ࡱ>  #` Lbjbjmm vTD*t@DDD T`@[6rPf"ggg5555555$8h5;5gcggg55*'''g& 5'g5''6@VD DdvDg6<[6<;6;8V;V gg'ggggg55'ggg[6gggg@@@wD@@@D@@@  PROGRESS/ACTIVITY REPORT ON THE INTERNSHIP OF MR THOMAS CESKO Marine Meteorology and Ocean Affairs Division WMO Headquarters, Geneva, Switzerland 02 June to 31 August 2009 (Supervised by Ms Alice Soares) ????? ????? - WORLD METEOROLOGICAL ORGANIZATION _____________INTERGOVERNMENTAL OCEANOGRAPHIC COMMISSION (OF UNESCO) ___________ N O T E The designations employed and the presentation of material in this publication do not imply the expression of any opinion whatsoever on the part of the Secretariats of the Intergovernmental Oceanographic Commission (of UNESCO), and the World Meteorological Organization concerning the legal status of any country, territory, city or area, or of its authorities, or concerning the delimitation of its frontiers or boundaries. C O N T E N T S Progress/Activity Report on the Internship of Mr Thomas Cesko 1 Annex I Terms of Reference 8 Annex II Proposed Met-Ocean Feature Object Classes and Attributes 9 Annex III Met-Ocean Object Classes 14 Annex IV Met-Ocean Attributes 48 Annex V References 85 Annex VI Acronyms and other Abbreviations 87 PROGRESS/ACTIVITY REPORT ON THE INTERNSHIP OF MR THOMAS CESKO 1. BACKGROUND 1.1 Mariners strongly benefit from displaying information on electronic charts. The Joint WMO-IOC Technical Commission for Oceanography and Marine Meteorology (JCOMM) recognized at the first session (2001, Akureyri, Iceland) that meteorological analysis and forecast charts are regarded by the users as essential adjuncts to forecasts and warnings in text format and of vital importance to the safety of life at sea. In 2007 the Expert Team on Maritime Safety Services (ETMSS) noted at the second session in Angra dos Reis, Brazil, the usefulness of the information in graphical form. It received the highest positive response of any field reported (94% yes) in the 4-yearly Manual on Marine Meteorological Services (MMMS) survey conducted in 2004. ETMSS-II stated with reference to the 2001 amendments to the International Convention for the Safety of Life at Sea (SOLAS), Chapter V, that weather information in graphical form should be made available for shipping. The WMO Executive Council (EC) LX in 2008 requested JCOMM to continue researching methods for transmitting graphical products to marine users, and requested the Secretary-General to promote resource mobilization to further develop these activities and partnerships through national and international support. (in paragraph 4.2.25) In the following year EC-LXI noted the successful development, in accordance with IHO standards, of product specification for sea ice information in Electronic Navigation Chart Systems (ENC). It encouraged Members to make maximum use of these essential tools and requested JCOMM, in consultation with IMO, to develop similar standards for other met-ocean variables. It requested the WMO Secretary-General to promote resource mobilization to develop these activities and partnerships through national and international support. (in paragraph 4.2.31) 1.2 There have been several approaches to push forward the development of product specifications for meteorological and oceanographic parameters consistent with the existing IHO standards by JCOMM, especially the ETMSS, which appointed a Rapporteur on Weather Information in graphical form in Electronic Chart Display and Information System (ECDIS). But, as concluded at ETMSS-II, the primary reason for the failure in achieving this project, in addition to its complexity and scope, is simply the lack of human resource. 1.3 The development of graphical products for mariners should be consistent with the International Maritime Organization (IMO) concept of e-navigation, discussed at the 54th session of the Sub-committee on Safety of Navigation (NAV) in 2008. It is defined that e-navigation is the harmonized collection, integration, exchange, presentation and analysis of marine information on board and ashore by electronic means to enhance berth to berth navigation and related services for safety and security at sea and protection of the marine environment. One of the core objectives to meet the user needs is to facilitate safe and secure navigation of vessels having regard to hydrographic, meteorological and navigational information and risks. 1.4 There are various possibilities to deliver and display the information. Alternatives to the dissemination via radiofacsimile broadcast are the use of satellite channels and delivering data via e-mail or FTP mail. Automatic Identification System (AIS) binary massaging may become a key feature of e-navigation. Also different graphical approaches exist. Some of them are forecaster-generated grids, vector charts or warning polygons. In this report the focus is directed to the development of met-ocean information in ECDIS. 1.5 ECDIS is a computerized navigation system which has advanced functions such as route planning and automatic alarms. It is also possible to include time variable navigational objects representing the dynamic variability of the elements surrounding the ships. These objects are known under the term Marine Information Objects or Marine Information Overlays (MIOs). These consist of supplementary information that are not ENC objects or specified navigational elements or parameters. Supplementary means additional, non-mandatory information not already covered by existing IMO, International Hydrographic Organization (IHO), and International Electrotechnical Commission (IEC) standards or specifications. The existing navigational information for ECDIS is based on the IHO Transfer Standard for Digital Hydrographic Data (S-57) and IHO Specifications for Chart Content and Display Aspects of ECDIS (S-52), where the Objects and the associated Attributes as well as the colours and symbols are defined. MIOs should conform to these standards. 1.6 The concept ECDIS is based on assuming that real world entities can be categorized into a finite number of types. These entity types are termed feature object classes. An instance of a feature object class, referred to as a feature object, can be more precisely described by assigning to it a number of attributes and then specifying values for those attributes. A particular real world entity is encoded by specifying the appropriate feature object class, attributes and attribute values. 1.7 Although the IHO Hydrographic Geospatial Standard for Marine Data and Information (S-100), developed to overcome limitations of S-57, will be active as of 2010, S-57 will remain for the foreseeable future and therefore define the standard for the development of MIOs. Nevertheless as S-100 provides the facility to transfer and display time-varying and gridded information it will be in future more than an alternative for the dissemination of met-ocean Maritime Safety Information (MSI). 1.8 The dissemination at sea is limited due to restrictions of the bandwidth of radio and satellite channels for transmission of MSI. The IMO Sub-committee on Radiocommunications and Search and Rescue (COMSAR) and the NAV Sub-committee figure out the requests for future systems which should be able to disseminate graphical products. In addition to the limited bandwidth of systems, the potential cost implication for MSI providers (including met-ocean Issuing Services) that would be involved in the dissemination at sea of such additional graphical/numerical information, will require to define highly compressed format(s) and perhaps to consider pull systems for non-essential data. The latter would imply that transmission costs, if any, had to be paid by users. 2 TERMS OF REFERENCE FOR AN INTERNSHIP 2.1 As emphasized in 1.1 the work in developing standards for met-ocean information in ENCs is strongly recommended. The Terms of Reference (ToR) for the internship are therefore concentrated on ECDIS see Annex I. 2.2 The purpose of the internship is as a first step to prepare an inventory of the existing IMO and IHO standards for ECDIS and associated documentation. The second step shall develop a catalogue on met-ocean feature object classes and attributes required for transmitting met-ocean graphical products to mariners, consistent with the standards mentioned above. A progress/activity report is included. 