ࡱ> # bjbjSSZ1122$$$$$4$$$hG%4{*$0 =(===?[4c>@@@@@@Q@$ h?? h h@$$==4U6YYY h$=$=>Y h>YY.=62 ykJ L*<:cv \$ h hY h h h h h@@J h h h h h h h h h h h h h h h h2? q#: JCOMM Expert Team on Sea Ice Electronic Chart Systems Ice Objects Catalogue Version 5.2 May 1, 2014 Approved by the JCOMM Expert Team on Sea Ice at its 5th Meeting Prepared by: John Falkingham, ENC Ice Objects Task Group Leader Table of Contents  TOC \o "1-1" \h \z \t "Heading 2,2,Heading 3,3,Class Heading,3"  HYPERLINK \l "_Toc386638502" RECORD OF CHANGES  PAGEREF _Toc386638502 \h v  HYPERLINK \l "_Toc386638503" 1. INTRODUCTION  PAGEREF _Toc386638503 \h 1  HYPERLINK \l "_Toc386638504" 2. ECDIS/ENC BACKGROUND  PAGEREF _Toc386638504 \h 2  HYPERLINK \l "_Toc386638505" 3. NOTES TO VERSION 5.2  PAGEREF _Toc386638505 \h 2  HYPERLINK \l "_Toc386638506" 4. ICE OBJECT CLASSES  PAGEREF _Toc386638506 \h 2  HYPERLINK \l "_Toc386638507" 4.1. ICE OBJECT SUMMARY  PAGEREF _Toc386638507 \h 4  HYPERLINK \l "_Toc386638508" Ice Object Class: Sea Ice  PAGEREF _Toc386638508 \h 5  HYPERLINK \l "_Toc386638509" Ice Object Class: Lake Ice  PAGEREF _Toc386638509 \h 6  HYPERLINK \l "_Toc386638510" Ice Object Class: Iceberg Area  PAGEREF _Toc386638510 \h 7  HYPERLINK \l "_Toc386638511" Ice Object Class: Ice Edge  PAGEREF _Toc386638511 \h 8  HYPERLINK \l "_Toc386638512" Ice Object Class: Iceberg Limit  PAGEREF _Toc386638512 \h 9  HYPERLINK \l "_Toc386638513" Ice Object Class: Limit of Open Water  PAGEREF _Toc386638513 \h 10  HYPERLINK \l "_Toc386638514" Ice Object Class: Limit of All Known Ice  PAGEREF _Toc386638514 \h 11  HYPERLINK \l "_Toc386638515" Ice Object Class: Line of Ice Ridge  PAGEREF _Toc386638515 \h 12  HYPERLINK \l "_Toc386638516" Ice Object Class: Line of Ice Lead  PAGEREF _Toc386638516 \h 13  HYPERLINK \l "_Toc386638517" Ice Object Class: Line of Ice Fracture  PAGEREF _Toc386638517 \h 14  HYPERLINK \l "_Toc386638518" Ice Object Class: Line of Ice Crack  PAGEREF _Toc386638518 \h 15  HYPERLINK \l "_Toc386638519" Ice Object Class: Jammed Brash Barrier  PAGEREF _Toc386638519 \h 16  HYPERLINK \l "_Toc386638520" Ice Object Class: Ice Compacting  PAGEREF _Toc386638520 \h 17  HYPERLINK \l "_Toc386638521" Ice Object Class: Ice Lead  PAGEREF _Toc386638521 \h 18  HYPERLINK \l "_Toc386638522" Ice Object Class: Iceberg  PAGEREF _Toc386638522 \h 19  HYPERLINK \l "_Toc386638523" Ice Object Class: Floeberg  PAGEREF _Toc386638523 \h 20  HYPERLINK \l "_Toc386638524" Ice Object Class: Ice Thickness  PAGEREF _Toc386638524 \h 21  HYPERLINK \l "_Toc386638525" Ice Object Class: Ice Shear  PAGEREF _Toc386638525 \h 22  HYPERLINK \l "_Toc386638526" Ice Object Class: Ice Divergence  PAGEREF _Toc386638526 \h 23  HYPERLINK \l "_Toc386638527" Ice Object Class: Ice Ridge/Hummock  PAGEREF _Toc386638527 \h 24  HYPERLINK \l "_Toc386638528" Ice Object Class: Ice Keel/Bummock  PAGEREF _Toc386638528 \h 25  HYPERLINK \l "_Toc386638529" Ice Object Class: Ice Drift  PAGEREF _Toc386638529 \h 26  HYPERLINK \l "_Toc386638530" Ice Object Class: Ice Fracture  PAGEREF _Toc386638530 \h 27  HYPERLINK \l "_Toc386638531" Ice Object Class: Ice Rafting  PAGEREF _Toc386638531 \h 28  HYPERLINK \l "_Toc386638532" Ice Object Class: Stage of Melt  PAGEREF _Toc386638532 \h 29  HYPERLINK \l "_Toc386638533" Ice Object Class: Snow Cover  PAGEREF _Toc386638533 \h 30  HYPERLINK \l "_Toc386638534" Ice Object Class: Strips and Patches  PAGEREF _Toc386638534 \h 31  HYPERLINK \l "_Toc386638535" Ice Object Class: Grounded Hummock  PAGEREF _Toc386638535 \h 32  HYPERLINK \l "_Toc386638536" 4.2. ICE FEATURE ATTRIBUTE SUMMARY:  PAGEREF _Toc386638536 \h 33  HYPERLINK \l "_Toc386638537" Ice Attribute: Total Concentration  PAGEREF _Toc386638537 \h 36  HYPERLINK \l "_Toc386638538" Ice Attribute: Partial Concentration  PAGEREF _Toc386638538 \h 38  HYPERLINK \l "_Toc386638539" Ice Attribute: Ice Stage of Development  PAGEREF _Toc386638539 \h 40  HYPERLINK \l "_Toc386638540" Ice Attribute: Lake Ice Stage of Development  PAGEREF _Toc386638540 \h 42  HYPERLINK \l "_Toc386638541" Ice Attribute: Floe Sizes  PAGEREF _Toc386638541 \h 44  HYPERLINK \l "_Toc386638542" Ice Attribute: Melt Stage  PAGEREF _Toc386638542 \h 46  HYPERLINK \l "_Toc386638543" Ice Attribute: Concentration of Strips and Patches  PAGEREF _Toc386638543 \h 48  HYPERLINK \l "_Toc386638544" Ice Attribute: Number of Icebergs in Area  PAGEREF _Toc386638544 \h 49  HYPERLINK \l "_Toc386638545" Ice Attribute: Level Ice  PAGEREF _Toc386638545 \h 50  HYPERLINK \l "_Toc386638546" Ice Attribute: Convergence or Divergence Rate  PAGEREF _Toc386638546 \h 51  HYPERLINK \l "_Toc386638547" Ice Attribute: Ice Fracture Type  PAGEREF _Toc386638547 \h 52  HYPERLINK \l "_Toc386638548" Ice Attribute: Ice Lead Status  PAGEREF _Toc386638548 \h 53  HYPERLINK \l "_Toc386638549" Ice Attribute: Frequency of Leads or Fractures  PAGEREF _Toc386638549 \h 54  HYPERLINK \l "_Toc386638550" Ice Attribute: Orientation of Leads or Fractures  PAGEREF _Toc386638550 \h 55  HYPERLINK \l "_Toc386638551" Ice Attribute: Width of Ice Feature (such as Lead, Fracture, Crack or Brash Barrier)  PAGEREF _Toc386638551 \h 56  HYPERLINK \l "_Toc386638552" Ice Attribute: Ice Location Information  PAGEREF _Toc386638552 \h 57  HYPERLINK \l "_Toc386638553" Ice Attribute: Iceberg Size  PAGEREF _Toc386638553 \h 58  HYPERLINK \l "_Toc386638554" Ice Attribute: Ice Drift Direction  PAGEREF _Toc386638554 \h 59  HYPERLINK \l "_Toc386638555" Ice Attribute: Ice Drift Speed  PAGEREF _Toc386638555 \h 60  HYPERLINK \l "_Toc386638556" Ice Attribute: Ice Average Thickness  PAGEREF _Toc386638556 \h 61  HYPERLINK \l "_Toc386638557" Ice Attribute: Maximum Ice Thickness  PAGEREF _Toc386638557 \h 62  HYPERLINK \l "_Toc386638558" Ice Attribute: Minimum Ice Thickness  PAGEREF _Toc386638558 \h 63  HYPERLINK \l "_Toc386638559" Ice Attribute: Ice Thickness Type  PAGEREF _Toc386638559 \h 64  HYPERLINK \l "_Toc386638560" Ice Attribute: Snow Depth  PAGEREF _Toc386638560 \h 65  HYPERLINK \l "_Toc386638561" Ice Attribute: Snow Cover Concentration  PAGEREF _Toc386638561 \h 66  HYPERLINK \l "_Toc386638562" Ice Attribute: Direction of Sastrugi  PAGEREF _Toc386638562 \h 67  HYPERLINK \l "_Toc386638563" Ice Attribute: Ice Ridge Concentration  PAGEREF _Toc386638563 \h 68  HYPERLINK \l "_Toc386638564" Ice Attribute: Ice Ridge Classification  PAGEREF _Toc386638564 \h 70  HYPERLINK \l "_Toc386638565" Ice Attribute: Ice Ridge Mean Height  PAGEREF _Toc386638565 \h 71  HYPERLINK \l "_Toc386638566" Ice Attribute: Ice Ridge Frequency  PAGEREF _Toc386638566 \h 72  HYPERLINK \l "_Toc386638567" Ice Attribute: Ice Ridge Maximum Height  PAGEREF _Toc386638567 \h 73  HYPERLINK \l "_Toc386638568" Ice Attribute: Ice Keel Concentration  PAGEREF _Toc386638568 \h 74  HYPERLINK \l "_Toc386638569" Ice Attribute: Ice Keel Frequency  PAGEREF _Toc386638569 \h 75  HYPERLINK \l "_Toc386638570" Ice Attribute: Ice Keel Mean Depth  PAGEREF _Toc386638570 \h 76  HYPERLINK \l "_Toc386638571" Ice Attribute: Ice Keel Maximum Depth  PAGEREF _Toc386638571 \h 77  HYPERLINK \l "_Toc386638572" Ice Attribute: Ice Rafting Concentration  PAGEREF _Toc386638572 \h 78  HYPERLINK \l "_Toc386638573" Ice Attribute: Combination Ice Stage of Development and Floe Size for the 1st partial concentration  PAGEREF _Toc386638573 \h 79  HYPERLINK \l "_Toc386638574" Ice Attribute: Combination Ice Stage of Development and Floe Size for the 2nd partial concentration  PAGEREF _Toc386638574 \h 82  HYPERLINK \l "_Toc386638575" Ice Attribute: Combination Ice Stage of Development and Floe Size for the 3rd partial concentration  PAGEREF _Toc386638575 \h 85  HYPERLINK \l "_Toc386638576" Ice Attribute: Ice Breccia for the first partial concentration  PAGEREF _Toc386638576 \h 88  HYPERLINK \l "_Toc386638577" Ice Attribute: Ice Breccia for the second partial concentration  PAGEREF _Toc386638577 \h 90  HYPERLINK \l "_Toc386638578" Ice Attribute: Ice Breccia for the third partial concentration  PAGEREF _Toc386638578 \h 92  HYPERLINK \l "_Toc386638579" Ice Attribute: Snow cover  PAGEREF _Toc386638579 \h 94  HYPERLINK \l "_Toc386638580" Ice Attribute: Stage of Melting  PAGEREF _Toc386638580 \h 95  HYPERLINK \l "_Toc386638581" Ice Attribute: Contamination  PAGEREF _Toc386638581 \h 96  HYPERLINK \l "_Toc386638582" Ice Attribute: Hillocks Concentration  PAGEREF _Toc386638582 \h 97  HYPERLINK \l "_Toc386638583" Ice Attribute: Fractures Concentration  PAGEREF _Toc386638583 \h 98  HYPERLINK \l "_Toc386638584" Ice Attribute: Iceberg Concentration  PAGEREF _Toc386638584 \h 99  HYPERLINK \l "_Toc386638585" Ice Attribute: Prevailing Iceberg Form  PAGEREF _Toc386638585 \h 100  HYPERLINK \l "_Toc386638586" Ice Attribute: Maximum Height of Above Water Part (iceberg/grounded hummock)  PAGEREF _Toc386638586 \h 101  HYPERLINK \l "_Toc386638587" Ice Attribute: Number of Ice Objects  PAGEREF _Toc386638587 \h 102  HYPERLINK \l "_Toc386638588" Ice Attribute: Ice Location  PAGEREF _Toc386638588 \h 103  HYPERLINK \l "_Toc386638589" Ice Attribute: Maximum Width of Ice Lead (or Fracture or Crack)  PAGEREF _Toc386638589 \h 104  HYPERLINK \l "_Toc386638590" Ice Attribute: Minimum Width of Ice Lead (or Fracture or Crack)  PAGEREF _Toc386638590 \h 105  HYPERLINK \l "_Toc386638591" Ice Attribute: Brash Ice  PAGEREF _Toc386638591 \h 106  HYPERLINK \l "_Toc386638592" Ice Attribute: International Ice Symbol Presentation Library  PAGEREF _Toc386638592 \h 109  HYPERLINK \l "_Toc386638593" Ice Attribute: National Ice Symbol Presentation Library  PAGEREF _Toc386638593 \h 110  HYPERLINK \l "_Toc386638594" APPENDIX A  PAGEREF _Toc386638594 \h 112  HYPERLINK \l "_Toc386638595" Attribute Types  PAGEREF _Toc386638595 \h 112  HYPERLINK \l "_Toc386638596" APPENDIX B  PAGEREF _Toc386638596 \h 113  HYPERLINK \l "_Toc386638597" List of Non-ice S57 Attributes Referred to by Ice Objects  PAGEREF _Toc386638597 \h 113  RECORD OF CHANGES Version 4.0 Initial version approved 30 March 2007 Version 4.1 Approved 05 March 2010 S-57 Marine Ice Object (MOI) numeric codes have been assigned to all sea ice objects and attributes Amended definition of Code 91 for ICEACT and ICEAPC to include 9+/10 ice concentration Added Brash Ice Code 70 to Ice Objects ICESOD and ICESLO Added Ice Attribute ICEBRS Minor typographical and formatting errors fixed Amended references to more accurate citations Remarks updated for most ice features to indicate specific changes from Version 4.0 Version 5.0 Approved 05 March 2010 New Objects and Attributes added Various code tables amended for greater internal consistency Some attribute types changed from floating point to integer Version 5.1 Approved March 2014 Removed object I_FAST; replaced with additional enumeration for form of ice in attributes ICEFLZ, IA_SFA, IA_SFB, IA_SFC, IA_FFA, IA_FFB, IA_FFC Removed object I_FLOE Object ICEBRG re-defined to indicate either a single iceberg or multiple icebergs around a point Removed attributes IA_RCN, IA_FCN, IA_CST, IA_AVT, IA_MAX, IA_MIN, IA_RMH, IA_RXH, IA_DVW as being duplicates for ICERCN, ICEFCN, etc. Moved attributes NOBJNM and OBJNAM to subset B I_CRAC typo corrected Attributes SYMINS and SMINSR replaced by newly defined attributes ICESYM and ICNSYM Updated Introduction and Background and standardized formatting Version 5.2 Approved March 2014 Updated Introduction and Background and standardized formatting Codes for ICEACT, ICEAPC, ICEFTY, ICESCN and ICEDOS revised to match SIGRID-3 New attribute IA_LOC defined for compatibility with SIGRID-3 Version 3 Table 6a; permitted attribute for line objects ICELNE, BRGLNE, OPNLNE and LKILNE to describe where the ice lies relative to the line Removed attribute IA_DVW as being duplicate for ICELWD Removed attribute ICEDVW from the feature ICEFRA it was not defined and not used Revised definition of ICELWD to allow use to describe width of any ice feature including leads, cracks, fractures and jammed brash barriers Added ICEBRS as a permitted attribute for objects SEAICE and LACICE Code 91 added to allow 9+/10 in ICESPC Attributes ICEDDR, ICEDSP, IA_OBN, ICESYM and ICNSYM added to object BRGARE Attribute ICEFTY added to object ICEFRA Added new codes to attribute ICEMLT to provide snow melt information needed in Antarctic Expected input for IA_MLT changed to remove option to use 3-point scale Changed enumerations for attributes ICEDDR and ICELOR to be consistent with the enumerations for other direction attributes (ICEDOS, IA_LOC) JMDBRR changed from a point feature to a line feature and attributes ICEBRS and ICELWD added Definitions of ICETCK, ICEMAX and ICEMIN revised to clarify that they refer to the thickness of level (undeformed) ice Removed attribute ICECST and replaced by new attributes ICECRT and ICEPRS to distinguish between the rate of change of ice concentration and the force of compression Definition of IA_HLG revised for clarification Several typos corrected ENC Ice Objects Catalogue INTRODUCTION Many Arctic and Baltic nations maintain Ice Services and issue ice charts on a regular basis when marine activities are occurring in the vicinity of sea ice and icebergs. These ice charts are used on ships as an aid to navigation in ice infested waters. Electronic Navigation Charts (ENC) and Electronic Chart Display and Information Systems (ECDIS) are becoming widely available on ships navigating in icy waters and it is necessary to provide ice data in a form that can be used in these systems. The ENC Ice Objects Catalogue has developed slowly since the mid-1990s. Initially, several ad-hoc workshops were held involving experts from national ice services, national hydrographic organizations and private companies involved in the manufacture of electronic charts and display systems. The International Hydrographic Association (IHO) established an on-line registry of ENC chart features. This registry contains several thematic registers, one of which is for ice objects. The information in the register derives directly from the ENC Ice Objects Catalogue, which provides additional explanation and rationale that is not contained in the register. In 2005, the IHO recognized the JCOMM Expert Team on Sea Ice (ETSI) as the manager of the ICE Register. At its meeting in March 2007, the ETSI established an ENC Ice Objects Task Group (TG ENCIO) and approved Terms of Reference governing the activities of the group and outlining the mechanism for further revision to the Ice Objects Catalogue. ETSI Members from Canada, Germany, Russia and the United States were nominated to the TG ENCIO. At that same meeting in 2007, the Version 4.0 of the Catalogue was approved by the ETSI, the first version to be reviewed and approved by the entire team. Version 4.0 was the also the first version to explicitly attempt to harmonize the Ice Objects Catalogue with the: "WMO Sea-Ice Nomenclature and International System of Sea-Ice Symbols", WMO Publication No. 259, Suppl. No. 5, 1989 which includes: Sea-Ice Nomenclature, Suppl. No. 5; and, International System of Sea Ice Symbols, Suppl. No. 4; and, SIGRID-3: A Vector Archive Format for Sea Ice Charts, JCOMM Technical Report No. 23, 2004. The next major update to the Catalogue, Version 5.0, was approved at the ETSI-IV meeting in March 2010. This revision introduced many new objects proposed by the Arctic and Antarctic Research Institute to support work it had done with Transas, an ECDIS manufacturer. During 2011-2012, software was developed to transform SIGRID-3 files into S-57 format. This capability was demonstrated at the JCOMM-4 meeting in May 2012. At the International Ice Charting Working Group (IICWG) meeting held later that year in October, it was agreed that SIGRID should remain as the parent standard because of its wide use and the new capability to transform SIGRID into S-57/S-10x. As a result, some changes have been made to the Ice Objects in order to be compatible with SIGRID. Version 5.1 was prepared in March 2013 and distributed for review. This version was not approved because the ETSI did not meet. Subsequent revisions were incorporated into this Version 5.2. ECDIS/ENC BACKGROUND An Electronic Navigational Chart (ENC) provides the data component of an Electronic Chart Display Information System (ECDIS), which is under review in many countries as an approved aid to navigation, and as the legal equivalent of a paper chart. However, a paper chart is not the only aid to navigation and in ice infested waters, Ice charts are also used. It is therefore a natural extension to the ECDIS to incorporate ice data. The presentation of ice data on an ECDIS is not necessarily a simple matter. One major difficulty is the potential clutter that the addition of ice data could cause on an ECDIS display. It may be that a chart display system can only operate as a true ECDIS without the ice information, and that the inclusion of an additional thematic group (layer) of ice information would downgrade an ECDIS to the lower status of an Electronic Chart System (ECS). However, it is still important for ice information to be fully compatible with an ECDIS system, because in certain waters it is vital for safety to be able to see the ice conditions integrated with the navigational chart data. The second issue is the management of the frequent updates required for ice data. However, in order to begin to understand the scope of the problem, it is necessary to identify what are the potential ice objects and how they would be expressed in the S-57 standard. S-100 came into force on 1 January 2010. S-100 is the document that explains how the IHO will use and extend the ISO 1900 series of geographic standards for hydrographic, maritime and related issues. S-100 extends the scope of the existing S-57 Hydrographic Transfer standard. Unlike S-57, S-100 is inherently more flexible and makes provision for such things as the use of imagery and gridded data types, enhanced metadata and multiple encoding formats. It also provides a more flexible and dynamic maintenance regime via a dedicated on-line registry. Within the S-100 family, Sea Ice has been denoted S-411 by the IHO. A working group led by Jrgen Holfort of the German Hydrographic Service is developing an S-411 Product Specification and based on this Ice Objects Catalogue. NOTES TO VERSION 5.2 Cumulative changes from the previously approved version 5.0 are noted for each object and attribute. These include changes introduced in the draft Version 5.1. ICE OBJECT CLASSES The proposed Ice Feature Object Classes are described in accordance with the format specified in: IHO Transfer Standard for Digital Hydrographic Data, Special Publication No. 57, International Hydrographic Organization, Monaco, Edition 3.1 Appendix A, IHO Object Catalogue, November 2000. All Objects are of type geo, meaning carries the descriptive characteristics of a real world entity. For each feature object class there are three attribute categories: Attribute subset A: used to define the individual characteristics of an object Attribute subset B: used to provide information for presentation or for an information system Attribute subset C: used to define administrative information about the object Some fields in this structure are absent due to different causes: Field ATTV is absent because we have no any attributes for vector data of ice charts Field SG3D is absent because we have only planar graph Field FOID is absent because we dont use a long name and there are no any relationships between the Feature records Field NATF is absent because we dont use any special attributes Field FFPT is absent because we have no necessity to define relationships between the Feature