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NMMModel_higem.xml @ 1214

Subversion URL: http://proj.badc.rl.ac.uk/svn/ndg/TI01-discovery/trunk/schema/numsim/NMM/higem/NMMModel_higem.xml@1214

Revision 1214, 119.4 KB checked in by hearnsha, 15 years ago (diff)
Completed Sea Ice description for Higem NumSim

Line
1	<?xml version="1.0" encoding="UTF-8"?>
2	<!-- The Root Model/Experiment Element of the NMMSuite -->
3	<NMMModel NMMVersionUsed="NMMModel_v_09k" NMMCreationDate="2006-05-11T00:00:01" NMMAuthor="C. Pascoe" xmlns:xsi="http://www.w3.org/2001/XMLSchema-instance" xsi:noNamespaceSchemaLocation="NMMModel_v_09k.xsd">
4	<!-- Begin Unique Model ID -->
5	<NMMModel_ID>
6	<repositoryIdentifier>BADC</repositoryIdentifier>
7	<schemeIdentifier>NMM_UMv6.1</schemeIdentifier>
8	<localIdentifier>xbpjt (HiGEM control)</localIdentifier>
9	</NMMModel_ID>
10	<!-- End Unique Model ID -->
11	<!-- Begin Model/Experiment Information -->
12	<Information>
13	<localName>HiGEM</localName>
14	<longName>HiGEM control (xbpjt)</longName>
15	<description>This is a description of the original HiGEM control started in March 2006</description>
16	<!-- BEGIN model changeHistory -->
17	<changeHistory>
18	<history>
19	</history>
20	</changeHistory>
21	<!-- END model changeHistory-->
22	<!-- BEGIN model/experiment point of contact -->
23	<contacts>
24	<pointOfContact>
25	<individualName>Charlotte Pascoe</individualName>
26	<organisationName>British Atmospheric Data Centre</organisationName>
27	<positionName>Atmospheric Scientist</positionName>
28	<responsibility>Information Management</responsibility>
29	<contactInfo>
30	<phone>
31	<voice>+44 (0)1235 445869</voice>
32	<facsimile>+44 (0)1234 445848</facsimile>
33	</phone>
34	<address>
35	<deliveryPoint>RAL, Chilton</deliveryPoint>
36	<city>Didcot</city>
37	<administrativeArea>Oxon</administrativeArea>
38	<postalCode>OX14 4LQ</postalCode>
39	<country>UK</country>
40	<electronicMailAddress>c.l.pascoe@rl.ac.uk</electronicMailAddress>
41	</address>
42	<hoursOfService>tuesday to friday</hoursOfService>
43	<contactInstructions></contactInstructions>
44	</contactInfo>
45	</pointOfContact>
46	</contacts>
47	<!-- END model/experiment point of contact -->
48	<!-- Begin model/experiment Documentation -->
49	<references>
50	<reference>"http://www.higem.nerc.ac.uk/"</reference>
51	</references>
52	<!-- END model/experiment Documentation -->
53	<!-- Begin model/experiment resourceConstraints -->
54	<resourceConstraints>
55	<useLimitation>None</useLimitation>
56	</resourceConstraints>
57	<!-- END model/experiment resourceConstraints -->
58	<!-- Begin model/experiment descriptiveKeywords -->
59	<descriptiveKeywords>
60	<keyword>control</keyword>
61	</descriptiveKeywords>
62	<!-- END model/experiment descriptiveKeywords -->
63	</Information>
64	<!-- END Model/Experiment Information -->
65	<!-- Begin Model Component Configuration -->
66	<ComponentConfiguration>
67	<!-- ATMOSPHERE -->
68	<!-- Begin Codebase used in this model configuration -->
69	<NMMCodebase_ID>
70	<repositoryIdentifier>BADC</repositoryIdentifier>
71	<schemeIdentifier>NMM_UMUIv6</schemeIdentifier>
72	<localIdentifier>NMMCodebase_UMUIv6</localIdentifier>
73	</NMMCodebase_ID>
74	<!-- END Codebase used in this model configuration -->
75	<!-- Begin Component used in this model configuration -->
76	<NMMComponent_ID>
77	<repositoryIdentifier>BADC</repositoryIdentifier>
78	<schemeIdentifier>NMM_UM_Atmos_v6.1</schemeIdentifier>
79	<localIdentifier>UM Atmosphere HIGEM-control</localIdentifier>
80	</NMMComponent_ID>
81	<!-- END Component used in this model configuration -->
82	<!-- Begin Technical Properties used in this model configuration -->
83	<TechnicalProperties>
84	<machine>
85	<machineName>login.hpcx.ac.uk</machineName>
86	<description>A Supercomputer</description>
87	<compiler>
88	<name>F90</name>
89	<version>v 1.2</version>
90	<description></description>
91	<options>
92	<option></option>
93	</options>
94	<optimization>no optimization</optimization>
95	<libraries>
96	<library></library>
97	</libraries>
98	<dateCompiled>2006-06-06</dateCompiled>
99	</compiler>
100	<!-- BEGIN changeHistory -->
101	<changeHistory>
102	<history>
103	<change></change>
104	<changeDate></changeDate>
105	<reasonForChange></reasonForChange>
106	</history>
107	</changeHistory>
108	<!-- END changeHistory-->
109	</machine>
110	<environmentVariables>
111	<environmentVariable>
112	<name>UMDIR</name>
113	<value>/hpcx/home/n02/n02/umx</value>
114	</environmentVariable>
115	<environmentVariable>
116	<name>HIGEM_ANCIL_AERO</name>
117	<value>~mjw/um/ancils</value>
118	</environmentVariable>
119	<environmentVariable>
120	<name>HIGEM_ANCIL_093</name>
121	<value>~lcs/um/vn6.1/ancil/atmos/higem_vn0.9.3</value>
122	</environmentVariable>
123	</environmentVariables>
124	<codeParallelisation>
125	<processorsUsed>256</processorsUsed>
126	<haloSize>4</haloSize>
127	</codeParallelisation>
128	</TechnicalProperties>
129	<!-- End Technical Properties used in this model configuration -->
130	<!-- Begin Numerical Properties used in this model configuration -->
131	<NumericalProperties>
132	<horizontalRepresentation>
133	<horizontalRepresentation_ID>
134	<repositoryIdentifier>BADC</repositoryIdentifier>
135	<schemeIdentifier>NMM_UM_Atmos_v6.1</schemeIdentifier>
136	<localIdentifier>UM Atmosphere HIGEM horizontal</localIdentifier>
137	</horizontalRepresentation_ID>
138	<scheme>
139	<grid>
140	<resolution>
141	<longitude>
142	<longitudeDegrees></longitudeDegrees>
143	<extent></extent>
144	<description></description>
145	</longitude>
146	<latitude>
147	<latitudeDegrees></latitudeDegrees>
148	<extent> </extent>
149	<description> </description>
150	</latitude>
151	</resolution>
152	</grid>
153	</scheme>
154	<coverage>global</coverage>
155	<northPole></northPole>
156	<!-- BEGIN changeHistory -->
157	<changeHistory>
158	<history>
159	<change>no change made to horiz rep</change>
160	<changeDate>2006-05-11</changeDate>
161	<reasonForChange>no change made to horiz rep</reasonForChange>
162	</history>
163	</changeHistory>
164	<!-- END changeHistory-->
165	</horizontalRepresentation>
166	<verticalRepresentation>
167	<verticalRepresentation_ID>
168	<repositoryIdentifier>BADC</repositoryIdentifier>
169	<schemeIdentifier>NMM_UM_Atmos_v6.1</schemeIdentifier>
170	<localIdentifier>UM Atmosphere HIGEM vertical</localIdentifier>
171	</verticalRepresentation_ID>
172	<resolution>
173	<numberOfLevels>38</numberOfLevels>
174	</resolution>
175	<coverage></coverage>
176	<extent></extent>
177	<formulaValues>some values here</formulaValues>
178	<!-- BEGIN changeHistory -->
179	<changeHistory>
180	<history>
181	<change>no vert rep change</change>
182	<changeDate>2006-05-11</changeDate>
183	<reasonForChange>no vert rep reasonForChange</reasonForChange>
184	</history>
185	</changeHistory>
186	<!-- END changeHistory-->
187	</verticalRepresentation>
188	<timeIntegration>
189	<timeIntegration_ID>
190	<repositoryIdentifier>BADC</repositoryIdentifier>
191	<schemeIdentifier>NMM_UM_Atmos_v6.1</schemeIdentifier>
192	<localIdentifier>UM Atmosphere HIGEM-time</localIdentifier>
193	</timeIntegration_ID>
194	<resolution>
195	<timeStepsPerDay>72</timeStepsPerDay>
196	</resolution>
197	<!-- BEGIN changeHistory -->
198	<changeHistory>
199	<history>
200	<change>Some change</change>
201	<changeDate>2006-05-11</changeDate>
202	<reasonForChange>testing time change</reasonForChange>
203	</history>
204	</changeHistory>
205	<!-- END changeHistory-->
206	</timeIntegration>
207	</NumericalProperties>
208	<!-- End Numerical Properties used in this model configuration -->
209	<!-- Begin Science Properties used in this model configuration -->
210	<ScienceProperties>
211	<!-- BEGIN SPACE AND TIME -->
212	<scienceProperty>
213	<standardName parentList="UMUI">horizontal</standardName>
214	<localName>Global Model</localName>
215	<definition>Atmos Resolution and Domain: Horizontal. Global Model</definition>
216	<modifiedFromStandard>
217	<modificationReason></modificationReason>
218	</modifiedFromStandard>
219	<references></references>
220	<parameters>
221	<parameter>
222	<localName>Number of Columns (X-Direction></localName>
223	<value>288</value>
224	</parameter>
225	<parameter>
226	<localName>Number of Rows (Y-Direction)</localName>
227	<value>217</value>
228	</parameter>
229	<parameter>
230	<localName>Number of Land Points</localName>
231	<value>24125</value>
232	</parameter>
233	<!-- Extended halo size of prognostic fields -->
234	<parameter>
235	<localName>Halo size for EW boundaries of PEs</localName>
236	<value>4</value>
237	</parameter>
238	<!-- Extended halo size of prognostic fields -->
239	<parameter>
240	<localName>Halo size for NS boundaries of PEs</localName>
241	<value>4</value>
242	</parameter>
243	<parameter>
244	<localName>Do you require bit reproducible results whatever size the extended haloes are set to?</localName>
245	<value>OFF</value>
246	</parameter>
247	</parameters>
248	</scienceProperty>
249	<scienceProperty>
250	<standardName parentList="UMUI">vertical</standardName>
251	<localName>Vertical Resolution</localName>
252	<definition>Atmos Resolution and Domain: Vertical</definition>
253	<modifiedFromStandard>
254	<modificationReason></modificationReason>
255	</modifiedFromStandard>
256	<references></references>
257	<parameters>
258	<parameter>
259	<localName>Number of Levels</localName>
260	<value>38</value>
261	</parameter>
262	<parameter>
263	<localName>Number of wet levels</localName>
264	<value>38</value>
265	</parameter>
266	<parameter>
267	<localName>Number of Ozone levels</localName>
268	<value>38</value>
269	</parameter>
270	<!-- Type of vertical interpolation -->
271	<parameter>
272	<localName>Linear vertical interpolation</localName>
273	<value>ON</value>
274	</parameter>
275	<!-- Related parameters, defined elsewhere -->
276	<parameter>
277	<localName>Number of boundary layer levels</localName>
278	<value>12</value>
279	</parameter>
280	<!-- Related parameters, defined elsewhere -->
281	<parameter>
282	<localName>Number of deep soil levels (excluding surface)</localName>
283	<value>4</value>
284	</parameter>
285	<!-- Related parameters, defined elsewhere -->
286	<parameter>
287	<localName>Number of cloud levels used in radiation</localName>
288	<value>38</value>
289	</parameter>
290	<!-- Vertical level option-->
291	<parameter>
292	<localName>User defined set</localName>
293	<value>ON</value>
294	</parameter>
295	<!-- Location of user defined set on the target machine -->
296	<parameter>
297	<localName>Directory</localName>
298	<value>/hpcx/home/n02/n02/umx/vn6.1/ctldata/vert</value>
299	</parameter>
300	<!-- Location of user defined set on the target machine -->
301	<parameter>
302	<localName>File name</localName>
303	<value>vertlevs_G3</value>
304	</parameter>
305	<!-- Soil Levels -->
306	<parameter>
307	<localName>Soil Level 1</localName>
308	<value>0.10</value>
309	</parameter>
310	<parameter>
311	<localName>Soil Level 2</localName>
312	<value>0.25</value>
313	</parameter>
314	<parameter>
315	<localName>Soil Level 3</localName>
316	<value>0.65</value>
317	</parameter>
318	<parameter>
319	<localName>Soil Level 4</localName>
320	<value>2.00</value>
321	</parameter>
322	</parameters>
323	</scienceProperty>
324	<scienceProperty>
325	<standardName parentList="UMUI">time stepping</standardName>
326	<localName>timestepping</localName>
327	<definition>Scientific Parameters and Sections: Time Stepping.</definition>
328	<modifiedFromStandard>
329	<modificationReason></modificationReason>
330	</modifiedFromStandard>
331	<references></references>
332	<parameters>
333	<parameter>
334	<localName>Number of timesteps per 'period'</localName>
335	<value>72</value>
336	</parameter>
337	<parameter>
338	<localName>Number of days per 'period'</localName>
339	<value>1</value>
340	</parameter>
341	<!-- Related parameters, defined elsewhere -->
342	<parameter>
343	<localName>Convection calling frequency (timesteps)</localName>
344	<value>2</value>
345	</parameter>
346	<!-- Related parameters, defined elsewhere -->
347	<parameter>
348	<localName>Number of calculations of SW radiation increments per day</localName>
349	<value>8</value>
350	</parameter>
351	<!-- Related parameters, defined elsewhere -->
352	<parameter>
353	<localName>Number of calculations of LW radiation increments per day</localName>
354	<value>8</value>
355	</parameter>
356	</parameters>
357	</scienceProperty>
358	<!-- END SPACE AND TIME -->
359	<!-- BEGIN LEVEL BY LEVEL CONSTANTS -->
360	<scienceProperty>
361	<standardName parentList="UMUI">level by level constants</standardName>
362	<localName>level by level constants</localName>
363	<definition>Scientific Parameters and Sections: Level by Level Constants</definition>
364	<modifiedFromStandard>
365	<modificationReason></modificationReason>
366	</modifiedFromStandard>
367	<references></references>
368	<parameters>
369	<!-- Parameter on all levels: Div. damping coeffs. -->
370	<parameter>
371	<localName>start level, end level, forecast</localName>
372	<value>1, 38, 0.00e+00</value>
373	</parameter>
374	<!-- Parameter on wet levels: Critical humidity -->
375	<parameter>
376	<localName>start level, end level, ratio</localName>
377	<value>1, 1, 0.950</value>
378	</parameter>
379	<!-- Parameter on wet levels: Critical humidity -->
380	<parameter>
381	<localName>start level, end level, ratio</localName>
382	<value>2, 2, 0.925</value>
383	</parameter>
384	<!-- Parameter on wet levels: Critical humidity -->
385	<parameter>
386	<localName>start level, end level, ratio</localName>
387	<value>3, 6, 0.900</value>
388	</parameter>
389	<!-- Parameter on wet levels: Critical humidity -->
390	<parameter>
391	<localName>start level, end level, ratio</localName>
392	<value>7, 9, 0.850</value>
393	</parameter>
394	<!-- Parameter on wet levels: Critical humidity -->
395	<parameter>
396	<localName>start level, end level, ratio</localName>
397	<value>10, 38, 0.800</value>
398	</parameter>
399	</parameters>
400	</scienceProperty>
401	<!-- END LEVEL BY LEVEL CONSTANTS -->
402	<!-- BEGIN GENERAL PHYSICS CONSTANTS -->
403	<scienceProperty>
404	<standardName parentList="UMUI">general physics</standardName>
405	<localName>General Physics</localName>
406	<definition>Scientific Parameters and Sections: General Physics Constants</definition>
407	<modifiedFromStandard>
408	<modificationReason></modificationReason>
409	</modifiedFromStandard>
410	<references></references>
411	<parameters>
412	<parameter>
413	<localName>Number of boundary layer levels</localName>
414	<value>12</value>
415	</parameter>
416	<parameter>
417	<localName>Number of deep soil temperaure levels (excluding surface)</localName>
418	<value>4</value>
419	</parameter>
420	<parameter>
421	<localName>Number of cloud levels used in radiation</localName>
422	<value>38</value>
423	</parameter>
424	<parameter>
425	<localName>Ozone is held as zonal average values</localName>
426	<value>ON</value>
427	</parameter>
428	<!-- elsewhere your choice of version for section 90 is: -->
429	<parameter>
430	<localName>2B, including calculation of saturated mixing ratio (QSAT)</localName>
431	<value>ON</value>
432	</parameter>
433	<!-- Way of specifying CO2 mass mixing ratio: -->
434	<parameter>
435	<localName>Simple method with fixed value</localName>
436	<value>ON</value>
437	</parameter>
438	<parameter>
439	<localName>CO2 Mass Mixing Ratio for whole run (kg/kg)</localName>
440	<value>5.24100e-04</value>
441	</parameter>
442	</parameters>
443	</scienceProperty>
444	<!-- END GENERAL PHYSICS CONSTANTS -->
445	<!-- BEGIN RADIATION SHORTWAVE -->
446	<scienceProperty><!-- radiation - shortwave -->
447	<standardName parentList="CF">radiation - shortwave</standardName>
448	<localName>A01_3A</localName>
449	<definition>Section 1: SW Radiation: General 2-stream radiation code</definition>
450	<modifiedFromStandard>
451	<modificationReason></modificationReason>
452	</modifiedFromStandard>
453	<references>
454	<reference>
455	Edwards JM, Slingo A, 1996:
456	Studies with a flexible new radiation code .1. Choosing a configuration for a large-scale model
457	Quarterly Journal of the Royal Meteorological Society, 122(531) 689-719
458	</reference>
459	<reference>
460	CURRY JA, SCHRAMM JL, EBERT EE. 1995:
461	SEA-ICE ALBEDO CLIMATE FEEDBACK MECHANISM
462	JOURNAL OF CLIMATE 8 (2): 240-247
463	</reference>
464	</references>
465	<parameters>
466	<parameter>
467	<localName>Including cloud micro-physics</localName>
