1</CREX_scale>
<CREX_width>4</CREX_width>
</CREX>
</feature>
<feature ID="F0X20Y014">
<annotation>
<documentation>Height of top of cloud</documentation>
</annotation>
<name>BObs_cloudTopHeight</name>
<F>0</F>
<X>20</X>
<Y>014</Y>
<BUFR>
<BUFR_units>m</BUFR_units>
<BUFR_scale>-1</BUFR_scale>
<BUFR_reference>-40</BUFR_reference>
<BUFR_width>11</BUFR_width>
</BUFR>
<CREX>
<CREX_units>m</CREX_units>
<CREX_scale>-1</CREX_scale>
<CREX_width>4</CREX_width>
</CREX>
</feature>
<feature ID="F0X20Y015">
<annotation>
<documentation>Pressure at base of cloud</documentation>
</annotation>
<name>BObs_cloudBasePressure</name>
<F>0</F>
<X>20</X>
<Y>015</Y>
<BUFR>
<BUFR_units>Pa</BUFR_units>
<BUFR_scale>-1</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>14</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Pa</CREX_units>
<CREX_scale>-1</CREX_scale>
<CREX_width>5</CREX_width>
</CREX>
</feature>
<feature ID="F0X20Y016">
<annotation>
<documentation>Pressure at top of cloud</documentation>
</annotation>
<name>BObs_cloudTopPressure</name>
<F>0</F>
<X>20</X>
<Y>016</Y>
<BUFR>
<BUFR_units>Pa</BUFR_units>
<BUFR_scale>-1</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>14</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Pa</CREX_units>
<CREX_scale>-1</CREX_scale>
<CREX_width>5</CREX_width>
</CREX>
</feature>
<feature ID="F0X20Y017">
<annotation>
<documentation>Cloud top description</documentation>
</annotation>
<name>BObs_cloudTopType</name>
<F>0</F>
<X>20</X>
<Y>017</Y>
<BUFR>
<BUFR_units>Code table</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>4</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Code
table</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>2</CREX_width>
</CREX>
</feature>
<feature ID="F0X20Y018">
<annotation>
<documentation>Tendency of runway visual range</documentation>
</annotation>
<name>BObs_runwayVisRangeTendency</name>
<F>0</F>
<X>20</X>
<Y>018</Y>
<BUFR>
<BUFR_units>Code table</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>2</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Code
table</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>1</CREX_width>
</CREX>
</feature>
<feature ID="F0X20Y019">
<annotation>
<documentation>Significant present or forecast weather</documentation>
</annotation>
<name>BObs_significantPresentWeather</name>
<F>0</F>
<X>20</X>
<Y>019</Y>
<BUFR>
<BUFR_units>CCITT IA5</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>72</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Character</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>9</CREX_width>
</CREX>
</feature>
<feature ID="F0X20Y020">
<annotation>
<documentation>Significant recent weather phenomena</documentation>
</annotation>
<name>BObs_significantRecentWeather</name>
<F>0</F>
<X>20</X>
<Y>020</Y>
<BUFR>
<BUFR_units>CCITT IA5</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>32</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Character</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>4</CREX_width>
</CREX>
</feature>
<feature ID="F0X20Y021">
<annotation>
<documentation>Type of precipitation<p>
<a href="#B_class_20_1">Note 1</a>
</p>
<p>
<a href="#B_class_20_2">Note 2</a>
</p>
</documentation>
</annotation>
<name>BObs_precipType</name>
<F>0</F>
<X>20</X>
<Y>021</Y>
<BUFR>
<BUFR_units>Flag table</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>30</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Flag table</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>10</CREX_width>
</CREX>
</feature>
<feature ID="F0X20Y022">
<annotation>
<documentation>Character of precipitation<p>
<a href="#B_class_20_1">Note 1</a>
</p>
<p>
<a href="#B_class_20_2">Note 2</a>
</p>
</documentation>
</annotation>
<name>BObs_precipCharacter</name>
<F>0</F>
<X>20</X>
<Y>022</Y>
<BUFR>
<BUFR_units>Code table</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>4</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Code
table</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>2</CREX_width>
</CREX>
</feature>
<feature ID="F0X20Y023">
<annotation>
<documentation>Other weather phenomena<p>
<a href="#B_class_20_1">Note 1</a>
</p>
<p>
<a href="#B_class_20_2">Note 2</a>
</p>
</documentation>
</annotation>
<name>BObs_otherWeather</name>
<F>0</F>
<X>20</X>
<Y>023</Y>
<BUFR>
<BUFR_units>Flag table</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>18</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Flag table</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>6</CREX_width>
</CREX>
</feature>
<feature ID="F0X20Y024">
<annotation>
<documentation>Intensity of phenomena<p>
<a href="#B_class_20_1">Note 1</a>
</p>
<p>
<a href="#B_class_20_2">Note 2</a>
</p>
</documentation>
</annotation>
<name>BObs_otherWeatherIntensity</name>
<F>0</F>
<X>20</X>
<Y>024</Y>
<BUFR>
<BUFR_units>Code table</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>3</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Code
table</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>1</CREX_width>
</CREX>
</feature>
<feature ID="F0X20Y025">
<annotation>
<documentation>Obscuration<p>
<a href="#B_class_20_1">Note 1</a>
</p>
<p>
<a href="#B_class_20_2">Note 2</a>
</p>
</documentation>
</annotation>
<name>BObs_obscuration</name>
<F>0</F>
<X>20</X>
<Y>025</Y>
<BUFR>
<BUFR_units>Flag table</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>21</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Flag
table</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>7</CREX_width>
</CREX>
</feature>
<feature ID="F0X20Y026">
<annotation>
<documentation>Character of obscuration<p>
<a href="#B_class_20_1">Note 1</a>
</p>
<p>
<a href="#B_class_20_2">Note 2</a>
</p>
</documentation>
</annotation>
<name>BObs_obscurationCharacter</name>
<F>0</F>
<X>20</X>
<Y>026</Y>
<BUFR>
<BUFR_units>Code table</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>4</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Code
table</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>2</CREX_width>
</CREX>
</feature>
<feature ID="F0X20Y027">
<annotation>
<documentation>Phenomena occurrence<p>
<a href="#B_class_20_1">Note 1</a>
</p>
<p>
<a href="#B_class_20_2">Note 2</a>
</p>
</documentation>
</annotation>
<name>BObs_phenomenaType</name>
<F>0</F>
<X>20</X>
<Y>027</Y>
<BUFR>
<BUFR_units>Flag table</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>9</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Flag
table</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>3</CREX_width>
</CREX>
</feature>
<feature ID="F0X20Y028">
<annotation>
<documentation>Expected
change in intensity</documentation>
</annotation>
<name>BObs_FC_intensityChange</name>
<F>0</F>
<X>20</X>
<Y>028</Y>
<BUFR>
<BUFR_units>Code
table</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>3</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Code
table</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>1</CREX_width>
</CREX>
</feature>
<feature ID="F0X20Y029">
<annotation>
<documentation>Rain flag</documentation>
</annotation>
<name>BObs_rainFlag</name>
<F>0</F>
<X>20</X>
<Y>029</Y>
<BUFR>
<BUFR_units>Code table</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>2</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Code table</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>1</CREX_width>
</CREX>
</feature>
<feature ID="F0X20Y031">
<annotation>
<documentation>Ice deposit (thickness)</documentation>
</annotation>
<name>BObs_iceDeposit</name>
<F>0</F>
<X>20</X>
<Y>031</Y>
<BUFR>
<BUFR_units>m</BUFR_units>
<BUFR_scale>2</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>7</BUFR_width>
</BUFR>
<CREX>
<CREX_units>m</CREX_units>
<CREX_scale>2</CREX_scale>
<CREX_width>3</CREX_width>
</CREX>
</feature>
<feature ID="F0X20Y032">
<annotation>
<documentation>Rate of ice accretion</documentation>
</annotation>
<name>BObs_iceRate</name>
<F>0</F>
<X>20</X>
<Y>032</Y>
<BUFR>
<BUFR_units>Code table</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>3</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Code
table</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>1</CREX_width>
</CREX>
</feature>
<feature ID="F0X20Y033">
<annotation>
<documentation>Cause of ice accretion</documentation>
</annotation>
<name>BObs_iceCause</name>
<F>0</F>
<X>20</X>
<Y>033</Y>
<BUFR>
<BUFR_units>Flag table</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>4</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Flag
table</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>2</CREX_width>
</CREX>
</feature>
<feature ID="F0X20Y034">
<annotation>
<documentation>Sea ice concentration</documentation>
</annotation>
<name>BObs_seaIceConcn</name>
<F>0</F>
<X>20</X>
<Y>034</Y>
<BUFR>
<BUFR_units>Code table</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>5</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Code table</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>2</CREX_width>
</CREX>
</feature>
<feature ID="F0X20Y035">
<annotation>
<documentation>Amount and type of ice</documentation>
</annotation>
<name>BObs_iceAmount</name>
<F>0</F>
<X>20</X>
<Y>035</Y>
<BUFR>
<BUFR_units>Code table</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>4</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Code
table</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>2</CREX_width>
</CREX>
</feature>
<feature ID="F0X20Y036">
<annotation>
<documentation>Ice situation</documentation>
</annotation>
<name>BObs_iceSitn</name>
<F>0</F>
<X>20</X>
<Y>036</Y>
<BUFR>
<BUFR_units>Code table</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>5</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Code
table</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>2</CREX_width>
</CREX>
</feature>
<feature ID="F0X20Y037">
<annotation>
<documentation>Ice development</documentation>
</annotation>
<name>BObs_iceDevelop</name>
<F>0</F>
<X>20</X>
<Y>037</Y>
<BUFR>
<BUFR_units>Code table</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>5</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Code table</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>2</CREX_width>
</CREX>
</feature>
<feature ID="F0X20Y038">
<annotation>
<documentation>Bearing of ice edge <p>
<a href="#B_class_20_3">Note 3</a>
</p>
</documentation>
</annotation>
<name>BObs_iceEdgeBearing</name>
<F>0</F>
<X>20</X>
<Y>038</Y>
<BUFR>
<BUFR_units>Degree true</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>12*</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Degree true</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>3</CREX_width>
</CREX>
</feature>
<feature ID="F0X20Y039">
<annotation>
<documentation>Ice distance</documentation>
</annotation>
<name>BObs_iceDistance</name>
<F>0</F>
<X>20</X>
<Y>039</Y>
<BUFR>
<BUFR_units>m</BUFR_units>
<BUFR_scale>-1</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>13</BUFR_width>
</BUFR>
<CREX>
<CREX_units>m</CREX_units>
<CREX_scale>-1</CREX_scale>
<CREX_width>4</CREX_width>
</CREX>
</feature>
<feature ID="F0X20Y040">
<annotation>
<documentation>Evolution of drift snow</documentation>
</annotation>
<name>BObs_driftSnowEvoln</name>
<F>0</F>
<X>20</X>
<Y>040</Y>
<BUFR>
<BUFR_units>Code
table</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>4</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Code
table</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>2</CREX_width>
</CREX>
</feature>
<feature ID="F0X20Y041">
<annotation>
<documentation>Airframe icing</documentation>
</annotation>
<name>BObs_airframeIcing</name>
<F>0</F>
<X>20</X>
<Y>041</Y>
<BUFR>
<BUFR_units>Code table</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>4</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Code table</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>2</CREX_width>
</CREX>
</feature>
<feature ID="F0X20Y042">
<annotation>
<documentation>Airframe
icing present</documentation>
</annotation>
<name>BObs_airframeIcingPresent</name>
<F>0</F>
<X>20</X>
<Y>042</Y>
<BUFR>
<BUFR_units>Code table</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>2</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Code table</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>1</CREX_width>
</CREX>
</feature>
<feature ID="F0X20Y043">
<annotation>
<documentation>Peak
liquid water content</documentation>
</annotation>
<name>BObs_peakLiqWater</name>
<F>0</F>
<X>20</X>
<Y>043</Y>
<BUFR>
<BUFR_units>Kg m-3</BUFR_units>
<BUFR_scale>4</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>7</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Kg m-3</CREX_units>
<CREX_scale>4</CREX_scale>
<CREX_width>2</CREX_width>
</CREX>
</feature>
<feature ID="F0X20Y044">
<annotation>
<documentation>Average
liquid water content</documentation>
</annotation>
<name>BObs_meanLiqWater</name>
<F>0</F>
<X>20</X>
<Y>044</Y>
<BUFR>
<BUFR_units>Kg m-3</BUFR_units>
<BUFR_scale>4</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>7</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Kg m-3</CREX_units>
<CREX_scale>4</CREX_scale>
<CREX_width>2</CREX_width>
</CREX>
</feature>
<feature ID="F0X20Y045">
<annotation>
<documentation>Supercooled
large droplet (SLD) conditions</documentation>
</annotation>
<name>BObs_supercooledDroplet</name>
<F>0</F>
<X>20</X>
<Y>045</Y>
<BUFR>
<BUFR_units>Code table</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>2</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Code table</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>2</CREX_width>
</CREX>
</feature>
<feature ID="F0X20Y048">
<annotation>
<documentation>Evolution of
feature</documentation>
</annotation>
<name>BObs_evolutionType</name>
<F>0</F>
<X>20</X>
<Y>048</Y>
<BUFR>
<BUFR_units>Code
table</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>4</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Code
table</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>2</CREX_width>
</CREX>
</feature>
<feature ID="F0X20Y050">
<annotation>
<documentation>Cloud index</documentation>
</annotation>
<name>BObs_cloudIndex</name>
<F>0</F>
<X>20</X>
<Y>050</Y>
<BUFR>
<BUFR_units>Code table</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>8</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Code
table</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>3</CREX_width>
</CREX>
</feature>
<feature ID="F0X20Y051">
<annotation>
<documentation>Amount of low clouds</documentation>
</annotation>
<name>BObs_amountLowCloud</name>
<F>0</F>
<X>20</X>
<Y>051</Y>
<BUFR>
<BUFR_units>%</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>7</BUFR_width>
</BUFR>
<CREX>
<CREX_units>%</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>3</CREX_width>
</CREX>
</feature>
<feature ID="F0X20Y052">
<annotation>
<documentation>Amount of middle clouds</documentation>
</annotation>
<name>BObs_amountMiddleCloud</name>
<F>0</F>
<X>20</X>
<Y>052</Y>
<BUFR>
<BUFR_units>%</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>7</BUFR_width>
</BUFR>
<CREX>
<CREX_units>%</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>3</CREX_width>
</CREX>
</feature>
<feature ID="F0X20Y053">
<annotation>
<documentation>Amount of high clouds</documentation>
</annotation>
<name>BObs_amountHighCloud</name>
<F>0</F>
<X>20</X>
<Y>053</Y>
<BUFR>
<BUFR_units>%</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>7</BUFR_width>
</BUFR>
<CREX>
<CREX_units>%</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>3</CREX_width>
</CREX>
</feature>
<feature ID="F0X20Y054">
<annotation>
<documentation>True direction from which a
phenomenon or clouds are moving</documentation>
</annotation>
<name>BObs_trueDirectionFrom</name>
<F>0</F>
<X>20</X>
<Y>054</Y>
<BUFR>
<BUFR_units>Degree true</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>9</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Degree true</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>3</CREX_width>
</CREX>
</feature>
<feature ID="F0X20Y055">
<annotation>
<documentation>State of sky in the tropics</documentation>
</annotation>
<name>BObs_tropicSkyState</name>
<F>0</F>
<X>20</X>
<Y>055</Y>
<BUFR>
<BUFR_units>Code
table</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>4</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Code
table</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>2</CREX_width>
</CREX>
</feature>
<feature ID="F0X20Y056">
<annotation>
<documentation>Cloud phase</documentation>
</annotation>
<name>BObs_cloudPhase</name>
<F>0</F>
<X>20</X>
<Y>056</Y>
<BUFR>
<BUFR_units>Code table</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>3</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Code
table</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>1</CREX_width>
</CREX>
</feature>
<feature ID="F0X20Y061">
<annotation>
<documentation>Runway visual range (RVR)</documentation>
</annotation>
<name>BObs_runwayVisRange</name>
<F>0</F>
<X>20</X>
<Y>061</Y>
<BUFR>
<BUFR_units>m</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>12</BUFR_width>
</BUFR>
<CREX>
<CREX_units>m</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>4</CREX_width>
</CREX>
</feature>
<feature ID="F0X20Y062">
<annotation>
<documentation>State of the ground
(with or without snow)<p>
<a href="#B_class_20_4">Note 4</a>
</p>
</documentation>
</annotation>
<name>BObs_stateOfGround</name>
<F>0</F>
<X>20</X>
<Y>062</Y>
<BUFR>
<BUFR_units>Code table</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>5</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Code
table</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>2</CREX_width>
</CREX>
</feature>
<feature ID="F0X20Y063">
<annotation>
<documentation>Special phenomena</documentation>
</annotation>
<name>BObs_specialPhenomena</name>
<F>0</F>
<X>20</X>
<Y>063</Y>
<BUFR>
<BUFR_units>Code table</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>10</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Code table</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>4</CREX_width>
</CREX>
</feature>
<feature ID="F0X20Y065">
<annotation>
<documentation>Snow cover<p>
<a href="#B_class_20_4">Note 4</a>
</p>
</documentation>
</annotation>
<name>BObs_snowCover</name>
<F>0</F>
<X>20</X>
<Y>065</Y>
<BUFR>
<BUFR_units>%</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>7</BUFR_width>
</BUFR>
<CREX>
<CREX_units>%</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>3</CREX_width>
</CREX>
</feature>
<feature ID="F0X20Y066">
<annotation>
<documentation>Maximum diameter of hailstones</documentation>
</annotation>
<name>BObs_hailMaxFiameter</name>
<F>0</F>
<X>20</X>
<Y>066</Y>
<BUFR>
<BUFR_units>m</BUFR_units>
<BUFR_scale>3</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>8</BUFR_width>
</BUFR>
<CREX>
<CREX_units>m</CREX_units>
<CREX_scale>3</CREX_scale>
<CREX_width>3</CREX_width>
</CREX>
</feature>
<feature ID="F0X20Y067">
<annotation>
<documentation>Diameter of deposit</documentation>
</annotation>
<name>BObs_depositDiameter</name>
<F>0</F>
<X>20</X>
<Y>067</Y>
<BUFR>
<BUFR_units>m</BUFR_units>
<BUFR_scale>3</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>9</BUFR_width>
</BUFR>
<CREX>
<CREX_units>m</CREX_units>
<CREX_scale>3</CREX_scale>
<CREX_width>3</CREX_width>
</CREX>
</feature>
<feature ID="F0X20Y070">
<annotation>
<documentation>Minimum number of atmospherics</documentation>
</annotation>
<name>BObs_MinAtmospheric</name>
<F>0</F>
<X>20</X>
<Y>070</Y>
<BUFR>
<BUFR_units>Numeric</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>7</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Numeric</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>3</CREX_width>
</CREX>
</feature>
<feature ID="F0X20Y071">
<annotation>
<documentation>Accuracy of fix and rate of atmospherics</documentation>
</annotation>
<name>BObs_fixAtmospheric</name>
<F>0</F>
<X>20</X>
<Y>071</Y>
<BUFR>
<BUFR_units>Code table</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>4</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Code
table</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>2</CREX_width>
</CREX>
</feature>
<feature ID="F0X20Y081">
<annotation>
<documentation>Cloud amount in segment</documentation>
</annotation>
<name>BObs_segmentCloudAmount</name>
<F>0</F>
<X>20</X>
<Y>081</Y>
<BUFR>
<BUFR_units>%</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>7</BUFR_width>
</BUFR>
<CREX>
<CREX_units>%</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>3</CREX_width>
</CREX>
</feature>
<feature ID="F0X20Y082">
<annotation>
<documentation>Amount segment cloud free</documentation>
</annotation>
<name>BObs_segmentCloudFree</name>
<F>0</F>
<X>20</X>
<Y>082</Y>
<BUFR>
<BUFR_units>%</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>7</BUFR_width>
</BUFR>
<CREX>
<CREX_units>%</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>3</CREX_width>
</CREX>
</feature>
<feature ID="F0X20Y083">
<annotation>
<documentation>Amount of segment covered by scene</documentation>
</annotation>
<name>BObs_segmentCover</name>
<F>0</F>
<X>20</X>
<Y>083</Y>
<BUFR>
<BUFR_units>%</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>7</BUFR_width>
</BUFR>
<CREX>
<CREX_units>%</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>3</CREX_width>
</CREX>
</feature>
<feature ID="F0X20Y090">
<annotation>
<documentation>Special clouds</documentation>
</annotation>
<name>BObs_spcialClouds</name>
<F>0</F>
<X>20</X>
<Y>090</Y>
<BUFR>
<BUFR_units>Code table</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>4</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Code
table</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>2</CREX_width>
</CREX>
</feature>
<feature ID="F0X20Y095">
<annotation>
<documentation>Ice probability</documentation>
</annotation>
<name>BObs_iceProb</name>
<F>0</F>
<X>20</X>
<Y>095</Y>
<BUFR>
<BUFR_units>Numeric</BUFR_units>
<BUFR_scale>3</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>10</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Numeric</CREX_units>
<CREX_scale>3</CREX_scale>
<CREX_width>4</CREX_width>
</CREX>
</feature>
<feature ID="F0X20Y096">
<annotation>
<documentation>Ice age ("A" parameter)</documentation>
</annotation>
<name>BObs_ageOfIce</name>
<F>0</F>
<X>20</X>
<Y>096</Y>
<BUFR>
<BUFR_units>dB</BUFR_units>
<BUFR_scale>2</BUFR_scale>
<BUFR_reference>-4096</BUFR_reference>
<BUFR_width>13</BUFR_width>
</BUFR>
<CREX>
<CREX_units>dB</CREX_units>
<CREX_scale>2</CREX_scale>
<CREX_width>4</CREX_width>
</CREX>
</feature>
<feature ID="F0X20Y101">
<annotation>
<documentation>Locust (acridian) name</documentation>
</annotation>
<name>BObs_locustName</name>
<F>0</F>
<X>20</X>
<Y>101</Y>
<BUFR>
<BUFR_units>Code table</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>4</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Code table</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>2</CREX_width>
</CREX>
</feature>
<feature ID="F0X20Y102">
<annotation>
<documentation>Locust (maturity) color</documentation>
</annotation>
<name>BObs_locustColor</name>
<F>0</F>
<X>20</X>
<Y>102</Y>
<BUFR>
<BUFR_units>Code table</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>4</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Code table</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>2</CREX_width>
</CREX>
</feature>
<feature ID="F0X20Y103">
<annotation>
<documentation>Stage of development of locusts</documentation>
</annotation>
<name>BObs_locustStage</name>
<F>0</F>
<X>20</X>
<Y>103</Y>
<BUFR>
<BUFR_units>Code table</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>4</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Code table</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>2</CREX_width>
</CREX>
</feature>
<feature ID="F0X20Y104">
<annotation>
<documentation>Organization state of swarm or band of locusts</documentation>
</annotation>
<name>BObs_locustSwarmState</name>
<F>0</F>
<X>20</X>
<Y>104</Y>
<BUFR>
<BUFR_units>Code table</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>4</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Code table</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>2</CREX_width>
</CREX>
</feature>
<feature ID="F0X20Y105">
<annotation>
<documentation>Size of swarm or band of locusts and duration of passage of swarm</documentation>
</annotation>
<name>BObs_locustSwarmSize</name>
<F>0</F>
<X>20</X>
<Y>105</Y>
<BUFR>
<BUFR_units>Code table</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>4</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Code table</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>2</CREX_width>
</CREX>
</feature>
<feature ID="F0X20Y106">
<annotation>
<documentation>Locust population density</documentation>
</annotation>
<name>BObs_locustDensity</name>
<F>0</F>
<X>20</X>
<Y>106</Y>
<BUFR>
<BUFR_units>Code table</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>4</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Code table</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>2</CREX_width>
</CREX>
</feature>
<feature ID="F0X20Y107">
<annotation>
<documentation>Direction of movements of locust swarm</documentation>
</annotation>
<name>BObs_locustSwarmDirn</name>
<F>0</F>
<X>20</X>
<Y>107</Y>
<BUFR>
<BUFR_units>Code table</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>4</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Code table</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>2</CREX_width>
</CREX>
</feature>
<feature ID="F0X20Y108">
<annotation>
<documentation>Extent of vegetation</documentation>
</annotation>
<name>BObs_vegetationExtent</name>
<F>0</F>
<X>20</X>
<Y>108</Y>
<BUFR>
<BUFR_units>Code table</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>4</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Code table</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>2</CREX_width>
</CREX>
</feature>
<note ID="B_class_20_1">
<note>
<p>(1) When encoding present weather reported from an automatic weather station, the
appropriate combination of descriptors 0-20-021, 0-20-022, 0-20-023, 0-20-024,
0-20-025, 0-20-026 and 0-20-027 should be used and preferred. A descriptor
0-20-003 should be used only when descriptors mentioned above are not applicable.</p>
</note>
</note>
<note ID="B_class_20_2">
<note>
<p>(2) When encoding past weather reported from an automatic weather station, the
appropriate combination of descriptors 0-20-021, 0-20-022, 0-20-023, 0-20-024,
0-20-025, 0-20-026 and 0-20-027 should be used and preferred. Descriptors
0-20-004 or 0-20-005 should be used only when descriptors mentioned above are
not applicable.</p>
</note>
</note>
<note ID="B_class_20_3">
<note>
<p>(3) The data width for descriptor 0 20 038 originally defined to be 12 is wrong. Nine
bits are sufficient as for all the other "degree true" quantities. However,
the 12-bit width is maintained for historical consistency. Also: A bearing of
ice edge value 0 shall indicate "Ship in shore or flaw lead". </p>
</note>
</note>
<note ID="B_class_20_4">
<note>
<p>(4) Snow cover will be reported for each satellite pixel as a percentage of coverage of
the pixel. It does not seem feasible to try to use existing descriptor 0 20
062 for such a purpose because the use of that descriptor additionally implies
details on, e.g. snow drifts, wet compared to dry snow, etc. that a satellite
obviously cannot accurately detect.</p>
</note>
</note>
<note ID="B_class_20_5">
<note>