records Ice Object ClassAcronymCodePolygonSea IceSEAICE30 300Lake IceLACICE30 301Iceberg AreaBRGARE30 302PolylineIce EdgeICELNE30 320Iceberg LimitBRGLNE30 321Limit of Open WaterOPNLNE30 322Limit of All Known IceLKILNE30 323Line of Ice RidgeI_RIDG30 324Line of Ice LeadI_LEAD30 325Line of Ice FractureI_FRAL30 326Line of Ice CrackI_CRAC30 327Jammed Brash BarrierJMDBRR30 362PointIce CompactingICECOM30 350Ice LeadICELEA30 351IcebergICEBRG30 352FloebergFLOBRG30 353Ice ThicknessICETHK30 354Ice ShearICESHR30 355Ice DivergenceICEDIV30 356Ice Ridge/HummockICERDG30 357Ice Keel/BummockICEKEL30 358Ice DriftICEDFT30 359Ice FractureICEFRA30 360Ice RaftingICERFT30 361Stage of MeltSTGMLT30 363Snow CoverSNWCVR30 364Strips and PatchesSTRPTC30 365Grounded HummockI_GRHM30 366ICE OBJECT SUMMARY Ice Object Class: Sea Ice Acronym: SEAICE Code: 30300 subset Attribute_A: ICEACT; ICEAPC; ICESOD; ICEFLZ; ICESPC; ICELVL; ICECRT; ICEPRS; ICEFTY; ICEDSP; ICEDDR; ICERCN; ICERFQ; ICERMH; ICERXH; ICERDV; ICEKCN, ICEKFQ, ICEKMD, ICEKXD, ICEFCN; ICETCK; ICEMAX; ICEMIN; ICETTY; ICEMLT; ICESCN; ICESCT; ICEDOS; ICELST; ICELFQ; ICELOR; ICELWD; IA_SFA; IA_SFB; IA_SFC; IA_FFA; IA_FFB; IA_FFC; IA_SNG; IA_MLT; IA_PLG; IA_HLG; IA_DUG; ICEBRS subset Attribute_B: NOBJNM; OBJNAM; INFORM; NINFOM; SCAMIN; SCAMAX; TXTDSC; NTXTDS; PICREP; ICESYM; ICNSYM subset Attribute_C: RECDAT; RECIND; SORDAT; SORIND; Geometric Primitive: Area Definition: Sea Ice is an area at sea that is covered, in whole or in part, with ice. References: "Workshop on International Standards for Ice Information in ECDIS," June 27-29, 1995, Canada/Germany/United States. Ice in ECDIS Workshop, June 3-4, 2000, St. Johns, Canada. WMO Sea-Ice Nomenclature and International System of Sea-Ice Symbols, WMO Publication No. 259, Suppl. No. 5, 1989 SIGRID-3: A Vector Archive Format for Sea Ice Charts, JCOMM Technical Report No. 23, 2004 Distinction: LACICE Remarks: Change from Version 5.0: Attributes ICEBRS, ICESYM, ICNSYM, ICECRT, ICEPRS added; Attributes OBJNAM and NOBJNM moved to subset B Ice Object Class: Lake Ice Acronym: LACICE Code: 30301 subset Attribute_A: ICEACT; ICEAPC; ICELSO; ICEFLZ, ICESPC; ICELVL; ICECRT; ICEPRS; ICEFTY; ICEDSP; ICEDDR; ICERCN; ICERFQ; ICERMH; ICERXH; ICERDV; ICEKCN, ICEKFQ, ICEKMD, ICEKXD, ICEFCN; ICETCK; ICEMAX; ICEMIN; ICETTY; ICEMLT; ICESCN; ICESCT; ICEDOS; ICELST; ICELFQ; ICELOR; ICELWD; ICEBRS subset Attribute_B: NOBJNM; OBJNAM; INFORM; NINFOM; SCAMIN; SCAMAX; TXTDSC; NTXTDS; PICREP; subset Attribute_C: RECDAT; RECIND; SORDAT; SORIND; Geometric Primitive: Area Definition: Lake Ice is an area on a lake that is covered, in whole or in part, with ice. References: "Workshop on International Standards for Ice Information in ECDIS," June 27-29, 1995, Canada/Germany/United States. Ice in ECDIS Workshop, June 3, 4, 2000, St. Johns, Canada. Canadian Ice Service MANICE, 9th edition, June, 2005 Distinction: SEAICE Remarks: Change from Version 5.0: Attribute ICEBRS, ICECRT and ICEPRS added; attributes OBJNAM and NOBJNM moved to subset B Ice Object Class: Iceberg Area Acronym: BRGARE Code: 30302 subset Attribute_A: ICEBNM; ICEBSZ; ICEDDR; ICEDSP; IA_OBN; IA_BCN; IA_BFM; IA_BUH subset Attribute_B: NOBJNM; OBJNAM; INFORM; NINFOM; SCAMIN; SCAMAX; TXTDSC; NTXTDS; PICREP; ICESYM; ICNSYM subset Attribute_C: RECDAT; RECIND; SORDAT; SORIND; Geometric Primitive: Area References: "Workshop on International Standards for Ice Information in ECDIS," June 27-29, 1995, Canada/Germany/United States. Ice in ECDIS Workshop, June 3, 4, 2000, St. Johns, Canada. Canadian Ice Service MANICE, 9th edition, June, 2005 Definition: An Iceberg Area is an area at sea in which icebergs, bergy bits, or growlers are present. Distinction: Remarks: Change from Version 5.0: Attributes ICEDDR, ICEDSP, IA_OBN, ICESYM and ICNSYM added; Attributes OBJNAM and NOBJNM moved to subset B Ice Object Class: Ice Edge Acronym: ICELNE Code: 30320 subset Attribute_A: IA_LOC subset Attribute_B: NOBJNM; OBJNAM INFORM; NINFOM; SCAMIN; SCAMAX; TXTDSC; NTXTDS; PICREP; subset Attribute_C: RECDAT; RECIND; SORDAT; SORIND; Geometric Primitive: Line Definition: The demarcation at any given time between the open sea and sea ice of any kind and in any concentration, whether fast or drifting. References: WMO Sea-Ice Nomenclature and International System of Sea-Ice Symbols, WMO Publication No. 259, Suppl. No. 5, 1989 "Workshop on International Standards for Ice Information in ECDIS, June 27-29, 1995, Canada/Germany/United States. Ice in ECDIS Workshop, June 3-4, 2000, St. Johns, Canada. Canadian Ice Service MANICE, 9th edition, June, 2005 Distinction: BRGLNE, OPNLNE, LKILNE Remarks: Note the distinction from OPNLNE Change from Version 5.0: Attribute IA_LOC added; Attributes OBJNAM and NOBJNM moved to subset B Ice Object Class: Iceberg Limit Acronym: BRGLNE Code: 30321 subset Attribute_A: IA_LOC subset Attribute_B: NOBJNM; OBJNAM; INFORM; NINFOM; SCAMIN; SCAMAX; TXTDSC; NTXTDS; PICREP; subset Attribute_C: RECDAT; RECIND; SORDAT; SORIND; References: Canadian Ice Service MANICE, 9th edition, June, 2005. Geometric Primitive: Line Distinction: ICELNE, OPNLNE, LKILNE Definition: Limit of all known Icebergs Remarks: Change from Version 5.0: Attribute IA_LOC added; Attributes OBJNAM and NOBJNM moved to subset B Ice Object Class: Limit of Open Water Acronym: OPNLNE Code: 30322 subset Attribute_A: IA_LOC subset Attribute_B: NOBJNM; OBJNAM; INFORM; NINFOM; SCAMIN; SCAMAX; TXTDSC; NTXTDS; PICREP: subset Attribute_C: RECDAT; RECIND; SORDAT; SORIND; Geometric Primitive: Line Definition: The demarcation at any given time between sea ice and freely navigable water, in which sea ice is present in concentrations less than 1/10. References: Canadian Ice Service MANICE, 9th edition, June, 2005. Distinction: ICELNE, BRGLNE, LKILNE Remarks: Note the distinction from ICELNE Change from Version 5.0: Attribute IA_LOC added; Attributes OBJNAM and NOBJNM moved to subset B Ice Object Class: Limit of All Known Ice Acronym: LKILNE Code: 30323 subset Attribute_A: IA_LOC subset Attribute_B: NOBJNM; OBJNAM; INFORM; NINFOM; SCAMIN; SCAMAX; TXTDSC; NTXTDS; PICREP: subset Attribute_C: RECDAT; RECIND; SORDAT; SORIND; Geometric Primitive: Line Definition: The limit of all known ice, including both sea ice of any kind and icebergs. References: Canadian Ice Service MANICE, 9th edition, June, 2005. Distinction: ICELNE, BRGLNE, OPNLNE Remarks: This line is a key product of the International Ice Patrol (IIP), to support safe navigation in the Northwest Atlantic under the UN Convention on Safety of Life at Sea (SOLAS). Change from Version 5.0: Attribute IA_LOC added; Attributes OBJNAM and NOBJNM moved to subset Ice Object Class: Line of Ice Ridge Acronym: I_RIDG Code: 30324 subset Attribute_A: ICERDV; ICERMH; ICERXH subset Attribute_B: NOBJNM; OBJNAM; INFORM; NINFOM; SCAMIN; SCAMAX; TXTDSC; NTXTDS; PICREP: subset Attribute_C: RECDAT; RECIND; SORDAT; SORIND; Geometric Primitive: Line Definition: Line of Ice Ridge is a line or wall of broken ice forced up by pressure processes. References: WMO Sea-Ice Nomenclature and International System of Sea-Ice Symbols, WMO Publication No. 259, Suppl. No. 5, 1989 Distinction: Remarks: Change from Version 5.0: Attributes OBJNAM and NOBJNM moved to subset B Ice Object Class: Line of Ice Lead Acronym: I_LEAD Code: 30325 subset Attribute_A: ICESOD;IA_OBN; ICELWD; IA_DMW; IA_DXW subset Attribute_B: NOBJNM; OBJNAM; INFORM; NINFOM; SCAMIN; SCAMAX; TXTDSC; NTXTDS; PICREP: subset Attribute_C: RECDAT; RECIND; SORDAT; SORIND; Geometric Primitive: Line Definition: Line of Ice Lead identifies any passage-way(s) through ice which is (are) navigable by surface vessels. References: WMO Sea-Ice Nomenclature and International System of Sea-Ice Symbols, WMO Publication No. 259, Suppl. No. 5, 1989 Distinction: Remarks: Change from Version 5.0: Attributes OBJNAM and NOBJNM moved to subset B; IA_DVW replaced by ICELWD Ice Object Class: Line of Ice Fracture Acronym: I_FRAL Code: 30326 subset Attribute_A: ICESOD;IA_OBN; ICELWD; IA_DMW; IA_DXW subset Attribute_B: NOBJNM; OBJNAM; INFORM; NINFOM; SCAMIN; SCAMAX; TXTDSC; NTXTDS; PICREP: subset Attribute_C: RECDAT; RECIND; SORDAT; SORIND; Geometric Primitive: Line Definition: Any break or rupture through the ice cover, or through the single floe, resulting from deformation processes. Length may vary from a few meters to a few kilometers. References: WMO Sea-Ice Nomenclature and International System of Sea-Ice Symbols, WMO Publication No. 259, Suppl. No. 5, 1989 Distinction: Remarks: Change from Version 5.0: Attributes OBJNAM and NOBJNM moved to subset B; IA_DVW replaced by ICELWD Ice Object Class: Line of Ice Crack Acronym: I_CRAC Code: 30327 subset Attribute_A: ICESOD;IA_OBN; ICELWD; IA_DMW; IA_DXW subset Attribute_B: NOBJNM; OBJNAM; INFORM; NINFOM; SCAMIN; SCAMAX; TXTDSC; NTXTDS; PICREP: subset Attribute_C: RECDAT; RECIND; SORDAT; SORIND; Geometric Primitive: Line Definition: Line of Ice Crack identifies any ice breakup, but no passage-way(s) for surface vessels. References: WMO Sea-Ice Nomenclature and International System of Sea-Ice Symbols, WMO Publication No. 259, Suppl. No. 5, 1989 Distinction: Remarks: Change from Version 5.0: Typo in acronym corrected; Attributes OBJNAM and NOBJNM moved to subset B; IA_DVW replaced by ICELWD Ice Object Class: Jammed Brash Barrier Acronym: JMDBRR Code: 30362 subset Attribute_A: ICEBRS; ICELWD subset Attribute_B: NOBJNM; OBJNAM; INFORM; NINFOM; SCAMIN; SCAMAX; TXTDSC; NTXTDS; PICREP; subset Attribute_C: RECDAT; RECIND; SORDAT; SORIND; Geometric Primitive: Line Definition: A strip or narrow belt of new, young or brash ice (usually 100-500 metres wide) formed at the edge of either drift or fast ice. References: WMO Sea-Ice Nomenclature and International System of Sea-Ice Symbols, WMO Publication No. 259, Suppl. No. 5, 1989 Distinction: Remarks: JMDBRR can be used to delineate brash ice barriers found in the Baltic Sea as well as jammed brash found in rivers such as the St. Lawrence Change from Version 5.0: Changed from a point feature to a line feature; Attributes ICEBRS and ICELWD added; Attributes OBJNAM and NOBJNM moved to subset B Ice Object Class: Ice Compacting Acronym: ICECOM Code: 30350 subset Attribute_A: ICECRT, ICEPRS subset Attribute_B: NOBJNM; OBJNAM; INFORM; NINFOM; SCAMIN; SCAMAX; TXTDSC; NTXTDS; PICREP; subset Attribute_C: RECDAT; RECIND; SORDAT; SORIND; Geometric Primitive: Point Definition: Pieces of ice are said to be compacting when they are subjected to a converging motion, which increases ice concentration and/or produces stresses which may result in ice deformation Distinction: ICESHR, ICEDFT, ICEDIV References: International System of Sea-Ice Symbols, WMO No. 259, TP. 145, Supplement No. 4, 1970. Remarks: Change from Version 5.0: Removed attribute ICECST; New attributes ICECRT and ICEPRS added; Attributes OBJNAM and NOBJNM moved to subset B Ice Object Class: Ice Lead Acronym: ICELEA Code: 30351 subset Attribute_A: ICELOC; ICELST; ICELWD subset Attribute_B: NOBJNM; OBJNAM; INFORM; NINFOM; SCAMIN; SCAMAX; TXTDSC; NTXTDS; PICREP; subset Attribute_C: RECDAT; RECIND; SORDAT; SORIND; Geometric Primitive: Point Definition: Ice Lead identifies any fracture(s) or passage-way(s) through ice which is (are) navigable by surface vessels. References: "Workshop on International Standards for Ice Information in ECDIS," June 27-29, 1995, Canada/Germany/United States. Ice in ECDIS Workshop, June 3, 4, 2000, St. Johns, Canada. WMO Sea-Ice Nomenclature and International System of Sea-Ice Symbols, WMO Publication No. 259, Suppl. No. 5, 1989 Distinction: ICEFRA Remarks: Change from Version 5.0: Attributes OBJNAM and NOBJNM moved to subset B Ice Object Class: Iceberg Acronym: ICEBRG Code: 30352 subset Attribute_A: ICEBSZ; ICEDSP; ICEDDR; IA_OBN; IA_BFM; IA_BUH subset Attribute_B: NOBJNM; OBJNAM; INFORM; NINFOM; SCAMIN; SCAMAX; TXTDSC; NTXTDS, PICREP subset Attribute_C: RECDAT; RECIND; SORDAT; SORIND; Geometric Primitive: Point Definition: An Iceberg is a massive piece of ice, greatly varying in shape and showing more than 5 meters above the sea surface which has broken away from a glacier, and which may be afloat or grounded. This Object Class also includes smaller forms of glacial ice, known as Bergy Bits and Growlers, which are defined by their size Attribute. ICEBRG can indicate the location of a single iceberg or, if the attribute IA_OBN is specified and is greater than 1, multiple icebergs in the vicinity of a point. References: "Workshop on International Standards for Ice Information in ECDIS," June 27-29, 1995, Canada/Germany/United States. Ice in ECDIS Workshop, June 3-4, 2000, St. Johns, Canada. WMO Sea-Ice Nomenclature and International System of Sea-Ice Symbols, WMO Publication No. 259, Suppl. No. 5, 1989 Distinction: FLOBRG Remarks: Change from Version 5.0: Attribute ICEBNM replaced by attribute IA_OBN; definition revised to allow multiple icebergs around a point; Attributes OBJNAM and NOBJNM moved to subset B Ice Object Class: Floeberg Acronym: FLOBRG Code: 30353 subset Attribute_A: ICEDSP; ICEDDR subset Attribute_B: NOBJNM; OBJNAM; INFORM; NINFOM; SCAMIN; SCAMAX; TXTDSC; NTXTDS; PICREP; subset Attribute_C: RECDAT; RECIND; SORDAT; SORIND; Geometric Primitive: Point Definition: A Floeberg is a massive piece of sea ice composed of a hummock or a group of hummocks, frozen together and separated from any ice surroundings. They typically protrude up to 5 meters above the sea surface. References: "Workshop on International Standards for Ice Information in ECDIS," June 27-29, 1995, Canada/Germany/United States. Ice in ECDIS Workshop, June 3-4, 2000, St. Johns, Canada. WMO Sea-Ice Nomenclature and International System of Sea-Ice Symbols, WMO Publication No. 259, Suppl. No. 5, 1989 Distinction: ICEBRG Remarks: Change from Version 5.0: Attributes OBJNAM and NOBJNM moved to subset B Ice Object Class: Ice Thickness Acronym: ICETHK Code: 30354 subset Attribute_A: ICETCK; ICEMAX; ICEMIN; ICETTY subset Attribute_B: NOBJNM; OBJNAM; INFORM; NINFOM; SCAMIN; SCAMAX; TXTDSC; NTXTDS; PICREP; subset Attribute_C: RECDAT; RECIND; SORDAT; SORIND; Geometric Primitive: Point Definition: Ice Thickness provides a measure or estimate of ice thickness. References: "Workshop on International Standards for Ice Information in ECDIS," June 27-29, 1995, Canada/Germany/United States. Ice in ECDIS Workshop, June 3, 4, 2000, St. Johns, Canada. WMO Sea-Ice Nomenclature and International System of Sea-Ice Symbols, WMO Publication No. 259, Suppl. No. 5, 1989 Distinction: Remarks: Change from Version 5.0: Attributes OBJNAM and NOBJNM moved to subset B Ice Object Class: Ice Shear Acronym: ICESHR Code: 30355 subset Attribute_A: subset Attribute_B: NOBJNM; OBJNAM; INFORM; NINFOM; SCAMIN; SCAMAX; TXTDSC; NTXTDS; PICREP; subset Attribute_C: RECDAT; RECIND; SORDAT; SORIND; Geometric Primitive: Point Definition: An area of drift ice is subject to shear when the ice motion varies significantly in the direction normal to the motion, subjecting the ice to rotational forces References: WMO Sea-Ice Nomenclature and International System of Sea-Ice Symbols, WMO Publication No. 259, Suppl. No. 5, 1989 Distinction: ICEDFT, ICEDIV, ICECOM Remarks: Change from Version 5.0: Attributes OBJNAM and NOBJNM moved to subset B Ice Object Class: Ice Divergence Acronym: ICEDIV Code: 30356 subset Attribute_A: ICECRT subset Attribute_B: NOBJNM; OBJNAM; INFORM; NINFOM; SCAMIN; SCAMAX; TXTDSC; NTXTDS; PICREP; subset Attribute_C: RECDAT; RECIND; SORDAT; SORIND; Geometric Primitive: Point Definition: Ice fields or floes in an area are subject to diverging or dispersive motion, thus reducing ice concentration and/or relieving stresses in the ice. References: WMO Sea-Ice Nomenclature and International System of Sea-Ice Symbols, WMO Publication No. 259, Suppl. No. 5, 1989 Distinction: ICEDFT, ICESHR, ICECOM Remarks: Change from Version 5.0: Attribute ICECRT added; Attributes OBJNAM and NOBJNM moved to subset B Ice Object Class: Ice Ridge/Hummock Acronym: ICERDG Code: 30357 subset Attribute_A: ICERCN; ICERFQ; ICERMH; ICERXH, ICERDV subset Attribute_B: NOBJNM; OBJNAM; INFORM; NINFOM; SCAMIN; SCAMAX; TXTDSC; NTXTDS; PICREP; subset Attribute_C: RECDAT; RECIND; SORDAT; SORIND; Geometric Primitive: Point Definition: An Ice Ridge is a line or wall of broken ice forced up by pressure. A Hummock is a hillock of broken ice which has been forced upward by pressure. References: "Workshop on International Standards for Ice Information in ECDIS," June 27-29, 1995, Canada/Germany/United States. Ice in ECDIS Workshop, June 3-4, 2000, St. Johns, Canada WMO Sea-Ice Nomenclature and International System of Sea-Ice Symbols, WMO Publication No. 259, Suppl. No. 5, 1989 Distinction: ICEKEL, ICERFT Remarks: Change from Version 5.0: Attributes OBJNAM and NOBJNM moved to subset B Ice Object Class: Ice Keel/Bummock Acronym: ICEKEL Code: 30358 subset Attribute_A: ICEKCN; ICEKFQ; ICEKMD; ICEKXD subset Attribute_B: NOBJNM; OBJNAM; INFORM; NINFOM; SCAMIN; SCAMAX; TXTDSC; NTXTDS; PICREP; subset Attribute_C: RECDAT; RECIND; SORDAT; SORIND; Geometric Primitive: Point Definition: From a submariners point of view, a Keel is a downward projecting ridge on the underside of the ice canopy - the counterpart of a Ridge. A Bummock is the counterpart of a hummock on the underside of the ice canopy. References: WMO Sea-Ice Nomenclature and International System of Sea-Ice Symbols, WMO Publication No. 259, Suppl. No. 5, 1989 Distinction: ICERDG, ICERFT Remarks: Change from Version 5.0: Attributes OBJNAM and NOBJNM moved to subset B Ice Object Class: Ice Drift Acronym: ICEDFT Code: 30359 subset Attribute_A: ICEDSP; ICEDDR subset Attribute_B: NOBJNM; OBJNAM; INFORM; NINFOM; SCAMIN; SCAMAX; TXTDSC; NTXTDS; PICREP; subset Attribute_C: RECDAT; RECIND; SORDAT; SORIND; Geometric Primitive: Point Definition: Motion of an ice field or floe as a result of forces such as wind and currents. References: WMO Sea-Ice Nomenclature and International System of Sea-Ice Symbols, WMO Publication No. 259, Suppl. No. 5, 1989 Distinction: ICESHR, ICEDIV, ICECOM Remarks: Change from Version 5.0: Attributes OBJNAM and NOBJNM moved to subset B Ice Object Class: Ice Fracture Acronym: ICEFRA Code: 30360 subset Attribute_A: ICELWD; ICEFTY, ICELOC; IA_OBN; ICESOD; IA_DMW; IA_DXW subset Attribute_B: NOBJNM; OBJNAM; INFORM; NINFOM; SCAMIN; SCAMAX; TXTDSC; NTXTDS; PICREP; subset Attribute_C: RECDAT; RECIND; SORDAT; SORIND; Geometric Primitive: Point Definition: Any break or rupture through the ice pack, or a single floe, resulting from deformation processes. Length may vary from a few metres to many kilometres. References: WMO Sea-Ice Nomenclature and International System of Sea-Ice Symbols, WMO Publication No. 259, Suppl. No. 5, 1989 Distinction: ICELEA Remarks: Change from Version 5.0: IA_DVW replaced by ICELWD; ICEFTY added; ICEDVW removed; Attributes OBJNAM and NOBJNM moved to subset B Ice Object Class: Ice Rafting Acronym: ICERFT Code: 30361 subset Attribute_A: ICEFCN subset Attribute_B: NOBJNM; OBJNAM; INFORM; NINFOM; SCAMIN; SCAMAX; TXTDSC; NTXTDS; PICREP; subset Attribute_C: RECDAT; RECIND; SORDAT; SORIND; Geometric Primitive: Point Definition: Pressure processes whereby one piece of ice overrides another. References: WMO Sea-Ice Nomenclature and International System of Sea-Ice Symbols, WMO Publication No. 259, Suppl. No. 5, 1989 Distinction: ICERDG, ICEKEL Remarks: Change from Version 5.0: Attributes OBJNAM and NOBJNM moved to subset B Ice Object Class: Stage of Melt Acronym: STGMLT Code: 30363 subset Attribute_A: ICEMLT subset