468	<value>ON</value>
469	</parameter>
470	<parameter>
471	<localName>Number of segments</localName>
472	<value>4</value>
473	</parameter>
474	<parameter>
475	<localName>Number of times per day to calculate increments</localName>
476	<value>8</value>
477	</parameter>
478	<parameter>
479	<localName>Number of bands</localName>
480	<value>6</value>
481	</parameter>
482	<parameter>
483	<localName>Include dependence of sea-ice albedo on snow depth</localName>
484	<value>ON</value>
485	</parameter>
486	<parameter>
487	<localName>Albedo of snow free sea-ice</localName>
488	<value>0.61</value>
489	</parameter>
490	<parameter>
491	<localName>Albedo of melting deep snow on sea-ice</localName>
492	<value>0.65</value>
493	</parameter>
494	<parameter>
495	<localName>Albedo of cold deep snow on sea-ice</localName>
496	<value>0.80</value>
497	</parameter>
498	<parameter>
499	<localName>temperature range over which the snow albedo varies</localName>
500	<value>2.00</value>
501	</parameter>
502	<parameter>
503	<localName>Include the equation of time in the astronomy</localName>
504	<value>ON</value>
505	</parameter>
506	</parameters>
507	<forcing>
508	<internal></internal>
509	</forcing>
510	</scienceProperty>
511	<scienceProperty><!-- 2-stream SW radiation -->
512	<standardName parentList="UMUI">2-stream SW radiation</standardName>
513	<localName>A01_3A_2Stream</localName>
514	<definition>Section1: SW Radiation: General 2-stream radiation code: Define mode</definition>
515	<modifiedFromStandard>
516	<modificationReason></modificationReason>
517	</modifiedFromStandard>
518	<references></references>
519	<parameters>
520	<!-- Specify the location of the shortwave spectral file -->
521	<parameter>
522	<localName>Directory</localName>
523	<value>/hpcx/home/n02/n02/umx/vn6.1/ctldata/spectral</value>
524	</parameter>
525	<!-- Specify the location of the shortwave spectral file -->
526	<parameter>
527	<localName>File</localName>
528	<value>spec3a_sw_hadgem1_3</value>
529	</parameter>
530	<parameter>
531	<localName>Select 2-stream option</localName>
532	<value>PIFM80</value>
533	</parameter>
534	<parameter>
535	<localName>Select treatment of overlapping for gaseous absorption</localName>
536	<value>Equivalent extinction</value>
537	</parameter>
538	<parameter>
539	<localName>Include absorption by oxygen</localName>
540	<value>ON</value>
541	</parameter>
542	<!-- for oxygen absorption -->
543	<parameter>
544	<localName>Specify mass mixing ration of oxygen</localName>
545	<value>0.2314</value>
546	</parameter>
547	<parameter>
548	<localName>Include climatological aerosol distribution</localName>
549	<value>ON</value>
550	</parameter>
551	<parameter>
552	<localName>Distribute the boundary layer aerosol vertically using the boundary layer depth</localName>
553	<value>OFF</value>
554	</parameter>
555	<parameter>
556	<localName>Select option for overlapping clouds</localName>
557	<value>MRO and Vertically Coherent Convective Cloud</value>
558	</parameter>
559	<parameter>
560	<localName>Select representation of clouds</localName>
561	<value>Segregated mixed-phase clouds</value>
562	</parameter>
563	<parameter>
564	<localName>Partition convective cloud using the local temperature?</localName>
565	<value>ON</value>
566	</parameter>
567	<!-- Specify types of droplets and ice crystals consistent with the spectral file: -->
568	<parameter>
569	<localName>Type number for water droplet in stratiform clouds</localName>
570	<value>5</value>
571	</parameter>
572	<!-- Specify types of droplets and ice crystals consistent with the spectral file: -->
573	<parameter>
574	<localName>Type number for water droplet in convective clouds</localName>
575	<value>5</value>
576	</parameter>
577	<!-- Specify types of droplets and ice crystals consistent with the spectral file: -->
578	<parameter>
579	<localName>Type number for ice crystals in stratiform clouds</localName>
580	<value>8</value>
581	</parameter>
582	<!-- Specify types of droplets and ice crystals consistent with the spectral file: -->
583	<parameter>
584	<localName>Type number for ice crystals in convective clouds</localName>
585	<value>8</value>
586	</parameter>
587	<parameter>
588	<localName>Including spectral land-surface albedos and prognostic snow albedo</localName>
589	<value>OFF</value>
590	</parameter>
591	</parameters>
592	<forcing>
593	<internal></internal>
594	</forcing>
595	</scienceProperty>
596	<!-- END RADIATION SHORTWAVE -->
597	<!-- BEGIN RADIATION LONGWAVE -->
598	<scienceProperty><!-- radiation - longwave -->
599	<standardName parentList="CF">radiation - longwave</standardName>
600	<localName>A02_3A</localName>
601	<definition>Section 2: LW Radiation: General 2-stream long wave radiation code</definition>
602	<modifiedFromStandard>
603	<modificationReason></modificationReason>
604	</modifiedFromStandard>
605	<references></references>
606	<parameters>
607	<parameter>
608	<localName>Number of segments</localName>
609	<value>4</value>
610	</parameter>
611	<parameter>
612	<localName>Number of times per day to calculate increments</localName>
613	<value>8</value>
614	</parameter>
615	<parameter>
616	<localName>Number of bands</localName>
617	<value>9</value>
618	</parameter>
619	</parameters>
620	<forcing>
621	<internal></internal>
622	</forcing>
623	</scienceProperty>
624	<scienceProperty><!-- 2-streawm LW radiation -->
625	<standardName parentList="UMUI">2-stream LW radiation</standardName>
626	<localName>A02_3A_2Stream</localName>
627	<definition>Section 2: LW Radiation: General 2-stream long wave radiation code: Define mode</definition>
628	<modifiedFromStandard>
629	<modificationReason></modificationReason>
630	</modifiedFromStandard>
631	<references></references>
632	<parameters>
633	<!-- Specify the location of the longwave spectral file -->
634	<parameter>
635	<localName>Directory</localName>
636	<value>/hpcx/home/n02/n02/umx/vn6.1/ctldata/spectral</value>
637	</parameter>
638	<!-- Specify the location of the longwave spectral file -->
639	<parameter>
640	<localName>File</localName>
641	<value>spec3a_lw_hadgem1_3</value>
642	</parameter>
643	<parameter>
644	<localName>Select 2-stream option</localName>
645	<value>PIF85 with D=1.66</value>
646	</parameter>
647	<parameter>
648	<localName>Select treatment of overlapping for gaseous absorption</localName>
649	<value>Equivalent extinction</value>
650	</parameter>
651	<parameter>
652	<localName>Include climatological aerosol distribution</localName>
653	<value>ON</value>
654	</parameter>
655	<parameter>
656	<localName>Select option for overlapping clouds</localName>
657	<value>MRO and VCCC</value>
658	</parameter>
659	<parameter>
660	<localName>Select representation of clouds</localName>
661	<value>Segregated mixed-phase clouds</value>
662	</parameter>
663	<parameter>
664	<localName>Partition convective cloud using the local temperature?</localName>
665	<value>ON</value>
666	</parameter>
667	<!-- Specify types of droplets and ice crystals consistent with the spectral file: -->
668	<parameter>
669	<localName>Type number for water droplet in stratiform clouds</localName>
670	<value>5</value>
671	</parameter>
672	<!-- Specify types of droplets and ice crystals consistent with the spectral file: -->
673	<parameter>
674	<localName>Type number for water droplet in convective clouds</localName>
675	<value>5</value>
676	</parameter>
677	<!-- Specify types of droplets and ice crystals consistent with the spectral file: -->
678	<parameter>
679	<localName>Type number for ice crystals in stratiform clouds</localName>
680	<value>8</value>
681	</parameter>
682	<!-- Specify types of droplets and ice crystals consistent with the spectral file: -->
683	<parameter>
684	<localName>Type number for ice crystals in convective clouds</localName>
685	<value>8</value>
686	</parameter>
687	<parameter>
688	<localName>Using Microphysics in the longwave</localName>
689	<value>ON</value>
690	</parameter>
691	<parameter>
692	<localName>Enter treatment of scattering</localName>
693	<value>Approximate</value>
694	</parameter>
695	<parameter>
696	<localName>Choose option for variation of source function across layers</localName>
697	<value>Quadratic</value>
698	</parameter>
699	<parameter>
700	<localName>Number of columns to be sub-sampled by the ISCCP simulator</localName>
701	<value>ON</value>
702	</parameter>
703	<!-- for ISCCP simulator -->
704	<parameter>
705	<localName>only required for diagnostics 2269-2277</localName>
706	<value>25</value>
707	</parameter>
708	<!-- Methane -->
709	<parameter>
710	<localName>Define specification of methane absorption</localName>
711	<value>Included. Use constant value</value>
712	</parameter>
713	<!-- Methane -->
714	<parameter>
715	<localName>Specify mass mixing ratio of Methane</localName>
716	<value>9.139e-07</value>
717	</parameter>
718	<!-- N2O -->
719	<parameter>
720	<localName>Define specification of Nitrous Oxide absorption</localName>
721	<value>Included. Use constant value</value>
722	</parameter>
723	<!-- N2O -->
724	<parameter>
725	<localName>Specify mass mixing ratio of Nitrous Oxide</localName>
726	<value>4.665e-07</value>
727	</parameter>
728	<!-- CFC11 -->
729	<parameter>
730	<localName>Define specification of CFC11 absorption</localName>
731	<value>Included. Use a constant value</value>
732	</parameter>
733	<!-- CFC11 -->
734	<parameter>
735	<localName>Specify mass mixing ratio of CFC11</localName>
736	<value>1.053e-09</value>
737	</parameter>
738	<!-- CFC12 -->
739	<parameter>
740	<localName>Define specification of CFC12 absorption</localName>
741	<value>Included. Use a constant value</value>
742	</parameter>
743	<!-- CFC12 -->
744	<parameter>
745	<localName>Specify mass mixing ratio of CFC12</localName>
746	<value>1.595e-09</value>
747	</parameter>
748	<!-- CFC13 -->
749	<parameter>
750	<localName>Define specification of CFC13 absorption</localName>
751	<value>Excluded</value>
752	</parameter>
753	<!-- HCFC22 -->
754	<parameter>
755	<localName>Define specification of HCFC22 absorption</localName>
756	<value>Excluded</value>
757	</parameter>
758	<!-- HCFC125 -->
759	<parameter>
760	<localName>Define specification of HCFC125 absorption</localName>
761	<value>Excluded</value>
762	</parameter>
763	<!-- HCFC134A -->
764	<parameter>
765	<localName>Define specification of HCFC134A absorption</localName>
766	<value>Excluded</value>
767	</parameter>
768	</parameters>
769	<forcing>
770	<internal></internal>
771	</forcing>
772	</scienceProperty>
773	<!-- END RADIATION LONGWAVE -->
774	<!-- BEGIN BOUNDARY LAYER AND SURFACE PROCESSES -->
775	<scienceProperty>
776	<standardName parentList="CF">boundary layer</standardName>
777	<localName>A03_8B</localName>
778	<definition>Section 3: Boundary Layer: As 6b but MOSES-II</definition>
779	<modifiedFromStandard>
780	<modificationReason></modificationReason>
781	</modifiedFromStandard>
782	<references>
783	<reference>
784	Lock, A. P. 2001: The numerical representation of entrainment in parametrizations of boundary
785	layer turbulent mixing. MWR, 129, 1148-1163
786	</reference>
787	<reference>
788	Lock, A. P., A. R. Brown, M. R. Bush, G. M. Martin, R. N. B. Smith et al. 2000:
789	A new boundary layer mixing scheme. Part I: scheme description and SCM tests
790	MWR, 128, 3187-3199
791	</reference>
792	</references>
793	<parameters>
794	<!-- Select type of stable boundary layer mixing scheme -->
795	<parameter>
796	<localName>Richardson number based mixing scheme</localName>
797	<value>ON</value>
798	</parameter>
799	<parameter>
800	<localName>Using shear-dominated boundary layer fix</localName>
801	<value>ON</value>
802	</parameter>
803	<parameter>
804	<localName>Using orographic roughness fields</localName>
805	<value>ON</value>
806	</parameter>
807	<parameter>
808	<localName>Input ranges of levels and specify ratios</localName>
809	<value>12</value>
810	</parameter>
811	<!-- Time weight ratios -->
812	<parameter>
813	<localName>level 1 to level 1</localName>
814	<value>2.00e+00</value>
815	</parameter>
816	<!-- Time weight ratios -->
817	<parameter>
818	<localName>level 2 to level 12</localName>
819	<value>1.50e+00</value>
820	</parameter>
821	<parameter>
822	<localName>Select number of land surface tiles</localName>
823	<value>9</value>
824	</parameter>
825	<parameter>
826	<localName>Using coastal tiling</localName>
827	<value>ON</value>
828	</parameter>
829	<!-- Select thermal vegetation canopy -->
830	<parameter>
831	<localName>Radiative coupling and thermal capacity</localName>
832	<value>ON</value>
833	</parameter>
834	<!-- Related parameters, defined elsewhere -->
835	<parameter>
836	<localName>Number of deep soil temperature levels (excluding surface)</localName>
837	<value>4</value>
838	</parameter>
839	</parameters>
840	<forcing>
841	<internal></internal>
842	</forcing>
843	</scienceProperty>
844	<!-- END BOUNDARY LAYER AND SURFACE PROCESSES -->
845	<!-- BEGIN LARGE SCALE PRECIPITATION -->
846	<scienceProperty>
847	<standardName parentList="CF">large scale precipitation</standardName>
848	<localName>A04_3C</localName>
849	<definition>Section 4: Large Scale Precipitation: Improved Mixed Phase Precipitation scheme</definition>
850	<modifiedFromStandard>
851	<modificationReason></modificationReason>
852	</modifiedFromStandard>
853	<references></references>
854	<parameters>
855	<parameter>
856	<localName>Use bias-removal scheme in autoconversion parametrisation</localName>
857	<value>ON</value>
858	</parameter>
859	</parameters>
860	<forcing>
861	<internal></internal>
862	</forcing>
863	</scienceProperty>
864	<!-- END LARGE SCALE PRECIPITATION -->
865	<!-- BEGIN CONVECTION -->
866	<scienceProperty>
867	<standardName parentList="CF">convection</standardName>
868	<localName>A05_4A</localName>
869	<definition>Section 5: Convection: Previously known as CMODS. Built on the basic 3C scheme but with major differences in science</definition>
870	<modifiedFromStandard>
871	<modificationReason></modificationReason>
872	</modifiedFromStandard>
873	<references></references>
874	<parameters>
875	<parameter>
876	<localName>Number of segments</localName>
877	<value>4</value>
878	</parameter>
879	<!-- Choose convection option -->
880	<parameter>
881	<localName>Time level n* data, increments not advected</localName>
882	<value>ON</value>
883	</parameter>
884	<parameter>
885	<localName>Number of calls per timestep</localName>
886	<value>2</value>
887	</parameter>
888	<parameter>
889	<localName>With convective momentum transports included</localName>
890	<value>ON</value>
891	</parameter>
892	<parameter>
893	<localName>Using Cape based buoyancy closure</localName>
894	<value>ON</value>
895	</parameter>
896	<parameter>
897	<localName>Timescale in seconds for CAPE closure scheme</localName>
898	<value>3600</value>
899	</parameter>
900	<parameter>
901	<localName>With radiative representation of anvils included</localName>
902	<value>ON</value>
903	</parameter>
904	<parameter>
905	<localName>Applying depth criteria for anvil clouds</localName>
906	<value>ON</value>
907	</parameter>
908	<!-- For anvil clouds -->
909	<parameter>
910	<localName>Defining anvil factor</localName>
911	<value>3.00</value>
912	</parameter>
913	<!-- For anvil clouds -->
914	<parameter>
915	<localName>Defining tower factor</localName>
916	<value>0.25</value>
917	</parameter>
918	<parameter>
919	<localName>Excluding convective precipitation from the water path</localName>
920	<value>ON</value>
921	</parameter>
922	<parameter>
923	<localName>Setting MPARWTR parameter (kg/kg)</localName>
924	<value>1.00e-03</value>
925	</parameter>
926	<parameter>
927	<localName>Updraught factor for reducing cloud water</localName>
928	<value>0.12</value>
929	</parameter>
930	<parameter>
931	<localName>Including accurate treatment of precipitation phase change</localName>
932	<value>ON</value>
933	</parameter>
934	</parameters>
935	<forcing>
936	<internal></internal>
937	</forcing>
938	</scienceProperty>
939	<!-- END CONVECTION -->
940	<!-- BEGIN GRAVITY WAVE DRAG -->
941	<scienceProperty>
942	<standardName parentList="CF">gravity wave drag</standardName>
943	<localName>A06_4A</localName>
944	<definition>Section 6: Gravity Wave Drag: New orographic scheme including flow blocking AND/OR spectral gravity wave scheme</definition>
945	<modifiedFromStandard>
946	<modificationReason></modificationReason>
947	</modifiedFromStandard>
948	<references>
949	<reference>"Improvements to the Representation of Orography in the Met Office