2.3 NOTE: The work on Sea Ice Objects and Attributes is already done and therefore not included in this ToR. Detailed information on this work is available in the Ice Objects Catalogue Version 4.0. 3 REVIEW OF EXISTING DOCUMENTATION WITHIN WMO RELEVANT TO THE WORK 3.1 WMO Publications 3.1.1 It follows a list, including very short descriptions of content, of the consulted publications sorted by subject. 3.1.1.1 Marine Meteorology WMO-No. 8 (2008) (Guide to Meteorological Instruments and Methods of Observation) Guidance on the most effective practices for carrying out meteorological observations and measurements. Part II, Chapter 4 (Marine Observations) contains a list of elements, which should be observed on ships. WMO-No. 9, Volume D (2008) (Weather Reporting Information for Shipping) Includes marine meteorological and other related geophysical information necessary for safe and economic conduct of shipping operations, as well as for fishing and other marine activities. WMO-No. 182 (1992) (International Meteorological Vocabulary) Defines the terms used in meteorology. WMO-No. 306 (1995) (Manual on Codes) Inventory of Code Forms and Binary Codes made up of Symbolic Letters (or groups of letters) representing meteorological and other related geophysical parameters. The specifications and if necessary code figures in Code Tables are given. WMO-No. 471 (2001) (Guide to Marine Meteorological Services) Gives overview of the Marine Meteorological Services, lists terminology used for them and explains the different services. WMO-No. 485 (1992) (Manual on the Global Data-processing and Forecasting System) Contains standard and recommended practices and procedures, explains the organization and functions of the Global Data-processing and Forecasting System and the data-processing and forecasting aspects. WMO-No. 488 (2007) (Guide to the Global Observing System) Deals with the organization and implementation of the Global Observing System. WMO-No. 544 (2003) (Manual on the Global Observing System) Specifies what is to be observed where and when in order to meet the relevant observational requirements. WMO-No. 558 (1990) (Manual on Marine Meteorological Services) Contains standard and recommended practices to be applied by members providing Marine Meteorological Services. WMO-No. 702 (1998) (Guide to Wave Analysis) Guidance material on wave forecasting methodology suitable for use by National Meteorological Services. WMO/TD-No. 850 (1998) (Handbook of Offshore Forecasting Services) Assistance to offshore forecast users including some terminology and a couple of examples of forecasts in different manners. 3.1.1.2 Aeronautic WMO-No. 49, Volume II (2007) (Technical Regulations Basis Documents No. 2 Meteorological Service for International Air Navigation) Gives the core standards and recommended practices used for meteorological services for international air navigation, e.g. SIGMET and AIRMET information. 3.1.2 Most of the publications turned out to be useful for the purpose of developing a list of met-ocean objects. These were WMO-No. 182 for definitions, WMO-No. 306 as a guideline for the coding, WMO-No. 8 as a reference for the observed elements on ships, WMO-No. 471 listing parameters required by Rescue Coordination Centres (RCCs), WMO-No. 558 and WMO-No. 485 which include already used symbology, WMO-No. 49 giving the meteorological parameters disseminated in aeronautics and WMO-No. 850 for some terminology. 3.2 WMO Working Documents 3.2.1 Expert Team on Maritime Safety Services (ETMSS) Lisbon, Portugal (2002, First Session), Weather Information in Graphical Form for GMDSS Terms of Reference for the Rapporteur Contains a proposal for the appointment of a Rapporteur on weather information in graphical form and the appropriate Terms of Reference. Lisbon, Portugal (2002, First Session), Weather Information in Graphical Form for GMDSS Report from the Services Programme Area Coordinator on Progress of Project with Inmarsat Contains a progress report on the project by Inmarsat Ltd., in conjunction with the Australian Bureau of Meteorology, to develop a facility for transmitting SafetyNET graphical products via Inmarsat C. Angra dos Reis, Brazil (2007, Second Session), Weather Information in Graphical Form for GMDSS Contains proposal for the JCOMM project related to the provision of Maritime Safety Information (MSI) in graphical format for SOLAS and non-SOLAS vessels via the Inmarsat SafetyNET Geneva, Switzerland (2009, Task Team on Maritime Safety Information, submitted by Dr Vasily Smolyanitsky), Met-ocean Information in Graphical/Numerical Form and E-Navigation Charts Provides information on the Expert Team on Sea Ice (ETSI) ENC Ice Objects Task Group (TG-ENCIO) activities since 2004 regarding development of documentation for sea ice products presentation within ENC. Geneva, Switzerland (2009, Task Team on Maritime Safety Information, submitted by International Hydrographic Bureau (IHB)), Met-ocean Information in Graphical/Numerical Form and E-Navigation Charts Provides information on the changes to the IHO Committee Structure and the joint IHO IEC Harmonization Group on Marine Information Overlays (HGMIO). Geneva, Switzerland (2009, Task Team on Maritime Safety Information), Final Report, JCOMM Meeting Report No. 64. 3.2.2 Harmonization Group on Marine Information Objects/Overlays (HGMIO) HGMIO2/6e, Monaco (2002), Oceanographic Object Attribution Technical White Paper Contains an overview of the progress done so far and a proposed list of oceanographic object classes and attributes. HGMIO2/10, Monaco (2002), Proposed Object Classes and Attributes for Weather Contains a catalogue of the object classes and attributes. HGMIO4-4B, Durham, New Hampshire, USA (2007), Marine Information Objects (MIO) Gives overview of the state of the art of ECDIS and a MIO development procedure. HGMIO4-7B, Durham, New Hampshire, USA (2007), General Content Specification for Marine Information Overlays (MIOs) Contains the General Content Specification for MIOs. HGMIO (Lee Alexander, Michel Huet; 2007), Relationship of Marine Information Overlays (MIOs) to Current/Future IHO Standards, Version 4 Deals mainly with the current S-57 standard and the future S-100 standard. 3.2.3 Expert Team on Sea Ice (ETSI) Geneva, Switzerland (2007, Third Session), Ice Objects Catalogue Catalogue of the new defined Object Classes and Attributes for sea ice information in ECDIS. 4 REVIEW OF RELEVANT PUBLICATIONS BY ORGANIZATIONS/AGENCIES EXCEPT WMO 4.1 It follows a list of the ECDIS-related publications by organisations/agencies except WMO sorted by organisation/agency. 4.1.1 International Elctrotechnical Commission (IEC) IEC 61174 (2008) (Maritime navigation and radiocommunication equipment and systems Electronic chart display and information system (ECDIS) Operational and performance requirements, methods of testing and required test results) IEC 62288 (2008) (Maritime navigation and radiocommunication equipment and systems Presentation of navigation-related information on shipborne navigational displays General requirements, methods of testing and required test results) 4.1.2 International Hydrographic Organization (IHO) S-32 Appendix 1 (2007) (Hydrographic Dictionary Glossary of ECDIS Related terms) Provides a list of all ECDIS-related terms in use, with specific definitions. S-52 (2008) (Specifications for Chart Content and Display Aspects of ECDIS) Provides specifications and guidance regarding the issuing of ENCs, their display in an ECDIS and their updating. S-57 (2000) (IHO Transfer Standard for Digital Hydrographic Data) Describes the data standard to be used for exchange of digital hydrographic data, and for the distribution of digital hydrographic products to manufacturers, mariners, and other data users. 