Attribute_B: NOBJNM; OBJNAM; INFORM; NINFOM; SCAMIN; SCAMAX; TXTDSC; NTXTDS; PICREP; subset Attribute_C: RECDAT; RECIND; SORDAT; SORIND; Geometric Primitive: Point Definition: A description of the stage of melt of the ice; i.e. whether it has formed puddles on the surface and whether these have frozen. References: WMO Sea-Ice Nomenclature and International System of Sea-Ice Symbols, WMO Publication No. 259, Suppl. No. 5, 1989 Distinction: Remarks: Change from Version 5.0: Attributes OBJNAM and NOBJNM moved to subset B Ice Object Class: Snow Cover Acronym: SNWCVR Code: 30364 subset Attribute_A: ICESCN; ICESCT; ICEDOS subset Attribute_B: NOBJNM; OBJNAM; INFORM; NINFOM; SCAMIN; SCAMAX; TXTDSC; NTXTDS; PICREP; subset Attribute_C: RECDAT; RECIND; SORDAT; SORIND; Geometric Primitive: Point Definition: A description of the amount of snow covering the ice. References: WMO Sea-Ice Nomenclature and International System of Sea-Ice Symbols, WMO Publication No. 259, Suppl. No. 5, 1989 Distinction: Remarks: Change from Version 5.0: Attributes OBJNAM and NOBJNM moved to subset B Ice Object Class: Strips and Patches Acronym: STRPTC Code: 30365 subset Attribute_A: ICESPC subset Attribute_B: NOBJNM; OBJNAM; INFORM; NINFOM; SCAMIN; SCAMAX; TXTDSC; NTXTDS; PICREP; subset Attribute_C: RECDAT; RECIND; SORDAT; SORIND; Geometric Primitive: Point Definition: A strip is a long narrow area of floating ice, about 1 kilometre or less in width, usually composed of small fragments detached from the main mass of ice, and run together under the influence of wind, swell or current. If the area of ice becomes more rounded in shape, it is referred to as a patch. References: WMO Sea-Ice Nomenclature and International System of Sea-Ice Symbols, WMO Publication No. 259, Suppl. No. 5, 1989 Distinction: Remarks: Change from Version 5.0: Attributes OBJNAM and NOBJNM moved to subset B Ice Object Class: Grounded Hummock Acronym: I_GRHM Code: 30366 subset Attribute_A: IA_BUH subset Attribute_B: NOBJNM; OBJNAM; INFORM; NINFOM; SCAMIN; SCAMAX; TXTDSC; NTXTDS; PICREP; subset Attribute_C: RECDAT; RECIND; SORDAT; SORIND; Geometric Primitive: Point Definition: Grounded Hummock identifies a hummock formation which is stranded. References: WMO Sea-Ice Nomenclature and International System of Sea-Ice Symbols, WMO Publication No. 259, Suppl. No. 5, 1989 Distinction: Remarks: Change from Version 5.0: Attributes OBJNAM and NOBJNM moved to subset B FEATURE ATTRIBUTES FOR ICE OBJECTS: The proposed Attributes for Ice Objects are described in accordance with the format specified in: IHO Transfer Standard for Digital Hydrographic Data, Special Publication No. 57, International Hydrographic Organization, Monaco, Edition 3.1 Appendix A, Chapter 2 - Attributes, November 2000. All Attributes are intended to be of type feature, meaning carries the description characteristics of a feature. ICE FEATURE ATTRIBUTE SUMMARY: Ice Feature AttributeAcronymCodeTotal ConcentrationICEACT30 300Partial ConcentrationICEAPC30 301Ice Stage of DevelopmentICESOD30 302Lake Ice Stage of DevelopmentICELSO30 303Floe SizesICEFLZ30 304Melt StageICEMLT30 305Concentration of Strips and PatchesICESPC30 306Number of Icebergs in AreaICEBNM30 307Level IceICELVL30 308Compacting RateICECRT30 309Ice Fracture TypeICEFTY30 310Ice Lead StatusICELST30 311Frequency of Leads or FracturesICELFQ30 312Orientation of Leads or FracturesICELOR30 313Width of Ice Feature (such as Lead, Fracture, Crack or Brash Barrier)ICELWD30 314Ice Location InformationICELOC30 315Iceberg SizeICEBSZ30 316Ice Drift DirectionICEDDR30 317Ice Drift Speed ICEDSP30 318Ice Average ThicknessICETCK30 319Maximum Ice ThicknessICEMAX30 320Minimum Ice ThicknessICEMIN30 321Ice Thickness TypeICETTY30 322Snow DepthICESCT30 323Snow Cover ConcentrationICESCN30 324Direction Of SastrugiICEDOS30 325Ice Ridge ConcentrationICERCN30 326Ice Ridge ClassificationICERDV30 327Ice Ridge Mean HeightICERMH30 328Ice Ridge FrequencyICERFQ30 329Ice Ridge Maximum HeightICERXH30 330Ice Keel ConcentrationICEKCN30 331Ice Keel FrequencyICEKFQ30 332Ice Keel Mean DepthICEKMD30 333Ice Keel Maximum DepthICEKXD30 334Ice Rafting ConcentrationICEFCN30 335Ice Stage of Development and Floe Size for the 1st p.c.IA_SFA30 336Ice Stage of Development and Floe Size for the 2nd p.c.IA_SFB30 337Ice Stage of Development and Floe Size for the 3rd p.c.IA_SFC30 338Ice Breccia for the 1st partial concentrationIA_FFA30 339Ice Breccia for the 2nd partial concentrationIA_FFB30 340Ice Breccia for the 3rd partial concentrationIA_FFC30 341Snow concentrationIA_SNG30 344Stage of meltingIA_MLT30 345ContaminationIA_PLG30 346Hillocks concentrationIA_HLG30 347Fractures concentrationIA_DUG30 349Icebergs concentrationIA_BCN30 353Prevailing iceberg formIA_BFM30 354Max. height of the above-water part (iceberg / grounded hummock)IA_BUH30 355Number of ice objectsIA_OBN30 358Ice Location (relative to a line)IA_LOC30 359Max. width of ice lead (or fracture or crack)IA_DXW30 360Min. width of ice lead (or fracture or crack)IA_DMW30 361Brash IceICEBRS30 362Ice PressureICEPRS30 363The international coloringICESYM30 390The national coloringICNSYM30 391Ice Attribute: Total Concentration Acronym: ICEACT Code: 30300 Attribute Type: Enumerated Expected Input: ID Meaning 98 Ice Free 01 Open Water (< 1/10 ice) 02 Bergy Water 10 1/10 ice 12 1/10 to 2/10 ice 13 1/10 to 3/10 ice 20 2/10 ice 23 2/10 to 3/10 ice 24 2/10 to 4/10 ice 30 3/10 ice 34 3/10 to 4/10 ice 35 3/10 to 5/10 ice 40 4/10 ice 45 4/10 to 5/10 ice 46 4/10 to 6/10 ice 50 5/10 ice 56 5/10 to 6/10 ice 57 5/10 to 7/10 ice 60 6/10 ice 67 6/10 to 7/10 ice 68 6/10 to 8/10 ice 70 7/10 ice 78 7/10 to 8/10 ice 79 7/10 to 9/10 ice 80 8/10 ice 81 8/10 to 10/10 ice 89 8/10 to 9/10 ice 90 9/10 ice 91 9/10 to 10/10 or 9+/10 ice 92 10/10 ice 99 Undetermined/Unknown Definition: ICEACT specifies the total concentration of ice in an area. It represents the ratio expressed in tenths describing the total area of the water surface covered by ice as a fraction of the whole area. References: "Workshop on International Standards for Ice Information in ECDIS," June 27-29, 1995, Canada/Germany/United States. WMO Sea-Ice Nomenclature and International System of Sea-Ice Symbols, WMO Publication No. 259, Suppl. No. 5, 1989 SIGRID-3: A Vector Archive Format for Sea Ice Charts, JCOMM Technical Report No. 23, 2004 Proposed Changes to Harmonize the WMO Sea Ice Nomenclature and Symbology, the SIGRID-3 Coding Standard and the ENC Ice Objects Catalogue; JCOMM Expert Team on Sea Ice Meeting IV, Document 2.6.1; March 2010. Remarks: Corresponds to C in International System of Sea Ice Symbols Corresponds to CT in SIGRID-3 Changes from Version 5.0: Codes for Ice Free, Open Water and Bergy Water changed to match Table 1 in SIGRID-3 Ice Attribute: Partial Concentration Acronym: ICEAPC Code: 30301 Attribute Type: List Expected Input: ID Meaning 98 Ice Free 01 Open Water (< 1/10 ice) 02 Bergy Water 10 1/10 ice 12 1/10 to 2/10 ice 13 1/10 to 3/10 ice 20 2/10 ice 23 2/10 to 3/10 ice 24 2/10 to 4/10 ice 30 3/10 ice 34 3/10 to 4/10 ice 35 3/10 to 5/10 ice 40 4/10 ice 45 4/10 to 5/10 ice 46 4/10 to 6/10 ice 50 5/10 ice 56 5/10 to 6/10 ice 57 5/10 to 7/10 ice 60 6/10 ice 67 6/10 to 7/10 ice 68 6/10 to 8/10 ice 70 7/10 ice 78 7/10 to 8/10 ice 79 7/10 to 9/10 ice 80 8/10 ice 81 8/10 to 10/10 ice 89 8/10 to 9/10 ice 90 9/10 ice 91 9/10 to 10/10 or 9+/10 ice 92 10/10 ice 99 Undetermined/Unknown Definition: ICEAPC specifies the partial concentrations of ice in an area. (Ca, Cb and Cc). References: "Workshop on International Standards for Ice Information in ECDIS," June 27-29, 1995, Canada/Germany/United States. Ice in ECDIS Workshop, June 3-4, 2000, St. Johns, Canada. "WMO Sea-Ice Nomenclature and International System of Sea-Ice Symbols", WMO Publication No. 259, Suppl. No. 5, 1989 SIGRID-3: A Vector Archive Format for Sea Ice Charts, JCOMM Technical Report No. 23, 2004 Proposed Changes to Harmonize the WMO Sea Ice Nomenclature and Symbology, the SIGRID-3 Coding Standard and the ENC Ice Objects Catalogue; JCOMM Expert Team on Sea Ice Meeting IV, Document 2.6.1; March 2010. Remarks: Partial concentrations of ice are reported in order of decreasing thickness and are represented as an S-57 List (or repeating) attribute. Values are separated by a comma. When only one ice type is present the partial concentration shall not be indicated. Missing values are represented by the absence of any value of the attribute, which in ISO 8211 encoding of S57, would be adjacent commas. Corresponds to Ca, Cb, Cc in International System of Sea Ice Symbols. Corresponds to CA, CB, CC in SIGRID-3 Changes from Version 5.0: Codes for Ice Free, Open Water and Bergy Water changed to match Table 1 in SIGRID-3 Ice Attribute: Ice Stage of Development Acronym: ICESOD Code: 30302 Attribute Type: List Expected Input: ID Meaning 01 Ice Free 70 Brash Ice 80 No stage of development 81 New Ice (<10 cm) 82 Nilas Ice Rind (<10 cm) 83 Young Ice (10 to <30 cm) 84 Grey Ice (10 to <15 cm) 85 Grey White Ice (15 to <30 cm) 86 First Year Ice (30 to 200 cm) 87 Thin First Year Ice (30 to <70 cm) 88 Thin First Year Ice Stage 1 (30 to <50 cm) 89 Thin First Year Ice Stage 2 (50 to <70 cm) 90 Code not currently assigned 91 Medium First Year Ice (70 to 120 cm) 92 Code not currently assigned 93 Thick First Year Ice (>120 cm) 94 Residual Ice 95 Old Ice 96 Second Year Ice 97 Multi-Year Ice 98 Glacier Ice (Icebergs) 99 Undetermined/Unknown Definition: Ice Stage of Development describes the ages and thicknesses of the ice (So, Sa, Sb, Sc and Sd). References: "Workshop on International Standards for Ice Information in ECDIS," June 27-29, 1995, Canada/Germany/United States. Ice in ECDIS Workshop, June 3-4, 2000, St. Johns, Canada. "WMO Sea-Ice Nomenclature and International System of Sea-Ice Symbols", WMO Publication No. 259, Suppl. No. 5, 1989 SIGRID-3: A Vector Archive Format for Sea Ice Charts, JCOMM Technical Report No. 23, 2004 Proposed Changes to Harmonize the WMO Sea Ice Nomenclature and Symbology, the SIGRID-3 Coding Standard and the ENC Ice Objects Catalogue; JCOMM Expert Team on Sea Ice Meeting IV, Document 2.6.1; March 2010. Distinction: IA_SFA, IA_SFB, IA_SFC, IA_FFA, IA_FFB, IA_FFC Remarks: Ice Stages of Development may be reported as a single enumerated value or as a set of values of thicknesses. The set of values is represented as an S-57 List (or repeating) attribute. Corresponds to So, Sa, Sb, Sc, Sd in International System of Sea Ice Symbols. Corresponds to SO, SA, SB, SC, SD in SIGRID-3 In conformity with the International System of Sea Ice Symbols, Stage of Development is reported in order from the thickest to the thinnest. The following categories are defined: So - Stage of Development of ice thicker than Sa but having a concentration of less than 1/10. Sa - Thickest/oldest; Stage of Development of partial concentration Ca. Sb - Second thickest/oldest; Stage of Development of partial concentration Cb. Sc - Third thickest/oldest; Stage of Development of partial concentration Cc. Sd Stage of Development of any other remaining class. Missing values are represented by the absence of any value of the attribute, which in ISO 8211 encoding of S57, would be adjacent commas. Changes from Version 5.0: Ice Attribute: Lake Ice Stage of Development Acronym: ICELSO Code: 30303 Attribute Type: List Expected Input: ID Meaning 01 New Lake Ice (<5cms) 02 Thin Lake Ice (5-<15cms) 03 Medium Lake Ice (15-<30cms) 04 Thick Lake Ice (30-70cms) 05 Very Thick Lake Ice (>70cms) 70 Brash Ice 99 Undetermined/Unknown Definition: Lake Ice Stages of Development describe the ages and thicknesses of lake ice. (So, Sa, Sb, Sc and Sd) References: "Workshop on International Standards for Ice Information in ECDIS," June 27-29, 1995, Canada/Germany/United States. Ice in ECDIS Workshop, June 3-4, 2000, St. Johns, Canada. Canadian Ice Service MANICE, 9th edition, June, 2005. SIGRID-3: A Vector Archive Format for Sea Ice Charts, JCOMM Technical Report No. 23, 2004. Proposed Changes to Harmonize the WMO Sea Ice Nomenclature and Symbology, the SIGRID-3 Coding Standard and the ENC Ice Objects Catalogue; JCOMM Expert Team on Sea Ice Meeting IV, Document 2.6.1; March 2010. Distinction: IA_SFA, IA_SFB, IA_SFC, IA_FFA, IA_FFB, IA_FFC Remarks: Lake Ice Stages of Development may be reported as a single enumerated value or as a set of values of thicknesses. The set of values is represented as an S-57 List (or repeating) attribute. Corresponds to So, Sa, Sb, Sc, Sd in International System of Sea Ice Symbols. Corresponds to SO, SA, SB, SC, SD in SIGRID-3 Stage of Development is reported in order from the thickest to the thinnest. The following categories are defined: So Stage of Development of ice thicker than Sa but having a concentration of less than 1/10. Sa - Thickest/oldest; Stage of Development of partial concentration Ca. Sb - Second thickest/oldest; Stage of Development of partial concentration Cb. Sc - Third thickest/oldest; Stage of Development of partial concentration Cc. Sd Stage of Development of any other remaining class. Missing values are represented by the absence of any value of the attribute that in ISO 8211 encoding of S57 would be adjacent commas. Changes from Version 5.0: Ice Attribute: Floe Sizes Acronym: ICEFLZ Code: 30304 Attribute Type: List Expected Input: ID Meaning 01 Pancake Ice (30 cm to 3m across) 02 Shuga/Small Ice Cake; Brash Ice (<2m across) 03 Ice Cake (<20m across) 04 Small Floe (20 to <100m across) 05 Medium Floe (100 to 500m) 06 Big Floe (500 to <2000m across) 07 Vast Floe (2000 to10000m across) 08 Giant Floe (>10000m across) 09 Fast Ice 10 Growlers, Floebergs or Floebits 11 Icebergs 99 Undetermined/Unknown Definition: Floe Sizes describe the predominate forms of ice floe sizes (Fa, Fb and Fc) corresponding to the ice Stages of Development Sa, Sb and Sc respectively. References: "Workshop on International Standards for Ice Information in ECDIS," June 27-29, 1995, Canada/Germany/United States. Ice in ECDIS Workshop, June 3,4, 2000, St. Johns, Canada. "WMO Sea-Ice Nomenclature and International System of Sea-Ice Symbols", WMO Publication No. 259, Suppl. No. 5, 1989 SIGRID-3: A Vector Archive Format for Sea Ice Charts, JCOMM Technical Report No. 23, 2004 Distinction: IA_SFA, IA_SFB, IA_SFC, IA_FFA, IA_FFB, IA_FFC Remarks: The "Floe Sizes" Attribute indicates the floe size corresponding to the respective stage identified in the Stages of Development Attribute and reported as a single enumerated value or as a set of values represented as an S-57 List (or repeating) attribute. Corresponds to Fa, Fb, Fc in International System of Sea Ice Symbols. Corresponds to FA, FB, FC in SIGRID-3 Missing values are represented by the absence of any value of the attribute that in ISO 8211 encoding of S57 would be adjacent commas. Changes from Version 5.0: Ice Attribute: Melt Stage Acronym: ICEMLT Attribute Type: Enumerated Code: 30305 Expected Input: ID Meaning 01 Few Puddles 02 Many Puddles 03 Flooded Ice 04 Few Thaw Holes 05 Many Thaw Holes 06 Dried Ice 07 Rotten Ice 08 Few Frozen Puddles 09 All Puddles Frozen 15 New melting snow (wet new snow) 16 Old melting snow 17 Glaze 18 Melt slush 19 Melt puddles 20 Saturated snow (waves) 98 No Melt 99 Undetermined/Unknown Definitions: The Stage of Melt describes the stages of the melting ice. Puddle: An accumulation of water on ice, mainly due to the melting of snow, but in some more advanced stages also the melting of ice. Thaw Hole: Vertical holes formed in ice when surface puddles melt through to the underlying water. Dried Ice: Ice surface from which water has disappeared after the formation of cracks and thaw holes. During the process of drying the surface whitens. Rotten Ice: Ice which has become honey-combed and is in an advanced state of disintegration. Flooded Ice: Ice which has been flooded and is heavily loaded by water or water and wet snow. Frozen Puddle: A puddle which has frozen over. References: "Workshop on International Standards for Ice Information in ECDIS," June 27-29, 1995, Canada/Germany/United States. WMO Sea-Ice Nomenclature and International System of Sea-Ice Symbols, WMO Publication No. 259, Suppl. No. 5, 1989 SIGRID-3: A Vector Archive Format for Sea Ice Charts, JCOMM Technical Report No. 23, 2004 ASPeCt Ice Observations Codes available at  HYPERLINK "http://aspect.antarctica.gov.au/__data/assets/pdf_file/0008/59129/icecodes.pdf" http://aspect.antarctica.gov.au/__data/assets/pdf_file/0008/59129/icecodes.pdf Remarks: Codes 15-20 are identical with the ASPeCt Snow Type codes 5-10. Changes from Version 5.0: Code for No Melt changed to match Table 11 in SIGRID-3; Codes 15-20 added for compatibility with ASPeCt. Ice Attribute: Concentration of Strips and Patches Acronym: ICESPC Attribute Type: Enumerated Code: 30306 Expected Input: ID Meaning 11 Strips and Patches (concentrations 1/10) 12 Strips and Patches (concentrations 2/10) 13 Strips and Patches (concentrations 3/10) 14 Strips and Patches (concentrations 4/10) 15 Strips and Patches (concentrations 5/10) 16 Strips and Patches (concentrations 6/10) 17 Strips and Patches (concentrations 7/10) 18 Strips and Patches (concentrations 8/10) 19 Strips and Patches (concentrations 9/10) 91 Strips and Patches (concentrations 9+/10) 20 Strips and Patches (concentrations 10/10) 99 Undetermined/Unknown Definition: A strip is a long narrow area of floating ice, about 1 kilometre or less in width, usually composed of small fragments detached from the main mass of ice, and run together under the influence of wind, swell or current. If the area of ice becomes more rounded in shape, it is referred to as a patch. ICESPC indicates the concentration in tenths within the area of Strips and Patches. References: SIGRID-3: A Vector Archive Format for Sea Ice Charts, JCOMM Technical Report No. 23, 2004 WMO Sea-Ice Nomenclature and International System of Sea-Ice Symbols, WMO Publication No. 259, Suppl. No. 5, 1989 Remarks: The concentration of Strips and Patches are provided exclusive of Floe Size values. When a Strips and Patches value is supplied, Floe Size values are null. Changes from Version 5.0: Code 91 added to allow 9+/10 to be expressed Ice Attribute: Number of Icebergs in Area Acronym: ICEBNM Attribute Type: Integer Code: 30307 Expected Input: The number of icebergs in an area expressed by a density measurement on the basis of a grid. Definitions: ICEBNM indicates the number of Icebergs within a specified area. Distinction: IA_BCN References: "Workshop on International Standards for Ice Information in ECDIS," June 27-29, 1995, Canada/Germany/United States. Canadian Ice Service MANICE, 9th edition, June, 2005. Remarks: The area is defined by the dimensions of one degree latitude by one degree longitude and the attribute will be limited to 80 degrees North or South due to distortion at the poles. Although measurements are not taken, areas that contain icebergs also usually contain bergy bits, and growlers. Changes from Version 5.0: Ice Attribute: Level Ice Acronym: ICELVL Code: 30308 Attribute Type: Enumerated Expected Input: ID Meaning 01 Level (undeformed) 02 Deformed 99 Undetermined/Unknown Definition: ICELVL is an indication as to whether or not the ice has been affected by deformation References: WMO Sea-Ice Nomenclature and International System of Sea-Ice Symbols, WMO Publication No. 259, Suppl. No. 5, 1989 Remarks: Use of this Attribute is a regional practice in the Baltic Sea. Changes from Version 5.0: Ice Attribute: Convergence or Divergence Rate Acronym: ICECRT Attribute Type: Enumerated Code: 