950	Unified Model", by S. Webster, A.R. Brown, D.R. Cameron and C.P. Jones,
951	2003, accepted for publication in the Quarterly Journal of the Royal
952	Meteorological Society.
953	</reference>
954	</references>
955	<parameters>
956	<parameter>
957	<localName>include orographic drag scheme</localName>
958	<value>ON</value>
959	</parameter>
960	<parameter>
961	<localName>surface gravity wave constant</localName>
962	<value>1.00e+05</value>
963	</parameter>
964	<parameter>
965	<localName>critical Froude number</localName>
966	<value>4.00</value>
967	</parameter>
968	<parameter>
969	<localName>include spectral gravity wave scheme</localName>
970	<value>OFF</value>
971	</parameter>
972
973	</parameters>
974	<forcing>
975	<internal></internal>
976	</forcing>
977	</scienceProperty>
978	<!-- END GRAVITY WAVE DRAG -->
979	<!-- BEGIN SURFACE HYDROLOGY -->
980	<scienceProperty>
981	<standardName parentList="CF">surface hydrology</standardName>
982	<localName>A08_7A</localName>
983	<definition>Section 8: Surface Hydrology: MOSES-II (for use with MOSES-II BL and Vegetation scheme)</definition>
984	<modifiedFromStandard>
985	<modificationReason></modificationReason>
986	</modifiedFromStandard>
987	<references></references>
988	<forcing>
989	<internal></internal>
990	</forcing>
991	</scienceProperty>
992	<!-- END SURFACE HYDROLOGY -->
993	<!-- BEGIN CLOUD SCHEME -->
994	<scienceProperty>
995	<standardName parentList="CF">cloud scheme</standardName>
996	<localName>A09_2A</localName>
997	<definition>Section 9: Cloud Scheme: Standard cloud scheme with triangular probability density function</definition>
998	<modifiedFromStandard>
999	<modificationReason></modificationReason>
1000	</modifiedFromStandard>
1001	<references></references>
1002	<parameters>
1003	<parameter>
1004	<localName>using RHCrit parameterization</localName>
1005	<value>ON</value>
1006	</parameter>
1007	<parameter>
1008	<localName>including cloud area parametrization (Gen2 Rad only)</localName>
1009	<value>ON</value>
1010	</parameter>
1011	</parameters>
1012	<forcing>
1013	<internal></internal>
1014	</forcing>
1015	</scienceProperty>
1016	<!-- END CLOUD SCHEME -->
1017	<!-- BEGIN DYNAMICAL ADJUSTMENT -->
1018	<scienceProperty>
1019	<standardName parentList="UMUI">dynamic adjustment</standardName>
1020	<localName>A10_2A</localName>
1021	<definition>Section 10: Dynamical Adjustment: GCR Solver used to solve Helmholtz Equation</definition>
1022	<modifiedFromStandard>
1023	<modificationReason></modificationReason>
1024	</modifiedFromStandard>
1025	<references></references>
1026	<parameters>
1027	<!-- Select preconditioner -->
1028	<parameter>
1029	<localName>[4]: 1 iteration of [1: Vertical Preconditioner] followed by XZ ADI (global only) </localName>
1030	<value>ON</value>
1031	</parameter>
1032	<parameter>
1033	<localName>Number of preconditioner calls</localName>
1034	<value>1</value>
1035	</parameter>
1036	<parameter>
1037	<localName>Size of ADI pseudo timestep</localName>
1038	<value>0.003</value>
1039	</parameter>
1040	<parameter>
1041	<localName>Add full solution for ADI</localName>
1042	<value>ON</value>
1043	</parameter>
1044	<parameter>
1045	<localName>>GCR+Solver: Use zero as initial guess</localName>
1046	<value>ON</value>
1047	</parameter>
1048	<parameter>
1049	<localName>GCR restart value (K_in in GCR(K))</localName>
1050	<value>2</value>
1051	</parameter>
1052	<parameter>
1053	<localName>Maximum number of iterations</localName>
1054	<value>50</value>
1055	</parameter>
1056	<!-- Print diagnostics from GCR-solver -->
1057	<parameter>
1058	<localName>Initial + final residual + number of iterations</localName>
1059	<value>ON</value>
1060	</parameter>
1061	<!-- Convergence criterion -->
1062	<parameter>
1063	<localName>Absolute tolerance value</localName>
1064	<value>1.00e-02</value>
1065	</parameter>
1066	<!-- G_term_tolerance -->
1067	<parameter>
1068	<localName>Use default values</localName>
1069	<value>ON</value>
1070	</parameter>
1071	</parameters>
1072	<forcing>
1073	<internal></internal>
1074	</forcing>
1075	</scienceProperty>
1076	<!-- END DYNAMIC ADJUSTMENT -->
1077	<!-- BEGIN ATMOSPHERIC TRACER ADVECTION -->
1078	<scienceProperty>
1079	<standardName parentList="CF">atmospheric tracer advection</standardName>
1080	<localName>A11_2A</localName>
1081	<definition> Section 11: Atmospheric tracer advection: Atmospheric tracer advection included</definition>
1082	<modifiedFromStandard>
1083	<modificationReason></modificationReason>
1084	</modifiedFromStandard>
1085	<references></references>
1086	<forcing>
1087	<internal></internal>
1088	</forcing>
1089	</scienceProperty>
1090	<!-- END ATMOSPHERIC TRACER ADVECTION -->
1091	<!-- BEGIN ADVECTION -->
1092	<scienceProperty>
1093	<standardName parentList="CF">advection</standardName>
1094	<localName>A12_2A</localName>
1095	<definition>Section 12: Primary field advection: Semi-Lagrangian advection</definition>
1096	<modifiedFromStandard>
1097	<modificationReason></modificationReason>
1098	</modifiedFromStandard>
1099	<references></references>
1100	<parameters>
1101	<!--BEGIN Semi-Lagrangian Advection Settings -->
1102	<!-- theta: monotone advection scheme-->
1103	<parameter>
1104	<localName>M0: No monotone scheme</localName>
1105	<value>0</value>
1106	</parameter>
1107	<!-- theta: high order advection scheme-->
1108	<parameter>
1109	<localName>H3: ECMWF quasi-cubic interpolation</localName>
1110	<value>3</value>
1111	</parameter>
1112	<!-- moisture: monotone advection scheme -->
1113	<parameter>
1114	<localName>M1: Tri-linear Lagrange interpolation</localName>
1115	<value>1</value>
1116	</parameter>
1117	<!-- moisture: high order advection scheme -->
1118	<parameter>
1119	<localName>H6: ECMWF quasi-cubic interpolation in the horizontal, quintic in the vertical</localName>
1120	<value>6</value>
1121	</parameter>
1122	<!-- winds: monotone advectoin scheme -->
1123	<parameter>
1124	<localName>M0: No monotone scheme</localName>
1125	<value>0</value>
1126	</parameter>
1127	<!-- winds: high order advection scheme -->
1128	<parameter>
1129	<localName>H0: Linear interpolation - no high order scheme</localName>
1130	<value>0</value>
1131	</parameter>
1132	<!-- density: monotone advectoin scheme -->
1133	<parameter>
1134	<localName>M0: No monotone scheme</localName>
1135	<value>0</value>
1136	</parameter>
1137	<!-- density: high order advection scheme -->
1138	<parameter>
1139	<localName>H0: Linear interpolation - no high order scheme</localName>
1140	<value>0</value>
1141	</parameter>
1142	<!-- END Semi-Lagrangian Advection Settings -->
1143	<parameter>
1144	<localName>apply moisture conservation</localName>
1145	<value>ON</value>
1146	</parameter>
1147	<parameter>
1148	<localName>apply more accurate non hydrostatic conservation for moisture</localName>
1149	<value>ON</value>
1150	</parameter>
1151	<parameter>
1152	<localName>Vertical interpolation search tolerance</localName>
1153	<value>14</value>
1154	</parameter>
1155	<parameter>
1156	<localName>Use 2D vector coordinate geometry</localName>
1157	<value>ON</value>
1158	</parameter>
1159	<!-- Choices for Ritchie departure point scheme -->
1160	<parameter>
1161	<localName>iterations inside Ritchie scheme</localName>
1162	<value>2</value>
1163	</parameter>
1164	<!-- Choices for Ritchie departure point scheme -->
1165	<parameter>
1166	<localName>Using monotone scheme</localName>
1167	<value>ON</value>
1168	</parameter>
1169	<!-- Choices for Ritchie departure point scheme -->
1170	<parameter>
1171	<localName>using monotone scheme 1</localName>
1172	<value>ON</value>
1173	</parameter>
1174	<!-- Time weight coefficients: Use default values -->
1175	<parameter>
1176	<localName>Alpha_1</localName>
1177	<value>0.6</value>
1178	</parameter>
1179	<!-- Time weight coefficients: Use default values -->
1180	<parameter>
1181	<localName>Alpha_2</localName>
1182	<value>1.0</value>
1183	</parameter>
1184	<!-- Time weight coefficients: Use default values -->
1185	<parameter>
1186	<localName>Alpha_3</localName>
1187	<value>0.6</value>
1188	</parameter>
1189	<!-- Time weight coefficients: Use default values -->
1190	<parameter>
1191	<localName>Alpha_4</localName>
1192	<value>1.0</value>
1193	</parameter>
1194	</parameters>
1195	<forcing>
1196	<internal></internal>
1197	</forcing>
1198	</scienceProperty>
1199	<!-- END ADVECTION -->
1200	<!-- BEGIN DIFFUSION -->
1201	<scienceProperty>
1202	<standardName parentList="CF">diffusion</standardName>
1203	<localName>A13_2A</localName>
1204	<definition>Section 13: Diffusion, Divergence Damping and Filtering: Standard schemes</definition>
1205	<modifiedFromStandard>
1206	<modificationReason></modificationReason>
1207	</modifiedFromStandard>
1208	<references></references>
1209	<parameters>
1210	<parameter>
1211	<localName>Horizontal Diffusion</localName>
1212	<value>Conservative</value>
1213	</parameter>
1214	<parameter>
1215	<localName>Vertical Diffusion</localName>
1216	<value>OFF</value>
1217	</parameter>
1218	<parameter>
1219	<localName>Targeted diffusion of moisture</localName>
1220	<value>ON</value>
1221	</parameter>
1222	<parameter>
1223	<localName>Diagnostic prints</localName>
1224	<value>ON</value>
1225	</parameter>
1226	<parameter>
1227	<localName>Using Moisture resetting</localName>
1228	<value>ON</value>
1229	</parameter>
1230	<parameter>
1231	<localName>Reset q in a local fashion</localName>
1232	<value>ON</value>
1233	</parameter>
1234	<parameter>
1235	<localName>Lowest allowed value of q</localName>
1236	<value>1.00e-06</value>
1237	</parameter>
1238	<parameter>
1239	<localName>Filtering of u, v, w, and theta</localName>
1240	<value>1-2-1</value>
1241	</parameter>
1242	<parameter>
1243	<localName>Filtering of u, v, w, and theta increments</localName>
1244	<value>1-2-1</value>
1245	</parameter>
1246	<parameter>
1247	<localName>Polar filter latitude limit (degrees)</localName>
1248	<value>89.0</value>
1249	</parameter>
1250	<parameter>
1251	<localName>Northern latitude limit (+ve degrees)</localName>
1252	<value>88.0</value>
1253	</parameter>
1254	<parameter>
1255	<localName>Southern latitude limit (-ve degrees)</localName>
1256	<value>88.0</value>
1257	</parameter>
1258	<parameter>
1259	<localName>Number of sweeps of filter</localName>
1260	<value>3</value>
1261	</parameter>
1262	<parameter>
1263	<localName>Filter coefficient</localName>
1264	<value>0.250</value>
1265	</parameter>
1266	<parameter>
1267	<localName>Filter step per sweep</localName>
1268	<value>0.600</value>
1269	</parameter>
1270	</parameters>
1271	<forcing>
1272	<internal></internal>
1273	</forcing>
1274	</scienceProperty>
1275	<!-- END DIFFUSION -->
1276	<!-- BEGIN ENERGY ADJUSTMENT -->
1277	<scienceProperty>
1278	<standardName parentList="UMUI">energy adjustment</standardName>
1279	<localName>A14_1B</localName>
1280	<definition>Section 14: Energy Adjustment: Standard energy adjustment included</definition>
1281	<modifiedFromStandard>
1282	<modificationReason></modificationReason>
1283	</modifiedFromStandard>
1284	<references></references>
1285	<parameters>
1286	<parameter>
1287	<localName>Number of hours between successive calls</localName>
1288	<value>24</value>
1289	</parameter>
1290	<parameter>
1291	<localName>Including dry mass correction</localName>
1292	<value>ON</value>
1293	</parameter>
1294	<parameter>
1295	<localName>Including additional diagnostic printout</localName>
1296	<value>ON</value>
1297	</parameter>
1298	</parameters>
1299	<forcing>
1300	<internal></internal>
1301	</forcing>
1302	</scienceProperty>
1303	<!-- END ENERGY ADJUSTMENT -->
1304	<!-- BEGIN AEROSOLS -->
1305	<scienceProperty><!-- aerosols -->
1306	<standardName parentList="CF">aerosols</standardName>
1307	<localName>A17_2A</localName>
1308	<definition>Section 17: Aerosols: Aerosol Modelling included</definition>
1309	<modifiedFromStandard>
1310	<modificationReason></modificationReason>
1311	</modifiedFromStandard>
1312	<references></references>
1313	<parameters>
1314	<parameter>
1315	<localName>with the sulpher cycle</localName>
1316	<value>ON</value>
1317	</parameter>
1318	<parameter>
1319	<localName>with the soot scheme</localName>
1320	<value>ON</value>
1321	</parameter>
1322	<parameter>
1323	<localName>with the biomass aerosol scheme</localName>
1324	<value>ON</value>
1325	</parameter>
1326	<parameter>
1327	<localName>with the mineral dust scheme</localName>
1328	<value>OFF</value>
1329	</parameter>
1330	<parameter>
1331	<localName>specify substep division (for S cycle only)</localName>
1332	<value>1</value>
1333	</parameter>
1334	<parameter>
1335	<localName>specify number of atmospheric tracer levels</localName>
1336	<value>38</value>
1337	</parameter>
1338	</parameters>
1339	<forcing>
1340	<internal></internal>
1341	</forcing>
1342	</scienceProperty>
1343	<scienceProperty><!-- sulphur -->
1344	<standardName parentList="UMUI">sulphur</standardName>
1345	<localName>A17_2A_SULP</localName>
1346	<definition>Section 17: Aerosols. Sulphur Cycle: Sulphur cycle included</definition>
1347	<modifiedFromStandard>
1348	<modificationReason></modificationReason>
1349	</modifiedFromStandard>
1350	<references></references>
1351	<parameters>
1352	<parameter>
1353	<localName>Including surface sulphur dioxide emissions</localName>
1354	<value>ON</value>
1355	</parameter>
1356	<parameter>
