source: lmdz_wrf/trunk/tools/transform_128ECMWF.html @ 2318

Last change on this file since 2318 was 2236, checked in by lfita, 6 years ago

Adding html file with all ECMWF grib 128 variables
File size: 43.4 KB
Line 
1<html><head>
2<meta http-equiv="content-type" content="text/html; charset=UTF-8">
3<title></title>
4<link rel="stylesheet" type="text/css" href="transform_128ECMWF_files/stylegribdoc.css">
5</head>
6<body background="transform_128ECMWF_files/ringbind.gif">
7<a name="Top"></a>
8<br><br>
9<ul>
10<ul>
11<big>ECMWF Parameter Code Table 128</big><br><br>
12<table border="0" cellpadding="0" cellspacing="10">
13<tbody><tr valign="bottom">
14<td align="center"><em>Code<br> figure</em></td><td align="center"><em><br>Abbrev.</em></td><td align="left"><em><br>Field parameter</em></td><td align="left"><em><br>Unit</em></td>
15</tr>
16<tr valign="top">
17<td align="center">001</td><td align="center">STRF</td><td align="left">Stream function</td><td align="left"><nobr>m<sup>2</sup> s<sup>-1</sup></nobr></td>
18</tr>
19<tr valign="top">
20<td align="center">002</td><td align="center">VPOT</td><td align="left">Velocity potential</td><td align="left"><nobr>m<sup>2</sup> s<sup>-1</sup></nobr></td>
21</tr>
22<tr valign="top">
23<td align="center">003</td><td align="center">PT</td><td align="left">Potential temperature</td><td align="left"><nobr>K</nobr></td>
24</tr>
25<tr valign="top">
26<td align="center">004</td><td align="center">EQPT</td><td align="left">Equivalent potential temperature</td><td align="left"><nobr>K</nobr></td>
27</tr>
28<tr valign="top">
29<td align="center">005</td><td align="center">SEPT</td><td align="left">Saturated equivalent potential temperature</td><td align="left"><nobr>K</nobr></td>
30</tr>
31<tr valign="top">
32<td align="center">006</td><td align="center">SSFR</td><td align="left">Soil sand fraction</td><td align="left"><nobr></nobr></td>
33</tr>
34<tr valign="top">
35<td align="center">007</td><td align="center">SCFR</td><td align="left">Soil clay fraction</td><td align="left"><nobr></nobr></td>
36</tr>
37<tr valign="top">
38<td align="center">008</td><td align="center">SRO</td><td align="left">Surface runoff</td><td align="left"><nobr>m</nobr></td>
39</tr>
40<tr valign="top">
41<td align="center">009</td><td align="center">SSRO</td><td align="left">Sub-surface runoff</td><td align="left"><nobr>m</nobr></td>
42</tr>
43<tr valign="top">
44<td align="center">010</td><td align="center">WIND</td><td align="left">Wind speed</td><td align="left"><nobr>m s<sup>-1</sup></nobr></td>
45</tr>
46<tr valign="top">
47<td align="center">011</td><td align="center">UDVW</td><td align="left">U component of divergent wind</td><td align="left"><nobr>m s<sup>-1</sup></nobr></td>
48</tr>
49<tr valign="top">
50<td align="center">012</td><td align="center">VDVW</td><td align="left">V component of divergent wind</td><td align="left"><nobr>m s<sup>-1</sup></nobr></td>
51</tr>
52<tr valign="top">
53<td align="center">013</td><td align="center">URTW</td><td align="left">U component of rotational wind</td><td align="left"><nobr>m s<sup>-1</sup></nobr></td>
54</tr>
55<tr valign="top">
56<td align="center">014</td><td align="center">VRTW</td><td align="left">V component of rotational wind</td><td align="left"><nobr>m s<sup>-1</sup></nobr></td>
57</tr>
58<tr valign="top">
59<td align="center">015</td><td align="center">ALUVP</td><td align="left">UV visible albedo for direct radiation</td><td align="left"><nobr></nobr></td>
60</tr>
61<tr valign="top">
62<td align="center">016</td><td align="center">ALUVD</td><td align="left">UV visible albedo for diffuse radiation</td><td align="left"><nobr></nobr></td>
63</tr>
64<tr valign="top">
65<td align="center">017</td><td align="center">ALNIP</td><td align="left">Near IR albedo for direct radiation</td><td align="left"><nobr></nobr></td>
66</tr>
67<tr valign="top">
68<td align="center">018</td><td align="center">ALNID</td><td align="left">Near IR albedo for diffuse radiation</td><td align="left"><nobr></nobr></td>
69</tr>
70<tr valign="top">
71<td align="center">019</td><td align="center">UVCS</td><td align="left">Clear sky surface UV</td><td align="left"><nobr>W m<sup>-2</sup> s</nobr></td>
72</tr>
73<tr valign="top">
74<td align="center">020</td><td align="center">PARCS</td><td align="left">Clear sky surface photosynthetically active radiation</td><td align="left"><nobr>W m<sup>-2</sup> s</nobr></td>
75</tr>
76<tr valign="top">
77<td align="center">021</td><td align="center">UCTP</td><td align="left">Unbalanced component of temperature</td><td align="left"><nobr>K</nobr></td>
78</tr>
79<tr valign="top">
80<td align="center">022</td><td align="center">UCLN</td><td align="left">Unbalanced component of logarithm of surface</td><td align="left"><nobr></nobr></td>
81</tr>
82<tr valign="top">
83<td align="center">023</td><td align="center">UCDV</td><td align="left">Unbalanced component of divergence</td><td align="left"><nobr>s<sup>-1</sup></nobr></td>
84</tr>
85<tr valign="top">
86<td align="center">024</td><td align="center"></td><td align="left"><font color="#a0a0a0">Reserved</font></td><td align="left"><nobr></nobr></td>
87</tr>
88<tr valign="top">
89<td align="center">025</td><td align="center"></td><td align="left"><font color="#a0a0a0">Reserved</font></td><td align="left"><nobr></nobr></td>
90</tr>
91<tr valign="top">
92<td align="center">026</td><td align="center">CL</td><td align="left">Lake cover</td><td align="left"><nobr></nobr></td>
93</tr>
94<tr valign="top">
95<td align="center">027</td><td align="center">CVL</td><td align="left">Low vegetation cover</td><td align="left"><nobr></nobr></td>
96</tr>
97<tr valign="top">
98<td align="center">028</td><td align="center">CVH</td><td align="left">High vegetation cover</td><td align="left"><nobr></nobr></td>
99</tr>
100<tr valign="top">