<p>(5) A cloud cover (total) value 113 shall indicate "Sky obscured by fog and/other
meteorological phenomena.</p>
</note>
</note>
</featureCatalogue>
<featureCatalogue ID="F0X21">
<catalogueName prefix=" BRD_">Class 21 - Radar data
</catalogueName>
<annotation>
<documentation>
<p>See reference in </p>
</documentation>
</annotation>
<feature ID="F0X21Y001">
<annotation>
<documentation>Horizontal reflectivity</documentation>
</annotation>
<name>BRD_horizontalReflectivity</name>
<F>0</F>
<X>21</X>
<Y>001</Y>
<BUFR>
<BUFR_units>dB</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>-64</BUFR_reference>
<BUFR_width>7</BUFR_width>
</BUFR>
<CREX>
<CREX_units>dB</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>3</CREX_width>
</CREX>
</feature>
<feature ID="F0X21Y002">
<annotation>
<documentation>Vertical reflectivity</documentation>
</annotation>
<name>BRD_verticalReflectivity</name>
<F>0</F>
<X>21</X>
<Y>002</Y>
<BUFR>
<BUFR_units>dB</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>-64</BUFR_reference>
<BUFR_width>7</BUFR_width>
</BUFR>
<CREX>
<CREX_units>dB</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>3</CREX_width>
</CREX>
</feature>
<feature ID="F0X21Y003">
<annotation>
<documentation>Differential reflectivity</documentation>
</annotation>
<name>BRD_differentialReflectivity</name>
<F>0</F>
<X>21</X>
<Y>003</Y>
<BUFR>
<BUFR_units>dB</BUFR_units>
<BUFR_scale>1</BUFR_scale>
<BUFR_reference>-5</BUFR_reference>
<BUFR_width>7</BUFR_width>
</BUFR>
<CREX>
<CREX_units>dB</CREX_units>
<CREX_scale>1</CREX_scale>
<CREX_width>3</CREX_width>
</CREX>
</feature>
<feature ID="F0X21Y005">
<annotation>
<documentation>Linear depolarisation ratio </documentation>
</annotation>
<name>BRD_linearDepolar</name>
<F>0</F>
<X>21</X>
<Y>005</Y>
<BUFR>
<BUFR_units>dB</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>-65</BUFR_reference>
<BUFR_width>6</BUFR_width>
</BUFR>
<CREX>
<CREX_units>dB</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>2</CREX_width>
</CREX>
</feature>
<feature ID="F0X21Y006">
<annotation>
<documentation>Circular depolarisation ratio </documentation>
</annotation>
<name>BRD_circularDepolar</name>
<F>0</F>
<X>21</X>
<Y>006</Y>
<BUFR>
<BUFR_units>dB</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>-65</BUFR_reference>
<BUFR_width>6</BUFR_width>
</BUFR>
<CREX>
<CREX_units>dB</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>2</CREX_width>
</CREX>
</feature>
<feature ID="F0X21Y011">
<annotation>
<documentation>Doppler mean velocity in X-direction</documentation>
</annotation>
<name>BRD_XDopplerVelocity</name>
<F>0</F>
<X>21</X>
<Y>011</Y>
<BUFR>
<BUFR_units>m s-1</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>-128</BUFR_reference>
<BUFR_width>8</BUFR_width>
</BUFR>
<CREX>
<CREX_units>m s-1</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>3</CREX_width>
</CREX>
</feature>
<feature ID="F0X21Y012">
<annotation>
<documentation>Doppler mean velocity in Y-direction</documentation>
</annotation>
<name>BRD_YDopplerVelocity</name>
<F>0</F>
<X>21</X>
<Y>012</Y>
<BUFR>
<BUFR_units>m s-1</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>-128</BUFR_reference>
<BUFR_width>8</BUFR_width>
</BUFR>
<CREX>
<CREX_units>m s-1</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>3</CREX_width>
</CREX>
</feature>
<feature ID="F0X21Y013">
<annotation>
<documentation>Doppler mean velocity in Z-direction</documentation>
</annotation>
<name>BRD_ZDopplerVelocity</name>
<F>0</F>
<X>21</X>
<Y>013</Y>
<BUFR>
<BUFR_units>m s-1</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>-128</BUFR_reference>
<BUFR_width>8</BUFR_width>
</BUFR>
<CREX>
<CREX_units>m s-1</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>3</CREX_width>
</CREX>
</feature>
<feature ID="F0X21Y014">
<annotation>
<documentation>Doppler mean velocity (radial)</documentation>
</annotation>
<name>BRD_RDopplerVelocity</name>
<F>0</F>
<X>21</X>
<Y>014</Y>
<BUFR>
<BUFR_units>m s-1</BUFR_units>
<BUFR_scale>1</BUFR_scale>
<BUFR_reference>-4096</BUFR_reference>
<BUFR_width>13</BUFR_width>
</BUFR>
<CREX>
<CREX_units>m s-1</CREX_units>
<CREX_scale>1</CREX_scale>
<CREX_width>4</CREX_width>
</CREX>
</feature>
<feature ID="F0X21Y017">
<annotation>
<documentation>Doppler velocity spectral width</documentation>
</annotation>
<name>BRD_dopplerVelocityWidth</name>
<F>0</F>
<X>21</X>
<Y>017</Y>
<BUFR>
<BUFR_units>m s-1</BUFR_units>
<BUFR_scale>1</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>8</BUFR_width>
</BUFR>
<CREX>
<CREX_units>m s-1</CREX_units>
<CREX_scale>1</CREX_scale>
<CREX_width>3</CREX_width>
</CREX>
</feature>
<feature ID="F0X21Y021">
<annotation>
<documentation>Echo tops </documentation>
</annotation>
<name>BRD_echoTops</name>
<F>0</F>
<X>21</X>
<Y>021</Y>
<BUFR>
<BUFR_units>m</BUFR_units>
<BUFR_scale>-3</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>4</BUFR_width>
</BUFR>
<CREX>
<CREX_units>m</CREX_units>
<CREX_scale>-3</CREX_scale>
<CREX_width>2</CREX_width>
</CREX>
</feature>
<feature ID="F0X21Y030">
<annotation>
<documentation>Signal to noise ratio</documentation>
</annotation>
<name>BRD_S_To_N_Ratio</name>
<F>0</F>
<X>21</X>
<Y>030</Y>
<BUFR>
<BUFR_units>dB</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>-32</BUFR_reference>
<BUFR_width>8</BUFR_width>
</BUFR>
<CREX>
<CREX_units>dB</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>3</CREX_width>
</CREX>
</feature>
<feature ID="F0X21Y031">
<annotation>
<documentation>Vertically integrated
liquid-water content</documentation>
</annotation>
<name>BRD_integratedLiquidWater</name>
<F>0</F>
<X>21</X>
<Y>031</Y>
<BUFR>
<BUFR_units>kg m-2</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>7</BUFR_width>
</BUFR>
<CREX>
<CREX_units>kg m-2</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>3</CREX_width>
</CREX>
</feature>
<feature ID="F0X21Y036">
<annotation>
<documentation>Radar rainfall intensity </documentation>
</annotation>
<name>BRD_radatRainfallintensity</name>
<F>0</F>
<X>21</X>
<Y>036</Y>
<BUFR>
<BUFR_units>m s-1</BUFR_units>
<BUFR_scale>7</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>12</BUFR_width>
</BUFR>
<CREX>
<CREX_units>m s-1</CREX_units>
<CREX_scale>7</CREX_scale>
<CREX_width>4</CREX_width>
</CREX>
</feature>
<feature ID="F0X21Y041">
<annotation>
<documentation>Bright-band height </documentation>
</annotation>
<name>BRD_brightBandHeight</name>
<F>0</F>
<X>21</X>
<Y>041</Y>
<BUFR>
<BUFR_units>m</BUFR_units>
<BUFR_scale>-2</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>8</BUFR_width>
</BUFR>
<CREX>
<CREX_units>m</CREX_units>
<CREX_scale>-2</CREX_scale>
<CREX_width>3</CREX_width>
</CREX>
</feature>
<feature ID="F0X21Y051">
<annotation>
<documentation>Signal power above 1 mW</documentation>
</annotation>
<name>BRD_signalPower_1mW</name>
<F>0</F>
<X>21</X>
<Y>051</Y>
<BUFR>
<BUFR_units>dB</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>-256</BUFR_reference>
<BUFR_width>8</BUFR_width>
</BUFR>
<CREX>
<CREX_units>dB</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>3</CREX_width>
</CREX>
</feature>
<feature ID="F0X21Y062">
<annotation>
<documentation>Backscatter</documentation>
</annotation>
<name>BRD_backscatter</name>
<F>0</F>
<X>21</X>
<Y>062</Y>
<BUFR>
<BUFR_units>dB</BUFR_units>
<BUFR_scale>2</BUFR_scale>
<BUFR_reference>-5000</BUFR_reference>
<BUFR_width>13</BUFR_width>
</BUFR>
<CREX>
<CREX_units>dB</CREX_units>
<CREX_scale>2</CREX_scale>
<CREX_width>4</CREX_width>
</CREX>
</feature>
<feature ID="F0X21Y063">
<annotation>
<documentation>Radiometric resolution (noise value)</documentation>
</annotation>
<name>BRD_noiseValue</name>
<F>0</F>
<X>21</X>
<Y>063</Y>
<BUFR>
<BUFR_units>%</BUFR_units>
<BUFR_scale>1</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>10</BUFR_width>
</BUFR>
<CREX>
<CREX_units>%</CREX_units>
<CREX_scale>1</CREX_scale>
<CREX_width>4</CREX_width>
</CREX>
</feature>
<feature ID="F0X21Y064">
<annotation>
<documentation>Clutter noise estimate</documentation>
</annotation>
<name>BRD_clutter</name>
<F>0</F>
<X>21</X>
<Y>064</Y>
<BUFR>
<BUFR_units>Numeric</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>8</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Numeric</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>3</CREX_width>
</CREX>
</feature>
<feature ID="F0X21Y065">
<annotation>
<documentation>Missing packet counter</documentation>
</annotation>
<name>BRD_missingPackets</name>
<F>0</F>
<X>21</X>
<Y>065</Y>
<BUFR>
<BUFR_units>Numeric</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>-127</BUFR_reference>
<BUFR_width>8</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Numeric</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>3</CREX_width>
</CREX>
</feature>
<feature ID="F0X21Y066">
<annotation>
<documentation>Wave scatterometer
product confidence data</documentation>
</annotation>
<name>BRD_waveConfidence</name>
<F>0</F>
<X>21</X>
<Y>066</Y>
<BUFR>
<BUFR_units>Flag table</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>12</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Flag table</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>4</CREX_width>
</CREX>
</feature>
<feature ID="F0X21Y067">
<annotation>
<documentation>Wind product confidence data</documentation>
</annotation>
<name>BRD_windConfidence</name>
<F>0</F>
<X>21</X>
<Y>067</Y>
<BUFR>
<BUFR_units>Flag table</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>13</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Flag table</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>5</CREX_width>
</CREX>
</feature>
<feature ID="F0X21Y068">
<annotation>
<documentation>Radar altimeter product
confidence data</documentation>
</annotation>
<name>BRD_altimeterConfidence</name>
<F>0</F>
<X>21</X>
<Y>068</Y>
<BUFR>
<BUFR_units>Flag table</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>8</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Flag table</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>3</CREX_width>
</CREX>
</feature>
<feature ID="F0X21Y069">
<annotation>
<documentation>SST product confidence data</documentation>
</annotation>
<name>BRD_SSTConfidence</name>
<F>0</F>
<X>21</X>
<Y>069</Y>
<BUFR>
<BUFR_units>Flag table</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>10</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Flag table</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>4</CREX_width>
</CREX>
</feature>
<feature ID="F0X21Y070">
<annotation>
<documentation>SST product confidence data (SADIST-2)</documentation>
</annotation>
<name>BRD_SSTConfidence_2</name>
<F>0</F>
<X>21</X>
<Y>070</Y>
<BUFR>
<BUFR_units>Flag table</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>23</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Flag table</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>6</CREX_width>
</CREX>
</feature>
<feature ID="F0X21Y071">
<annotation>
<documentation>Peakiness</documentation>
</annotation>
<name>BRD_peakiness</name>
<F>0</F>
<X>21</X>
<Y>071</Y>
<BUFR>
<BUFR_units>Numeric</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>16</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Numeric</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>5</CREX_width>
</CREX>
</feature>
<feature ID="F0X21Y072">
<annotation>
<documentation>Satellite altimeter calibration status</documentation>
</annotation>
<name>BRD_altimeterStatus</name>
<F>0</F>
<X>21</X>
<Y>072</Y>
<BUFR>
<BUFR_units>Flag table</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>4</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Flag
table</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>2</CREX_width>
</CREX>
</feature>
<feature ID="F0X21Y073">
<annotation>
<documentation>Satelllite altimeter
instrument mode</documentation>
</annotation>
<name>BRD_altimeterMode</name>
<F>0</F>
<X>21</X>
<Y>073</Y>
<BUFR>
<BUFR_units>Flag table</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>9</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Flag table</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>3</CREX_width>
</CREX>
</feature>
<feature ID="F0X21Y075">
<annotation>
<documentation>Image spectrum intensity</documentation>
</annotation>
<name>BRD_imageSpectrum</name>
<F>0</F>
<X>21</X>
<Y>075</Y>
<BUFR>
<BUFR_units>Numeric</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>8</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Numeric</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>3</CREX_width>
</CREX>
</feature>
<feature ID="F0X21Y076">
<annotation>
<documentation>Representation of intensities</documentation>
</annotation>
<name>BRD_representation</name>
<F>0</F>
<X>21</X>
<Y>076</Y>
<BUFR>
<BUFR_units>Code table</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>3</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Code
table</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>1</CREX_width>
</CREX>
</feature>
<feature ID="F0X21Y077">
<annotation>
<documentation>Altitude correction (ionosphere)</documentation>
</annotation>
<name>BRD_ionosphereCorrection</name>
<F>0</F>
<X>21</X>
<Y>077</Y>
<BUFR>
<BUFR_units>m</BUFR_units>
<BUFR_scale>3</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>14</BUFR_width>
</BUFR>
<CREX>
<CREX_units>m</CREX_units>
<CREX_scale>3</CREX_scale>
<CREX_width>5</CREX_width>
</CREX>
</feature>
<feature ID="F0X21Y078">
<annotation>
<documentation>Altitude correction (dry troposphere)</documentation>
</annotation>
<name>BRD_dryTropCorrection</name>
<F>0</F>
<X>21</X>
<Y>078</Y>
<BUFR>
<BUFR_units>m</BUFR_units>
<BUFR_scale>3</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>9</BUFR_width>
</BUFR>
<CREX>
<CREX_units>m</CREX_units>
<CREX_scale>3</CREX_scale>
<CREX_width>3</CREX_width>
</CREX>
</feature>
<feature ID="F0X21Y079">
<annotation>
<documentation>Altitude correction (wet troposphere)</documentation>
</annotation>
<name>BRD_wetTropCorrection</name>
<F>0</F>
<X>21</X>
<Y>079</Y>
<BUFR>
<BUFR_units>m</BUFR_units>
<BUFR_scale>3</BUFR_scale>
<BUFR_reference>2000</BUFR_reference>
<BUFR_width>10</BUFR_width>
</BUFR>
<CREX>
<CREX_units>m</CREX_units>
<CREX_scale>3</CREX_scale>
<CREX_width>4</CREX_width>
</CREX>
</feature>
<feature ID="F0X21Y080">
<annotation>
<documentation>Altitude correction (calibration constant)</documentation>
</annotation>
<name>BRD_calibrationCorrection</name>
<F>0</F>
<X>21</X>
<Y>080</Y>
<BUFR>
<BUFR_units>m</BUFR_units>
<BUFR_scale>3</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>11</BUFR_width>
</BUFR>
<CREX>
<CREX_units>m</CREX_units>
<CREX_scale>3</CREX_scale>
<CREX_width>4</CREX_width>
</CREX>
</feature>
<feature ID="F0X21Y081">
<annotation>
<documentation>Open loop correction (height-time loop)</documentation>
</annotation>
<name>BRD_heightTimeCorrection</name>
<F>0</F>
<X>21</X>
<Y>081</Y>
<BUFR>
<BUFR_units>m</BUFR_units>
<BUFR_scale>3</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>10</BUFR_width>
</BUFR>
<CREX>
<CREX_units>m</CREX_units>
<CREX_scale>3</CREX_scale>
<CREX_width>4</CREX_width>
</CREX>
</feature>
<feature ID="F0X21Y082">
<annotation>
<documentation>Open loop correction (auto gain control)</documentation>
</annotation>
<name>BRD_autoGainCorrection</name>
<F>0</F>
<X>21</X>
<Y>082</Y>
<BUFR>
<BUFR_units>dB</BUFR_units>
<BUFR_scale>3</BUFR_scale>
<BUFR_reference>-3000</BUFR_reference>
<BUFR_width>14</BUFR_width>
</BUFR>
<CREX>
<CREX_units>dB</CREX_units>
<CREX_scale>3</CREX_scale>
<CREX_width>5</CREX_width>
</CREX>
</feature>
<feature ID="F0X21Y083">
<annotation>
<documentation>Warm target calibration</documentation>
</annotation>
<name>BRD_warmCalibration</name>
<F>0</F>
<X>21</X>
<Y>083</Y>
<BUFR>
<BUFR_units>Numeric</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>16</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Numeric</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>5</CREX_width>
</CREX>
</feature>
<feature ID="F0X21Y084">
<annotation>
<documentation>Cold target calibration</documentation>
</annotation>
<name>BRD_coldCalibration</name>
<F>0</F>
<X>21</X>
<Y>084</Y>
<BUFR>
<BUFR_units>Numeric</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>16</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Numeric</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>5</CREX_width>
</CREX>
</feature>
<feature ID="F0X21Y085">
<annotation>
<documentation>ATSR sea surface temperature across- track band
number</documentation>
</annotation>
<name>BRD_SSTXtrackBand</name>
<F>0</F>
<X>21</X>
<Y>085</Y>
<BUFR>
<BUFR_units>Numeric</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>4</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Numeric</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>2</CREX_width>
</CREX>
</feature>
<feature ID="F0X21Y086">
<annotation>
<documentation>Number of pixels in Nadir only, average</documentation>
</annotation>
<name>BRD_pixelsInNadir</name>
<F>0</F>
<X>21</X>
<Y>086</Y>
<BUFR>
<BUFR_units>Numeric</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>9</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Numeric</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>3</CREX_width>
</CREX>
</feature>
<feature ID="F0X21Y087">
<annotation>
<documentation>Number of pixels in dual view, average</documentation>
</annotation>
<name>BRD_pixelsInDual</name>
<F>0</F>
<X>21</X>
<Y>087</Y>
<BUFR>
<BUFR_units>Numeric</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>9</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Numeric</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>3</CREX_width>
</CREX>
</feature>
<feature ID="F0X21Y088">
<annotation>
<documentation>Wet backscatter</documentation>
</annotation>
<name>BRD_wetBackscatter</name>
<F>0</F>
<X>21</X>
<Y>088</Y>
<BUFR>
<BUFR_units>dB</BUFR_units>
<BUFR_scale>2</BUFR_scale>
<BUFR_reference>-5000</BUFR_reference>
<BUFR_width>13</BUFR_width>
</BUFR>
<CREX>
<CREX_units>dB</CREX_units>
<CREX_scale>2</CREX_scale>
<CREX_width>4</CREX_width>
</CREX>
</feature>
<feature ID="F0X21Y091">
<annotation>
<documentation>Radar signal Doppler spectrum 0th
moment</documentation>
</annotation>
<name>BRD_radarSignal0th</name>
<F>0</F>
<X>21</X>
<Y>091</Y>
<BUFR>
<BUFR_units>dB</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>-100</BUFR_reference>
<BUFR_width>8</BUFR_width>
</BUFR>
<CREX>
<CREX_units>dB</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>3</CREX_width>
</CREX>
</feature>
<feature ID="F0X21Y092">
<annotation>
<documentation>RASS signal Doppler spectrum 0th
moment, referring to RASS signal</documentation>
</annotation>
<name>BRD_RASSSignal0th</name>
<F>0</F>
<X>21</X>
<Y>092</Y>
<BUFR>
<BUFR_units>dB</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>-100</BUFR_reference>
<BUFR_width>8</BUFR_width>
</BUFR>
<CREX>
<CREX_units>dB</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>3</CREX_width>
</CREX>
</feature>
<feature ID="F0X21Y093">
<annotation>
<documentation>Ku band peakiness</documentation>
</annotation>
<name>BRD_KuBandPeakiness</name>
<F>0</F>
<X>21</X>
<Y>093</Y>
<BUFR>
<BUFR_units>Numeric</BUFR_units>
<BUFR_scale>3</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>16</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Numeric</CREX_units>
<CREX_scale>3</CREX_scale>
<CREX_width>5</CREX_width>
</CREX>
</feature>
<feature ID="F0X21Y094">
<annotation>
<documentation>S band peakiness</documentation>
</annotation>
<name>BRD_SBandPeakiness</name>
<F>0</F>
<X>21</X>
<Y>094</Y>
<BUFR>
<BUFR_units>Numeric</BUFR_units>
<BUFR_scale>3</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>16</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Numeric</CREX_units>
<CREX_scale>3</CREX_scale>
<CREX_width>5</CREX_width>
</CREX>
</feature>
<feature ID="F0X21Y101">
<annotation>
<documentation>Number of vector ambiguities</documentation>
</annotation>
<name>BRD_NvectorAmbiguity</name>
<F>0</F>
<X>21</X>
<Y>101</Y>
<BUFR>
<BUFR_units>Numeric</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>3</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Numeric</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>1</CREX_width>
</CREX>
</feature>
<feature ID="F0X21Y102">
<annotation>
<documentation>Index of selected wind vector</documentation>
</annotation>
<name>BRD_windVectorIndex</name>
<F>0</F>
<X>21</X>
<Y>102</Y>
<BUFR>
<BUFR_units>Numeric</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>3</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Numeric</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>1</CREX_width>
</CREX>
</feature>
<feature ID="F0X21Y103">
<annotation>
<documentation>Total number of sigma-0 measurements</documentation>
</annotation>
<name>BRD_sigma0total</name>
<F>0</F>
<X>21</X>
<Y>103</Y>
<BUFR>
<BUFR_units>Numeric</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>5</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Numeric</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>2</CREX_width>
</CREX>
</feature>
<feature ID="F0X21Y104">
<annotation>
<documentation>Likelihood computed for solution</documentation>
</annotation>
<name>BRD_likelihood</name>
<F>0</F>
<X>21</X>
<Y>104</Y>
<BUFR>
<BUFR_units>Numeric</BUFR_units>
<BUFR_scale>3</BUFR_scale>
<BUFR_reference>-30000</BUFR_reference>
<BUFR_width>15</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Numeric</CREX_units>
<CREX_scale>3</CREX_scale>
<CREX_width>5</CREX_width>
</CREX>
</feature>
<feature ID="F0X21Y105">
<annotation>
<documentation>Normalized radar cross-section</documentation>
</annotation>
<name>BRD_normalRadarXscection</name>
<F>0</F>
<X>21</X>
<Y>105</Y>
<BUFR>
<BUFR_units>dB</BUFR_units>
<BUFR_scale>2</BUFR_scale>
<BUFR_reference>-10000</BUFR_reference>
<BUFR_width>14</BUFR_width>
</BUFR>
<CREX>
<CREX_units>dB</CREX_units>
<CREX_scale>2</CREX_scale>
<CREX_width>5</CREX_width>
</CREX>
</feature>
<feature ID="F0X21Y106">
<annotation>
<documentation>Kp variance coefficient
(Alpha)</documentation>
</annotation>
<name>BRD_KpVarianceAlpha</name>
<F>0</F>
<X>21</X>
<Y>106</Y>
<BUFR>
<BUFR_units>Numeric</BUFR_units>
<BUFR_scale>3</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>14</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Numeric</CREX_units>
<CREX_scale>3</CREX_scale>
<CREX_width>5</CREX_width>
</CREX>
</feature>
<feature ID="F0X21Y107">
<annotation>
<documentation>Kp variance coefficient (Beta)</documentation>
</annotation>
<name>BRD_KpVarianceBeta</name>
<F>0</F>
<X>21</X>
<Y>107</Y>
<BUFR>
<BUFR_units>Numeric</BUFR_units>
<BUFR_scale>8</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>16</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Numeric</CREX_units>
<CREX_scale>8</CREX_scale>
<CREX_width>5</CREX_width>
</CREX>
</feature>
<feature ID="F0X21Y109">
<annotation>
<documentation>SEAWINDS wind vector cell quality</documentation>
</annotation>
<name>BRD_SEAWvectorCellQ</name>
<F>0</F>
<X>21</X>
<Y>109</Y>
<BUFR>
<BUFR_units>Flag table</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>17</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Flag table</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>6</CREX_width>
</CREX>
</feature>
<feature ID="F0X21Y110">
<annotation>
<documentation>Number of inner-beam Sigma-0 (forward of
satellite)</documentation>
</annotation>
<name>BRD_sigma0InnerForward</name>
<F>0</F>
<X>21</X>
<Y>110</Y>
<BUFR>
<BUFR_units>Numeric</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>6</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Numeric</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>2</CREX_width>
</CREX>
</feature>
<feature ID="F0X21Y111">
<annotation>
<documentation>Number of outer-beam Sigma-0 (forward of
satellite)</documentation>
</annotation>
<name>BRD_sigma0OuterForward</name>
<F>0</F>
<X>21</X>
<Y>111</Y>
<BUFR>
<BUFR_units>Numeric</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>6</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Numeric</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>2</CREX_width>
</CREX>
</feature>
<feature ID="F0X21Y112">
<annotation>
<documentation>Number of inner-beam Sigma-0 (aft of
satellite)</documentation>
</annotation>
<name>BRD_sigma0InnerAft</name>
<F>0</F>
<X>21</X>
<Y>112</Y>
<BUFR>
<BUFR_units>Numeric</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>6</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Numeric</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>2</CREX_width>
</CREX>
</feature>
<feature ID="F0X21Y113">
<annotation>
<documentation>Number of outer-beam Sigma-0 (aft of
satellite)</documentation>
</annotation>
<name>BRD_sigma0OuterAft</name>
<F>0</F>
<X>21</X>
<Y>113</Y>
<BUFR>
<BUFR_units>Numeric</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>6</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Numeric</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>2</CREX_width>
</CREX>
</feature>
<feature ID="F0X21Y114">
<annotation>
<documentation>Kp variance coefficent (Gamma)</documentation>
</annotation>
<name>BRD_KpVarianceGamma</name>
<F>0</F>
<X>21</X>
<Y>114</Y>
<BUFR>
<BUFR_units>dB</BUFR_units>
<BUFR_scale>3</BUFR_scale>
<BUFR_reference>-140000</BUFR_reference>
<BUFR_width>18</BUFR_width>
</BUFR>
<CREX>
<CREX_units>dB</CREX_units>
<CREX_scale>3</CREX_scale>
<CREX_width>6</CREX_width>
</CREX>
</feature>
<feature ID="F0X21Y115">
<annotation>
<documentation>SEAWINDS sigma-0 quality</documentation>
</annotation>
<name>BRD_SEAWsigma0Q</name>
<F>0</F>
<X>21</X>
<Y>115</Y>
<BUFR>
<BUFR_units>Flag table</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>17</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Flag table</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>6</CREX_width>
</CREX>
</feature>
<feature ID="F0X21Y116">
<annotation>
<documentation>SEAWINDS sigma-0 mode</documentation>
</annotation>
<name>BRD_SEAWsigma0Mode</name>
<F>0</F>
<X>21</X>
<Y>116</Y>
<BUFR>
<BUFR_units>Flag table</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>17</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Flag table</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>6</CREX_width>
</CREX>
</feature>
<feature ID="F0X21Y117">
<annotation>
<documentation>Sigma-0 variance quality control</documentation>
</annotation>
<name>BRD_sigma0VarianceQ</name>
<F>0</F>
<X>21</X>
<Y>117</Y>
<BUFR>
<BUFR_units>Numeric</BUFR_units>
<BUFR_scale>2</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>16</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Numeric</CREX_units>
<CREX_scale>2</CREX_scale>
<CREX_width>5</CREX_width>
</CREX>
</feature>
<feature ID="F0X21Y118">
<annotation>
<documentation>Attenuation correction on sigma-0</documentation>
</annotation>
<name>BRD_sigma0AttenuationCorr</name>
<F>0</F>
<X>21</X>
<Y>118</Y>
<BUFR>
<BUFR_units>dB</BUFR_units>
<BUFR_scale>2</BUFR_scale>
<BUFR_reference>-10000</BUFR_reference>
<BUFR_width>14</BUFR_width>
</BUFR>
<CREX>
<CREX_units>dB</CREX_units>
<CREX_scale>2</CREX_scale>
<CREX_width>5</CREX_width>
</CREX>
</feature>
<feature ID="F0X21Y119">
<annotation>
<documentation>Wind scatterometer geophysical model function</documentation>
</annotation>
<name>BRD_windScatFunction</name>
<F>0</F>
<X>21</X>
<Y>119</Y>
<BUFR>
<BUFR_units>Code table</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>6</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Code
table</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>2</CREX_width>
</CREX>
</feature>
<feature ID="F0X21Y120">
<annotation>
<documentation>Probability of rain</documentation>