4.1.3 International Maritime Organization (IMO) Resolution A.817(19) (1995) (Performance Standards for Electronic Chart Display and Information Systems (ECDIS)) Determines performance standards for ECDIS. Resolution MSC.64(67) (1996) (Adoption of New and Amended Performance Standards) Amendment to A.817(19) Resolution MSC.86(70) (1998) (Adoption of New and Amended Performance Standards for Navigational Equipment) - Amendment to A.817(19) Resolution MSC.191(79) (2004) (Performance Standards for the Presentation of Navigation-related Information on Shipborne Navigational Displays) Additional standard, determines e.g. radar presentation Resolution MSC.232(82) (2006) (Adoption of the Revised Performance Standards for Electronic Chart Display and Information Systems (ECDIS)) - Amendment to A.817(19) NAV 54/25 Annex 12 (2007) (Draft Strategy for the Development and Implementation of E-navigation) Explains the IMO concept of E-navigation, e.g. lists user needs and basic requirements, gives reasons and anticipated benefits for e-navigation. NAV 55/INF.9 (2009) (Development of an E-navigation Strategy Implementation Plan Results of a Worldwide E-navigation User Needs Survey) Describes the detailed e-navigation user needs including environmental information. NAV 55/8/2 (2009) (ITU Matters, Including Radiocommunication; ITU-R Study Group Matters World Radiocommunication Conference 2011 Future Spectrum Requirement with Respect to E-navigation) Gives overview of current limitations and suggestions of future requirements. 4.1.4 Intergovernmental Oceanographic Commission (IOC) IOC Manuals and Guides No. 4 (1975) (Guide to Oceanographic and Marine Meteorological Instruments and Observing Practices) Guides through the different oceanographic and marine meteorological parameters by explaining them and the measurement methods. IOC Technical Series No. 37 (1991) (Tsunami Glossary) Lists as many as possible of the terms found in the tsunami literature and provide their specific definitions. 4.2 IHO S-57 has been used because of the catalogues of the already existing Feature Object Classes and Attributes. The IOC documentations have been helpful for the symbology (Manuals and Guides No. 4) and terminology (Technical Series No. 37). 5 DEVELOPMENT OF A CATALOGUE ON MET-OCEAN OBJECTS AND ATTRIBUTES 5.1 The first task has been to get an overview of ECDIS-related documentations within WMO see item 3 and by other organisations/agencies see item 4. After consultation of these publications a better view on ECDIS, the related standards and the already existing Objects and Attributes has been present. As a basis the Proposed Object Classes and Attributes for Weather, the development of the Ice Objects Catalogue Version 4.0 and some former work done on oceanographic objects and attributes has been helpful. To clarify the needs of the mariners on met-ocean information important for the safety at sea the lecture of the documentation has been also very useful. 5.2 Comparing and combining all the information has lead to a first list of proposed Met-ocean Feature Object Classes and associated Attributes attached in Annex II. A duplication of already existing Objects and Attributes has been avoided. Furthermore the names of the Objects and Attributes are as far as possible consistent with the terminology defined in the International Meteorological Vocabulary. The proposed Objects and Attributes are divided into categories, meaning sorted by the necessity for safety and security of navigation. The additional parameters are listed for completeness and can be considered for efficiency of navigation. 5.3 In a next step catalogues of the proposed met-ocean Object Classes and Attributes, respectively, have been developed (Annexes III and IV). They are consistent with the existing IHO Object Catalogue (S-57, Appendix A) and the Ice Objects Catalogue Version 4.0. For every Object Class references of WMO publications which contain the meteorological parameter the Object deals with are given. Additionally the Objects are defined using official WMO terminology where available. The Object Classes have also each an acronym as well as a list of the subset Attributes which are used with the particular Object, containing already defined and new proposed Attributes. 5.4 These new Attributes refer also to WMO publications dealing with marine meteorological services or the global data-processing and forecasting system. As for the Objects, the terminology used for the names of the Attributes themselves, and/or the expected input has been defined where possible, but there also occurred some gaps of defined terminology in WMO publications. 6 DISCUSSION AND CONCLUSION 6.1 There remains a lot of work to do until the new met-ocean Object Classes and Attributes can be implemented into the IHO standard. The now provided Catalogues have to be discussed by members of expert teams of WMO and IHO dealing with safety at sea, navigational aspects or marine meteorology. Further the symbology has to be defined and references made. As a last step companies have to develop systems which allow to display the new met-ocean information on the ECDIS. 6.2 A special task has to be done by WMO. Several problems occurred because of missing definitions in the WMO publications. Therefore the need of a Marine Glossary within WMO turned out. 6.3 The work done in this internship should contribute to the development of the possibility to display met-ocean information in the ECDIS environment. Aim of this issue is to improve the safety of navigation at sea. 6.4 I very much like to acknowledge Alice Soares for supervising my internship. She took the time to give me advice and discuss subjects with me, even when she was very busy. Thanks also to Henri Savina who contributed to my work by giving several helpful comments on the issue. ____________ Annex I TERMS OF REFERENCE Internship at the Marine Meteorology and Ocean Affairs Division 2 June to 31 August 2009 Prepare an inventory of the existing IMO and IHO standards for Electronic Chart Display and Information System (ECDIS) and associated documentation. Develop a catalogue on Met-Ocean Objects and Attributes required for transmitting met-ocean graphical products to mariners, consistent with IMO/IHO Performance Standards for ECDIS. Prepare a progress/activity report. _____________ Annex II PROPOSED MET-OCEAN FEATURE OBJECT CLASSES AND ATTRIBUTES Category*Proposed Parameters WMO July 2009Proposed Objects (Attributes) WMO July 2009WMO-No. 471, 1992 WMO-No. 558, 1990 Guide to / Manual on Marine Meteorological ServicesHGMIO2/10 Nov 1999/Aug 2003 Jana Schulze Objects (Attributes) HGMIO2-6e [II] Jun 2002 IHB / Maxim an NordenWMO-No. 49, 2008 Technical Regulations Volume II (SIG/AIRMET)Status of the JCOMM Observation Requirements 20071 - HIGHWindSurface Wind Force [1] (Category of Surface Wind Force) Surface Wind Direction [1] (Value of Surface Wind Direction + Change in Surface Wind Direction) Gust (Category of Surface Wind Force)Surface WindsWind (Wind Velocity + Weather Forecast + Wind Gust + Gust Velocity)Surface Wind Speed Strong Surface Winds and Gusts SquallSurface Winds (A,B,C,D,M,S) Surface and Upper Air Winds (D) Sea Surface Winds: Direction (G) Wind Speed: Profiles (G) Sea Surface Winds: Speed, Coastal; Speed (G)Sea StateWave [1] (Significant Wave Height + Length + Period + Direction) Swell [1] (Significant Wave Height + Length + Period + Direction) Wind Sea [1] (Significant Wave Height + Length + Period + Direction) Storm Surge (Value of Storm Surge) Tsunami (Significant Wave Height + Length + Period + Direction)Sea and Swell Surf and Breakers Storm SurgeSea Swell (Weather Forecast + Wave Height + Wave Length) Wind Wave (Weather Forecast + Wave Height + Wave Length) Breaking Waves [II] Swells [II] Storm Surge [II]TsunamiSea State (A,B,C,D,M,S) Ocean Waves: Direction; Period; Significant Wave Height; 1D Freq Spectral Data; 2D Freq, Direction Spectral Data (G) Significant Wave Height (W) Dominant Wave Direction (W) Wave Period (W) 1D Frequency Spectral Wave Energy Density (W) 2D Frequency Direction Spectral Wave Energy Density (W)Tropical CycloneTropical Cyclone (Category of Tropical Cyclone)Tropical Cyclones (Category of Tropical Cyclones + Geographic