101<td align="center">029</td><td align="center">TVL</td><td align="left">Type of low vegetation</td><td align="left"><nobr></nobr></td>
102</tr>
103<tr valign="top">
104<td align="center">030</td><td align="center">TVH</td><td align="left">Type of high vegetation</td><td align="left"><nobr></nobr></td>
105</tr>
106<tr valign="top">
107<td align="center">031</td><td align="center">CI</td><td align="left">Sea-ice cover</td><td align="left"><nobr></nobr></td>
108</tr>
109<tr valign="top">
110<td align="center">032</td><td align="center">ASN</td><td align="left">Snow albedo</td><td align="left"><nobr></nobr></td>
111</tr>
112<tr valign="top">
113<td align="center">033</td><td align="center">RSN</td><td align="left">Snow density</td><td align="left"><nobr>kg m<sup>-3</sup></nobr></td>
114</tr>
115<tr valign="top">
116<td align="center">034</td><td align="center">SSTK</td><td align="left">Sea surface temperature</td><td align="left"><nobr>K</nobr></td>
117</tr>
118<tr valign="top">
119<td align="center">035</td><td align="center">ISTL1</td><td align="left">Ice surface temperature layer 1</td><td align="left"><nobr>K</nobr></td>
120</tr>
121<tr valign="top">
122<td align="center">036</td><td align="center">ISTL2</td><td align="left">Ice surface temperature layer 2</td><td align="left"><nobr>K</nobr></td>
123</tr>
124<tr valign="top">
125<td align="center">037</td><td align="center">ISTL3</td><td align="left">Ice surface temperature layer 3</td><td align="left"><nobr>K</nobr></td>
126</tr>
127<tr valign="top">
128<td align="center">038</td><td align="center">ISTL4</td><td align="left">Ice surface temperature layer 4</td><td align="left"><nobr>K</nobr></td>
129</tr>
130<tr valign="top">
131<td align="center">039</td><td align="center">SWVL1</td><td align="left">Volumetric soil water layer 1</td><td align="left"><nobr>m<sup>3</sup> m<sup>-3</sup></nobr></td>
132</tr>
133<tr valign="top">
134<td align="center">040</td><td align="center">SWVL2</td><td align="left">Volumetric soil water layer 2</td><td align="left"><nobr>m<sup>3</sup> m<sup>-3</sup></nobr></td>
135</tr>
136<tr valign="top">
137<td align="center">041</td><td align="center">SWVL3</td><td align="left">Volumetric soil water layer 3</td><td align="left"><nobr>m<sup>3</sup> m<sup>-3</sup></nobr></td>
138</tr>
139<tr valign="top">
140<td align="center">042</td><td align="center">SWVL4</td><td align="left">Volumetric soil water layer 4</td><td align="left"><nobr>m<sup>3</sup> m<sup>-3</sup></nobr></td>
141</tr>
142<tr valign="top">
143<td align="center">043</td><td align="center">SLT</td><td align="left">Soil type</td><td align="left"><nobr></nobr></td>
144</tr>
145<tr valign="top">
146<td align="center">044</td><td align="center">ES</td><td align="left">Snow evaporation</td><td align="left"><nobr>m</nobr></td>
147</tr>
148<tr valign="top">
149<td align="center">045</td><td align="center">SMLT</td><td align="left">Snowmelt</td><td align="left"><nobr>m</nobr></td>
150</tr>
151<tr valign="top">
152<td align="center">046</td><td align="center">SDUR</td><td align="left">Solar duration</td><td align="left"><nobr>s</nobr></td>
153</tr>
154<tr valign="top">
155<td align="center">047</td><td align="center">DSRP</td><td align="left">Direct solar radiation</td><td align="left"><nobr>W m<sup>-2</sup></nobr></td>
156</tr>
157<tr valign="top">
158<td align="center">048</td><td align="center">MAGSS</td><td align="left">Magnitude of surface stress</td><td align="left"><nobr>N m<sup>-2</sup> s</nobr></td>
159</tr>
160<tr valign="top">
161<td align="center">049</td><td align="center">10FG</td><td align="left">Wind gust at 10 metres</td><td align="left"><nobr>m s<sup>-1</sup></nobr></td>
162</tr>
163<tr valign="top">
164<td align="center">050</td><td align="center">LSPF</td><td align="left">Large-scale precipitation fraction</td><td align="left"><nobr>s</nobr></td>
165</tr>
166<tr valign="top">
167<td align="center">051</td><td align="center">MX2T24</td><td align="left">Maximum 2 metre temperature</td><td align="left"><nobr>K</nobr></td>
168</tr>
169<tr valign="top">
170<td align="center">052</td><td align="center">MN2T24</td><td align="left">Minimum 2 metre temperature</td><td align="left"><nobr>K</nobr></td>
171</tr>
172<tr valign="top">
173<td align="center">053</td><td align="center">MONT</td><td align="left">Montgomery potential</td><td align="left"><nobr>m<sup>2</sup> s<sup>-2</sup></nobr></td>
174</tr>
175<tr valign="top">
176<td align="center">054</td><td align="center">PRES</td><td align="left">Pressure</td><td align="left"><nobr>Pa</nobr></td>
177</tr>
178<tr valign="top">
179<td align="center">055</td><td align="center">MEAN2T24</td><td align="left">Mean temperature at 2 metres since last 24 hours</td><td align="left"><nobr>K</nobr></td>
180</tr>
181<tr valign="top">
182<td align="center">056</td><td align="center">MN2D24</td><td align="left">Mean 2 metre dewpoint temperature in past 24 hours</td><td align="left"><nobr>K</nobr></td>
183</tr>
184<tr valign="top">
185<td align="center">057</td><td align="center">UVB</td><td align="left">Downward uv radiation at the surface</td><td align="left"><nobr>W m<sup>-2</sup></nobr></td>
186</tr>
187<tr valign="top">
188<td align="center">058</td><td align="center">PAR</td><td align="left">Photosynthetically active radiation at the surface</td><td align="left"><nobr>W m<sup>-2</sup></nobr></td>
189</tr>
190<tr valign="top">
191<td align="center">059</td><td align="center">CAPE</td><td align="left">Convective available potential energy</td><td align="left"><nobr>J kg<sup>-1</sup></nobr></td>
192</tr>
193<tr valign="top">
194<td align="center">060</td><td align="center">PV</td><td align="left">Potential vorticity</td><td align="left"><nobr>K m<sup>2</sup> kg<sup>-1</sup> s<sup>-1</sup></nobr></td>
195</tr>
196<tr valign="top">
197<td align="center">061</td><td align="center">TPO</td><td align="left">Total precipitation from observations</td><td align="left"><nobr>mm*100+number of stations</nobr></td>