1357	<localName>Including high-level sulphur dioxide emissions</localName>
1358	<value>ON</value>
1359	</parameter>
1360	<!-- For high-level surlphur dioxide emissions -->
1361	<parameter>
1362	<localName>Specify the level</localName>
1363	<value>5</value>
1364	</parameter>
1365	<parameter>
1366	<localName>Including natural sulphur dioxide emissions (3D)</localName>
1367	<value>ON</value>
1368	</parameter>
1369	<parameter>
1370	<localName>Including Dimethyl Sulphide</localName>
1371	<value>ON</value>
1372	</parameter>
1373	<parameter>
1374	<localName>Including Dimethyl Sulphide Emissions</localName>
1375	<value>ON</value>
1376	</parameter>
1377	<!-- Choose interactive DMS emissions scheme -->
1378	<parameter>
1379	<localName>Wanninkhov scheme</localName>
1380	<value>ON</value>
1381	</parameter>
1382	<parameter>
1383	<localName>Including Ozone as an oxidant and Ammonia as a buffer</localName>
1384	<value>ON</value>
1385	</parameter>
1386	<parameter>
1387	<localName>Including ammonia emissions</localName>
1388	<value>OFF</value>
1389	</parameter>
1390	<!-- Define the use of the 2D Sulphur Emissions ancillary fields and file -->
1391	<!-- ancillary file location on target machine -->
1392	<parameter>
1393	<localName>Environment Variable</localName>
1394	<value>$HIGEM_ANCIL_AERO</value>
1395	</parameter>
1396	<!-- ancillary file location on target machine -->
1397	<parameter>
1398	<localName>directory</localName>
1399	<value>~mjw/um/ancils</value>
1400	</parameter>
1401	<!-- ancillary file location on target machine -->
1402	<parameter>
1403	<localName>file name</localName>
1404	<value>DMSland_NH3_SO22000_N144</value>
1405	</parameter>
1406	<!-- For surface sulphur-dioxide emissions -->
1407	<parameter>
1408	<localName>Surface sulphur-dioxide emissions ancillary field to be</localName>
1409	<value>Updated</value>
1410	</parameter>
1411	<!-- For surface sulphur-dioxide emissions -->
1412	<parameter>
1413	<localName>every</localName>
1414	<value>5</value>
1415	</parameter>
1416	<!-- For surface sulphur-dioxide emissions -->
1417	<parameter>
1418	<localName>time</localName>
1419	<value>days</value>
1420	</parameter>
1421	<!-- For DMS emissions -->
1422	<parameter>
1423	<localName>Dimethyl Sulphide emissions ancillary field to be</localName>
1424	<value>Updated</value>
1425	</parameter>
1426	<!-- For DMS emissions -->
1427	<parameter>
1428	<localName>every</localName>
1429	<value>5</value>
1430	</parameter>
1431	<!-- For DMS emissions -->
1432	<parameter>
1433	<localName>time</localName>
1434	<value>days</value>
1435	</parameter>
1436	<!-- Define the use of DMS concentration in seawater ancillary fileds and file -->
1437	<!-- ancillary file location on target machine -->
1438	<parameter>
1439	<localName>Environment Variable</localName>
1440	<value>$HIGEM_ANCIL_AERO</value>
1441	</parameter>
1442	<!-- ancillary file location on target machine -->
1443	<parameter>
1444	<localName>directory</localName>
1445	<value>~mjw/um/ancils</value>
1446	</parameter>
1447	<!-- ancillary file location on target machine -->
1448	<parameter>
1449	<localName>file name</localName>
1450	<value>DMSconc_noassim_N144_6.1</value>
1451	</parameter>
1452	<!-- For DMS concentration in seawater -->
1453	<parameter>
1454	<localName>DMS concentration in seawater ancillary field to be</localName>
1455	<value>Updated</value>
1456	</parameter>
1457	<!-- For DMS concentration in seawater -->
1458	<parameter>
1459	<localName>every</localName>
1460	<value>5</value>
1461	</parameter>
1462	<!-- For DMS concentration in seawater -->
1463	<parameter>
1464	<localName>time</localName>
1465	<value>days</value>
1466	</parameter>
1467	<!-- Define the use of the 3D Sulphur Emissions ancillary fields and file -->
1468	<!-- ancillary file location on target machine -->
1469	<parameter>
1470	<localName>Environment Variable</localName>
1471	<value>$HIGEM_ANCIL_AERO</value>
1472	</parameter>
1473	<!-- ancillary file location on target machine -->
1474	<parameter>
1475	<localName>directory</localName>
1476	<value>~mjw/um/ancils</value>
1477	</parameter>
1478	<!-- ancillary file location on target machine -->
1479	<parameter>
1480	<localName>file name</localName>
1481	<value>VOLC_ND_N144_L38_6.1</value>
1482	</parameter>
1483	<!-- For natural sulphur-dioxide emissions -->
1484	<parameter>
1485	<localName>Natural SO2 emissions ancillary field to be</localName>
1486	<value>Configured</value>
1487	</parameter>
1488	<!-- Define the use of the Chemical Oxidants ancillary fields and file -->
1489	<!-- ancillary file location on target machine -->
1490	<parameter>
1491	<localName>Environment Variable</localName>
1492	<value>$HIGEM_ANCIL_AERO</value>
1493	</parameter>
1494	<!-- ancillary file location on target machine -->
1495	<parameter>
1496	<localName>directory</localName>
1497	<value>~mjw/um/ancils</value>
1498	</parameter>
1499	<!-- ancillary file location on target machine -->
1500	<parameter>
1501	<localName>file name</localName>
1502	<value>sulpc_oxidants_N144_L38</value>
1503	</parameter>
1504	<!-- For OH concentrations -->
1505	<parameter>
1506	<localName>OH concentrations ancillary field to be</localName>
1507	<value>Updated</value>
1508	</parameter>
1509	<!-- For OH concentrations -->
1510	<parameter>
1511	<localName>every</localName>
1512	<value>5</value>
1513	</parameter>
1514	<!-- For OH concentrations -->
1515	<parameter>
1516	<localName>time</localName>
1517	<value>days</value>
1518	</parameter>
1519	<!-- For HO2 concentrations -->
1520	<parameter>
1521	<localName>HO2 concentrations ancillary field to be</localName>
1522	<value>Updated</value>
1523	</parameter>
1524	<!-- For HO2 concentrations -->
1525	<parameter>
1526	<localName>every</localName>
1527	<value>5</value>
1528	</parameter>
1529	<!-- For HO2 concentrations -->
1530	<parameter>
1531	<localName>time</localName>
1532	<value>days</value>
1533	</parameter>
1534	<!-- For H2O2 concentrations -->
1535	<parameter>
1536	<localName>H2O2 concentrations ancillary field to be</localName>
1537	<value>Updated</value>
1538	</parameter>
1539	<!-- For H2O2 concentrations -->
1540	<parameter>
1541	<localName>every</localName>
1542	<value>5</value>
1543	</parameter>
1544	<!-- For H2O2 concentrations -->
1545	<parameter>
1546	<localName>time</localName>
1547	<value>days</value>
1548	</parameter>
1549	<!-- For Ozone-Oxidant concentrations -->
1550	<parameter>
1551	<localName>Ozone-Oxidant concentrations ancillary field to be</localName>
1552	<value>Updated</value>
1553	</parameter>
1554	<!-- For Ozone-Oxidant concentrations -->
1555	<parameter>
1556	<localName>every</localName>
1557	<value>5</value>
1558	</parameter>
1559	<!-- For Ozone-Oxidant concentrations -->
1560	<parameter>
1561	<localName>time</localName>
1562	<value>days</value>
1563	</parameter>
1564	</parameters>
1565	<forcing>
1566	<internal></internal>
1567	</forcing>
1568	</scienceProperty>
1569	<scienceProperty><!-- soot -->
1570	<standardName parentList="UMUI">soot</standardName>
1571	<localName>A17_2A_SOOT</localName>
1572	<definition>Section 17: Aerosols. Soot Model: Soot Modelling included</definition>
1573	<modifiedFromStandard>
1574	<modificationReason></modificationReason>
1575	</modifiedFromStandard>
1576	<references></references>
1577	<parameters>
1578	<parameter>
1579	<localName>Including surface soot emissions</localName>
1580	<value>OFF</value>
1581	</parameter>
1582	<parameter>
1583	<localName>Including high-level soot emissions</localName>
1584	<value>ON</value>
1585	</parameter>
1586	<!-- For high-level soot emissions -->
1587	<parameter>
1588	<localName>Specify the level</localName>
1589	<value>2</value>
1590	</parameter>
1591	<!-- Define the use of the Soot Emissions ancillary fields and file -->
1592	<!-- ancillary file location on target machine -->
1593	<parameter>
1594	<localName>Environment Variable</localName>
1595	<value>$HIGEM_ANCIL_AERO</value>
1596	</parameter>
1597	<!-- ancillary file location on target machine -->
1598	<parameter>
1599	<localName>directory</localName>
1600	<value>~mjw/um/ancils</value>
1601	</parameter>
1602	<!-- ancillary file location on target machine -->
1603	<parameter>
1604	<localName>file name</localName>
1605	<value>BC_hi_Nozawa_2000.N144</value>
1606	</parameter>
1607	<!-- For surface soot emissions -->
1608	<parameter>
1609	<localName>Surface soot emissions ancillary field to be</localName>
1610	<value>Not Used</value>
1611	</parameter>
1612	<!-- For high-level soot emissions -->
1613	<parameter>
1614	<localName>High-level soot emissions ancillary field to be</localName>
1615	<value>Updated</value>
1616	</parameter>
1617	<!-- For high-level soot emissions -->
1618	<parameter>
1619	<localName>every</localName>
1620	<value>5</value>
1621	</parameter>
1622	<!-- For high-level soot emissions -->
1623	<parameter>
1624	<localName>time</localName>
1625	<value>days</value>
1626	</parameter>
1627	</parameters>
1628	<forcing>
1629	<internal></internal>
1630	</forcing>
1631	</scienceProperty>
1632	<scienceProperty><!-- biomass -->
1633	<standardName parentList="UMUI">biomass aerosol</standardName>
1634	<localName>A17_2A_BIOM</localName>
1635	<definition>Section 17: Aerosols. Biomass Model: Biomass Modelling Included</definition>
1636	<modifiedFromStandard>
1637	<modificationReason></modificationReason>
1638	</modifiedFromStandard>
1639	<references></references>
1640	<parameters>
1641	<parameter>
1642	<localName>Including surface biomass emissions</localName>
1643	<value>ON</value>
1644	</parameter>
1645	<parameter>
1646	<localName>Including high-level biomass emissions</localName>
1647	<value>ON</value>
1648	</parameter>
1649	<!-- For high-level biomass emissions -->
1650	<parameter>
1651	<localName>Specify the lowest level for biomass emissions</localName>
1652	<value>7</value>
1653	</parameter>
1654	<!-- For high-level biomass emissions -->
1655	<parameter>
1656	<localName>Specify the highest level for biomass emissions</localName>
1657	<value>10</value>
1658	</parameter>
1659	<!-- Define the use of the Biomass Emissions ancillary fields and file -->
1660	<!-- ancillary file location on target machine -->
1661	<parameter>
1662	<localName>Environment Variable</localName>
1663	<value>$HIGEM_ANCIL_AERO</value>
1664	</parameter>
1665	<!-- ancillary file location on target machine -->
1666	<parameter>
1667	<localName>directory</localName>
1668	<value>~mjw/um/ancils</value>
1669	</parameter>
1670	<!-- ancillary file location on target machine -->
1671	<parameter>
1672	<localName>file name</localName>
1673	<value>Bioburn_Nozawa_2000.N144</value>
1674	</parameter>
1675	<!-- For surface biomass emissions -->
1676	<parameter>
1677	<localName>Surface biomass emissions ancillary field to be</localName>
1678	<value>Updated</value>
1679	</parameter>
1680	<!-- For surface biomass emissions -->
1681	<parameter>
1682	<localName>every</localName>
1683	<value>5</value>
1684	</parameter>
1685	<!-- For surface biomass emissions -->
1686	<parameter>
1687	<localName>time</localName>
1688	<value>days</value>
1689	</parameter>
1690	<!-- For High-level biomass emissions -->
1691	<parameter>
1692	<localName>High-level biomass emissions ancillary field to be</localName>
1693	<value>Updated</value>
1694	</parameter>
1695	<!-- For High-level biomass emissions -->
1696	<parameter>
1697	<localName>every</localName>
1698	<value>5</value>
1699	</parameter>
1700	<!-- For High-level biomass emissions -->
1701	<parameter>
1702	<localName>time</localName>
1703	<value>days</value>
1704	</parameter>
1705	</parameters>
1706	<forcing>
1707	<internal></internal>
1708	</forcing>
1709	</scienceProperty>
1710	<scienceProperty><!-- aerosol effects -->
1711	<standardName parentList="UMUI">aerosol effects</standardName>
1712	<localName>A17_2A_AERO_FX</localName>
1713	<definition>Section 17: Aerosols. Aerosol Effects</definition>
1714	<modifiedFromStandard>
1715	<modificationReason></modificationReason>
1716	</modifiedFromStandard>
1717	<references></references>
1718	<parameters>
1719	<parameter>
1720	<localName>Sulphate aerosol: DIRECT radiative effect (SW+LW)</localName>
1721	<value>ON</value>
1722	</parameter>
1723	<parameter>
1724	<localName>Sulphate aerosol: FIRST INDIRECT effect (SW)</localName>
1725	<value>ON</value>
1726	</parameter>
1727	<parameter>
1728	<localName>Sulphate aerosol: FIRST INDIRECT effect (LW)</localName>
1729	<value>ON</value>
1730	</parameter>
1731	<parameter>
1732	<localName>Sulphate aerosol: SECOND INDIRECT effect</localName>
1733	<value>ON</value>
1734	</parameter>
1735	<parameter>
1736	<localName>Sulphate aerosol: Use for CCN in aerosol scheme</localName>
1737	<value>ON</value>
1738	</parameter>
1739	<parameter>
1740	<localName>Sea-salt aerosol: DIRECT radiative effect (SW+LW)</localName>
1741	<value>ON</value>
1742	</parameter>
1743	<parameter>
1744	<localName>Sea-salt aerosol: FIRST INDIRECT effect (SW and/or LW)</localName>
1745	<value>ON</value>
1746	</parameter>
1747	<parameter>
1748	<localName>Sea-salt aerosol: SECOND INDIRECT effect</localName>
1749	<value>ON</value>
1750	</parameter>
1751	<parameter>
1752	<localName>Sea-salt aerosol: Use for CCN in aerosol scheme</localName>
1753	<value>ON</value>
1754	</parameter>
1755	<parameter>
1756	<localName>Soot aerosol: DIRECT radiative effect (SW+LW)</localName>