Postition of Tropical Cyclone + Weather Forecast + Speed of a Tropical Cyclone)Tropical CycloneVisibilitySurface Visibility [1] (Category of Surface Visibility)Surface VisibilitySurface VisibilityVisibility (A,D,S)Category*Proposed Parameters WMO July 2009Proposed Objects (Attributes) WMO July 2009WMO-No. 471, 1992 WMO-No. 558, 1990 Guide to / Manual on Marine Meteorological ServicesHGMIO2/10 Nov 1999/Aug 2003 Jana Schulze Objects (Attributes) HGMIO2-6e [II] Jun 2002 IHB / Maxim an NordenWMO-No. 49, 2008 Technical Regulations Volume II (SIG/AIRMET)Status of the JCOMM Observation Requirements 20071 HIGHSignificant WeatherSignificant Weather (Category of Significant Weather)Precipitation and cloud cover; including height of cloud baseArea of Precipitation (Weather Forecast) Significant Weather (Category of Significant WeatherThunderstorms Hail Snow Freezing PrecipitationLightning (A,S) Precipitation (B,M,S)2 - MEDIUMFrontsFront (Category of Front)Fronts (Category of Front + Weather Forecast)Atmospheric PressureCentre of Low Pressure (Value of Atmospheric Pressure + Atmospheric Pressure Accuracy) Centre of High Pressure (Value of Atmospheric Pressure + Atmospheric Pressure Accuracy) Atmospheric Pressure Contour (Value of Atmospheric Pressure Contour + Atmospheric Pressure Accuracy)Atmospheric PressureHigh Pressure (Category of + Value of High Pressure + Weather Forecast) Low Pressure (Category of + Value of Low Pressure + Weather Forecast) Pressure Area (Pressure Value 1 + Value 2 + Weather Forecast) Isopleths (Category of Isopleths + Pressure Value of an Isopleth + Weather Forecast)Atmospheric Pressure: Surface (G)IcingIcing (Icing Intensity)Ice AccretionIcingIce Accretion (D,M,S)Expected ProgressExpected Movement (Direction of + Speed of Expected Movement) Expected Change in Intensity (Category of Expected Change in Intensity)Motion [of an Weather Object] (Speed [of a Weather Object])Movement or Expected Movement Expected Changes in IntensitySurface CurrentSea-surface Current (Direction of + Speed of Surface Current)Surface CurrentsMajor Currents [II] Coastal Currents [II] Wind Driven Currents [II] Rip Currents [II] Upwelling [II] Fronts and Eddies [II] Flow Rates [II]Surface and Near-surface Currents (A) 3D Ocean Currents (B) Ocean Currents: Direction, Profiles; Direction, Surface; Direction, Surface, Offshore; Speed, Profiles; Speed, Surface; Speed Surface, Offshore (G) Surface and Sub-surface Currents (M,S) Surface / Tidal Currents (C)Category*Proposed Parameters WMO July 2009Proposed Objects (Attributes) WMO July 2009WMO-No. 471, 1992 WMO-No. 558, 1990 Guide to / Manual on Marine Meteorological ServicesHGMIO2/10 Nov 1999/Aug 2003 Jana Schulze Objects (Attributes) HGMIO2-6e [II] Jun 2002 IHB / Maxim an NordenWMO-No. 49, 2008 Technical Regulations Volume II (SIG/AIRMET)Status of the JCOMM Observation Requirements 20072 MEDIUMAir TemperatureMaximum Air Temperature (Value of Temperature + Temperature Accuracy) Minimum Air Temperature (Value of Temperature + Temperature Accuracy) Air Temperature Contour (Value of Air Temperature Contour + Temperature Accuracy)Air TemperatureIsopleths (Category of Isopleths + Air Temperature Value of an Isopleth + Weather Forecast)Surface Air Temperature (D,M,S) Air Temperature: Profiles (G) Air Temperature (B,M,S)Sea-surface TemperatureMaximum Sea-surface Temperature (Value of Temperature + Temperature Accuracy) Minimum Sea-surface Temperature (Value of Temperature + Temperature Accuracy) Sea-surface Temperature Contour (Value of Temperature Contour + Temperature Accuracy)Sea-surface TemperatureTemperature [II]Sea Surface Temperature (D,M,S) Sea Surface Temps (G) Sea Temperature (B)3 LOWPressure TendencyMaximum Pressure Increase / Minimum Pressure Decrease (Value of Pressure Tendency + Pressure Accuracy) Maximum Pressure Decrease / Minimum Pressure Increase (Value of Pressure Tendency + Pressure Accuracy) Pressure Tendency Contour (Value of Pressure Tendency Contour + Pressure Accuracy)CloudsCloud [1] (Height of Cloud Base + Total Cloud Cover)Precipitation and cloud cover; including height of cloud baseCloudCloud Cover (D,S) Cloud Top Temperature (G) Imagery: Cloud (G)Category*Proposed Parameters WMO July 2009Proposed Objects (Attributes) WMO July 2009WMO-No. 471, 1992 WMO-No. 558, 1990 Guide to / Manual on Marine Meteorological ServicesHGMIO2/10 Nov 1999/Aug 2003 Jana Schulze Objects (Attributes) HGMIO2-6e [II] Jun 2002 IHB / Maxim an NordenWMO-No. 49, 2008 Technical Regulations Volume II (SIG/AIRMET)Status of the JCOMM Observation Requirements 20073 - LOWDew-point TemperatureMaximum Dew-point Temperature (Value of Temperature + Temperature Accuracy) Minimum Dew-point Temperature (Value of Temperature + Temperature Accuracy) Dew-point Temperature Contour (Value of Dew-point Temperature Contour + Temperature Accuracy)HumidityWater Vapor: Profiles (G)additional parametersWater DiscolourationSalinity [II]TurbulenceBathymetrie / Shoreline (A,B,C,D,M,S)Pressure [II]Mountain WaveBathymetrie (G)Solar Radiation [II]DuststormOcean Color (G)Sound Velocity [II]SandstormOcean Temperature: Profiles; Profiles, Coastal (G)Acoustic Propagagtion [II]Volcanic AshOzone: Profiles (G)Light Reflection [II]Radioactive CloudOzone: Total Column (G)Ocean Colour [II]Mountain ObscurationIncoming Longwave Radiation: Surface (G)Bioluminiscence [II]Hoar Frost or RimeRadiances: Microwave (G)Flooding [II]Rising Sand or DustRadiances: Raw Data, Instrument Specific (G)Roughness [II]FrostRadiances: Visible (G)Impact Burial [II]Salinity: Profiles, Subsurface; Surface (G)Bottom Sediment [II]Sea Surface Height (G)Marine Vegetation [II]Ocean Temperature and Density (M,S)Erosion [II]Ocean Density (B)Dredging [II]Damming [II]Pollution [II]Trafficability [II]Estuaries [II]* The proposed Objects and Attributes are divided into categories, meaning sorted by the necessity for safety and security of navigation. The additional parameters are listed for completeness and can be considered for efficiency of navigation.[1] In accordance to observed elements listed in WMO-No. 8, Part II(A) Metocean Data Requirements: Vessel Safety and Support(B) Metocean Data Requirements: Pollution at Sea(C) Metocean Data Requirements: Support for MPEROAs(D) Metocean Data Requirements: SAR Operations(G) General Observation Requirements for MetOcean Forecast Systems(M) Marine Accident Emergency ResponseNOTE: The work on Sea Ice Objects and Attributes is already done and therefore not included. Detailed information on this work is available in the Ice Objects Catalogue Version 4.0.  _____________ Annex III MET-OCEAN OBJECT CLASSES Met-Ocean Object ClassAcronymsSurface Wind SpeedSUWISPSurface Wind DirectionSUWIDIGustGUSGUSWaveWAVWAVSwellSWELLSWind SeaWINSEAStorm SurgeSTOSURTsunamiTSUNAMTropical CycloneTROCYCSurface VisibilitySURVISSignificant WeatherSIGWETFrontFRONTSCentre of DepressionCENDEPCentre of AnticycloneCENANTIsobarISOBARIcingICINGSExpected MovementEXPMOVExpected Change in IntensityEXPINTSea-surface CurrentSESUCUMinimum Air TemperatureMINTEMMaximum Air TemperatureMAXTEMIsothermISOTHEMinimum Sea-surface TemperatureMINSSTMaximum Sea-surface TemperatureMAXSSTSea-surface Temperature ContourSSTCONPressure TendencyPRETENMaximum Pressure Decrease/Minimum Pressure IncreaseMAXPDEMaximum Pressure Increase/Minimum Pressure DecreaseMAXPINPressure Tendency ContourPRTCONCloudCLOUDSMinimum Dew-point TemperatureMINDPTMaximum Dew-point TemperatureMAXDPTDew-point Temperature ContourDPTCON Met-Ocean Object Class: Surface Wind Speed Acronym: SUWISPCode: subset Attribute_A: NOBJNM; OBJNAM; BEAFOR; VAWISP;subset Attribute_B: INFORM; NINFOM; SCAMIN; SCAMAX; TXTDSC; NTXTDS; PICREP;subset Attribute_C: RECDAT; RECIND; SORDAT; SORIND;Geometric Primitive: Definition: Wind blowing near the Earths surface. It is measured, by convention, at a height of 10 m above ground in an area where the distance between the anemometer and any obstruction is at least 10 times the height of the obstruction. (WMO-No. 182, S3850 ( surface wind) Number on a progressive scale (Beaufort scale) corresponding to the effects produced by winds within a particular range of