198</tr>
199<tr valign="top">
200<td align="center">062</td><td align="center">OBCT</td><td align="left">Observation count</td><td align="left"><nobr></nobr></td>
201</tr>
202<tr valign="top">
203<td align="center">063</td><td align="center"></td><td align="left">Start time for skin temperature difference</td><td align="left"><nobr>s</nobr></td>
204</tr>
205<tr valign="top">
206<td align="center">064</td><td align="center"></td><td align="left">Finish time for skin temperature difference</td><td align="left"><nobr>s</nobr></td>
207</tr>
208<tr valign="top">
209<td align="center">065</td><td align="center"></td><td align="left">Skin temperature difference</td><td align="left"><nobr>K</nobr></td>
210</tr>
211<tr valign="top">
212<td align="center">066</td><td align="center">LAILV</td><td align="left">Leaf area index, low vegetation</td><td align="left"><nobr>m<sup>2</sup> m<sup>-2</sup></nobr></td>
213</tr>
214<tr valign="top">
215<td align="center">067</td><td align="center">LAIHV</td><td align="left">Leaf area index, high vegetation</td><td align="left"><nobr>m<sup>2</sup> m<sup>-2</sup></nobr></td>
216</tr>
217<tr valign="top">
218<td align="center">068</td><td align="center"></td><td align="left">Minimum stomatal resistance, low vegetation</td><td align="left"><nobr>s m<sup>-1</sup></nobr></td>
219</tr>
220<tr valign="top">
221<td align="center">069</td><td align="center"></td><td align="left">Minimum stomatal resistance, high vegetation</td><td align="left"><nobr>s m<sup>-1</sup></nobr></td>
222</tr>
223<tr valign="top">
224<td align="center">070</td><td align="center"></td><td align="left">Biome cover, low vegetation</td><td align="left"><nobr></nobr></td>
225</tr>
226<tr valign="top">
227<td align="center">071</td><td align="center"></td><td align="left">Biome cover, high vegetation</td><td align="left"><nobr></nobr></td>
228</tr>
229<tr valign="top">
230<td align="center">072</td><td align="center">ISSRD</td><td align="left">Instantaneous surface solar radiation downwards</td><td align="left"><nobr>W m<sup>-2</sup></nobr></td>
231</tr>
232<tr valign="top">
233<td align="center">073</td><td align="center">ISTRD</td><td align="left">Instantaneous surface thermal radiation downwards</td><td align="left"><nobr>W m<sup>-2</sup></nobr></td>
234</tr>
235<tr valign="top">
236<td align="center">074</td><td align="center">SDFOR</td><td align="left">Standard deviation of filtered subgrid surface geopotential</td><td align="left"><nobr>m</nobr></td>
237</tr>
238<tr valign="top">
239<td align="center">075</td><td align="center">CRWC</td><td align="left">Specific rain water content</td><td align="left"><nobr>kg kg<sup>-1</sup></nobr></td>
240</tr>
241<tr valign="top">
242<td align="center">076</td><td align="center">CSWC</td><td align="left">Specific snow water content</td><td align="left"><nobr>kg kg<sup>-1</sup></nobr></td>
243</tr>
244<tr valign="top">
245<td align="center">077</td><td align="center"></td><td align="left"><font color="#a0a0a0">Reserved</font></td><td align="left"><nobr></nobr></td>
246</tr>
247<tr valign="top">
248<td align="center">078</td><td align="center">TCLW</td><td align="left">Total column liquid water</td><td align="left"><nobr>kg m<sup>-2</sup></nobr></td>
249</tr>
250<tr valign="top">
251<td align="center">079</td><td align="center">TCIW</td><td align="left">Total column ice water</td><td align="left"><nobr>kg m<sup>-2</sup></nobr></td>
252</tr>
253<tr valign="top">
254<td align="center">080</td><td align="center"></td><td align="left"><font color="#a0a0a0">Reserved</font></td><td align="left"><nobr></nobr></td>
255</tr>
256<tr valign="top">
257<td align="center">081</td><td align="center"></td><td align="left"><font color="#a0a0a0">Reserved</font></td><td align="left"><nobr></nobr></td>
258</tr>
259<tr valign="top">
260<td align="center">082</td><td align="center"></td><td align="left"><font color="#a0a0a0">Reserved</font></td><td align="left"><nobr></nobr></td>
261</tr>
262<tr valign="top">
263<td align="center">083</td><td align="center"></td><td align="left"><font color="#a0a0a0">Reserved</font></td><td align="left"><nobr></nobr></td>
264</tr>
265<tr valign="top">
266<td align="center">084</td><td align="center"></td><td align="left"><font color="#a0a0a0">Reserved</font></td><td align="left"><nobr></nobr></td>
267</tr>
268<tr valign="top">
269<td align="center">085</td><td align="center"></td><td align="left"><font color="#a0a0a0">Reserved</font></td><td align="left"><nobr></nobr></td>
270</tr>
271<tr valign="top">
272<td align="center">086</td><td align="center"></td><td align="left"><font color="#a0a0a0">Reserved</font></td><td align="left"><nobr></nobr></td>
273</tr>
274<tr valign="top">
275<td align="center">087</td><td align="center"></td><td align="left"><font color="#a0a0a0">Reserved</font></td><td align="left"><nobr></nobr></td>
276</tr>
277<tr valign="top">
278<td align="center">088</td><td align="center"></td><td align="left"><font color="#a0a0a0">Reserved</font></td><td align="left"><nobr></nobr></td>
279</tr>
280<tr valign="top">
281<td align="center">089</td><td align="center"></td><td align="left"><font color="#a0a0a0">Reserved</font></td><td align="left"><nobr></nobr></td>
282</tr>
283<tr valign="top">
284<td align="center">090</td><td align="center"></td><td align="left"><font color="#a0a0a0">Reserved</font></td><td align="left"><nobr></nobr></td>
285</tr>
286<tr valign="top">
287<td align="center">091</td><td align="center"></td><td align="left"><font color="#a0a0a0">Reserved</font></td><td align="left"><nobr></nobr></td>
288</tr>
289<tr valign="top">
290<td align="center">092</td><td align="center"></td><td align="left"><font color="#a0a0a0">Reserved</font></td><td align="left"><nobr></nobr></td>
291</tr>
292<tr valign="top">