</annotation>
<name>BRD_probRain</name>
<F>0</F>
<X>21</X>
<Y>120</Y>
<BUFR>
<BUFR_units>Numeric</BUFR_units>
<BUFR_scale>3</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>10</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Numeric</CREX_units>
<CREX_scale>3</CREX_scale>
<CREX_width>4</CREX_width>
</CREX>
</feature>
<feature ID="F0X21Y121">
<annotation>
<documentation>SEAWINDS NOF rain index<p>
<a href="#B_class_21_1">Note 1</a>
</p>
</documentation>
</annotation>
<name>BRD_SEAWrainIndex</name>
<F>0</F>
<X>21</X>
<Y>121</Y>
<BUFR>
<BUFR_units>Numeric</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>8</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Numeric</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>3</CREX_width>
</CREX>
</feature>
<feature ID="F0X21Y122">
<annotation>
<documentation>Attenuation correction of sigma-0 (from tB)</documentation>
</annotation>
<name>BRD_sigma0Attenuation_tB</name>
<F>0</F>
<X>21</X>
<Y>122</Y>
<BUFR>
<BUFR_units>dB</BUFR_units>
<BUFR_scale>2</BUFR_scale>
<BUFR_reference>-10000</BUFR_reference>
<BUFR_width>14</BUFR_width>
</BUFR>
<CREX>
<CREX_units>dB</CREX_units>
<CREX_scale>2</CREX_scale>
<CREX_width>5</CREX_width>
</CREX>
</feature>
<feature ID="F0X21Y123">
<annotation>
<documentation>SEAWINDS normalized radar cross section</documentation>
</annotation>
<name>BRD_SEAWnormRadarXsection</name>
<F>0</F>
<X>21</X>
<Y>123</Y>
<BUFR>
<BUFR_units>dB</BUFR_units>
<BUFR_scale>2</BUFR_scale>
<BUFR_reference>-30000</BUFR_reference>
<BUFR_width>15</BUFR_width>
</BUFR>
<CREX>
<CREX_units>dB</CREX_units>
<CREX_scale>2</CREX_scale>
<CREX_width>5</CREX_width>
</CREX>
</feature>
<feature ID="F0X21Y128">
<annotation>
<documentation>Number of valid points per second used to
derive previous parameters</documentation>
</annotation>
<name>BRD_numberPointsPerSec</name>
<F>0</F>
<X>21</X>
<Y>128</Y>
<BUFR>
<BUFR_units>Numeric</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>8</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Numeric</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>3</CREX_width>
</CREX>
</feature>
<feature ID="F0X21Y130">
<annotation>
<documentation>Spectrum total energy</documentation>
</annotation>
<name>BRD_totalSpectrumE</name>
<F>0</F>
<X>21</X>
<Y>130</Y>
<BUFR>
<BUFR_units>Numeric</BUFR_units>
<BUFR_scale>6</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>28</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Numeric</CREX_units>
<CREX_scale>6</CREX_scale>
<CREX_width>9</CREX_width>
</CREX>
</feature>
<feature ID="F0X21Y131">
<annotation>
<documentation>Spectrum max energy</documentation>
</annotation>
<name>BRD_maxSpectrumE</name>
<F>0</F>
<X>21</X>
<Y>131</Y>
<BUFR>
<BUFR_units>Numeric</BUFR_units>
<BUFR_scale>6</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>28</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Numeric</CREX_units>
<CREX_scale>6</CREX_scale>
<CREX_width>9</CREX_width>
</CREX>
</feature>
<feature ID="F0X21Y132">
<annotation>
<documentation>Direction of spectrum max on higher resolution
grid</documentation>
</annotation>
<name>BRD_maxSpectrumDirn</name>
<F>0</F>
<X>21</X>
<Y>132</Y>
<BUFR>
<BUFR_units>Degree</BUFR_units>
<BUFR_scale>3</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>19</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Degree</CREX_units>
<CREX_scale>3</CREX_scale>
<CREX_width>6</CREX_width>
</CREX>
</feature>
<feature ID="F0X21Y133">
<annotation>
<documentation>Wave-length of spectrum max on higher
resolution grid</documentation>
</annotation>
<name>BRD_maxSpectrumLambda</name>
<F>0</F>
<X>21</X>
<Y>133</Y>
<BUFR>
<BUFR_units>m</BUFR_units>
<BUFR_scale>3</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>29</BUFR_width>
</BUFR>
<CREX>
<CREX_units>m</CREX_units>
<CREX_scale>3</CREX_scale>
<CREX_width>9</CREX_width>
</CREX>
</feature>
<feature ID="F0X21Y134">
<annotation>
<documentation>Range resolution of cress covariance spectrum</documentation>
</annotation>
<name>BRD_XCovarResolution</name>
<F>0</F>
<X>21</X>
<Y>134</Y>
<BUFR>
<BUFR_units>Rad m-1</BUFR_units>
<BUFR_scale>3</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>19</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Rad m-1</CREX_units>
<CREX_scale>3</CREX_scale>
<CREX_width>6</CREX_width>
</CREX>
</feature>
<feature ID="F0X21Y135">
<annotation>
<documentation>Real part of cross spectra polar grid number
of bins</documentation>
</annotation>
<name>BRD_RealXSpectrumNum</name>
<F>0</F>
<X>21</X>
<Y>135</Y>
<BUFR>
<BUFR_units>Numeric</BUFR_units>
<BUFR_scale>3</BUFR_scale>
<BUFR_reference>-524288</BUFR_reference>
<BUFR_width>20</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Numeric</CREX_units>
<CREX_scale>3</CREX_scale>
<CREX_width>7</CREX_width>
</CREX>
</feature>
<feature ID="F0X21Y136">
<annotation>
<documentation>Imaginary part of cross spectra polar grid
number of bins</documentation>
</annotation>
<name>BRD_ImagXSpectrumNum</name>
<F>0</F>
<X>21</X>
<Y>136</Y>
<BUFR>
<BUFR_units>Numeric</BUFR_units>
<BUFR_scale>3</BUFR_scale>
<BUFR_reference>-524288</BUFR_reference>
<BUFR_width>20</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Numeric</CREX_units>
<CREX_scale>3</CREX_scale>
<CREX_width>7</CREX_width>
</CREX>
</feature>
<feature ID="F0X21Y137">
<annotation>
<documentation>KU band corrected ocean backscatter
coefficient</documentation>
</annotation>
<name>BRD_KuBackscatter</name>
<F>0</F>
<X>21</X>
<Y>137</Y>
<BUFR>
<BUFR_units>dB</BUFR_units>
<BUFR_scale>2</BUFR_scale>
<BUFR_reference>-32768</BUFR_reference>
<BUFR_width>16</BUFR_width>
</BUFR>
<CREX>
<CREX_units>dB</CREX_units>
<CREX_scale>2</CREX_scale>
<CREX_width>5</CREX_width>
</CREX>
</feature>
<feature ID="F0X21Y138">
<annotation>
<documentation>Std KU band corrected ocean backscatter
coefficient</documentation>
</annotation>
<name>BRD_StdKuBackscatter</name>
<F>0</F>
<X>21</X>
<Y>138</Y>
<BUFR>
<BUFR_units>dB</BUFR_units>
<BUFR_scale>2</BUFR_scale>
<BUFR_reference>-32768</BUFR_reference>
<BUFR_width>16</BUFR_width>
</BUFR>
<CREX>
<CREX_units>dB</CREX_units>
<CREX_scale>2</CREX_scale>
<CREX_width>5</CREX_width>
</CREX>
</feature>
<feature ID="F0X21Y139">
<annotation>
<documentation>KU band net instrumental correction for ACG</documentation>
</annotation>
<name>BRD_KuCorrectionACG</name>
<F>0</F>
<X>21</X>
<Y>139</Y>
<BUFR>
<BUFR_units>dB</BUFR_units>
<BUFR_scale>2</BUFR_scale>
<BUFR_reference>-2048</BUFR_reference>
<BUFR_width>12</BUFR_width>
</BUFR>
<CREX>
<CREX_units>dB</CREX_units>
<CREX_scale>2</CREX_scale>
<CREX_width>4</CREX_width>
</CREX>
</feature>
<feature ID="F0X21Y140">
<annotation>
<documentation>S band corrected ocean backscatter coefficient</documentation>
</annotation>
<name>BRD_SBackscatter</name>
<F>0</F>
<X>21</X>
<Y>140</Y>
<BUFR>
<BUFR_units>dB</BUFR_units>
<BUFR_scale>2</BUFR_scale>
<BUFR_reference>-32768</BUFR_reference>
<BUFR_width>16</BUFR_width>
</BUFR>
<CREX>
<CREX_units>dB</CREX_units>
<CREX_scale>2</CREX_scale>
<CREX_width>5</CREX_width>
</CREX>
</feature>
<feature ID="F0X21Y141">
<annotation>
<documentation>Std S band corrected ocean backscatter
coefficient</documentation>
</annotation>
<name>BRD_StdSBackscatter</name>
<F>0</F>
<X>21</X>
<Y>141</Y>
<BUFR>
<BUFR_units>dB</BUFR_units>
<BUFR_scale>2</BUFR_scale>
<BUFR_reference>-32768</BUFR_reference>
<BUFR_width>16</BUFR_width>
</BUFR>
<CREX>
<CREX_units>dB</CREX_units>
<CREX_scale>2</CREX_scale>
<CREX_width>5</CREX_width>
</CREX>
</feature>
<feature ID="F0X21Y142">
<annotation>
<documentation>S band net instrumental correction for ACG</documentation>
</annotation>
<name>BRD_SCorrectionACG</name>
<F>0</F>
<X>21</X>
<Y>142</Y>
<BUFR>
<BUFR_units>dB</BUFR_units>
<BUFR_scale>2</BUFR_scale>
<BUFR_reference>-1024</BUFR_reference>
<BUFR_width>11</BUFR_width>
</BUFR>
<CREX>
<CREX_units>dB</CREX_units>
<CREX_scale>2</CREX_scale>
<CREX_width>4</CREX_width>
</CREX>
</feature>
<feature ID="F0X21Y143">
<annotation>
<documentation>KU band rain attenuation</documentation>
</annotation>
<name>BRD_KuRainAttenuation</name>
<F>0</F>
<X>21</X>
<Y>143</Y>
<BUFR>
<BUFR_units>dB</BUFR_units>
<BUFR_scale>2</BUFR_scale>
<BUFR_reference>-1073741824</BUFR_reference>
<BUFR_width>31</BUFR_width>
</BUFR>
<CREX>
<CREX_units>dB</CREX_units>
<CREX_scale>2</CREX_scale>
<CREX_width>10</CREX_width>
</CREX>
</feature>
<feature ID="F0X21Y144">
<annotation>
<documentation>Altimeter rain flag</documentation>
</annotation>
<name>BRD_AltimeterRainFlag</name>
<F>0</F>
<X>21</X>
<Y>144</Y>
<BUFR>
<BUFR_units>Flag table</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>2</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Flag table</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>1</CREX_width>
</CREX>
</feature>
<feature ID="F0X21Y150">
<annotation>
<documentation>Beam collocation</documentation>
</annotation>
<name>BRD_beanCollocation</name>
<F>0</F>
<X>21</X>
<Y>150</Y>
<BUFR>
<BUFR_units>Code table</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>2</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Code table</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>1</CREX_width>
</CREX>
</feature>
<feature ID="F0X21Y151">
<annotation>
<documentation>Estimated error in sigma-0 at 40 deg. incidence angle</documentation>
</annotation>
<name>BRD_sigma0Error40deg</name>
<F>0</F>
<X>21</X>
<Y>151</Y>
<BUFR>
<BUFR_units>dB</BUFR_units>
<BUFR_scale>2</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>9</BUFR_width>
</BUFR>
<CREX>
<CREX_units>dB</CREX_units>
<CREX_scale>2</CREX_scale>
<CREX_width>3</CREX_width>
</CREX>
</feature>
<feature ID="F0X21Y152">
<annotation>
<documentation>Slope at 40 deg. incidence angle</documentation>
</annotation>
<name>BRD_slope40deg</name>
<F>0</F>
<X>21</X>
<Y>152</Y>
<BUFR>
<BUFR_units>dB/Deg</BUFR_units>
<BUFR_scale>2</BUFR_scale>
<BUFR_reference>-80</BUFR_reference>
<BUFR_width>7</BUFR_width>
</BUFR>
<CREX>
<CREX_units>dB/Deg</CREX_units>
<CREX_scale>2</CREX_scale>
<CREX_width>2</CREX_width>
</CREX>
</feature>
<feature ID="F0X21Y153">
<annotation>
<documentation>Estimated error in slope at 40 deg. incidence angle</documentation>
</annotation>
<name>BRD_slopeError40deg</name>
<F>0</F>
<X>21</X>
<Y>153</Y>
<BUFR>
<BUFR_units>dB/Deg</BUFR_units>
<BUFR_scale>2</BUFR_scale>
<BUFR_reference>-40</BUFR_reference>
<BUFR_width>6</BUFR_width>
</BUFR>
<CREX>
<CREX_units>dB/Deg</CREX_units>
<CREX_scale>2</CREX_scale>
<CREX_width>2</CREX_width>
</CREX>
</feature>
<feature ID="F0X21Y154">
<annotation>
<documentation>Soil moisture sensitivity</documentation>
</annotation>
<name>BRD_soilMoistureSensitivity</name>
<F>0</F>
<X>21</X>
<Y>154</Y>
<BUFR>
<BUFR_units>dB</BUFR_units>
<BUFR_scale>2</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>12</BUFR_width>
</BUFR>
<CREX>
<CREX_units>dB</CREX_units>
<CREX_scale>2</CREX_scale>
<CREX_width>4</CREX_width>
</CREX>
</feature>
<feature ID="F0X21Y155">
<annotation>
<documentation>Wind vector cell quality</documentation>
</annotation>
<name>BRD_windVectorCellQ</name>
<F>0</F>
<X>21</X>
<Y>155</Y>
<BUFR>
<BUFR_units>Flag table</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>24</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Flag table</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>8</CREX_width>
</CREX>
</feature>
<feature ID="F0X21Y156">
<annotation>
<documentation>Backscatter distance</documentation>
</annotation>
<name>BRD_backscatterDistance</name>
<F>0</F>
<X>21</X>
<Y>156</Y>
<BUFR>
<BUFR_units>Numeric</BUFR_units>
<BUFR_scale>1</BUFR_scale>
<BUFR_reference>-4096</BUFR_reference>
<BUFR_width>13</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Numeric</CREX_units>
<CREX_scale>1</CREX_scale>
<CREX_width>4</CREX_width>
</CREX>
</feature>
<feature ID="F0X21Y157">
<annotation>
<documentation>Loss per unit length of atmosphere used</documentation>
</annotation>
<name>BRD_lossInAtmosphere</name>
<F>0</F>
<X>21</X>
<Y>157</Y>
<BUFR>
<BUFR_units>dB m-1</BUFR_units>
<BUFR_scale>10</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>22</BUFR_width>
</BUFR>
<CREX>
<CREX_units>dB m-1</CREX_units>
<CREX_scale>10</CREX_scale>
<CREX_width>7</CREX_width>
</CREX>
</feature>
<feature ID="F0X21Y158">
<annotation>
<documentation>ASCAT kp estimate quality</documentation>
</annotation>
<name>BRD_ASCAT_KpQ</name>
<F>0</F>
<X>21</X>
<Y>158</Y>
<BUFR>
<BUFR_units>Code table</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>2</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Code table</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>1</CREX_width>
</CREX>
</feature>
<feature ID="F0X21Y159">
<annotation>
<documentation>ASCAT sigma-0 usability</documentation>
</annotation>
<name>BRD_ASCAT_sigma0</name>
<F>0</F>
<X>21</X>
<Y>159</Y>
<BUFR>
<BUFR_units>Code table</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>2</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Code table</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>1</CREX_width>
</CREX>
</feature>
<feature ID="F0X21Y160">
<annotation>
<documentation>ASCAT use of synthetic data</documentation>
</annotation>
<name>BRD_ASCAT_synthetic</name>
<F>0</F>
<X>21</X>
<Y>160</Y>
<BUFR>
<BUFR_units>Numeric</BUFR_units>
<BUFR_scale>3</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>10</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Numeric</CREX_units>
<CREX_scale>3</CREX_scale>
<CREX_width>4</CREX_width>
</CREX>
</feature>
<feature ID="F0X21Y161">
<annotation>
<documentation>ASCAT synthetic data quality</documentation>
</annotation>
<name>BRD_ASCAT_syntheticQ</name>
<F>0</F>
<X>21</X>
<Y>161</Y>
<BUFR>
<BUFR_units>Numeric</BUFR_units>
<BUFR_scale>3</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>10</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Numeric</CREX_units>
<CREX_scale>3</CREX_scale>
<CREX_width>4</CREX_width>
</CREX>
</feature>
<feature ID="F0X21Y162">
<annotation>
<documentation>ASCAT satellite orbit and attitude quality</documentation>
</annotation>
<name>BRD_ASCAT_orbutQ</name>
<F>0</F>
<X>21</X>
<Y>162</Y>
<BUFR>
<BUFR_units>Numeric</BUFR_units>
<BUFR_scale>3</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>10</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Numeric</CREX_units>
<CREX_scale>3</CREX_scale>
<CREX_width>4</CREX_width>
</CREX>
</feature>
<feature ID="F0X21Y163">
<annotation>
<documentation>ASCAT solar array reflection contamination</documentation>
</annotation>
<name>BRD_ASCAT_contamination</name>
<F>0</F>
<X>21</X>
<Y>163</Y>
<BUFR>
<BUFR_units>Numeric</BUFR_units>
<BUFR_scale>3</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>10</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Numeric</CREX_units>
<CREX_scale>3</CREX_scale>
<CREX_width>4</CREX_width>
</CREX>
</feature>
<feature ID="F0X21Y164">
<annotation>
<documentation>ASCAT telemetry presence and quality</documentation>
</annotation>
<name>BRD_ASCAT_telemetry</name>
<F>0</F>
<X>21</X>
<Y>164</Y>
<BUFR>
<BUFR_units>Numeric</BUFR_units>
<BUFR_scale>3</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>10</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Numeric</CREX_units>
<CREX_scale>3</CREX_scale>
<CREX_width>4</CREX_width>
</CREX>
</feature>
<feature ID="F0X21Y165">
<annotation>
<documentation>ASCAT extrapolated reference function presence</documentation>
</annotation>
<name>BRD_ASCAT_function</name>
<F>0</F>
<X>21</X>
<Y>165</Y>
<BUFR>
<BUFR_units>Numeric</BUFR_units>
<BUFR_scale>3</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>10</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Numeric</CREX_units>
<CREX_scale>3</CREX_scale>
<CREX_width>4</CREX_width>
</CREX>
</feature>
<feature ID="F0X21Y166">
<annotation>
<documentation>ASCAT land fraction</documentation>
</annotation>
<name>BRD_ASCAT_landFraction</name>
<F>0</F>
<X>21</X>
<Y>166</Y>
<BUFR>
<BUFR_units>Numeric</BUFR_units>
<BUFR_scale>3</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>10</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Numeric</CREX_units>
<CREX_scale>3</CREX_scale>
<CREX_width>4</CREX_width>
</CREX>
</feature>
<note ID="B_class_21_1">
<note>
<p>Note 1 NOF = Normalized Objective Function</p>
</note>
</note>
</featureCatalogue>
<featureCatalogue ID="F0X22">
<catalogueName prefix=" BOce_">Class 22 - Oceanographic
elements </catalogueName>
<annotation>
<documentation>
<p>See reference in </p>
</documentation>
</annotation>
<feature ID="F0X22Y001">
<annotation>
<documentation>Direction of waves <p>
<a href="#B_class_22_6">Note 6</a>
</p>
<p>
<a href="#B_class_22_8">Note 8</a>
</p>
</documentation>
</annotation>
<name>BOce_waveDirn</name>
<F>0</F>
<X>22</X>
<Y>001</Y>
<BUFR>
<BUFR_units>Degree true</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>9</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Degree true</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>3</CREX_width>
</CREX>
</feature>
<feature ID="F0X22Y002">
<annotation>
<documentation>Direction of wind waves <p>
<a href="#B_class_22_6">Note 6</a>
</p>
<p>
<a href="#B_class_22_8">Note 8</a>
</p>
</documentation>
</annotation>
<name>BOce_windWaveDirn</name>
<F>0</F>
<X>22</X>
<Y>002</Y>
<BUFR>
<BUFR_units>Degree true</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>9</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Degree true</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>3</CREX_width>
</CREX>
</feature>
<feature ID="F0X22Y003">
<annotation>
<documentation>Direction of swell waves <p>
<a href="#B_class_22_6">Note 6</a>
</p>
<p>
<a href="#B_class_22_8">Note 8</a>
</p>
</documentation>
</annotation>
<name>BOce_swellDirn</name>
<F>0</F>
<X>22</X>
<Y>003</Y>
<BUFR>
<BUFR_units>Degree true</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>9</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Degree true</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>3</CREX_width>
</CREX>
</feature>
<feature ID="F0X22Y004">
<annotation>
<documentation>Direction of current <p>
<a href="#B_class_22_7">Note 7</a>
</p>
</documentation>
</annotation>
<name>BOce_currentDirn</name>
<F>0</F>
<X>22</X>
<Y>004</Y>
<BUFR>
<BUFR_units>Degree true</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>9</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Degree true</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>3</CREX_width>
</CREX>
</feature>
<feature ID="F0X22Y005">
<annotation>
<documentation>Direction of sea surface current</documentation>
</annotation>
<name>BOce_surfaceCurrentDirn</name>
<F>0</F>
<X>22</X>
<Y>005</Y>
<BUFR>
<BUFR_units>Degree true</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>9</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Degree true</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>3</CREX_width>
</CREX>
</feature>
<feature ID="F0X22Y011">
<annotation>
<documentation>Period of waves <p>
<a href="#B_class_22_8">Note 8</a>
</p>
</documentation>
</annotation>
<name>BOce_wavePeriod</name>
<F>0</F>
<X>22</X>
<Y>011</Y>
<BUFR>
<BUFR_units>s</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>6</BUFR_width>
</BUFR>
<CREX>
<CREX_units>s</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>2</CREX_width>
</CREX>
</feature>
<feature ID="F0X22Y012">
<annotation>
<documentation>Period of wind waves <p>
<a href="#B_class_22_8">Note 8</a>
</p>
</documentation>
</annotation>
<name>BOce_windWavePeriod</name>
<F>0</F>
<X>22</X>
<Y>012</Y>
<BUFR>
<BUFR_units>s</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>6</BUFR_width>
</BUFR>
<CREX>
<CREX_units>s</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>2</CREX_width>
</CREX>
</feature>
<feature ID="F0X22Y013">
<annotation>
<documentation>Period of swell waves <p>
<a href="#B_class_22_8">Note 8</a>
</p>
</documentation>
</annotation>
<name>BOce_swellPeriod</name>
<F>0</F>
<X>22</X>
<Y>013</Y>
<BUFR>
<BUFR_units>s</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>6</BUFR_width>
</BUFR>
<CREX>
<CREX_units>s</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>2</CREX_width>
</CREX>
</feature>
<feature ID="F0X22Y021">
<annotation>
<documentation>Height of waves <p>
<a href="#B_class_22_8">Note 8</a>
</p>
</documentation>
</annotation>
<name>BOce_waveHeight</name>
<F>0</F>
<X>22</X>
<Y>021</Y>
<BUFR>
<BUFR_units>m</BUFR_units>
<BUFR_scale>1</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>10</BUFR_width>
</BUFR>
<CREX>
<CREX_units>m</CREX_units>
<CREX_scale>1</CREX_scale>
<CREX_width>4</CREX_width>
</CREX>
</feature>
<feature ID="F0X22Y022">
<annotation>
<documentation>Height of wind waves <p>
<a href="#B_class_22_8">Note 8</a>
</p>
</documentation>
</annotation>
<name>BOce_windWaveHeight</name>
<F>0</F>
<X>22</X>
<Y>022</Y>
<BUFR>
<BUFR_units>m</BUFR_units>
<BUFR_scale>1</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>10</BUFR_width>
</BUFR>
<CREX>
<CREX_units>m</CREX_units>
<CREX_scale>1</CREX_scale>
<CREX_width>4</CREX_width>
</CREX>
</feature>
<feature ID="F0X22Y023">
<annotation>
<documentation>Height of swell waves <p>
<a href="#B_class_22_8">Note 8</a>
</p>
</documentation>
</annotation>
<name>BOce_swellHeight</name>
<F>0</F>
<X>22</X>
<Y>023</Y>
<BUFR>
<BUFR_units>m</BUFR_units>
<BUFR_scale>1</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>10</BUFR_width>
</BUFR>
<CREX>
<CREX_units>m</CREX_units>
<CREX_scale>1</CREX_scale>
<CREX_width>4</CREX_width>
</CREX>
</feature>
<feature ID="F0X22Y025">
<annotation>
<documentation>Standard deviation wave height</documentation>
</annotation>
<name>BOce_waveHeightSE</name>
<F>0</F>
<X>22</X>
<Y>025</Y>
<BUFR>
<BUFR_units>m</BUFR_units>
<BUFR_scale>2</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>10</BUFR_width>
</BUFR>
<CREX>
<CREX_units>m</CREX_units>
<CREX_scale>2</CREX_scale>
<CREX_width>4</CREX_width>
</CREX>
</feature>
<feature ID="F0X22Y026">
<annotation>
<documentation>Standard deviation of
significant wave height<p>
<a href="#B_class_22_1">Note 1</a>
</p>
</documentation>
</annotation>
<name>BOce_sigWaveHeightSE</name>
<F>0</F>
<X>22</X>
<Y>026</Y>
<BUFR>
<BUFR_units>m</BUFR_units>
<BUFR_scale>2</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>10</BUFR_width>
</BUFR>
<CREX>
<CREX_units>m</CREX_units>
<CREX_scale>2</CREX_scale>
<CREX_width>4</CREX_width>
</CREX>
</feature>
<feature ID="F0X22Y031">
<annotation>
<documentation>Speed of current </documentation>
</annotation>
<name>BOce_currentSpeed</name>
<F>0</F>
<X>22</X>
<Y>031</Y>
<BUFR>
<BUFR_units>m s-1</BUFR_units>
<BUFR_scale>2</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>13</BUFR_width>
</BUFR>
<CREX>
<CREX_units>m s-1</CREX_units>
<CREX_scale>2</CREX_scale>
<CREX_width>4</CREX_width>
</CREX>
</feature>
<feature ID="F0X22Y032">
<annotation>
<documentation>Speed of sea surface current</documentation>
</annotation>
<name>BOce_surfaceCurrentSpeed</name>
<F>0</F>
<X>22</X>
<Y>032</Y>
<BUFR>
<BUFR_units>m s-1</BUFR_units>
<BUFR_scale>2</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>13</BUFR_width>
</BUFR>
<CREX>
<CREX_units>m s-1</CREX_units>
<CREX_scale>2</CREX_scale>
<CREX_width>4</CREX_width>
</CREX>
</feature>
<feature ID="F0X22Y035">
<annotation>
<documentation>Tidal elevation with respect to local chart
datum</documentation>
</annotation>
<name>BOce_LocalTidalElev_1</name>
<F>0</F>
<X>22</X>
<Y>035</Y>
<BUFR>
<BUFR_units>m</BUFR_units>
<BUFR_scale>2</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>14</BUFR_width>
</BUFR>
<CREX>
<CREX_units>m</CREX_units>
<CREX_scale>2</CREX_scale>
<CREX_width>4</CREX_width>
</CREX>
</feature>
<feature ID="F0X22Y036">
<annotation>
<documentation>Meteorological residual tidal elevation (surge
or offset)<p>
<a href="#B_class_22_4">Note 4</a>
</p>
</documentation>
</annotation>
<name>BOce_offsetTidalElev_1</name>
<F>0</F>
<X>22</X>
<Y>036</Y>
<BUFR>
<BUFR_units>m</BUFR_units>
<BUFR_scale>2</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>14</BUFR_width>
</BUFR>
<CREX>
<CREX_units>m</CREX_units>
<CREX_scale>2</CREX_scale>
<CREX_width>4</CREX_width>
</CREX>
</feature>
<feature ID="F0X22Y037">
<annotation>
<documentation>Tidal elevation with respect to national land
datum</documentation>
</annotation>
<name>BOce_nationalTidalElev</name>
<F>0</F>
<X>22</X>
<Y>037</Y>
<BUFR>
<BUFR_units>m</BUFR_units>
<BUFR_scale>3</BUFR_scale>
<BUFR_reference>-10000</BUFR_reference>
<BUFR_width>15</BUFR_width>
</BUFR>
<CREX>
<CREX_units>m</CREX_units>
<CREX_scale>3</CREX_scale>
<CREX_width>5</CREX_width>
</CREX>
</feature>
<feature ID="F0X22Y038">
<annotation>
<documentation>Tidal elevation with respect to local chart
datum</documentation>
</annotation>
<name>BOce_LocalTidalElev_2</name>
<F>0</F>
<X>22</X>
<Y>038</Y>
<BUFR>
<BUFR_units>m</BUFR_units>
<BUFR_scale>3</BUFR_scale>
<BUFR_reference>-10000</BUFR_reference>
<BUFR_width>15</BUFR_width>
</BUFR>
<CREX>
<CREX_units>m</CREX_units>
<CREX_scale>3</CREX_scale>
<CREX_width>5</CREX_width>
</CREX>
</feature>
<feature ID="F0X22Y039">
<annotation>
<documentation>Meteorological residual tidal elevation (surge
or offset)<p>
<a href="#B_class_22_4">Note 4</a>
</p>
</documentation>
</annotation>
<name>BOce_offsetTidalElev_2</name>
<F>0</F>
<X>22</X>
<Y>039</Y>
<BUFR>
<BUFR_units>m</BUFR_units>
<BUFR_scale>3</BUFR_scale>
<BUFR_reference>-5000</BUFR_reference>
<BUFR_width>12</BUFR_width>
</BUFR>
<CREX>
<CREX_units>m</CREX_units>
<CREX_scale>3</CREX_scale>
<CREX_width>4</CREX_width>
</CREX>
</feature>
<feature ID="F0X22Y040">
<annotation>
<documentation>Meteorological residual tidal elevation (surge
or offset)<p>
<a href="#B_class_22_4">Note 4</a>
</p>
</documentation>
</annotation>
<name>BOce_offsetTidalElev_3</name>
<F>0</F>
<X>22</X>
<Y>040</Y>
<BUFR>
<BUFR_units>m</BUFR_units>
<BUFR_scale>3</BUFR_scale>
<BUFR_reference>-5000</BUFR_reference>
<BUFR_width>14</BUFR_width>
</BUFR>
<CREX>
<CREX_units>m</CREX_units>
<CREX_scale>3</CREX_scale>
<CREX_width>5</CREX_width>
</CREX>
</feature>
<feature ID="F0X22Y041">
<annotation>
<documentation>Sea-surface temperature (15-day running mean)</documentation>
</annotation>
<name>BOce_seaSurfaceTemp15</name>
<F>0</F>
<X>22</X>
<Y>041</Y>
<BUFR>
<BUFR_units>K</BUFR_units>
<BUFR_scale>1</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>12</BUFR_width>
</BUFR>
<CREX>
<CREX_units>K</CREX_units>
<CREX_scale>1</CREX_scale>
<CREX_width>4</CREX_width>
</CREX>
</feature>
<feature ID="F0X22Y042">
<annotation>
<documentation>Sea/water temperature</documentation>
</annotation>
<name>BOce_seaTemp_1</name>
<F>0</F>
<X>22</X>
<Y>042</Y>
<BUFR>
<BUFR_units>K</BUFR_units>
<BUFR_scale>1</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>12</BUFR_width>
</BUFR>
<CREX>
<CREX_units>K</CREX_units>
<CREX_scale>1</CREX_scale>
<CREX_width>4</CREX_width>
</CREX>
</feature>
<feature ID="F0X22Y043">
<annotation>
<documentation>Sea/water temperature</documentation>
</annotation>
<name>BOce_seaTemp_2</name>
<F>0</F>
<X>22</X>
<Y>043</Y>
<BUFR>
<BUFR_units>K</BUFR_units>
<BUFR_scale>2</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>15</BUFR_width>
</BUFR>
<CREX>
<CREX_units>K</CREX_units>
<CREX_scale>2</CREX_scale>
<CREX_width>5</CREX_width>
</CREX>
</feature>
<feature ID="F0X22Y044">
<annotation>
<documentation>Sound velocity </documentation>
</annotation>
<name>BOce_soundVelocity</name>
<F>0</F>
<X>22</X>
<Y>044</Y>
<BUFR>
<BUFR_units>m s-1</BUFR_units>
<BUFR_scale>1</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>14</BUFR_width>
</BUFR>
<CREX>
<CREX_units>m s-1</CREX_units>
<CREX_scale>1</CREX_scale>