speeds. (WMO-No. 182, W1040 (1) ( wind force) References: WMO-No. 471, Annex 2.B, Multilingual List of Terms used in Weather and Sea Bulletins WMO-No. 558, Appendix I.2, Multilingual List of Terms used in Weather and Sea Bulletins WMO/TD-No. 850 Remarks: Use either BEAFOR or VAWISP.Distinction:  Met-Ocean Object Class: Surface Wind Direction Acronym: SUWIDICode: subset Attribute_A: NOBJNM; OBJNAM; COMDIR; CHAWDI;subset Attribute_B: INFORM; NINFOM; SCAMIN; SCAMAX; TXTDSC; NTXTDS; PICREP;subset Attribute_C: RECDAT; RECIND; SORDAT; SORIND;Geometric Primitive: Definition: Wind blowing near the Earths surface. It is measured, by convention, at a height of 10 m above ground in an area where the distance between the anemometer and any obstruction is at least 10 times the height of the obstruction. (WMO-No. 182, S3850 ( surface wind) Direction from which the wind blows. (WMO-No. 182, W0990 ( wind direction) References: WMO-No. 471, Annex 2.B, Multilingual List of Terms used in Weather and Sea Bulletins and 2.2.3 WMO-No. 558, Appendix I.2, Multilingual List of Terms used in Weather and Sea Bulletins WMO/TD-No. 850 Remarks: Distinction:  Met-Ocean Object Class: Gust Acronym: GUSGUSCode: subset Attribute_A: NOBJNM; OBJNAM; CATWFO; COMDIRsubset Attribute_B: INFORM; NINFOM; SCAMIN; SCAMAX; TXTDSC; NTXTDS; PICREP;subset Attribute_C: RECDAT; RECIND; SORDAT; SORIND;Geometric Primitive: Definition: Sudden, brief increase of the wind speed over its mean value. (WMO-No. 182, G0920) References: WMO-No. 471, Annex 2.B, Multilingual List of Terms used in Weather and Sea Bulletins WMO-No. 558, Appendix I.2, Multilingual List of Terms used in Weather and Sea Bulletins Remarks: Distinction:  Met-Ocean Object Class: Wave Acronym: WAVWAVCode: subset Attribute_A: NOBJNM; OBJNAM; SIWAHE; CATSEH; WAVLEN; SIWAPE; SIWADI;subset Attribute_B: INFORM; NINFOM; SCAMIN; SCAMAX; TXTDSC; NTXTDS; PICREP;subset Attribute_C: RECDAT; RECIND; SORDAT; SORIND;Geometric Primitive: Definition: Very generally, any pattern with some roughly identifiable periodicity in time and/or space. (IOC-No. 37, p.129 (1)) More specifically, a disturbance propagated by virtue of periodic motions (oscillations) of the particles of the medium. At any point in the medium, the displacement is a function of location within the medium. (IOC-No. 37, p.129 (2)) References: WMO-No. 471, Annex 2.B, Multilingual List of Terms used in Weather and Sea Bulletins WMO-No. 558, Appendix I.2, Multilingual List of Terms used in Weather and Sea Bulletins Remarks: Distinction:  Met-Ocean Object Class: Swell Acronym: SWELLSCode: subset Attribute_A: NOBJNM; OBJNAM; CATSWH; SIWAHE; WAVLEN; SIWAPE; SIWADI;subset Attribute_B: INFORM; NINFOM; SCAMIN; SCAMAX; TXTDSC; NTXTDS; PICREP;subset Attribute_C: RECDAT; RECIND; SORDAT; SORIND;Geometric Primitive: Definition: Any system of water waves which has left its generating area. (WMO-No. 182, S3900) References: WMO-No. 471, Annex 2.B, Multilingual List of Terms used in Weather and Sea Bulletins WMO-No. 558, Appendix I.2, Multilingual List of Terms used in Weather and Sea Bulletins Remarks: Distinction:  Met-Ocean Object Class: Wind Sea Acronym: WINSEACode: subset Attribute_A: NOBJNM; OBJNAM; CATSEH; SIWAHE; SIWALE; SIWAPE; SIWADI;subset Attribute_B: INFORM; NINFOM; SCAMIN; SCAMAX; TXTDSC; NTXTDS; PICREP;subset Attribute_C: RECDAT; RECIND; SORDAT; SORIND;Geometric Primitive: Definition: Wave raised by the wind blowing in the immediate neighbourhood of an observation site at the time of observation. (WMO-No. 182, W1130) References: Remarks: Distinction:  Met-Ocean Object Class: Storm Surge Acronym: STOSURCode: subset Attribute_A: NOBJNM; OBJNAM; T_MTOD; T_HWLW; HEISUR;subset Attribute_B: INFORM; NINFOM; SCAMIN; SCAMAX; TXTDSC; NTXTDS; PICREP;subset Attribute_C: RECDAT; RECIND; SORDAT; SORIND;Geometric Primitive: Definition: The difference between the actual water level under influence of a meteorological disturbance (storm tide) and the level which would have been attained in absence of the meteorological disturbance (i.e. astronomical tide). (WMO-No. 182, S2960) References: WMO-No. 471, 2.3, Meteorological Services in Support of Maritime Search and Rescue Remarks: Distinction:  Met-Ocean Object Class: Tsunami Acronym: TSUNAMCode: subset Attribute_A: NOBJNM; OBJNAM; SIWAHE; WAVLEN; SIWAPE; SIWADI;subset Attribute_B: INFORM; NINFOM; SCAMIN; SCAMAX; TXTDSC; NTXTDS; PICREP;subset Attribute_C: RECDAT; RECIND; SORDAT; SORIND;Geometric Primitive: Definition: A series of travelling waves of extremely long length and period, generated by disturbances associated with earthquakes occurring below or near the ocean floor. (Also called seismic sea wave and, popularly, tidal wave.) An ocean wave produced by a submarine earthquake, landslide or volcanic eruption. (IOC-No. 37, p.120) References: WMO-No. 471, Annex 2.B, Multilingual List of Terms used in Weather and Sea Bulletins WMO-No. 558, Appendix I.2, Multilingual List of Terms used in Weather and Sea Bulletins Remarks: Distinction:  Met-Ocean Object Class: Tropical Cyclone Acronym: TROCYCCode: subset Attribute_A: NOBJNM; OBJNAM; CATCYC;subset Attribute_B: INFORM; NINFOM; SCAMIN; SCAMAX; TXTDSC; NTXTDS; PICREP;subset Attribute_C: RECDAT; RECIND; SORDAT; SORIND;Geometric Primitive: PointDefinition: Generic term for a non-frontal synoptic scale cyclone originating over tropical or sub-tropical waters with organized convection and definite cyclonic surface wind circulation. (WMO-No. 182, T1510) References: WMO-No. 471, Annex 2.B, Multilingual List of Terms used in Weather and Sea Bulletins WMO-No. 558, Appendix I.2, Multilingual List of Terms used in Weather and Sea Bulletins Remarks: Distinction:  Met-Ocean Object Class: Surface Visibility Acronym: SURVISCode: subset Attribute_A: NOBJNM; OBJNAM; CATVIS;subset Attribute_B: INFORM; NINFOM; SCAMIN; SCAMAX; TXTDSC; NTXTDS; PICREP;subset Attribute_C: RECDAT; RECIND; SORDAT; SORIND;Geometric Primitive: Definition: Greatest Distance at which a black object of suitable dimensions can be seen and recognized against the horizon sky during daylight or could be seen and recognized during the night if the general illumination were raised to the normal daylight level. (WMO-No. 182, V0390) References: WMO-No. 471, 2.3, Meteorological Services in Support of Maritime Search and Rescue Remarks: Distinction:  Met-Ocean Object Class: Significant Weather Acronym: SIGWETCode: subset Attribute_A: NOBJNM; OBJNAM; CATSWE;subset Attribute_B: INFORM; NINFOM; SCAMIN; SCAMAX; TXTDSC; NTXTDS; PICREP;subset Attribute_C: RECDAT; RECIND; SORDAT; SORIND;Geometric Primitive: AreaDefinition: Term in marine meteorology concerning the occurrence or expected occurrence of specified en-route weather phenomena which may effect the safety of ship in navigation (WMO-No. 182, S1080, changed from aeronautical to marine purposes) References: WMO-No. 306, Code Table 4683Remarks: Distinction:  Met-Ocean Object Class: Front Acronym: FRONTSCode: subset Attribute_A: NOBJNM; OBJNAM; CATFRO;subset Attribute_B: INFORM; NINFOM; SCAMIN; SCAMAX; TXTDSC; NTXTDS; PICREP;subset Attribute_C: RECDAT; RECIND; SORDAT; SORIND;Geometric Primitive: LineDefinition: The interface or transition zone between air masses of different densities (temperature, humidity). (WMO-No. 182, F1290 (1)) References: WMO-No. 471, Annex 2.B, Multilingual List of Terms used in Weather and Sea Bulletins WMO-No. 558, Appendix I.2, Multilingual List of Terms used in Weather and Sea Bulletins Remarks: Distinction:  Met-Ocean Object Class: Centre of Depression Acronym: CENDEPCode: subset Attribute_A: NOBJNM; OBJNAM; ATPACC; VALATPsubset Attribute_B: INFORM; NINFOM; SCAMIN; SCAMAX; TXTDSC; NTXTDS; PICREP;subset Attribute_C: RECDAT; RECIND; SORDAT; SORIND;Geometric Primitive: PointDefinition: Region of the atmosphere in which the pressures are lower than those of the surrounding region at the same level. (WMO-No. 182, D0230 Point of the lowest pressure in the Low Pressure Area. References: WMO-No. 558, Appendix I.4Remarks: Distinction:  Met-Ocean Object Class: Centre of Anticyclone Acronym: CEHIPRCode: subset Attribute_A: NOBJNM; OBJNAM; ATPACC; VALATPsubset