293<td align="center">093</td><td align="center"></td><td align="left"><font color="#a0a0a0">Reserved</font></td><td align="left"><nobr></nobr></td>
294</tr>
295<tr valign="top">
296<td align="center">094</td><td align="center"></td><td align="left"><font color="#a0a0a0">Reserved</font></td><td align="left"><nobr></nobr></td>
297</tr>
298<tr valign="top">
299<td align="center">095</td><td align="center"></td><td align="left"><font color="#a0a0a0">Reserved</font></td><td align="left"><nobr></nobr></td>
300</tr>
301<tr valign="top">
302<td align="center">096</td><td align="center"></td><td align="left"><font color="#a0a0a0">Reserved</font></td><td align="left"><nobr></nobr></td>
303</tr>
304<tr valign="top">
305<td align="center">097</td><td align="center"></td><td align="left"><font color="#a0a0a0">Reserved</font></td><td align="left"><nobr></nobr></td>
306</tr>
307<tr valign="top">
308<td align="center">098</td><td align="center"></td><td align="left"><font color="#a0a0a0">Reserved</font></td><td align="left"><nobr></nobr></td>
309</tr>
310<tr valign="top">
311<td align="center">099</td><td align="center"></td><td align="left"><font color="#a0a0a0">Reserved</font></td><td align="left"><nobr></nobr></td>
312</tr>
313<tr valign="top">
314<td align="center">100</td><td align="center"></td><td align="left">Geopotential height</td><td align="left"><nobr>gpm</nobr></td>
315</tr>
316<tr valign="top">
317<td align="center">101</td><td align="center"></td><td align="left"><font color="#a0a0a0">Reserved</font></td><td align="left"><nobr></nobr></td>
318</tr>
319<tr valign="top">
320<td align="center">102</td><td align="center"></td><td align="left"><font color="#a0a0a0">Reserved</font></td><td align="left"><nobr></nobr></td>
321</tr>
322<tr valign="top">
323<td align="center">103</td><td align="center"></td><td align="left"><font color="#a0a0a0">Reserved</font></td><td align="left"><nobr></nobr></td>
324</tr>
325<tr valign="top">
326<td align="center">104</td><td align="center"></td><td align="left"><font color="#a0a0a0">Reserved</font></td><td align="left"><nobr></nobr></td>
327</tr>
328<tr valign="top">
329<td align="center">105</td><td align="center"></td><td align="left"><font color="#a0a0a0">Reserved</font></td><td align="left"><nobr></nobr></td>
330</tr>
331<tr valign="top">
332<td align="center">106</td><td align="center"></td><td align="left"><font color="#a0a0a0">Reserved</font></td><td align="left"><nobr></nobr></td>
333</tr>
334<tr valign="top">
335<td align="center">107</td><td align="center"></td><td align="left"><font color="#a0a0a0">Reserved</font></td><td align="left"><nobr></nobr></td>
336</tr>
337<tr valign="top">
338<td align="center">108</td><td align="center"></td><td align="left"><font color="#a0a0a0">Reserved</font></td><td align="left"><nobr></nobr></td>
339</tr>
340<tr valign="top">
341<td align="center">109</td><td align="center"></td><td align="left"><font color="#a0a0a0">Reserved</font></td><td align="left"><nobr></nobr></td>
342</tr>
343<tr valign="top">
344<td align="center">110</td><td align="center"></td><td align="left"><font color="#a0a0a0">Reserved</font></td><td align="left"><nobr></nobr></td>
345</tr>
346<tr valign="top">
347<td align="center">111</td><td align="center"></td><td align="left"><font color="#a0a0a0">Reserved</font></td><td align="left"><nobr></nobr></td>
348</tr>
349<tr valign="top">
350<td align="center">112</td><td align="center"></td><td align="left"><font color="#a0a0a0">Reserved</font></td><td align="left"><nobr></nobr></td>
351</tr>
352<tr valign="top">
353<td align="center">113</td><td align="center"></td><td align="left"><font color="#a0a0a0">Reserved</font></td><td align="left"><nobr></nobr></td>
354</tr>
355<tr valign="top">
356<td align="center">114</td><td align="center"></td><td align="left"><font color="#a0a0a0">Reserved</font></td><td align="left"><nobr></nobr></td>
357</tr>
358<tr valign="top">
359<td align="center">115</td><td align="center"></td><td align="left"><font color="#a0a0a0">Reserved</font></td><td align="left"><nobr></nobr></td>
360</tr>
361<tr valign="top">
362<td align="center">116</td><td align="center"></td><td align="left"><font color="#a0a0a0">Reserved</font></td><td align="left"><nobr></nobr></td>
363</tr>
364<tr valign="top">
365<td align="center">117</td><td align="center"></td><td align="left"><font color="#a0a0a0">Reserved</font></td><td align="left"><nobr></nobr></td>
366</tr>
367<tr valign="top">
368<td align="center">118</td><td align="center"></td><td align="left"><font color="#a0a0a0">Reserved</font></td><td align="left"><nobr></nobr></td>
369</tr>
370<tr valign="top">
371<td align="center">119</td><td align="center"></td><td align="left"><font color="#a0a0a0">Reserved</font></td><td align="left"><nobr></nobr></td>
372</tr>
373<tr valign="top">
374<td align="center">120</td><td align="center"></td><td align="left"><font color="#a0a0a0">Reserved</font></td><td align="left"><nobr></nobr></td>
375</tr>
376<tr valign="top">
377<td align="center">121</td><td align="center">MX2T6</td><td align="left">Maximum temperature at 2 metres since last 6 hours</td><td align="left"><nobr>K</nobr></td>
378</tr>
379<tr valign="top">
380<td align="center">122</td><td align="center">MN2T6</td><td align="left">Minimum temperature at 2 metres since last 6 hours</td><td align="left"><nobr>K</nobr></td>
381</tr>
382<tr valign="top">
383<td align="center">123</td><td align="center">10FG6</td><td align="left">10 metre wind gust in the past 6 hours</td><td align="left"><nobr>m s<sup>-1</sup></nobr></td>
384</tr>
385<tr valign="top">
386<td align="center">124</td><td align="center">EMIS</td><td align="left">Surface emissivity</td><td align="left"><nobr></nobr></td>
387</tr>
388<tr valign="top">
389<td align="center">125</td><td align="center"></td><td align="left">Vertically integrated total energy</td><td align="left"><nobr>J m<sup>-2</sup></nobr></td>