30309 Expected Input: ID Meaning 01 Little convergence or divergence 10 Slight convergence / divergence 12 Slight to moderate convergence / divergence 20 Moderate convergence / divergence 23 Moderate to strong convergence / divergence 30 Strong convergence / divergence 98 Convergence / divergence of unknown strength 99 Undetermined / Unknown Definition: ICECRT is an indication of the rate of convergence or divergence of the ice. Distinction: ICEPRS References: WMO Sea-Ice Nomenclature and International System of Sea-Ice Symbols, WMO Publication No. 259, Suppl. No. 5, 1989 Remarks: Changes from Version 5.0: New attribute to replace ICECST Ice Attribute: Ice Fracture Type Acronym: ICEFTY Attribute Type: Enumerated Code: 30310 Expected Input: ID Meaning 01 Crack (0 to 1m wide) 02 Very Small Fracture (>1m to 50m wide) 03 Small Fracture (>50m to 200m wide) 04 Medium Fracture (>200m to 500m wide) 05 Large Fracture (>500m wide) Definition: ICEFTY indicates the type of fracture, based upon width. References: WMO Sea-Ice Nomenclature and International System of Sea-Ice Symbols, WMO Publication No. 259, Suppl. No. 5, 1989 Remarks: Changes from Version 5.0: Ice Attribute: Ice Lead Status Acronym: ICELST Code: 30311 Attribute Type: Enumerated Expected Input: ID Meaning 01 Open Lead 02 Frozen Lead 99 Undetermined/Unknown Definition: The Ice Lead Status indicates the surface nature of the lead. References: "Workshop on International Standards for Ice Information in ECDIS, June 27-29, 1995, Canada/Germany/United States. WMO Sea-Ice Nomenclature and International System of Sea-Ice Symbols, WMO Publication No. 259, Suppl. No. 5, 1989 Remarks: Changes from Version 5.0: Ice Attribute: Frequency of Leads or Fractures Acronym: ICELFQ Code: 30312 Attribute Type: Integer Expected Input: The number of leads or fractures per nautical mile Definition: ICELFQ indicates the frequency of leads or fractures in number per nautical mile. References: "WMO Sea-Ice Nomenclature and International System of Sea-Ice Symbols", WMO Publication No. 259, Suppl. No. 5, 1989 Remarks: Changes from Version 5.0: Ice Attribute: Orientation of Leads or Fractures Acronym: ICELOR Code: 30313 Attribute Type: Enumerated Expected Input: ID Meaning 01 NE 02 E 03 SE 04 S 05 SW 06 W 07 NW 08 N 97 Variable 98 No Leads or Fractures 99 Undetermined/Unknown Definition: ICELOR indicates the predominant orientation of leads and fractures. References: "WMO Sea-Ice Nomenclature and International System of Sea-Ice Symbols", WMO Publication No. 259, Suppl. No. 5, 1989 Remarks: Changes from Version 5.0: Expected input re-defined to be consistent with other direction enumerations (ICEDOS, IA_LOC, ICEDDR) Ice Attribute: Width of Ice Feature (such as Lead, Fracture, Crack or Brash Barrier) Acronym: ICELWD Code: 30314 Attribute Type: Integer Expected Input: Numeric value of the width expressed in metres Definition: ICELWD indicates the width of an ice feature such as a lead or fracture or crack or brash barrier in metres. References: WMO Sea-Ice Nomenclature and International System of Sea-Ice Symbols, WMO Publication No. 259, Suppl. No. 5, 1989 Remarks: Changes from Version 5.0: Definition revised, specifically to allow use for jammed brash barrier in addition to leads and cracks, but also to allow use for other potential width features. Ice Attribute: Ice Location Information Acronym: ICELOC Code: 30315 Attribute Type: Enumerated Expected Input: ID Meaning 01 Specific Location 02 Presence in Area Definitions: ICELOC indicates whether the break is at a specific location, or whether there is a presence in the area. References: WMO Sea-Ice Nomenclature and International System of Sea-Ice Symbols, WMO Publication No. 259, Suppl. No. 5, 1989 Remarks: Changes from Version 5.0: Ice Attribute: Iceberg Size Acronym: ICEBSZ Code: 30316 Attribute Type: Enumerated Expected Input: ID Meaning 01 Growler (<1m asl) 02 Bergy Bit (1-<5m asl; 5-<15m length) 03 Small Iceberg (5-15m asl; 15-60m length) 04 Medium Iceberg (16-45m asl; 61-120m length) 05 Large Iceberg (46-75m asl; 121-200m length) 06 Very Large Iceberg (>75m asl; >200m length) 07 Ice Island Fragment 08 Ice Island (in the Northern Hemisphere) or Very Large Tabular Berg (in the Southern Ocean) 09 Radar Target 99 Undetermined/Unknown Definitions: The "Iceberg Size" categorizes the size of an iceberg. References: "Workshop on International Standards for Ice Information in ECDIS, June 27-29, 1995, Canada/Germany/United States. Ice in ECDIS Workshop, June 3-4, 2000, St. Johns, Canada WMO Sea-Ice Nomenclature and International System of Sea-Ice Symbols, WMO Publication No. 259, Suppl. No. 5, 1989 Remarks: Changes from Version 5.0: Ice Attribute: Ice Drift Direction Acronym: ICEDDR Attribute Type: Enumerated Code: 30317 Expected Input: ID Meaning 01 Ice Drift to NE 02 Ice Drift to E 03 Ice Drift to SE 04 Ice Drift to S 05 Ice Drift to SW 06 Ice Drift to W 07 Ice Drift to NW 08 Ice Drift to N 97 Variable Ice Drift 98 No Ice Motion 99 Undetermined/Unknown Definition: ICEDDR indicates the direction in which an ice mass is drifting. References: "Workshop on International Standards for Ice Information in ECDIS, June 27-29, 1995, Canada/Germany/United States. Ice in ECDIS Workshop, June 3-4, 2000, St. Johns, Canada. WMO Sea-Ice Nomenclature and International System of Sea-Ice Symbols, WMO Publication No. 259, Suppl. No. 5, 1989 Remarks: Changes from Version 5.0: Expected input re-defined to be consistent with other direction enumerations (ICEDOS, IA_LOC, ICELOR) Ice Attribute: Ice Drift Speed Acronym: ICEDSP Attribute Type: Floating Code: 30318 Expected Input: A numeric value of the speed of an ice mass expressed in knots. Definitions: ICEDSP describes the speed in knots at which an ice mass is traveling. References: "Workshop on International Standards for Ice Information in ECDIS, June 27-29, 1995, Canada/Germany/United States. Ice in ECDIS Workshop, June 3-4, 2000, St. Johns, Canada. WMO Sea-Ice Nomenclature and International System of Sea-Ice Symbols, WMO Publication No. 259, Suppl. No. 5, 1989 Remarks: Changes from Version 5.0: Ice Attribute: Ice Average Thickness Acronym: ICETCK Attribute Type: Integer Code: 30319 Expected Input: A numeric value indicating the average thickness of the ice in centimeters. Definitions: Ice Average Thickness defines the average thickness of level (undeformed) ice. References: "Workshop on International Standards for Ice Information in ECDIS, June 27-29, 1995, Canada/Germany/United States. "WMO Sea-Ice Nomenclature and International System of Sea-Ice Symbols", WMO Publication No. 259, Suppl. No. 5, 1989 Remarks: The accuracy of this Attribute value is approximately 10% (i.e. within 5 cm for the first 30 cm of thickness and within 10 cm for measurements up to 1.5 m). Changes from Version 5.0: Definition changed to clarify that this describes the average thickness of undeformed ice Ice Attribute: Maximum Ice Thickness Acronym: ICEMAX Code: 30320 Attribute Type: Integer Expected Input: A numeric value indicating the maximum thickness of level (undeformed) ice in centimeters. Definition: ICEMAX specifies the maximum thickness of the ice. References: Ice in ECDIS Workshop, June 3-4, 2000, St. Johns, Canada "WMO Sea-Ice Nomenclature and International System of Sea-Ice Symbols", WMO Publication No. 259, Suppl. No. 5, 1989 Remarks: The accuracy of this Attribute value is approximately 10% (i.e. within 5 cm for the first 30 cm of thickness and within 10 cm for measurements up to 1.5 m). Changes from Version 5.0: Definition changed to clarify that this describes the maximum thickness of undeformed ice Ice Attribute: Minimum Ice Thickness Acronym: ICEMIN Code: 30321 Attribute Type: Integer Expected Input: A numeric value indicating the minimum thickness of the ice in centimeters. Definition: ICEMIN specifies the minimum thickness of level (undeformed) ice. References: Ice in ECDIS Workshop, June 3,4, 2000, St. Johns, Canada "WMO Sea-Ice Nomenclature and International System of Sea-Ice Symbols", WMO Publication No. 259, Suppl. No. 5, 1989 Remarks: The accuracy of this Attribute value is approximately 10% (i.e. within 5 cm for the first 30 cm of thickness and within 10 cm for measurements up to 1.5 m). Changes from Version 5.0: Definition changed to clarify that this describes the minimum thickness of undeformed ice Ice Attribute: Ice Thickness Type Acronym: ICETTY Code: 30322 Attribute Type: Enumerated Expected Input: ID Meaning 01 Measured 02 Estimated 99 Undetermined/Unknown Definition: ICETTY indicated whether the thickness of the ice was measured or estimated. References: "WMO Sea-Ice Nomenclature and International System of Sea-Ice Symbols", WMO Publication No. 259, Suppl. No. 5, 1989 Remarks: Changes from Version 5.0: Ice Attribute: Snow Depth Acronym: ICESCT Code: 30323 Attribute Type: Integer Expected Input: A numeric value indicating the depth of the snow cover in centimeters. Definitions: ICESCT specifies the depth of snow cover on the ice. References: "Workshop on International Standards for Ice Information in ECDIS, June 27-29, 1995, Canada/Germany/United States. WMO Sea-Ice Nomenclature and International System of Sea-Ice Symbols, WMO Publication No. 259, Suppl. No. 5, 1989 Remarks: A range of values can be used if the Snow Cover varies, or the precise value is uncertain. Changes from Version 5.0: Attribute type changed to integer Ice Attribute: Snow Cover Concentration Acronym: ICESCN Code: 30324 Attribute Type: Enumerated Expected Input: ID Meaning 01 0/10 1/10 10 1/10 12 1/10 2/10 20 2/10 23 2/10 3/10 30 3/10 34 3/10 4/10 40 4/10 45 4/10 5/10 50 5/10 56 5/10 6/10 60 6/10 67 6/10 7/10 70 7/10 78 7/10 8/10 80 8/10 89 8/10 9/10 90 9/10 91 9/10 10/10 92 10/10 98 No Snow Cover 99 Undetermined/Unknown Definitions: ICESCN indicates the concentration (aerial coverage) of snow in tenths. References: "WMO Sea-Ice Nomenclature and International System of Sea-Ice Symbols", WMO Publication No. 259, Suppl. No. 5, 1989 Remarks: Changes from Version 5.0: Expected input values changed to match the general concentration Table 1 in SIGRID-3. Ice Attribute: Direction of Sastrugi Acronym: ICEDOS Code: 30325 Attribute Type: Enumerated Expected Input: ID Meaning 01 NE 02 E 03 SE 04 S 06 W 07 NW 08 N 97 Variable 98 No Sastrugi 99 Undetermined/Unknown Definitions: ICEDOS indicates the bearing of a sastrugi. Sastrugi are sharp, irregular ridges formed on a snow surface by wind erosion and deposition. On mobile floating ice the ridges are parallel to the direction of the wind at the time they were formed. References: Ice in ECDIS Workshop, June 3-4, 2000, St. Johns, Canada "WMO Sea-Ice Nomenclature and International System of Sea-Ice Symbols", WMO Publication No. 259, Suppl. No. 5, 1989 Remarks: Changes from Version 5.0: Expected input values changed to match SIGRID Table 6a Ice Attribute: Ice Ridge Concentration Acronym: ICERCN Code: 30326 Attribute Type: List Expected Input: ID Meaning 01 0/10 1/10 10 1/10 12 1/10 2/10 20 2/10 23 2/10 3/10 30 3/10 34 3/10 4/10 40 4/10 45 4/10 5/10 50 5/10 56 5/10 6/10 60 6/10 67 6/10 7/10 70 7/10 78 7/10 8/10 80 8/10 89 8/10 9/10 90 9/10 91 9/10 10/10 92 10/10 98 No Ridging 99 Undetermined/Unknown Definitions: ICERCN describes the concentration of hummocked ice in an ice area. Up to three values may be given in the list to correspond to the partial concentrations in ICEAPC. References: "WMO Sea-Ice Nomenclature and International System of Sea-Ice Symbols", WMO Publication No. 259, Suppl. No. 5, 1989 Remarks: Possible versions of encoding for the 1st, 2nd and 3rd partial concentration: XX XX , XX XX , XX , XX Changes from Version 5.0: Ice Attribute: Ice Ridge Classification Acronym: ICERDV Code: 30327 Attribute Type: Enumerated Expected Input: ID Meaning 01 New Ridge 02 Weathered Ridge 03 Very Weathered Ridge 04 Aged Ridge 05 Consolidated Ridge 06 Ridge 07 Ridged Ice Zone 08 Ridge Barrier 99 Undetermined/Unknown Definitions: ICERDV describes the predominant type of ice ridge(s) present. References: "Workshop on International Standards for Ice Information in ECDIS," June 27-29, 1995, Canada/Germany/United States. Ice in ECDIS Workshop, June 3-4, 2000, St. Johns, Canada. WMO Sea-Ice Nomenclature and International System of Sea-Ice Symbols, WMO Publication No. 259, Suppl. No. 5, 1989 Remarks: Changes from Version 5.0: Ice Attribute: Ice Ridge Mean Height Acronym: ICERMH Code: 30328 Attribute Type: Integer Expected Input: A numeric value indicating the mean height of the ridge(s). Definitions: ICERMH indicates the mean height of ice ridge(s) in decimetres. References: "Workshop on International Standards for Ice Information in ECDIS, June 27-29, 1995, Canada/Germany/United States. WMO Sea-Ice Nomenclature and International System of Sea-Ice Symbols, WMO Publication No. 259, Suppl. No. 5, 1989 Remarks: Changes from Version 5.0: Ice Attribute: Ice Ridge Frequency Acronym: ICERFQ Code: 30329 Attribute Type: Integer Expected Input: The number of ice ridges per nautical mile Definitions: ICERFQ indicates the frequency of ice ridges in number per nautical mile References: "WMO Sea-Ice Nomenclature and International System of Sea-Ice Symbols", WMO Publication No. 259, Suppl. No. 5, 1989 Remarks: Changes from Version 5.0: Ice Attribute: Ice Ridge Maximum Height Acronym: ICERXH Code: 30330 Attribute Type: Integer Expected Input: A numeric value indicating the maximum height of the ice ridge(s). Definitions: ICERXH indicates the maximum height of ice ridge(s) in decimetres. References: WMO Sea-Ice Nomenclature and International System of Sea-Ice Symbols, WMO Publication No. 259, Suppl. No. 5, 1989 Remarks: Changes from Version 5.0: Ice Attribute: Ice Keel Concentration Acronym: ICEKCN Code: 30331 Attribute Type: Enumerated Expected Input: ID Meaning 01 0/10 1/10 10 1/10 12 1/10 2/10 20 2/10 23 2/10 3/10 30 3/10 34 3/10 4/10 40 4/10 45 4/10 5/10 50 5/10 56 5/10 6/10 60 6/10 67 6/10 7/10 70 7/10 78 7/10 8/10 80 8/10 89 8/10 9/10 90 9/10 91 9/10 10/10 92 10/10 98 No Keels 99 Undetermined/Unknown Definitions: ICEKCN describes the concentration of ice keels beneath an ice area. References: WMO Sea-Ice Nomenclature and International System of Sea-Ice Symbols, WMO Publication No. 259, Suppl. No. 5, 1989. Remarks: Changes from Version 5.0: Ice Attribute: Ice Keel Frequency Acronym: ICEKFQ Code: 30332 Attribute Type: Integer Expected Input: The number of ice keels per nautical mile Definitions: ICERFQ indicates the frequency of ice keels in number per nautical mile References: "WMO Sea-Ice Nomenclature and International System of Sea-Ice Symbols", WMO Publication No. 259, Suppl. No. 5, 1989 Remarks: Changes from Version 5.0: Ice Attribute: Ice Keel Mean Depth Acronym: ICEKMD Code: 30333 Attribute Type: Integer Expected Input: A numeric value indicating the mean depth of the ice keels. Definitions: ICEKMD indicates the mean depth of ice keels in decimetres. References: "WMO Sea-Ice Nomenclature and International System of Sea-Ice Symbols", WMO Publication No. 259, Suppl. No. 5, 1989 Remarks: Changes from Version 5.0: Attribute type changed to integer Ice Attribute: Ice Keel Maximum Depth Acronym: ICEKXD Code: 30334 Attribute Type: Integer Expected Input: A numeric value indicating the maximum depth of the ice keels. Definitions: ICEKXD indicates the maximum depth of ice keels in decimetres. References: "WMO Sea-Ice Nomenclature and International System of Sea-Ice Symbols", WMO Publication No. 259, Suppl. No. 5, 1989 Remarks: Changes from Version 5.0: Attribute type changed to integer Ice Attribute: Ice Rafting Concentration Acronym: ICEFCN Code: 30335 Attribute Type: Enumerated Expected Input: ID Meaning 01 0/10 1/10 10 1/10 12 1/10 2/10 20 2/10 23 2/10 3/10 30 3/10 34 3/10 4/10 40 4/10 45 4/10 5/10 50 5/10 56 5/10 6/10 60 6/10 67 6/10 7/10 70 7/10 78 7/10 8/10 80 8/10 89 8/10 9/10 90 9/10 91 9/10 10/10 92 10/10 98 No Rafting 99 Undetermined/Unknown Definitions: ICEFCN describes the concentration of ice rafting in an ice area. References: WMO Sea-Ice Nomenclature and International System of Sea-Ice Symbols, WMO Publication No. 259, Suppl. No. 5, 1989 Remarks: Changes from Version 5.0: Ice Attribute: Combination Ice Stage of Development and Floe Size for the 1st partial concentration Acronym: IA_SFA Code: 30336 Attribute Type: List Expected Input: ID Meaning Floe Size (FF) 01 Pancake Ice (30 cm 3 m) 02 Shuga/Small Ice Cake; Brash Ice (<2 m) 03 Ice Cake (<20 m) 04 Small Floe (20 100 m) 05 Medium Floe (100-500 m) 06 Big Floe (500 2000 m) 07 Vast Floe (2 10 km) 08 Giant Floe (>10 km) 09 Fast Ice Ice Stage of Development (SS) 80 No stage of development 81 New Ice (<5 cm) 82 Nilas Ice (<10 cm) 83 Young Ice (10 to <30 cm) 84 Grey Ice (10 to <15 cm) 85 Grey White Ice (15 to <30 cm) 86 First Year Ice (30 to 200 cm) 87 Thin First Year Ice (30 to <70 cm) 88 Thin First Year Ice Stage 1 (30 to <50 cm) 89 Thin First Year Ice Stage 2 (50 to <70 cm) 90 Code not currently assigned 91 Medium First Year Ice (70 to 120 cm) 92 Code not currently assigned 93 Thick First Year Ice (>120 cm) 94 Residual Ice 95 Old Ice 96 Second Year Ice 97 Multi-Year Ice 99 Undetermined/Unknown Definitions: IA_SFA describes combination(s) of Ice Stage of Development and Floe Size for the first partial concentration in an ice area. Up to three (stage of development / form of ice) combinations are allowed to describe the ice in the first partial concentration group. References: Distinction: ICESOD, ICEFLZ, IA_FFA Remarks: IA_SFA, IA_SFB and IA_SFC present an alternative encoding to ICESOD and ICEFLZ under the following rules: Major stages of development (old, first-year, young, new) shall be delineated by different partial concentrations in ICEAPC Stages of development belonging to the same major stage may be encoded inside using both single or different partial concentrations Up to three forms of ice are allowed for each partial concentration group SS / FF SS / FF, SS / FF SS / FF, SS / FF, SS / FF Example A: total concentration: 9/10 3/10 of thick first year, 5/10 of grey-white and 1/10 of new ice; thick first year ice has some vast floes, some big floes and some small floes; grey-white ice has some medium floes and some small floes; new ice is all in the form of shuga: ICEACT: [90] ICEAPC: [30, 50, 10] IA_SFA: [93/07, 93/06, 93/04] IA_SFB: [85/05, 85/04] IA_SFC: [81/02] Example B: total concentration: 10/10 7-8/10 of old ice, 2 of some thick and some medium first-year and 0-1/10 of some grey and some grey-white young ice; old ice has some medium and big floes; thick and medium have medium floes; grey and grey-white have small floes: ICEACT: [92] ICEAPC: [78, 20, 02] IA_SFA: [95/06, 95/05] IA_SFB: [93/05, 91/05] IA_SFC: [85/04, 84/04] Changes from Version 5.0: Added code 09 for Fast Ice. Ice Attribute: Combination Ice Stage of Development and Floe Size for the 2nd partial concentration Acronym: IA_SFB Code: 30337 Attribute Type: List Expected Input: ID Meaning Floe Size (FF) 01 Pancake Ice (30 cm 3 m) 02 Shuga/Small Ice Cake; Brash Ice (<2 m) 03 Ice Cake (<20 m) 04 Small Floe (20 100 m) 05 Medium Floe (100-500 m) 06 Big Floe (500 2000 m) 07 Vast Floe (2 10 km) 08 Giant Floe (>10 km) 09 Fast Ice Ice Stage of Development (SS) 80 No stage of development 81 New Ice (<5 cm) 82 Nilas Ice (<10 cm) 83 Young Ice (10 to <30 cm) 84 Grey Ice (10 to <15 cm) 85 Grey White Ice (15 to <30 cm) 86 First Year Ice (30 to 200 cm) 87 Thin First Year Ice (30 to <70 cm) 88 Thin First Year Ice Stage 1 (30 to <50 cm) 89 Thin First Year Ice Stage 2 (50 to <70 cm) 90 Code not currently assigned 