1757	<value>ON</value>
1758	</parameter>
1759	<parameter>
1760	<localName>Biomass aerosol: DIRECT radiative effect (SW+LW)</localName>
1761	<value>ON</value>
1762	</parameter>
1763	<parameter>
1764	<localName>Biomass aerosol: FIRST INDIRECT effect (SW and/or LW)</localName>
1765	<value>ON</value>
1766	</parameter>
1767	<parameter>
1768	<localName>Biomass aerosol: SECOND INDIRECT effect</localName>
1769	<value>ON</value>
1770	</parameter>
1771	<parameter>
1772	<localName>Biomass aerosol: Use for CCN in aerosol scheme</localName>
1773	<value>ON</value>
1774	</parameter>
1775	</parameters>
1776	<forcing>
1777	<internal></internal>
1778	</forcing>
1779	</scienceProperty>
1780	<!-- END AEROSOLS -->
1781	<!-- BEGIN DATA ASSIMILATION -->
1782	<scienceProperty>
1783	<standardName parentList="UMUI">data assimilation</standardName>
1784	<localName>A18_0</localName>
1785	<definition>Section 18: Data Assimilation: No data assimilation</definition>
1786	<modifiedFromStandard>
1787	<modificationReason></modificationReason>
1788	</modifiedFromStandard>
1789	<references></references>
1790	<forcing>
1791	<internal></internal>
1792	</forcing>
1793	</scienceProperty>
1794	<!-- END DATA ASSIMILATION -->
1795	<!-- BEGIN VEGETATION -->
1796	<scienceProperty><!-- vegetation distribution -->
1797	<standardName parentList="CF">vegetation distribution</standardName>
1798	<localName>A19_1A</localName>
1799	<definition>Section 19: Vegetation: Fixed vegetation distribution</definition>
1800	<modifiedFromStandard>
1801	<modificationReason></modificationReason>
1802	</modifiedFromStandard>
1803	<references></references>
1804	<parameters>
1805	<parameter>
1806	<localName>Include leaf phenology</localName>
1807	<value>OFF</value>
1808	</parameter>
1809	</parameters>
1810	<forcing>
1811	<internal></internal>
1812	</forcing>
1813	</scienceProperty>
1814	<scienceProperty><!-- vegetation settings -->
1815	<standardName parentList="UMUI">vegetation settings</standardName>
1816	<localName>A19_1A_VEGA</localName>
1817	<definition>Section 19: Vegetation. VEGA: settings of vegetation ancillary</definition>
1818	<modifiedFromStandard>
1819	<modificationReason></modificationReason>
1820	</modifiedFromStandard>
1821	<references></references>
1822	<parameters>
1823	<!-- Specify vegetation ancillary file and fields -->
1824	<!-- ancillary file location on target machine -->
1825	<parameter>
1826	<localName>Environment Variable</localName>
1827	<value></value>
1828	</parameter>
1829	<!-- ancillary file location on target machine -->
1830	<parameter>
1831	<localName>directory</localName>
1832	<value></value>
1833	</parameter>
1834	<!-- ancillary file location on target machine -->
1835	<parameter>
1836	<localName>file name</localName>
1837	<value>qrparm.veg.newalb</value>
1838	</parameter>
1839	<!-- For vegetation fraction -->
1840	<parameter>
1841	<localName>Vegetation fraction ancillary field to be</localName>
1842	<value>Not used</value>
1843	</parameter>
1844	</parameters>
1845	<forcing>
1846	<internal></internal>
1847	</forcing>
1848	</scienceProperty>
1849	<scienceProperty><!-- vegetation parametrization -->
1850	<standardName parentList="UMUI">vegetation parametrization</standardName>
1851	<localName>A19_1A_VFRAC</localName>
1852	<definition>Section 19: Vegetation. VFRAC: settings of veg fractions and structures ancilliary/initialisation</definition>
1853	<modifiedFromStandard>
1854	<modificationReason></modificationReason>
1855	</modifiedFromStandard>
1856	<references></references>
1857	<parameters>
1858	<!-- Specify ancillary file and fields for the fractions of surface types: -->
1859	<!-- ancillary file location on target machine -->
1860	<parameter>
1861	<localName>Environment Variable</localName>
1862	<value>$HIGEM_ANCIL_093</value>
1863	</parameter>
1864	<!-- ancillary file location on target machine -->
1865	<parameter>
1866	<localName>directory</localName>
1867	<value>~lcs/um/vn6.1/ancil/atmos/higem_vn0.9.3</value>
1868	</parameter>
1869	<!-- ancillary file location on target machine -->
1870	<parameter>
1871	<localName>file name</localName>
1872	<value>qrparm.veg.frac_npsea</value>
1873	</parameter>
1874	<!-- For fraction of surface types -->
1875	<parameter>
1876	<localName>Fractional covering of surface types is to be</localName>
1877	<value>configured</value>
1878	</parameter>
1879	<!-- Specify ancillary file and fields for plant functional types: -->
1880	<!-- ancillary file location on target machine -->
1881	<parameter>
1882	<localName>Environment Variable</localName>
1883	<value>$HIGEM_ANCIL_093</value>
1884	</parameter>
1885	<!-- ancillary file location on target machine -->
1886	<parameter>
1887	<localName>directory</localName>
1888	<value>~lcs/um/vn6.1/ancil/atmos/higem_vn0.9.3</value>
1889	</parameter>
1890	<!-- ancillary file location on target machine -->
1891	<parameter>
1892	<localName>file name</localName>
1893	<value>qrparm.veg.frac_npsea</value>
1894	</parameter>
1895	<!-- For leaf area index -->
1896	<parameter>
1897	<localName>Leaf area index of plant functional types is to be</localName>
1898	<value>Updated from ancil</value>
1899	</parameter>
1900	<!-- For leaf area index -->
1901	<parameter>
1902	<localName>every</localName>
1903	<value>5</value>
1904	</parameter>
1905	<!-- For leaf area index -->
1906	<parameter>
1907	<localName>time</localName>
1908	<value>days</value>
1909	</parameter>
1910	<!-- For canopy height -->
1911	<parameter>
1912	<localName>Canopy height of plant functional types is to be</localName>
1913	<value>Updated from ancil</value>
1914	</parameter>
1915	<!-- For canopy height -->
1916	<parameter>
1917	<localName>every</localName>
1918	<value>5</value>
1919	</parameter>
1920	<!-- For canopy height -->
1921	<parameter>
1922	<localName>time</localName>
1923	<value>days</value>
1924	</parameter>
1925	<!-- For grid-box-mean canopy conductance -->
1926	<parameter>
1927	<localName>Grid-box-mean canopy conductance is to be</localName>
1928	<value>Not used</value>
1929	</parameter>
1930	</parameters>
1931	<forcing>
1932	<internal></internal>
1933	</forcing>
1934	</scienceProperty>
1935	<scienceProperty><!-- soil -->
1936	<standardName parentList="UMUI">soil</standardName>
1937	<localName>A19_1A_SOIL</localName>
1938	<definition>Section 19: Vegetation. SOIL: settings of soil parameters ancillary</definition>
1939	<modifiedFromStandard>
1940	<modificationReason></modificationReason>
1941	</modifiedFromStandard>
1942	<references></references>
1943	<parameters>
1944	<!-- Specify soil parameters ancillary file and fields -->
1945	<!-- ancillary file location on target machine -->
1946	<parameter>
1947	<localName>Environment Variable</localName>
1948	<value>$HIGEM_ANCIL_093</value>
1949	</parameter>
1950	<!-- ancillary file location on target machine -->
1951	<parameter>
1952	<localName>directory</localName>
1953	<value>~lcs/um/vn6.1/ancil/atmos/higem_vn0.9.3</value>
1954	</parameter>
1955	<!-- ancillary file location on target machine -->
1956	<parameter>
1957	<localName>file name</localName>
1958	<value>qrparm.veg.frac_npsea</value>
1959	</parameter>
1960	<!-- For soil parameters -->
1961	<parameter>
1962	<localName>Volumetric soil moisture concentration at wilting point ancillary field to be</localName>
1963	<value>configured</value>
1964	</parameter>
1965	<!-- For soil parameters -->
1966	<parameter>
1967	<localName>Volumetric soil moisture content at critical point ancillary field to be</localName>
1968	<value>configured</value>
1969	</parameter>
1970	<!-- For soil parameters -->
1971	<parameter>
1972	<localName>Volumetric soil moisture concentration at saturation ancillary field to be</localName>
1973	<value>configured</value>
1974	</parameter>
1975	<!-- For soil parameters -->
1976	<parameter>
1977	<localName>Saturated hydraulic conductivity ancillary field to be</localName>
1978	<value>configured</value>
1979	</parameter>
1980	<!-- For soil parameters -->
1981	<parameter>
1982	<localName>Clapp-Hornberg B parameter ancillary field to be</localName>
1983	<value>configured</value>
1984	</parameter>
1985	<!-- For soil parameters -->
1986	<parameter>
1987	<localName>Thermal capacity of soil ancillary field to be</localName>
1988	<value>configured</value>
1989	</parameter>
1990	<!-- For soil parameters -->
1991	<parameter>
1992	<localName>Thermal conductivity of soil ancillary field to be</localName>
1993	<value>configured</value>
1994	</parameter>
1995	<!-- For soil parameters -->
1996	<parameter>
1997	<localName>Saturated soil water suction ancillary field to be</localName>
1998	<value>configured</value>
1999	</parameter>
2000	<!-- For soil parameters -->
2001	<parameter>
2002	<localName>Snow-free soil albedo ancillary field to be</localName>
2003	<value>configured</value>
2004	</parameter>
2005	<!-- For soil parameters -->
2006	<parameter>
2007	<localName>Soil carbon content ancillary field to be</localName>
2008	<value>configured</value>
2009	</parameter>
2010	</parameters>
2011	<forcing>
2012	<internal></internal>
2013	</forcing>
2014	</scienceProperty>
2015	<scienceProperty><!-- vegetation disturbance -->
2016	<standardName parentList="UMUI">vegetation disturbance</standardName>
2017	<localName>A19_1A_DIST</localName>
2018	<definition>Section 19: Vegetation. DIST: settings of veg disturbance ancilliary</definition>
2019	<modifiedFromStandard>
2020	<modificationReason></modificationReason>
2021	</modifiedFromStandard>
2022	<references></references>
2023	<parameters>
2024	<!-- Specify ancillary file and fields for vegetation disturbance-->
2025	<!-- ancillary file location on target machine -->
2026	<parameter>
2027	<localName>Environment Variable</localName>
2028	<value></value>
2029	</parameter>
2030	<!-- ancillary file location on target machine -->
2031	<parameter>
2032	<localName>directory</localName>
2033	<value></value>
2034	</parameter>
2035	<!-- ancillary file location on target machine -->
2036	<parameter>
2037	<localName>file name</localName>
2038	<value>qrparm.veg.dist</value>
2039	</parameter>
2040	<!-- For vegetation fraction -->
2041	<parameter>
2042	<localName>Disturbed fraction of vegetation to be</localName>
2043	<value>Not used</value>
2044	</parameter>
2045	</parameters>
2046	<forcing>
2047	<internal></internal>
2048	</forcing>
2049	</scienceProperty>
2050	<!-- END VEGETATION -->
2051	<!-- BEGIN CHEMISTRY CTM -->
2052	<scienceProperty>
2053	<standardName parentList="UMUI">chemistry ctm</standardName>
2054	<localName>A25_0A</localName>
2055	<definition>Section 25: Chemistry CTM: No coupling from Chemistry CTM to Atmosphere</definition>
2056	<modifiedFromStandard>
2057	<modificationReason></modificationReason>
2058	</modifiedFromStandard>
2059	<references></references>
2060	<forcing>
2061	<internal></internal>
2062	</forcing>
2063	</scienceProperty>
2064	<!-- END CHEMISTRY CTM -->
2065	<!-- BEGIN RIVER ROUTING -->
2066	<scienceProperty>
2067	<standardName parentList="UMUI">river routing</standardName>
2068	<localName>A26_1A</localName>
2069	<definition>Section 26: River Routing: Global Model</definition>
2070	<modifiedFromStandard>
2071	<modificationReason></modificationReason>
2072	</modifiedFromStandard>
2073	<references></references>
2074	<parameters>
2075	<parameter>
2076	<localName>Number of Columns (X direction)</localName>
2077	<value>360</value>
2078	</parameter>
2079	<parameter>
2080	<localName>Number of Row (Y direction)s</localName>
2081	<value>180</value>
2082	</parameter>
2083	<parameter>
2084	<localName>River Routing Timestep (sec)</localName>
2085	<value>86400</value>
2086	</parameter>
2087	<parameter>
2088	<localName>Effective Velocity (m/sec)</localName>
2089	<value>0.400</value>
2090	</parameter>
2091	<parameter>
2092	<localName>Meander Ratio</localName>
2093	<value>1.400</value>
2094	</parameter>
2095	<parameter>
2096	<localName>Include river outflow</localName>
2097	<value>ON</value>
2098	</parameter>
2099	</parameters>
2100	<forcing>
2101	<internal></internal>
2102	</forcing>
2103	</scienceProperty>
2104	<!-- END RIVER ROUTING -->
2105	<!-- BEGIN SHARED RADIATION -->
2106	<scienceProperty>
2107	<standardName parentList="CF">radiation</standardName>
2108	<localName>A70_1B</localName>
2109	<definition>Section 70: Shared Radiation Routines: Standard shared routines included</definition>
2110	<modifiedFromStandard>
2111	<modificationReason></modificationReason>
2112	</modifiedFromStandard>
2113	<references></references>
2114	<forcing>
2115	<internal></internal>
2116	</forcing>
2117	</scienceProperty>
2118	<!-- END SHARED RADIATION -->
2119	<!-- BEGIN OZONE -->
2120	<scienceProperty>
2121	<standardName parentList="CF">ozone</standardName>
2122	<localName>AO3_0</localName>
2123	<definition>Section O3: Ozone: match ozone tropopause in ancillary to terminal tropopause conserving the column mass</definition>
2124	<modifiedFromStandard>
2125	<modificationReason></modificationReason>
2126	</modifiedFromStandard>
2127	<references></references>
2128	<forcing>
2129	<internal></internal>
2130	</forcing>
2131	</scienceProperty>
2132	<!-- END OZONE -->
2133	<!-- BEGIN QSAT -->
2134	<scienceProperty>
2135	<standardName parentList="UMUI">qsat</standardName>
2136	<localName>A90_2B</localName>
2137	<definition>Section 90: Including QSAT: including QSAT (saturated mixing ratio)</definition>