Attribute_B: INFORM; NINFOM; SCAMIN; SCAMAX; TXTDSC; NTXTDS; PICREP;subset Attribute_C: RECDAT; RECIND; SORDAT; SORIND;Geometric Primitive: PointDefinition: Region of the atmosphere where the pressures are high relative to those in the surrounding region at the same level. (WMO-No. 182, A2090) Point of the highest Pressure in the Area of High Pressure. References: WMO-No. 558, Appendix I.4Remarks: Distinction:  Met-Ocean Object Class: Isobar Acronym: ISOBARCode: subset Attribute_A: NOBJNM; OBJNAM; ATPACC; VALPCO;subset Attribute_B: INFORM; NINFOM; SCAMIN; SCAMAX; TXTDSC; NTXTDS; PICREP;subset Attribute_C: RECDAT; RECIND; SORDAT; SORIND;Geometric Primitive: LineDefinition: Line joining points of equal pressure on a surface (level surface, vertical cross section, etc.). (WMO-No. 182, I1200) References: WMO-No. 558, Appendix I.4Remarks: Distinction:  Met-Ocean Object Class: Icing Acronym: ICINGSCode: subset Attribute_A: NOBJNM; OBJNAM; ICIINT;subset Attribute_B: INFORM; NINFOM; SCAMIN; SCAMAX; TXTDSC; NTXTDS; PICREP;subset Attribute_C: RECDAT; RECIND; SORDAT; SORIND;Geometric Primitive: Definition: Any deposit or coating of ice on an object caused by the impact of liquid hydrometers, usually supercooled. (WMO-No. 182, I0200) References: WMO-No. 49 WMO-No. 471, Annex 2.B, Multilingual List of Terms used in Weather and Sea Bulletins WMO-No. 558, Appendix I.2, Multilingual List of Terms used in Weather and Sea Bulletins Remarks: Distinction:  Met-Ocean Object Class: Expected Movement Acronym: EXPMOVCode: subset Attribute_A: NOBJNM; OBJNAM; DIEXMO; SPEXMO; SUNITS;subset Attribute_B: INFORM; NINFOM; SCAMIN; SCAMAX; TXTDSC; NTXTDS; PICREP;subset Attribute_C: RECDAT; RECIND; SORDAT; SORIND;Geometric Primitive: Definition: References: WMO-No. 49, Table A6-1. Template for SIGMET and AIRMET messages and special air-reports (uplink) Remarks: Distinction:  Met-Ocean Object Class: Expected Change in Intensity Acronym: EXPINTCode: subset Attribute_A: NOBJNM; OBJNAM; CATINT;subset Attribute_B: INFORM; NINFOM; SCAMIN; SCAMAX; TXTDSC; NTXTDS; PICREP;subset Attribute_C: RECDAT; RECIND; SORDAT; SORIND;Geometric Primitive: Definition: References: WMO-No. 49, Table A6-1. Template for SIGMET and AIRMET messages and special air-reports (uplink) Remarks: Distinction:  Met-Ocean Object Class: Sea-surface Current Acronym: SESUCUCode: subset Attribute_A: NOBJNM; OBJNAM; DISUCU; SPSUCU; VUNITS;subset Attribute_B: INFORM; NINFOM; SCAMIN; SCAMAX; TXTDSC; NTXTDS; PICREP;subset Attribute_C: RECDAT; RECIND; SORDAT; SORIND;Geometric Primitive: Definition: A current that does not extend more than a few (2-3) metres below the surface. (IHO Hydrographic Dictionary (web*), HR-1090 ( surface current) * HYPERLINK "http://www.iho.shom.fr/Dhydro/Html/site_edition/consultation.html" http://www.iho.shom.fr/Dhydro/Html/site_edition/consultation.html, 08/04/2009. References: WMO-No. 471, Annex 2.B, Multilingual List of Terms used in Weather and Sea Bulletins WMO-No. 558, Appendix I.2, Multilingual List of Terms used in Weather and Sea Bulletins Remarks: Distinction:  Met-Ocean Object Class: Minimum Air Temperature Acronym: MINTEMCode: subset Attribute_A: NOBJNM; OBJNAM; TMPACC; VALTMP;subset Attribute_B: INFORM; NINFOM; SCAMIN; SCAMAX; TXTDSC; NTXTDS; PICREP;subset Attribute_C: RECDAT; RECIND; SORDAT; SORIND;Geometric Primitive: PointDefinition: The temperature indicated by a thermometer exposed to the air in a place sheltered from direct solar radiation. (WMO-No. 182, A1390) The lowest value of air temperature in the treated area. References: WMO-No. 471, Annex 2.B, Multilingual List of Terms used in Weather and Sea Bulletins WMO-No. 558, Appendix I.2, Multilingual List of Terms used in Weather and Sea Bulletins Remarks: Distinction:  Met-Ocean Object Class: Maximum Air Temperature Acronym: MAXTEMCode: subset Attribute_A: NOBJNM; OBJNAM; TMPACC; VALTMP;subset Attribute_B: INFORM; NINFOM; SCAMIN; SCAMAX; TXTDSC; NTXTDS; PICREP;subset Attribute_C: RECDAT; RECIND; SORDAT; SORIND;Geometric Primitive: PointDefinition: The temperature indicated by a thermometer exposed to the air in a place sheltered from direct solar radiation. (WMO-No. 182, A1390) The highest value of air temperature in the treated area. References: WMO-No. 471, Annex 2.B, Multilingual List of Terms used in Weather and Sea Bulletins WMO-No. 558, Appendix I.2, Multilingual List of Terms used in Weather and Sea Bulletins Remarks: Distinction:  Met-Ocean Object Class: Isotherm Acronym: ISOTHECode: subset Attribute_A: NOBJNM; OBJNAM; TMPACC; VALTCO;subset Attribute_B: INFORM; NINFOM; SCAMIN; SCAMAX; TXTDSC; NTXTDS; PICREP;subset Attribute_C: RECDAT; RECIND; SORDAT; SORIND;Geometric Primitive: LineDefinition: Line joining points of equal air temperature. (WMO-No. 182, I1490 References: WMO-No. 471, Annex 2.B, Multilingual List of Terms used in Weather and Sea Bulletins WMO-No. 558, Appendix I.2, Multilingual List of Terms used in Weather and Sea Bulletins Remarks: Distinction:  Met-Ocean Object Class: Minimum Sea-surface Temperature Acronym: MINSSTCode: subset Attribute_A: NOBJNM; OBJNAM; TMPACC; VALTMP;subset Attribute_B: INFORM; NINFOM; SCAMIN; SCAMAX; TXTDSC; NTXTDS; PICREP;subset Attribute_C: RECDAT; RECIND; SORDAT; SORIND;Geometric Primitive: PointDefinition: Temperature of the surface layer of a body of water. (WMO-No. 182, S3830) The lowest value of sea-surface temperature in the treated area. References: WMO-No. 471, Annex 2.B, Multilingual List of Terms used in Weather and Sea Bulletins WMO-No. 558, Appendix I.2, Multilingual List of Terms used in Weather and Sea Bulletins Remarks: Distinction:  Met-Ocean Object Class: Maximum Sea-surface Temperature Acronym: MAXSSTCode: subset Attribute_A: NOBJNM; OBJNAM; TMPACC; VALTMP;subset Attribute_B: INFORM; NINFOM; SCAMIN; SCAMAX; TXTDSC; NTXTDS; PICREP;subset Attribute_C: RECDAT; RECIND; SORDAT; SORIND;Geometric Primitive: PointDefinition: Temperature of the surface layer of a body of water. (WMO-No. 182, S3830) The highest value of sea-surface temperature in the treated area. References: WMO-No. 471, Annex 2.B, Multilingual List of Terms used in Weather and Sea Bulletins WMO-No. 558, Appendix I.2, Multilingual List of Terms used in Weather and Sea Bulletins Remarks: Distinction:  Met-Ocean Object Class: Sea-surface Temperature Contour Acronym: SSTCONCode: subset Attribute_A: NOBJNM; OBJNAM; TMPACC; VALTCO;subset Attribute_B: INFORM; NINFOM; SCAMIN; SCAMAX; TXTDSC; NTXTDS; PICREP;subset Attribute_C: RECDAT; RECIND; SORDAT; SORIND;Geometric Primitive: LineDefinition: Line joining points of equal sea-surface temperature. References: WMO-No. 471, Annex 2.B, Multilingual List of Terms used in Weather and Sea Bulletins WMO-No. 558, Appendix I.2, Multilingual List of Terms used in Weather and Sea Bulletins Remarks: Distinction:  Met-Ocean Object Class: Pressure Tendency Acronym: PRETENCode: subset Attribute_A: NOBJNM; OBJNAM; ATPACC; AMPRCH; CHPRCH;subset Attribute_B: INFORM; NINFOM; SCAMIN; SCAMAX; TXTDSC; NTXTDS; PICREP;subset Attribute_C: RECDAT; RECIND; SORDAT; SORIND;Geometric Primitive: PointDefinition: Character and amount of a station pressure change over three hours (over 24 hours in tropical regions). (WMO-No. 182, P1690) References: Remarks: Distinction:  Met-Ocean Object Class: Maximum Pressure Decrease/Minimum Pressure Increase Acronym: MAXPDECode: subset Attribute_A: NOBJNM; OBJNAM; ATPACC; AMPRCH;subset Attribute_B: INFORM; NINFOM; SCAMIN; SCAMAX; TXTDSC; NTXTDS; PICREP;subset Attribute_C: RECDAT; RECIND; SORDAT; SORIND;Geometric Primitive: PointDefinition: Point of the maximum pressure decrease or minimum pressure increase in absence of pressure decrease in the treated area. References: Remarks: Distinction:  Met-Ocean Object Class: Maximum Pressure Increase/Minimum Pressure Decrease Acronym: MAXPINCode: subset Attribute_A: NOBJNM; OBJNAM; ATPACC; AMPRCH;subset Attribute_B: INFORM; NINFOM; SCAMIN; SCAMAX; TXTDSC; NTXTDS; PICREP;subset Attribute_C: RECDAT; RECIND; SORDAT; SORIND;Geometric Primitive: PointDefinition: Point of the maximum pressure increase or minimum pressure decrease in absence of pressure increase in