<CREX_width>5</CREX_width>
</CREX>
</feature>
<feature ID="F0X22Y045">
<annotation>
<documentation>Sea/water temperature</documentation>
</annotation>
<name>BOce_seaTemp_3</name>
<F>0</F>
<X>22</X>
<Y>045</Y>
<BUFR>
<BUFR_units>K</BUFR_units>
<BUFR_scale>3</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>19</BUFR_width>
</BUFR>
<CREX>
<CREX_units>K</CREX_units>
<CREX_scale>3</CREX_scale>
<CREX_width>6</CREX_width>
</CREX>
</feature>
<feature ID="F0X22Y049">
<annotation>
<documentation>Sea surface temperature</documentation>
</annotation>
<name>BOce_seaSurfaceTemp</name>
<F>0</F>
<X>22</X>
<Y>049</Y>
<BUFR>
<BUFR_units>K</BUFR_units>
<BUFR_scale>2</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>15</BUFR_width>
</BUFR>
<CREX>
<CREX_units>K</CREX_units>
<CREX_scale>2</CREX_scale>
<CREX_width>5</CREX_width>
</CREX>
</feature>
<feature ID="F0X22Y050">
<annotation>
<documentation>Standard deviation sea-surface temperature</documentation>
</annotation>
<name>BOce_seaSurfaceTempSE</name>
<F>0</F>
<X>22</X>
<Y>050</Y>
<BUFR>
<BUFR_units>K</BUFR_units>
<BUFR_scale>2</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>8</BUFR_width>
</BUFR>
<CREX>
<CREX_units>K</CREX_units>
<CREX_scale>2</CREX_scale>
<CREX_width>3</CREX_width>
</CREX>
</feature>
<feature ID="F0X22Y055">
<annotation>
<documentation>Float cycle number</documentation>
</annotation>
<name>BOce_floatCycle</name>
<F>0</F>
<X>22</X>
<Y>055</Y>
<BUFR>
<BUFR_units>Numeric</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>10</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Numeric</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>3</CREX_width>
</CREX>
</feature>
<feature ID="F0X22Y056">
<annotation>
<documentation>Direction of profile</documentation>
</annotation>
<name>BOce_profileDirn</name>
<F>0</F>
<X>22</X>
<Y>056</Y>
<BUFR>
<BUFR_units>Code table</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>2</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Code
table</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>1</CREX_width>
</CREX>
</feature>
<feature ID="F0X22Y059">
<annotation>
<documentation>Sea surface salinity</documentation>
</annotation>
<name>BOce_seaSurfaceSalinity</name>
<F>0</F>
<X>22</X>
<Y>059</Y>
<BUFR>
<BUFR_units>Part per
thousand</BUFR_units>
<BUFR_scale>2</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>14</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Part per
thousand</CREX_units>
<CREX_scale>2</CREX_scale>
<CREX_width>5</CREX_width>
</CREX>
</feature>
<feature ID="F0X22Y060">
<annotation>
<documentation>Lagrangian drifter drogue status</documentation>
</annotation>
<name>BOce_drifterStatus</name>
<F>0</F>
<X>22</X>
<Y>060</Y>
<BUFR>
<BUFR_units>Code table</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>3</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Code table</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>1</CREX_width>
</CREX>
</feature>
<feature ID="F0X22Y061">
<annotation>
<documentation>State of the sea </documentation>
</annotation>
<name>BOce_seaState</name>
<F>0</F>
<X>22</X>
<Y>061</Y>
<BUFR>
<BUFR_units>Code table</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>4</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Code
table</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>2</CREX_width>
</CREX>
</feature>
<feature ID="F0X22Y062">
<annotation>
<documentation>Salinity</documentation>
</annotation>
<name>BOce_salinity_1</name>
<F>0</F>
<X>22</X>
<Y>062</Y>
<BUFR>
<BUFR_units>Part per thousand</BUFR_units>
<BUFR_scale>2</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>14</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Part per thousand</CREX_units>
<CREX_scale>2</CREX_scale>
<CREX_width>5</CREX_width>
</CREX>
</feature>
<feature ID="F0X22Y063">
<annotation>
<documentation>Total water depth </documentation>
</annotation>
<name>BOce_totalWaterDepth</name>
<F>0</F>
<X>22</X>
<Y>063</Y>
<BUFR>
<BUFR_units>m</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>14</BUFR_width>
</BUFR>
<CREX>
<CREX_units>m</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>5</CREX_width>
</CREX>
</feature>
<feature ID="F0X22Y064">
<annotation>
<documentation>Salinity</documentation>
</annotation>
<name>BOce_salinity_2</name>
<F>0</F>
<X>22</X>
<Y>064</Y>
<BUFR>
<BUFR_units>Part per thousand</BUFR_units>
<BUFR_scale>3</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>17</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Part per
thousand</CREX_units>
<CREX_scale>3</CREX_scale>
<CREX_width>6</CREX_width>
</CREX>
</feature>
<feature ID="F0X22Y065">
<annotation>
<documentation>Water pressure</documentation>
</annotation>
<name>BOce_waterPressure</name>
<F>0</F>
<X>22</X>
<Y>065</Y>
<BUFR>
<BUFR_units>Pa</BUFR_units>
<BUFR_scale>-3</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>17</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Pa</CREX_units>
<CREX_scale>-3</CREX_scale>
<CREX_width>6</CREX_width>
</CREX>
</feature>
<feature ID="F0X22Y066">
<annotation>
<documentation>Water conductivity</documentation>
</annotation>
<name>BOce_waterConduct</name>
<F>0</F>
<X>22</X>
<Y>066</Y>
<BUFR>
<BUFR_units>s m-1</BUFR_units>
<BUFR_scale>6</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>26</BUFR_width>
</BUFR>
<CREX>
<CREX_units>S m-1</CREX_units>
<CREX_scale>6</CREX_scale>
<CREX_width>8</CREX_width>
</CREX>
</feature>
<feature ID="F0X22Y067">
<annotation>
<documentation>Instrument type for water temperature profile
measurement</documentation>
</annotation>
<name>BOce_waterProfileInstrument</name>
<F>0</F>
<X>22</X>
<Y>067</Y>
<BUFR>
<BUFR_units>Code table</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>10</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Code
table</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>4</CREX_width>
</CREX>
</feature>
<feature ID="F0X22Y068">
<annotation>
<documentation>Water temperature
profile recorder types</documentation>
</annotation>
<name>BOce_waterProfileRecorder</name>
<F>0</F>
<X>22</X>
<Y>068</Y>
<BUFR>
<BUFR_units>Code table</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>7</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Code
table</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>3</CREX_width>
</CREX>
</feature>
<feature ID="F0X22Y069">
<annotation>
<documentation>Spectral wave density</documentation>
</annotation>
<name>BOce_spectralWaveDensity</name>
<F>0</F>
<X>22</X>
<Y>069</Y>
<BUFR>
<BUFR_units>m2Hz-1</BUFR_units>
<BUFR_scale>3</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>22</BUFR_width>
</BUFR>
<CREX>
<CREX_units>m2Hz-1</CREX_units>
<CREX_scale>3</CREX_scale>
<CREX_width>7</CREX_width>
</CREX>
</feature>
<feature ID="F0X22Y070">
<annotation>
<documentation>Significant wave height<p>
<a href="#B_class_22_1">Note 1</a>
</p>
</documentation>
</annotation>
<name>BOce_sigWaveHeight</name>
<F>0</F>
<X>22</X>
<Y>070</Y>
<BUFR>
<BUFR_units>m</BUFR_units>
<BUFR_scale>2</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>13</BUFR_width>
</BUFR>
<CREX>
<CREX_units>m</CREX_units>
<CREX_scale>2</CREX_scale>
<CREX_width>4</CREX_width>
</CREX>
</feature>
<feature ID="F0X22Y071">
<annotation>
<documentation>Spectral peak wave period</documentation>
</annotation>
<name>BOce_peakSpectralWavePeriod</name>
<F>0</F>
<X>22</X>
<Y>071</Y>
<BUFR>
<BUFR_units>s</BUFR_units>
<BUFR_scale>1</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>9</BUFR_width>
</BUFR>
<CREX>
<CREX_units>s</CREX_units>
<CREX_scale>1</CREX_scale>
<CREX_width>3</CREX_width>
</CREX>
</feature>
<feature ID="F0X22Y072">
<annotation>
<documentation>Spectral peak wave length</documentation>
</annotation>
<name>BOce_pealSpectralLambda</name>
<F>0</F>
<X>22</X>
<Y>072</Y>
<BUFR>
<BUFR_units>m</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>13</BUFR_width>
</BUFR>
<CREX>
<CREX_units>m</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>4</CREX_width>
</CREX>
</feature>
<feature ID="F0X22Y073">
<annotation>
<documentation>Maximum wave height</documentation>
</annotation>
<name>BOce_maxWaveHeight</name>
<F>0</F>
<X>22</X>
<Y>073</Y>
<BUFR>
<BUFR_units>m</BUFR_units>
<BUFR_scale>2</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>13</BUFR_width>
</BUFR>
<CREX>
<CREX_units>m</CREX_units>
<CREX_scale>2</CREX_scale>
<CREX_width>4</CREX_width>
</CREX>
</feature>
<feature ID="F0X22Y074">
<annotation>
<documentation>Average wave period</documentation>
</annotation>
<name>BOce_meanWavePeriod</name>
<F>0</F>
<X>22</X>
<Y>074</Y>
<BUFR>
<BUFR_units>s</BUFR_units>
<BUFR_scale>1</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>9</BUFR_width>
</BUFR>
<CREX>
<CREX_units>s</CREX_units>
<CREX_scale>1</CREX_scale>
<CREX_width>3</CREX_width>
</CREX>
</feature>
<feature ID="F0X22Y075">
<annotation>
<documentation>Average wave length</documentation>
</annotation>
<name>BOce_meanLambda</name>
<F>0</F>
<X>22</X>
<Y>075</Y>
<BUFR>
<BUFR_units>m</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>13</BUFR_width>
</BUFR>
<CREX>
<CREX_units>m</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>4</CREX_width>
</CREX>
</feature>
<feature ID="F0X22Y076">
<annotation>
<documentation>Direction from which dominant waves are coming<p>
<a href="#B_class_22_2">Note 2</a>
</p>
</documentation>
</annotation>
<name>BOce_dominantWaveDirn</name>
<F>0</F>
<X>22</X>
<Y>076</Y>
<BUFR>
<BUFR_units>Degree true</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>9</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Degree true</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>3</CREX_width>
</CREX>
</feature>
<feature ID="F0X22Y077">
<annotation>
<documentation>Directional spread of dominant wave<p>
<a href="#B_class_22_2">Note 2</a>
</p>
</documentation>
</annotation>
<name>BOce_dominantWaveSpread</name>
<F>0</F>
<X>22</X>
<Y>077</Y>
<BUFR>
<BUFR_units>Degree</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>9</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Degree</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>3</CREX_width>
</CREX>
</feature>
<feature ID="F0X22Y078">
<annotation>
<documentation>Duration of wave record</documentation>
</annotation>
<name>BOce_waveRecordDuration</name>
<F>0</F>
<X>22</X>
<Y>078</Y>
<BUFR>
<BUFR_units>s</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>12</BUFR_width>
</BUFR>
<CREX>
<CREX_units>s</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>4</CREX_width>
</CREX>
</feature>
<feature ID="F0X22Y079">
<annotation>
<documentation>Length of wave record</documentation>
</annotation>
<name>BOce_waveRecordLenght</name>
<F>0</F>
<X>22</X>
<Y>079</Y>
<BUFR>
<BUFR_units>m</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>16</BUFR_width>
</BUFR>
<CREX>
<CREX_units>m</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>5</CREX_width>
</CREX>
</feature>
<feature ID="F0X22Y080">
<annotation>
<documentation>Waveband central frequency</documentation>
</annotation>
<name>BOce_centralFreq</name>
<F>0</F>
<X>22</X>
<Y>080</Y>
<BUFR>
<BUFR_units>Hz</BUFR_units>
<BUFR_scale>3</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>10</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Hz</CREX_units>
<CREX_scale>3</CREX_scale>
<CREX_width>4</CREX_width>
</CREX>
</feature>
<feature ID="F0X22Y081">
<annotation>
<documentation>Waveband central wave number</documentation>
</annotation>
<name>BOce_centralWaveNum</name>
<F>0</F>
<X>22</X>
<Y>081</Y>
<BUFR>
<BUFR_units>m-1</BUFR_units>
<BUFR_scale>5</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>13</BUFR_width>
</BUFR>
<CREX>
<CREX_units>m-1</CREX_units>
<CREX_scale>5</CREX_scale>
<CREX_width>4</CREX_width>
</CREX>
</feature>
<feature ID="F0X22Y082">
<annotation>
<documentation>Maximum non-directional spectral wave density</documentation>
</annotation>
<name>BOce_maxSpectralDensity</name>
<F>0</F>
<X>22</X>
<Y>082</Y>
<BUFR>
<BUFR_units>m2 s</BUFR_units>
<BUFR_scale>2</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>20</BUFR_width>
</BUFR>
<CREX>
<CREX_units>m2
s</CREX_units>
<CREX_scale>2</CREX_scale>
<CREX_width>7</CREX_width>
</CREX>
</feature>
<feature ID="F0X22Y083">
<annotation>
<documentation>Maximum non-directional spectral wave number</documentation>
</annotation>
<name>BOce_maxSpectralWaveNumber</name>
<F>0</F>
<X>22</X>
<Y>083</Y>
<BUFR>
<BUFR_units>m3</BUFR_units>
<BUFR_scale>2</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>20</BUFR_width>
</BUFR>
<CREX>
<CREX_units>m3</CREX_units>
<CREX_scale>2</CREX_scale>
<CREX_width>7</CREX_width>
</CREX>
</feature>
<feature ID="F0X22Y084">
<annotation>
<documentation>Band containing maximum non- directional
spectral wave density</documentation>
</annotation>
<name>BOce_bandMaxDensity</name>
<F>0</F>
<X>22</X>
<Y>084</Y>
<BUFR>
<BUFR_units>Numeric</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>7</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Numeric</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>3</CREX_width>
</CREX>
</feature>
<feature ID="F0X22Y085">
<annotation>
<documentation>Spectral wave density ratio</documentation>
</annotation>
<name>BOce_spectralDensity</name>
<F>0</F>
<X>22</X>
<Y>085</Y>
<BUFR>
<BUFR_units>Numeric</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>7</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Numeric</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>3</CREX_width>
</CREX>
</feature>
<feature ID="F0X22Y086">
<annotation>
<documentation>Mean direction from which waves are coming<p>
<a href="#B_class_22_3">Note 3</a>
</p>
</documentation>
</annotation>
<name>BOce_meanWaveDirn</name>
<F>0</F>
<X>22</X>
<Y>086</Y>
<BUFR>
<BUFR_units>Degree true</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>9</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Degree true</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>3</CREX_width>
</CREX>
</feature>
<feature ID="F0X22Y087">
<annotation>
<documentation>Principal direction from which waves are
coming<p>
<a href="#B_class_22_3">Note 3</a>
</p>
</documentation>
</annotation>
<name>BOce_mainWaveDirn</name>
<F>0</F>
<X>22</X>
<Y>087</Y>
<BUFR>
<BUFR_units>Degree true</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>9</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Degree true</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>3</CREX_width>
</CREX>
</feature>
<feature ID="F0X22Y088">
<annotation>
<documentation>First normalized polar coordinate from Fourier
coefficients</documentation>
</annotation>
<name>BOce_1stPolarCoord</name>
<F>0</F>
<X>22</X>
<Y>088</Y>
<BUFR>
<BUFR_units>Numeric</BUFR_units>
<BUFR_scale>2</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>7</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Numeric</CREX_units>
<CREX_scale>2</CREX_scale>
<CREX_width>3</CREX_width>
</CREX>
</feature>
<feature ID="F0X22Y089">
<annotation>
<documentation>Second normalized polar coordinate from
Fourier coefficients</documentation>
</annotation>
<name>BOce_2ndPolarCoord</name>
<F>0</F>
<X>22</X>
<Y>089</Y>
<BUFR>
<BUFR_units>Numeric</BUFR_units>
<BUFR_scale>2</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>7</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Numeric</CREX_units>
<CREX_scale>2</CREX_scale>
<CREX_width>3</CREX_width>
</CREX>
</feature>
<feature ID="F0X22Y090">
<annotation>
<documentation>Non-directional spectral estimate by wave
frequency</documentation>
</annotation>
<name>BOce_nonDirectWaveFreq</name>
<F>0</F>
<X>22</X>
<Y>090</Y>
<BUFR>
<BUFR_units>m2 s</BUFR_units>
<BUFR_scale>2</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>20</BUFR_width>
</BUFR>
<CREX>
<CREX_units>m2
s</CREX_units>
<CREX_scale>2</CREX_scale>
<CREX_width>7</CREX_width>
</CREX>
</feature>
<feature ID="F0X22Y091">
<annotation>
<documentation>Non-directional spectral estimate by wave
number</documentation>
</annotation>
<name>BOce_nonDirectWaveNum</name>
<F>0</F>
<X>22</X>
<Y>091</Y>
<BUFR>
<BUFR_units>m3</BUFR_units>
<BUFR_scale>2</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>20</BUFR_width>
</BUFR>
<CREX>
<CREX_units>m3</CREX_units>
<CREX_scale>2</CREX_scale>
<CREX_width>7</CREX_width>
</CREX>
</feature>
<feature ID="F0X22Y092">
<annotation>
<documentation>Directional spectral estimate by wave
frequency</documentation>
</annotation>
<name>BOce_directWaveFreq</name>
<F>0</F>
<X>22</X>
<Y>092</Y>
<BUFR>
<BUFR_units>m2 rad-1
s</BUFR_units>
<BUFR_scale>2</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>20</BUFR_width>
</BUFR>
<CREX>
<CREX_units>m2
rad-1 s</CREX_units>
<CREX_scale>2</CREX_scale>
<CREX_width>7</CREX_width>
</CREX>
</feature>
<feature ID="F0X22Y093">
<annotation>
<documentation>Directional spectral estimate by wave number</documentation>
</annotation>
<name>BOce_directWaveNum</name>
<F>0</F>
<X>22</X>
<Y>093</Y>
<BUFR>
<BUFR_units>m4</BUFR_units>
<BUFR_scale>2</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>20</BUFR_width>
</BUFR>
<CREX>
<CREX_units>m4</CREX_units>
<CREX_scale>2</CREX_scale>
<CREX_width>7</CREX_width>
</CREX>
</feature>
<feature ID="F0X22Y094">
<annotation>
<documentation>Total number of wave bands</documentation>
</annotation>
<name>BOce_totalBands</name>
<F>0</F>
<X>22</X>
<Y>094</Y>
<BUFR>
<BUFR_units>Numeric</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>7</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Numeric</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>3</CREX_width>
</CREX>
</feature>
<feature ID="F0X22Y095">
<annotation>
<documentation>Directional spread of individual waves</documentation>
</annotation>
<name>BOce_directSpread</name>
<F>0</F>
<X>22</X>
<Y>095</Y>
<BUFR>
<BUFR_units>Degree</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>8</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Degree</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>3</CREX_width>
</CREX>
</feature>
<feature ID="F0X22Y096">
<annotation>
<documentation>Spectral band width</documentation>
</annotation>
<name>BOce_bandWidth</name>
<F>0</F>
<X>22</X>
<Y>096</Y>
<BUFR>
<BUFR_units>s-1</BUFR_units>
<BUFR_scale>3</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>4</BUFR_width>
</BUFR>
<CREX>
<CREX_units>s-1</CREX_units>
<CREX_scale>3</CREX_scale>
<CREX_width>2</CREX_width>
</CREX>
</feature>
<feature ID="F0X22Y097">
<annotation>
<documentation>Mean wavelength > 731 m of image spectrum
at low wave numbers<p>
<a href="#B_class_22_5">Note 5</a>
</p>
</documentation>
</annotation>
<name>BOce_meanLambda</name>
<F>0</F>
<X>22</X>
<Y>097</Y>
<BUFR>
<BUFR_units>m</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>14</BUFR_width>
</BUFR>
<CREX>
<CREX_units>m</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>5</CREX_width>
</CREX>
</feature>
<feature ID="F0X22Y098">
<annotation>
<documentation>Wavelength spread (wavelength > 731 m) at
low wave numbers<p>
<a href="#B_class_22_5">Note 5</a>
</p>
</documentation>
</annotation>
<name>BOce_LambdaSpread</name>
<F>0</F>
<X>22</X>
<Y>098</Y>
<BUFR>
<BUFR_units>m</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>14</BUFR_width>
</BUFR>
<CREX>
<CREX_units>m</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>5</CREX_width>
</CREX>
</feature>
<feature ID="F0X22Y099">
<annotation>
<documentation>Mean direction at low wave numbers (wavelength
> 731 m)<p>
<a href="#B_class_22_5">Note 5</a>
</p>
</documentation>
</annotation>
<name>BOce_meanDirn</name>
<F>0</F>
<X>22</X>
<Y>099</Y>
<BUFR>
<BUFR_units>Degree true</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>9</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Degree true</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>3</CREX_width>
</CREX>
</feature>
<feature ID="F0X22Y100">
<annotation>
<documentation>Direction spread at low wave
numbers(wavelength > 731 m)<p>
<a href="#B_class_22_5">Note 5</a>
</p>
</documentation>
</annotation>
<name>BOce_dirnSpread</name>
<F>0</F>
<X>22</X>
<Y>100</Y>
<BUFR>
<BUFR_units>Degree</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>9</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Degree</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>3</CREX_width>
</CREX>
</feature>
<feature ID="F0X22Y101">
<annotation>
<documentation>Total energy (wavelength > 731m) at low
wave numbers<p>
<a href="#B_class_22_5">Note 5</a>
</p>
</documentation>
</annotation>
<name>BOce_totalEnergy</name>
<F>0</F>
<X>22</X>
<Y>101</Y>
<BUFR>
<BUFR_units>Numeric</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>31</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Numeric</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>10</CREX_width>
</CREX>
</feature>
<feature ID="F0X22Y120">
<annotation>
<documentation>Tide station automated
water level check</documentation>
</annotation>
<name>BOce_autoTideWater</name>
<F>0</F>
<X>22</X>
<Y>120</Y>
<BUFR>
<BUFR_units>Code table</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>5</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Code
table</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>2</CREX_width>
</CREX>
</feature>
<feature ID="F0X22Y121">
<annotation>
<documentation>Tide station manual water level check</documentation>
</annotation>
<name>BOce_manualTideWater</name>
<F>0</F>
<X>22</X>
<Y>121</Y>
<BUFR>
<BUFR_units>Code table</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>5</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Code
table</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>2</CREX_width>
</CREX>
</feature>
<feature ID="F0X22Y122">
<annotation>
<documentation>Tide station automated meteorological data
check</documentation>
</annotation>
<name>BOce_autoTideMeteor</name>
<F>0</F>
<X>22</X>
<Y>122</Y>
<BUFR>
<BUFR_units>Code table</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>5</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Code
table</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>2</CREX_width>
</CREX>
</feature>
<feature ID="F0X22Y123">
<annotation>
<documentation>Tide station manual meteorological data check</documentation>
</annotation>
<name>BOce_manualTideMeteor</name>
<F>0</F>
<X>22</X>
<Y>123</Y>
<BUFR>
<BUFR_units>Code table</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>5</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Code
table</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>2</CREX_width>
</CREX>
</feature>
<feature ID="F0X22Y141">
<annotation>
<documentation>Sea-surface temperature (15-day running mean)</documentation>
</annotation>
<name>BOce_SST_15day</name>
<F>0</F>
<X>22</X>
<Y>141</Y>
<BUFR>
<BUFR_units>K</BUFR_units>
<BUFR_scale>2</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>15</BUFR_width>
</BUFR>
<CREX>
<CREX_units>K</CREX_units>
<CREX_scale>2</CREX_scale>
<CREX_width>5</CREX_width>
</CREX>
</feature>
<feature ID="F0X22Y150">
<annotation>
<documentation>Number of 18 Hz valid points for KU band</documentation>
</annotation>
<name>BOce_KUband18Hz</name>
<F>0</F>
<X>22</X>
<Y>150</Y>
<BUFR>
<BUFR_units>Numeric</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>10</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Numeric</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>4</CREX_width>
</CREX>
</feature>
<feature ID="F0X22Y151">
<annotation>
<documentation>KU band ocean range</documentation>
</annotation>
<name>BOce_KUbandOcean</name>
<F>0</F>
<X>22</X>
<Y>151</Y>
<BUFR>
<BUFR_units>m</BUFR_units>
<BUFR_scale>3</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>31</BUFR_width>
</BUFR>
<CREX>
<CREX_units>m</CREX_units>
<CREX_scale>3</CREX_scale>
<CREX_width>10</CREX_width>
</CREX>
</feature>
<feature ID="F0X22Y152">
<annotation>
<documentation>STD of 18 Hz KU band ocean range</documentation>
</annotation>
<name>BOce_STDKUband18Hz</name>
<F>0</F>
<X>22</X>
<Y>152</Y>
<BUFR>
<BUFR_units>m</BUFR_units>
<BUFR_scale>3</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>16</BUFR_width>
</BUFR>
<CREX>
<CREX_units>m</CREX_units>
<CREX_scale>3</CREX_scale>
<CREX_width>5</CREX_width>
</CREX>
</feature>
<feature ID="F0X22Y153">
<annotation>
<documentation>Number of 18 Hz valid points for S band</documentation>
</annotation>
<name>BOce_Sband18Hz</name>
<F>0</F>
<X>22</X>
<Y>153</Y>
<BUFR>
<BUFR_units>Numeric</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>10</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Numeric</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>4</CREX_width>
</CREX>
</feature>
<feature ID="F0X22Y154">
<annotation>
<documentation>S band ocean range</documentation>
</annotation>
<name>BOce_SbandOcean</name>
<F>0</F>
<X>22</X>
<Y>154</Y>
<BUFR>
<BUFR_units>m</BUFR_units>
<BUFR_scale>3</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>31</BUFR_width>
</BUFR>
<CREX>
<CREX_units>m</CREX_units>
<CREX_scale>3</CREX_scale>
<CREX_width>10</CREX_width>
</CREX>
</feature>
<feature ID="F0X22Y155">
<annotation>
<documentation>STD of 18 Hz S band ocean range</documentation>
</annotation>
<name>BOce_STDSband18Hz</name>
<F>0</F>
<X>22</X>
<Y>155</Y>
<BUFR>
<BUFR_units>m</BUFR_units>
<BUFR_scale>3</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>16</BUFR_width>
</BUFR>
<CREX>
<CREX_units>m</CREX_units>
<CREX_scale>3</CREX_scale>
<CREX_width>5</CREX_width>
</CREX>
</feature>
<feature ID="F0X22Y156">
<annotation>
<documentation>KU band significant wave height<p>
<a href="#B_class_22_1">Note 1</a>
</p>
</documentation>
</annotation>
<name>BOce_KUsigWave</name>
<F>0</F>
<X>22</X>
<Y>156</Y>
<BUFR>
<BUFR_units>m</BUFR_units>
<BUFR_scale>3</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>16</BUFR_width>
</BUFR>
<CREX>
<CREX_units>m</CREX_units>
<CREX_scale>3</CREX_scale>
<CREX_width>5</CREX_width>
</CREX>
</feature>
<feature ID="F0X22Y157">
<annotation>
<documentation>STD 18Hz KU band significant wave height<p>
<a href="#B_class_22_1">Note 1</a>
</p>
</documentation>
</annotation>
<name>BOce_STDKU18HzSigWave</name>
<F>0</F>
<X>22</X>
<Y>157</Y>
<BUFR>
<BUFR_units>m</BUFR_units>
<BUFR_scale>3</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>16</BUFR_width>
</BUFR>
<CREX>
<CREX_units>m</CREX_units>
<CREX_scale>3</CREX_scale>
<CREX_width>5</CREX_width>
</CREX>
</feature>
<feature ID="F0X22Y158">
<annotation>
<documentation>S band significant wave height<p>
<a href="#B_class_22_1">Note 1</a>
</p>
</documentation>
</annotation>
<name>BOce_SsigWave</name>
<F>0</F>
<X>22</X>
<Y>158</Y>
<BUFR>
<BUFR_units>m</BUFR_units>
<BUFR_scale>3</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>16</BUFR_width>
</BUFR>
<CREX>
<CREX_units>m</CREX_units>
<CREX_scale>3</CREX_scale>
<CREX_width>5</CREX_width>
</CREX>
</feature>
<feature ID="F0X22Y159">
<annotation>
<documentation>STD 18Hz S band significant wave height<p>
<a href="#B_class_22_1">Note 1</a>
</p>
</documentation>
</annotation>
<name>BOce_STDS18HzSigWave</name>
<F>0</F>
<X>22</X>
<Y>159</Y>
<BUFR>
<BUFR_units>m</BUFR_units>
<BUFR_scale>3</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>16</BUFR_width>
</BUFR>
<CREX>
<CREX_units>m</CREX_units>
<CREX_scale>3</CREX_scale>
<CREX_width>5</CREX_width>
</CREX>
</feature>
<feature ID="F0X22Y160">
<annotation>
<documentation>Normalized inverse wave age</documentation>
</annotation>
<name>BOce_invWaveAge</name>
<F>0</F>
<X>22</X>
<Y>160</Y>
<BUFR>
<BUFR_units>Numeric</BUFR_units>
<BUFR_scale>6</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>21</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Numeric</CREX_units>