2138	<modifiedFromStandard>
2139	<modificationReason></modificationReason>
2140	</modifiedFromStandard>
2141	<references></references>
2142	<forcing>
2143	<internal></internal>
2144	</forcing>
2145	</scienceProperty>
2146	<!-- END QSAT -->
2147	</ScienceProperties>
2148	<!-- End Science Properties used in this model configuration -->
2149	<!-- Begin Input Output Properties used in this model configuration -->
2150	<InputOutputs>
2151	<inputs>
2152	<input>
2153	<initialCondition>
2154	<origin>
2155	<internal>Internal</internal>
2156	</origin>
2157	<description>description of internal method</description>
2158	<!-- BEGIN changeHistory -->
2159	<changeHistory>
2160	<history>
2161	<change>input test one</change>
2162	<changeDate>2005-01-01</changeDate>
2163	<reasonForChange>test</reasonForChange>
2164	</history>
2165	</changeHistory>
2166	<!-- END changeHistory -->
2167	<!-- Begin Citation -->
2168	<references>
2169	<reference></reference>
2170	</references>
2171	<!-- END Citation -->
2172	</initialCondition>
2173	<physicalConstants>
2174	<physicalConstant>
2175	<standardName>earth radius</standardName>
2176	<localName>erad</localName>
2177	<value>3671 km</value>
2178	<references>
2179	<reference>AE Gill, 1982: Atmosphere-Ocean Dynamics,
2180	International Geophysics Series, Academic Press, San Diego, 31.
2181	</reference>
2182	</references>
2183	</physicalConstant>
2184
2185	</physicalConstants>
2186	<boundaryConditions>
2187	<boundaryCondition>
2188	<description>this is my boundary condition</description>
2189	<boundaryConditionType>Preindustrial</boundaryConditionType>
2190	<references>
2191	<reference>preindustrial books</reference>
2192	</references>
2193	<boundaryDataset>
2194	<file_ID>
2195	<repositoryIdentifier>CGAM</repositoryIdentifier>
2196	<schemeIdentifier>NMMSuite</schemeIdentifier>
2197	<localIdentifier>10</localIdentifier>
2198	</file_ID>
2199	<filename>boundary.asc</filename>
2200	<pathname>some/path</pathname>
2201	<fileDescription>this is my boundary conditionfile</fileDescription>
2202	<fileFormat>asc</fileFormat>
2203	<fileDate>2005-10-01</fileDate>
2204	<fileCreator>
2205	<pointOfContact>
2206	<individualName>Katherine Bouton</individualName>
2207	<organisationName>CGAM</organisationName>
2208	<positionName>Computational Scientist</positionName>
2209	<responsibility>Information Management</responsibility>
2210	<contactInfo>
2211	<phone>
2212	<voice>01183787841</voice>
2213	<facsimile>01183787800</facsimile>
2214	</phone>
2215	<address>
2216	<deliveryPoint>PO Box 333</deliveryPoint>
2217	<city>Reading</city>
2218	<administrativeArea>Berks</administrativeArea>
2219	<postalCode>RG6 3BB</postalCode>
2220	<country>UK</country>
2221	<electronicMailAddress>k.a.bouton@reading.ac.uk</electronicMailAddress>
2222	</address>
2223	<hoursOfService>9-5</hoursOfService>
2224	<contactInstructions>come on by and see me some time</contactInstructions>
2225	</contactInfo>
2226	</pointOfContact>
2227	</fileCreator>
2228	</boundaryDataset>
2229	</boundaryCondition>
2230	</boundaryConditions>
2231	</input>
2232	</inputs>
2233	<couplingRequirements>
2234	<PMIOD></PMIOD>
2235	<!-- BEGIN changeHistory -->
2236	<changeHistory>
2237	<history>
2238	<change></change>
2239	<changeDate>2005-01-01</changeDate>
2240	<reasonForChange></reasonForChange>
2241	</history>
2242	</changeHistory>
2243	<!-- END changeHistory -->
2244	</couplingRequirements>
2245	<outputs>
2246	<output>
2247	<!-- Begin output id used in this model configuration -->
2248	<outputFile_ID>
2249	<repositoryIdentifier>CGAM</repositoryIdentifier>
2250	<schemeIdentifier>NMM</schemeIdentifier>
2251	<localIdentifier>My outputfile</localIdentifier>
2252	</outputFile_ID>
2253	<!-- END -->
2254	<outputFileFormat>UM PP</outputFileFormat>
2255	<description>Anoutput file example</description>
2256	<!-- BEGIN changeHistory -->
2257	<changeHistory>
2258	<history>
2259	<change>transformed it</change>
2260	<changeDate>2005-01-01</changeDate>
2261	<reasonForChange>used cdat to transform theimage colors</reasonForChange>
2262	</history>
2263	</changeHistory>
2264	<!-- END changeHistory -->
2265	<!-- Begin Citation -->
2266	<references>
2267	<reference>My references, 2006</reference>
2268	</references>
2269	<!-- END Citation -->
2270	</output>
2271	</outputs>
2272	</InputOutputs>
2273	<!-- END Input Output Properties used in this model configuration -->
2274	</ComponentConfiguration>
2275	<ComponentConfiguration>
2276	<!-- OCEAN -->
2277	<!-- Begin Codebase used in this model configuration -->
2278	<NMMCodebase_ID>
2279	<repositoryIdentifier>BADC</repositoryIdentifier>
2280	<schemeIdentifier>NMM_UMUIv6</schemeIdentifier>
2281	<localIdentifier>NMMCodebase_UMUIv6</localIdentifier>
2282	</NMMCodebase_ID>
2283	<!-- END Codebase used in this model configuration -->
2284	<!-- Begin Component used in this model configuration -->
2285	<NMMComponent_ID>
2286	<repositoryIdentifier>BADC</repositoryIdentifier>
2287	<schemeIdentifier>NMM_UM_Ocean_v6.1</schemeIdentifier>
2288	<localIdentifier>UM Ocean HIGEM-control</localIdentifier>
2289	</NMMComponent_ID>
2290	<!-- END Component used in this model configuration -->
2291	<!-- Begin Technical Properties used in this model configuration -->
2292	<TechnicalProperties>
2293	<machine>
2294	<machineName>login.hpcx.ac.uk</machineName>
2295	<description>A Supercomputer</description>
2296	<compiler>
2297	<name>F90</name>
2298	<version>v 1.2</version>
2299	<description>this is my test compiler</description>
2300	<options>
2301	<option></option>
2302	<option></option>
2303	</options>
2304	<optimization>no optimization</optimization>
2305	<libraries>
2306	<library></library>
2307	<library></library>
2308	<library></library>
2309	</libraries>
2310	<dateCompiled>2006-06-06</dateCompiled>
2311	</compiler>
2312	<!-- BEGIN changeHistory -->
2313	<changeHistory>
2314	<history>
2315	<change></change>
2316	<changeDate></changeDate>
2317	<reasonForChange></reasonForChange>
2318	</history>
2319	</changeHistory>
2320	<!-- END changeHistory-->
2321	</machine>
2322	<environmentVariables>
2323	<environmentVariable>
2324	<name></name>
2325	<value></value>
2326	</environmentVariable>
2327	</environmentVariables>
2328	<codeParallelisation>
2329	<processorsUsed>128</processorsUsed>
2330	<haloSize></haloSize>
2331	</codeParallelisation>
2332	</TechnicalProperties>
2333	<!-- End Technical Properties used in this model configuration -->
2334	<!-- Begin Numerical Properties used in this model configuration -->
2335	<NumericalProperties>
2336	<horizontalRepresentation>
2337	<horizontalRepresentation_ID>
2338	<repositoryIdentifier>BADC</repositoryIdentifier>
2339	<schemeIdentifier>NMM_UM_Ocean_v6.1</schemeIdentifier>
2340	<localIdentifier>UM Ocean HIGEM horizontal</localIdentifier>
2341	</horizontalRepresentation_ID>
2342	<scheme>
2343	<grid>
2344	<resolution>
2345	<longitude>
2346	<longitudeDegrees>e-w degrees</longitudeDegrees>
2347	<extent></extent>
2348	<description></description>
2349	</longitude>
2350	<latitude>
2351	<latitudeDegrees>n-s degrees</latitudeDegrees>
2352	<extent> </extent>
2353	<description> </description>
2354	</latitude>
2355	</resolution>
2356	</grid>
2357	</scheme>
2358	<coverage>global</coverage>
2359	<northPole>Includes polar island as standard</northPole>
2360	<!-- BEGIN changeHistory -->
2361	<changeHistory>
2362	<history>
2363	<change>no change made to horiz rep</change>
2364	<changeDate>2006-05-11</changeDate>
2365	<reasonForChange>no change made to horiz rep</reasonForChange>
2366	</history>
2367	</changeHistory>
2368	<!-- END changeHistory-->
2369	</horizontalRepresentation>
2370	<verticalRepresentation>
2371	<verticalRepresentation_ID>
2372	<repositoryIdentifier>BADC</repositoryIdentifier>
2373	<schemeIdentifier>NMM_UM_Ocean_v6.1</schemeIdentifier>
2374	<localIdentifier>UM Ocean HIGEM vertical</localIdentifier>
2375	</verticalRepresentation_ID>
2376	<resolution>
2377	<numberOfLevels>40</numberOfLevels>
2378	</resolution>
2379	<coverage></coverage>
2380	<extent></extent>
2381	<formulaValues>some values here</formulaValues>
2382	<!-- BEGIN changeHistory -->
2383	<changeHistory>
2384	<history>
2385	<change>no vert rep change</change>
2386	<changeDate>2006-05-11</changeDate>
2387	<reasonForChange>no vert rep reasonForChange</reasonForChange>
2388	</history>
2389	</changeHistory>
2390	<!-- END changeHistory-->
2391	</verticalRepresentation>
2392	<timeIntegration>
2393	<timeIntegration_ID>
2394	<repositoryIdentifier>BADC</repositoryIdentifier>
2395	<schemeIdentifier>NMM_UM_Ocean_v6.1</schemeIdentifier>
2396	<localIdentifier>UM Ocean HIGEM-time</localIdentifier>
2397	</timeIntegration_ID>
2398	<resolution>
2399	<timeStepsPerDay>72</timeStepsPerDay>
2400	</resolution>
2401	<!-- BEGIN changeHistory -->
2402	<changeHistory>
2403	<history>
2404	<change>Some change</change>
2405	<changeDate>2006-05-11</changeDate>
2406	<reasonForChange>testing time change</reasonForChange>
2407	</history>
2408	</changeHistory>
2409	<!-- END changeHistory-->
2410	</timeIntegration>
2411	</NumericalProperties>
2412	<!-- End Numerical Properties used in this model configuration -->
2413	<!-- Begin Science Properties used in this model configuration -->
2414	<ScienceProperties>
2415	<!-- BEGIN SPACE AND TIME -->
2416	<scienceProperty><!-- Horizontal -->
2417	<standardName parentList="UMUI">horizontal</standardName>
2418	<localName>Ocean_horizontal</localName>
2419	<definition>Resolution and Domain: Horizontal: Global</definition>
2420	<modifiedFromStandard>
2421	<modificationReason></modificationReason>
2422	</modifiedFromStandard>
2423	<references></references>
2424	<parameters>
2425	<parameter>
2426	<localName>Number of Columns (X - Direction)</localName>
2427	<value>1082</value>
2428	</parameter>
2429	<parameter>
2430	<localName>Number of Rows (Y - Direction)</localName>
2431	<value>540</value>
2432	</parameter>
2433	<parameter>
2434	<localName>Column Spacing</localName>
2435	<value>0.333333</value>
2436	</parameter>
2437	<parameter>
2438	<localName>Row Spacing</localName>
2439	<value>0.333333</value>
2440	</parameter>
2441	<parameter>
2442	<localName>First Latitude</localName>
2443	<value>-89.83333</value>
2444	</parameter>
2445	<parameter>
2446	<localName>First Longitude</localName>
2447	<value>0.00000</value>
2448	</parameter>
2449	<parameter>
2450	<localName>Include polar island as standard</localName>
2451	<value>ON</value>
2452	</parameter>
2453	</parameters>
2454	</scienceProperty>
2455	<scienceProperty><!-- Vertical -->
2456	<standardName parentList="UMUI">vertical</standardName>
2457	<localName>Ocean_vertical</localName>
2458	<definition>Resolution and Domain: Vertical: Vertical Dimensions and Domain</definition>
2459	<modifiedFromStandard>
2460	<modificationReason></modificationReason>
2461	</modifiedFromStandard>
2462	<references></references>
2463	<parameters>
2464	<parameter>
2465	<localName>Number of Levels</localName>
2466	<value>40</value>
2467	</parameter>
2468	<parameter>
2469	<localName>Islands in Topography</localName>
2470	<value>No</value>
2471	</parameter>
2472	<parameter>
2473	<localName>Maximum number of vorticity start and end indices</localName>
2474	<value>20</value>
2475	</parameter>
2476	</parameters>
2477	</scienceProperty>
2478	<scienceProperty><!-- Time Step -->
2479	<standardName parentList="UMUI">time stepping</standardName>
2480	<localName>Ocean_timestep</localName>
2481	<definition>Time Stepping.</definition>
2482	<modifiedFromStandard>
2483	<modificationReason></modificationReason>
2484	</modifiedFromStandard>
2485	<references></references>
2486	<parameters>
2487	<parameter>
2488	<localName>Number of timesteps per 'period'</localName>
2489	<value>72</value>
2490	</parameter>
2491	<parameter>
2492	<localName>Number of days per 'period'</localName>
2493	<value>1</value>
2494	</parameter>
2495	<!-- On the dynamics window, you have specified: -->
2496	<parameter>
2497	<localName>Number of basic timesteps between mixing timesteps</localName>
2498	<value>72</value>
2499	</parameter>
2500	<parameter>
2501	<localName>Distortion factor for the internal mode</localName>
2502	<value>1.00</value>
2503	</parameter>
2504	<parameter>
2505	<localName>Distortion factor for the external mode</localName>
2506	<value>1.00</value>
2507	</parameter>
2508	<parameter>
2509	<localName>Number of barotropic timesteps per baroclinic timesteps</localName>
2510	<value>1</value>
2511	</parameter>
2512	</parameters>
2513	</scienceProperty>
2514	<!-- END SPACE AND TIME -->
2515	<!-- BEGIN ADVECTION OF TRACERS -->
2516	<scienceProperty>
2517	<standardName parentList="CF">advection</standardName>
2518	<localName>Ocean_tracer_advection</localName>
2519	<definition>Advection of Tracers: Advection of Tracers in the Ocean</definition>
2520	<modifiedFromStandard>
2521	<modificationReason></modificationReason>
2522	</modifiedFromStandard>
2523	<references></references>
2524	<parameters>
2525	<parameter>
2526	<localName>Advection of active tracers (temperature and salinity)</localName>
2527	<value>Fourth order differencing (with upwind at bottom)</value>
2528	</parameter>
2529	</parameters>
2530	<forcing>
2531	<internal></internal>
2532	</forcing>
2533	</scienceProperty>
2534	<!-- END ADVECTION OF TRACERS -->
2535	<!-- BEGIN DYNAMIC PARAMETERS -->
2536	<scienceProperty>
2537	<standardName parentList="UMUI">dynamic</standardName>
2538	<localName>Ocean_dynamic_parameters</localName>
2539	<definition>Dynamic Parameters</definition>
2540	<modifiedFromStandard>
2541	<modificationReason></modificationReason>
2542	</modifiedFromStandard>
2543	<references></references>
2544	<parameters>
2545	<parameter>
2546	<localName>Number of basic timesteps between mixing timesteps</localName>
2547	<value>72</value>
2548	</parameter>
2549	<parameter>
2550	<localName>Coefficient for semi-implicit treatment of Coriolis term</localName>
2551	<value>0.000</value>
2552	</parameter>
2553	<parameter>
2554	<localName>Constant for time filtering</localName>
2555	<value>0.010</value>
2556	</parameter>
2557	</parameters>
2558	<forcing>
2559	<internal></internal>
2560	</forcing>
2561	</scienceProperty>
2562	<!-- END DYNAMIC PARAMETERS -->
2563	<!-- BEGIN FOURIER FILTERING AT HIGH LATITUDES -->
2564	<scienceProperty>
2565	<standardName parentList="UMUI">filtering</standardName>
2566	<localName>Ocean_fourier_filtering</localName>
2567	<definition>Fourier Filtering at High Lats: Include Filtering</definition>
2568	<modifiedFromStandard>
2569	<modificationReason></modificationReason>
2570	</modifiedFromStandard>
2571	<references>http://cgam.nerc.ac.uk/dev/um/docs/UM45_sci/p040.pdf</references>
2572	<parameters>
2573	<!-- Filtering included. Specify parameters -->
2574	<parameter>
2575	<localName>Maximum number of start and end indices</localName>
2576	<value>25</value>
2577	</parameter>
2578	<parameter>
2579	<localName>First tracer row to be filtered</localName>
2580	<value>34</value>
2581	</parameter>
2582	<parameter>
2583	<localName>Tracer row used to define basic zonal dimension</localName>
2584	<value>510</value>
2585	</parameter>
2586	<parameter>
2587	<localName>Last tracer row in southern hemisphere to be filtered</localName>
2588	<value>34</value>
2589	</parameter>
2590	<parameter>
2591	<localName>First tracer row in northern hemisphere to be filtered</localName>
2592	<value>510</value>
2593	</parameter>
2594	<parameter>
2595	<localName>Velocity row used to define basic zonal dimension used for filtering</localName>
2596	<value>509</value>
2597	</parameter>
