Changeset 1088 for TI01-discovery
- Timestamp:
- 02/06/06 17:08:21 (13 years ago)
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TI01-discovery/trunk/schema/numsim/NMM/higem/NMMModel_higem.xml
r1054 r1088 288 288 </parameter> 289 289 <parameter> 290 <localName>Do you require bit reproducible results whatever size the extended halo oes are set to?</localName>290 <localName>Do you require bit reproducible results whatever size the extended haloes are set to?</localName> 291 291 <value>OFF</value> 292 292 </parameter> … … 497 497 <modificationReason></modificationReason> 498 498 </modifiedFromStandard> 499 <references></references> 499 <references> 500 <reference> 501 JM Edwards, Slingo A, 1996: 502 Studies with a flexible new radiation code .1. Choosing a configuration for a large-scale model 503 QUARTERLY JOURNAL OF THE ROYAL METEOROLOGICAL SOCIETY, 122(531) 689-719 504 </reference> 505 <reference> 506 JA. CURRY, SCHRAMM JL, EBERT EE. 1995: 507 SEA-ICE ALBEDO CLIMATE FEEDBACK MECHANISM 508 JOURNAL OF CLIMATE 8 (2): 240-247 509 </reference> 510 </references> 500 511 <parameters> 501 512 <parameter> … … 532 543 </parameter> 533 544 <parameter> 534 <localName>temperature range over which the albedo varies</localName>545 <localName>temperature range over which the snow albedo varies</localName> 535 546 <value>2.00</value> 536 547 </parameter> … … 544 555 </forcing> 545 556 </scienceProperty> 557 <scienceProperty> 558 <standardName parentList="UMUI">2-stream SW radiation</standardName> 559 <localName>A01_3A_2Stream</localName> 560 <definition>Section1: SW Radiation: General 2-stream radiation code: Define mode</definition> 561 <modifiedFromStandard> 562 <modificationReason></modificationReason> 563 </modifiedFromStandard> 564 <references></references> 565 <parameters> 566 <!-- Specify the location of the shortwave spectral file --> 567 <parameter> 568 <localName>Directory</localName> 569 <value>/hpcx/home/n02/n02/umx/vn6.1/ctldata/spectral</value> 570 </parameter> 571 <!-- Specify the location of the shortwave spectral file --> 572 <parameter> 573 <localName>File</localName> 574 <value>spec3a_sw_hadgem1_3</value> 575 </parameter> 576 <parameter> 577 <localName>Select 2-stream option</localName> 578 <value>PIFM80</value> 579 </parameter> 580 <parameter> 581 <localName>Select treatment of overlapping for gaseous absorption</localName> 582 <value>Equivalent extinction</value> 583 </parameter> 584 <parameter> 585 <localName>Include absorption by oxygen</localName> 586 <value>ON</value> 587 </parameter> 588 <!-- for oxygen absorption --> 589 <parameter> 590 <localName>Specify mass mixing ration of oxygen</localName> 591 <value>0.2314</value> 592 </parameter> 593 <parameter> 594 <localName>Include climatological aerosol distribution</localName> 595 <value>ON</value> 596 </parameter> 597 <parameter> 598 <localName>Distribute the boundary layer aerosol vertically using the boundary layer depth</localName> 599 <value>OFF</value> 600 </parameter> 601 <parameter> 602 <localName>Select option for overlapping clouds</localName> 603 <value>MRO and Vertically Coherent Convective Cloud</value> 604 </parameter> 605 <parameter> 606 <localName>Select representation of clouds</localName> 607 <value>Segregated mixed-phase clouds</value> 608 </parameter> 609 <parameter> 610 <localName>Partition convective cloud using the local temperature?</localName> 611 <value>ON</value> 612 </parameter> 613 <!-- Specify types of droplets and ice crystals consistent with the spectral file: --> 614 <parameter> 615 <localName>Type number for water droplet in stratiform clouds</localName> 616 <value>5</value> 617 </parameter> 618 <!-- Specify types of droplets and ice crystals consistent with the spectral file: --> 619 <parameter> 620 <localName>Type number for water droplet in convective clouds</localName> 621 <value>5</value> 622 </parameter> 623 <!-- Specify types of droplets and ice crystals consistent with the spectral file: --> 624 <parameter> 625 <localName>Type number for ice crystals in stratiform clouds</localName> 626 <value>8</value> 627 </parameter> 628 <!-- Specify types of droplets and ice crystals consistent with the spectral file: --> 629 <parameter> 630 <localName>Type number for ice crystals in convective clouds</localName> 631 <value>8</value> 632 </parameter> 633 <parameter> 634 <localName>Including spectral land-surface albedos and prognostic snow albedo</localName> 635 <value>OFF</value> 636 </parameter> 637 </parameters> 638 <forcing> 639 <internal></internal> 640 </forcing> 641 </scienceProperty> 546 642 <!