390</tr>
391<tr valign="top">
392<td align="center">126</td><td align="center"></td><td align="left">Generic parameter for sensitive area prediction</td><td align="left"><nobr></nobr></td>
393</tr>
394<tr valign="top">
395<td align="center">127</td><td align="center">AT</td><td align="left">Atmospheric tide</td><td align="left"><nobr></nobr></td>
396</tr>
397<tr valign="top">
398<td align="center">128</td><td align="center">BV</td><td align="left">Budget values</td><td align="left"><nobr></nobr></td>
399</tr>
400<tr valign="top">
401<td align="center">129</td><td align="center">Z</td><td align="left">Geopotential</td><td align="left"><nobr>m<sup>2</sup> s<sup>-2</sup></nobr></td>
402</tr>
403<tr valign="top">
404<td align="center">130</td><td align="center">T</td><td align="left">Temperature</td><td align="left"><nobr>K</nobr></td>
405</tr>
406<tr valign="top">
407<td align="center">131</td><td align="center">U</td><td align="left">U velocity</td><td align="left"><nobr>m s<sup>-1</sup></nobr></td>
408</tr>
409<tr valign="top">
410<td align="center">132</td><td align="center">V</td><td align="left">V velocity</td><td align="left"><nobr>m s<sup>-1</sup></nobr></td>
411</tr>
412<tr valign="top">
413<td align="center">133</td><td align="center">Q</td><td align="left">Specific humidity</td><td align="left"><nobr>kg kg<sup>-1</sup></nobr></td>
414</tr>
415<tr valign="top">
416<td align="center">134</td><td align="center">SP</td><td align="left">Surface pressure</td><td align="left"><nobr>Pa</nobr></td>
417</tr>
418<tr valign="top">
419<td align="center">135</td><td align="center">W</td><td align="left">Vertical velocity</td><td align="left"><nobr>Pa s<sup>-1</sup></nobr></td>
420</tr>
421<tr valign="top">
422<td align="center">136</td><td align="center">TCW</td><td align="left">Total column water</td><td align="left"><nobr>kg m<sup>-2</sup></nobr></td>
423</tr>
424<tr valign="top">
425<td align="center">137</td><td align="center">TCWV</td><td align="left">Total column water vapour</td><td align="left"><nobr>kg m<sup>-2</sup></nobr></td>
426</tr>
427<tr valign="top">
428<td align="center">138</td><td align="center">VO</td><td align="left">Vorticity (relative)</td><td align="left"><nobr>s<sup>-1</sup></nobr></td>
429</tr>
430<tr valign="top">
431<td align="center">139</td><td align="center">STL1</td><td align="left">Soil temperature level 1</td><td align="left"><nobr>K</nobr></td>
432</tr>
433<tr valign="top">
434<td align="center">140</td><td align="center">SWL1</td><td align="left">Soil wetness level 1</td><td align="left"><nobr>m of water</nobr></td>
435</tr>
436<tr valign="top">
437<td align="center">141</td><td align="center">SD</td><td align="left">Snow depth</td><td align="left"><nobr>m of water equivalent</nobr></td>
438</tr>
439<tr valign="top">
440<td align="center">142</td><td align="center">LSP</td><td align="left">Stratiform precipitation</td><td align="left"><nobr>m</nobr></td>
441</tr>
442<tr valign="top">
443<td align="center">143</td><td align="center">CP</td><td align="left">Convective precipitation</td><td align="left"><nobr>m</nobr></td>
444</tr>
445<tr valign="top">
446<td align="center">144</td><td align="center">SF</td><td align="left">Snowfall (convective + stratiform)</td><td align="left"><nobr>m of water equivalent</nobr></td>
447</tr>
448<tr valign="top">
449<td align="center">145</td><td align="center">BLD</td><td align="left">Boundary layer dissipation</td><td align="left"><nobr>W m<sup>-2</sup> s</nobr></td>
450</tr>
451<tr valign="top">
452<td align="center">146</td><td align="center">SSHF</td><td align="left">Surface sensible heat flux</td><td align="left"><nobr>W m<sup>-2</sup> s</nobr></td>
453</tr>
454<tr valign="top">
455<td align="center">147</td><td align="center">SLHF</td><td align="left">Surface latent heat flux</td><td align="left"><nobr>W m<sup>-2</sup> s</nobr></td>
456</tr>
457<tr valign="top">
458<td align="center">148</td><td align="center">CHNK</td><td align="left">Charnock</td><td align="left"><nobr></nobr></td>
459</tr>
460<tr valign="top">
461<td align="center">149</td><td align="center">SNR</td><td align="left">Surface net radiation</td><td align="left"><nobr>W m<sup>-2</sup> s</nobr></td>
462</tr>
463<tr valign="top">
464<td align="center">150</td><td align="center">TNR</td><td align="left">Top net radiation</td><td align="left"><nobr></nobr></td>
465</tr>
466<tr valign="top">
467<td align="center">151</td><td align="center">MSL</td><td align="left">Mean sea-level pressure</td><td align="left"><nobr>Pa</nobr></td>
468</tr>
469<tr valign="top">
470<td align="center">152</td><td align="center">LNSP</td><td align="left">Logarithm of surface pressure</td><td align="left"><nobr></nobr></td>
471</tr>
472<tr valign="top">
473<td align="center">153</td><td align="center">SWHR</td><td align="left">Short-wave heating rate</td><td align="left"><nobr>K</nobr></td>
474</tr>
475<tr valign="top">
476<td align="center">154</td><td align="center">LWHR</td><td align="left">Long-wave heating rate</td><td align="left"><nobr>K</nobr></td>
477</tr>
478<tr valign="top">
479<td align="center">155</td><td align="center">D</td><td align="left">Divergence</td><td align="left"><nobr>s<sup>-1</sup></nobr></td>
480</tr>
481<tr valign="top">
482<td align="center">156</td><td align="center">GH</td><td align="left">Height</td><td align="left"><nobr>m</nobr></td>
483</tr>
484<tr valign="top">
485<td align="center">157</td><td align="center">R</td><td align="left">Relative humidity</td><td align="left"><nobr>%</nobr></td>
486</tr>
487<tr valign="top">
488<td align="center">158</td><td align="center">TSP</td><td align="left">Tendency of surface pressure</td><td align="left"><nobr>Pa s<sup>-1</sup></nobr></td>
489</tr>
490<tr valign="top">
491<td align="center">159</td><td align="center">BLH</td><td align="left">Boundary layer height</td><td align="left"><nobr>m</nobr></td>