<CREX_scale>6</CREX_scale>
<CREX_width>7</CREX_width>
</CREX>
</feature>
<feature ID="F0X22Y161">
<annotation>
<documentation>Wave spectra</documentation>
</annotation>
<name>BOce_waveSpectra</name>
<F>0</F>
<X>22</X>
<Y>161</Y>
<BUFR>
<BUFR_units>m4</BUFR_units>
<BUFR_scale>4</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>27</BUFR_width>
</BUFR>
<CREX>
<CREX_units>m4</CREX_units>
<CREX_scale>4</CREX_scale>
<CREX_width>9</CREX_width>
</CREX>
</feature>
</featureCatalogue>
<featureCatalogue ID="F0X23">
<catalogueName prefix=" BDT_">Class 23 - Dispersal and
transport </catalogueName>
<annotation>
<documentation>
<p>See reference in </p>
</documentation>
</annotation>
<feature ID="F0X23Y001">
<annotation>
<documentation>Accident early notification — article
applicable</documentation>
</annotation>
<name>BDT_earlyNotification</name>
<F>0</F>
<X>23</X>
<Y>001</Y>
<BUFR>
<BUFR_units>Code table</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>3</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Code table </CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>1</CREX_width>
</CREX>
</feature>
<feature ID="F0X23Y002">
<annotation>
<documentation>Activity or facility involved in incident</documentation>
</annotation>
<name>BDT_incidentActivity</name>
<F>0</F>
<X>23</X>
<Y>002</Y>
<BUFR>
<BUFR_units>Code table</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>5</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Code table </CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>2</CREX_width>
</CREX>
</feature>
<feature ID="F0X23Y003">
<annotation>
<documentation>Type of release </documentation>
</annotation>
<name>BDT_releaseType</name>
<F>0</F>
<X>23</X>
<Y>003</Y>
<BUFR>
<BUFR_units>Code table</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>3</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Code
table </CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>1</CREX_width>
</CREX>
</feature>
<feature ID="F0X23Y004">
<annotation>
<documentation>Countermeasures taken near border</documentation>
</annotation>
<name>BDT_countermeasures</name>
<F>0</F>
<X>23</X>
<Y>004</Y>
<BUFR>
<BUFR_units>Code table</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>3</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Code
table </CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>1</CREX_width>
</CREX>
</feature>
<feature ID="F0X23Y005">
<annotation>
<documentation>Cause of incident </documentation>
</annotation>
<name>BDT_incidentCause</name>
<F>0</F>
<X>23</X>
<Y>005</Y>
<BUFR>
<BUFR_units>Code table</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>2</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Code
table </CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>1</CREX_width>
</CREX>
</feature>
<feature ID="F0X23Y006">
<annotation>
<documentation>Incident situation </documentation>
</annotation>
<name>BDT_incident</name>
<F>0</F>
<X>23</X>
<Y>006</Y>
<BUFR>
<BUFR_units>Code table</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>3</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Code table </CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>1</CREX_width>
</CREX>
</feature>
<feature ID="F0X23Y007">
<annotation>
<documentation>Characteristics of release</documentation>
</annotation>
<name>BDT_releaseCharacter</name>
<F>0</F>
<X>23</X>
<Y>007</Y>
<BUFR>
<BUFR_units>Code table</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>3</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Code
table </CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>1</CREX_width>
</CREX>
</feature>
<feature ID="F0X23Y008">
<annotation>
<documentation>State of current release </documentation>
</annotation>
<name>BDT_currentRelease</name>
<F>0</F>
<X>23</X>
<Y>008</Y>
<BUFR>
<BUFR_units>Code table</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>2</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Code
table </CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>1</CREX_width>
</CREX>
</feature>
<feature ID="F0X23Y009">
<annotation>
<documentation>State of expected release </documentation>
</annotation>
<name>BDT_expectedRelease</name>
<F>0</F>
<X>23</X>
<Y>009</Y>
<BUFR>
<BUFR_units>Code table</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>2</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Code
table </CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>1</CREX_width>
</CREX>
</feature>
<feature ID="F0X23Y016">
<annotation>
<documentation>Possibility of significant chemical toxic
health effect</documentation>
</annotation>
<name>BDT_healthEffect</name>
<F>0</F>
<X>23</X>
<Y>016</Y>
<BUFR>
<BUFR_units>Code table</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>2</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Code
table </CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>1</CREX_width>
</CREX>
</feature>
<feature ID="F0X23Y017">
<annotation>
<documentation>Flow discharge of major recipient</documentation>
</annotation>
<name>BDT_flowDischarge</name>
<F>0</F>
<X>23</X>
<Y>017</Y>
<BUFR>
<BUFR_units>m3 s-1</BUFR_units>
<BUFR_scale>6</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>20</BUFR_width>
</BUFR>
<CREX>
<CREX_units>m3
s-1</CREX_units>
<CREX_scale>6</CREX_scale>
<CREX_width>7</CREX_width>
</CREX>
</feature>
<feature ID="F0X23Y018">
<annotation>
<documentation>Release behaviour over time</documentation>
</annotation>
<name>BDT_releaseBehaviour</name>
<F>0</F>
<X>23</X>
<Y>018</Y>
<BUFR>
<BUFR_units>Code table</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>3</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Code
table </CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>1</CREX_width>
</CREX>
</feature>
<feature ID="F0X23Y019">
<annotation>
<documentation>Actual release height</documentation>
</annotation>
<name>BDT_actualReleaseHeight</name>
<F>0</F>
<X>23</X>
<Y>019</Y>
<BUFR>
<BUFR_units>M</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>-15000</BUFR_reference>
<BUFR_width>17</BUFR_width>
</BUFR>
<CREX>
<CREX_units>m </CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>6</CREX_width>
</CREX>
</feature>
<feature ID="F0X23Y021">
<annotation>
<documentation>Effective release height</documentation>
</annotation>
<name>BDT_effectiveRelaseHeight</name>
<F>0</F>
<X>23</X>
<Y>021</Y>
<BUFR>
<BUFR_units>M</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>-15000</BUFR_reference>
<BUFR_width>17</BUFR_width>
</BUFR>
<CREX>
<CREX_units>m </CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>6</CREX_width>
</CREX>
</feature>
<feature ID="F0X23Y022">
<annotation>
<documentation>Distance of release point or site of incident</documentation>
</annotation>
<name>BDT_releaseDistance</name>
<F>0</F>
<X>23</X>
<Y>022</Y>
<BUFR>
<BUFR_units>M</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>24</BUFR_width>
</BUFR>
<CREX>
<CREX_units>m </CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>8</CREX_width>
</CREX>
</feature>
<feature ID="F0X23Y023">
<annotation>
<documentation>Main transport speed in
the atmosphere</documentation>
</annotation>
<name>BDT_atmTransportSpeed</name>
<F>0</F>
<X>23</X>
<Y>023</Y>
<BUFR>
<BUFR_units>m s-1</BUFR_units>
<BUFR_scale>1</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>12</BUFR_width>
</BUFR>
<CREX>
<CREX_units>m s-1</CREX_units>
<CREX_scale>1</CREX_scale>
<CREX_width>4</CREX_width>
</CREX>
</feature>
<feature ID="F0X23Y024">
<annotation>
<documentation>Main transport speed in water</documentation>
</annotation>
<name>BDT_waterTransportSpeed</name>
<F>0</F>
<X>23</X>
<Y>024</Y>
<BUFR>
<BUFR_units>m s-1</BUFR_units>
<BUFR_scale>2</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>13</BUFR_width>
</BUFR>
<CREX>
<CREX_units>m s-1</CREX_units>
<CREX_scale>2</CREX_scale>
<CREX_width>4</CREX_width>
</CREX>
</feature>
<feature ID="F0X23Y025">
<annotation>
<documentation>Main transport speed in ground water</documentation>
</annotation>
<name>BDT_groundWaterTransSpeed</name>
<F>0</F>
<X>23</X>
<Y>025</Y>
<BUFR>
<BUFR_units>m s-1</BUFR_units>
<BUFR_scale>2</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>13</BUFR_width>
</BUFR>
<CREX>
<CREX_units>m s-1</CREX_units>
<CREX_scale>2</CREX_scale>
<CREX_width>4</CREX_width>
</CREX>
</feature>
<feature ID="F0X23Y027">
<annotation>
<documentation>Main transport direction in the atmosphere</documentation>
</annotation>
<name>BDT_atmTransportDirn</name>
<F>0</F>
<X>23</X>
<Y>027</Y>
<BUFR>
<BUFR_units>Degree true </BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>9</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Degree true
</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>3</CREX_width>
</CREX>
</feature>
<feature ID="F0X23Y028">
<annotation>
<documentation>Main transport direction in water</documentation>
</annotation>
<name>BDT_waterTransportDirn</name>
<F>0</F>
<X>23</X>
<Y>028</Y>
<BUFR>
<BUFR_units>Degree true </BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>9</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Degree true
</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>3</CREX_width>
</CREX>
</feature>
<feature ID="F0X23Y029">
<annotation>
<documentation>Main transport direction in ground water</documentation>
</annotation>
<name>BDT_groundWaterTransDirn</name>
<F>0</F>
<X>23</X>
<Y>029</Y>
<BUFR>
<BUFR_units>Degree true </BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>9</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Degree true
</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>3</CREX_width>
</CREX>
</feature>
<feature ID="F0X23Y031">
<annotation>
<documentation>Possibility that plume will encounter
precipitation in State in which incident occurred</documentation>
</annotation>
<name>BDT_plumePrecipProb</name>
<F>0</F>
<X>23</X>
<Y>031</Y>
<BUFR>
<BUFR_units>Code table</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>2</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Code
table </CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>1</CREX_width>
</CREX>
</feature>
<feature ID="F0X23Y032">
<annotation>
<documentation>Plume will encounter change in wind direction
and/or speed flag</documentation>
</annotation>
<name>BDT_plumeWindChange</name>
<F>0</F>
<X>23</X>
<Y>032</Y>
<BUFR>
<BUFR_units>Code table</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>2</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Code
table </CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>1</CREX_width>
</CREX>
</feature>
</featureCatalogue>
<featureCatalogue ID="F0X24">
<catalogueName prefix=" BRE_">Class 24 - Radiological
elements </catalogueName>
<annotation>
<documentation>
<p>See reference in </p>
</documentation>
</annotation>
<feature ID="F0X24Y001">
<annotation>
<documentation>Estimate of amount of radioactivity released
up to specified time<p>
<a href="#B_class_24_1">Note 1</a>
</p>
<p>
<a href="#B_class_24_3">Note 3</a>
</p>
</documentation>
</annotation>
<name>BRE_amountReleased</name>
<F>0</F>
<X>24</X>
<Y>001</Y>
<BUFR>
<BUFR_units>Bq</BUFR_units>
<BUFR_scale>-11</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>28</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Bq </CREX_units>
<CREX_scale>-11</CREX_scale>
<CREX_width>9</CREX_width>
</CREX>
</feature>
<feature ID="F0X24Y002">
<annotation>
<documentation>Estimated maximum potential release<p>
<a href="#B_class_24_1">Note 1</a>
</p>
</documentation>
</annotation>
<name>BRE_maxPossRelease</name>
<F>0</F>
<X>24</X>
<Y>002</Y>
<BUFR>
<BUFR_units>Bq</BUFR_units>
<BUFR_scale>-11</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>28</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Bq </CREX_units>
<CREX_scale>-11</CREX_scale>
<CREX_width>9</CREX_width>
</CREX>
</feature>
<feature ID="F0X24Y003">
<annotation>
<documentation>Composition of release</documentation>
</annotation>
<name>BRE_releaseType</name>
<F>0</F>
<X>24</X>
<Y>003</Y>
<BUFR>
<BUFR_units>Code table</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>5</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Code
table </CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>2</CREX_width>
</CREX>
</feature>
<feature ID="F0X24Y004">
<annotation>
<documentation>Element name</documentation>
</annotation>
<name>BRE_element</name>
<F>0</F>
<X>24</X>
<Y>004</Y>
<BUFR>
<BUFR_units>CCITT IA5</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>16</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Character</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>2</CREX_width>
</CREX>
</feature>
<feature ID="F0X24Y005">
<annotation>
<documentation>Isotope mass</documentation>
</annotation>
<name>BRE_isotopeMass</name>
<F>0</F>
<X>24</X>
<Y>005</Y>
<BUFR>
<BUFR_units>Numeric</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>9</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Numeric </CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>3</CREX_width>
</CREX>
</feature>
<feature ID="F0X24Y011">
<annotation>
<documentation>Dose<p>
<a href="#B_class_24_2">Note 2</a>
</p>
<p>
<a href="#B_class_24_3">Note 3</a>
</p>
<p>
<a href="#B_class_24_4">Note 4</a>
</p>
</documentation>
</annotation>
<name>BRE_dose</name>
<F>0</F>
<X>24</X>
<Y>011</Y>
<BUFR>
<BUFR_units>mSv</BUFR_units>
<BUFR_scale>2</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>32</BUFR_width>
</BUFR>
<CREX>
<CREX_units>mSv</CREX_units>
<CREX_scale>2</CREX_scale>
<CREX_width>10</CREX_width>
</CREX>
</feature>
<feature ID="F0X24Y012">
<annotation>
<documentation>Trajectory dose (defined location and expected
time of arrival)<p>
<a href="#B_class_24_2">Note 2</a>
</p>
</documentation>
</annotation>
<name>BRE_trajectoryDose</name>
<F>0</F>
<X>24</X>
<Y>012</Y>
<BUFR>
<BUFR_units>mSv</BUFR_units>
<BUFR_scale>2</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>32</BUFR_width>
</BUFR>
<CREX>
<CREX_units>mSv</CREX_units>
<CREX_scale>2</CREX_scale>
<CREX_width>10</CREX_width>
</CREX>
</feature>
<feature ID="F0X24Y013">
<annotation>
<documentation>Gamma dose in air along the main transport
path (defined location and time period)<p>
<a href="#B_class_24_2">Note 2</a>
</p>
</documentation>
</annotation>
<name>BRE_gammaDose</name>
<F>0</F>
<X>24</X>
<Y>013</Y>
<BUFR>
<BUFR_units>mSv</BUFR_units>
<BUFR_scale>2</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>32</BUFR_width>
</BUFR>
<CREX>
<CREX_units>mSv </CREX_units>
<CREX_scale>2</CREX_scale>
<CREX_width>10</CREX_width>
</CREX>
</feature>
<feature ID="F0X24Y021">
<annotation>
<documentation>Air concentration (of named isotope type
including gross beta)<p>
<a href="#B_class_24_2">Note 2</a>
</p>
</documentation>
</annotation>
<name>BRE_airConcentration</name>
<F>0</F>
<X>24</X>
<Y>021</Y>
<BUFR>
<BUFR_units>Bq m-3</BUFR_units>
<BUFR_scale>2</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>32</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Bq
m-3</CREX_units>
<CREX_scale>2</CREX_scale>
<CREX_width>10</CREX_width>
</CREX>
</feature>
<feature ID="F0X24Y022">
<annotation>
<documentation>Concentration in precipitation (of names
isotope type)<p>
<a href="#B_class_24_2">Note 2</a>
</p>
</documentation>
</annotation>
<name>BRE_precipConcentration</name>
<F>0</F>
<X>24</X>
<Y>022</Y>
<BUFR>
<BUFR_units>Bq l-1</BUFR_units>
<BUFR_scale>2</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>32</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Bq
l-1</CREX_units>
<CREX_scale>2</CREX_scale>
<CREX_width>10</CREX_width>
</CREX>
</feature>
<feature ID="F0X24Y023">
<annotation>
<documentation>Pulse rate of beta radiation</documentation>
</annotation>
<name>BRE_betaPulseRate</name>
<F>0</F>
<X>24</X>
<Y>023</Y>
<BUFR>
<BUFR_units>s-1</BUFR_units>
<BUFR_scale>1</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>14</BUFR_width>
</BUFR>
<CREX>
<CREX_units>s-1</CREX_units>
<CREX_scale>1</CREX_scale>
<CREX_width>4</CREX_width>
</CREX>
</feature>
<feature ID="F0X24Y024">
<annotation>
<documentation>Pulse rate of gamma radiation</documentation>
</annotation>
<name>BRE_gammaPulseRate</name>
<F>0</F>
<X>24</X>
<Y>024</Y>
<BUFR>
<BUFR_units>s-1</BUFR_units>
<BUFR_scale>1</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>14</BUFR_width>
</BUFR>
<CREX>
<CREX_units>s-1</CREX_units>
<CREX_scale>1</CREX_scale>
<CREX_width>4</CREX_width>
</CREX>
</feature>
</featureCatalogue>
<featureCatalogue ID="F0X25">
<catalogueName prefix=" BPI_">Class 25 - Processing
information </catalogueName>
<annotation>
<documentation>
<p>See reference in </p>
</documentation>
</annotation>
<feature ID="F0X25Y001">
<annotation>
<documentation>Range-gate length</documentation>
</annotation>
<name>BPI_tangeGateLength</name>
<F>0</F>
<X>25</X>
<Y>001</Y>
<BUFR>
<BUFR_units>m</BUFR_units>
<BUFR_scale>-1</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>6</BUFR_width>
</BUFR>
<CREX>
<CREX_units>m</CREX_units>
<CREX_scale>1</CREX_scale>
<CREX_width>2</CREX_width>
</CREX>
</feature>
<feature ID="F0X25Y002">
<annotation>
<documentation>Number of gates averaged</documentation>
</annotation>
<name>BPI_meanNumGates</name>
<F>0</F>
<X>25</X>
<Y>002</Y>
<BUFR>
<BUFR_units>Numeric</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>4</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Numeric</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>2</CREX_width>
</CREX>
</feature>
<feature ID="F0X25Y003">
<annotation>
<documentation>Number of integrated pulses</documentation>
</annotation>
<name>BPI_integratedPulses</name>
<F>0</F>
<X>25</X>
<Y>003</Y>
<BUFR>
<BUFR_units>Numeric</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>8</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Numeric</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>3</CREX_width>
</CREX>
</feature>
<feature ID="F0X25Y004">
<annotation>
<documentation>Echo processing</documentation>
</annotation>
<name>BPI_echoProcess</name>
<F>0</F>
<X>25</X>
<Y>004</Y>
<BUFR>
<BUFR_units>Code table</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>2</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Code
table</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>1</CREX_width>
</CREX>
</feature>
<feature ID="F0X25Y005">
<annotation>
<documentation>Echo integration</documentation>
</annotation>
<name>BPI_echoIntegrate</name>
<F>0</F>
<X>25</X>
<Y>005</Y>
<BUFR>
<BUFR_units>Code table</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>2</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Code
table</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>1</CREX_width>
</CREX>
</feature>
<feature ID="F0X25Y006">
<annotation>
<documentation>Z to R conversion</documentation>
</annotation>
<name>BPI_ZtoR</name>
<F>0</F>
<X>25</X>
<Y>006</Y>
<BUFR>
<BUFR_units>Code table</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>3</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Code
table</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>1</CREX_width>
</CREX>
</feature>
<feature ID="F0X25Y007">
<annotation>
<documentation>Z to R conversion factor</documentation>
</annotation>
<name>BPI_ZtoRfactor</name>
<F>0</F>
<X>25</X>
<Y>007</Y>
<BUFR>
<BUFR_units>Numeric</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>12</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Numeric</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>4</CREX_width>
</CREX>
</feature>
<feature ID="F0X25Y008">
<annotation>
<documentation>Z to R conversion exponent</documentation>
</annotation>
<name>BPI_ZtoRexponent</name>
<F>0</F>
<X>25</X>
<Y>008</Y>
<BUFR>
<BUFR_units>Numeric</BUFR_units>
<BUFR_scale>2</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>9</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Numeric</CREX_units>
<CREX_scale>2</CREX_scale>
<CREX_width>3</CREX_width>
</CREX>
</feature>
<feature ID="F0X25Y009">
<annotation>
<documentation>Calibration method<p>
<a href="#B_class_25_4">Note 4</a>
</p>
</documentation>
</annotation>
<name>BPI_calibration_1</name>
<F>0</F>
<X>25</X>
<Y>009</Y>
<BUFR>
<BUFR_units>Flag table</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>4</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Flag table</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>2</CREX_width>
</CREX>
</feature>
<feature ID="F0X25Y010">
<annotation>
<documentation>Clutter treatment</documentation>
</annotation>
<name>BPI_clutter</name>
<F>0</F>
<X>25</X>
<Y>010</Y>
<BUFR>
<BUFR_units>Code table</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>4</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Code
table</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>2</CREX_width>
</CREX>
</feature>
<feature ID="F0X25Y011">
<annotation>
<documentation>Ground occultation
correction (screening)</documentation>
</annotation>
<name>BPI_groundOccultation</name>
<F>0</F>
<X>25</X>
<Y>011</Y>
<BUFR>
<BUFR_units>Code table</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>2</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Code
table</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>1</CREX_width>
</CREX>
</feature>
<feature ID="F0X25Y012">
<annotation>
<documentation>Range attenuation
correction</documentation>
</annotation>
<name>BPI_rangeAttenuation</name>
<F>0</F>
<X>25</X>
<Y>012</Y>
<BUFR>
<BUFR_units>Code table</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>2</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Code table</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>1</CREX_width>
</CREX>
</feature>
<feature ID="F0X25Y013">
<annotation>
<documentation>Bright-band correction</documentation>
</annotation>
<name>BPI_brightBand</name>
<F>0</F>
<X>25</X>
<Y>013</Y>
<BUFR>
<BUFR_units>Flag table</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>2</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Flag table</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>1</CREX_width>
</CREX>
</feature>
<feature ID="F0X25Y014">
<annotation>
<documentation>Azimuth clutter cut-off<p>
<a href="#B_class_25_1">Note 1</a>
</p>
</documentation>
</annotation>
<name>BPI_azimuthCutOff</name>
<F>0</F>
<X>25</X>
<Y>014</Y>
<BUFR>
<BUFR_units>Numeric</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>12</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Numeric</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>4</CREX_width>
</CREX>
</feature>
<feature ID="F0X25Y015">
<annotation>
<documentation>Radome attenuation correction</documentation>
</annotation>
<name>BPI_
radomeAttenuation</name>
<F>0</F>
<X>25</X>
<Y>015</Y>
<BUFR>
<BUFR_units>Flag table</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>2</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Flag table</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>1</CREX_width>
</CREX>
</feature>
<feature ID="F0X25Y016">
<annotation>
<documentation>Clear-air attenuation correction</documentation>
</annotation>
<name>BPI_clearAirAttenuation</name>
<F>0</F>
<X>25</X>
<Y>016</Y>
<BUFR>
<BUFR_units>dB m-1</BUFR_units>
<BUFR_scale>5</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>6</BUFR_width>
</BUFR>
<CREX>
<CREX_units>dB m-1</CREX_units>
<CREX_scale>5</CREX_scale>
<CREX_width>2</CREX_width>
</CREX>
</feature>
<feature ID="F0X25Y017">
<annotation>
<documentation>Precipitation attenuation correction</documentation>
</annotation>
<name>BPI_precipAttenuation</name>
<F>0</F>
<X>25</X>
<Y>017</Y>
<BUFR>
<BUFR_units>Flag table</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>2</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Flag table</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>1</CREX_width>
</CREX>
</feature>
<feature ID="F0X25Y018">
<annotation>
<documentation>A to Z law for attenuation factor</documentation>
</annotation>
<name>BPI_AtoZfactor</name>
<F>0</F>
<X>25</X>
<Y>018</Y>
<BUFR>
<BUFR_units>Numeric</BUFR_units>
<BUFR_scale>7</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>6</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Numeric</CREX_units>
<CREX_scale>7</CREX_scale>
<CREX_width>2</CREX_width>
</CREX>
</feature>
<feature ID="F0X25Y019">
<annotation>
<documentation>A to Z law for attenuation exponent</documentation>
</annotation>
<name>BPI_AtoZexponent</name>
<F>0</F>
<X>25</X>
<Y>019</Y>
<BUFR>
<BUFR_units>Numeric</BUFR_units>
<BUFR_scale>2</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>7</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Numeric</CREX_units>
<CREX_scale>2</CREX_scale>
<CREX_width>3</CREX_width>
</CREX>
</feature>
<feature ID="F0X25Y020">
<annotation>
<documentation>Mean speed estimation</documentation>
</annotation>
<name>BPI_meanSpeedEstim</name>
<F>0</F>
<X>25</X>
<Y>020</Y>
<BUFR>
<BUFR_units>Code table</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>2</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Code
table</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>1</CREX_width>
</CREX>
</feature>
<feature ID="F0X25Y021">
<annotation>
<documentation>Wind computation enhancement</documentation>
</annotation>
<name>BPI_windEnhancement</name>
<F>0</F>
<X>25</X>
<Y>021</Y>
<BUFR>
<BUFR_units>Flag table</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>8</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Flag table</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>3</CREX_width>
</CREX>
</feature>
<feature ID="F0X25Y025">
<annotation>
<documentation>Battery voltage</documentation>
</annotation>
<name>BPI_batteryVoltage_1</name>
<F>0</F>
<X>25</X>
<Y>025</Y>
<BUFR>
<BUFR_units>V</BUFR_units>
<BUFR_scale>1</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>9</BUFR_width>
</BUFR>
<CREX>
<CREX_units>V</CREX_units>
<CREX_scale>1</CREX_scale>
<CREX_width>3</CREX_width>
</CREX>
</feature>
<feature ID="F0X25Y026">
<annotation>
<documentation>Battery voltage (large range)</documentation>
</annotation>
<name>BPI_batteryVoltage_2</name>
<F>0</F>
<X>25</X>
<Y>026</Y>
<BUFR>
<BUFR_units>V</BUFR_units>
<BUFR_scale>1</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>12</BUFR_width>
</BUFR>
<CREX>
<CREX_units>V</CREX_units>
<CREX_scale>1</CREX_scale>
<CREX_width>4</CREX_width>
</CREX>
</feature>
<feature ID="F0X25Y028">
<annotation>
<documentation>Operator or manufacturer defined parameter</documentation>
</annotation>
<name>BPI_operatorParameter</name>
<F>0</F>
<X>25</X>
<Y>028</Y>
<BUFR>
<BUFR_units>Numeric</BUFR_units>
<BUFR_scale>1</BUFR_scale>
<BUFR_reference>-16384</BUFR_reference>
<BUFR_width>15</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Numeric</CREX_units>
<CREX_scale>1</CREX_scale>
<CREX_width>5</CREX_width>
</CREX>
</feature>
<feature ID="F0X25Y029">
<annotation>
<documentation>Calibration method<p>
<a href="#B_class_25_4">Note 4</a>
</p>
</documentation>
</annotation>
<name>BPI_calibration_2</name>
<F>0</F>
<X>25</X>
<Y>029</Y>
<BUFR>
<BUFR_units>Flag table</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>6</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Flag table</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>2</CREX_width>
</CREX>
</feature>
<feature ID="F0X25Y030">
<annotation>
<documentation>Running mean sea-surface temperature usage</documentation>
</annotation>
<name>BPI_meanSSTusage</name>
<F>0</F>
<X>25</X>
<Y>030</Y>
<BUFR>
<BUFR_units>Code table</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>2</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Code
table</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>1</CREX_width>