-- *END RADIATION SHORTWAVE* --> 547 643 <!-- *BEGIN RADIATION LONGWAVE* --> … … 572 668 </forcing> 573 669 </scienceProperty> 670 <scienceProperty> 671 <standardName parentList="UMUI">2-stream LW radiation</standardName> 672 <localName>A02_3A_2Stream</localName> 673 <definition>Section 2: LW Radiation: General 2-stream long wave radiation code: Define mode</definition> 674 <modifiedFromStandard> 675 <modificationReason></modificationReason> 676 </modifiedFromStandard> 677 <references></references> 678 <parameters> 679 <!-- Specify the location of the longwave spectral file --> 680 <parameter> 681 <localName>Directory</localName> 682 <value>/hpcx/home/n02/n02/umx/vn6.1/ctldata/spectral</value> 683 </parameter> 684 <!-- Specify the location of the longwave spectral file --> 685 <parameter> 686 <localName>File</localName> 687 <value>spec3a_lw_hadgem1_3</value> 688 </parameter> 689 <parameter> 690 <localName>Select 2-stream option</localName> 691 <value>PIF85 with D=1.66</value> 692 </parameter> 693 <parameter> 694 <localName>Select treatment of overlapping for gaseous absorption</localName> 695 <value>Equivalent extinction</value> 696 </parameter> 697 <parameter> 698 <localName>Include climatological aerosol distribution</localName> 699 <value>ON</value> 700 </parameter> 701 <parameter> 702 <localName>Select option for overlapping clouds</localName> 703 <value>MRO and VCCC</value> 704 </parameter> 705 <parameter> 706 <localName>Select representation of clouds</localName> 707 <value>Segregated mixed-phase clouds</value> 708 </parameter> 709 <parameter> 710 <localName>Partition convective cloud using the local temperature?</localName> 711 <value>ON</value> 712 </parameter> 713 <!-- Specify types of droplets and ice crystals consistent with the spectral file: --> 714 <parameter> 715 <localName>Type number for water droplet in stratiform clouds</localName> 716 <value>5</value> 717 </parameter> 718 <!-- Specify types of droplets and ice crystals consistent with the spectral file: --> 719 <parameter> 720 <localName>Type number for water droplet in convective clouds</localName> 721 <value>5</value> 722 </parameter> 723 <!-- Specify types of droplets and ice crystals consistent with the spectral file: --> 724 <parameter> 725 <localName>Type number for ice crystals in stratiform clouds</localName> 726 <value>8</value> 727 </parameter> 728 <!-- Specify types of droplets and ice crystals consistent with the spectral file: --> 729 <parameter> 730 <localName>Type number for ice crystals in convective clouds</localName> 731 <value>8</value> 732 </parameter> 733 <parameter> 734 <localName>Using Microphysics in the longwave</localName> 735 <value>ON</value> 736 </parameter> 737 <parameter> 738 <localName>Enter treatment of scattering</localName> 739 <value>Approximate</value> 740 </parameter> 741 <parameter> 742 <localName>Choose option for variation of source function across layers</localName> 743 <value>Quadratic</value> 744 </parameter> 745 <parameter> 746 <localName>Number of columns to be sub-sampled by the ISCCP simulator</localName> 747 <value>ON</value> 748 </parameter> 749 <!-- for ISCCP simulator --> 750 <parameter> 751 <localName>only required for diagnostics 2269-2277</localName> 752 <value>25</value> 753 </parameter> 754 <!-- Methane --> 755 <parameter> 756 <localName>Define specification of methane absorption</localName> 757 <value>Included. Use constant value</value> 758 </parameter> 759 <!-- Methane --> 760 <parameter> 761 <localName>Specify mass mixing ratio of Methane</localName> 762 <value>9.139e-07</value> 763 </parameter> 764 <!-- N2O --> 765 <parameter> 766 <localName>Define specification of Nitrous Oxide absorption</localName> 767 <value>Included. Use constant value</value> 768 </parameter> 769 <!-- N2O --> 770 <parameter> 771 <localName>Specify mass mixing ratio of Nitrous Oxide</localName> 772 <value>4.665e-07</value> 773 </parameter> 774 <!-- CFC11 --> 775 <parameter> 776 <localName>Define specification of CFC11 absorption</localName> 777 <value>Included. Use a constant value</value> 778 </parameter> 779 <!-- CFC11 --> 780 <parameter> 781 <localName>Specify mass mixing ratio of CFC11</localName> 782 <value>1.053e-09</value> 783 </parameter> 784 <!