492</tr>
493<tr valign="top">
494<td align="center">160</td><td align="center">SDOR</td><td align="left">Standard deviation of orography</td><td align="left"><nobr></nobr></td>
495</tr>
496<tr valign="top">
497<td align="center">161</td><td align="center">ISOR</td><td align="left">Anisotropy of sub-gridscale orography</td><td align="left"><nobr></nobr></td>
498</tr>
499<tr valign="top">
500<td align="center">162</td><td align="center">ANOR</td><td align="left">Angle of sub-gridscale orography</td><td align="left"><nobr>rad</nobr></td>
501</tr>
502<tr valign="top">
503<td align="center">163</td><td align="center">SLOR</td><td align="left">Slope of sub-gridscale orography</td><td align="left"><nobr></nobr></td>
504</tr>
505<tr valign="top">
506<td align="center">164</td><td align="center">TCC</td><td align="left">Total cloud cover</td><td align="left"><nobr></nobr></td>
507</tr>
508<tr valign="top">
509<td align="center">165</td><td align="center">10U</td><td align="left">10 metre U wind component</td><td align="left"><nobr>m s<sup>-1</sup></nobr></td>
510</tr>
511<tr valign="top">
512<td align="center">166</td><td align="center">10V</td><td align="left">10 metre V wind component</td><td align="left"><nobr>m s<sup>-1</sup></nobr></td>
513</tr>
514<tr valign="top">
515<td align="center">167</td><td align="center">2T</td><td align="left">2 metre temperature</td><td align="left"><nobr>K</nobr></td>
516</tr>
517<tr valign="top">
518<td align="center">168</td><td align="center">2D</td><td align="left">2 metre dewpoint temperature</td><td align="left"><nobr>K</nobr></td>
519</tr>
520<tr valign="top">
521<td align="center">169</td><td align="center">SSRD</td><td align="left">Surface solar radiation downwards</td><td align="left"><nobr>W m<sup>-2</sup> s</nobr></td>
522</tr>
523<tr valign="top">
524<td align="center">170</td><td align="center">STL2</td><td align="left">Soil temperature level 2</td><td align="left"><nobr>K</nobr></td>
525</tr>
526<tr valign="top">
527<td align="center">171</td><td align="center">SWL2</td><td align="left">Soil wetness level 2</td><td align="left"><nobr>m of water</nobr></td>
528</tr>
529<tr valign="top">
530<td align="center">172</td><td align="center">LSM</td><td align="left">Land/sea mask</td><td align="left"><nobr></nobr></td>
531</tr>
532<tr valign="top">
533<td align="center">173</td><td align="center">SR</td><td align="left">Surface roughness</td><td align="left"><nobr>m</nobr></td>
534</tr>
535<tr valign="top">
536<td align="center">174</td><td align="center">AL</td><td align="left">Albedo</td><td align="left"><nobr></nobr></td>
537</tr>
538<tr valign="top">
539<td align="center">175</td><td align="center">STRD</td><td align="left">Surface thermal radiation downwards</td><td align="left"><nobr>W m<sup>-2</sup> s</nobr></td>
540</tr>
541<tr valign="top">
542<td align="center">176</td><td align="center">SSR</td><td align="left">Surface solar radiation</td><td align="left"><nobr>W m<sup>-2</sup> s</nobr></td>
543</tr>
544<tr valign="top">
545<td align="center">177</td><td align="center">STR</td><td align="left">Surface thermal radiation</td><td align="left"><nobr>W m<sup>-2</sup> s</nobr></td>
546</tr>
547<tr valign="top">
548<td align="center">178</td><td align="center">TSR</td><td align="left">Top solar radiation</td><td align="left"><nobr>W m<sup>-2</sup> s</nobr></td>
549</tr>
550<tr valign="top">
551<td align="center">179</td><td align="center">TTR</td><td align="left">Top thermal radiation</td><td align="left"><nobr>W m<sup>-2</sup> s</nobr></td>
552</tr>
553<tr valign="top">
554<td align="center">180</td><td align="center">EWSS</td><td align="left">East/West surface stress</td><td align="left"><nobr>N m<sup>-2</sup> s</nobr></td>
555</tr>
556<tr valign="top">
557<td align="center">181</td><td align="center">NSSS</td><td align="left">North/South surface stress</td><td align="left"><nobr>N m<sup>-2</sup> s</nobr></td>
558</tr>
559<tr valign="top">
560<td align="center">182</td><td align="center">E</td><td align="left">Evaporation</td><td align="left"><nobr>m of water</nobr></td>
561</tr>
562<tr valign="top">
563<td align="center">183</td><td align="center">STL3</td><td align="left">Soil temperature level 3</td><td align="left"><nobr>K</nobr></td>
564</tr>
565<tr valign="top">
566<td align="center">184</td><td align="center">SWL3</td><td align="left">Soil wetness level 3</td><td align="left"><nobr>m of water</nobr></td>
567</tr>
568<tr valign="top">
569<td align="center">185</td><td align="center">CCC</td><td align="left">Convective cloud cover</td><td align="left"><nobr></nobr></td>
570</tr>
571<tr valign="top">
572<td align="center">186</td><td align="center">LCC</td><td align="left">Low cloud cover</td><td align="left"><nobr></nobr></td>
573</tr>
574<tr valign="top">
575<td align="center">187</td><td align="center">MCC</td><td align="left">Medium cloud cover</td><td align="left"><nobr></nobr></td>
576</tr>
577<tr valign="top">
578<td align="center">188</td><td align="center">HCC</td><td align="left">High cloud cover</td><td align="left"><nobr></nobr></td>
579</tr>
580<tr valign="top">
581<td align="center">189</td><td align="center">SUND</td><td align="left">Sunshine duration</td><td align="left"><nobr>s</nobr></td>
582</tr>
583<tr valign="top">
584<td align="center">190</td><td align="center">EWOV</td><td align="left">EW component of subgrid orographic variance</td><td align="left"><nobr>m<sup>2</sup></nobr></td>
585</tr>
586<tr valign="top">
587<td align="center">191</td><td align="center">NSOV</td><td align="left">NS component of subgrid orographic variance</td><td align="left"><nobr>m<sup>2</sup></nobr></td>
588</tr>
589<tr valign="top">
590<td align="center">192</td><td align="center">NWOV</td><td align="left">NWSE component of subgrid orographic variance</td><td align="left"><nobr>m<sup>2</sup></nobr></td>