91 Medium First Year Ice (70 to 120 cm) 92 Code not currently assigned 93 Thick First Year Ice (>120 cm) 94 Residual Ice 95 Old Ice 96 Second Year Ice 97 Multi-Year Ice 99 Undetermined/Unknown Definitions: IA_SFB describes combination(s) of Ice Stage of Development and Floe Size for the second partial concentration in an ice area. Up to three (stage of development / form of ice) combinations are allowed to describe the ice in the second partial concentration group. References: Distinction: ICESOD, ICEFLZ, IA_FFB Remarks: IA_SFA, IA_SFB and IA_SFC present an alternative encoding to ICESOD and ICEFLZ under the following rules: Major stages of development (old, first-year, young, new) shall be delineated by different partial concentrations in ICEAPC Stages of development belonging to the same major stage may be encoded inside using either single or different partial concentrations Up to three stages of development / form of ice combinations are allowed for each partial concentration group SS / FF SS / FF, SS / FF SS / FF, SS / FF, SS / FF Example A: total concentration: 9/10 3/10 of thick first year, 5/10 of grey-white and 1/10 of new ice; thick first year ice has some vast floes, some big floes and some small floes; grey-white ice has some medium floes and some small floes; new ice is all in the form of shuga: ICEACT: [90] ICEAPC: [30, 50, 10] IA_SFA: [93/07, 93/06, 93/04] IA_SFB: [85/05, 85/04] IA_SFC: [81/02] Example B: total concentration: 10/10 7-8/10 of old ice, 2 of some thick and some medium first-year and 0-1/10 of some grey and some grey-white young ice; old ice has some medium and big floes; thick and medium have medium floes; grey and grey-white have small floes: ICEACT: [92] ICEAPC: [78, 20, 02] IA_SFA: [95/06, 95/05] IA_SFB: [93/05, 91/05] IA_SFC: [85/04, 84/04] Changes from Version 5.0: Added code 09 for Fast Ice. Ice Attribute: Combination Ice Stage of Development and Floe Size for the 3rd partial concentration Acronym: IA_SFC Code: 30338 Attribute Type: List Expected Input: ID Meaning Floe Size (FF) 01 Pancake Ice (30 cm 3 m) 02 Shuga/Small Ice Cake; Brash Ice (<2 m) 03 Ice Cake (<20 m) 04 Small Floe (20 100 m) 05 Medium Floe (100-500 m) 06 Big Floe (500 2000 m) 07 Vast Floe (2 10 km) 08 Giant Floe (>10 km) 09 Fast Ice Ice Stage of Development (SS) 80 No stage of development 81 New Ice (<5 cm) 82 Nilas Ice (<10 cm) 83 Young Ice (10 to <30 cm) 84 Grey Ice (10 to <15 cm) 85 Grey White Ice (15 to <30 cm) 86 First Year Ice (30 to 200 cm) 87 Thin First Year Ice (30 to <70 cm) 88 Thin First Year Ice Stage 1 (30 to <50 cm) 89 Thin First Year Ice Stage 2 (50 to <70 cm) 90 Code not currently assigned 91 Medium First Year Ice (70 to 120 cm) 92 Code not currently assigned 93 Thick First Year Ice (>120 cm) 94 Residual Ice 95 Old Ice 96 Second Year Ice 97 Multi-Year Ice 99 Undetermined/Unknown Definitions: IA_SFC describes combination(s) of Ice Stage of Development and Floe Size for the first partial concentration in an ice area. Up to three (stage of development / form of ice) combinations are allowed to describe the ice in the third partial concentration group. References: Distinction: ICESOD, ICEFLZ, IA_FFC Remarks: IA_SFA, IA_SFB and IA_SFC present an alternative encoding to ICESOD and ICEFLZ under the following rules: Major stages of development (old, first-year, young, new) shall be delineated by different partial concentrations in ICEAPC Stages of development belonging to the same major stage may be encoded inside using both single or different partial concentrations Up to three forms of ice are allowed for each partial concentration group SS / FF SS / FF, SS / FF SS / FF, SS / FF, SS / FF Example A: total concentration: 9/10 3/10 of thick first year, 5/10 of grey-white and 1/10 of new ice; thick first year ice has some vast floes, some big floes and some small floes; grey-white ice has some medium floes and some small floes; new ice is all in the form of shuga: ICEACT: [90] ICEAPC: [30, 50, 10] IA_SFA: [93/07, 93/06, 93/04] IA_SFB: [85/05, 85/04] IA_SFC: [81/02] Example B: total concentration: 10/10 7-8/10 of old ice, 2 of some thick and some medium first-year and 0-1/10 of some grey and some grey-white young ice; old ice has some medium and big floes; thick and medium have medium floes; grey and grey-white have small floes: ICEACT: [92] ICEAPC: [78, 20, 02] IA_SFA: [95/06, 95/05] IA_SFB: [93/05, 91/05] IA_SFC: [85/04, 84/04] Changes from Version 5.0: Added code 09 for Fast Ice. Ice Attribute: Ice Breccia for the first partial concentration Acronym: IA_FFA Code: 30339 Attribute Type: List Expected Input: ID Meaning Floe Size (FF) 01 Pancake Ice (30 cm 3 m) 02 Shuga/Small Ice Cake; Brash Ice (<2 m) 03 Ice Cake (<20 m) 04 Small Floe (20 100 m) 05 Medium Floe (100-500 m) 06 Big Floe (500 2000 m) 07 Vast Floe (2 10 km) 08 Giant Floe (>10 km) 09 Fast Ice Ice Stage of Development (SS) 80 No stage of development 81 New Ice (<5 cm) 82 Nilas Ice (<10 cm) 83 Young Ice (10 to <30 cm) 84 Grey Ice (10 to <15 cm) 85 Grey White Ice (15 to <30 cm) 86 First Year Ice (30 to 200 cm) 87 Thin First Year Ice (30 to <70 cm) 88 Thin First Year Ice Stage 1 (30 to <50 cm) 89 Thin First Year Ice Stage 2 (50 to <70 cm) 90 Code not currently assigned 91 Medium First Year Ice (70 to 120 cm) 92 Code not currently assigned 93 Thick First Year Ice (>120 cm) 94 Residual Ice 95 Old Ice 96 Second Year Ice 97 Multi-Year Ice 99 Undetermined/Unknown Definitions: Ice breccia is pieces of ice of different ages frozen together. IA _FFA describes the combination(s) of Ice Stage of Development and Floe Size for the first partial concentration in an ice area. Up to three (stage of development / form of ice) combinations plus the age of the younger ice consolidating the main pieces are allowed to describe the ice in the first partial concentration group. References: Distinction: ICESOD, ICEFLZ, IA_SFA Remarks: IA_FFA, IA_FFB and IA_FFC present an alternative encoding to ICESOD and ICEFLZ under the following rules: Major stages of development (old, first-year, young, new) shall be delineated by different partial concentrations in ICEAPC Stages of development belonging to the same major stage may be encoded inside using both single or different partial concentrations Up to three forms of ice are allowed for each partial concentration group SS / FF, SS1 SS / FF, SS / FF, SS1 SS / FF, SS / FF, SS / FF, SS1 Where SS1 is the stage of development of the younger ice consolidating the main pieces Changes from Version 5.0: Added code 09 for Fast Ice. Ice Attribute: Ice Breccia for the second partial concentration Acronym: IA_FFB Code: 30340 Attribute Type: List Expected Input: ID Meaning Floe Size (FF) 01 Pancake Ice (30 cm 3 m) 02 Shuga/Small Ice Cake; Brash Ice (<2 m) 03 Ice Cake (<20 m) 04 Small Floe (20 100 m) 05 Medium Floe (100-500 m) 06 Big Floe (500 2000 m) 07 Vast Floe (2 10 km) 08 Giant Floe (>10 km) 09 Fast Ice Ice Stage of Development (SS) 80 No stage of development 81 New Ice (<5 cm) 82 Nilas Ice (<10 cm) 83 Young Ice (10 to <30 cm) 84 Grey Ice (10 to <15 cm) 85 Grey White Ice (15 to <30 cm) 86 First Year Ice (30 to 200 cm) 87 Thin First Year Ice (30 to <70 cm) 88 Thin First Year Ice Stage 1 (30 to <50 cm) 89 Thin First Year Ice Stage 2 (50 to <70 cm) 90 Code not currently assigned 91 Medium First Year Ice (70 to 120 cm) 92 Code not currently assigned 93 Thick First Year Ice (>120 cm) 94 Residual Ice 95 Old Ice 96 Second Year Ice 97 Multi-Year Ice 99 Undetermined/Unknown Definitions: Ice breccia is pieces of ice of different ages frozen together. IA _FFB describes the combination(s) of Ice Stage of Development and Floe Size for the second partial concentration in an ice area. Up to three (stage of development / form of ice) combinations plus the age of the younger ice consolidating the main pieces are allowed to describe the ice in the second partial concentration group. References: Distinction: ICESOD, ICEFLZ, IA_SFB Remarks: IA_FFA, IA_FFB and IA_FFC present an alternative encoding to ICESOD and ICEFLZ under the following rules: Major stages of development (old, first-year, young, new) shall be delineated by different partial concentrations in ICEAPC Stages of development belonging to the same major stage may be encoded inside using either single or different partial concentrations Up to three forms of ice are allowed for each partial concentration group SS / FF, SS1 SS / FF, SS / FF, SS1 SS / FF, SS / FF, SS / FF, SS1 Where SS1 is the stage of development of the younger ice consolidating the main pieces Changes from Version 5.0: Added code 09 for Fast Ice. Ice Attribute: Ice Breccia for the third partial concentration Acronym: IA_FFC Code: 30341 Attribute Type: List Expected Input: ID Meaning Floe Size (FF) 01 Pancake Ice (30 cm 3 m) 02 Shuga/Small Ice Cake; Brash Ice (<2 m) 03 Ice Cake (<20 m) 04 Small Floe (20 100 m) 05 Medium Floe (100-500 m) 06 Big Floe (500 2000 m) 07 Vast Floe (2 10 km) 08 Giant Floe (>10 km) 09 Fast Ice Ice Stage of Development (SS) 80 No stage of development 81 New Ice (<5 cm) 82 Nilas Ice (<10 cm) 83 Young Ice (10 to <30 cm) 84 Grey Ice (10 to <15 cm) 85 Grey White Ice (15 to <30 cm) 86 First Year Ice (30 to 200 cm) 87 Thin First Year Ice (30 to <70 cm) 88 Thin First Year Ice Stage 1 (30 to <50 cm) 89 Thin First Year Ice Stage 2 (50 to <70 cm) 90 Code not currently assigned 91 Medium First Year Ice (70 to 120 cm) 92 Code not currently assigned 93 Thick First Year Ice (>120 cm) 94 Residual Ice 95 Old Ice 96 Second Year Ice 97 Multi-Year Ice 99 Undetermined/Unknown Definitions: Ice breccia is pieces of ice of different ages frozen together. IA _FFA describes the combination(s) of Ice Stage of Development and Floe Size for the third partial concentration in an ice area. Up to three (stage of development / form of ice) combinations plus the age of the younger ice consolidating the main pieces are allowed to describe the ice in the third partial concentration group. References: Distinction: ICESOD, ICEFLZ, IA_SFC Remarks: IA_FFA, IA_FFB and IA_FFC present an alternative encoding to ICESOD and ICEFLZ under the following rules: Major stages of development (old, first-year, young, new) shall be delineated by different partial concentrations in ICEAPC Stages of development belonging to the same major stage may be encoded inside using either single or different partial concentrations Up to three forms of ice are allowed for each partial concentration group SS / FF, SS1 SS / FF, SS / FF, SS1 SS / FF, SS / FF, SS / FF, SS1 Where SS1 is the stage of development of the younger ice consolidating the main pieces Changes from Version 5.0: Added code 09 for Fast Ice. Ice Attribute: Snow cover Acronym: IA_SNG Code: 30344 Attribute Type: Enumerated Expected Input: ID Meaning 01 Little snow cover 10 Thin snow cover (<5 cm) 12 <20 cm 20 Medium snow cover (5-20 cm) 23 >5 cm 30 Thick snow cover (>20 cm) 98 No snow cover 99 Undetermined/Unknown Definitions: IA_SNG describes the degree of snow cover in an ice area. References: Manual on conducting ice air reconnaissance Remarks: Changes from Version 5.0: Ice Attribute: Stage of Melting Acronym: IA_MLT Code: 30345 Attribute Type: Enumerated Expected Input: ID Meaning 01 0-2 10 1 12 1-2 20 2 23 2-3 30 3 34 3-4 40 4 45 4-5 50 5 98 No Melting 99 Undetermined/Unknown Definitions: IA_MLT describes the stage of melting according to the 5-point Russian national scale References: Manual on conducting ice air reconnaissance Remarks: Changes from Version 5.0: Removed option to use 3-point scale; removed /5 for clarification (not fifths) Ice Attribute: Contamination Acronym: IA_PLG Code: 30346 Attribute Type: Enumerated Expected Input: ID Meaning 01 No or insignificant Contamination 10 <1/3 of area 12 <2/3 of area 20 1/3 2/3 of area 23 >1/3 area 30 >2/3 area 98 No Contamination 99 Undetermined / Unknown Definitions: IA_PLG describes the degree of contamination (aerial coverage) in thirds based on the Russian national 3-point scale. References: Manual on conducting ice air reconnaissance Changes from Version 5.0: typo corrected Ice Attribute: Hillocks Concentration Acronym: IA_HLG Code: 30347 Attribute Type: Enumerated Expected Input: ID Meaning 01 Few hillocks 10 Slight concentration of hillocks 12 Slight to moderate concentration of hillocks 20 Moderate concentration of hillocks 23 Moderate to heavy concentration of hillocks 30 Heavy concentration of hillocks 98 No hillocks 99 Undetermined / Unknown Definitions: IA_HLG describes topography of the multi-year ice as a degree of smoothed hillocks and undulations in an ice area. References: Russian Manual on conducting ice air reconnaissance WMO Sea-Ice Nomenclature and International System of Sea-Ice Symbols, WMO Publication No. 259, Suppl. No. 5, 1989 Remarks: Changes from Version 5.0: Name and definition changed for clarification Ice Attribute: Fractures Concentration Acronym: IA_DUG Code: 30349 Attribute Type: Enumerated Expected Input: ID Meaning 10 Frequency of Cracks and Leads seldom in 10 km on Route 20 Frequency of Cracks and Leads in 5 10 km on Route 30 Frequency of Cracks and Leads in 3 5 km on Route 40 Frequency of Cracks and Leads in 2 3 km on Route 50 Frequency of Cracks and Leads often in 2 km on Route 60 Small and Medium Floes 1/10-3/10; Big Floes 7/10-10/10 Conc. 70 Small and Medium Floes 4/10-6/10; Big Floes 4/10-6/10 Conc. 80 Small and Medium Floes 7/10-10/10; Big Floes 1/10-3/10 Conc. 90 Small and Medium Floes Only 92 Small Floes Only 98 No Fractures 99 Undetermined / Unknown Definitions: IA_DUG describes the degree of disunity in an ice area. References: Russian Manual on conducting ice air reconnaissance Remarks: Changes from Version 5.0: Ice Attribute: Iceberg Concentration Acronym: IA_BCN Code: 30353 Attribute Type: Enumerated Expected Input: ID Meaning 10 >45 nm between bergs 12 >15 nm between bergs 20 15 - 44 nm between bergs 23 10 - 44 nm between bergs 30 10 - 14 nm between bergs 34 7 - 14 nm between bergs 40 7 - 10 nm between bergs 45 5 - 10 nm between bergs 50 5 - 6 nm between bergs 56 3 - 6 nm between bergs 60 3 - 4 nm between bergs 67 1 - 4 nm between bergs 70 1 - 2 nm between bergs 78 0.5 - 2.0 nm between bergs 80 0.5 - 1.0 nm between bergs 89 <1.0 nm between bergs 90 <0.5 nm between bergs 98 No Icebergs 99 Undetermined/Unknown Definitions: IA_BCN specifies the total concentration of icebergs in an area. References: Manual on conducting ice air reconnaissance Distinction: ICEBNM Remarks: An alternative to ICEBNM Changes from Version 5.0: Ice Attribute: Prevailing Iceberg Form Acronym: IA_BFM Code: 30354 Attribute Type: Enumerated Expected Input: ID Meaning 01 Domed 02 Tabular 03 Sloping 04 Pinnacled 05 Dry-dock 06 Glacier (irregular) 07 Blocky 08 Weathered 99 Undetermined/Unknown Definitions: IA_BFM specifies the prevailing form of icebergs in an area. References: Remarks: Changes from Version 5.0: Ice Attribute: Maximum Height of Above Water Part (iceberg/grounded hummock) Acronym: IA_BUH Code: 30355 Attribute Type: Integer Expected Input: A numeric value indicating the maximum height of the iceberg in meters. Definitions: IA_BUF specifies the maximum height of an iceberg above the waterline in meters. References: Remarks: Changes from Version 5.0: Ice Attribute: Number of Ice Objects Acronym: IA_OBN Code: 30358 Attribute Type: Integer Expected Input: A numeric value indicating the number of ice objects. Definitions: IA_OBN defines the number of ice objects (cracks, leads, fractures, icebergs). References: Remarks: Changes from Version 5.0: Ice Attribute: Ice Location Acronym: IA_LOC Code: 30359 Attribute Type: Enumerated Expected Input: ID Meaning 01 Northeast 02 East 03 Southeast 04 South 05 Southwest 06 West 07 Northwest 08 North 09 North and East 10 North and West 11 South and East 12 South and West 13 Within 97 Variable 98 No Feature 99 Undetermined / Unknown Definitions: IA_LOC defines the location of the ice relative to a line feature (e.g. on which side of the ice edge line feature does the ice lie) References: SIGRID-3 Remarks: This attribute has been added for compatibility with SIGRID-3 Table 6a Changes from Version 5.0: New attribute Ice Attribute: Maximum Width of Ice Lead (or Fracture or Crack) Acronym: IA_DXW Code: 30360 Attribute Type: Integer Expected Input: A numeric value indicating the maximum width of an ice lead or fracture or crack in meters. Definitions: IA_DXW defines the maximum width of the lead or fracture or crack. References: Remarks: Changes from Version 5.0: Ice Attribute: Minimum Width of Ice Lead (or Fracture or Crack) Acronym: IA_DMW Code: 30361 Attribute Type: Integer Expected Input: A numeric value indicating the minimum width of an ice lead or fracture or crack in meters. Definitions: IA_DMW defines the minimum width of the lead or fracture or crack. References: Remarks: Changes from Version 5.0: Ice Attribute: Brash Ice Acronym: ICEBRS Code: 30362 Attribute Type: List Expected Input: List of 4 IDs from below representing, in order from first to last, the concentrations of Very Thick Brash, Thick Brash, Medium Brash and Thin Brash Ice. ID Meaning 01 0/10 1/10 10 1/10 12 1/10 2/10 20 2/10 23 2/10 3/10 30 3/10 34 3/10 4/10 40 4/10 45 4/10 5/10 50 5/10 56 5/10 6/10 60 6/10 67 6/10 7/10 70 7/10 78 7/10 8/10 80 8/10 89 8/10 9/10 90 9/10 91 9/10 10/10 92 10/10 98 No Brash ice 99 Undetermined/Unknown Definition: ICEBRS specifies the concentrations of very thick brash (AV), thick brash (AK), medium brash (AM) and thin brash ice (AT). Very Thick Brash Ice >4 m Thick Brash Ice >2 - 4 m Medium Brash Ice 1 2 m Thin Brash Ice <1 m Example: ICEBRS: [30, 20, 50, 01] represents 3/10 of Very Thick Brash, 2/10 of Thick Brash, 4/10 of Medium Brash and no Thin Brash in an area. References: "Workshop on International Standards for Ice Information in ECDIS," June 27-29, 1995, Canada/Germany/United States. SIGRID-3: A Vector Archive Format for Sea Ice Charts, JCOMM Technical Report No. 23, 2004 Proposed Changes to Harmonize the WMO Sea Ice Nomenclature and Symbology, the SIGRID-3 Coding Standard and the ENC Ice Objects Catalogue; JCOMM Expert Team on Sea Ice Meeting IV, Document 2.6.1; March 2010. Remarks: Ice Attribute ICEBRS is only used when Code 70 is reported in Ice Attribute ICESOD or ICELSO Changes from Version 5.0: Ice Attribute: Ice Pressure Acronym: ICEPRS Attribute Type: Enumerated Code: 30363 Expected Input: ID Meaning 10 Slight pressure 12 Slight to moderate pressure 20 Moderate pressure 23 Moderate to strong pressure 30 Strong pressure 98 No pressure 99 Undetermined / Unknown Definition: ICEPRS is an indication of the dynamic force of compression of the ice. Distinction: ICECRT References: JCOMM Expert Team on Sea Ice Meeting V, presentation by Antti Kangas, FMI); March 2014 Remarks: Scale follows ice compression scale used by Swedish and Finnish icebreakers: Mild (slight) compressionVessel has proceeded over 0.5 nm before the channel closesTowing assistance not requiredModerate compressionVessel has proceeded less than 0.5 nm before the channel closesWeaker/smaller vessels must be towedHard (strong) compressionChannel closes immediatelyAll vessels must be towedSevere compressionEven icebreakers have difficultiesTraffic interrupted / must be interruptedChanges from Version 5.0: New attribute to replace ICECST Ice Attribute: International Ice Symbol Presentation Library Acronym: ICESYM Code: 30390 Attribute Type: Enumerated Expected Input: TBD Definitions: This specifies the S-52 Presentation Library symbol instruction to be adopted in ECDIS for any ice area object (as specified in the S-52 Symbol