the treated area. References: Remarks: Distinction:  Met-Ocean Object Class: Isallobars Acronym: ISALLOCode: subset Attribute_A: NOBJNM; OBJNAM; ATPACC; VALISA;subset Attribute_B: INFORM; NINFOM; SCAMIN; SCAMAX; TXTDSC; NTXTDS; PICREP;subset Attribute_C: RECDAT; RECIND; SORDAT; SORIND;Geometric Primitive: LineDefinition: Line joining points of equal pressure change during a specific time interval. (WMO-No. 182, I1050) References: Remarks: Distinction:  Met-Ocean Object Class: Cloud Acronym: CLOUDSCode: subset Attribute_A: NOBJNM; OBJNAM; HCLOBA; TCLOCO;subset Attribute_B: INFORM; NINFOM; SCAMIN; SCAMAX; TXTDSC; NTXTDS; PICREP;subset Attribute_C: RECDAT; RECIND; SORDAT; SORIND;Geometric Primitive: Definition: A hydrometeor consisting of minute particles of liquid water or ice, or of both, suspended in the free air and usually not touching the ground. It may also include larger particles of liquid water or ice and non-aqueous liquid or solid particles such as those present in fumes, smoke and dust. (WMO-No. 182, C1450) References: WMO-No. 471., 2.3, Meteorological Services in Support of Maritime Search and Rescue Remarks: Distinction:  Met-Ocean Object Class: Minimum Dew-point Temperature Acronym: MINDPTCode: subset Attribute_A: NOBJNM; OBJNAM; TMPACC; VALTMP;subset Attribute_B: INFORM; NINFOM; SCAMIN; SCAMAX; TXTDSC; NTXTDS; PICREP;subset Attribute_C: RECDAT; RECIND; SORDAT; SORIND;Geometric Primitive: PointDefinition: Temperature to which a volume of air must be cooled at constant pressure and constant moisture in order to reach saturation; any further cooling causes condensation. (WMO-No. 182, D0420) The lowest value of dew-point temperature in the treated area. References: WMO-No. 471, Annex 2.B, Multilingual List of Terms used in Weather and Sea Bulletins WMO-No. 558, Appendix I.2, Multilingual List of Terms used in Weather and Sea Bulletins Remarks: Distinction:  Met-Ocean Object Class: Maximum Dew-point Temperature Acronym: MAXDPTCode: subset Attribute_A: NOBJNM; OBJNAM; TMPACC; VALTMP;subset Attribute_B: INFORM; NINFOM; SCAMIN; SCAMAX; TXTDSC; NTXTDS; PICREP;subset Attribute_C: RECDAT; RECIND; SORDAT; SORIND;Geometric Primitive: PointDefinition: Temperature to which a volume of air must be cooled at constant pressure and constant moisture in order to reach saturation; any further cooling causes condensation. (WMO-No. 182, D0420) The highest value of dew-point temperature in the treated area. References: WMO-No. 471, Annex 2.B, Multilingual List of Terms used in Weather and Sea Bulletins WMO-No. 558, Appendix I.2, Multilingual List of Terms used in Weather and Sea Bulletins Remarks: Distinction:  Met-Ocean Object Class: Dew-point Temperature Contour Acronym: DPTCONCode: subset Attribute_A: NOBJNM; OBJNAM; TMPACC; VALTCO;subset Attribute_B: INFORM; NINFOM; SCAMIN; SCAMAX; TXTDSC; NTXTDS; PICREP;subset Attribute_C: RECDAT; RECIND; SORDAT; SORIND;Geometric Primitive: LineDefinition: Line joining points of equal dew-point. (WMO-No. 182, I1320) References: WMO-No. 471, Annex 2.B, Multilingual List of Terms used in Weather and Sea Bulletins WMO-No. 558, Appendix I.2, Multilingual List of Terms used in Weather and Sea Bulletins Remarks: Distinction:  Annex IV MET-OCEAN ATTRIBUTES Met-Ocean AttributeAcronymBeaufort ForceBEAFORValue of Surface Wind SpeedVAWISPCompass Points of Surface Wind DirectionCOMDIRChange in Surface Wind DirectionCHAWDISignificant Wave HeightSIWAHECategory of Significant Sea Wave HeightCATSEHCategory of Significant Swell Wave HeightCATSWHWave LengthWAVLENSignificant Wave PeriodSIWAPESignificant Wave DirectionSIWADIHeight of Storm SurgeHEISURCategory of Tropical CycloneCATCYCCategory of Surface VisibilityCATVISCategory of Significant WeatherCATSWECategory of FrontCATFROAtmospheric Pressure AccuracyATPACCValue of Atmospheric PressureVALATPValue of Atmospheric Pressure ContourVALPCOIcing IntensityICIINTDirection of Expected MovementDIEXMOSpeed of Expected MovementSPEXMOCategory of Expected Change in IntensityCATINTDirection of Surface CurrentDISUCUSpeed of Surface CurrentSPSUCUTemperature AccuracyTMPACCValue of TemperatureVALTMPValue of Temperature ContourVALTCOAmount of Pressure ChangeAMPRCHCharacteristic of Pressure ChangeCHPRCHValue of IsallobarVALISAHeight of Cloud BaseHCLOBATotal Cloud CoverTCLOCOVelocity UnitsVUNITS Met-Ocean Attribute: Beaufort Force Acronym: BEAFORCode: Attribute Type: EExpected Input: ID Meaning 01: calm 02: light air 03: light breeze 04: gentle breeze 05: moderate breeze 06: fresh breeze 07: strong breeze 08: near gale 09: gale 10: strong gale 11: storm 12: violent storm 13: hurricane Definition: calm: Absence of air motion or wind with a speed of less than 1 knot (Beaufort scale wind force 0). (WMO-No. 182, C0030) light air: Wind with a speed between 1 and 3 knots (Beaufort scale wind force 1). (WMO-No. 182, L0500) light breeze: Wind with a speed between 4 and 6 knots (Beaufort scale wind force 2). (WMO-No. 182, L0510) gentle breeze: Wind with a speed between 7 and 10 knots (Beaufort scale wind force 3). (WMO-No. 182, G0200) moderate breeze: Wind with a speed between 11 and 16 knots (Beaufort scale wind force 4). (WMO-No. 182, M1680) fresh breeze: Wind with a speed between 17 and 21 knots (Beaufort scale wind force 5). (WMO-No. 182, F1200) strong breeze: Wind with a speed between 22 and 27 knots (Beaufort scale wind force 6). (WMO-No. 182, S3120) near gale: Wind with a speed between 28 and 33 knots (Beaufort scale wind force 7). (WMO-No. 182, N0150) gale: Wind with a speed between 34 and 40 knots (Beaufort scale wind force 8). (WMO-No. 182, G0010) strong gale: Wind with a speed between 41 and 47 knots (Beaufort scale wind force 9). (WMO-No. 182, S3130) storm: Wind with a speed between 48 and 55 knots (Beaufort scale wind force 10). (WMO-No. 182, S2950 (2)) violent storm: Wind with a speed between 56 and 63 knots (Beaufort scale wind force 11). (WMO-No. 182, V0340) hurricane: Name given to a warm core tropical cyclone with maximum surface wind of 118 km h-1 (64 knots, 74 mph) or greater (hurricane force wind) in the North Atlantic, the Caribbean and the Gulf of Mexico, and in the Eastern North Pacific Ocean. (WMO-No. 182, H0860 (1)) References: WMO-No. 471, Annex 2.B, Multilingual List of Terms used in Weather and Sea Bulletins WMO-No. 558, Appendix I.2, Multilingual List of Terms used in Weather and Sea Bulletins WMO/TD-No. 850 Remarks:  Met-Ocean Attribute: Value of Surface Wind Speed Acronym: VAWISPCode: Attribute Type: FDefinition: ---Minimum Value: 0Indication: Unit: defined in the VUNITS attribute of the M_UNIT meta object class, e.g. meter per second (m/s) Resolution: 1 m/s or 1 knot Format: xxExample: 13 for a surface wind speed of 2.5 m/s to 3.4 m/s.References: WMO-No. 471, 2.2.3 WMO-No. 558, Part I, 3.2.2Remarks:  Met-Ocean Attribute: Compass point of Surface Wind Direction Acronym: COMDIRCode: Attribute Type: EExpected Input: ID Meaning 01 North (N) 02 North-North-East (NNE) 03 North-East (NE) 04 East-North-East (ENE) 05 East (E) 06 East-South-East (ESE) 07 South-East (SE) 08 South-South-East (SSE) 09 South (S) 10 South-South-West (SSW) 11 South-West (SW) 12 West-South-West (WSW) 13 West (W) 14 West-North-West (WNW) 15 North-West (NW) 16 North-North-West (NNW) Definition: North 349-011 degrees (true north) North-North-East 012-033 degrees (true north) North-East 034-056 degrees (true north) East-North-East 057-078 degrees (true north) East 079-101 degrees (true north) East-South-East 102-123 degrees (true north) South-East 124-146 degrees (true north) South-South-East 147-168 degrees (true north) South 169191 degrees (true north) South-South-West 192-213 degrees (true north) South-West 214-236 degrees (true north) West-South-West 237-258 degrees (true north) West 259-281 degrees (true north) West-North-West 282-303 degrees (true north) North-West 304-326 degrees (true north) North-North-West 327-348 References: WMO/TD-No. 577 WMO-No. 471, 2.2.3 Remarks:  Met-Ocean Attribute: Change in Surface Wind Direction Acronym: CHAWDICode: Attribute Type: EExpected Input: 01: wind shift 02: veering wind 03: backing wind Definition: wind shift: Sudden