2598	<parameter>
2599	<localName>Last velocity row in southern hemisphere to be filtered</localName>
2600	<value>34</value>
2601	</parameter>
2602	<parameter>
2603	<localName>First velocity row in northern hemisphere to be filtered</localName>
2604	<value>509</value>
2605	</parameter>
2606	</parameters>
2607	<forcing>
2608	<internal></internal>
2609	</forcing>
2610	</scienceProperty>
2611	<!-- END FOURIER FILTERING AT HIGH LATITUDES -->
2612	<!-- BEGIN MIXED LAYER MODEL -->
2613	<scienceProperty>
2614	<standardName parentList="UMUI">mixed layer</standardName>
2615	<localName>Ocean_mixed_layer</localName>
2616	<definition>Mixed Layer Model: Kraus-Turner scheme</definition>
2617	<modifiedFromStandard>
2618	<modificationReason></modificationReason>
2619	</modifiedFromStandard>
2620	<references></references>
2621	<parameters>
2622	<parameter>
2623	<localName>wind mixing energy scaling factor</localName>
2624	<value>0.550</value>
2625	</parameter>
2626	<parameter>
2627	<localName>Decay of wind mixing energy with depth (m)</localName>
2628	<value>1.00e+02</value>
2629	</parameter>
2630	<parameter>
2631	<localName>Parameter determining decay of convectively generated energy</localName>
2632	<value>0.150</value>
2633	</parameter>
2634	</parameters>
2635	<forcing>
2636	<internal></internal>
2637	</forcing>
2638	</scienceProperty>
2639	<!-- END MIXED LAYER MODEL -->
2640	<!-- BEGIN VERTICAL DIFFUSION -->
2641	<scienceProperty>
2642	<standardName parentList="CF">vertical diffusion</standardName>
2643	<localName>Ocean_vertical_diffusion</localName>
2644	<definition>Vertical Diffusion. Implicit vertical diffusion only - with a Richardson number diffusion scheme</definition>
2645	<modifiedFromStandard>
2646	<modificationReason></modificationReason>
2647	</modifiedFromStandard>
2648	<references></references>
2649	<parameters>
2650	<!-- Choose vertical diffusion type -->
2651	<parameter>
2652	<localName>Richardson number diffusion - Peters et al</localName>
2653	<value>ON</value>
2654	</parameter>
2655	<parameter>
2656	<localName>Choose Density Option</localName>
2657	<value>STATEC</value>
2658	</parameter>
2659	<parameter>
2660	<localName>Choose USTAR Option</localName>
2661	<value>Wind Mixing Energy</value>
2662	</parameter>
2663	<!-- Specify Richardson number coefficients in m*m/s: -->
2664	<parameter>
2665	<localName>Background coefficient of vertical mixing of momentum</localName>
2666	<value>1.00e-04</value>
2667	</parameter>
2668	<!-- Specify Richardson number coefficients in m*m/s: -->
2669	<parameter>
2670	<localName>Coefficient of vertical mixing of momentum dependent on Ri</localName>
2671	<value> 5.50e-03</value>
2672	</parameter>
2673	<!-- Specify Richardson number coefficients in m*m/s: -->
2674	<parameter>
2675	<localName>Background coefficient of vertical mixing of tracers at the surface</localName>
2676	<value>1.00e-05</value>
2677	</parameter>
2678	<!-- Specify Richardson number coefficients in m*m/s: -->
2679	<parameter>
2680	<localName>...Rate of increase with depth (m/s). Set of zero for constant</localName>
2681	<value>2.80e-08</value>
2682	</parameter>
2683	<!-- Specify Richardson number coefficients in m*m/s: -->
2684	<parameter>
2685	<localName>Maximum value of vertical mixing allowable for stability</localName>
2686	<value> 1.00e-02</value>
2687	</parameter>
2688	<parameter>
2689	<localName>Enable the Quadratic Large Scheme</localName>
2690	<value>ON</value>
2691	</parameter>
2692	<!-- Specify quadradic large scheme settings -->
2693	<parameter>
2694	<localName>Critical Richardson number to calculate depth for quadratic Large scheme</localName>
2695	<value>0.30</value>
2696	</parameter>
2697	<!-- Specify quadradic large scheme settings -->
2698	<parameter>
2699	<localName>Maximum depth for quadratic Large scheme in meters</localName>
2700	<value>8.00e+01</value>
2701	</parameter>
2702	</parameters>
2703	<forcing>
2704	<internal></internal>
2705	</forcing>
2706	</scienceProperty>
2707	<!-- END VERTICAL DIFFUSION -->
2708	<!-- BEGIN HORIZONTAL MOMENTUM DIFFUSION -->
2709	<scienceProperty>
2710	<standardName parentList="UMUI">horizontal momentum diffusion</standardName>
2711	<localName>Ocean_horizontal_momentum_diffusion</localName>
2712	<definition>Horizontal Momentum Diffusion: With coefficients constant in latitude</definition>
2713	<modifiedFromStandard>
2714	<modificationReason></modificationReason>
2715	</modifiedFromStandard>
2716	<references></references>
2717	<parameters>
2718	<!-- Specify coefficient for 'constant in latitude' form -->
2719	<parameter>
2720	<localName>mixing coefficient (m*m/s)</localName>
2721	<value>0.00e+00</value>
2722	</parameter>
2723	<parameter>
2724	<localName>Enable scale-selective biharmonic momentum diffusion</localName>
2725	<value>ON</value>
2726	</parameter>
2727	<!-- Specify coeefficient for biharmonic mixing -->
2728	<parameter>
2729	<localName>Biharmonic mixing coefficient BM_SI(M**4/s)</localName>
2730	<value>4.00e+11</value>
2731	</parameter>
2732	</parameters>
2733	<forcing>
2734	<internal></internal>
2735	</forcing>
2736	</scienceProperty>
2737	<!-- END HORIZONTAL MOMENTUM DIFFUSION -->
2738	<!-- BEGIN HORIZONTAL TRACER DIFFUSION -->
2739	<scienceProperty>
2740	<standardName parentList="UMUI">horizontal tracer diffusion</standardName>
2741	<localName>Ocean_horizontal_tracer_diffusion</localName>
2742	<definition>Horizontal tracer Diffusion: Isopycnal Diffusion: Griffies version as for HadCM3/4</definition>
2743	<modifiedFromStandard>
2744	<modificationReason></modificationReason>
2745	</modifiedFromStandard>
2746	<references>
2747	<reference>http://cgam.nerc.ac.uk/dev/um/docs/UM45_sci/p051.pd</reference>
2748	<reference>Pacanowski and Griffies, MOM 3.0 Manual, 1998</reference>
2749	<reference>Griffies et al 1998</reference>
2750	<reference>Roberts and Marshall, 1998</reference>
2751	</references>
2752	<parameters>
2753	<!-- Specify constansts used to calculate along-isopycnal diffusion coefficients-->
2754	<parameter>
2755	<localName>AHI1 (m*m/s) - Magnitude of diffusion at surface</localName>
2756	<value>5.00e+02</value>
2757	</parameter>
2758	<!-- Specify constansts used to calculate along-isopycnal diffusion coefficients-->
2759	<parameter>
2760	<localName>AHI2 (m*m/s) - Magnitude of diffusion in deep ocean</localName>
2761	<value>5.00e+02</value>
2762	</parameter>
2763	<!-- Specify constansts used to calculate along-isopycnal diffusion coefficients-->
2764	<parameter>
2765	<localName>AHI3 (m) - Scale depth</localName>
2766	<value>5.00e+02</value>
2767	</parameter>
2768	<!-- Specify constansts used to calculate along-isopycnal diffusion coefficients-->
2769	<parameter>
2770	<localName>Maximum allowable slope for diffusion</localName>
2771	<value>1.00e+02</value>
2772	</parameter>
2773	<!-- Specify background basic horizontal diffusion of tracers-->
2774	<parameter>
2775	<localName>Coefficient (m*m/s)</localName>
2776	<value> 0.00e+00</value>
2777	</parameter>
2778	<!-- Gent and McWilliams Option-->
2779	<parameter>
2780	<localName>Skew-Diffusive formulation</localName>
2781	<value>ON</value>
2782	</parameter>
2783	<!-- Visbeck Scheme Option -->
2784	<parameter>
2785	<localName>HadCM4 formulation for calculating coeffs</localName>
2786	<value>ON</value>
2787	</parameter>
2788	<parameter>
2789	<localName>Include tapering of isopycnals</localName>
2790	<value>ON</value>
2791	</parameter>
2792	<parameter>
2793	<localName>Enable scale selective biharmonic form of Gent and McWilliams</localName>
2794	<value>ON</value>
2795	</parameter>
2796	<!-- For scale selective biharmonic form of Gent and McWilliams -->
2797	<parameter>
2798	<localName>ATHKDF_BI_SI (m**4/s) - Biharmonic GM Coefficient</localName>
2799	<value>1.00e+11 </value>
2800	</parameter>
2801	</parameters>
2802	<forcing>
2803	<internal></internal>
2804	</forcing>
2805	</scienceProperty>
2806	<!-- END HORIZONTAL TRACER DIFFUSION -->
2807	<!-- BEGIN BOTTOM FRICTION -->
2808	<scienceProperty>
2809	<standardName parentList="UMUI">bottom friction</standardName>
2810	<localName>Ocean_bottom_friction</localName>
2811	<definition>Bottom Friction: Use bottom friction option</definition>
2812	<modifiedFromStandard>
2813	<modificationReason></modificationReason>
2814	</modifiedFromStandard>
2815	<references></references>
2816	<parameters>
2817	<parameter>
2818	<localName>use bottom friction option</localName>
2819	<value>ON</value>
2820	</parameter>
2821	</parameters>
2822	<forcing>
2823	<internal></internal>
2824	</forcing>
2825	</scienceProperty>
2826	<!-- END BOTTOM FRICTION -->
2827	<!-- BEGIN BOTOM BOUNDARY LAYER -->
2828	<scienceProperty>
2829	<standardName parentList="UMU">bottom boundary layer</standardName>
2830	<localName>Ocean_bottom_boundary_layer</localName>
2831	<definition>Bottom Boundary Layer: Beckmann and Doscher BBL Model: OFF</definition>
2832	<modifiedFromStandard>
2833	<modificationReason></modificationReason>
2834	</modifiedFromStandard>
2835	<references></references>
2836	<parameters>
2837	<parameter>
2838	<localName>use Beckmann and Doscher BBL Model</localName>
2839	<value>OFF</value>
2840	</parameter>
2841	</parameters>
2842	<forcing>
2843	<internal></internal>
2844	</forcing>
2845	</scienceProperty>
2846	<!-- END BOTOM BOUNDARY LAYER -->
2847	<!-- BEGIN BAROTROPIC SOLUTION -->
2848	<scienceProperty>
2849	<standardName parentList="UMUI">barotropic solution</standardName>
2850	<localName>Ocean_barotropic_solution</localName>
2851	<definition>Barotropic solution: 'Free surface' Barotropic Solution</definition>
2852	<modifiedFromStandard>
2853	<modificationReason></modificationReason>
2854	</modifiedFromStandard>
2855	<references></references>
2856	<parameters>
2857	<parameter>
2858	<localName>Maximum number of iterations permitted</localName>
2859	<value>5000 </value>
2860	</parameter>
2861	<parameter>
2862	<localName>Criterion for convergence of solver</localName>
2863	<value>1.00e-01</value>
2864	</parameter>
2865	<parameter>
2866	<localName>Maximum number of Ocean segements per row</localName>
2867	<value>24 </value>
2868	</parameter>
2869	<parameter>
2870	<localName>Using Delphus-Delcross smoothing for the surface height field</localName>
2871	<value>ON</value>
2872	</parameter>
2873	<!-- For Delphus-Delcross smoothing -->
2874	<parameter>
2875	<localName>Coefficient for the Delphus -Delcross weighting</localName>
2876	<value>5.00e-01</value>
2877	</parameter>
2878	</parameters>
2879	<forcing>
2880	<internal></internal>
2881	</forcing>
2882	</scienceProperty>
2883	<!-- END BAROTROPIC SOLUTION -->
2884	<!-- BEGIN SOLUTION OF MOMENTUM FLUX -->
2885	<scienceProperty>
2886	<standardName parentList="UMUI">momentum flux solution</standardName>
2887	<localName>Ocean_momentum_flux_solution</localName>
2888	<definition>Solution of momentum flux: Modified Cox scheme</definition>
2889	<modifiedFromStandard>
2890	<modificationReason></modificationReason>
2891	</modifiedFromStandard>
2892	<references></references>
2893	<forcing>
2894	<internal></internal>
2895	</forcing>
2896	</scienceProperty>
2897	<!-- END SOLUTION OF MOMENTUM FLUX -->
2898	<!-- BEGIN SEA ICE MODEL -->
2899	<scienceProperty>
2900	<standardName parentList="UMUI">sea ice</standardName>
2901	<localName>Ocean_sea_ice_model</localName>
2902	<definition>Sea Ice Model: Prognostic sea ice model, with multiple ice categories: McPhee scheme</definition>
2903	<modifiedFromStandard>
2904	<modificationReason></modificationReason>
2905	</modifiedFromStandard>
2906	<references>
2907	<reference>
2908	Semtner, A. J., 1976:
2909	A model for the thermodynamic growth of sea ice in numerical investigations of climate.
2910	J. Phys. Oceanogr., 6, 379-389.
2911	</reference>
2912	<reference>
2913	Hibler, W. D., 1979: Dynamic Thermodynamic Sea Ice Model.
2914	Journal of Physical Oceanography, 9(4), 815-846.
2915	</reference>
2916	<reference>
2917	McPhee, M. G., 1992: Turbulent heat-flux in the upper ocean under sea ice.
2918	Journal of Geophysical Research-Oceans, 97(C4), 5365-5379.
2919	</reference>
2920	<reference>
2921	Maykut G. A., M.G. McPhee, 1995: Solar heating of the Arctic mixed layer
2922	Journal of Geophysical Research-Oceans, 100(C12), 24691-24703.
2923	</reference>
2924	</references>
2925	<parameters>
2926	<!-- Ocean/ice heat flux option -->
2927	<parameter>
2928	<localName>McPhee scheme</localName>
2929	<value>ON</value>
2930	</parameter>
2931	<!-- For sea ice thermodynamics... -->
2932	<parameter>
2933	<localName>Simple scheme ocean/ice heat diffusion coeff, NH</localName>
2934	<value> 2.50e-04</value>
2935	</parameter>
2936	<parameter>
2937	<localName>Simple scheme ocean/ice heat diffusion coeff, SH</localName>
2938	<value>2.50e-04</value>
2939	</parameter>
2940	<parameter>
2941	<localName>McPhee heat transfer coefficient</localName>
2942	<value>6.00e-03</value>
2943	</parameter>
2944	<parameter>
2945	<localName>McPhee minimum friction</localName>
2946	<value>5.00e-03</value>
2947	</parameter>
2948	<parameter>
2949	<localName>Salinity of sea ice</localName>
2950	<value>0.006</value>
2951	</parameter>
2952	<parameter>
2953	<localName>Minimum local ice depth (m)</localName>
2954	<value>0.010</value>
2955	</parameter>
2956	<parameter>
2957	<localName>Minimum grid box averaged ice depth (m)</localName>
2958	<value>1.00e-04</value>
2959	</parameter>
2960	<parameter>
2961	<localName>Maximum ice concentration, northern hemisphere</localName>
2962	<value>0.995</value>
2963	</parameter>
2964	<parameter>
2965	<localName>Maximum ice concentration, southern hemisphere</localName>
2966	<value>0.980</value>
2967	</parameter>
2968	<parameter>
2969	<localName>Minimum ice concentration</localName>
2970	<value>0.001</value>
2971	</parameter>
2972	<parameter>
2973	<localName>Marginal ice concentration for ocean/ice heat flux</localName>
2974	<value>0.050</value>
2975	</parameter>
2976	<parameter>
2977	<localName>Number of sea ice categories</localName>
2978	<value>5</value>
2979	</parameter>
2980	<parameter>
2981	<localName>Min local snow thickness (m)</localName>
2982	<value>0.00001</value>
2983	</parameter>
2984	<parameter>
2985	<localName>Min local thickness of new ice growing in leads (m)</localName>
2986	<value>0.050 </value>
2987	</parameter>
2988	<!-- Elsewhere, you have chosen sea ice dynamics option: -->
2989	<parameter>
2990	<localName>Elastic-viscous-plastic (EVP) dynamics model</localName>
2991	<value>ON</value>
2992	</parameter>
2993	<parameter>
2994	<localName>Fraction of ice and leads that ridges</localName>
2995	<value>0.150</value>
2996	</parameter>
2997	<parameter>
2998	<localName>Coefficient determining the mean thickness of ice ridges (m)</localName>
2999	<value>100.000</value>
3000	</parameter>
3001	<parameter>
3002	<localName>Fraction of shear energy used in ridging</localName>
3003	<value>0.500</value>
3004	</parameter>
3005	<parameter>
3006	<localName>Fraction of ridged snow that survives ridging</localName>
3007	<value>0.500 </value>
3008	</parameter>
3009	<parameter>
3010	<localName>Include polar islands as standard</localName>
3011	<value>ON</value>
3012	</parameter>
3013	</parameters>
3014	<forcing>
3015	<internal></internal>
3016	</forcing>
3017	</scienceProperty>
3018	<!-- END SEA ICE MODEL -->
3019	<!-- BEGIN SEA ICE DYNAMICS -->
3020	<scienceProperty>
3021	<standardName parentList="UMUI">sea ice dynamics</standardName>
3022	<localName>Ocean_sea_ice_dynamics</localName>
3023	<definition>Sea Ice Dynamics: Elastic-viscous-plastic (EVP) dynamics model</definition>