591</tr>
592<tr valign="top">
593<td align="center">193</td><td align="center">NEOV</td><td align="left">NESW component of subgrid orographic variance</td><td align="left"><nobr>m<sup>2</sup></nobr></td>
594</tr>
595<tr valign="top">
596<td align="center">194</td><td align="center">BTMP</td><td align="left">Brightness temperature</td><td align="left"><nobr>K</nobr></td>
597</tr>
598<tr valign="top">
599<td align="center">195</td><td align="center">LGWS</td><td align="left">Latitudinal component of gravity wave stress</td><td align="left"><nobr>N m<sup>-2</sup> s</nobr></td>
600</tr>
601<tr valign="top">
602<td align="center">196</td><td align="center">MGWS</td><td align="left">Meridional component of gravity wave stress</td><td align="left"><nobr>N m<sup>-2</sup> s</nobr></td>
603</tr>
604<tr valign="top">
605<td align="center">197</td><td align="center">GWD</td><td align="left">Gravity wave dissipation</td><td align="left"><nobr>W m<sup>-2</sup> s</nobr></td>
606</tr>
607<tr valign="top">
608<td align="center">198</td><td align="center">SRC</td><td align="left">Skin reservoir content</td><td align="left"><nobr>m of water</nobr></td>
609</tr>
610<tr valign="top">
611<td align="center">199</td><td align="center">VEG</td><td align="left">Vegetation fraction</td><td align="left"><nobr></nobr></td>
612</tr>
613<tr valign="top">
614<td align="center">200</td><td align="center">VSO</td><td align="left">Variance of sub-gridscale orography</td><td align="left"><nobr>m<sup>2</sup></nobr></td>
615</tr>
616<tr valign="top">
617<td align="center">201</td><td align="center">MX2T</td><td align="left">Maximum 2 metre temperature since previous post-processing</td><td align="left"><nobr>K</nobr></td>
618</tr>
619<tr valign="top">
620<td align="center">202</td><td align="center">MN2T</td><td align="left">Minimum 2 metre temperature since previous post-processing</td><td align="left"><nobr>K</nobr></td>
621</tr>
622<tr valign="top">
623<td align="center">203</td><td align="center">O3</td><td align="left">Ozone mass mixing ratio</td><td align="left"><nobr>kg kg<sup>-1</sup></nobr></td>
624</tr>
625<tr valign="top">
626<td align="center">204</td><td align="center">PAW</td><td align="left">Precipitation analysis weights</td><td align="left"><nobr></nobr></td>
627</tr>
628<tr valign="top">
629<td align="center">205</td><td align="center">RO</td><td align="left">Runoff</td><td align="left"><nobr>m</nobr></td>
630</tr>
631<tr valign="top">
632<td align="center">206</td><td align="center">TCO3</td><td align="left">Total column ozone</td><td align="left"><nobr>kg m<sup>-2</sup></nobr></td>
633</tr>
634<tr valign="top">
635<td align="center">207</td><td align="center">10SI</td><td align="left">10 metre windspeed</td><td align="left"><nobr>m s<sup>-1</sup></nobr></td>
636</tr>
637<tr valign="top">
638<td align="center">208</td><td align="center">TSRC</td><td align="left">Top net solar radiation, clear sky</td><td align="left"><nobr>W m<sup>-2</sup> s</nobr></td>
639</tr>
640<tr valign="top">
641<td align="center">209</td><td align="center">TTRC</td><td align="left">Top net thermal radiation, clear sky</td><td align="left"><nobr>W m<sup>-2</sup> s</nobr></td>
642</tr>
643<tr valign="top">
644<td align="center">210</td><td align="center">SSRC</td><td align="left">Surface net solar radiation, clear sky</td><td align="left"><nobr>W m<sup>-2</sup> s</nobr></td>
645</tr>
646<tr valign="top">
647<td align="center">211</td><td align="center">STRC</td><td align="left">Surface net thermal radiation, clear sky</td><td align="left"><nobr>W m<sup>-2</sup> s</nobr></td>
648</tr>
649<tr valign="top">
650<td align="center">212</td><td align="center">SI</td><td align="left">Solar insolation</td><td align="left"><nobr>W m<sup>-2</sup> s</nobr></td>
651</tr>
652<tr valign="top">
653<td align="center">213</td><td align="center">VIMD</td><td align="left">Vertically integrated moisture divergence</td><td align="left"><nobr>kg m<sup>-2</sup></nobr></td>
654</tr>
655<tr valign="top">
656<td align="center">214</td><td align="center">DHR</td><td align="left">Diabatic heating by radiation</td><td align="left"><nobr>K</nobr></td>
657</tr>
658<tr valign="top">
659<td align="center">215</td><td align="center">DHVD</td><td align="left">Diabatic heating by vertical diffusion</td><td align="left"><nobr>K</nobr></td>
660</tr>
661<tr valign="top">
662<td align="center">216</td><td align="center">DHCC</td><td align="left">Diabatic heating by cumulus convection</td><td align="left"><nobr>K</nobr></td>
663</tr>
664<tr valign="top">
665<td align="center">217</td><td align="center">DHLC</td><td align="left">Diabatic heating by large-scale condensation</td><td align="left"><nobr>K</nobr></td>
666</tr>
667<tr valign="top">
668<td align="center">218</td><td align="center">VDZW</td><td align="left">Vertical diffusion of zonal wind</td><td align="left"><nobr>m s<sup>-1</sup></nobr></td>
669</tr>
670<tr valign="top">
671<td align="center">219</td><td align="center">VDMW</td><td align="left">Vertical diffusion of meridional wind</td><td align="left"><nobr>m s<sup>-1</sup></nobr></td>
672</tr>
673<tr valign="top">
674<td align="center">220</td><td align="center">EWGD</td><td align="left">EW gravity wave drag tendency</td><td align="left"><nobr>m s<sup>-1</sup></nobr></td>
675</tr>
676<tr valign="top">
677<td align="center">221</td><td align="center">NSGD</td><td align="left">NS gravity wave drag tendency</td><td align="left"><nobr>m s<sup>-1</sup></nobr></td>
678</tr>
679<tr valign="top">
680<td align="center">222</td><td align="center">CTZW</td><td align="left">Convective tendency of zonal wind</td><td align="left"><nobr>m s<sup>-1</sup></nobr></td>
681</tr>
682<tr valign="top">
683<td align="center">223</td><td align="center">CTMW</td><td align="left">Convective tendency of meridional wind</td><td align="left"><nobr>m s<sup>-1</sup></nobr></td>