Library Addendum to S-52 Presentation Library. References: Proposed Changes to Harmonize the WMO Sea Ice Nomenclature and Symbology, the SIGRID-3 Coding Standard and the ENC Ice Objects Catalogue; JCOMM Expert Team on Sea Ice Meeting IV, Document 2.6.1; March 2010. Remarks: With the impending change to S-100, the mechanism by which the presentation library will be specified is yet to be determined Change from Version 5.0: This is a new attribute replacing SYMINS (removed). Ice Attribute: National Ice Symbol Presentation Library Acronym: ICNSYM Code: 30391 Attribute Type: Enumerated Expected Input: TBD Definitions: This specifies the S-52 Presentation Library symbol instruction to be adopted in ECDIS for any ice area object (as specified in the S-52 Symbol Library Addendum to S-52 Presentation Library. References: Proposed Changes to Harmonize the WMO Sea Ice Nomenclature and Symbology, the SIGRID-3 Coding Standard and the ENC Ice Objects Catalogue; JCOMM Expert Team on Sea Ice Meeting IV, Document 2.6.1; March 2010. Remarks: With the impending change to S-100, the mechanism by which the presentation library will be specified is yet to be determined Change from Version 5.0: This is a new attribute replacing SMINSR (removed). REFERENCES SIGRID-3: A Vector Archive Format for Sea Ice Georeferenced Information and Data Version 3.0; JCOMM Technical Report No. 23; May 2014. Proposed Changes to Harmonize the WMO Sea Ice Nomenclature and Symbology, the SIGRID-3 Coding Standard and the ENC Ice Objects Catalogue; JCOMM Expert Team on Sea Ice Meeting IV, Document 2.6.1; March 2010. ECDIS Ice Objects, Version 3.0, Canadian Ice Service, March, 2001 IHO Transfer Standard for Digital Hydrographic Data, Special Publication No. 57, International Hydrographic Organization, Monaco, Edition 3.1 November 2000. Report: Ice in ECDIS Workshop, June 3-4, 2000, St. Johns, Canada. Report: Workshop on the Use of ECDIS in Ice Navigation, May 1996, Hamburg, Germany. Proposal for Ice Objects for use in S57, Canadian Hydrographic Service, September 1996. Report: "Workshop on International Standards for Ice Information in ECDIS," June 27-29, 1995, Ottawa, Canada. WMO/OMM/BMO No. 259. TP. 145; Sea-Ice Nomenclature and International System of Sea-Ice Symbols, WMO Publication No. 259, Suppl. No. 5, 1989 MANICE Manual of Standards Procedures for Observing and Reporting Ice Conditions, 8th Edition, 1984, Canadian Ice Centre, Ottawa, Canada. Manual on conducting ice air reconnaissance, 1981, Gidrometeoizdat, Leningrad, USSR. (available in Russian only) APPENDIX A Attribute Types For more detailed information see S57 IHO Transfer Standard for Hydrographic Data, Appendix A, Chapter 2, Introduction: Section 2.1, International Hydrographic Organization, Monaco, 18 November 1996. Each Attribute is assigned to one of six types: Enumerated (E): The expected input is a number selected from a list of pre-defined attribute values. Exactly one value must be chosen. List (L): The expected input is a number selected from a list of pre-defined attribute values. Where more than one value is used they must normally be separated but in special cases slashes (/) may be used. Floating (F): The expected input is a floating-point numeric value with defined range, resolution, units, and format. Integer (I): The expected input is an integer numeric value with defined range, units, and format. Coded string (A): The expected input is a string of ASCII characters in a predefined format. (refer to S57 Appendix A, Annex A). Free Text (S): The expected input is a free-format alphanumeric string. It may be a file name that points to a text or graphic file. Depending on the attribute type, the expected input is defined in the following ways: For E and L type attributes a list of ID-numbers with associated, defined meanings is given. For A, F, I and S type attributes the expected input is indicated in accordance with the type (see above). In certain circumstances, it may be necessary to indicate to the recipient of a data set that the value of a certain attribute for an instance of an object class is not included. A zero length attribute value sub-field encodes this fact. APPENDIX B List of Non-ice S57 Attributes Referred to by Ice Objects For more detailed information see S57 IHO Transfer Standard for Hydrographic Data, Appendix A, Chapter 2, Attributes: Section 2.2, International Hydrographic Organization, Monaco, 18 November 1996. Attribute Set A: None Attribute Set B: NOBJNM: The individual name of an object in the national language OBJNAM: The individual name of an object in English INFORM: Information Textual information about an object NINFORM: Information Textual information about an object in the national language SCAMIN: Scale Minimum - The minimum scale at which the object may be used; e.g. for ECDIS presentation. SCAMAX: Scale Maximum - The Maximum scale at which the object may be used; e.g. for ECDIS presentation. TXTDSC: Textual Description - A string encoding the file name of an external text file that contains the text in English. NTXTDS: Textual Description - A string encoding the file name of an external text file that contains the text in the national language. PICREP: Pictorial Representation - A string encoding the file name of an external graphic file (pixel or vector). Attribute Set C: RECDAT: Recording Date - The date when the object was captured, edited or deleted. RECIND: Recording Indication The procedure used for the encoding and entering of data. SORDAT: Source Date The production data of the source, i.e. the date of measurement. SORIND: Source Indication Information about the source of the object.     ENC Ice Objects Catalogue Version 5.3, p. PAGE \* MERGEFORMAT 4 PAGE cvi Secretariat of the World Meteorological Organization Geneva Switzerland 2014 Secretariat of the World Meteorological Organization Geneva Switzerland 2014 C-1 689<DNOWZ[\bcghjƽ𪠖|unc[ShPmmH sH hP=mH sH hP=hP=mH sH  h$h$ hP=hP=hhH*hhPmhT15CJ mH sH hPmhu5CJ hPmh %5CJ hPmhaH5CJ hPmh2 CJ0hPmhgUlCJ0hPmh& CJ0 hT1CJ` h0hT1 h0hcM hcMCJ` h hKphP=hT1hKphPm8O[\hij   $ gdX1$a$gdPmgdPm$a$gd$3gdP=gdP=    G H I J f g h i z { | ǽxm^mL^AhVQmHnHu#j}hVUmHnHujhVUmHnHuhVmHnHu*jh hV0J-UmHnHuhVmHnHuh hV0J-mHnHu$jh hV0J-UmHnHu h:P:jh:P:UhT1h>(h_"hP=hP=hGmH sH hP=h2 mH sH h}~tmH sH hP=h0mH sH      & ' ( B ݵݵõynݵXݵõ*jh hV0J-UmHnHuhVQmHnHu#jwhVUmHnHuhVmHnHu*jh hV0J-UmHnHuhVmHnHuh hV0J-mHnHu2hQ~hVCJOJQJ\aJmHnHsH tH u$jh hV0J-UmHnHujhVUmHnHu! H T n - i9 n)Iz  $  $  $ B C D E F G H I J f g h i k l ynn\#jkhVUmHnHuhVmHnHu*jh hV0J-UmHnHuhVmHnHuh hV0J-mHnHu2hQ~hVCJOJQJ\aJmHnHsH tH u$jh hV0J-UmHnHuhVQmHnHujhVUmHnHu#jqhVUmHnHu      2 3 ɯɤxׯoY?ɤ2hQ~hV:CJOJQJaJmHnHsH tH u*jh hV0J-UmHnHuhVmHnHuhVQmHnHu#jehVUmHnHujhVUmHnHuhVmHnHu2hQ~hVCJOJQJ\aJmHnHsH tH uh hV0J-mHnHu$jh hV0J-UmHnHu*jh hV0J-UmHnHu3 4 N O P Q R S T U V r s t u 𵛵nSA#jYhVUmHnHu5hQ~hV6CJOJQJ]aJmHnHsH tH u*jh hV0J-UmHnHuhVmHnHuh hV0J-mHnHu2hQ~hV:CJOJQJaJmHnHsH tH u$jh hV0J-UmHnHuhVQmHnHu#j_hVUmHnHuhVmHnHujhVUmHnHu     + , - . ? @ L M N h úäÙxmúWÙ*jh hV0J-UmHnHuhVQmHnHu#jShVUmHnHujhVUmHnHuhVmHnHu*jh hV0J-UmHnHuhVmHnHuh hV0J-mHnHu$jh hV0J-UmHnHu5hQ~hV6CJOJQJ]aJmHnHsH tH uh i j k l m n o p xmm[#jG hVUmHnHuhVmHnHu*jh hV0J-UmHnHuhVmHnHuh hV0J-mHnHu5hQ~hV6CJOJQJ]aJmHnHsH tH u$jh hV0J-UmHnHuhVQmHnHujhVUmHnHu#jMhVUmHnHu ' ( ) * + , - . / K L M N _ ` s t u ɮɣw׮nXɮɣF#j; hVUmHnHu*j h hV0J-UmHnHuhVmHnHuhVQmHnHu#jA hVUmHnHujhVUmHnHuhVmHnHu5hQ~hV6CJOJQJ]aJmHnHsH tH uh hV0J-mHnHu$jh hV0J-UmHnHu*j h hV0J-UmHnHu  !"#45FGHҷҩҩmҷҩWҩ*j h hV0J-UmHnHu#j5 hVUmHnHuhVmHnHu*j h hV0J-UmHnHuhVmHnHuh hV0J-mHnHu5hQ~hV6CJOJQJ]aJmHnHsH tH u$jh hV0J-UmHnHuhVQmHnHujhVUmHnHu"HbcdfghijkԶn\Զ#j)hVUmHnHu*j h hV0J-UmHnHuhVmHnHuh hV0J-mHnHu5hQ~hV6CJOJQJ]aJmHnHsH tH u$jh hV0J-UmHnHuhVQmHnHujhVUmHnHu#j/ hVUmHnHuhVmHnHu2346789:;WXYZkl}~ɮɣw׮nXɮɣF#jhVUmHnHu*jh hV0J-UmHnHuhVmHnHuhVQmHnHu#j#hVUmHnHujhVUmHnHuhVmHnHu5hQ~hV6CJOJQJ]aJmHnHsH tH uh hV0J-mHnHu$jh hV0J-UmHnHu*jh hV0J-UmHnHu    ()*+<=KLMҷҩҩmҷҩWҩ*jh hV0J-UmHnHu#jhVUmHnHuhVmHnHu*jh hV0J-UmHnHuhVmHnHuh hV0J-mHnHu5hQ~hV6CJOJQJ]aJmHnHsH tH u$jh hV0J-UmHnHuhVQmHnHujhVUmHnHu"MghiklmnopԶn\Զ#j hVUmHnHu*jh hV0J-UmHnHuhVmHnHuh hV0J-mHnHu5hQ~hV6CJOJQJ]aJmHnHsH tH u$jh hV0J-UmHnHuhVQmHnHujhVUmHnHu#jhVUmHnHuhVmHnHu"#$&'()*+GHIJ[\defɮɣw׮nXɮɣF#jhVUmHnHu*jh hV0J-UmHnHuhVmHnHuhVQmHnHu#jhVUmHnHujhVUmHnHuhVmHnHu5hQ~hV6CJOJQJ]aJmHnHsH tH uh hV0J-mHnHu$jh hV0J-UmHnHu*jh hV0J-UmHnHu   &'(ҷҩҩmҷҩWҩ*jvh hV0J-UmHnHu#jhVUmHnHuhVmHnHu*j|h hV0J-UmHnHuhVmHnHuh hV0J-mHnHu5hQ~hV6CJOJQJ]aJmHnHsH tH u$jh hV0J-UmHnHuhVQmHnHujhVUmHnHu"(BCDFGHIJKghij{|Զn\Զ#jhVUmHnHu*jph hV0J-UmHnHuhVmHnHuh hV0J-mHnHu5hQ~hV6CJOJQJ]aJmHnHsH tH u$jh hV0J-UmHnHuhVQmHnHujhVUmHnHu#jhVUmHnHuhVmHnHu 2345FGWXYstɮɣw׮nXɮɣF#jhVUmHnHu*jdh hV0J-UmHnHuhVmHnHuhVQmHnHu#jhVUmHnHujhVUmHnHuhVmHnHu5hQ~hV6CJOJQJ]aJmHnHsH tH uh hV0J-mHnHu$jh hV0J-UmHnHu*jjh hV0J-UmHnHutuwxyz{|  ҷҩҩmҷҩWҩ*jXh hV0J-UmHnHu#jhVUmHnHuhVmHnHu*j^h hV0J-UmHnHuhVmHnHuh hV0J-mHnHu5hQ~hV6CJOJQJ]aJmHnHsH tH u$jh hV0J-UmHnHuhVQmHnHujhVUmHnHu"45689:;<=YZ[\mnyz{Զn\Զ#jhVUmHnHu*jRh hV0J-UmHnHuhVmHnHuh hV0J-mHnHu5hQ~hV6CJOJQJ]aJmHnHsH tH u$jh hV0J-UmHnHuhVQmHnHujhVUmHnHu#jhVUmHnHuhVmHnHu;_-b=m6 mTW~ $  $  $   $  12<=>XYɮɣw׮nXɮɣF#jhVUmHnHu*jFh hV0J-UmHnHuhVmHnHuhVQmHnHu#jhVUmHnHujhVUmHnHuhVmHnHu5hQ~hV6CJOJQJ]aJmHnHsH tH uh hV0J-mHnHu$jh hV0J-UmHnHu*jLh hV0J-UmHnHuYZ\]^_`a}~   ҷҩҩmҷҩWҩ*j: h hV0J-UmHnHu#jhVUmHnHuhVmHnHu*j@h hV0J-UmHnHuhVmHnHuh hV0J-mHnHu5hQ~hV6CJOJQJ]aJmHnHsH tH u$jh hV0J-UmHnHuhVQmHnHujhVUmHnHu" &'(*+,-./KLMNRSqrsԶnTBԶT#j!hVUmHnHu2hQ~hV:CJOJQJaJmHnHsH tH u*j4!h hV0J-UmHnHuhVmHnHuh hV0J-mHnHu5hQ~hV6CJOJQJ]aJmHnHsH tH u$jh hV0J-UmHnHuhVQmHnHujhVUmHnHu#j hVUmHnHuhVmHnHu)*?@{i{^{H*j(#h hV0J-UmHnHuhVQmHnHu#j"hVUmHnHujhVUmHnHuhVmHnHu5hQ~hV6CJOJQJ]aJmHnHsH tH uh hV0J-mHnHsH u*j."h hV0J-UmHnHuhVmHnHuh hV0J-mHnHu$jh hV0J-UmHnHu@A[\]_`abcd𵚵m[𵚵#j$hVUmHnHu*j"$h hV0J-UmHnHuhVmHnHuh hV0J-mHnHu5hQ~hV6CJOJQJ]aJmHnHsH tH u$jh hV0J-UmHnHuhVQmHnHu#j#hVUmHnHuhVmHnHujhVUmHnHu678:;<=>?[\]^lmwxyɮɣw׮nXHHh hV0J-mHnHsH u*j&h hV0J-UmHnHuhVmHnHuhVQmHnHu#j%hVUmHnHujhVUmHnHuhVmHnHu5hQ~hV6CJOJQJ]aJmHnHsH tH uh hV0J-mHnHu$jh hV0J-UmHnHu*j%h hV0J-UmHnHuxmm[#j'hVUmHnHuhVmHnHu*j'h hV0J-UmHnHuhVmHnHuh hV0J-mHnHu5hQ~hV6CJOJQJ]aJmHnHsH tH u$jh hV0J-UmHnHuhVQmHnHujhVUmHnHu#j&hVUmHnHu&'JKLfghjklmnoɮɣw׮nXɮɣF#j)hVUmHnHu*j)h hV0J-UmHnHuhVmHnHuhVQmHnHu#j(hVUmHnHujhVUmHnHuhVmHnHu5hQ~hV6CJOJQJ]aJmHnHsH tH uh hV0J-mHnHu$jh hV0J-UmHnHu*j (h hV0J-UmHnHu  /01345678TUҷҩzzoo]ҷҩ#j{*hVUmHnHuhVmHnHuh hV0J-mHnHsH u*j)h hV0J-UmHnHuhVmHnHuh hV0J-mHnHu5hQ~hV6CJOJQJ]aJmHnHsH tH u$jh hV0J-UmHnHuhVQmHnHujhVUmHnHuUVWefɮɣw׮nXHHh hV0J-mHnHsH u*j+h hV0J-UmHnHuhVmHnHuhVQmHnHu#ju+hVUmHnHujhVUmHnHuhVmHnHu5hQ~hV6CJOJQJ]aJmHnHsH tH uh hV0J-mHnHu$jh hV0J-UmHnHu*j*h hV0J-UmHnHu     )*+,:;JKLfghjklmnoxmm[#ji-hVUmHnHuhVmHnHu*j,h hV0J-UmHnHuhVmHnHuh hV0J-mHnHu5hQ~hV6CJOJQJ]aJmHnHsH tH u$jh hV0J-UmHnHuhVQmHnHujhVUmHnHu#jo,hVUmHnHu123MNɮɣw׮nXɮɣF#j]/hVUmHnHu*j.h hV0J-UmHnHuhVmHnHuhVQmHnHu#jc.hVUmHnHujhVUmHnHuhVmHnHu5hQ~hV6CJOJQJ]aJmHnHsH tH uh hV0J-mHnHu$jh hV0J-UmHnHu*j-h hV0J-UmHnHuNOQRSTUVrstu    ҷҩҩmҷҩW*j0h hV0J-UmHnHu#jW0hVUmHnHuhVmHnHu*j/h hV0J-UmHnHuhVmHnHuh hV0J-mHnHu5hQ~hV6CJOJQJ]aJmHnHsH tH u$jh hV0J-UmHnHuhVQmHnHujhVUmHnHu 456PQRTUVWXYuvwxɺɨԊ|s|]||ɺK#jK2hVUmHnHu*j1h hV0J-UmHnHuhVmHnHuh hV0J-mHnHu$jh hV0J-UmHnHuhVQmHnHu#jQ1hVUmHnHujhVUmHnHuhVmHnHu5hQ~hV6CJOJQJ]aJmHnHsH tH uh hV0J-mHnHsH u:;<=KL[\]wúäÙxmúWÙ*j3h hV0J-UmHnHuhVQmHnHu#jE3hVUmHnHujhVUmHnHuhVmHnHu*j2h hV0J-UmHnHuhVmHnHuh hV0J-mHnHu$jh hV0J-UmHnHu5hQ~hV6CJOJQJ]aJmHnHsH tH uwxy{|}~xmm[#j95hVUmHnHuhVmHnHu*j4h hV0J-UmHnHuhVmHnHuh hV0J-mHnHu5hQ~hV6CJOJQJ]aJmHnHsH tH u$jh hV0J-UmHnHuhVQmHnHujhVUmHnHu#j?4hVUmHnHu~N x K!! """Y##'$$$b% &&W''\((;)))g** $ +,-GHIKLMNOPlmno}~ɮɣw׮nXɮɣF#j-7hVUmHnHu*j6h hV0J-UmHnHuhVmHnHuhVQmHnHu#j36hVUmHnHujhVUmHnHuhVmHnHu5hQ~hV6CJOJQJ]aJmHnHsH tH uh hV0J-mHnHu$jh hV0J-UmHnHu*j5h hV0J-UmHnHu         9 : ; < J K U V W ҷҩҩmҷҩWҩ*j8h hV0J-UmHnHu#j'8hVUmHnHuhVmHnHu*j7h hV0J-UmHnHuhVmHnHuh hV0J-mHnHu5hQ~hV6CJOJQJ]aJmHnHsH tH u$jh hV0J-UmHnHuhVQmHnHujhVUmHnHu"W q r s u v w x y z !!Զn^^LԶ#j:hVUmHnHuh hV0J-mHnHsH u*j9h hV0J-UmHnHuhVmHnHuh hV0J-mHnHu5hQ~hV6CJOJQJ]aJmHnHsH tH u$jh hV0J-UmHnHuhVQmHnHujhVUmHnHu#j!9hVUmHnHuhVmHnHu!!!!!(!)!*!D!E!F!H!I!J!K!L!M!i!j!k!l!z!{!!!!!ɮɣw׮nXHHh hV0J-mHnHsH u*j;h hV0J-UmHnHuhVmHnHuhVQmHnHu#j;hVUmHnHujhVUmHnHuhVmHnHu5hQ~hV6CJOJQJ]aJmHnHsH tH uh hV0J-mHnHu$jh hV0J-UmHnHu*j:h hV0J-UmHnHu!!!!!!!!!!!!!!!!!!"""""" "!""">"?"xhh]]K#j =hVUmHnHuhVmHnHuh hV0J-mHnHsH u*j<h hV0J-UmHnHuhVmHnHuh hV0J-mHnHu5hQ~hV6CJOJQJ]aJmHnHsH tH u$jh hV0J-UmHnHuhVQmHnHujhVUmHnHu#j<hVUmHnHu?"@"A"O"P"e"f"g"""""""""""""""""""""ɮɣw׮nXɮɣF#j>hVUmHnHu*j>h hV0J-UmHnHuhVmHnHuhVQmHnHu#j>hVUmHnHujhVUmHnHuhVmHnHu5hQ~hV6CJOJQJ]aJmHnHsH tH uh hV0J-mHnHu$jh hV0J-UmHnHu*j=h hV0J-UmHnHu"""""""" # #####6#7#8#R#S#T#V#W#X#Y#Z#[#w#x#y#z#ҷҩҩmҷҩW*jt@h hV0J-UmHnHu#j?hVUmHnHuhVmHnHu*jz?h hV0J-UmHnHuhVmHnHuh hV0J-mHnHu5hQ~hV6CJOJQJ]aJmHnHsH tH u$jh hV0J-UmHnHuhVQmHnHujhVUmHnHuz#####################$$$ $!$"$$$%$&$ɺɨԊ|s|]||ɺK#jAhVUmHnHu*jnAh hV0J-UmHnHuhVmHnHuh hV0J-mHnHu$jh hV0J-UmHnHuhVQmHnHu#j@hVUmHnHujhVUmHnHuhVmHnHu5hQ~hV6CJOJQJ]aJmHnHsH tH uh hV0J-mHnHsH u&$'$($)$E$F$G$H$V$W$j$k$l$$$$$$$$$$$$$$$$$$$$úäÙxmúWÙ*jbCh hV0J-UmHnHuhVQmHnHu#jBhVUmHnHujhVUmHnHuhVmHnHu*jhBh hV0J-UmHnHuhVmHnHuh hV0J-mHnHu$jh hV0J-UmHnHu5hQ~hV6CJOJQJ]aJmHnHsH tH u$$$$$$$$$%%%%%%&%?%@%A%[%\%]%_%`%a%b%c%d%%%xhh]]K#jDhVUmHnHuhVmHnHuh hV0J-mHnHsH u*j\Dh hV0J-UmHnHuhVmHnHuh hV0J-mHnHu5hQ~hV6CJOJQJ]aJmHnHsH tH u$jh hV0J-UmHnHuhVQmHnHujhVUmHnHu#jChVUmHnHu%%%%%%%%%%&&&&&& & & &'&(&)&*&8&9&u&w&&&ɮɞɓrg׮^Hɮɞɓ*jPFh hV0J-UmHnHuhVmHnHuhVQmHnHu#jEhVUmHnHujhVUmHnHuhVmHnHuh hV0J-H*mHnHu5hQ~hV6CJOJQJ]aJmHnHsH tH uh hV0J-mHnHu$jh hV0J-UmHnHu*jVEh hV0J-UmHnHu&&&&&&&&&&&&&&&&&''4'5'6'P'Q'R'T'U'V'W'X'𵚵m]K𵚵#jGhVUmHnHuh hV0J-H*mHnHu*jJGh hV0J-UmHnHuhVmHnHuh hV0J-mHnHu5hQ~hV6CJOJQJ]aJmHnHsH tH u$jh hV0J-UmHnHuhVQmHnHu#jFhVUmHnHuhVmHnHujhVUmHnHuX'Y'u'v'w'x'''''''''''''''''''( (9(:(;(U(ҿ񙊙xmW񙊙*j>Ih hV0J-UmHnHuhVQmHnHu#jHhVUmHnHujhVUmHnHuhVmHnHu5hQ~hV6CJOJQJ]aJmHnHsH tH u$jh hV0J-UmHnHu*jDHh hV0J-UmHnHuhVmHnHuh hV0J-mHnHuU(V(W(Y(Z([(\(](^(z({(|(}(((((((((((((((((xmm[#jJhVUmHnHuhVmHnHu*j8Jh hV0J-UmHnHuhVmHnHuh hV0J-mHnHu5hQ~hV6CJOJQJ]aJmHnHsH tH u$jh hV0J-UmHnHuhVQmHnHujhVUmHnHu#jIhVUmHnHu((( )))))4)5)6)8)9):);)<)=)Y)Z)[)\)j)k){)|)}))Ǭǡu׬g^gHǬǡ*j,Lh hV0J-UmHnHuhVmHnHuh hV0J-mHnHuhVQmHnHu#jKhVUmHnHujhVUmHnHuhVmHnHu5hQ~hV6CJOJQJ]aJmHnHsH tH uh hV0J-mHnHsH u$jh hV0J-UmHnHu*j2Kh hV0J-UmHnHu))))))))))))))))))))))))))***xhh]]K#jMhVUmHnHuhVmHnHuh hV0J-mHnHsH u*j&Mh hV0J-UmHnHuhVmHnHuh hV0J-mHnHu5hQ~hV6CJOJQJ]aJmHnHsH tH u$jh hV0J-UmHnHuhVQmHnHujhVUmHnHu#jLhVUmHnHu***-*.*6*D*E*F*`*a*b*d*e*f*g*h*i******Ǭǔsh׬ZQZ;*jOh hV0J-UmHnHuhVmHnHuh hV0J-mHnHuhVQmHnHu#jNhVUmHnHujhVUmHnHuhVmHnHuh&U0J-mHnHsH u5hQ~hV6CJOJQJ]aJmHnHsH tH uh hV0J-mHnHsH u$jh hV0J-UmHnHu*j Nh hV0J-UmHnHu******************+++++2+3+4+6+7+8+9+ɺɨ|s|]ɺK#jPhVUmHnHu*jPh hV0J-UmHnHuhVmHnHuh hV0J-mHnHu$jh hV0J-UmHnHuhVQmHnHu#jOhVUmHnHujhVUmHnHuhVmHnHuh hV0J-mHnHsH u5hQ~hV6CJOJQJ]aJmHnHsH tH u*9++5,,,-.c..`//0R00001;11112L2|21 & FgdP=gdXgdP=gdGP gdXo:s $  $  $ 9+:+;+W+X+Y+Z+h+i+++++++++++++++++++,,{i{^{H*jRh hV0J-UmHnHuhVQmHnHu#jQhVUmHnHujhVUmHnHuhVmHnHu5hQ~hV6CJOJQJ]aJmHnHsH tH uh hV0J-mHnHsH u*jQh hV0J-UmHnHuhVmHnHuh hV0J-mHnHu$jh hV0J-UmHnHu,,-,.,/,2,3,4,5,6,7,S,T,U,V,d,e,z,{,|,,,,,,,,,,,𵚵m]]K𵚵#jShVUmHnHuh hV0J-mHnHsH u*jSh hV0J-UmHnHuhVmHnHuh hV0J-mHnHu5hQ~hV6CJOJQJ]aJmHnHsH tH u$jh hV0J-UmHnHuhVQmHnHu#jRhVUmHnHuhVmHnHujhVUmHnHu,,,,,,,,,,,,,,,,,-------.-^-_-`-z-ȸqfȝ]Gȸ*jTh hV0J-UmHnHuhVmHnHuhVQmHnHu#jyThVUmHnHujhVUmHnHuhVmHnHu5hQ~hV6CJOJQJ]aJmHnHsH tH uh hV0J-mHnHsH u$jh hV0J-UmHnHu*jSh hV0J-UmHnHuh hV0J-mHnHuz-{-|------------------.......$.%.xhh]]K#jmVhVUmHnHuhVmHnHuh hV0J-mHnHsH u*jUh hV0J-UmHnHuhVmHnHuh hV0J-mHnHu5hQ~hV6CJOJQJ]aJmHnHsH tH u$jh hV0J-UmHnHuhVQmHnHujhVUmHnHu#jsUhVUmHnHu%.&.'.5.6.?.@.A.[.\.].`.a.b.c.d.e...........Ǭǡu׬g^gHǬǡ*jWh hV0J-UmHnHuhVmHnHuh hV0J-mHnHuhVQmHnHu#jgWhVUmHnHujhVUmHnHuhVmHnHu5hQ~hV6CJOJQJ]aJmHnHsH tH uh hV0J-mHnHsH u$jh hV0J-UmHnHu*jVh hV0J-UmHnHu.........///////X/Y/Z/]/^/_/`/a/b/~//xhh]]K#j[YhVUmHnHuhVmHnHuh hV0J-mHnHsH u*jXh hV0J-UmHnHuhVmHnHuh hV0J-mHnHu5hQ~hV6CJOJQJ]aJmHnHsH tH u$jh hV0J-UmHnHuhVQmHnHujhVUmHnHu#jaXhVUmHnHu///////////////////////ɾxoYIh hV0J-mHnHsH u*jZh hV0J-UmHnHuhVmHnHu2hQ~hVCJOJQJ\aJmHnHsH tH uhVQmHnHu#jUZhVUmHnHujhVUmHnHuhVmHnHuh hV0J-mHnHu$jh hV0J-UmHnHu*jYh hV0J-UmHnHu///000000!0"0#0$0.0/000J0K0L0O0P0Q0R0S0T0p0xmm[A2hQ~hVCJOJQJ\aJmHnHsH tH u#jI\hVUmHnHuhVmHnHu*j[h hV0J-UmHnHuhVmHnHuh hV0J-mHnHu5hQ~hV6CJOJQJ]aJmHnHsH tH u$jh hV0J-UmHnHuhVQmHnHujhVUmHnHu#jO[hVUmHnHup0q0r0s00000000000000011$1:1;11񽮽vfb^WSOSKSD hLhUh2yhT1hU hGPhGPhGPh D9jh:P:CJOJQJU5hQ~hV6CJOJQJ]aJmHnHsH tH uhVQmHnHu#jC]hVUmHnHujhVUmHnHuhVmHnHu$jh hV0J-UmHnHu*j\h hV0J-UmHnHuh hV0J-mHnHu111112K2L2M2u2{223 3"3D33333334444&5>5S5_5k5l5m5s5555555566Ʒyqh-(mH sH h-(hpmH sH h-mH sH hoCmH sH hdmH sH hdhoCmH sH h7%mH sH h;qmH sH h7%h7%mH sH h7%hshchPmh>heZBh2yh0 hLhLhLh hUh0jf h D9hU)|223#3D3333n444m5556F6f66677K8891 & FgdmZ1 & FgdgUl1 & Fgd1 & FgdP=1 & FgdP=gdX1 & FgdP=666)6.6E6F6R6e6f667:77777777K88B9v9999999999uqf[hmZhmZmH sH hhgUlmH sH hgUlhUh@mH sH hhmH sH h7%hgUlmH sH hhmZmH sH hl$NmH sH hmZmH sH h7%h0mH sH hPmmH sH hgUlmH sH h-(hV1mH sH h-(h;qmH sH h-(hhmH sH h-(hO{mH sH h-(hP=mH sH  9B999:Y::C;;`<<<<<<<>?C%DDDE1 & FgdX1 & FgdXgdX & FgdXgdXgdX1 & Fgd1,1 & FgdmZ1 & FgdgUl9:Y::C;;;;_<`<<<<<<<<<<<=-=y====(>->;>a>h>n>s>v>>>>>>?