</CREX>
</feature>
<feature ID="F0X25Y032">
<annotation>
<documentation>Wind profiler mode
information<p>
<a href="#B_class_25_5">Note 5</a>
</p>
</documentation>
</annotation>
<name>BPI_windProfMode</name>
<F>0</F>
<X>25</X>
<Y>032</Y>
<BUFR>
<BUFR_units>Code table</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>2</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Code table</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>1</CREX_width>
</CREX>
</feature>
<feature ID="F0X25Y033">
<annotation>
<documentation>Wind profiler submode information<p>
<a href="#B_class_25_5">Note 5</a>
</p>
</documentation>
</annotation>
<name>BPI_windProfSubmode</name>
<F>0</F>
<X>25</X>
<Y>033</Y>
<BUFR>
<BUFR_units>Code table</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>2</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Code table</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>1</CREX_width>
</CREX>
</feature>
<feature ID="F0X25Y034">
<annotation>
<documentation>Wind profiler quality
control test results<p>
<a href="#B_class_25_5">Note 5</a>
</p>
</documentation>
</annotation>
<name>BPI_windProfQ</name>
<F>0</F>
<X>25</X>
<Y>034</Y>
<BUFR>
<BUFR_units>Flag table</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>4</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Flag table</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>2</CREX_width>
</CREX>
</feature>
<feature ID="F0X25Y036">
<annotation>
<documentation>Atmospherics location method</documentation>
</annotation>
<name>BPI_atmosphericsMethod</name>
<F>0</F>
<X>25</X>
<Y>036</Y>
<BUFR>
<BUFR_units>Code table</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>4</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Code
table</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>2</CREX_width>
</CREX>
</feature>
<feature ID="F0X25Y040">
<annotation>
<documentation>CO2 wind product derivation</documentation>
</annotation>
<name>BPI_CO2deriviation</name>
<F>0</F>
<X>25</X>
<Y>040</Y>
<BUFR>
<BUFR_units>Code table</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>4</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Code
table</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>2</CREX_width>
</CREX>
</feature>
<feature ID="F0X25Y041">
<annotation>
<documentation>Moving platform direction reporting method</documentation>
</annotation>
<name>BPI_directionReport</name>
<F>0</F>
<X>25</X>
<Y>041</Y>
<BUFR>
<BUFR_units>Code table</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>2</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Code
table</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>1</CREX_width>
</CREX>
</feature>
<feature ID="F0X25Y042">
<annotation>
<documentation>Moving platform speed
reporting method</documentation>
</annotation>
<name>BPI_speedReport</name>
<F>0</F>
<X>25</X>
<Y>042</Y>
<BUFR>
<BUFR_units>Code table</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>2</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Code
table</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>1</CREX_width>
</CREX>
</feature>
<feature ID="F0X25Y043">
<annotation>
<documentation>Wave sampling interval (time)</documentation>
</annotation>
<name>BPI_waveTimeStep</name>
<F>0</F>
<X>25</X>
<Y>043</Y>
<BUFR>
<BUFR_units>s</BUFR_units>
<BUFR_scale>4</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>15</BUFR_width>
</BUFR>
<CREX>
<CREX_units>s</CREX_units>
<CREX_scale>4</CREX_scale>
<CREX_width>5</CREX_width>
</CREX>
</feature>
<feature ID="F0X25Y044">
<annotation>
<documentation>Wave sampling interval (space)</documentation>
</annotation>
<name>BPI_waveSpaceStep</name>
<F>0</F>
<X>25</X>
<Y>044</Y>
<BUFR>
<BUFR_units>m</BUFR_units>
<BUFR_scale>2</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>14</BUFR_width>
</BUFR>
<CREX>
<CREX_units>m</CREX_units>
<CREX_scale>2</CREX_scale>
<CREX_width>5</CREX_width>
</CREX>
</feature>
<feature ID="F0X25Y045">
<annotation>
<documentation>HIRS channel combination</documentation>
</annotation>
<name>BPI_HIRSchannel</name>
<F>0</F>
<X>25</X>
<Y>045</Y>
<BUFR>
<BUFR_units>Flag table</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>21</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Flag table</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>7</CREX_width>
</CREX>
</feature>
<feature ID="F0X25Y046">
<annotation>
<documentation>MSU channel combination</documentation>
</annotation>
<name>BPI_MSUchannel</name>
<F>0</F>
<X>25</X>
<Y>046</Y>
<BUFR>
<BUFR_units>Flag table</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>5</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Flag table</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>2</CREX_width>
</CREX>
</feature>
<feature ID="F0X25Y047">
<annotation>
<documentation>SSU channel combination</documentation>
</annotation>
<name>BPI_SSUchannel</name>
<F>0</F>
<X>25</X>
<Y>047</Y>
<BUFR>
<BUFR_units>Flag table</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>4</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Flag table</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>2</CREX_width>
</CREX>
</feature>
<feature ID="F0X25Y048">
<annotation>
<documentation>AMSU-A channel combination</documentation>
</annotation>
<name>BPI_AMSU_Achannel</name>
<F>0</F>
<X>25</X>
<Y>048</Y>
<BUFR>
<BUFR_units>Flag table</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>16</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Flag table</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>6</CREX_width>
</CREX>
</feature>
<feature ID="F0X25Y049">
<annotation>
<documentation>AMSU-B channel combination</documentation>
</annotation>
<name>BPI_AMSU_Bchannel</name>
<F>0</F>
<X>25</X>
<Y>049</Y>
<BUFR>
<BUFR_units>Flag table</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>6</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Flag table</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>2</CREX_width>
</CREX>
</feature>
<feature ID="F0X25Y050">
<annotation>
<documentation>Principal component score</documentation>
</annotation>
<name>BPI_PCscore</name>
<F>0</F>
<X>25</X>
<Y>050</Y>
<BUFR>
<BUFR_units>Numeric</BUFR_units>
<BUFR_scale>4</BUFR_scale>
<BUFR_reference>-131072</BUFR_reference>
<BUFR_width>
</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Numeric</CREX_units>
<CREX_scale>4</CREX_scale>
<CREX_width>6</CREX_width>
</CREX>
</feature>
<feature ID="F0X25Y051">
<annotation>
<documentation>AVHRR channel combination</documentation>
</annotation>
<name>BPI_AVHRRchannel</name>
<F>0</F>
<X>25</X>
<Y>051</Y>
<BUFR>
<BUFR_units>Flag table</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>7</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Flag table</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>3</CREX_width>
</CREX>
</feature>
<feature ID="F0X25Y052">
<annotation>
<documentation>Log-10 of principal components normalized fit
to data</documentation>
</annotation>
<name>BPI_log10Fit</name>
<F>0</F>
<X>25</X>
<Y>052</Y>
<BUFR>
<BUFR_units>Numeric</BUFR_units>
<BUFR_scale>4</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>15</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Numeric</CREX_units>
<CREX_scale>4</CREX_scale>
<CREX_width>5</CREX_width>
</CREX>
</feature>
<feature ID="F0X25Y053">
<annotation>
<documentation>Observation quality</documentation>
</annotation>
<name>BPI_obsQ</name>
<F>0</F>
<X>25</X>
<Y>053</Y>
<BUFR>
<BUFR_units>Flag table</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>12</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Flag table</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>4</CREX_width>
</CREX>
</feature>
<feature ID="F0X25Y054">
<annotation>
<documentation>SSMIS Subframe ID member</documentation>
</annotation>
<name>BPI_SSMIS_ID</name>
<F>0</F>
<X>25</X>
<Y>054</Y>
<BUFR>
<BUFR_units>Numeric</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>5</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Numeric</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>2</CREX_width>
</CREX>
</feature>
<feature ID="F0X25Y055">
<annotation>
<documentation>Multiplexer housekeeping</documentation>
</annotation>
<name>BPI_multiplex</name>
<F>0</F>
<X>25</X>
<Y>055</Y>
<BUFR>
<BUFR_units>K</BUFR_units>
<BUFR_scale>2</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>16</BUFR_width>
</BUFR>
<CREX>
<CREX_units>K</CREX_units>
<CREX_scale>2</CREX_scale>
<CREX_width>5</CREX_width>
</CREX>
</feature>
<feature ID="F0X25Y060">
<annotation>
<documentation>Software identification<p>
<a href="#B_class_25_2">Note 2</a>
</p>
</documentation>
</annotation>
<name>BPI_softwareID</name>
<F>0</F>
<X>25</X>
<Y>060</Y>
<BUFR>
<BUFR_units>Numeric</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>14</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Numeric</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>5</CREX_width>
</CREX>
</feature>
<feature ID="F0X25Y061">
<annotation>
<documentation>Software identification and version number<p>
<a href="#B_class_25_2">Note 2</a>
</p>
</documentation>
</annotation>
<name>BPI_softwareID_2</name>
<F>0</F>
<X>25</X>
<Y>061</Y>
<BUFR>
<BUFR_units>CCITT IA5</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>96</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Character</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>12</CREX_width>
</CREX>
</feature>
<feature ID="F0X25Y062">
<annotation>
<documentation>Database identification</documentation>
</annotation>
<name>BPI_databaseID</name>
<F>0</F>
<X>25</X>
<Y>062</Y>
<BUFR>
<BUFR_units>Numeric</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>14</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Numeric</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>5</CREX_width>
</CREX>
</feature>
<feature ID="F0X25Y065">
<annotation>
<documentation>Orientation correction (azimuth)</documentation>
</annotation>
<name>BPI_azimuthCorrect</name>
<F>0</F>
<X>25</X>
<Y>065</Y>
<BUFR>
<BUFR_units>Degree</BUFR_units>
<BUFR_scale>2</BUFR_scale>
<BUFR_reference>-1000</BUFR_reference>
<BUFR_width>11</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Degree</CREX_units>
<CREX_scale>2</CREX_scale>
<CREX_width>4</CREX_width>
</CREX>
</feature>
<feature ID="F0X25Y066">
<annotation>
<documentation>Orientation correction (elevation)</documentation>
</annotation>
<name>BPI_elevationCorrect</name>
<F>0</F>
<X>25</X>
<Y>066</Y>
<BUFR>
<BUFR_units>Degree</BUFR_units>
<BUFR_scale>2</BUFR_scale>
<BUFR_reference>-1000</BUFR_reference>
<BUFR_width>11</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Degree</CREX_units>
<CREX_scale>2</CREX_scale>
<CREX_width>4</CREX_width>
</CREX>
</feature>
<feature ID="F0X25Y067">
<annotation>
<documentation>Radiosonde release
point pressure correction</documentation>
</annotation>
<name>BPI_sondeReleaseCorrect</name>
<F>0</F>
<X>25</X>
<Y>067</Y>
<BUFR>
<BUFR_units>Pa</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>-8000</BUFR_reference>
<BUFR_width>14</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Pa</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>4</CREX_width>
</CREX>
</feature>
<feature ID="F0X25Y068">
<annotation>
<documentation>Number of archive recomputes</documentation>
</annotation>
<name>BPI_recomputes</name>
<F>0</F>
<X>25</X>
<Y>068</Y>
<BUFR>
<BUFR_units>Numeric</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>7</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Numeric</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>3</CREX_width>
</CREX>
</feature>
<feature ID="F0X25Y069">
<annotation>
<documentation>Flight level pressure corrections</documentation>
</annotation>
<name>BPI_flightLevelCorrect</name>
<F>0</F>
<X>25</X>
<Y>069</Y>
<BUFR>
<BUFR_units>Flag table</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>8</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Flag table</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>3</CREX_width>
</CREX>
</feature>
<feature ID="F0X25Y070">
<annotation>
<documentation>Major frame count</documentation>
</annotation>
<name>BPI_majorFrameCount</name>
<F>0</F>
<X>25</X>
<Y>070</Y>
<BUFR>
<BUFR_units>Numeric</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>4</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Numeric</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>2</CREX_width>
</CREX>
</feature>
<feature ID="F0X25Y071">
<annotation>
<documentation>Frame count</documentation>
</annotation>
<name>BPI_frameCount</name>
<F>0</F>
<X>25</X>
<Y>071</Y>
<BUFR>
<BUFR_units>Numeric</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>5</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Numeric</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>2</CREX_width>
</CREX>
</feature>
<feature ID="F0X25Y075">
<annotation>
<documentation>Satellite antenna corrections version number</documentation>
</annotation>
<name>BPI_antennaVersion</name>
<F>0</F>
<X>25</X>
<Y>075</Y>
<BUFR>
<BUFR_units>Numeric</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>5</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Numeric</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>2</CREX_width>
</CREX>
</feature>
<feature ID="F0X25Y076">
<annotation>
<documentation>Log-10 of (Temperature-radiance central
wavenumber) for ATOVS</documentation>
</annotation>
<name>BPI_ATOVSlog10WaveNum</name>
<F>0</F>
<X>25</X>
<Y>076</Y>
<BUFR>
<BUFR_units>Log m-1</BUFR_units>
<BUFR_scale>8</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>30</BUFR_width>
</BUFR>
<CREX>
<CREX_units>log
m-1</CREX_units>
<CREX_scale>8</CREX_scale>
<CREX_width>10</CREX_width>
</CREX>
</feature>
<feature ID="F0X25Y077">
<annotation>
<documentation>Bandwidth correction coefficient 1 for ATOVS</documentation>
</annotation>
<name>BPI_ATOVScoeff1</name>
<F>0</F>
<X>25</X>
<Y>077</Y>
<BUFR>
<BUFR_units>Numeric</BUFR_units>
<BUFR_scale>5</BUFR_scale>
<BUFR_reference>-100000</BUFR_reference>
<BUFR_width>18</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Numeric</CREX_units>
<CREX_scale>5</CREX_scale>
<CREX_width>7</CREX_width>
</CREX>
</feature>
<feature ID="F0X25Y078">
<annotation>
<documentation>Bandwidth correction coefficient 2 for ATOVS</documentation>
</annotation>
<name>BPI_AYOVScoeff2</name>
<F>0</F>
<X>25</X>
<Y>078</Y>
<BUFR>
<BUFR_units>Numeric</BUFR_units>
<BUFR_scale>5</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>17</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Numeric</CREX_units>
<CREX_scale>5</CREX_scale>
<CREX_width>6</CREX_width>
</CREX>
</feature>
<feature ID="F0X25Y079">
<annotation>
<documentation>Albedo-radiance solar filtered irradiance for
ATOVS</documentation>
</annotation>
<name>BPI_ATOVSirradiance</name>
<F>0</F>
<X>25</X>
<Y>079</Y>
<BUFR>
<BUFR_units>W m-2</BUFR_units>
<BUFR_scale>4</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>24</BUFR_width>
</BUFR>
<CREX>
<CREX_units>W m-2</CREX_units>
<CREX_scale>4</CREX_scale>
<CREX_width>8</CREX_width>
</CREX>
</feature>
<feature ID="F0X25Y080">
<annotation>
<documentation>Albedo-radiance equivalent filter width for
ATOVS</documentation>
</annotation>
<name>BPI_ATOVSfilterWidth</name>
<F>0</F>
<X>25</X>
<Y>080</Y>
<BUFR>
<BUFR_units>m</BUFR_units>
<BUFR_scale>10</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>14</BUFR_width>
</BUFR>
<CREX>
<CREX_units>m</CREX_units>
<CREX_scale>10</CREX_scale>
<CREX_width>5</CREX_width>
</CREX>
</feature>
<feature ID="F0X25Y085">
<annotation>
<documentation>Fraction of clear pixels in HIRS FOV</documentation>
</annotation>
<name>BPI_GIRSclearFract</name>
<F>0</F>
<X>25</X>
<Y>085</Y>
<BUFR>
<BUFR_units>Numeric</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>7</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Numeric</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>3</CREX_width>
</CREX>
</feature>
<feature ID="F0X25Y086">
<annotation>
<documentation>Depth correction indicator</documentation>
</annotation>
<name>BPI_depthCorrect</name>
<F>0</F>
<X>25</X>
<Y>086</Y>
<BUFR>
<BUFR_units>Code table</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>2</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Code table</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>1</CREX_width>
</CREX>
</feature>
<feature ID="F0X25Y091">
<annotation>
<documentation>Structure constant of the refraction index (Cn2)</documentation>
</annotation>
<name>BPI_structureConst</name>
<F>0</F>
<X>25</X>
<Y>091</Y>
<BUFR>
<BUFR_units>dB</BUFR_units>
<BUFR_scale>3</BUFR_scale>
<BUFR_reference>-18192</BUFR_reference>
<BUFR_width>13</BUFR_width>
</BUFR>
<CREX>
<CREX_units>dB</CREX_units>
<CREX_scale>3</CREX_scale>
<CREX_width>5</CREX_width>
</CREX>
</feature>
<feature ID="F0X25Y092">
<annotation>
<documentation>Acoustic propagation velocity</documentation>
</annotation>
<name>BPI_acousticVelocity</name>
<F>0</F>
<X>25</X>
<Y>092</Y>
<BUFR>
<BUFR_units>m s-1</BUFR_units>
<BUFR_scale>2</BUFR_scale>
<BUFR_reference>28000</BUFR_reference>
<BUFR_width>14</BUFR_width>
</BUFR>
<CREX>
<CREX_units>m s-1</CREX_units>
<CREX_scale>2</CREX_scale>
<CREX_width>5</CREX_width>
</CREX>
</feature>
<feature ID="F0X25Y093">
<annotation>
<documentation>RASS computation correction</documentation>
</annotation>
<name>BPI_RASScorrect</name>
<F>0</F>
<X>25</X>
<Y>093</Y>
<BUFR>
<BUFR_units>Flag table</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>8</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Flag table</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>3</CREX_width>
</CREX>
</feature>
<feature ID="F0X25Y095">
<annotation>
<documentation>Altimeter state flag</documentation>
</annotation>
<name>BPI_altimeterState</name>
<F>0</F>
<X>25</X>
<Y>095</Y>
<BUFR>
<BUFR_units>Flag table</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>2</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Flag table</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>1</CREX_width>
</CREX>
</feature>
<feature ID="F0X25Y096">
<annotation>
<documentation>Radiometer state flag</documentation>
</annotation>
<name>BPI_radiometerState</name>
<F>0</F>
<X>25</X>
<Y>096</Y>
<BUFR>
<BUFR_units>Flag table</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>5</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Flag table</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>2</CREX_width>
</CREX>
</feature>
<feature ID="F0X25Y097">
<annotation>
<documentation>Three dimensional error estimate of the
navigator orbit</documentation>
</annotation>
<name>BPI_3Derror</name>
<F>0</F>
<X>25</X>
<Y>097</Y>
<BUFR>
<BUFR_units>Code table</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>4</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Code table</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>2</CREX_width>
</CREX>
</feature>
<feature ID="F0X25Y100">
<annotation>
<documentation>XBT/XCTD fall rate equation coefficient a</documentation>
</annotation>
<name>BPI_XBTcoeff_a</name>
<F>0</F>
<X>25</X>
<Y>100</Y>
<BUFR>
<BUFR_units>Numeric</BUFR_units>
<BUFR_scale>5</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>20</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Numeric</CREX_units>
<CREX_scale>5</CREX_scale>
<CREX_width>6</CREX_width>
</CREX>
</feature>
<feature ID="F0X25Y101">
<annotation>
<documentation>XBT/XCTD fall rate equation coefficient b</documentation>
</annotation>
<name>BPI_XBTcoeff_b</name>
<F>0</F>
<X>25</X>
<Y>101</Y>
<BUFR>
<BUFR_units>Numeric</BUFR_units>
<BUFR_scale>5</BUFR_scale>
<BUFR_reference>-500000</BUFR_reference>
<BUFR_width>21</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Numeric</CREX_units>
<CREX_scale>5</CREX_scale>
<CREX_width>6</CREX_width>
</CREX>
</feature>
<feature ID="F0X25Y102">
<annotation>
<documentation>Number of missing lines excluding data gaps</documentation>
</annotation>
<name>BPI_missingLines</name>
<F>0</F>
<X>25</X>
<Y>102</Y>
<BUFR>
<BUFR_units>Numeric</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>8</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Numeric</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>3</CREX_width>
</CREX>
</feature>
<feature ID="F0X25Y103">
<annotation>
<documentation>Number of directional bins</documentation>
</annotation>
<name>BPI_directBins</name>
<F>0</F>
<X>25</X>
<Y>103</Y>
<BUFR>
<BUFR_units>Numeric</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>8</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Numeric</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>3</CREX_width>
</CREX>
</feature>
<feature ID="F0X25Y104">
<annotation>
<documentation>Number of wave-length bins</documentation>
</annotation>
<name>BPI_lambdaBins</name>
<F>0</F>
<X>25</X>
<Y>104</Y>
<BUFR>
<BUFR_units>Numeric</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>8</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Numeric</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>3</CREX_width>
</CREX>
</feature>
<feature ID="F0X25Y105">
<annotation>
<documentation>First directional bin</documentation>
</annotation>
<name>BPI_1stDirectBin</name>
<F>0</F>
<X>25</X>
<Y>105</Y>
<BUFR>
<BUFR_units>Degree</BUFR_units>
<BUFR_scale>3</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>
</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Degree</CREX_units>
<CREX_scale>3</CREX_scale>
<CREX_width>6</CREX_width>
</CREX>
</feature>
<feature ID="F0X25Y106">
<annotation>
<documentation>Directional bin step</documentation>
</annotation>
<name>BPI_directBinStep</name>
<F>0</F>
<X>25</X>
<Y>106</Y>
<BUFR>
<BUFR_units>Degree</BUFR_units>
<BUFR_scale>3</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>
</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Degree</CREX_units>
<CREX_scale>3</CREX_scale>
<CREX_width>6</CREX_width>
</CREX>
</feature>
<feature ID="F0X25Y107">
<annotation>
<documentation>First wave-length bin</documentation>
</annotation>
<name>BPI_1stLambdaBin</name>
<F>0</F>
<X>25</X>
<Y>107</Y>
<BUFR>
<BUFR_units>m</BUFR_units>
<BUFR_scale>3</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>29</BUFR_width>
</BUFR>
<CREX>
<CREX_units>m</CREX_units>
<CREX_scale>3</CREX_scale>
<CREX_width>9</CREX_width>
</CREX>
</feature>
<feature ID="F0X25Y108">
<annotation>
<documentation>Last wave-length bin</documentation>
</annotation>
<name>BPI_lastLambdaBin</name>
<F>0</F>
<X>25</X>
<Y>108</Y>
<BUFR>
<BUFR_units>m</BUFR_units>
<BUFR_scale>3</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>29</BUFR_width>
</BUFR>
<CREX>
<CREX_units>m</CREX_units>
<CREX_scale>3</CREX_scale>
<CREX_width>9</CREX_width>
</CREX>
</feature>
<feature ID="F0X25Y110">
<annotation>
<documentation>Image processing summary</documentation>
</annotation>
<name>BPI_imageProc</name>
<F>0</F>
<X>25</X>
<Y>110</Y>
<BUFR>
<BUFR_units>Flag table</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>
</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Flag table</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>4</CREX_width>
</CREX>
</feature>
<feature ID="F0X25Y111">
<annotation>
<documentation>Number of input data gaps</documentation>
</annotation>
<name>BPI_inputGaps</name>
<F>0</F>
<X>25</X>
<Y>111</Y>
<BUFR>
<BUFR_units>Numeric</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>8</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Numeric</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>3</CREX_width>
</CREX>
</feature>
<feature ID="F0X25Y120">
<annotation>
<documentation>RA2-L2-processing flag</documentation>
</annotation>
<name>BPI_RA2flag</name>
<F>0</F>
<X>25</X>
<Y>120</Y>
<BUFR>
<BUFR_units>Code table</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>2</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Code table</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>1</CREX_width>
</CREX>
</feature>
<feature ID="F0X25Y121">
<annotation>
<documentation>RA2-L2-processing quality</documentation>
</annotation>
<name>BPI_RA2Q</name>
<F>0</F>
<X>25</X>
<Y>121</Y>
<BUFR>
<BUFR_units>%</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>7</BUFR_width>
</BUFR>
<CREX>
<CREX_units>%</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>3</CREX_width>
</CREX>
</feature>
<feature ID="F0X25Y122">
<annotation>
<documentation>Hardware configuration for RF</documentation>
</annotation>
<name>BPI_RFconfig</name>
<F>0</F>
<X>25</X>
<Y>122</Y>
<BUFR>
<BUFR_units>Code table</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>2</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Code table</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>1</CREX_width>
</CREX>
</feature>
<feature ID="F0X25Y123">
<annotation>
<documentation>Hardware configuration for HPA</documentation>
</annotation>
<name>BPI_HPAconfig</name>
<F>0</F>
<X>25</X>
<Y>123</Y>
<BUFR>
<BUFR_units>Code table</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>2</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Code table</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>1</CREX_width>
</CREX>
</feature>
<feature ID="F0X25Y124">
<annotation>
<documentation>MWR L2 Processing flag</documentation>
</annotation>
<name>BPI_MWRflag</name>
<F>0</F>
<X>25</X>
<Y>124</Y>
<BUFR>
<BUFR_units>Code table</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>2</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Code table</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>1</CREX_width>
</CREX>
</feature>
<feature ID="F0X25Y125">
<annotation>
<documentation>MWR L2-processing quality</documentation>
</annotation>
<name>BPI_MWRQ</name>
<F>0</F>
<X>25</X>
<Y>125</Y>
<BUFR>
<BUFR_units>%</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>7</BUFR_width>
</BUFR>
<CREX>
<CREX_units>%</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>3</CREX_width>
</CREX>
</feature>
<feature ID="F0X25Y126">
<annotation>
<documentation>Model dry tropospheric correction</documentation>
</annotation>
<name>BPI_modelDryTropCorrect</name>
<F>0</F>
<X>25</X>
<Y>126</Y>
<BUFR>
<BUFR_units>m</BUFR_units>
<BUFR_scale>3</BUFR_scale>
<BUFR_reference>-32768</BUFR_reference>
<BUFR_width>16</BUFR_width>
</BUFR>
<CREX>
<CREX_units>m</CREX_units>
<CREX_scale>3</CREX_scale>
<CREX_width>5</CREX_width>
</CREX>
</feature>
<feature ID="F0X25Y127">
<annotation>
<documentation>Inverted barometer correction</documentation>
</annotation>
<name>BPI_invertBaromCorrect</name>
<F>0</F>
<X>25</X>
<Y>127</Y>
<BUFR>
<BUFR_units>m</BUFR_units>
<BUFR_scale>3</BUFR_scale>
<BUFR_reference>-32768</BUFR_reference>
<BUFR_width>16</BUFR_width>
</BUFR>
<CREX>
<CREX_units>m</CREX_units>
<CREX_scale>3</CREX_scale>
<CREX_width>5</CREX_width>
</CREX>
</feature>
<feature ID="F0X25Y128">
<annotation>
<documentation>Model wet tropospheric correction</documentation>
</annotation>
<name>BPI_modelWetTropCorrect</name>
<F>0</F>
<X>25</X>
<Y>128</Y>
<BUFR>
<BUFR_units>m</BUFR_units>
<BUFR_scale>3</BUFR_scale>
<BUFR_reference>-32768</BUFR_reference>
<BUFR_width>16</BUFR_width>
</BUFR>
<CREX>
<CREX_units>m</CREX_units>
<CREX_scale>3</CREX_scale>
<CREX_width>5</CREX_width>
</CREX>
</feature>
<feature ID="F0X25Y129">
<annotation>
<documentation>MWR derived wet tropospheric correction</documentation>
</annotation>
<name>BPI_MWRwetTropCorrect</name>
<F>0</F>
<X>25</X>
<Y>129</Y>
<BUFR>
<BUFR_units>m</BUFR_units>
<BUFR_scale>3</BUFR_scale>
<BUFR_reference>-32768</BUFR_reference>
<BUFR_width>16</BUFR_width>
</BUFR>
<CREX>
<CREX_units>m</CREX_units>