3024	<modifiedFromStandard>
3025	<modificationReason></modificationReason>
3026	</modifiedFromStandard>
3027	<references>
3028	<reference>
3029	Hibler, W. D., 1979: Dynamic Thermodynamic Sea Ice Model.
3030	Journal of Physical Oceanography, 9(4), 815-846.
3031	</reference>
3032	<reference>
3033	Kreyscher M et al., 2000: Results of the Sea Ice Model Intercomparison Project:
3034	Evaluation of sea ice rheology schemes for use in climate simulations
3035	Journal of Geophysical Research-Oceans, 105 (C5): 11299-11320.
3036	</reference>
3037	<reference>
3038	Thorndike, A. S., D. A. Rothrock, G. A. Maykut et al., 1975:
3039	Thickness Distribution of Sea Ice.
3040	Journal fo Geophysical Research-Oceans and Atmosphereres, 80(33), 4501-4513.
3041	</reference>
3042	<reference>
3043	Flato, G. M. and W. D. Hibler, 1995:
3044	Ridging and strength in modeling the thickness distribution of arctic sea-ice.
3045	Journal of Geophysical Research-Oceans, 100 (C9), 18611-18626.
3046	</reference>
3047	<reference>
3048	Lipscomb, W.H. and E. C. Hunke, 2004: Modeling sea ice transport using incremental remapping.
3049	Monthly Weather Review, 132 (6), 1341-1354.
3050	</reference>
3051	</references>
3052	<parameters>
3053	<parameter>
3054	<localName>P* (maximum compressive strength of ice per unit thickness) (N/m**2)</localName>
3055	<value>2.00e+04</value>
3056	</parameter>
3057	<parameter>
3058	<localName>C* (rate at which ice strength decreases with concentration)</localName>
3059	<value>20.00 </value>
3060	</parameter>
3061	<parameter>
3062	<localName>Subcycling timestep (seconds)</localName>
3063	<value> 10</value>
3064	</parameter>
3065	<parameter>
3066	<localName>Elastic damping timescale as fraction of forcing step</localName>
3067	<value>0.300</value>
3068	</parameter>
3069	<parameter>
3070	<localName>Quadratic ice-ocean drag coefficient</localName>
3071	<value>1.50e-02</value>
3072	</parameter>
3073	<parameter>
3074	<localName>Min GBM ice depth (m) impeding convergence</localName>
3075	<value>4</value>
3076	</parameter>
3077	<parameter>
3078	<localName>Max GBM ice depth (m) allowing convergence</localName>
3079	<value>4</value>
3080	</parameter>
3081	<parameter>
3082	<localName>Include scheme to advect ice over North Polar island</localName>
3083	<value>ON</value>
3084	</parameter>
3085	<parameter>
3086	<localName>Smooth ice strength</localName>
3087	<value>ON</value>
3088	</parameter>
3089	<!-- For smooth ice strenght -->
3090	<parameter>
3091	<localName>Latitude at which filtering starts</localName>
3092	<value>87.500</value>
3093	</parameter>
3094	<parameter>
3095	<localName>Rothrock ice strength formula</localName>
3096	<value>OFF</value>
3097	</parameter>
3098	<parameter>
3099	<localName>Smooth ice velocities</localName>
3100	<value>ON</value>
3101	</parameter>
3102	</parameters>
3103	<forcing>
3104	<internal></internal>
3105	</forcing>
3106	</scienceProperty>
3107	<!-- END SEA ICE DYNAMICS -->
3108	<!-- BEGIN CARBON CYCLE MODEL -->
3109	<scienceProperty>
3110	<standardName parentList="UMUI">carbon cycle</standardName>
3111	<localName>Ocean_carbon_cycle_model</localName>
3112	<definition>Carbon cycle Model: No carbon cycle model</definition>
3113	<modifiedFromStandard>
3114	<modificationReason></modificationReason>
3115	</modifiedFromStandard>
3116	<references></references>
3117	<forcing>
3118	<internal></internal>
3119	</forcing>
3120	</scienceProperty>
3121	<!-- END CARBON CYCLE MODEL -->
3122	<!-- BEGIN EXTRA CHEMICAL TRACER -->
3123	<scienceProperty>
3124	<standardName parentList="UMUI">chemical tracers</standardName>
3125	<localName>Ocean_extra_chemical_tracers</localName>
3126	<definition>Extra Chemical Tracers: No extra ocean tracers</definition>
3127	<modifiedFromStandard>
3128	<modificationReason></modificationReason>
3129	</modifiedFromStandard>
3130	<references></references>
3131	<forcing>
3132	<internal></internal>
3133	</forcing>
3134	</scienceProperty>
3135	<!-- END EXTRA CHEMICAL TRACER -->
3136	<!-- BEGIN STRAITS PARAMETRIZATIONS -->
3137	<scienceProperty>
3138	<standardName parentList="UMUI">straits parametrization</standardName>
3139	<localName>Ocean_straits_parametrizations</localName>
3140	<definition>Straits Parametrizations: no Mediteranean outflow, use generalised strait exchange flow scheme</definition>
3141	<modifiedFromStandard>
3142	<modificationReason></modificationReason>
3143	</modifiedFromStandard>
3144	<references></references>
3145	<parameters>
3146	<parameter>
3147	<localName>Use generalised strait exchange flow scheme</localName>
3148	<value>ON</value>
3149	</parameter>
3150	<!-- For generalised strait exchange flow scheme -->
3151	<parameter>
3152	<localName>Number of straits in model</localName>
3153	<value>1</value>
3154	</parameter>
3155	<parameter>
3156	<localName>Specify Strait to inspect/ammend</localName>
3157	<value>Strait 1</value>
3158	</parameter>
3159	<!-- Coordinates of each end of the strait on model velocity grid: -->
3160	<parameter>
3161	<localName>End 1 (i,j)</localName>
3162	<value>62, 378</value>
3163	</parameter>
3164	<parameter>
3165	<localName>End 2 (i,j)</localName>
3166	<value>65, 378</value>
3167	</parameter>
3168	<parameter>
3169	<localName>Deepest level of exchange flow</localName>
3170	<value>25</value>
3171	</parameter>
3172	<!-- Specify volume flux (sverdrups) on each level. Positive is from End 1 to End 2. -->
3173	<parameter>
3174	<localName>volume flux for levels 1 to 10</localName>
3175	<value>0.0500</value>
3176	</parameter>
3177	<!-- Specify volume flux (sverdrups) on each level. Positive is from End 1 to End 2. -->
3178	<parameter>
3179	<localName>volume flux for levels 11 to 23</localName>
3180	<value>0.000</value>
3181	</parameter>
3182	<!-- Specify volume flux (sverdrups) on each level. Positive is from End 1 to End 2. -->
3183	<parameter>
3184	<localName>volume flux for levels 24 to 25</localName>
3185	<value>-0.2500</value>
3186	</parameter>
3187	<parameter>
3188	<localName>should either end of the strait take climatological temperautre and salinity?</localName>
3189	<value>OFF</value>
3190	</parameter>
3191	</parameters>
3192	<forcing>
3193	<internal></internal>
3194	</forcing>
3195	</scienceProperty>
3196	<!-- END STRAITS PARAMETRIZATIONS -->
3197	<!-- BEGIN SALINITY CONTROLS -->
3198	<scienceProperty>
3199	<standardName parentList="UMUI">salinity</standardName>
3200	<localName>Ocean_salinity_controls</localName>
3201	<definition>Salinity Controls: no reference salinity, use salinity limits</definition>
3202	<modifiedFromStandard>
3203	<modificationReason></modificationReason>
3204	</modifiedFromStandard>
3205	<references></references>
3206	<parameters>
3207	<parameter>
3208	<localName>Use a reference salinity in surface flux calculations</localName>
3209	<value>OFF</value>
3210	</parameter>
3211	<parameter>
3212	<localName>Apply limits to range of surface salinity permitted</localName>
3213	<value>ON</value>
3214	</parameter>
3215	<!-- For salinity limits -->
3216	<parameter>
3217	<localName>Upper salinity limit (psu/1000)</localName>
3218	<value>4.50000e-02</value>
3219	</parameter>
3220	<!-- For salinity limits -->
3221	<parameter>
3222	<localName>Lower salinity limit (psu/1000)</localName>
3223	<value>5.00000e-03</value>
3224	</parameter>
3225	<parameter>
3226	<localName>Disable heat flux correction</localName>
3227	<value>ON</value>
3228	</parameter>
3229	</parameters>
3230	<forcing>
3231	<internal></internal>
3232	</forcing>
3233	</scienceProperty>
3234	<!-- END SALINITY CONTROLS -->
3235	<!-- BEGIN OCEAN CONVECTION -->
3236	<scienceProperty>
3237	<standardName parentList="CF">convection</standardName>
3238	<localName>Ocean_convection</localName>
3239	<definition>Ocean Convection: Ramstorf full convection scheme</definition>
3240	<modifiedFromStandard>
3241	<modificationReason></modificationReason>
3242	</modifiedFromStandard>
3243	<references></references>
3244	<parameters>
3245	<parameter>
3246	<localName>Additionally Roussenov Convective Adjustment</localName>
3247	<value>OFF</value>
3248	</parameter>
3249	</parameters>
3250	<forcing>
3251	<internal></internal>
3252	</forcing>
3253	</scienceProperty>
3254	<!-- END OCEAN CONVECTION -->
3255	<!-- BEGIN EQUATION OF STATE -->
3256	<scienceProperty>
3257	<standardName parentList="UMUI">equation of state</standardName>
3258	<localName>Ocean_equation_of_state</localName>
3259	<definition>Equation of state: McDougall EOS</definition>
3260	<modifiedFromStandard>
3261	<modificationReason></modificationReason>
3262	</modifiedFromStandard>
3263	<references></references>
3264	<forcing>
3265	<internal></internal>
3266	</forcing>
3267	</scienceProperty>
3268	<!-- END EQUATION OF STATE -->
3269	<!-- BEGIN SURFACE FORCING -->
3270	<scienceProperty>
3271	<standardName parentList="UMUI">haney forcing</standardName>
3272	<localName>Ocean_haney_forcing</localName>
3273	<definition>Surface Forcing: Haney Forcing: No Haney Forcing</definition>
3274	<modifiedFromStandard>
3275	<modificationReason></modificationReason>
3276	</modifiedFromStandard>
3277	<references></references>
3278	<forcing>
3279	<internal></internal>
3280	</forcing>
3281	</scienceProperty>
3282	<scienceProperty>
3283	<standardName parentList="UMUI">Solar Radiation</standardName>
3284	<localName>Ocean_solar_radiation</localName>
3285	<definition>Surface Forcing: Solar Radiation: Penatrative solar absorption: Standard version included</definition>
3286	<modifiedFromStandard>
3287	<modificationReason></modificationReason>
3288	</modifiedFromStandard>
3289	<references></references>
3290	<parameters>
3291	<!-- Specify parameters for the standard penatrative solar absorption: -->
3292	<parameter>
3293	<localName>Coefficient ETA1 (per m)</localName>
3294	<value>1.000e+00</value>
3295	</parameter>
3296	<parameter>
3297	<localName>Coefficient ETA2 (per m)</localName>
3298	<value>5.000e-02</value>
3299	</parameter>
3300	<parameter>
3301	<localName>Coefficient RSOL</localName>
3302	<value>3.800e-01</value>
3303	</parameter>
3304	</parameters>
3305	<forcing>
3306	<internal></internal>
3307	</forcing>
3308	</scienceProperty>
3309	<scienceProperty>
3310	<standardName parentList="UMUI">flux correction</standardName>
3311	<localName>Ocean_flux_correction</localName>
3312	<definition>Surface Forcing: Flux correction: Flux correction applied</definition>
3313	<modifiedFromStandard>
3314	<modificationReason></modificationReason>
3315	</modifiedFromStandard>
3316	<references></references>
3317	<forcing>
3318	<internal></internal>
3319	</forcing>
3320	</scienceProperty>
3321	<scienceProperty>
3322	<standardName parentList="UMUI">ice model forcing</standardName>
3323	<localName>Ocean_ice_model_forcing</localName>
3324	<definition>Surface Forcing: Ice Model Forcing: This is defined as coupled. Ice model forcing is precluded</definition>
3325	<modifiedFromStandard>
3326	<modificationReason></modificationReason>
3327	</modifiedFromStandard>
3328	<references></references>
3329	<forcing>
3330	<internal></internal>
3331	</forcing>
3332	</scienceProperty>
3333	<scienceProperty>
3334	<standardName parentList="UMUI">river outflow</standardName>
3335	<localName>Ocean_river_outflow</localName>
3336	<definition>Surface Forcing: River Outflow: Include River Outflow</definition>
3337	<modifiedFromStandard>
3338	<modificationReason></modificationReason>
3339	</modifiedFromStandard>
3340	<references></references>
3341	<forcing>
3342	<internal></internal>
3343	</forcing>
3344	</scienceProperty>
3345	<!-- END SURFACE FORCING -->
3346	<!-- BEGIN SECTION BY SECTION CHOICES -->
3347	<scienceProperty>
3348	<standardName parentList="UMUI">ocean row calculations</standardName>
3349	<localName>Ocean_30_1A</localName>
3350	<definition>Ocean Row Calculations: standard Ocean Row Calculations</definition>
3351	<modifiedFromStandard>
3352	<modificationReason></modificationReason>
3353	</modifiedFromStandard>
3354	<references></references>
3355	<forcing>
3356	<internal></internal>
3357	</forcing>
3358	</scienceProperty>
3359	<scienceProperty>
3360	<standardName parentList="UMUI">barotropic solution</standardName>
3361	<localName>Ocean_31_1A</localName>
3362	<definition>Barotropic Solution: standard Barotropic Solution</definition>
3363	<modifiedFromStandard>
3364	<modificationReason></modificationReason>
3365	</modifiedFromStandard>
3366	<references></references>
3367	<forcing>
3368	<internal></internal>
3369	</forcing>
3370	</scienceProperty>
3371	<scienceProperty>
3372	<standardName parentList="UMUI">ocean ice calculations</standardName>
3373	<localName>Ocean_32_1A</localName>
3374	<definition>Ocean Ice Calculations: Standard Ocean Ice Calculations</definition>
3375	<modifiedFromStandard>
3376	<modificationReason></modificationReason>
3377	</modifiedFromStandard>
3378	<references></references>
3379	<forcing>
3380	<internal></internal>
3381	</forcing>
3382	</scienceProperty>
3383	<scienceProperty>
3384	<standardName parentList="UMUI">ocean assimilation</standardName>
3385	<localName>Ocean_35_0</localName>
3386	<definition>Ocean Assimilation: Ocean Assimilation not included</definition>
3387	<modifiedFromStandard>
3388	<modificationReason></modificationReason>
3389	</modifiedFromStandard>
3390	<references></references>
3391	<forcing>
3392	<internal></internal>
3393	</forcing>
3394	</scienceProperty>
3395	<!-- END SECTION BY SECTION CHOICES -->
3396	</ScienceProperties>
3397	<!-- End Science Properties used in this model configuration -->
3398	<!-- Begin Input Output Properties used in this model configuration -->
3399	<InputOutputs>
3400	<inputs>
3401	<input>
3402	<initialCondition>
3403	<origin>
3404	<internal>Internal</internal>
3405	</origin>
3406	<description>description of internal method</description>
3407	<!-- BEGIN changeHistory -->
3408	<changeHistory>
3409	<history>
3410	<change>input test one</change>
3411	<changeDate>2005-01-01</changeDate>
3412	<reasonForChange>test</reasonForChange>
3413	</history>
3414	</changeHistory>
3415	<!-- END changeHistory -->
3416	<!-- Begin Citation -->
3417	<references>
3418	<reference>input reference one</reference>
3419	<reference>input reference two</reference>
3420	</references>
3421	<!-- END Citation -->
3422	</initialCondition>
3423	<physicalConstants>
3424	<physicalConstant>
3425	<standardName>earth radius</standardName>
3426	<localName>erad</localName>
3427	<value>9999</value>
3428	<references>
3429	<reference>earth rad ref</reference>
3430	<reference>earth rad ref 2</reference>
3431	</references>
3432	</physicalConstant>
3433	</physicalConstants>
3434	<boundaryConditions>
3435	<boundaryCondition>
3436	<description>this is my boundary condition</description>
3437	<boundaryConditionType>Preindustrial</boundaryConditionType>
3438	<references>
3439	<reference>preindustrial books</reference>
3440	</references>
3441	<boundaryDataset>
3442	<file_ID>
3443	<repositoryIdentifier>CGAM</repositoryIdentifier>
3444	<schemeIdentifier>NMMSuite</schemeIdentifier>
3445	<localIdentifier>10</localIdentifier>
3446	</file_ID>
3447	<filename>boundary.asc</filename>
3448	<pathname>some/path</pathname>
3449	<fileDescription>this is my boundary conditionfile</fileDescription>
3450	<fileFormat>asc</fileFormat>
3451	<fileDate>2005-10-01</fileDate>
3452	<fileCreator>
3453	<pointOfContact>
3454	<individualName>Katherine Bouton</individualName>
3455	<organisationName>CGAM</organisationName>
3456	<positionName>Computational Scientist</positionName>
3457	<responsibility>Information Management</responsibility>
3458	<contactInfo>
3459	<phone>
3460	<voice>01183787841</voice>
3461	<facsimile>01183787800</facsimile>
3462	</phone>
3463	<address>
3464	<deliveryPoint>PO Box 333</deliveryPoint>
3465	<city>Reading</city>
3466	<administrativeArea>Berks</administrativeArea>
3467	<postalCode>RG6 3BB</postalCode>
3468	<country>UK</country>
3469	<electronicMailAddress>k.a.bouton@reading.ac.uk</electronicMailAddress>
3470	</address>
3471	<hoursOfService>9-5</hoursOfService>
3472	<contactInstructions>come on by and see me some time</contactInstructions>
3473	</contactInfo>
3474	</pointOfContact>
3475	</fileCreator>
3476	</boundaryDataset>
3477	</boundaryCondition>
3478	</boundaryConditions>
3479	</input>
3480	</inputs>
3481	<couplingRequirements>
3482	<PMIOD></PMIOD>
3483	<!-- BEGIN changeHistory -->
3484	<changeHistory>
3485	<history>
3486	<change></change>
3487	<changeDate>2005-01-01</changeDate>
3488	<reasonForChange></reasonForChange>
3489	</history>
3490	</changeHistory>
3491	<!-- END changeHistory -->
3492	</couplingRequirements>
3493	<outputs>
3494	<output>
3495	<!-- Begin output id used in this model configuration -->
3496	<outputFile_ID>
3497	<repositoryIdentifier>CGAM</repositoryIdentifier>
3498	<schemeIdentifier>NMM</schemeIdentifier>
3499	<localIdentifier>My outputfile</localIdentifier>
3500	</outputFile_ID>
3501	<!-- END -->
3502	<outputFileFormat>UM PP</outputFileFormat>
3503	<description>Anoutput file example</description>
3504	<!-- BEGIN changeHistory -->
3505	<changeHistory>
3506	<history>
3507	<change>transformed it</change>
3508	<changeDate>2005-01-01</changeDate>
3509	<reasonForChange>used cdat to transform theimage colors</reasonForChange>
3510	</history>
3511	</changeHistory>
3512	<!-- END changeHistory -->
3513	<!-- Begin Citation -->
3514	<references>
3515	<reference>My references, 2006</reference>
3516	</references>
3517	<!-- END Citation -->
3518	</output>
3519	</outputs>
3520	</InputOutputs>
3521	<!-- END Input Output Properties used in this model configuration -->
3522	</ComponentConfiguration>
3523	<!-- END Model Component Configuration -->
3524	</NMMModel>

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source: TI01-discovery/trunk/schema/numsim/NMM/higem/NMMModel_higem.xml @ 1214

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