@@@&A'A\AAź~zvzvzvzhEhh% hXhKhGPhT1 hXhT1 hXh%hmZh2ymH sH hmZmH sH h&UmH sH h1,h(<mH sH h|kmH sH hUhUmH sH hUmH sH hP[mH sH h&mH sH h>XmH sH hgmH sH .AAAAABBCD$D%DE EiEaFbFvFwFkH)I*I>IJJ3J5JoJJMMNPQ`RaRdReRkRtRRRRRR S SuSSSSSSSSTղիՑ hdhM hdhUh]>h1|6h q h]>h1| h]>hT1 hhT1 h:#h:#h:#hMh hT15hehT1hh)hhd hLhXhhXhEhhPm5EkEwF*I?IJMNPQQaRtRRSTFTTTIUU 1@ ^@ `gdkc1^gdkcgdP=^gdP=gd:# & Fgd:#gd & FgdXgdPmgdX1 & FgdXTTFTZTTTTTTTUUUUUIUUUUUUUVVV!VVVVVVVVV3W4W5WNWSW\WsWtWWWWWWWWWWW X X1X2XRXSXrXsXXXXXͿͶͶhZhW\aJnHtHhZhW\aJhZhW\5aJmH sH hZhW\5aJhkch&hP=5 h&hP=hP=hd hdhd hdh)"?UUVVV3W4WFWNWSW1$$&`#$/Ifa$b$gdW\gdX1 & F gdP= SWTW\WQ=1$&`#$/Ifb$gdW\kd]$$Ifx4Fd   t 6`0    4-4 xae4pytW\\W]WeWlWsWnnW1$$&`#$/Ifa$b$gdW\1$&`#$/Ifb$gdW\|kd^$$IfxP t 6`04-4 xae4p ytW\sWtW}WWWR>>'1$$&`#$/Ifa$b$gdW\1$&`#$/Ifb$gdW\kdg_$$IfxFd   t 6`0    4-4 xae4pytW\WWWWWR>>'1$$&`#$/Ifa$b$gdW\1$&`#$/Ifb$gdW\kdG`$$IfxFd   t 6`0    4-4 xae4pytW\WWWR>1$&`#$/Ifb$gdW\kd5a$$IfxFd   t 6`0    4-4 xae4pytW\WWWn1$&`#$/Ifb$gdW\|kd#b$$IfxP t 6`04-4 xae4p ytW\WWWWWnnW1$$&`#$/Ifa$b$gdW\1$&`#$/Ifb$gdW\|kdb$$IfxP t 6`04-4 xae4p ytW\WWWWWR>>'1$$&`#$/Ifa$b$gdW\1$&`#$/Ifb$gdW\kdc$$IfxFd   t 6`0    4-4 xae4pytW\WWWX XR>>'1$$&`#$/Ifa$b$gdW\1$&`#$/Ifb$gdW\kdid$$IfxFd   t 6`0    4-4 xae4pytW\ X X#X*X1XR>>'1$$&`#$/Ifa$b$gdW\1$&`#$/Ifb$gdW\kdIe$$IfxFd   t 6`0    4-4 xae4pytW\1X2XDXKXRXR>>'1$$&`#$/Ifa$b$gdW\1$&`#$/Ifb$gdW\kd)f$$IfxFd   t 6`0    4-4 xae4pytW\RXSXdXkXrXR>>'1$$&`#$/Ifa$b$gdW\1$&`#$/Ifb$gdW\kdg$$IfxFd   t 6`0    4-4 xae4pytW\rXsXXXXR>>'1$$&`#$/Ifa$b$gdW\1$&`#$/Ifb$gdW\kdg$$IfxFd   t 6`0    4-4 xae4pytW\XXXXXR>>'1$$&`#$/Ifa$b$gdW\1$&`#$/Ifb$gdW\kdh$$IfxFd   t 6`0    4-4 xae4pytW\XXXXXR>>'1$$&`#$/Ifa$b$gdW\1$&`#$/Ifb$gdW\kdi$$IfxFd   t 6`0    4-4 xae4pytW\XXXXXYYYY1Y2YIYJYfYgYYYYYYYYYYYZZ.Z/ZKZLZeZfZZZZZZZZZZZZZZZZZZZZZZ[[+[1[9[٪٪ٜ h:#h{[ h:#hq h:#h1 h:#h=0h] h1 h1 hT15 h_$5h1 hxhT1 h:#hW\ h:#hT1h:#hW\5aJh:#hW\aJnHtHh:#hW\aJ:XXXR;1$$&`#$/Ifa$b$gdW\kdj$$IfxFd   t 6`0    4-4 xae4pytW\XXXn1$&`#$/Ifb$gdW\|kdwk$$IfxP t 6`04-4 xae4p ytW\XXXXYnnW1$$&`#$/Ifa$b$gdW\1$&`#$/Ifb$gdW\|kd-l$$IfxP t 6`04-4 xae4p ytW\YY YYYR>>'1$$&`#$/Ifa$b$gdW\1$&`#$/Ifb$gdW\kdl$$IfxFd   t 6`0    4-4 xae4pytW\YY#Y*Y1YR>>'1$$&`#$/Ifa$b$gdW\1$&`#$/Ifb$gdW\kdm$$IfxFd   t 6`0    4-4 xae4pytW\1Y2Y;YBYIYR>>'1$$&`#$/Ifa$b$gdW\1$&`#$/Ifb$gdW\kdn$$IfxFd   t 6`0    4-4 xae4pytW\IYJYXY_YfYR>>'1$$&`#$/Ifa$b$gdW\1$&`#$/Ifb$gdW\kdo$$IfxFd   t 6`0    4-4 xae4pytW\fYgYqYxYYR>>'1$$&`#$/Ifa$b$gdW\1$&`#$/Ifb$gdW\kdqp$$IfxFd   t 6`0    4-4 xae4pytW\YYYYYR>>'1$$&`#$/Ifa$b$gdW\1$&`#$/Ifb$gdW\kdQq$$IfxFd   t 6`0    4-4 xae4pytW\YYYYYR>>'1$$&`#$/Ifa$b$gdW\1$&`#$/Ifb$gdW\kd1r$$IfxFd   t 6`0    4-4 xae4pytW\YYYYYR>>'1$$&`#$/Ifa$b$gdW\1$&`#$/Ifb$gdW\kds$$IfxFd   t 6`0    4-4 xae4pytW\YYYYYR>>'1$$&`#$/Ifa$b$gdW\1$&`#$/Ifb$gdW\kds$$IfxFd   t 6`0    4-4 xae4pytW\YYZ ZZR>>'1$$&`#$/Ifa$b$gdW\1$&`#$/Ifb$gdW\kdt$$IfxFd   t 6`0    4-4 xae4pytW\ZZ Z'Z.ZR>>'1$$&`#$/Ifa$b$gdW\1$&`#$/Ifb$gdW\kdu$$IfxFd   t 6`0    4-4 xae4pytW\.Z/Z=ZDZKZR>>'1$$&`#$/Ifa$b$gdW\1$&`#$/Ifb$gdW\kdv$$IfxFd   t 6`0    4-4 xae4pytW\KZLZWZ^ZeZR>>'1$$&`#$/Ifa$b$gdW\1$&`#$/Ifb$gdW\kdw$$IfxFd   t 6`0    4-4 xae4pytW\eZfZyZZZR>>'1$$&`#$/Ifa$b$gdW\1$&`#$/Ifb$gdW\kd_x$$IfxFd   t 6`0    4-4 xae4pytW\ZZZZZR>>'1$$&`#$/Ifa$b$gdW\1$&`#$/Ifb$gdW\kd?y$$IfxFd   t 6`0    4-4 xae4pytW\ZZZZZZZRJE@;68gdbwi2gdbwigdXgdX & FgdW\kd-z$$IfxFd   t 6`0    4-4 xae4pytW\ZZr\\]/]]B^^_(_2______aoaaabbc$c.cgdX8gdZ2gdX8gd:#8gdbwi9[:[B[I[K[S[[[[[ \ \ \\\i\q\r\s\u\v\y\z\\\\\\\\\\\\\\\\\\].]d]}yuyyyqhOh1 h=0 hgUlh~ hgUlhp hgUlhT1hT1 h:#hoC h:#h1 h:#h=0h:#hTmH sH h:#h:$:mH sH  h:#hT h:#h  h:#hL1 h:#h6QG h:#h$ h:#h{[ h:#h|k h:#h0X h:#hT1*d]z]]]]B^C^^^^_(_1_2_d_e_l_m_n_v_}________________"`(`2`:`@`B`J`r``{t h:#hO h:#h$ h:#h{[ h:#h0X h:#h|k h:#hq h:#hT1 h:#h1 h:#h=0h] h1 h1 hT15 hPh:#h:# h:#h:#h@4[ h@4[h@4[hqhZhg?gGgRgSgUgdgggggggg|hhhhhƸƉƁha<mH sH h@8hoC hchV1 hch_$ hchT1 hch=0 h=0h=0h;wh] h_$5 hT15h=0hxh_$hT h:#h:#h@4[ h@4[h@4[hqhT1ht'h"GH*h"Gh :2hhhhiiiiiiii jj3j4jjjjjjjjjjjjjjjjjjjjjkkkkMkUk`kakkkkkkkkkk𸴭Քht'h=0H*h@8hoC hchV1 hchT1 hch=0 h=0h=0h;wh] hT15 h!l5h!l hchch@4[hT1 h@4[h@4[ht'h"GH*h"Gh :h=0hZh@hn?ngnhnknmnnnnnӐӈht'h@8H*h : h(:IhT1h(:I h(:Ih(:IhoC hchV1 hch!l hchT1 hch@8h;wh] h!l5h@8 h@4[hWbhWb hchch@4[h!l h@4[h@4[hT1hb5mm?nnnn2o3o4o]omozooo*pDpppqqr r!rErUrarrr8gdbwi2gdX8gdc8gdZnn2o3o4oFofolorosoxozoooooPpTpYpepfpppppqqTqtqqqqqrr r!r3rDrErNrTr[r`rwrr߹ߦߢҢ㓌|u h ha<ha< ha<5 ha<ha< hoDha< hoCha<hch&hC&Sht'h(:IH* h(:Ih;wh;w h(:Ih(:IhoC hchV1 hch(:Ihj>uh] h(:I5h(:Ihx h@4[hWbhWb hchc h@4[h@4[-rrrrrrrsss1t2tytzt{tttttttttttttt uuuv#v$vvvwww%w9w:wCwIwPwUwVw{w»ୄy»ha<hG,mH sH  hG,hG,hchS.mH sH  hVQhG, hchG,hG, hG,5 ha<hG, hoDhG, hoChG,hxhc hchcha<ha<mH sH ha<hoC ha<ha< h ha< hVQha< hVQh;q/r!s;sst(t2tzt{tttttTuuuvvvvww:wJwVwww%x?x2gdX8gdc8gdZ{w~wwwwwwKxxxxyyyyyzzzzz&z+z,zIzQzTzWzgz~zz!{z{{{||||||||ݦ뗐zvrmr hP[5hP[hcha<hG,mH sH hchS.mH sH  hVQh;q hVQhG,hWbh-5hWbhG,5 hoDhG, hoChG,hx h@4[h  hchchG, hG,hG,hoC ha<hG, h hG, hchG, hchS. hch;q*?xxpy~yyyyz z,zhzzz{z{{||||||||X}}8gdP[2gdP[8gd2gdX ^`gdc8gdc}}4~~~W%1VȁQ[K߃8gd %2gdX8gd8gdi8gdP[|VWpq!$%)*+019DELMUV^ijl|ƀǀǁȁˁº«ɝЋЋЄ}v hch % hs8hT1 hs8hs8hd hihoC hih!l hihC! hihj>u hih]hih!l5hihT15 hihT1 hihdhT1h!lhx h@4[hP[ hPhihi hihihP[ hchP[.ˁQZ[t &124:;JKS^_aq߃&)øø×}yyyhIhoCh+hImH sH h+h`,mH sH h+h),mH sH h+hj>umH sH h+h]mH sH h+hT1mH sH h+hmH sH hT15hhi hPhi hihihchT1hd hch %h %/߃u3ƅ*:G:7j~=?Zjv2gdX8gdi8gd)8;PVu34Ņƅ"*139:>?@EGOZ[]dstu{ 9¾ hWbhb hWbhW' hWbhoC hWbh hWbh7% hWbhG, hWbh hWbhT1hj>uh] hT15hx h@4[h h  hihihc hchch?Zacijnopuv~‹ /»ҷҷ҅҅ҷҷ}ҷҷhoCha$hh7Bhj>uh] hT15 h@4[h hihimH sH  hihihchT1 hchch|2hbhumH sH h+h]mH sH h+hT1mH sH h+h0mH sH hT15h0hJz h@4[h h  hihihc hchchc'huh] hJz5 hT15h h@4[h h  hihihc hchch;nlbdSn @ ^@ `gdi @ ^@ `gdM5_2gdM5_8gdi8gdxbd%0Ֆ:BCJLRSWXY^`hstv×7Khuh] hT15h h>hT1 h@4[hM5_ hPhM5_hi hPhihM5_hM5_mH sH  hih|k hihM5_hM5_hM5_5 hM5_hM5_h  hihi3CS`1L9C͚`1;gdigdX2gdX8gdx9BCŚƚ˚ך(ěЛ:J1:;Ɲʝѝҝ AITUw»泯՝ha&Z h5 5 hT15h h5 hxhu hOhOhoChhj>uh] hO5hOshOh  hihihchT1 hchc=;Awn#pΠ8gdI8gdnQ8gdx2gdX8 # p@ P gd{?8 # p@ P gdiўҞmn~ !#+/679AGIϼϬϧϬϞϓ~wp hVh4xQ hVh;mg hVhI hVh hVhT1 hVh@_ha&Zh] h4xQ5 hT15h@_hG,h4xQhhxh  hnQhnQhchT1hM5_h hchchIJL\( *01[qYڮ9:;»ߥhx hchwq hwqhwqhxhwqmH sH hwqhwq5hwq hoChwq h@4[h h  hnQhnQhc hchch[ Yڮ98gdnQ2gdX8 # p@ P gd{?8 # p@ P gdnQ8gdx;CN_¯lv :>?@bcܱݱCDmütctctctctctctct hxhwqOJQJaJnHtHhxhwqOJQJaJhxhwq5>*OJQJaJ#hxh_15OJQJaJmH sH hxhwq5OJQJaJh|{` h,Wh|{` h,WhU h,WhMhh:hMhM6hMh1|h1|6h h1|h1|hT1h1| hUhU&9_2:? 1$$Ifa$gdx & Fgdgdx^gdxgd8gd{? ?@T[b[RRF 1$$Ifa$gdx 1$Ifgdxkd {$$Ifx44F*f!$ t0!    4-4 xaf4pyt;qbcy\SSG 1$$Ifa$gdx 1$Ifgdxkd{$$Ifx4F*f!$ t0!    4-4 xaf4pyt;q\SSG 1$$Ifa$gdx 1$Ifgdxkd|$$Ifx4F*f!$ t0!    4-4 xaf4pyt;qαձܱ\SSG 1$$Ifa$gdx 1$Ifgdxkd}$$Ifx4F*f!$ t0!    4-4 xaf4pyt;qܱݱ\SSG 1$$Ifa$gdx 1$Ifgdxkd~~$$Ifx4F*f!$ t0!    4-4 xaf4pyt;q \SSG 1$$Ifa$gdx 1$IfgdxkdO$$Ifx4F*f!$ t0!    4-4 xaf4pyt;q5<C\SSG 1$$Ifa$gdx 1$Ifgdxkd $$Ifx4F*f!$ t0!    4-4 xaf4pyt;qCD_fm\SSG 1$$Ifa$gdx 1$Ifgdxkd$$Ifx4F*f!$ t0!    4-4 xaf4pyt;qmnx\SSG 1$$Ifa$gdx 1$Ifgdxkdց$$Ifx4F*f!$ t0!    4-4 xaf4pyt;qmnƲDzEF³ó޳߳!"FGkl̴ʹ@Ahiصٵ !CDij¶˾ﱧhfm<OJQJaJhxh-HROJQJaJhnQhwqOJQJaJhnQh@OJQJaJhC!OJQJaJhxhwqOJQJaJ hxhwqOJQJaJnHtHB\SJ> 1$$Ifa$gdx 1$Ifgdx 1$IfgdC!kd$$Ifx4F*f!$ t0!    4-4 xaf4pyt;qƲ\SSG 1$$Ifa$gdx 1$Ifgdxkdx$$Ifx4F*f!$ t0!    4-4 xaf4pyt;qƲDzײ޲\SSG 1$$Ifa$gdx 1$IfgdxkdI$$Ifx4F*f!$ t0!    4-4 xaf4pyt;q \SSG 1$$Ifa$gdx 1$Ifgdxkd$$Ifx4F*f!$ t0!    4-4 xaf4pyt;q7>E\SSG 1$$Ifa$gdx 1$Ifgdxkd$$Ifx4F*f!$ t0!    4-4 xaf4pyt;qEF\SSG 1$$Ifa$gdx 1$Ifgdxkd$$Ifx4F*f!$ t0!    4-4 xaf4pyt;q³\SSG 1$$Ifa$gdx 1$Ifgdxkd$$Ifx4F*f!$ t0!    4-4 xaf4pyt;q³óг׳޳\SSG 1$$Ifa$gdx 1$Ifgdxkd^$$Ifx4F*f!$ t0!    4-4 xaf4pyt;q޳߳\SSG 1$$Ifa$gdx 1$Ifgdxkd=$$Ifx4F*f!$ t0!    4-4 xaf4pyt;q!\SSG 1$$Ifa$gdx 1$Ifgdxkd$$Ifx4F*f!$ t0!    4-4 xaf4pyt;q!"8?F\SSG 1$$Ifa$gdx 1$Ifgdxkdߊ$$Ifx4F*f!$ t0!    4-4 xaf4pyt;qFG]dk\SSG 1$$Ifa$gdx 1$Ifgdxkd$$Ifx4F*f!$ t0!    4-4 xaf4pyt;qkl\SSG 1$$Ifa$gdx 1$Ifgdxkd$$Ifx4F*f!$ t0!    4-4 xaf4pyt;q\SSG 1$$Ifa$gdx 1$IfgdxkdR$$Ifx4F*f!$ t0!    4-4 xaf4pyt;qŴ̴\SSG 1$$Ifa$gdx 1$Ifgdxkd#$$Ifx4F*f!$ t0!    4-4 xaf4pyt;q̴ʹ\SSG 1$$Ifa$gdx 1$Ifgdxkd$$Ifx4F*f!$ t0!    4-4 xaf4pyt;q \SSG 1$$Ifa$gdx 1$Ifgdxkdŏ$$Ifx4F*f!$ t0!    4-4 xaf4pyt;q29@\SSG 1$$Ifa$gdx 1$Ifgdxkd$$Ifx4F*f!$ t0!    4-4 xaf4pyt;q@AZah\SSG 1$$Ifa$gdx 1$Ifgdxkdg$$Ifx4F*f!$ t0!    4-4 xaf4pyt;qhi\SSG 1$$Ifa$gdx 1$IfgdxkdF$$Ifx4F*f!$ t0!    4-4 xaf4pyt;q\SSG 1$$Ifa$gdx 1$Ifgdxkd$$Ifx4F*f!$ t0!    4-4 xaf4pyt;qʵѵص\SSG 1$$Ifa$gdx 1$Ifgdxkd$$Ifx4F*f!$ t0!    4-4 xaf4pyt;qصٵ\SSG 1$$Ifa$gdx 1$Ifgdxkd$$Ifx4F*f!$ t0!    4-4 xaf4pyt;q \SSG 1$$Ifa$gdx 1$Ifgdxkd$$Ifx4F*f!$ t0!    4-4 xaf4pyt;q !5<C\SSG 1$$Ifa$gdx 1$Ifgdxkd[$$Ifx4F*f!$ t0!    4-4 xaf4pyt;qCD[bi\SSG 1$$Ifa$gdx 1$Ifgdxkd,$$Ifx4F*f!$ t0!    4-4 xaf4pyt;qij\SSG 1$$Ifa$gdx 1$Ifgdxkd$$Ifx4F*f!$ t0!    4-4 xaf4pyt;q˶Ҷٶ\SJ> 1$$Ifa$gdx 1$Ifgdx 1$Ifgdfm<kdΘ$$Ifx4F*f!$ t0!    4-4 xaf4pyt;q¶öŶʶٶڶ !";RTUijַ#$EFefϸиlmt¹ùιչٹݹʳ hxh$OJQJaJnHtHhnQh$OJQJaJh&UOJQJaJ hxh-HROJQJaJnHtHhxh-HROJQJaJhfm<hfm<H*OJQJaJhfm<OJQJaJ@ٶڶ!\SSG 1$$Ifa$gdx 1$Ifgdxkd$$Ifx4F*f!$ t0!    4-4 xaf4pyt;q!"[bi\SSG 1$$Ifa$gdx 1$Ifgdxkd~$$Ifx4F*f!$ t0!    4-4 xaf4pyt;qij\SJ> 1$$Ifa$gdx 1$Ifgdx 1$Ifgdfm<kd]$$Ifx4F*f!$ t0!    4-4 xaf4pyt;q׷޷\SJ> 1$$Ifa$gdx 1$Ifgdx 1$Ifgdfm<kd<$$Ifx4F*f!$ t0!    4-4 xaf4pyt;q#\SJ> 1$$Ifa$gdx 1$Ifgdx 1$Ifgdfm<kd$$Ifx4F*f!$ t0!    4-4 xaf4pyt;q#$7>E\SSG 1$$Ifa$gdx 1$Ifgdxkd$$Ifx4F*f!$ t0!    4-4 xaf4pyt;qEFW^e\SSG 1$$Ifa$gdx 1$Ifgdxkdٞ$$Ifx4F*f!$ t0!    4-4 xaf4pyt;qeft{\SSG 1$$Ifa$gdx 1$Ifgdxkd$$Ifx4F*f!$ t0!    4-4 xaf4pyt;q\SSG 1$$Ifa$gdx 1$Ifgdxkd$$Ifx4F*f!$ t0!    4-4 xaf4pyt;qȸϸ\SSG 1$$Ifa$gdx 1$Ifgdxkdv$$Ifx4F*f!$ t0!    4-4 xaf4pyt;qϸи\SSG 1$$Ifa$gdx 1$IfgdxkdU$$Ifx4F*f!$ t0!    4-4 xaf4pyt;q\SSG 1$$Ifa$gdx 1$Ifgdxkd4$$Ifx4F*f!$ t0!    4-4 xaf4pyt;q^el\SSG 1$$Ifa$gdx 1$Ifgdxkd$$Ifx4F*f!$ t0!    4-4 xaf4pyt;qlm\SJ> 1$$Ifa$gdx 1$Ifgdx 1$Ifgdfm<kd$$Ifx4F*f!$ t0!    4-4 xaf4pyt;q¹\SJ> 1$$Ifa$gdx 1$Ifgdx 1$Ifgdfm<kdѥ$$Ifx4F*f!$ t0!    4-4 xaf4pyt;q¹ù\SJ> 1$$Ifa$gdx 1$Ifgdx 1$Ifgdfm<kd$$Ifx4F*f!$ t0!    4-4 xaf4pyt;q.5<\SSG 1$$Ifa$gdx 1$Ifgdxkd$$Ifx4F*f!$ t0!    4-4 xaf4pyt;q #&-<=UVbcijpqrк˾~pcVc~cNhbGmH sH hJ@h-OJQJaJhJ@h-HROJQJaJ *hxh~OJQJaJhJ@h~OJQJaJ *hxhC!OJQJaJhJ@hC!OJQJaJhC!OJQJaJ *hxh7BOJQJaJhJ@h7BOJQJaJ hxh-HROJQJaJnHtHhxhfm<OJQJaJhfm<OJQJaJhxh-HROJQJaJ<=GNU\SSG 1$$Ifa$gdx 1$Ifgdxkdn$$Ifx4F*f!$ t0!    4-4 xaf4pyt;qUVcjq\SSG 1$$Ifa$gdx 1$IfgdxkdM$$Ifx4F*f!$ t0!    4-4 xaf4pyt;qqr\SSG 1$$Ifa$gdx 1$Ifgdxkd,$$Ifx4F*f!$ t0!    4-4 xaf4pyt;q\SSG 1$$Ifa$gdx 1$Ifgdxkd $$Ifx4F*f!$ t0!    4-4 xaf4pyt;q+6\WRRRRJ;dgdC8gd2gdXkd$$Ifx4F*f!$ t0!    4-4 xaf4pyt;qкֺ 68BD]_k*36DGT[09:$&'(ƿⴭ⎇{whqh?@ABCHIJYZhhShXhH3h'hShT1H*aJhT1hBO hJ@h0F hJ@hKR hJ@heYhKRh0FheYH$%/0ABEFGIJKxy()/0>@ADS]^egmnwи׌׈׃׈xth hhht hT15h hFhh{?h_1hsh_hH3htmH sH hCmH sH hthtmH sH  htH*hthtH* hththT1 hLhL h_1hLhq hFS()2:pqr "01ĽĎ~Ėwpib hS&h|k hS&hC hS&h hS&hD`-hS&h&5hS&hC!5hS&hT15 hS&h^hS&hT1mH sH  hS&hC! hS&hh hS&hI@5 hS&hbG hS&hT1hS& h_1h_1h\hD`-h*h\||h[hM"mH nH sH tH hM"hM"mH nH sH tH hM"h_xhO6h55hUyChR hhRhT1 hT15;,C@Je$7$@ D-^@ `Da$gd&$@ Dd-^@ `Da$gd&$@ ^@ `a$gd&2gdX8gdxqA;gdxqAJ_abehtlmn- . 8 9 N Q R         }h hS&h~ hS&h55 hS&h* hv/hT1hv/hT1mH sH hv/hPmH sH !;ABNX^ef XYt Ǽǵ}yrkd`\`X`hYhbGhf h~h~ h@h@ hv/h@hv/ hv/h{? hv/h~ hv/hM hv/hN# hv/hxqA hv/hU hv/hNZ hv/hTM hv/hT1hv/hPmH sH hv/hT1mH sH hv/hNZmH sH hv/hRmH sH h\z6hT1mH sH h\z6hT15mH sH  Xt 'BR]jxjt4vk;gdxqA;dgdxqA2gdX8gd@8gdxqA!&'18A]bjo{|jrst)2㿻{ hxqAhT1 hxqAhTM hhTM hhT1 hh7% hT15hhT1hdhbGhTMhv/h{? h~h~ hN# hN# h(Ohf hPhfh[h\||hN# hYhR hhRhf hf5024Auvjkt   '5<>ADEQ[bkl| u|qf_T_hv/h|b7mH sH  hv/h|b7h\z6hN# mH sH h\z6hRmH sH h\z6hR-5mH sH h\z6hT15mH sH h\z6hT1mH sH h\z6h2mH sH hR-hT1mH sH hR-hR-mH sH hbGmH sH hN# hv/hv/hdhT1h6@6A6Y6Z6\6]6~666666666666666 hJ@h ^J hNHh ^Jh ^J h ^Jh ^J h}h ^J h4h ^JhNH hhNH hNH5O44445&5B5^5z5555556 6>6Z66666'7G7q777777;gd ^J666%7&7'7)7*7F7G7I7J7o7p7q7s7t777777777777777777777778888888899$9%929M9U9V9_9y9999F:G:::;;; ;%;(;ܾ h{Y?hV{- h{Y?h{Y?h{Y?hShcnBh hYGhNH hYGhYGhYG hoDhNH h}h ^J h4h ^J hNHh ^Jh ^JE778%929V99F::;;1;L;q;;<B<h<v<<<<<<q===8gdr8gdr8gdv/8gd ^J;gd ^J(;1;2;7;:;@;C;L;q;r;;;<<B<C<h<i<v<w<<<<<<<<<q=r========= > >%>&>=>>>U>>>>>>>>>>?? ??!?"?2?4?5?%>=>U>>>>? ?"?2?>?N?k??????@1@>@\@;gd ^J 2@ ^@ `gdfm<8gdv/8gdr8gd ^J=?>?G?H?P?Q?k?m?n???????????????????@@@@v@x@z@{@@@@@@@@@@@@@@@@@@@@@@@@@@AAAAA!A"A$A%AHAIAKALAvAwAxAzA{AAAAAAAAAA h4hV{- hJ@h ^J hNHh ^J h4h ^J h}h ^Jh ^JV\@x@@@@@A"AIAxAAAAB3BDBPBdBwBBCCCJDDNEEE8gdr8gdr8gd ^J;gd ^JAAAAAAAABBBBB1B2B3B5BCBDBFBOBPBRBcBdBfBvBwByBzBBBBBBBCC#C)C/CLCMCfCCCCCCCCDJDKDDDE,ENEOEEEEEEEEEEEEE໴໴ h{Y?hV{- h{Y?hcnBhV{-hShYG hcnBhcnBhcnB hoDhcnBh ^J h}h ^J hNHh ^J h4hV{- h4h ^JGEEEF\FFFGG3GRGjG{GGHAHfHHHHHHH2I4III 2@ ^@ `gdfm<8gdr8gd ^J8gdrEEFF\F]FFFFFGGGG3G4GRGSGjGkGGGHHAHBHfHgHHHHHHHHHHHH2I3I4ICI~IIIIIIIIIIIIIIIII h}h ^J h4h ^J hhYG hrhL% hrhYG hYG5hYGhsheZBH* hsheZB hshYGhbG hshcnBhs hrhrh ^JhcnB h{Y?hcnB;IIIIIIJ=JRJnJJJJJJKK3KJKgKKKKKLNLnLLL;gd ^J8gd ^JIIIIIIIJJJT?T@TITJTRTSTmToTpTTTTTTTTTȺ hNHh ^J h ^Jh ^J h}h ^J h4h ^J hhYG hYG5hS h>hYGhbG h ^JhYG hrhrh ^JhYGF RRRR SS1SLSdS|SSSSTT$T4T@TPTmTTTTTUU3U;gd ^J2gdX8gdr8gdr8gd ^JTTTTTTTTTUUxUzU|U}UUUUUUUUUUUUUUUUUUUUUUUUUVVVVVV#V$V&V'VJVKVMVNVxVyVzV|V}VVVVVVVVVVVVVVVVVWWWWW3W4W5W7WEWFWHWQW h4h6 h{?h ^J hNHh ^Jh ^J h}h ^J h4h ^JV3U@U^UzUUUUUV$VKVzVVVVW5WFWRWfWyWW*Y7Y[YYKZZ[8gd ^J;gd ^JQWRWTWeWfWhWxWyW{W|WWWWWWWbXdXpXvXXXXXY Y*YRYZYdYgYhYoYpYzY{Y~YYYKZLZZZ[[#['[([)[*[/[2[:[>[?[@[A[F[I[O[R[Z[^[_[`[a[g[i[j[[ѻѻɴ hShYG hShS h{Y?h6hShSH* h{Y?hYG hYGhYGhYGhS hoDhYG hNHh ^Jh ^J h}h ^JE[)[@[`[[[[1\A\M\b\r\~\\\\\]#]?]Y]q]~]]]]];gd ^J2gdX8gdr8gd ^J8gdr[[[[[/\:\A\G\L\V\a\b\r\t\u\|\}\~\\\\\\\\\\\\\\\\]] ] ]"]#]%]&]>]?]}]~]]]]]]]]]]]]]]]]]]]]]̾źźźźźźŬ̺ź̺̥ź̥ź h4h6 h{?h ^J hNHh ^Jh ^J h ^Jh ^J h}h ^J h4h ^J hhh$ hh$5hh$ h>hh$hbGhs hrhr h{Y?hSA]]]]]^^^^^^^,^1^?^@^B^C^N^S^a^b^d^e^^^^^^^^^^^^^^^__ _ __!_._/_0_2_3_N_O_P_R_S_q_r_s_u_________________&`0`4`u`|```` hYGhh$hh$ hoDhh$h ^J h}h ^J h4h6 h4h ^J hNHh ^JQ]^^@^b^^^^_0_P_s______jawaabbc]ckcccc8gdr8gd ^J;gd ^J`````aFaMajaaaaaaaaabbbbbbcc]c^cecicjckclcqctc|ccccccccccccccccccc0d2dAdpd{ddddddddd h4h ^J hhh$ hh$5 h>hh$hbGhs hrhr hShh$ h{Y?h6hShh$H* h{Y?hh$h6h ^J hYGhh$hh$Ac0d2drdddddddde,eHedeeeeeee f$fAf]fff;gd ^JgdX2gdX8gd ^J8gdrddddddddddddeeee+e,e.e/eGeHeJeKecedefegeeeeeeeeeeeeeeff f fffff#f$f&f'f-f2f@fAfCfDf\f]f_f`fmfrffffffffffffffffffff h4h6 h{?h ^J hNHh ^Jh ^J h ^Jh ^J h4h ^J h}h ^JSfff(gHgqggggggghiiiMjjQkkkkk9lolqll2gdX8gdr8gdr8gd ^J;gd ^Jf&g'g(g*g+gGgHgJgKg]gbgogpgqgsgtggggggggggggggggggggggghhhghqhuhhhhhhhii!i_iiiiiiiiiiiiMjNjjjk/kQkRkkkkk h{Y?hh$h6 hYGhh$hh$ hoDhh$ h4h6h ^J h}h ^J hNHh ^J h4h ^JMkkkkkkkkkkkkkkkkkkkkkkk8l9lolqllllllllllllllllllǼ}vo h}h ^J hh$h ^JhL hoDhLhrh$mH sH hrhLmH sH hLmH sH hoDhLmH sH h~hgmH sH h~hLmH sH hbGmH sH hs hrhrhh$ hShh$ h{Y?h6h ^J h{Y?hh$hShh$H*+lllllllmm;mDmamrmmm nn1n3nSnhntnnnnn;gdy;dgdy2gdX;gd ^J;dgd ^J8gd ^Jlllmmmm:m>mCmGm`mamcmgmqmmmmmmmmmm nn-n.n/n1n3nBnRn\nbngnhnnnpnsntnnnnnÿûóxtxheb hoDhebhrh$mH sH hrhebmH sH hebmH sH hoDhebmH sH h~hebmH sH hbGmH sH h{?hr h~h~ hhL h~hm h~hLhL hoDhLhgh ^J hh$h ^J h}h ^J-nnnnnnnnnnnnno orosoooooooo#p$p%p4pWp_papbpcpsp}pppüzohdhh hoDh hrh mH sH hrhfm<mH sH hrh$mH sH hbGh mH sH hbGhbGmH sH  h~h{?h~ hrh>Xhr hrh~ hrheb hheb h~hm h~hebheb hoDhebh ^J hh$h ^Jh>X h}h ^J$nnnnnnnnnnnosooo$p%pBpWpcp~ppppppp;dgdy8gdy2gdX8gd ^J;gdyppppppppppppppq q qqq q!q#q$q:q;qKqNq]qtqqqqqqqrrr r"r1r9r:rGrQr²zhoDhJ]mH sH h~hfm<mH sH h&UmH sH h~hJ]mH sH h{?hr h~h~h3S^JaJmH nH sH tH  h~hm h~h h3Sh hJ] hoDh hJ]hymH sH hy h}hy hh$hy,pq q!q;qqq"rHr]rirrrrrrs)sXs{sss$tfttt8`gd&U8gd&U;dgdy2gdX8gdy;gdyQrWr\r]rcrerhriryrrrrrrrrrrrrrsss s(s,sOsWs[srszs{s}s~ssssssssss#t$t0t1t9tetfttttžźźźźźźźźź̤Н hrhJ]hP h~hm h~hJ] h&Uh&UhJ]hymH sH h&Uhy h}hy hh$hyhJ] hoDhJ]hrh$mH sH hrhJ]mH sH hoDhJ]mH sH hJ]mH sH 5ttttt,u.u=ukusuvuwuuuuuuuuuuuuuvv v!vTvVvWvvvvvvvvvvvww wIwRwwwwwwwwwwww׺ h}h6 hxeh6 hxehy h}hyhy hh$hyhbg hoDhbghrhbgmH sH hrh$mH sH hbGhbgmH sH hbGhbGmH sH h&Uh{?hr h~h~8t.uVukuwuuuuuvTvvvwIwwwwww/xqx{xxxxx8gdr;gdy;dgdy2gdX8gdywwwwwxx.x/x;xqxzx{xxxxxxxxxxxyy%y)y=yAyKyYy]ydyuyyyyyyyyyyyyyyyyyzzzʺ hPhy hebhy hmhPheZBhP5mH sH heZBhPmH sH h~hPmH sH hbGmH sH h{?hr h~h~ hhbg hrhr h~hbghbghxe hoDhbg hh$hyhy3xxyy&y>yZyvyyyyyyz1zKzezzzzzzzH{{{{{;gdy;dgdy8gdyzzzz0z4z9zJzNzSzdzhzqzzzzzzzzzzzzzzzz{G{H{S{{{{{{{{{{{{{|| ||ÿóht5mH sH htht5mH sH hthtmH sH h~htmH sH hfm<mH sH hbGmH sH hX%h{? h~h~ h~hm h~hPhP hmhP hPhyhy hebhyhebhymH sH /{{ ||2|B|M|V|a|l|y||||||}"},}G}}}}} ~~~ 2@ ^@ `gdfm<;gdy;dgdy8gdy2gdX||2|B|M|O|P|U|V|X|Y|`|a|c|d|k|l|n|o|x|y|{||||||||||||||||||}!}"}+},}A}D}G}V}h}}}}}}}}}}}}Ĺ흔ht5mH sH htht5mH sH hfm<mH sH h6mH sH h~htmH sH hbGmH sH hX% h~h~hthy hebhy hmhththtmH sH htmH sH :}~-~_~s~}~~~~~~~~~~~~~~~ N\ 1AKLɽɬɬɥ睒xx hX%hX% hX%hL%hX%hL%5mH sH hX%hL%mH sH h~hE hmhEhEmH sH hE5mH sH hthE5mH sH hthEmH sH h~hEmH sH hX%h{? h~h~ htht hmhtht*~~~~~~~~ O 1ALYanw;dgdX%8gdL%2gdL%2gdX8gdyƀ؀(ρGH(x2gdX8gdy8gdL%;dgdX%(Ɓ΁؁679FH˂'5wøՅ}rghth"mH sH h~h"mH sH hbGmH sH  h~h~h"hE hmhEhEmH sH hE5mH sH hthE5mH sH hthEmH sH h~hEmH sH  h~hL%hX% hX%hI hX%haH hX%hL% hX%hX%hX%hX%mH sH $-ل  $%.5;@JUV؇ŵvoooo h D9h:Ph h:PmH sH  h h:P h ^Jh:P hh:P h:P5h:PhR-h:PmH sH h7Bh:PmH sH h:PmH sH hX%h{? h~h~h" hmh"h"mH sH hth"mH sH h"5mH sH hth"5mH sH +ڄ %5AV "19HP_gv~Æ;gd:P ;dgd68gd:P2gd:P8gdyÆ҆چƇ3!QҊ:$$ @ P$d%d&d'd@&NOPQ^P`a$gdC!8gd:P;gd:P ̊ϊъҊqrNj )6JVˎݎގߎ%,S *1ϽϽϽϽϽϽxq hX%hX% h{?hY h{?h~h{?h~5mH sH h{?hbGmH sH h{?h~mH sH  h~hC! hC!hC! hX%h|k hX%hI@5hX%hC!mH sH  hX%hC!hX%hC!5mH sH hX%hC!5hX% h~h:P h D9h:Ph:P,%5@Srȋ6J$$If^a$gd@ ^@ `gdC! @ ^@ `gdC!$@ D-^@ `Da$gdC!$@ Dd-^@ `Da$gdC!$@ ^@ `a$gdC!Xwx͍Jkdɬ$$IfTlFl <  t06    44 lapytT$$If^a$gd (B\JJJ$$If^a$gdkd$$IfTlFl <  t06    44 lapytTBCVy\JJJ$$If^a$gdkdK$$IfTlFl <  t06    44 lapytTގߎ,8S\OJE@@@8gdy2gdX8gd:P @ ^@ `gdC!kd $$IfTlFl <  t06    44 lapytTSh6!1=Xl:T9~ԗ.,gdXgdaH8gd{?2gdX8gdX%8gdy1X ~ԗ՗.-.hu-./1<KL;;ɾͺ;͵͈ͮ͢}v} h:Phv h:PhT1hcUhvh +hvmH sH h +hT1mH sH hGPh hbG hbGhm hT1H*hhU hhaHhaHhT1h|{` h|{`h|{`h~ hX%hX% h{?hY h{?h~h{?h~mH sH +./01<LFϛߞ@$a$gdGP^gdy&^gdy $`a$gdGP $`a$gdGPgdXgdXgdXáġȡڡPӦԦզ֦צئ٦ߦ8<=˼tmeejhPmU hhPmhPm0J!mHnHu hPm0J!jhPm0J!UhPm$jhhPmUmHnHsH uhVQmHnHsH uhhPmmH sH jhhPmUmH sH hPmmH sH hh|jhh|UhV1hT1mH sH  hdhdhdhT1 h:PhUo'ɡڡPޢF("3ߥ6~%gdy^gdygdX%gdXצئ49:>?@$a$gdgdX $ !a$gdgdXgdXgdXgdXL 0000P&P1F:pV/ =!"#$% DpB00P1+:p/ =!"#$% Dp501+:p/ =!"#$% }DyK _Toc386638502}DyK _Toc386638502}DyK _Toc386638503}DyK _Toc386638503}DyK _Toc386638504}DyK _Toc386638504}DyK _Toc386638505}DyK _Toc386638505}DyK _Toc386638506}DyK _Toc386638506}DyK _Toc386638507}DyK _Toc386638507}DyK _Toc386638508}DyK _Toc386638508}DyK _Toc386638509}DyK _Toc386638509}DyK _Toc386638510}DyK _Toc386638510}DyK _Toc386638511}DyK _Toc386638511}DyK _Toc386638512}DyK _Toc386638512}DyK _Toc386638513}DyK _Toc386638513}DyK _Toc386638514}DyK _Toc386638514}DyK _Toc386638515}DyK _Toc386638515}DyK _Toc386638516}DyK _Toc386638516}DyK _Toc386638517}DyK _Toc386638517}DyK _Toc386638518}DyK _Toc386638518}DyK _Toc386638519}DyK _Toc386638519}DyK _Toc386638520}DyK _Toc386638520}DyK _Toc386638521}DyK _Toc386638521}DyK _Toc386638522}DyK _Toc386638522}DyK _Toc386638523}DyK _Toc386638523}DyK _Toc386638524}DyK _Toc386638524}DyK _Toc386638525}DyK _Toc386638525}DyK _Toc386638526}DyK _Toc386638526}DyK _Toc386638527}DyK _Toc386638527}DyK _Toc386638528}DyK _Toc386638528}DyK _Toc386638529}DyK _Toc386638529}DyK _Toc386638530}DyK _Toc386638530}DyK _Toc386638531}DyK _Toc386638531}DyK _Toc386638532}DyK _Toc386638532}DyK _Toc386638533}DyK _Toc386638533}DyK _Toc386638534}DyK _Toc386638534}DyK _Toc386638535}DyK _Toc386638535}DyK _Toc386638536}DyK _Toc386638536}DyK _Toc386638537}DyK _Toc386638537}DyK _Toc386638538}DyK _Toc386638538}DyK _Toc386638539}DyK _Toc386638539}DyK _Toc386638540}DyK _Toc386638540}DyK _Toc386638541}DyK _Toc386638541}DyK _Toc386638542}DyK _Toc386638542}DyK _Toc386638543}DyK _Toc386638543}DyK _Toc386638544}DyK _Toc386638544}DyK _Toc386638545}DyK _Toc386638545}DyK _Toc386638546}DyK _Toc386638546}DyK _Toc386638547}DyK _Toc386638547}DyK _Toc386638548}DyK _Toc386638548}DyK _Toc386638549}DyK _Toc386638549}DyK _Toc386638550}DyK _Toc386638550}DyK _Toc386638551}DyK _Toc386638551}DyK _Toc386638552}DyK _Toc386638552}DyK _Toc386638553}DyK _Toc386638553}DyK _Toc386638554}DyK _Toc386638554}DyK _Toc386638555}DyK _Toc386638555}DyK _Toc386638556}DyK _Toc386638556}DyK _Toc386638557}DyK _Toc386638557}DyK _Toc386638558}DyK _Toc386638558}DyK _Toc386638559}DyK _Toc386638559}DyK _Toc386638560}DyK _Toc386638560}DyK _Toc386638561}DyK _Toc386638561}DyK _Toc386638562}DyK _Toc386638562}DyK _Toc386638563}DyK _Toc386638563}DyK _Toc386638564}DyK _Toc386638564}DyK _Toc386638565}DyK _Toc386638565}DyK _Toc386638566}DyK _Toc386638566}DyK _Toc386638567}DyK _Toc386638567}DyK _Toc386638568}DyK _Toc386638568}DyK _Toc386638569}DyK _Toc386638569}DyK _Toc386638570}DyK _Toc386638570}DyK _Toc386638571}DyK _Toc386638571}DyK _Toc386638572}DyK _Toc386638572}DyK _Toc386638573}DyK _Toc386638573}DyK _Toc386638574}DyK _Toc386638574}DyK _Toc386638575}DyK _Toc386638575}DyK _Toc386638576}DyK _Toc386638576}DyK _Toc386638577}DyK _Toc386638577}DyK _Toc386638578}DyK _Toc386638578}DyK _Toc386638579}DyK _Toc386638579}DyK _Toc386638580}DyK _Toc386638580}DyK _Toc386638581}DyK _Toc386638581}DyK _Toc386638582}DyK _Toc386638582}DyK _Toc386638583}DyK _Toc386638583}DyK _Toc386638584}DyK _Toc386638584}DyK _Toc386638585}DyK _Toc386638585}DyK _Toc386638586}DyK _Toc386638586}DyK _Toc386638587}DyK _Toc386638587}DyK _Toc386638588}DyK _Toc386638588}DyK _Toc386638589}DyK _Toc386638589}DyK _Toc386638590}DyK _Toc386638590}DyK _Toc386638591}DyK _Toc386638591}DyK _Toc386638592}DyK _Toc386638592}DyK _Toc386638593}DyK _Toc386638593}DyK _Toc386638594}DyK _Toc386638594}DyK _Toc386638595}DyK _Toc386638595}DyK _Toc386638596}DyK _Toc386638596}DyK _Toc386638597}DyK _Toc386638597$$If!vh#v #v#v:V x4 t 6`05 554-4 xe4pytW\$$If!vh#vP:V x t 6`0,5P/ 4-4 xe4p ytW\$$If!vh#v #v#v:V x t 6`05 554-4 xe4pytW\$$If!vh#v #v#v:V x t 6`05 55/ 4-4 xe4pytW\$$If!vh#v #v#v:V x t 6`05 55/ 4-4 xe4pytW\$$If!vh#vP:V x t 6`05P4-4 xe4p ytW\$$If!vh#vP:V x t 6`0,5P4-4 xe4p