<CREX_scale>3</CREX_scale>
<CREX_width>5</CREX_width>
</CREX>
</feature>
<feature ID="F0X25Y130">
<annotation>
<documentation>RA2 ionospheric correction on KU band</documentation>
</annotation>
<name>BPI_RA2_KU_correct</name>
<F>0</F>
<X>25</X>
<Y>130</Y>
<BUFR>
<BUFR_units>m</BUFR_units>
<BUFR_scale>3</BUFR_scale>
<BUFR_reference>-32768</BUFR_reference>
<BUFR_width>16</BUFR_width>
</BUFR>
<CREX>
<CREX_units>m</CREX_units>
<CREX_scale>3</CREX_scale>
<CREX_width>5</CREX_width>
</CREX>
</feature>
<feature ID="F0X25Y131">
<annotation>
<documentation>Ionospheric correction from Doris on KU band</documentation>
</annotation>
<name>BPI_Doris_KU_correct</name>
<F>0</F>
<X>25</X>
<Y>131</Y>
<BUFR>
<BUFR_units>m</BUFR_units>
<BUFR_scale>3</BUFR_scale>
<BUFR_reference>-32768</BUFR_reference>
<BUFR_width>16</BUFR_width>
</BUFR>
<CREX>
<CREX_units>m</CREX_units>
<CREX_scale>3</CREX_scale>
<CREX_width>5</CREX_width>
</CREX>
</feature>
<feature ID="F0X25Y132">
<annotation>
<documentation>Ionospheric correction from model on KU band</documentation>
</annotation>
<name>BPI_model_KU_correct</name>
<F>0</F>
<X>25</X>
<Y>132</Y>
<BUFR>
<BUFR_units>m</BUFR_units>
<BUFR_scale>3</BUFR_scale>
<BUFR_reference>-32768</BUFR_reference>
<BUFR_width>16</BUFR_width>
</BUFR>
<CREX>
<CREX_units>m</CREX_units>
<CREX_scale>3</CREX_scale>
<CREX_width>5</CREX_width>
</CREX>
</feature>
<feature ID="F0X25Y133">
<annotation>
<documentation>Sea state bias correction on KU band</documentation>
</annotation>
<name>BPI_seaState_KU_correct</name>
<F>0</F>
<X>25</X>
<Y>133</Y>
<BUFR>
<BUFR_units>m</BUFR_units>
<BUFR_scale>3</BUFR_scale>
<BUFR_reference>-32768</BUFR_reference>
<BUFR_width>16</BUFR_width>
</BUFR>
<CREX>
<CREX_units>m</CREX_units>
<CREX_scale>3</CREX_scale>
<CREX_width>5</CREX_width>
</CREX>
</feature>
<feature ID="F0X25Y134">
<annotation>
<documentation>RA2 ionospheric correction on S band</documentation>
</annotation>
<name>BPI_RA2_S_correct</name>
<F>0</F>
<X>25</X>
<Y>134</Y>
<BUFR>
<BUFR_units>m</BUFR_units>
<BUFR_scale>3</BUFR_scale>
<BUFR_reference>-32768</BUFR_reference>
<BUFR_width>16</BUFR_width>
</BUFR>
<CREX>
<CREX_units>m</CREX_units>
<CREX_scale>3</CREX_scale>
<CREX_width>5</CREX_width>
</CREX>
</feature>
<feature ID="F0X25Y135">
<annotation>
<documentation>Ionospheric correction from Doris on S band</documentation>
</annotation>
<name>BPI_Doris_S_correct</name>
<F>0</F>
<X>25</X>
<Y>135</Y>
<BUFR>
<BUFR_units>m</BUFR_units>
<BUFR_scale>3</BUFR_scale>
<BUFR_reference>-32768</BUFR_reference>
<BUFR_width>16</BUFR_width>
</BUFR>
<CREX>
<CREX_units>m</CREX_units>
<CREX_scale>3</CREX_scale>
<CREX_width>5</CREX_width>
</CREX>
</feature>
<feature ID="F0X25Y136">
<annotation>
<documentation>Ionospheric correction from model on S band</documentation>
</annotation>
<name>BPI_model_S_correct</name>
<F>0</F>
<X>25</X>
<Y>136</Y>
<BUFR>
<BUFR_units>m</BUFR_units>
<BUFR_scale>3</BUFR_scale>
<BUFR_reference>-32768</BUFR_reference>
<BUFR_width>16</BUFR_width>
</BUFR>
<CREX>
<CREX_units>m</CREX_units>
<CREX_scale>3</CREX_scale>
<CREX_width>5</CREX_width>
</CREX>
</feature>
<feature ID="F0X25Y137">
<annotation>
<documentation>Sea state bias correction on S band</documentation>
</annotation>
<name>BPI_seaState_S_correct</name>
<F>0</F>
<X>25</X>
<Y>137</Y>
<BUFR>
<BUFR_units>m</BUFR_units>
<BUFR_scale>3</BUFR_scale>
<BUFR_reference>-32768</BUFR_reference>
<BUFR_width>16</BUFR_width>
</BUFR>
<CREX>
<CREX_units>m</CREX_units>
<CREX_scale>3</CREX_scale>
<CREX_width>5</CREX_width>
</CREX>
</feature>
<feature ID="F0X25Y138">
<annotation>
<documentation>Average signal to noise ration</documentation>
</annotation>
<name>BPI_averageStoN</name>
<F>0</F>
<X>25</X>
<Y>138</Y>
<BUFR>
<BUFR_units>Numeric</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>-2048</BUFR_reference>
<BUFR_width>12</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Numeric</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>4</CREX_width>
</CREX>
</feature>
<feature ID="F0X25Y140">
<annotation>
<documentation>Start channel</documentation>
</annotation>
<name>BPI_startChannel</name>
<F>0</F>
<X>25</X>
<Y>140</Y>
<BUFR>
<BUFR_units>Numeric</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>14</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Numeric</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>5</CREX_width>
</CREX>
</feature>
<feature ID="F0X25Y141">
<annotation>
<documentation>End channel</documentation>
</annotation>
<name>BPI_endChannel</name>
<F>0</F>
<X>25</X>
<Y>141</Y>
<BUFR>
<BUFR_units>Numeric</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>14</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Numeric</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>5</CREX_width>
</CREX>
</feature>
<feature ID="F0X25Y142">
<annotation>
<documentation>Channel scale factor</documentation>
</annotation>
<name>BPI_channelScale</name>
<F>0</F>
<X>25</X>
<Y>142</Y>
<BUFR>
<BUFR_units>Numeric</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>6</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Numeric</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>2</CREX_width>
</CREX>
</feature>
<feature ID="F0X25Y150">
<annotation>
<documentation>Method of tropical cyclone intensity analysis using satellite data</documentation>
</annotation>
<name>BPI_TC_intensityMethod</name>
<F>0</F>
<X>25</X>
<Y>150</Y>
<BUFR>
<BUFR_units>Code
table</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>4</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Code
table</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>2</CREX_width>
</CREX>
</feature>
<note ID="B_class_25_1">
<note>
<p>(1) 0 25 014 nominal input range 0 - 2300</p>
</note>
</note>
<note ID="B_class_25_2">
<note>
<p>(2) The actual meaning may be obtained from the
originator of the data.</p>
</note>
</note>
<note ID="B_class_25_3">
<note>
<p>(3) Descriptor 0 25 143 is
intended for numerical, non-dimensional values to be used as coefficients in
statistical or linear processing. Each instance of 025143 should
be characterized by using an appropriate significance qualifier, such as
008026. Descriptor 143 is to be found in CREX document only</p>
</note>
</note>
<note ID="B_class_25_4">
<note>
<p>(4) Descriptor 0 25 009 is deprecated. 0 25 029 should be used
instead</p>
</note>
</note>
<note ID="B_class_25_5">
<note>
<p>(5) The meaning of these quantities should be obtained from the
originator of the data.</p>
</note>
</note>
</featureCatalogue>
<featureCatalogue ID="F0X26">
<catalogueName prefix=" BLT_">Class 26 - Non-coordinate
location (time) </catalogueName>
<annotation>
<documentation>
<p>See reference in </p>
</documentation>
</annotation>
<feature ID="F0X26Y001">
<annotation>
<documentation>Principal time of daily reading in UTC of
maximum temperature</documentation>
</annotation>
<name>BLT_timeOfMaxTemp</name>
<F>0</F>
<X>26</X>
<Y>001</Y>
<BUFR>
<BUFR_units>Hour</BUFR_units>
<BUFR_scale>1</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>12</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Hour</CREX_units>
<CREX_scale>1</CREX_scale>
<CREX_width>3</CREX_width>
</CREX>
</feature>
<feature ID="F0X26Y002">
<annotation>
<documentation>Principal time of daily reading in UTC of
minimum temperature</documentation>
</annotation>
<name>BLT_timeOfMinTemp</name>
<F>0</F>
<X>26</X>
<Y>002</Y>
<BUFR>
<BUFR_units>Hour</BUFR_units>
<BUFR_scale>1</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>12</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Hour</CREX_units>
<CREX_scale>1</CREX_scale>
<CREX_width>3</CREX_width>
</CREX>
</feature>
<feature ID="F0X26Y003">
<annotation>
<documentation>Time difference<p>
<a href="#B_class_26_1">Note 1</a>
</p>
</documentation>
</annotation>
<name>BLT_timeDifference</name>
<F>0</F>
<X>26</X>
<Y>003</Y>
<BUFR>
<BUFR_units>Minute</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>-1440</BUFR_reference>
<BUFR_width>12</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Minute</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>4</CREX_width>
</CREX>
</feature>
<feature ID="F0X26Y010">
<annotation>
<documentation>Hours included</documentation>
</annotation>
<name>BLT_hoursInCode</name>
<F>0</F>
<X>26</X>
<Y>010</Y>
<BUFR>
<BUFR_units>Flag table</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>26</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Flag table</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>9</CREX_width>
</CREX>
</feature>
<feature ID="F0X26Y020">
<annotation>
<documentation>Duration
of precipitation</documentation>
</annotation>
<name>BLT_precipDuration</name>
<F>0</F>
<X>26</X>
<Y>020</Y>
<BUFR>
<BUFR_units>Minute</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>11</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Minute</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>4</CREX_width>
</CREX>
</feature>
<note ID="B_class_26_1">
<note>
<p>Note 1 Descriptor 0 26 003 is to be used
with 0 08 025 (time difference qualifier).</p>
</note>
</note>
</featureCatalogue>
<featureCatalogue ID="F0X27">
<catalogueName prefix=" BLX_">Class 27 - Non-coordinate
location (horizontal - 1) </catalogueName>
<annotation>
<documentation>
<p>See reference in </p>
</documentation>
</annotation>
<feature ID="F0X27Y001">
<annotation>
<documentation>Latitude (high accuracy)</documentation>
</annotation>
<name>BLX_hiPrecsnLat</name>
<F>0</F>
<X>27</X>
<Y>001</Y>
<BUFR>
<BUFR_units>Degree</BUFR_units>
<BUFR_scale>5</BUFR_scale>
<BUFR_reference>-9000000</BUFR_reference>
<BUFR_width>25</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Degree</CREX_units>
<CREX_scale>5</CREX_scale>
<CREX_width>7</CREX_width>
</CREX>
</feature>
<feature ID="F0X27Y002">
<annotation>
<documentation>Latitude (coarse accuracy)</documentation>
</annotation>
<name>BLX_lowPrecsnLat</name>
<F>0</F>
<X>27</X>
<Y>002</Y>
<BUFR>
<BUFR_units>Degree</BUFR_units>
<BUFR_scale>2</BUFR_scale>
<BUFR_reference>-9000</BUFR_reference>
<BUFR_width>15</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Degree</CREX_units>
<CREX_scale>2</CREX_scale>
<CREX_width>4</CREX_width>
</CREX>
</feature>
<feature ID="F0X27Y003">
<annotation>
<documentation>Alternate latitude (coarse accuracy)<p>
<a href="#B_class_27_1">Note 1</a>
</p>
</documentation>
</annotation>
<name>BLX_lowPrecsnAlternateLat</name>
<F>0</F>
<X>27</X>
<Y>003</Y>
<BUFR>
<BUFR_units>Degree</BUFR_units>
<BUFR_scale>2</BUFR_scale>
<BUFR_reference>-9000</BUFR_reference>
<BUFR_width>15</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Degree</CREX_units>
<CREX_scale>2</CREX_scale>
<CREX_width>4</CREX_width>
</CREX>
</feature>
<feature ID="F0X27Y004">
<annotation>
<documentation>Alternate latitude (high accuracy)<p>
<a href="#B_class_27_1">Note 1</a>
</p>
</documentation>
</annotation>
<name>BLX_hiPrecsnAlternateLat</name>
<F>0</F>
<X>27</X>
<Y>004</Y>
<BUFR>
<BUFR_units>Degree</BUFR_units>
<BUFR_scale>5</BUFR_scale>
<BUFR_reference>-9000000</BUFR_reference>
<BUFR_width>25</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Degree</CREX_units>
<CREX_scale>5</CREX_scale>
<CREX_width>7</CREX_width>
</CREX>
</feature>
<feature ID="F0X27Y020">
<annotation>
<documentation>Satellite location counter<p>
<a href="#B_class_27_2">Note 2</a>
</p>
</documentation>
</annotation>
<name>BLX_SatLocationCounter</name>
<F>0</F>
<X>27</X>
<Y>020</Y>
<BUFR>
<BUFR_units>Numeric</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>16</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Numeric</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>5</CREX_width>
</CREX>
</feature>
<feature ID="F0X27Y021">
<annotation>
<documentation>Satellite sublocation dimension<p>
<a href="#B_class_27_3">Note 3</a>
</p>
</documentation>
</annotation>
<name>BLX_SatSublocation</name>
<F>0</F>
<X>27</X>
<Y>021</Y>
<BUFR>
<BUFR_units>Numeric</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>16</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Numeric</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>5</CREX_width>
</CREX>
</feature>
<feature ID="F0X27Y031">
<annotation>
<documentation>In direction of 0 degrees longitude, distance
from the EarthÂ’s centre<p>
<a href="#B_class_27_4">Note 4</a>
</p>
<p>
<a href="#B_class_27_5">Note 5</a>
</p>
</documentation>
</annotation>
<name>BLX_0NdistanceToCentre</name>
<F>0</F>
<X>27</X>
<Y>031</Y>
<BUFR>
<BUFR_units>m</BUFR_units>
<BUFR_scale>2</BUFR_scale>
<BUFR_reference>-1073741824</BUFR_reference>
<BUFR_width>31</BUFR_width>
</BUFR>
<CREX>
<CREX_units>m</CREX_units>
<CREX_scale>2</CREX_scale>
<CREX_width>10</CREX_width>
</CREX>
</feature>
<feature ID="F0X27Y080">
<annotation>
<documentation>Viewing Azimuth angle</documentation>
</annotation>
<name>BLX_viewingAzimuth</name>
<F>0</F>
<X>27</X>
<Y>080</Y>
<BUFR>
<BUFR_units>Degree true</BUFR_units>
<BUFR_scale>2</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>16</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Degree true</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>5</CREX_width>
</CREX>
</feature>
<note ID="B_class_27_1">
<note>
<p>(1) The alternate latitude may be used
when the computation of the position yields multiple solutions and there is no
a priori way to distinguish between them.</p>
</note>
</note>
<note ID="B_class_27_2">
<note>
<p>(2) The satellite location counter is
calculated as:</p>
<p> counter = superswath no. x 1000
+ box no. x 10 + minibox no.</p>
</note>
</note>
<note ID="B_class_27_3">
<note>
<p>(3) The satellite sublocation
dimension is calculated as:</p>
<p> dimension = minibox
dimension + box dimension</p>
<table>
<tr>
<td>
<p>where:</p>
</td>
<td>
<p>minibox dimension</p>
</td>
<td>
<p>= lines x 1000</p>
</td>
<td>
<p>+ spots x 100</p>
</td>
</tr>
<tr>
<td>
<p/>
</td>
<td>
<p>box dimension </p>
</td>
<td>
<p>= lines x 10</p>
</td>
<td>
<p>+ spots</p>
</td>
</tr>
</table>
</note>
</note>
<note ID="B_class_27_4">
<note>
<p>(4) The
value for descriptor 0 27 031 has been chosen to be suitable for polar orbiting
satellites in approximately sun-synchronous orbits. Geostationary orbits would
require greater data widths for distance and slightly less for speed.</p>
</note>
</note>
<note ID="B_class_27_5">
<note>
<p>(5) Left handed xyz axes have been
chosen for descriptor 0 27 031.</p>
</note>
</note>
</featureCatalogue>
<featureCatalogue ID="F0X28">
<catalogueName prefix=" BLY_">Class 28 - Non-coordinate
location (horizontal - 2) </catalogueName>
<annotation>
<documentation>
<p>See reference in </p>
</documentation>
</annotation>
<feature ID="F0X28Y001">
<annotation>
<documentation>Longitude (high accuracy)</documentation>
</annotation>
<name>BLY_hiPrecsnLon</name>
<F>0</F>
<X>28</X>
<Y>001</Y>
<BUFR>
<BUFR_units>Degree</BUFR_units>
<BUFR_scale>5</BUFR_scale>
<BUFR_reference>-18000000</BUFR_reference>
<BUFR_width>26</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Degree</CREX_units>
<CREX_scale>5</CREX_scale>
<CREX_width>8</CREX_width>
</CREX>
</feature>
<feature ID="F0X28Y002">
<annotation>
<documentation>Longitude (coarse accuracy)</documentation>
</annotation>
<name>BLY_lowPrecsnLon</name>
<F>0</F>
<X>28</X>
<Y>002</Y>
<BUFR>
<BUFR_units>Degree</BUFR_units>
<BUFR_scale>2</BUFR_scale>
<BUFR_reference>-18000</BUFR_reference>
<BUFR_width>16</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Degree</CREX_units>
<CREX_scale>2</CREX_scale>
<CREX_width>5</CREX_width>
</CREX>
</feature>
<feature ID="F0X28Y003">
<annotation>
<documentation>Alternate longitude (coarse accuracy)<p>
<a href="#B_class_28_1">Note 1</a>
</p>
</documentation>
</annotation>
<name>BLY_lowPrecsnAlternateLon</name>
<F>0</F>
<X>28</X>
<Y>003</Y>
<BUFR>
<BUFR_units>Degree</BUFR_units>
<BUFR_scale>2</BUFR_scale>
<BUFR_reference>-18000</BUFR_reference>
<BUFR_width>16</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Degree</CREX_units>
<CREX_scale>2</CREX_scale>
<CREX_width>5</CREX_width>
</CREX>
</feature>
<feature ID="F0X28Y004">
<annotation>
<documentation>Alternate longitude (high accuracy)<p>
<a href="#B_class_28_1">Note 1</a>
</p>
</documentation>
</annotation>
<name>BLY_hiPrecsnAlternateLon</name>
<F>0</F>
<X>28</X>
<Y>004</Y>
<BUFR>
<BUFR_units>Degree</BUFR_units>
<BUFR_scale>5</BUFR_scale>
<BUFR_reference>-18000000</BUFR_reference>
<BUFR_width>26</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Degree</CREX_units>
<CREX_scale>5</CREX_scale>
<CREX_width>8</CREX_width>
</CREX>
</feature>
<feature ID="F0X28Y031">
<annotation>
<documentation>In direction 90 degrees East, distance from
the EarthÂ’s centre<p>
<a href="#B_class_28_2">Note 2</a>
</p>
<p>
<a href="#B_class_28_3">Note 3</a>
</p>
</documentation>
</annotation>
<name>BLY_90EdistanceToCentre</name>
<F>0</F>
<X>28</X>
<Y>031</Y>
<BUFR>
<BUFR_units>m</BUFR_units>
<BUFR_scale>2</BUFR_scale>
<BUFR_reference>-1073741824</BUFR_reference>
<BUFR_width>31</BUFR_width>
</BUFR>
<CREX>
<CREX_units>m</CREX_units>
<CREX_scale>2</CREX_scale>
<CREX_width>10</CREX_width>
</CREX>
</feature>
<note ID="B_class_28_1">
<note>
<p>(1) The alternate longitude may be
used when the computation of the position yields multiple solutions and there
is no a priori way to distinguish between them.</p>
</note>
</note>
<note ID="B_class_28_2">
<note>
<p>(2) The
value for descriptor 0 28 031 has been chosen to be suitable for polar orbiting
satellites in approximately sun-synchronous orbits. Geostationary orbits would
require greater data widths for distance and slightly less for speed.</p>
</note>
</note>
<note ID="B_class_28_3">
<note>
<p>(3) Left handed xyz axes have been
chosen for descriptor 0 28 031.</p>
</note>
</note>
</featureCatalogue>
<featureCatalogue ID="F0X29">
<catalogueName prefix=" BMap_">Class 29 - Map data
</catalogueName>
<annotation>
<documentation>
<p>See reference in </p>
</documentation>
</annotation>
<feature ID="F0X29Y001">
<annotation>
<documentation>Projection type</documentation>
</annotation>
<name>BMap_projection</name>
<F>0</F>
<X>29</X>
<Y>001</Y>
<BUFR>
<BUFR_units>Code table</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>3</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Code
table</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>1</CREX_width>
</CREX>
</feature>
<feature ID="F0X29Y002">
<annotation>
<documentation>Co-ordinate grid type</documentation>
</annotation>
<name>BMap_grid</name>
<F>0</F>
<X>29</X>
<Y>002</Y>
<BUFR>
<BUFR_units>Code table</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>3</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Code
table</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>1</CREX_width>
</CREX>
</feature>
</featureCatalogue>
<featureCatalogue ID="F0X30">
<catalogueName prefix=" BI_">Class 30 - Image </catalogueName>
<annotation>
<documentation>
<p>See reference in </p>
</documentation>
</annotation>
<feature ID="F0X30Y001">
<annotation>
<documentation>Pixel value (4 bits)<p>
<a href="#B_class_30_1">Note 1</a>
</p>
<p>
<a href="#B_class_30_2">Note 2</a>
</p>
</documentation>
</annotation>
<name>BI_pixel4</name>
<F>0</F>
<X>30</X>
<Y>001</Y>
<BUFR>
<BUFR_units>Numeric</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>4</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Numeric</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>2</CREX_width>
</CREX>
</feature>
<feature ID="F0X30Y002">
<annotation>
<documentation>Pixel value (8 bits)<p>
<a href="#B_class_30_1">Note 1</a>
</p>
<p>
<a href="#B_class_30_2">Note 2</a>
</p>
</documentation>
</annotation>
<name>BI_pixel8</name>
<F>0</F>
<X>30</X>
<Y>002</Y>
<BUFR>
<BUFR_units>Numeric</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>8</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Numeric</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>3</CREX_width>
</CREX>
</feature>
<feature ID="F0X30Y004">
<annotation>
<documentation>Pixel value (16 bits)<p>
<a href="#B_class_30_1">Note 1</a>
</p>
<p>
<a href="#B_class_30_2">Note 2</a>
</p>
</documentation>
</annotation>
<name>BI_pixel16</name>
<F>0</F>
<X>30</X>
<Y>004</Y>
<BUFR>
<BUFR_units>Numeric</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>16</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Numeric</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>5</CREX_width>
</CREX>
</feature>
<feature ID="F0X30Y021">
<annotation>
<documentation>Number of pixels per row</documentation>
</annotation>
<name>BI_pixelPerRow</name>
<F>0</F>
<X>30</X>
<Y>021</Y>
<BUFR>
<BUFR_units>Numeric</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>12</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Numeric</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>4</CREX_width>
</CREX>
</feature>
<feature ID="F0X30Y022">
<annotation>
<documentation>Number of pixels per column</documentation>
</annotation>
<name>BI_pixelPerCol</name>
<F>0</F>
<X>30</X>
<Y>022</Y>
<BUFR>
<BUFR_units>Numeric</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>12</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Numeric</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>4</CREX_width>
</CREX>
</feature>
<feature ID="F0X30Y031">
<annotation>
<documentation>Picture type</documentation>
</annotation>
<name>BI_imageType</name>
<F>0</F>
<X>30</X>
<Y>031</Y>
<BUFR>
<BUFR_units>Code table</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>4</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Code
table</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>2</CREX_width>
</CREX>
</feature>
<feature ID="F0X30Y032">
<annotation>
<documentation>Combination with other data</documentation>
</annotation>
<name>BI_imageCombo</name>
<F>0</F>
<X>30</X>
<Y>032</Y>
<BUFR>
<BUFR_units>Flag table</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>16</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Flag table</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>6</CREX_width>
</CREX>
</feature>
<note ID="B_class_30_1">
<note>
<p>(1) Pixel data width can be changed
with descriptor 2 01 YYY.</p>
</note>
</note>
<note ID="B_class_30_2">
<note>
<p>(2) In order to distinguish unambiguously the cases of missing data and saturated
pixels, n-bit image data should be encoded using a data width of n+1. Where
such a descriptor is not already available in Class 30, operator descriptor 2
01 YYY should be used to modify the data width of the existing entry as
required.</p>
</note>
</note>
</featureCatalogue>
<featureCatalogue ID="F0X31">
<catalogueName prefix=" BOQ_">Class 31 - Data
description operator qualifiers </catalogueName>
<annotation>
<documentation>
<p>See reference in </p>
</documentation>
</annotation>
<feature ID="F0X31Y000">
<annotation>
<documentation>Short delayed descriptor replication factor<p>
<a href="#B_class_31_1">Note 1</a>
</p>
</documentation>
</annotation>
<name>BOQ_shortDelayReplication</name>
<F>0</F>
<X>31</X>
<Y>000</Y>
<BUFR>
<BUFR_units>Numeric</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>1</BUFR_width>
</BUFR>
</feature>
<feature ID="F0X31Y001">
<annotation>
<documentation>Delayed descriptor replication factor<p>
<a href="#B_class_31_1">Note 1</a>
</p>
</documentation>
</annotation>
<name>BOQ_delayReplication</name>
<F>0</F>
<X>31</X>
<Y>001</Y>
<BUFR>
<BUFR_units>Numeric</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>8</BUFR_width>
</BUFR>
</feature>
<feature ID="F0X31Y002">
<annotation>
<documentation>Extended delayed descriptor replication factor<p>
<a href="#B_class_31_1">Note 1</a>
</p>
</documentation>
</annotation>
<name>BOQ_extendDelayReplication</name>
<F>0</F>
<X>31</X>
<Y>002</Y>
<BUFR>
<BUFR_units>Numeric</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>16</BUFR_width>
</BUFR>
</feature>
<feature ID="F0X31Y011">
<annotation>
<documentation>Delayed descriptor and data repetition factor</documentation>
</annotation>
<name>BOQ_delayRepetition</name>
<F>0</F>
<X>31</X>
<Y>011</Y>
<BUFR>
<BUFR_units>Numeric</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>8</BUFR_width>
</BUFR>
</feature>
<feature ID="F0X31Y012">
<annotation>
<documentation>Extended delayed descriptor and data
repetition factor</documentation>
</annotation>
<name>BOQ_extendDelayRepetition</name>
<F>0</F>
<X>31</X>
<Y>012</Y>
<BUFR>
<BUFR_units>Numeric</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>16</BUFR_width>
</BUFR>
</feature>
<feature ID="F0X31Y021">
<annotation>
<documentation>Associated field significance</documentation>
</annotation>
<name>BOQ_assocFieldSig</name>
<F>0</F>
<X>31</X>
<Y>021</Y>
<BUFR>
<BUFR_units>Code table</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>6</BUFR_width>
</BUFR>
</feature>
<feature ID="F0X31Y031">
<annotation>
<documentation>Data present indicator<p>
<a href="#B_class_31_2">Note 2</a>
</p>
<p>
<a href="#B_class_31_3">Note 3</a>
</p>
</documentation>
</annotation>
<name>BOQ_dataPresent</name>
<F>0</F>
<X>31</X>
<Y>031</Y>
<BUFR>
<BUFR_units>Flag table</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>1</BUFR_width>
</BUFR>
</feature>
<note ID="B_class_31_1">
<note>
<p>(1)
The "delayed descriptor and data repetition factor" is intended for run-length
encoding (e.g. scanning an image). It specifies a count N which applies to
both descriptor and data, i.e. the value of the single element defined by the
following descriptor is repeated N times (at intervals already specified).</p>
</note>
</note>
<note ID="B_class_31_2">
<note>
<p>(2)
Descriptor 0 31 031, used in conjunction with quality control or statistics operators 2 22
YYY through 2 32 YYY, shall indicate the presence of quality control
information when the indicator value is set to zero. It may be used, in
conjunction with the replication operator 1 01 YYY, to construct a table of
data present/not present indicators, forming a data present bit-map as defined
in Regulation 94.5.5.3. This makes it possible to present quality control
information and statistical information for selected data corresponding to
element descriptors which precede the 2 22 to 32 YYY operators.</p>
</note>
</note>
<note ID="B_class_31_3">
<note>
<p>(3) Other applications of the data present indicator may be developed.</p>
</note>
</note>
</featureCatalogue>
<featureCatalogue ID="F0X33">
<catalogueName prefix=" BQI_">Class 33 - Quality
information </catalogueName>
<annotation>
<documentation>
<p>See reference in </p>
</documentation>
</annotation>
<feature ID="F0X33Y002">
<annotation>
<documentation>Quality information</documentation>
</annotation>
<name>BQI_quality_1</name>
<F>0</F>
<X>33</X>
<Y>002</Y>
<BUFR>
<BUFR_units>Code table</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>2</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Code
table</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>1</CREX_width>
</CREX>
</feature>
<feature ID="F0X33Y003">
<annotation>
<documentation>Quality information</documentation>
</annotation>
<name>BQI_quality_2</name>
<F>0</F>
<X>33</X>
<Y>003</Y>
<BUFR>
<BUFR_units>Code table</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>3</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Code
table</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>1</CREX_width>
</CREX>
</feature>
<feature ID="F0X33Y005">
<annotation>
<documentation>Quality
information (AWS data)</documentation>
</annotation>
<name>BQI_AWSquality</name>
<F>0</F>
<X>33</X>
<Y>005</Y>
<BUFR>
<BUFR_units>Flag table</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>30</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Flag table</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>10</CREX_width>