684</tr>
685<tr valign="top">
686<td align="center">224</td><td align="center">VDH</td><td align="left">Vertical diffusion of humidity</td><td align="left"><nobr>kg kg<sup>-1</sup></nobr></td>
687</tr>
688<tr valign="top">
689<td align="center">225</td><td align="center">HTCC</td><td align="left">Humidity tendency by cumulus convection</td><td align="left"><nobr>kg kg<sup>-1</sup></nobr></td>
690</tr>
691<tr valign="top">
692<td align="center">226</td><td align="center">HTLC</td><td align="left">Humidity tendency large-scale condensation</td><td align="left"><nobr>kg kg<sup>-1</sup></nobr></td>
693</tr>
694<tr valign="top">
695<td align="center">227</td><td align="center">CRNH</td><td align="left">Change from removing negative humidity</td><td align="left"><nobr>kg kg<sup>-1</sup></nobr></td>
696</tr>
697<tr valign="top">
698<td align="center">228</td><td align="center">TP</td><td align="left">Total precipitation</td><td align="left"><nobr>m</nobr></td>
699</tr>
700<tr valign="top">
701<td align="center">229</td><td align="center">IEWS</td><td align="left">Instantaneous X surface stress</td><td align="left"><nobr>N m<sup>-2</sup></nobr></td>
702</tr>
703<tr valign="top">
704<td align="center">230</td><td align="center">INSS</td><td align="left">Instantaneous Y surface stress</td><td align="left"><nobr>N m<sup>-2</sup></nobr></td>
705</tr>
706<tr valign="top">
707<td align="center">231</td><td align="center">ISHF</td><td align="left">Instantaneous surface heat flux</td><td align="left"><nobr>W m<sup>-2</sup></nobr></td>
708</tr>
709<tr valign="top">
710<td align="center">232</td><td align="center">IE</td><td align="left">Instantaneous moisture flux</td><td align="left"><nobr>kg m<sup>-2</sup> s</nobr></td>
711</tr>
712<tr valign="top">
713<td align="center">233</td><td align="center">ASQ</td><td align="left">Apparent surface humidity</td><td align="left"><nobr>kg kg<sup>-1</sup></nobr></td>
714</tr>
715<tr valign="top">
716<td align="center">234</td><td align="center">LSRH</td><td align="left">Logarithm of surface roughness length for heat</td><td align="left"><nobr></nobr></td>
717</tr>
718<tr valign="top">
719<td align="center">235</td><td align="center">SKT</td><td align="left">Skin temperature</td><td align="left"><nobr>K</nobr></td>
720</tr>
721<tr valign="top">
722<td align="center">236</td><td align="center">STL4</td><td align="left">Soil temperature level 4</td><td align="left"><nobr>K</nobr></td>
723</tr>
724<tr valign="top">
725<td align="center">237</td><td align="center">SWL4</td><td align="left">Soil wetness level 4</td><td align="left"><nobr>m</nobr></td>
726</tr>
727<tr valign="top">
728<td align="center">238</td><td align="center">TSN</td><td align="left">Temperature of snow layer</td><td align="left"><nobr>K</nobr></td>
729</tr>
730<tr valign="top">
731<td align="center">239</td><td align="center">CSF</td><td align="left">Convective snowfall</td><td align="left"><nobr>m of water equivalent</nobr></td>
732</tr>
733<tr valign="top">
734<td align="center">240</td><td align="center">LSF</td><td align="left">Large-scale snowfall</td><td align="left"><nobr>m of water equivalent</nobr></td>
735</tr>
736<tr valign="top">
737<td align="center">241</td><td align="center">ACF</td><td align="left">Accumulated cloud fraction tendency</td><td align="left"><nobr></nobr></td>
738</tr>
739<tr valign="top">
740<td align="center">242</td><td align="center">ALW</td><td align="left">Accumulated liquid water tendency</td><td align="left"><nobr></nobr></td>
741</tr>
742<tr valign="top">
743<td align="center">243</td><td align="center">FAL</td><td align="left">Forecast albedo</td><td align="left"><nobr></nobr></td>
744</tr>
745<tr valign="top">
746<td align="center">244</td><td align="center">FSR</td><td align="left">Forecast surface roughness</td><td align="left"><nobr>m</nobr></td>
747</tr>
748<tr valign="top">
749<td align="center">245</td><td align="center">FLSR</td><td align="left">Forecast log of surface roughness for heat</td><td align="left"><nobr></nobr></td>
750</tr>
751<tr valign="top">
752<td align="center">246</td><td align="center">CLWC</td><td align="left">Cloud liquid water content</td><td align="left"><nobr>kg kg<sup>-1</sup></nobr></td>
753</tr>
754<tr valign="top">
755<td align="center">247</td><td align="center">CIWC</td><td align="left">Cloud ice water content</td><td align="left"><nobr>kg kg<sup>-1</sup></nobr></td>
756</tr>
757<tr valign="top">
758<td align="center">248</td><td align="center">CC</td><td align="left">Cloud cover</td><td align="left"><nobr></nobr></td>
759</tr>
760<tr valign="top">
761<td align="center">249</td><td align="center">AIW</td><td align="left">Accumulated ice water tendency</td><td align="left"><nobr></nobr></td>
762</tr>
763<tr valign="top">
764<td align="center">250</td><td align="center">ICE</td><td align="left">Ice age</td><td align="left"><nobr></nobr></td>
765</tr>
766<tr valign="top">
767<td align="center">251</td><td align="center">ATTE</td><td align="left">Adiabatic tendency of temperature</td><td align="left"><nobr>K</nobr></td>
768</tr>
769<tr valign="top">
770<td align="center">252</td><td align="center">ATHE</td><td align="left">Adiabatic tendency of humidity</td><td align="left"><nobr>kg kg<sup>-1</sup></nobr></td>
771</tr>
772<tr valign="top">
773<td align="center">253</td><td align="center">ATZE</td><td align="left">Adiabatic tendency of zonal wind</td><td align="left"><nobr>m s<sup>-1</sup></nobr></td>
774</tr>
775<tr valign="top">
776<td align="center">254</td><td align="center">ATMW</td><td align="left">Adiabatic tendency of meridional wind</td><td align="left"><nobr>m s<sup>-1</sup></nobr></td>
777</tr>
778</tbody></table>
779<br><br><br><a href="#Top">Back to Top</a><br><br>
780</ul>
781</ul>
782
783
784</body></html>
Note: See TracBrowser for help on using the repository browser.