-- CFC12 --> 785 <parameter> 786 <localName>Define specification of CFC12 absorption</localName> 787 <value>Included. Use a constant value</value> 788 </parameter> 789 <!-- CFC12 --> 790 <parameter> 791 <localName>Specify mass mixing ratio of CFC12</localName> 792 <value>1.595e-09</value> 793 </parameter> 794 <!-- CFC13 --> 795 <parameter> 796 <localName>Define specification of CFC13 absorption</localName> 797 <value>Excluded</value> 798 </parameter> 799 <!-- HCFC22 --> 800 <parameter> 801 <localName>Define specification of HCFC22 absorption</localName> 802 <value>Excluded</value> 803 </parameter> 804 <!-- HCFC125 --> 805 <parameter> 806 <localName>Define specification of HCFC125 absorption</localName> 807 <value>Excluded</value> 808 </parameter> 809 <!-- HCFC134A --> 810 <parameter> 811 <localName>Define specification of HCFC134A absorption</localName> 812 <value>Excluded</value> 813 </parameter> 814 </parameters> 815 <forcing> 816 <internal></internal> 817 </forcing> 818 </scienceProperty> 574 819 <!-- *END RADIATION LONGWAVE* --> 575 <!-- *BEGIN BOUNDARY LAYER * -->820 <!-- *BEGIN BOUNDARY LAYER AND SURFACE PROCESSES* --> 576 821 <scienceProperty> 577 822 <standardName parentList="CF">boundary layer</standardName> 578 823 <localName>A03_8B</localName> 579 <definition>Section 3: Boundary Layer: As6b but MOSES-II</definition> 580 <modifiedFromStandard> 581 <modificationReason></modificationReason> 582 </modifiedFromStandard> 583 <references></references> 584 <parameters> 585 <parameter> 586 <localName>Equilibrium stable boundary layer scheme</localName> 824 <definition>Section 3: Boundary Layer: As 6b but MOSES-II</definition> 825 <modifiedFromStandard> 826 <modificationReason></modificationReason> 827 </modifiedFromStandard> 828 <references> 829 <reference> 830 Lock, A. P. 2001: The numerical representation of entrainment in parametrizations of boundary 831 layer turbulent mixing. MWR, 129, 1148-1163 832 </reference> 833 <reference> 834 Lock, A. P., A. R. Brown, M. R. Bush, G. M. Martin, R. N. B. Smith et al. 2000: 835 A new boundary layer mixing scheme. Part I: scheme description and SCM tests 836 MWR, 128, 3187-3199 837 </reference> 838 </references> 839 <parameters> 840 <!-- Select type of stable boundary layer mixing scheme --> 841 <parameter> 842 <localName>Richardson number based mixing scheme</localName> 587 843 <value>ON</value> 588 844 </parameter> … … 632 888 </forcing> 633 889 </scienceProperty> 634 <!-- *END BOUNDARY LAYER * -->890 <!-- *END BOUNDARY LAYER AND SURFACE PROCESSES* --> 635 891 <!-- *BEGIN LARGE SCALE PRECIPITATION* --> 636 892 <scienceProperty> … … 657 913 <standardName parentList="CF">convection</standardName> 658 914 <localName>A05_4A</localName> 659 <definition>Section 5: Convection: Previously known as CMODS. Built on the basic 3C scheme but with major differences </definition>915 <definition>Section 5: Convection: Previously known as CMODS. Built on the basic 3C scheme but with major differences in science</definition> 660 916 <modifiedFromStandard> 661 917 <modificationReason></modificationReason> … … 736 992 <modificationReason></modificationReason> 737 993 </modifiedFromStandard> 738 <references></references> 994 <references> 995 <reference>"Improvements to the Representation of Orography in the Met Office 996 Unified Model", by S. Webster, A.R. Brown, D.R. Cameron and C.P. Jones, 997 2003, accepted for publication in the Quarterly Journal of the Royal 998 Meteorological Society. 999 </reference> 1000 </references> 739 1001 <parameters> 740 1002 <parameter> … … 750 1012 <value>4.00</value> 751 1013 </parameter> 1014 <parameter> 1015 <localName>include spectral gravity wave scheme</localName> 1016 <value>OFF</value> 1017 </parameter> 1018 752 1019 </parameters> 753 1020 <forcing> … … 760 1027 <standardName parentList="CF">surface hydrology</standardName> 761 1028 <localName>A08_7A</localName> 762 <definition>Section 8: Surface Hydrology: MOSES-II (for use with MOSES-II BL and Vegetation scheme </definition>1029 <definition>Section 8: Surface Hydrology: MOSES-II (for use with MOSES-II BL and Vegetation scheme)</definition> 763 1030 <modifiedFromStandard> 764 1031 <modificationReason></modificationReason> … … 1872 2139 <value>1.400</value> 1873 2140 </parameter> 2141 <parameter> 2142 <localName>Include river outflow</localName> 2143 <value>ON</value> 2144 </parameter> 1874 2145 </parameters> 1875 2146 <forcing>
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