</CREX>
</feature>
<feature ID="F0X33Y006">
<annotation>
<documentation>Internal
measurement status information (AWS)</documentation>
</annotation>
<name>BQI_AWSstatus</name>
<F>0</F>
<X>33</X>
<Y>006</Y>
<BUFR>
<BUFR_units>Code table</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>3</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Code table</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>1</CREX_width>
</CREX>
</feature>
<feature ID="F0X33Y007">
<annotation>
<documentation>Per cent confidence</documentation>
</annotation>
<name>BQI_perCentConfidence</name>
<F>0</F>
<X>33</X>
<Y>007</Y>
<BUFR>
<BUFR_units>%</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>7</BUFR_width>
</BUFR>
<CREX>
<CREX_units>%</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>3</CREX_width>
</CREX>
</feature>
<feature ID="F0X33Y015">
<annotation>
<documentation>Data quality check indicator</documentation>
</annotation>
<name>BQI_dataQualityCheck</name>
<F>0</F>
<X>33</X>
<Y>015</Y>
<BUFR>
<BUFR_units>Code table</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>6</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Code
table</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>2</CREX_width>
</CREX>
</feature>
<feature ID="F0X33Y020">
<annotation>
<documentation>Quality control indication of following value</documentation>
</annotation>
<name>BQI_QCfollowing</name>
<F>0</F>
<X>33</X>
<Y>020</Y>
<BUFR>
<BUFR_units>Code table</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>3</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Code
table</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>1</CREX_width>
</CREX>
</feature>
<feature ID="F0X33Y021">
<annotation>
<documentation>Quality of following value</documentation>
</annotation>
<name>BQI_Qfollowing</name>
<F>0</F>
<X>33</X>
<Y>021</Y>
<BUFR>
<BUFR_units>Code table</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>2</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Code
table</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>1</CREX_width>
</CREX>
</feature>
<feature ID="F0X33Y022">
<annotation>
<documentation>Quality of buoy satellite transmission</documentation>
</annotation>
<name>BQI_buoy-SatQuality</name>
<F>0</F>
<X>33</X>
<Y>022</Y>
<BUFR>
<BUFR_units>Code table</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>2</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Code
table</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>1</CREX_width>
</CREX>
</feature>
<feature ID="F0X33Y023">
<annotation>
<documentation>Quality of buoy location</documentation>
</annotation>
<name>BQI_buoylocationQ</name>
<F>0</F>
<X>33</X>
<Y>023</Y>
<BUFR>
<BUFR_units>Code table</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>2</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Code
table</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>1</CREX_width>
</CREX>
</feature>
<feature ID="F0X33Y024">
<annotation>
<documentation>Station elevation quality mark (for mobile
stations)</documentation>
</annotation>
<name>BQI_elevationQualitymark</name>
<F>0</F>
<X>33</X>
<Y>024</Y>
<BUFR>
<BUFR_units>Code table</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>4</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Code
table</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>2</CREX_width>
</CREX>
</feature>
<feature ID="F0X33Y025">
<annotation>
<documentation>ACARS interpolated values</documentation>
</annotation>
<name>BQI_ACARSinterolated</name>
<F>0</F>
<X>33</X>
<Y>025</Y>
<BUFR>
<BUFR_units>Code table</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>3</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Code
table</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>1</CREX_width>
</CREX>
</feature>
<feature ID="F0X33Y026">
<annotation>
<documentation>Moisture quality</documentation>
</annotation>
<name>BQI_moistureQ</name>
<F>0</F>
<X>33</X>
<Y>026</Y>
<BUFR>
<BUFR_units>Code table</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>6</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Code table</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>2</CREX_width>
</CREX>
</feature>
<feature ID="F0X33Y027">
<annotation>
<documentation>Location quality class (range of radius of 66
% confidence)</documentation>
</annotation>
<name>BQI_locatiionQ</name>
<F>0</F>
<X>33</X>
<Y>027</Y>
<BUFR>
<BUFR_units>Code table</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>3</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Code
table</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>1</CREX_width>
</CREX>
</feature>
<feature ID="F0X33Y030">
<annotation>
<documentation>Scan line status flags for ATOVS</documentation>
</annotation>
<name>BQI_ATOVSscanStatus</name>
<F>0</F>
<X>33</X>
<Y>030</Y>
<BUFR>
<BUFR_units>Flag table</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>24</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Flag table</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>8</CREX_width>
</CREX>
</feature>
<feature ID="F0X33Y031">
<annotation>
<documentation>Scan line quality flags for ATOVS</documentation>
</annotation>
<name>BQI_ATOVSscanQ</name>
<F>0</F>
<X>33</X>
<Y>031</Y>
<BUFR>
<BUFR_units>Flag table</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>24</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Flag table</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>8</CREX_width>
</CREX>
</feature>
<feature ID="F0X33Y032">
<annotation>
<documentation>Channel quality flags for ATOVS</documentation>
</annotation>
<name>BQI_ATOVSchannelQ</name>
<F>0</F>
<X>33</X>
<Y>032</Y>
<BUFR>
<BUFR_units>Flag table</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>24</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Flag table</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>8</CREX_width>
</CREX>
</feature>
<feature ID="F0X33Y033">
<annotation>
<documentation>Field of view quality flags for ATOVS</documentation>
</annotation>
<name>BQI_ATOVS_FOV_Q</name>
<F>0</F>
<X>33</X>
<Y>033</Y>
<BUFR>
<BUFR_units>Flag table</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>24</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Flag table</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>8</CREX_width>
</CREX>
</feature>
<feature ID="F0X33Y035">
<annotation>
<documentation>Manual/automatic quality control</documentation>
</annotation>
<name>BQI_manualAutoQ</name>
<F>0</F>
<X>33</X>
<Y>035</Y>
<BUFR>
<BUFR_units>Code table</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>4</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Code
table</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>2</CREX_width>
</CREX>
</feature>
<feature ID="F0X33Y036">
<annotation>
<documentation>Nominal confidence threshold</documentation>
</annotation>
<name>BQI_nominalConfidence</name>
<F>0</F>
<X>33</X>
<Y>036</Y>
<BUFR>
<BUFR_units>%</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>7</BUFR_width>
</BUFR>
<CREX>
<CREX_units>%</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>3</CREX_width>
</CREX>
</feature>
<feature ID="F0X33Y037">
<annotation>
<documentation>Wind correlation error</documentation>
</annotation>
<name>BQI_windCorrellationQ</name>
<F>0</F>
<X>33</X>
<Y>037</Y>
<BUFR>
<BUFR_units>Flag table</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>20</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Flag table</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>7</CREX_width>
</CREX>
</feature>
<feature ID="F0X33Y038">
<annotation>
<documentation>Quality flags for ground-based GNSS data</documentation>
</annotation>
<name>BQI_GNSSgroundBasedQ</name>
<F>0</F>
<X>33</X>
<Y>038</Y>
<BUFR>
<BUFR_units>Flag table</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>10</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Flag table</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>4</CREX_width>
</CREX>
</feature>
<feature ID="F0X33Y039">
<annotation>
<documentation>Quality flags for Radio Occultation data</documentation>
</annotation>
<name>BQI_radioOccultationQ</name>
<F>0</F>
<X>33</X>
<Y>039</Y>
<BUFR>
<BUFR_units>Flag table</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>16</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Flag table</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>6</CREX_width>
</CREX>
</feature>
<feature ID="F0X33Y040">
<annotation>
<documentation>Confidence interval</documentation>
</annotation>
<name>BQI_confidenceInterval</name>
<F>0</F>
<X>33</X>
<Y>040</Y>
<BUFR>
<BUFR_units>%</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>7</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Percent</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>3</CREX_width>
</CREX>
</feature>
<feature ID="F0X33Y041">
<annotation>
<documentation>Attribute of following value</documentation>
</annotation>
<name>BQI_attributeFollowing</name>
<F>0</F>
<X>33</X>
<Y>041</Y>
<BUFR>
<BUFR_units>Code table</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>2</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Code
table</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>1</CREX_width>
</CREX>
</feature>
<feature ID="F0X33Y042">
<annotation>
<documentation>Type of limit represented by following value</documentation>
</annotation>
<name>BQI_LimitTypeFollowing</name>
<F>0</F>
<X>33</X>
<Y>042</Y>
<BUFR>
<BUFR_units>Code table</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>3</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Code
table</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>1</CREX_width>
</CREX>
</feature>
<feature ID="F0X33Y043">
<annotation>
<documentation>AST confidence</documentation>
</annotation>
<name>BQI_ASTconfidence</name>
<F>0</F>
<X>33</X>
<Y>043</Y>
<BUFR>
<BUFR_units>Flag table</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>8</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Flag table</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>3</CREX_width>
</CREX>
</feature>
<feature ID="F0X33Y044">
<annotation>
<documentation>ASAR quality information</documentation>
</annotation>
<name>BQI_ASAR_Q</name>
<F>0</F>
<X>33</X>
<Y>044</Y>
<BUFR>
<BUFR_units>Flag table</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>15</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Flag table</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>5</CREX_width>
</CREX>
</feature>
<feature ID="F0X33Y045">
<annotation>
<documentation>Probability of following event</documentation>
</annotation>
<name>BQI_probFollowing</name>
<F>0</F>
<X>33</X>
<Y>045</Y>
<BUFR>
<BUFR_units>%</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>7</BUFR_width>
</BUFR>
<CREX>
<CREX_units>%</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>3</CREX_width>
</CREX>
</feature>
<feature ID="F0X33Y046">
<annotation>
<documentation>Conditional probability of following event
with respect to specified conditioning event</documentation>
</annotation>
<name>BQI_conditionalFollowing</name>
<F>0</F>
<X>33</X>
<Y>046</Y>
<BUFR>
<BUFR_units>%</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>7</BUFR_width>
</BUFR>
<CREX>
<CREX_units>%</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>3</CREX_width>
</CREX>
</feature>
<feature ID="F0X33Y047">
<annotation>
<documentation>Measurement confidence data </documentation>
</annotation>
<name>BQI_measureConfidence</name>
<F>0</F>
<X>33</X>
<Y>047</Y>
<BUFR>
<BUFR_units>Flag table</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>31</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Flag table</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>11</CREX_width>
</CREX>
</feature>
<feature ID="F0X33Y048">
<annotation>
<documentation>Confidence measure of SAR inversion</documentation>
</annotation>
<name>BQI_SARinversionConfidence</name>
<F>0</F>
<X>33</X>
<Y>048</Y>
<BUFR>
<BUFR_units>Code table</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>2</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Code
table</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>1</CREX_width>
</CREX>
</feature>
<feature ID="F0X33Y049">
<annotation>
<documentation>Confidence measure of wind retrieval</documentation>
</annotation>
<name>BQI_windRetrievalConfidence</name>
<F>0</F>
<X>33</X>
<Y>049</Y>
<BUFR>
<BUFR_units>Code table</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>2</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Code
table</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>1</CREX_width>
</CREX>
</feature>
<feature ID="F0X33Y050">
<annotation>
<documentation>Global GTSPP quality flag</documentation>
</annotation>
<name>BQI_GTSPP_Q</name>
<F>0</F>
<X>33</X>
<Y>050</Y>
<BUFR>
<BUFR_units>Code table</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>4</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Code
table</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>2</CREX_width>
</CREX>
</feature>
<feature ID="F0X33Y052">
<annotation>
<documentation>S band ocean retracking quality</documentation>
</annotation>
<name>BQI_SbandRetrackQ</name>
<F>0</F>
<X>33</X>
<Y>052</Y>
<BUFR>
<BUFR_units>Flag table</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>21</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Flag table</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>7</CREX_width>
</CREX>
</feature>
<feature ID="F0X33Y053">
<annotation>
<documentation>KU band ocean retracking quality</documentation>
</annotation>
<name>BQI_KUbandRetrackQ</name>
<F>0</F>
<X>33</X>
<Y>053</Y>
<BUFR>
<BUFR_units>Flag table</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>21</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Flag table</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>7</CREX_width>
</CREX>
</feature>
<feature ID="F0X33Y060">
<annotation>
<documentation>GqisFlagQual - individual IASI-System quality flag</documentation>
</annotation>
<name>BQI_ GqisFlagQual</name>
<F>0</F>
<X>33</X>
<Y>060</Y>
<BUFR>
<BUFR_units>Code Table</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>2</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Code Table</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>1</CREX_width>
</CREX>
</feature>
<feature ID="F0X33Y061">
<annotation>
<documentation>GqisQualIndex - indicator for instrument noise performance
(contributions from spectral and radiometric)</documentation>
</annotation>
<name>BQI_ GqisQualIndex</name>
<F>0</F>
<X>33</X>
<Y>061</Y>
<BUFR>
<BUFR_units>%</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>7</BUFR_width>
</BUFR>
<CREX>
<CREX_units>%</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>3</CREX_width>
</CREX>
</feature>
<feature ID="F0X33Y062">
<annotation>
<documentation>GqisQualIndexLoc - indicator for geometric quality index</documentation>
</annotation>
<name>BQI_ GqisQualIndexLoc</name>
<F>0</F>
<X>33</X>
<Y>062</Y>
<BUFR>
<BUFR_units>%</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>7</BUFR_width>
</BUFR>
<CREX>
<CREX_units>%</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>3</CREX_width>
</CREX>
</feature>
<feature ID="F0X33Y063">
<annotation>
<documentation>GqisQualIndexRad - indicator for instrument noise performance
(contributions from radiometric calibration)</documentation>
</annotation>
<name>BQI_ GqisQualIndexRad</name>
<F>0</F>
<X>33</X>
<Y>063</Y>
<BUFR>
<BUFR_units>%</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>7</BUFR_width>
</BUFR>
<CREX>
<CREX_units>%</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>3</CREX_width>
</CREX>
</feature>
<feature ID="F0X33Y064">
<annotation>
<documentation>GqisQualIndexSpect - indicator for instrument noise performance
(contributions from spectral calibration)</documentation>
</annotation>
<name>BQI_ GqisQualIndexSpect</name>
<F>0</F>
<X>33</X>
<Y>064</Y>
<BUFR>
<BUFR_units>%</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>7</BUFR_width>
</BUFR>
<CREX>
<CREX_units>%</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>3</CREX_width>
</CREX>
</feature>
<feature ID="F0X33Y065">
<annotation>
<documentation>GqisSysTecSondQual - output of system TEC (Technical Expertise
Centre) quality function</documentation>
</annotation>
<name>BQI_
GqisSysTecSondQual</name>
<F>0</F>
<X>33</X>
<Y>065</Y>
<BUFR>
<BUFR_units>Numeric</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>24</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Numeric</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>8</CREX_width>
</CREX>
</feature>
<note ID="B_class_33_1">
<note>
<p>(1) When using descriptor 0-33-045 or 0-33-046,
operator 2-41-000 shall be used in order to define the following event to which
the reported probability value applies.</p>
</note>
</note>
<note ID="B_class_33_2">
<note>
<p>(2) When using descriptor 0-33-046, operator
2-42-000 shall precede the occurrence of this descriptor in order to define the
event upon which the reported probability value is conditioned.</p>
</note>
</note>
<note ID="B_class_33_3">
<note>
<p>(3) When defining an event for use with
descriptor 0-33-045 or 0-33-046, descriptor 0-33-042 may be employed in order
to indicate that the following value is actually a bound for a range of values.</p>
</note>
</note>
</featureCatalogue>
<featureCatalogue ID="F0X35">
<catalogueName prefix=" BDM_">Class 35 - Data
monitoring information </catalogueName>
<annotation>
<documentation>
<p>See reference in </p>
</documentation>
</annotation>
<feature ID="F0X35Y000">
<annotation>
<documentation>FM and regional code number</documentation>
</annotation>
<name>BDM_regionCode</name>
<F>0</F>
<X>35</X>
<Y>000</Y>
<BUFR>
<BUFR_units>Code table</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>10</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Code
table</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>3</CREX_width>
</CREX>
</feature>
<feature ID="F0X35Y001">
<annotation>
<documentation>Time-frame for monitoring</documentation>
</annotation>
<name>BDM_timeFrame</name>
<F>0</F>
<X>35</X>
<Y>001</Y>
<BUFR>
<BUFR_units>Code table</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>3</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Code
table</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>1</CREX_width>
</CREX>
</feature>
<feature ID="F0X35Y011">
<annotation>
<documentation>Number of reports actually received</documentation>
</annotation>
<name>BDM_reportsReceived</name>
<F>0</F>
<X>35</X>
<Y>011</Y>
<BUFR>
<BUFR_units>Numeric</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>14</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Numeric</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>4</CREX_width>
</CREX>
</feature>
<feature ID="F0X35Y021">
<annotation>
<documentation>Bulletin being monitored (TTAAii)</documentation>
</annotation>
<name>BDM_headerTTAAii</name>
<F>0</F>
<X>35</X>
<Y>021</Y>
<BUFR>
<BUFR_units>CCITT IA5</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>48</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Character</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>6</CREX_width>
</CREX>
</feature>
<feature ID="F0X35Y022">
<annotation>
<documentation>Bulletin being monitored (YYGGgg)</documentation>
</annotation>
<name>BDM_headerYYGGgg</name>
<F>0</F>
<X>35</X>
<Y>022</Y>
<BUFR>
<BUFR_units>CCITT IA5</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>48</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Character</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>6</CREX_width>
</CREX>
</feature>
<feature ID="F0X35Y023">
<annotation>
<documentation>Bulletin being monitored (CCCC)</documentation>
</annotation>
<name>BDM_headerCCCC</name>
<F>0</F>
<X>35</X>
<Y>023</Y>
<BUFR>
<BUFR_units>CCITT IA5</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>32</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Character</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>4</CREX_width>
</CREX>
</feature>
<feature ID="F0X35Y024">
<annotation>
<documentation>Bulletin being monitored (BBB)</documentation>
</annotation>
<name>BDM_headerBBB</name>
<F>0</F>
<X>35</X>
<Y>024</Y>
<BUFR>
<BUFR_units>CCITT IA5</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>24</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Character</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>3</CREX_width>
</CREX>
</feature>
<feature ID="F0X35Y030">
<annotation>
<documentation>Discrepancies in the availability of expected
data</documentation>
</annotation>
<name>BDM_availability</name>
<F>0</F>
<X>35</X>
<Y>030</Y>
<BUFR>
<BUFR_units>Code table</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>4</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Code
table</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>1</CREX_width>
</CREX>
</feature>
<feature ID="F0X35Y031">
<annotation>
<documentation>Qualifier on monitoring results</documentation>
</annotation>
<name>BDM_qualifier</name>
<F>0</F>
<X>35</X>
<Y>031</Y>
<BUFR>
<BUFR_units>Code table</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>7</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Code
table</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>2</CREX_width>
</CREX>
</feature>
<feature ID="F0X35Y032">
<annotation>
<documentation>Cause of missing data</documentation>
</annotation>
<name>BDM_missingCode</name>
<F>0</F>
<X>35</X>
<Y>032</Y>
<BUFR>
<BUFR_units>Code table</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>4</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Code
table</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>1</CREX_width>
</CREX>
</feature>
<feature ID="F0X35Y033">
<annotation>
<documentation>Observation and collection deficiencies</documentation>
</annotation>
<name>BDM_deficiencies</name>
<F>0</F>
<X>35</X>
<Y>033</Y>
<BUFR>
<BUFR_units>Code table</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>7</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Code
table</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>2</CREX_width>
</CREX>
</feature>
<feature ID="F0X35Y034">
<annotation>
<documentation>Statistical trends for availability of data
(during the survey period(s))</documentation>
</annotation>
<name>BDM_trend</name>
<F>0</F>
<X>35</X>
<Y>034</Y>
<BUFR>
<BUFR_units>Code table</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>3</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Code
table</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>1</CREX_width>
</CREX>
</feature>
<feature ID="F0X35Y035">
<annotation>
<documentation>Reason for termination</documentation>
</annotation>
<name>BDM_reason</name>
<F>0</F>
<X>35</X>
<Y>035</Y>
<BUFR>
<BUFR_units>Code table</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>5</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Code
table</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>2</CREX_width>
</CREX>
</feature>
</featureCatalogue>
<featureCatalogue ID="F0X40">
<catalogueName prefix=" BSat_">Class 40 - Satellite data </catalogueName>
<annotation>
<documentation>
<p>See reference in </p>
</documentation>
</annotation>
<feature ID="F0X40Y001">
<annotation>
<documentation>Surface soil moisture (ms)</documentation>
</annotation>
<name>BSat_soilMoisture</name>
<F>0</F>
<X>40</X>
<Y>001</Y>
<BUFR>
<BUFR_units>%</BUFR_units>
<BUFR_scale>1</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>10</BUFR_width>
</BUFR>
<CREX>
<CREX_units>%</CREX_units>
<CREX_scale>1</CREX_scale>
<CREX_width>4</CREX_width>
</CREX>
</feature>
<feature ID="F0X40Y002">
<annotation>
<documentation>Estimated error in surface soil moisture</documentation>
</annotation>
<name>BSat_soilMoistError</name>
<F>0</F>
<X>40</X>
<Y>002</Y>
<BUFR>
<BUFR_units>%</BUFR_units>
<BUFR_scale>1</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>10</BUFR_width>
</BUFR>
<CREX>
<CREX_units>%</CREX_units>
<CREX_scale>1</CREX_scale>
<CREX_width>4</CREX_width>
</CREX>
</feature>
<feature ID="F0X40Y003">
<annotation>
<documentation>Mean surface soil moisture </documentation>
</annotation>
<name>BSat_meanSoilMoist</name>
<F>0</F>
<X>40</X>
<Y>003</Y>
<BUFR>
<BUFR_units>Numeric</BUFR_units>
<BUFR_scale>3</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>10</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Numeric</CREX_units>
<CREX_scale>3</CREX_scale>
<CREX_width>4</CREX_width>
</CREX>
</feature>
<feature ID="F0X40Y004">
<annotation>
<documentation>Rain fall detection</documentation>
</annotation>
<name>BSat_rainfall</name>
<F>0</F>
<X>40</X>
<Y>004</Y>
<BUFR>
<BUFR_units>Numeric</BUFR_units>
<BUFR_scale>3</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>10</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Numeric</CREX_units>
<CREX_scale>3</CREX_scale>
<CREX_width>4</CREX_width>
</CREX>
</feature>
<feature ID="F0X40Y005">
<annotation>
<documentation>Soil moisture correction flag</documentation>
</annotation>
<name>BSat_soilMoistCorrection</name>
<F>0</F>
<X>40</X>
<Y>005</Y>
<BUFR>
<BUFR_units>Flag table</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>8</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Flag table</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>3</CREX_width>
</CREX>
</feature>
<feature ID="F0X40Y006">
<annotation>
<documentation>Soil moisture processing flag</documentation>
</annotation>
<name>BSat_soilMoistProcessing</name>
<F>0</F>
<X>40</X>
<Y>006</Y>
<BUFR>
<BUFR_units>Flag table</BUFR_units>
<BUFR_scale>0</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>16</BUFR_width>
</BUFR>
<CREX>
<CREX_units>Flag table</CREX_units>
<CREX_scale>0</CREX_scale>
<CREX_width>6</CREX_width>
</CREX>
</feature>
<feature ID="F0X40Y007">
<annotation>
<documentation>Soil moisture quality</documentation>
</annotation>
<name>BSat_soilMoistureQ</name>
<F>0</F>
<X>40</X>
<Y>007</Y>
<BUFR>
<BUFR_units>%</BUFR_units>
<BUFR_scale>1</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>10</BUFR_width>
</BUFR>
<CREX>
<CREX_units>%</CREX_units>
<CREX_scale>1</CREX_scale>
<CREX_width>4</CREX_width>
</CREX>
</feature>
<feature ID="F0X40Y008">
<annotation>
<documentation>Frozen land surface fraction</documentation>
</annotation>
<name>BSat_frozenFraction</name>
<F>0</F>
<X>40</X>
<Y>008</Y>
<BUFR>
<BUFR_units>%</BUFR_units>
<BUFR_scale>1</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>10</BUFR_width>
</BUFR>
<CREX>
<CREX_units>%</CREX_units>
<CREX_scale>1</CREX_scale>
<CREX_width>4</CREX_width>
</CREX>
</feature>
<feature ID="F0X40Y009">
<annotation>
<documentation>Inundation and wetland fraction</documentation>
</annotation>
<name>BSat_wetlandFraction</name>
<F>0</F>
<X>40</X>
<Y>009</Y>
<BUFR>
<BUFR_units>%</BUFR_units>
<BUFR_scale>1</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>10</BUFR_width>
</BUFR>
<CREX>
<CREX_units>%</CREX_units>
<CREX_scale>1</CREX_scale>
<CREX_width>4</CREX_width>
</CREX>
</feature>
<feature ID="F0X40Y010">
<annotation>
<documentation>Topographic complexity</documentation>
</annotation>
<name>BSat_topoComplexity</name>
<F>0</F>
<X>40</X>
<Y>010</Y>
<BUFR>
<BUFR_units>%</BUFR_units>
<BUFR_scale>1</BUFR_scale>
<BUFR_reference>0</BUFR_reference>
<BUFR_width>10</BUFR_width>
</BUFR>
<CREX>
<CREX_units>%</CREX_units>
<CREX_scale>1</CREX_scale>
<CREX_width>4</CREX_width>
</CREX>
</feature>
</featureCatalogue>
</BUFR_Table_B>