ytW\$$If!vh#v #v#v:V x t 6`05 554-4 xe4pytW\$$If!vh#v #v#v:V x t 6`05 554-4 xe4pytW\$$If!vh#v #v#v:V x t 6`05 554-4 xe4pytW\$$If!vh#v #v#v:V x t 6`05 55/ 4-4 xe4pytW\$$If!vh#v #v#v:V x t 6`05 554-4 xe4pytW\$$If!vh#v #v#v:V x t 6`05 554-4 xe4pytW\$$If!vh#v #v#v:V x t 6`05 554-4 xe4pytW\$$If!vh#v #v#v:V x t 6`05 554-4 xe4pytW\$$If!vh#v #v#v:V x t 6`05 554-4 xe4pytW\$$If!vh#vP:V x t 6`0,5P4-4 xe4p ytW\$$If!vh#vP:V x t 6`0,5P4-4 xe4p ytW\$$If!vh#v #v#v:V x t 6`05 554-4 xe4pytW\$$If!vh#v #v#v:V x t 6`05 55/ 4-4 xe4pytW\$$If!vh#v #v#v:V x t 6`05 554-4 xe4pytW\$$If!vh#v #v#v:V x t 6`05 554-4 xe4pytW\$$If!vh#v #v#v:V x t 6`05 554-4 xe4pytW\$$If!vh#v #v#v:V x t 6`05 554-4 xe4pytW\$$If!vh#v #v#v:V x t 6`05 554-4 xe4pytW\$$If!vh#v #v#v:V x t 6`05 554-4 xe4pytW\$$If!vh#v #v#v:V x t 6`05 554-4 xe4pytW\$$If!vh#v #v#v:V x t 6`05 55/ 4-4 xe4pytW\$$If!vh#v #v#v:V x t 6`05 554-4 xe4pytW\$$If!vh#v #v#v:V x t 6`05 554-4 xe4pytW\$$If!vh#v #v#v:V x t 6`05 554-4 xe4pytW\$$If!vh#v #v#v:V x t 6`05 554-4 xe4pytW\$$If!vh#v #v#v:V x t 6`05 55/ 4-4 xe4pytW\$$If!vh#v #v#v:V x t 6`05 554-4 xe4pytW\$$If!vh#v#v#v:V x44 t0!5554-4 xaf4pyt;q$$If!vh#v#v#v:V x4 t0!555/ 4-4 xaf4pyt;q$$If!vh#v#v#v:V x4 t0!555/ 4-4 xaf4pyt;q$$If!vh#v#v#v:V x4 t0!555/ 4-4 xaf4pyt;q$$If!vh#v#v#v:V x4 t0!5554-4 xaf4pyt;q$$If!vh#v#v#v:V x4 t0!5554-4 xaf4pyt;q$$If!vh#v#v#v:V x4 t0!5554-4 xaf4pyt;q$$If!vh#v#v#v:V x4 t0!,555/ 4-4 xaf4pyt;q$$If!vh#v#v#v:V x4 t0!5554-4 xaf4pyt;q$$If!vh#v#v#v:V x4 t0!5554-4 xaf4pyt;q$$If!vh#v#v#v:V x4 t0!5554-4 xaf4pyt;q$$If!vh#v#v#v:V x4 t0!5554-4 xaf4pyt;q$$If!vh#v#v#v:V x4 t0!5554-4 xaf4pyt;q$$If!vh#v#v#v:V x4 t0!5554-4 xaf4pyt;q$$If!vh#v#v#v:V x4 t0!5554-4 xaf4pyt;q$$If!vh#v#v#v:V x4 t0!5554-4 xaf4pyt;q$$If!vh#v#v#v:V x4 t0!555/ 4-4 xaf4pyt;q$$If!vh#v#v#v:V x4 t0!5554-4 xaf4pyt;q$$If!vh#v#v#v:V x4 t0!5554-4 xaf4pyt;q$$If!vh#v#v#v:V x4 t0!5554-4 xaf4pyt;q$$If!vh#v#v#v:V x4 t0!5554-4 xaf4pyt;q$$If!vh#v#v#v:V x4 t0!5554-4 xaf4pyt;q$$If!vh#v#v#v:V x4 t0!5554-4 xaf4pyt;q$$If!vh#v#v#v:V x4 t0!5554-4 xaf4pyt;q$$If!vh#v#v#v:V x4 t0!5554-4 xaf4pyt;q$$If!vh#v#v#v:V x4 t0!5554-4 xaf4pyt;q$$If!vh#v#v#v:V x4 t0!5554-4 xaf4pyt;q$$If!vh#v#v#v:V x4 t0!555/ 4-4 xaf4pyt;q$$If!vh#v#v#v:V x4 t0!5554-4 xaf4pyt;q$$If!vh#v#v#v:V x4 t0!5554-4 xaf4pyt;q$$If!vh#v#v#v:V x4 t0!5554-4 xaf4pyt;q$$If!vh#v#v#v:V x4 t0!5554-4 xaf4pyt;q$$If!vh#v#v#v:V x4 t0!5554-4 xaf4pyt;q$$If!vh#v#v#v:V x4 t0!5554-4 xaf4pyt;q$$If!vh#v#v#v:V x4 t0!5554-4 xaf4pyt;q$$If!vh#v#v#v:V x4 t0!5554-4 xaf4pyt;q$$If!vh#v#v#v:V x4 t0!5554-4 xaf4pyt;q$$If!vh#v#v#v:V x4 t0!555/ 4-4 xaf4pyt;q$$If!vh#v#v#v:V x4 t0!555/ 4-4 xaf4pyt;q$$If!vh#v#v#v:V x4 t0!555/ 4-4 xaf4pyt;q$$If!vh#v#v#v:V x4 t0!555/ 4-4 xaf4pyt;q$$If!vh#v#v#v:V x4 t0!555/ 4-4 xaf4pyt;q$$If!vh#v#v#v:V x4 t0!555/ 4-4 xaf4pyt;q$$If!vh#v#v#v:V x4 t0!555/ 4-4 xaf4pyt;q$$If!vh#v#v#v:V x4 t0!555/ 4-4 xaf4pyt;q$$If!vh#v#v#v:V x4 t0!555/ 4-4 xaf4pyt;q$$If!vh#v#v#v:V x4 t0!555/ 4-4 xaf4pyt;q$$If!vh#v#v#v:V x4 t0!555/ 4-4 xaf4pyt;q$$If!vh#v#v#v:V x4 t0!555/ 4-4 xaf4pyt;q$$If!vh#v#v#v:V x4 t0!555/ 4-4 xaf4pyt;q$$If!vh#v#v#v:V x4 t0!555/ 4-4 xaf4pyt;q$$If!vh#v#v#v:V x4 t0!555/ 4-4 xaf4pyt;q$$If!vh#v#v#v:V x4 t0!555/ 4-4 xaf4pyt;q$$If!vh#v#v#v:V x4 t0!555/ 4-4 xaf4pyt;q$$If!vh#v#v#v:V x4 t0!555/ 4-4 xaf4pyt;q$$If!vh#v#v#v:V x4 t0!555/ 4-4 xaf4pyt;q$$If!vh#v#v#v:V x4 t0!555/ 4-4 xaf4pyt;q$$If!vh#v#v#v:V x4 t0!555/ 4-4 xaf4pyt;q$$If!vh#v#v#v:V x4 t0!555/ 4-4 xaf4pyt;q$$If!vh#v<#v #v:V l t06,5<5 5apytT$$If!vh#v<#v #v:V l t06,5<5 5apytT$$If!vh#v<#v #v:V l t06,5<5 5apytT$$If!vh#v<#v #v:V l t06,5<5 5apytT^@ xxxpppppp0002 0@P`p2( 0@P`p 0@P`p 0@P`p 0@P`p 0@P`p 0@P`p8XV~_HmHnHsHtHX`X 1KG=K9$h^ha$CJOJQJ_HmH sH tH B@bB  03>;>2>: 1 $$5;R@R 9 03>;>2>: 2  @&^5<@<  03>;>2>: 3$a$5>@>  03>;>2>: 4 h^h>*N@N 03>;>2>: 5 ^5CJOJQJkHN@N 03>;>2>: 6 ^>*CJOJQJkHN@N 03>;>2>: 7 ^6CJOJQJkHN@N 03>;>2>: 8 ^6CJOJQJkHN @N 03>;>2>: 9 $ !^5BA`B A=>2=>9 H@8DB 0170F0\i@\ 1KG=0O B01;8F0 :V 44 la .k .0 5B A?8A:0 V@V GPp 3;02;5=85 3Z^6CJOJQJ]L@L GPp 3;02;5=85 2 xx:CJOJQJL@L }~tp 3;02;5=85 1 xxCJOJQJ\J @"J >086=89 :>;>=B8BC;  !j@2j 5@E=89 :>;>=B8BC;$$ 8!d^a$5CJ8@B8  "5:AB A=>A:8CJL@L p 3;02;5=85 9 ^CJOJQJaJ6Ob6 Body$^a$:>@r: X0720=85$a$5CJ8*L@* 0B0$a$N/@aN !?8A>:'$$ h^`HH paragraph,p$  ^a$<a< Diagram$$^a$JaJ Indent$$ X ^`a$4O4 4Item@ ^@ `fOf 5Item Box8$ @ P$d%d&d'd^P`5:'`: =0: ?@8<5G0=8OCJ@@@ "5:AB ?@8<5G0=8O CJ4)@4 ><5@ AB@0=8FKBB@"B A=>2=>9 B5:AB"$a$CJbC@2b A=>2=>9 B5:AB A >BABC?><#^`CJdR@Bd A=>2=>9 B5:AB A >BABC?>< 2$$^a$CJBP@RB A=>2=>9 B5:AB 2%$a$`S@b` A=>2=>9 B5:AB A >BABC?>< 3&$h^ha$2&`q2  =0: A=>A:8H*L@L 8Rtp 3;02;5=85 4 (^CJOJQJaJL@L 8Rtp 3;02;5=85 5 )^CJOJQJaJL@L 8Rtp 3;02;5=85 6 *^CJOJQJaJL@L 8Rtp 3;02;5=85 7 +^CJOJQJaJL@L 8Rtp 3;02;5=85 8 ,^CJOJQJaJ:U`: 8Rt0 8?5@AAK;:0 >*B*ph@j@@ _""5<0 ?@8<5G0=8O.5\J@J _" "5:AB 2K=>A:8/CJOJQJ^JaJH`Hu0 5F5=78O0CJOJQJ_HmH sH tH R`R kc 57 8=B5@20;01CJOJQJ_HmH sH tH bO"b 6 Class Heading-2$$d&d@&NPa$RJ@R 7}~t >4703>;>2>:3$<@&a$CJOJQJaJBoAB a< Item CharCJOJQJmH sH tH NoQN a< Item Box Char5CJOJQJmH sH tH <Ra< 2a<Class Heading CharNoqN 3}~t>4703>;>2>: =0:CJaJmH sH tH LOL :bwiClass Template Format8$a$ToT 03>;>2>: 2 =0:5CJOJQJmH sH tH dod 8bwiClass Template Format CharCJOJQJmH sH tH ROR =Expected Input List;D-`D A +p03>;>2>: >3;02;5=8O<$d@& ^a$';B*CJOJPJQJ\^JaJph6_HH ;Expected Input List Char\o\ {u086=89 :>;>=B8BC; =0:CJOJQJmH sH tH pp d+ !5B:0 B01;8FK7:V?0?PK![Content_Types].xmlN0EH-J@%ǎǢ|ș$زULTB l,3;rØJB+$G]7O٭VCWNIA!ޝ}7/݉%BR7Hw9!p<Ǥፉ.EB\ /T*Y>,cy'$gC."Vso+C1OǓt}8>V3mBb%DWs'O''Gw ~lh;UM!DzŬ;C K^ysJJ1KRμ)~.ک/ Y\n9?[]67)qnpJOF$ w;fCLL&׸m%]V%z-{ v8Ҩm-.xo(-ms~ۜ|s>Ͼ%O04h=یщ!eƌ\f :C*OiIA 64HpUa7 UO3 d:(fA@٣>N"Hhp&hA38 )SUUR'V5&HM.6xpyn,ބ!h^^Z4~0#w,,& g"Ic힍Q)˕C6%^+Hk!$A*#.D)irdq8Y^}q~C>Np%uJx?+al|zf[Ux5b>c!:M (MkIVEpYPҍN2$ÿ -.h۴"P6T{T 6]u̒VhVnR+n;)ȔbL X6Y`+qB]( 0H1$6_[s)k8Tm Aa?R d ڒɾ0{eRF& Ī't\{BHuM6`pGϽO+!XoN'^[crh2*tW<{1U+l_QSncX<)Q(wJH ٯ#zCm>nhf6t}M&ʺ6ײ'\gkNS:;\qN-S;kǺ"{DailL`̗/޿ ^o#I&%0]SPV!] PK! ѐ'theme/theme/_rels/themeManager.xml.relsM 0wooӺ&݈Э5 6?$Q ,.aic21h:qm@RN;d`o7gK(M&$R(.1r'JЊT8V"AȻHu}|$b{P8g/]QAsم(#L[PK-![Content_Types].xmlPK-!֧6 0_rels/.relsPK-!kytheme/theme/themeManager.xmlPK-!^}-theme/theme/theme1.xmlPK-! ѐ' theme/theme/_rels/themeManager.xml.relsPK] 41ZNZZ Ve! B 3 h HM(tY @UN wW !!?""z#&$$%&X'U(()**9+,,z-%..//p0169ATX9[d]`cehknr{w|ˁ)/ŏI;m¶к\N31J  ;2u` &#F&(B*-1u46(;=?AEIMLPTQW[]`dfklnpQrtwz|}1     0EFGIJKMOPRUVXY[\^`bceghju     ') ~*|29EUSW\WsWWWWWWW X1XRXrXXXXXXYY1YIYfYYYYYYZ.ZKZeZZZZ.chmr?x}߃;69?bܱCmƲE³޳!Fk̴@hص Ciٶ!i#Eeϸl¹<Uq67Cm,7 kV#($+/B247=\@EIL R3U[]cflnptx{~~ÆBS !"#$%&'()*+,-./123456789:;<=>?@ABCDHLNQSTWZ]_adfiklmnopqrstvwxyz{|}~ !"#$%&(*+,GHh{'CEFHh3OQRTt   -Mikln (*+-Mt"Gcfgi3679Y~ *Lhkln # & ' ) I e ' C F G I i     4 X t w x z  5 8 9 ; [ z  = Y \ ] _  '*+-Mr@\_`b7:;=]xKgjkm0346V  +Kgjkm2NQRTt 5QTUWw<\x{|~,HKLNn;Vruvx)EHIKk @f7SVWYy!$%'Gk@\_`b )5QTUWw: V Y Z \ | !5!8!9!;![!|!!!!!!!!!!!"E"a"d"e"g""""""""#3#6#7#9#Y#######$.$2$3$5$U${$$$$$$$$$$$%_%{%%%%%%%&&&&&@&\&`&a&c&&&&&&&'='Y']'^'`''''''''''(((#(/(K(O(P(R(r((((((x TX%X%X%X%X%X%X%X%X%X%X%X%X%X%X%X%X%X%X%X%X%X%X%X%X%X%X%X%X%X%X%X%X%X%X%X%X%X%X%X%X%X%X%X%X%X%X%X%X%X%X%X%X%X%X%X%X%X%X%X%X%X%X%X%X%X%X%X%X%X%X%X%X%X%X%X%X%X%X%X%X%X%X%X%X%X%X%X%X%X%X%X%X%X%X%X%̕X9QSV]a!!!@ @H 0(  0(  B S  ? _Toc317066166 _Toc386638502 _Toc317066167 _Toc386638503 _Toc153943025 _Toc317066168 _Toc386638504 _Toc153943027 _Toc317066170 _Toc386638505 _Toc386638506 _Toc153943028 _Toc253683952 _Toc317066171 _Toc386638507 _Toc153943029 _Toc317066172 _Toc386638508 _Toc153943030 _Toc317066173 _Toc386638509 _Toc153943031 _Toc317066174 _Toc386638510 _Toc153943032 _Toc317066175 _Toc386638511 _Toc153943033 _Toc317066176 _Toc386638512 _Toc153943034 _Toc317066177 _Toc386638513 _Toc153943035 _Toc317066178 _Toc386638514 _Toc317066179 _Toc386638515 _Toc317066180 _Toc386638516 _Toc317066181 _Toc386638517 OLE_LINK1 _Toc317066182 _Toc386638518 OLE_LINK2 _Toc153943048 _Toc317066195 _Toc386638519 _Toc153943036 _Toc317066183 _Toc386638520 _Toc153943037 _Toc317066184 _Toc386638521 _Toc153943038 _Toc317066185 _Toc386638522 _Toc153943039 _Toc317066186 _Toc386638523 _Toc153943040 _Toc317066187 _Toc386638524 _Toc153943041 _Toc317066188 _Toc386638525 _Toc153943042 _Toc317066189 _Toc386638526 _Toc153943043 _Toc317066190 _Toc386638527 _Toc153943044 _Toc317066191 _Toc386638528 _Toc153943045 _Toc317066192 _Toc386638529 _Toc153943046 _Toc317066193 _Toc386638530 _Toc153943047 _Toc317066194 _Toc386638531 _Toc153943049 _Toc317066196 _Toc386638532 _Toc153943050 _Toc317066197 _Toc386638533 _Toc153943051 _Toc317066198 _Toc386638534 _Toc317066199 _Toc386638535 _Toc153943052 _Toc317066200 _Toc153943053 _Toc317066201 _Toc386638536 _Toc153943054 _Toc317066202 _Toc386638537 _Toc153943055 _Toc317066203 _Toc386638538 _Toc153943056 _Toc317066204 _Toc386638539 _Toc153943057 _Toc317066205 _Toc386638540 _Toc153943058 _Toc317066206 _Toc386638541 _Toc153943059 _Toc317066207 _Toc386638542 _Toc153943060 _Toc317066208 _Toc386638543 _Toc153943061 _Toc317066209 _Toc386638544 _Toc153943062 _Toc317066210 _Toc386638545 _Toc153943063 _Toc317066211 _Toc386638546 _Toc153943064 _Toc317066212 _Toc386638547 _Toc153943065 _Toc317066213 _Toc386638548 _Toc153943066 _Toc317066214 _Toc386638549 _Toc153943067 _Toc317066215 _Toc386638550 _Toc153943068 _Toc317066216 _Toc386638551 _Toc153943069 _Toc317066217 _Toc386638552 _Toc153943070 _Toc317066218 _Toc386638553 _Toc153943071 _Toc317066219 _Toc386638554 _Toc153943072 _Toc317066220 _Toc386638555 _Toc153943073 _Toc317066221 _Toc386638556 _Toc153943074 _Toc317066222 _Toc386638557 _Toc153943075 _Toc317066223 _Toc386638558 _Toc153943076 _Toc317066224 _Toc386638559 _Toc153943077 _Toc317066225 _Toc386638560 _Toc153943078 _Toc317066226 _Toc386638561 _Toc153943079 _Toc317066227 _Toc386638562 _Toc153943080 _Toc317066228 _Toc386638563 _Toc153943081 _Toc317066229 _Toc386638564 _Toc153943082 _Toc317066230 _Toc386638565 _Toc153943083 _Toc317066231 _Toc386638566 _Toc153943084 _Toc317066232 _Toc386638567 _Toc153943085 _Toc317066233 _Toc386638568 _Toc153943086 _Toc317066234 _Toc386638569 _Toc153943087 _Toc317066235 _Toc386638570 _Toc153943088 _Toc317066236 _Toc386638571 _Toc153943089 _Toc317066237 _Toc386638572 _Toc153943090 _Toc317066238 _Toc386638573 _Toc317066239 _Toc386638574 _Toc317066240 _Toc386638575 _Toc317066241 _Toc386638576 _Toc317066242 _Toc386638577 _Toc317066243 _Toc386638578 _Toc317066244 _Toc386638579 _Toc317066245 _Toc386638580 _Toc317066246 _Toc386638581 _Toc317066247 _Toc386638582 _Toc317066248 _Toc386638583 _Toc317066249 _Toc386638584 _Toc317066250 _Toc386638585 _Toc317066251 _Toc386638586 _Toc317066252 _Toc386638587 _Toc386638588 _Toc317066253 _Toc386638589 _Toc317066254 _Toc386638590 _Toc317066255 _Toc386638591 _Toc317066256 _Toc386638592 _Toc317066257 _Toc386638593 _Toc317066258 _Toc153943092 _Toc317066259 _Toc386638594 _Toc317066260 _Toc386638595 _Toc317066261 _Toc386638596 _Toc153943094 _Toc317066262 _Toc386638597((44w>w>*AIIIaJLL5ORRRRWWW[[[^^^bbbddd4g4g4g!j!j{l{looKpqq!stttwwwzzz~~~???ddd&&&ססס:;333DDDpppuuu222}}}eee000         l l l """$$$&&&'''))),,,664A4AKKSS2\2\qdqd3f3f%h%h"j"j.m.mppssGuGuvvwHzHz{{ } }߆߆111<<   !"#$%&'()*+,-./0123456789:;<=>?@ABCDEFGHIJKLMNOPQRSTUVWXYZ[\]^_`abcdefghijklmnopqrstuvwxyz{|}~((44>A>A>AIsJsJsJ4ORRRRRRWWW[[[___bbbddd\g\g\gDjDjll9o9oprrxstttxxx{{{)~)~)~YYYކކކۉۉۉBBBEEE ^^WWW...---]]]Vcc///222TTT1 1 1    444   ;;;   8"8"8"$$$;&;&;&''')))k,k,66AAKK/T/Tp\p\ddRfRfAhAhGjGjTmTmppssuuvvwzz{{$}$}  ;;KKKn44W>^>QQ[[jjllllIrTrWrgr{&{IP™ןߟ(1>[4679>@#% uzHJ@B_h,, ..a4f4n7s788? ?BB6C;CIIpLuLMMTTUU\\^^֞7 7TTYYoYuY[[[1\\\!_'___`pabbbbMcScdddeXe^ezggggggajgjjjjjllllTmZmVo\ooooo,r2rhrnrrrtttuXu^u1x7xVx\xxx{{{J{K{Q{{{G~M~~~~~v|017ntŌ#`f͒Ӓ`fĕAG#)pvΘԘ%<Bciޝʟ֟ן bh6<1=>Z[atwгӳܳ߳$'8;DGX[lox{ôԴ״ @C +.?BKN_bsvǺʺۺ޺/2CFORdgx{(8< :<#%%'n =?|j(:u{EH^a#$67HI[\m^gf  ; = 3,w !#i$p&&&(t(-...)./.j.p...\/b/223344C4F4r5u55555]>b>>>>>@@B@G@g@k@GGHH-I7IiIlIJJJJJJRRhumuuv wNwz'{||V}}/14>ԏ--ߕ33333333333333333333333333333333333333333333333333333333333333333333333333333333333333333333333333333333333333333333333333333333333333333333333333333333333333333333333333333333333333333333333333333333333333333{'F3R Ml +tGg7~Ll ' e ' G  X x  9 z = ] +r@`;xKk4 Kk2R5U\|,LVv)If7W%k@`5U: Z !9!|!!!!E"e"""#7###$3${$$$$_%%%&@&a&&&='^''''(/(P(((();)1*L*+D+++n,,--F.f.44<<<<==@?AII&JtJ4O P#PRVV``llnndqpqssvv}}^jKWR^ bn8D/;iuͦڦΩ5D_7Fˮڮ"[jׯ^ñ.\(P]kxx)%1O[Xd 4@4@".   ^j_kamkw{; G !!]$j$%%y''6)B)++llX(Cy -48?@{'F3R Ml +tGg7~Ll ' e ' G  X x  9 z = ] +r@`;xKk4 Kk2R5U\|,LVv)If7W%k@`5U: Z !9!|!!!!E"e"""#7###$3${$$$$_%%%&@&a&&&='^''''(/(P(((`44elfllll,m֞؞8?#$Ga$ 脰R h)na7 |*3 $_G6h)na0 6 R:V3i%Id!h)na{z!ě̡;n/d';i0Fxjt2TU6>5 897l`B;7ZC=J;h)na%J<:%mZʁbs FHttQwwh)naI[x`Ph h^h`hH.h 8^8`hH.h L^`LhH.h  ^ `hH.h  ^ `hH.h xL^x`LhH.h H^H`hH.h ^`hH.h L^`LhH.h^`OJQJo(hHhK P^K `POJQJo(hH  ^ `hH...  x^ `xhH....h ^`hH) X^`XhH ...... ^`hH.......  8^`8hH........  `^``hH.........h8^8`OJQJo(hHh^`OJQJ^Jo(hHoh ^ `OJ QJ o(hHh ^ `OJQJo(hHhx^x`OJQJ^Jo(hHohH^H`OJ QJ o(hHh^`OJQJo(hHh^`OJQJ^Jo(hHoh^`OJ QJ o(hH h^h`hH. P^`PhH.. ^`hH... x^`xhH....h ^`hH)  X^ `XhH ......  ^ `hH.......  8^`8hH........  `^``hH.........88^8`o(.h ^ `OJQJo(hHhXP^X`POJQJo(hH ^`hH... x^`xhH....h ^`hH) X^`XhH ...... ^`hH.......  8^`8hH........   `^ ``hH......... h^h`hH. P^`PhH.. ^`hH... x^`xhH....h ^`hH)  X^ `XhH ......  ^ `hH.......  8^`8hH........  `^``hH.........h h^h`hH.h P^`PhH..h ^`hH...h x^`xhH.... h ^`hH ..... h  X^ `XhH ...... h  ^ `hH....... h 8^`8hH........ h `^``hH.........h8^8`OJQJo(hHh^`OJQJ^Jo(hHoh ^ `OJ QJ o(hHh ^ `OJQJo(hHhx^x`OJQJ^Jo(hHohH^H`OJ QJ o(hHh^`OJQJo(hHh^`OJQJ^Jo(hHoh^`OJ QJ o(hH^`o(. h^h`hH. P^`PhH.. ^`hH... x^`xhH....h ^`hH)  X^ `XhH ......  ^ `hH.......  8^`8hH........  `^``hH.........h^`OJQJo(hHh^`OJQJo(hHh pLp^p`LhH.h @ @ ^@ `hH.h ^`hH.h L^`LhH.h ^`hH.h ^`hH.h PLP^P`LhH.h^`OJQJo(hHh ^ `OJQJ^Jo(hHoh ^ `OJ QJ o(hHhx^x`OJQJo(hHhH^H`OJQJ^Jo(hHoh^`OJ QJ o(hHh^`OJQJo(hHh^`OJQJ^Jo(hHoh^`OJ QJ o(hHh 8^8`hH)h ^`hH.h  L^ `LhH.h  ^ `hH.h x^x`hH.h HL^H`LhH.h ^`hH.h ^`hH.h L^`LhH.h^`OJQJo(hHhp^p`OJQJ^Jo(hHoh@ ^@ `OJ QJ o(hHh^`OJQJo(hHh^`OJQJ^Jo(hHoh^`OJ QJ o(hHh^`OJQJo(hHhP^P`OJQJ^Jo(hHoh ^ `OJ QJ o(hHhh^h`o(.h ^`hH)h ^`hH.h pL^p`LhH.h @ ^@ `hH.h ^`hH.h L^`LhH.h ^`hH.h ^`hH.h PL^P`LhH.hpp^p`OJQJo(hH@ @ ^@ `OJPJQJ^Jo(-h^`OJ QJ o(hHh^`OJQJo(hHh^`OJQJ^Jo(hHoh^`OJ QJ o(hHhPP^P`OJQJo(hHh  ^ `OJQJ^Jo(hHoh^`OJ QJ o(hH h^h`hH. P^`PhH.. ^`hH... x^`xhH....h ^`hH)  X^ `XhH ......  ^ `hH.......  8^`8hH........  `^``hH.........c^`OJPJQJ^Jo(-pp^p`OJQJ^Jo(hHo@ @ ^@ `OJ QJ o(hH^`OJQJo(hH^`OJQJ^Jo(hHo^`OJ QJ o(hH^`OJQJo(hHPP^P`OJQJ^Jo(hHo  ^ `OJ QJ o(hHh ^`hH)h ^`hH.h pL^p`LhH.h @ ^@ `hH.h ^`hH.h L^`LhH.h ^`hH.h ^`hH.h PL^P`LhH. h^h`hH. P^`PhH.. ^`hH... x^`xhH....h ^`hH)  X^ `XhH ......  ^ `hH.......  8^`8hH........  `^``hH.........h^`OJQJo(hHh^`OJQJo(hHh pLp^p`LhH.h @ @ ^@ `hH.h ^`hH.h L^`LhH.h ^`hH.h ^`hH.h PLP^P`LhH.h^`OJQJo(hHh ^ `OJQJ^Jo(hHoh ^ `OJ QJ o(hHhx^x`OJQJo(hHhH^H`OJQJ^Jo(hHoh^`OJ QJ o(hHh^`OJQJo(hHh^`OJQJ^Jo(hHoh^`OJ QJ o(hHh8^8`OJQJo(hHh^`OJQJ^Jo(hHoh ^ `OJ QJ o(hHh ^ `OJQJo(hHhx^x`OJQJ^Jo(hHohH^H`OJ QJ o(hHh^`OJQJo(hHh^`OJQJ^Jo(hHoh^`OJ QJ o(hHh8^8`OJQJo(hHh^`OJQJ^Jo(hHoh ^ `OJ QJ o(hHh ^ `OJQJo(hHhx^x`OJQJ^Jo(hHohH^H`OJ QJ o(hHh^`OJQJo(hHh^`OJQJ^Jo(hHoh^`OJ QJ o(hHh8^8`OJQJo(hHh^`OJQJ^Jo(hHoh ^ `OJ QJ o(hHh ^ `OJQJo(hHhx^x`OJQJ^Jo(hHohH^H`OJ QJ o(hHh^`OJQJo(hHh^`OJQJ^Jo(hHoh^`OJ QJ o(hHh^`OJQJo(hHh ^ `OJQJ^Jo(hHoh ^ `OJ QJ o(hHhx^x`OJQJo(hHhH^H`OJQJ^Jo(hHoh^`OJ QJ o(hHh^`OJQJo(hHh^`OJQJ^Jo(hHoh^`OJ QJ o(hHh ^ `OJQJo(hHh P^ `POJQJo(hH 8 ^8 `hH... 0x^0`xhH....h (^(`hH)  X^ `XhH ...... ^`hH.......  8^`8hH........  P`^P``hH.........h ^`hH.h ^`hH.h pL^p`LhH.h @ ^@ `hH.h ^`hH.h L^`LhH.h ^`hH.h ^`hH.h PL^P`LhH.h^`OJQJo(hHh^`OJQJ^Jo(hHohp^p`OJ QJ o(hHh@ ^@ `OJQJo(hHh^`OJQJ^Jo(hHoh^`OJ QJ o(hHh^`OJQJo(hHh^`OJQJ^Jo(hHohP^P`OJ QJ o(hH h^h`hH. P^`PhH.. ^`hH... x^`xhH.... ^`hH .....  X^ `XhH ......  ^ `hH.......  8^`8hH........  `^``hH.........h8^8`OJQJo(hHh^`OJQJ^Jo(hHoh ^ `OJ QJ o(hHh ^ `OJQJo(hHhx^x`OJQJ^Jo(hHohH^H`OJ QJ o(hHh^`OJQJo(hHh^`OJQJ^Jo(hHoh^`OJ QJ o(hH h^h`hH. P^`PhH.. ^`hH... x^`xhH....h ^`hH)  X^ `XhH ......  ^ `hH.......  8^`8hH........  `^``hH.........h8^8`OJQJo(hHh ^`hH.h  L^ `LhH.h  ^ `hH.h x^x`hH.h HL^H`LhH.h ^`hH.h ^`hH.h L^`LhH.#7 >5V3%J<{z!;7jt2>m;n/*[%<3K;i0a=J; 3 QwwId!_G6E]ZM897.Mbs6ULWFHt1DO^9N I[xn8e0##                                                                                  :,       y                                                                                                            }7U-VbVW$h}x'L@zBj$=)pf}Z>(*@cUt'-BOG .^> &u` d+ c 1   H6 t9 ^: h N#  Z EP<co7G,2!l@:(Ou~"9n_,g)+-Es8Nr?KZdu]>}>J?{Y?{?0AxGAO`AxqA'B7BGBeZBcnBoCUyCDPXDEE6E0F"G6QG8|GNHaH yHII(:I ^JcJjJuKL*KfK}KTMcYMcMl$NX^EYdY kY{Ya&Z@4[B[P[{[J]k]b ^-^@_M5_2`|{`aebonxn/xnPo6oKp q{rFskLt8RtYt}~tuj>u{uGvww;wINw_xzx#]yyzL({sJ{w{|1|dG|y|\||Q~Q~i~p&B6D~oyZ:Wb=LP<E Y K =T]y ANPlL}8~\z| 1,b>$?@O=0CYu3vD'.06_&iB[b#VxaOstGFxy`h%tTi455O6Q L%)\(<Z Bywqh$DH6JxhT1[m4]cUq'AEg>:P uZlUo*1UX[x#bhzP?Vl5T8sJD^FyG&U5j2yOq$0LW\ di:s0BIu , )YoNp~&O{qWB{~C!,eW'Z6)SezYGNM :EsC{*1~X6mx:o3 >cmyz_$[E>bGY~kb$4rf&_E9jU}v6D]an?6_?%_1Ugr4LSmZed{\ cd;q"L1 ?h.pMD[u~''4=m/Gmv@p@UnknownJohn Falkingham G*Ax Times New Roman5Symbol3. *Cx Arial7.@ Calibri3*Ax Times;. *Cx Helvetica5. .[`)Tahoma7@Cambria?= *Cx Courier New;WingdingsA$BCambria Math"$gF%'F%'A=`w=`w;n24 3q;HX?:=2! xx %ENC Ice Objects Catalogue Version 5.0 ETSI;ECDISJohn Falkinghamvms#                           ! " Oh+'0  8 D P \hpx(ENC Ice Objects Catalogue Version 5.0John Falkingham ETSI;ECDIS Normal.dotmvms7Microsoft Office Word@Ɣ @t;& y@.qd@t;& yw=`՜.+,D՜.+,P hp|   &ENC Ice Objects Catalogue Version 5.0&ENC Ice Objects Catalogue Version 5.0  Title  8@ _PID_HLINKSAFNgCOhttp://aspect.antarctica.gov.au/__data/assets/pdf_file/0008/59129/icecodes.pdf3<_Toc38663859736_Toc38663859630_Toc3866385953*_Toc3866385943$_Toc3866385933_Toc3866385923_Toc3866385913_Toc3866385903 _Toc3866385893_Toc3866385883_Toc3866385873_Toc3866385863_Toc3866385853_Toc3866385843_Toc3866385833_Toc3866385823_Toc3866385813_Toc3866385803_Toc3866385793_Toc3866385783_Toc3866385773_Toc3866385763_Toc3866385753_Toc3866385743_Toc3866385733_Toc3866385723_Toc3866385713_Toc3866385703_Toc3866385693_Toc3866385683_Toc3866385673_Toc3866385663|_Toc3866385653v_Toc3866385643p_Toc3866385633j_Toc3866385623d_Toc3866385613^_Toc3866385603X_Toc3866385593R_Toc3866385583L_Toc3866385573F_Toc3866385563@_Toc3866385553:_Toc38663855434_Toc3866385533._Toc3866385523(_Toc3866385513"_Toc3866385503_Toc3866385493_Toc3866385483_Toc3866385473 _Toc3866385463_Toc3866385453_Toc3866385443_Toc3866385433_Toc3866385423_Toc3866385413_Toc3866385403_Toc3866385393_Toc3866385383_Toc3866385373_Toc3866385363_Toc3866385353_Toc3866385343_Toc3866385333_Toc3866385323_Toc3866385313_Toc3866385303_Toc3866385293_Toc3866385283_Toc3866385273_Toc3866385263_Toc3866385253_Toc3866385243_Toc3866385233z_Toc3866385223t_Toc3866385213n_Toc3866385203h_Toc3866385193b_Toc3866385183\_Toc3866385173V_Toc3866385163P_Toc3866385153J_Toc3866385143D_Toc3866385133>_Toc38663851238_Toc38663851132_Toc3866385103,_Toc3866385093&_Toc3866385083 _Toc3866385073_Toc3866385063_Toc3866385053_Toc3866385043_Toc3866385033_Toc386638502  !"#$%&'()*+,-./0123456789:;<=>?@ABCDEFGHIJKLMNOPQRSTUVWXYZ[\]^_`abcdefghijklmnopqrstuvwxyz{|}~      !"#$%&'()*+,-./0123456789:;<=>?@ABCDEFGHIJKLMNOPQRSTUVWXYZ[\]^_`abcdefghijklmnopqrstuvwxyz{|}~      !"#$%&'()*+,-/0123456789:;<=>?@ABCDEFGHIJKLMNOPQRSTUVWXYZ[\]^_`abcdefghijklmnopqrstuvwxyz{|}~      !"(%&'Root Entry Fx2 y$Data .ͯ1TableGWordDocumentZSummaryInformation(DocumentSummaryInformation8 MsoDataStore42 y62 y4D5OYEZANIIQNU==2 42 y@ 2 yItem  PropertiesUFYMUONWYZYQ==2 42 y@2 yItem  PropertiesU02NKI34PU==242 y62 yItem PropertiesU    F Microsoft Word 97-2003 MSWordDocWord.Document.89qCompObjr