change of wind direction. (WMO-No. 182, W1160) veering wind: Clockwise change of wind direction, in either hemisphere. (WMO-No. 182, V0130) backing wind: Counter-clockwise change of wind direction, in either hemisphere. (WMO-No. 182, B0060) References: WMO-No. 471, Annex 2.B, Multilingual List of Terms used in Weather and Sea Bulletins WMO-No. 558, Appendix I.2, Multilingual List of Terms used in Weather and Sea Bulletins WMO/TD-No. 850 Remarks:  Met-Ocean Attribute: Significant Wave Height Acronym: SIWAHECode: Attribute Type: FDefinition: The average height of the 1/3 highest waves. (WMO-No. 702, p.9)Minimum Value: 0Indication: Unit: metre (m) Resolution: 1 m Format: xxExample: 3 for a significant wave height of 2.5 m to 3.4 m.References: WMO-No. 471, 1.2.1.1 WMO-No. 558, Appendix I.4 Remarks:  Met-Ocean Attribute: Category of Significant Sea Wave Height Acronym: CATSEHCode: Attribute Type: EExpected Input: ID Meaning 01 Calm (glassy) 02 Calm (rippled) 03 Smooth (wavelets) 04 Slight 05 Moderate 06 Rough 07 Very rough 08 High 09 Very high 10 Phenomenal Definition: The average height of the 1/3 highest sea waves. (according to WMO-No. 702, p.9) Calm (glassy) 0 m Calm (rippled) 0-0.1 m Smooth (wavelets) 0.1-0.5 m Slight 0.5-1.25 m Moderate 1.25-2.5 m Rough 2.5-4 m Very rough 4-6 m High 6-9 m Very high 9-14m Phenomenal over 14 m References: WMO-No. 8, Part II, 4.2.12.5 Remarks:  Met-Ocean Attribute: Significant Swell Wave Height Acronym: CATSWHCode: Attribute Type: EExpected Input: ID Meaning 01 Low 02 Moderate 03 Heavy Definition: The average height of the 1/3 highest swell waves. (according to WMO-No. 702, p.9) Low 0-2 m Moderate 2-4 m Heavy over 4 m References: WMO-No. 8, Part II, 4.2.12.5 Remarks:  Met-Ocean Attribute: Wave Length Acronym: WAVLENCode: Attribute Type: FDefinition: The horizontal distance, in metres, between two successive crests. (WMO-No. 702, 1.2.1) Minimum Value: 0Indication: Unit: metre (m) Resolution: 1 m Format: xxExample: 3 for a wave length of 2.5 m to 3.4 m.References: Remarks:  Met-Ocean Attribute: Significant Wave Period Acronym: SIWAPECode: Attribute Type: FDefinition: The average period of the 1/3 highest waves. (WMO-No. 702, p.9)Minimum Value: 0Indication: Unit: second (s) Resolution: 1 s Format: xxExample: 3 for a significant wave period of 2.5 s to 3.4 s.References: WMO-No. 471, 1.2.1.1 Remarks:  Met-Ocean Attribute: Significant Wave Direction Acronym: SIWADICode: Attribute Type: EExpected Input: ID Meaning 01 North (N) 02 North-east (NE) 03 East (E) 04 South-east (SE) 05 South (S) 06 South-west (SW) 07 West (W) 08 North-west (NW) Definition:  North 337-022 degrees (true north) WMO/TD-No. 850, p.26 North-east 023-067 degrees (true north) WMO/TD-No. 850, p.26 East 068-112 degrees (true north) WMO/TD-No. 850, p.26 South-east 113-157 degrees (true north) WMO/TD-No. 850, p.26 South 158-202 degrees (true north) WMO/TD-No. 850, p.26 South-west 203-247 degrees (true north) WMO/TD-No. 850, p.26 West 248-292 degrees (true north) WMO/TD-No. 850, p.26 North-west 293-337 degrees (true north) WMO/TD-No. 850, p.26 References: WMO-No. 471, 1.2.1.1 WMO-No. 558, Appendix I.4 WMO/TD-No. 850 Remarks:  Met-Ocean Attribute: Height of Storm Surge Acronym: HEISURCode: Attribute Type: FDefinition: ---Minimum Value: 0Indication: Unit: metre (m) Resolution: 0.5 m Format: xx.xExample: 1.5 for a storm surge height of 1.25 m to 1.74 m.References: WMO-No. 471, 2.3.2 WMO-No. 558, Part I, 3.2.2Remarks:  Met-Ocean Attribute: Category of Tropical Cyclone Acronym: CATCYCCode: Attribute Type: EExpected Input: ID Meaning 01 Maximum winds 34-63 knots 02 Maximum winds of 64 knots or more Definition: Specifies the intensity of the tropical cyclone.References: WMO-No. 558, Appendix I.4, Symbols and Depictions Used on Radio-facsimile Charts for Marine Purposes Remarks:  Met-Ocean Attribute: Category of Surface Visibility Acronym: CATVISCode: Attribute Type: EExpected Input: ID Meaning 01 Very poor (less than 0.5 nautical miles) 02 poor (0.5 to 2 nautical miles) 03 moderate (2 to 5 nautical miles) 04 good (greater than 5 nautical miles) Definition: Very poor Less than 0.5 nautical miles IHO/IMO/WMO S-53, 2009, 8.5.4 poor 0.5 to 2 nautical miles IHO/IMO/WMO S-53, 2009, 8.5.4 moderate 2 to 5 nautical miles IHO/IMO/WMO S-53, 2009, 8.5.4 Good Greater than 5 nautical miles IHO/IMO/WMO S-53, 2009, 8.5.4 References: IHO/IMO/WMO S-53, 8.5.4. Remarks:  Met-Ocean Attribute: Category of Significant Weather Acronym: CATSWECode: Attribute Type: LExpected Input: ID Meaning 00 Area of heavy swell 11 Area of strong winds (6 and 7 Beaufort) 22 Area of medium cloud 55 Area of gales (8 Beaufort or more) 66 Area of continuous precipitation 77 Area of squally weather 88 Area of heavy showers 99 Area of thunderstorms Definition: Area of heavy swell Area where the significant swell wave height is above 4 m. Area of strong winds (6 and 7 Beaufort) Area of poor visibility Area where the visibility is less than 2 nm Area of gales (8 Beaufort or more) Area of continuous precipitation Area of squally weather Atmospheric phenomenon characterized by an abrupt and large increase of wind speed with the duration of the order of minutes which diminishes rather suddenly. It is often accompanied by showers or thunderstorms. Area of heavy showers Area of showers with a precipitation rate of 10 mm/h or more. (WMO-No.8, Part 1, Chapter 14) Area of thunderstorms Sudden electrical discharges manifested by a flash of light (lightning) and a sharp or rumbling sound (thunder). Thunderstorms are associated with convective clouds (Cumulonimbus) and are, more often, accompanied by precipitation in the form of rainshowers or hail, or occasionally snow, snow pellets, or ice pellets. (WMO-No. 182, T0940) References: WMO/TD-No. 850 WMO-No. 306, Code Table 4683 Remarks:  Met-Ocean Attribute: Category of Front Acronym: CATFROCode: Attribute Type: EExpected Input: ID Meaning 01 cold front at the surface 02 warm front at the surface 03 occluded front at the surface 04 quasi-stationary front at the surface 05 convergence line 06 intertropical convergence zone Definition: Cold front Any non-occluded front which moves in such a way that cold air replaces relatively warmer air. (WMO-No. 182, C2210) Warm front Any non-occluded front which moves in such a way that warm air replaces cold air. (WMO-No. 182, W0100) Occluded front A composite of two fronts, formed as a cold front overtakes a warm front or quasi-stationary front. (WMO-No. 182, O0070) Quasi-stationary front A front which is stationary or nearly so (conventionally, moving with a speed less than five knots). (WMO-No. 182, S2760) Convergence line Line along which the horizontal convergence is a maximum. (WMO-No. 182, C3060) Intertropical convergence zone Narrow zone where the trade winds of the two hemispheres meet. (WMO-No. 182, I0800) References: WMO-No. 558, Appendix I.4 Remarks:  Met-Ocean Attribute: Atmospheric Pressure Accuracy Acronym: ATPACCCode: Attribute Type: FDefinition: Pressure (force per unit area) exerted by the atmosphere on any surface by virtue of its weight; it is equivalent to the weight of a vertical column of air extending above a surface of unit area to the outer limit of the atmosphere. (WMO-No. 182, A2930) The extent to which the results of the readings of an instrument approach the true value of the calculated or measured quantities, supposing all possible corrections are applied. (WMO-No. 182, A0270) Minimum Value: 0Indication: Unit: hectopascal (hPa) Resolution: 0.1 hPa Format: x.xExample: 0.2 for an atmospheric pressure accuracy of 0.2 hPa.References: Remarks:  Met-Ocean Attribute: Value of Atmospheric Pressure Acronym: VALATPCode: Attribute Type: FDefinition: ---Minimum Value: 0Indication: Unit: hectopascal (hPa) Resolution: 1 hPa Format: xxxx Example: 998 for an atmospheric pressure of 998 hPa.References: WMO-No. 485, Appendix II-4Remarks:  Met-Ocean Attribute: Value of Atmospheric Pressure Contour Acronym: VALPCOCode: Attribute Type: FDefinition: ---Minimum Value: 0Indication: Unit: hectopascal (hPa) Resolution: 1 hPa Format: xxxx Example: 998 for an atmospheric pressure of 998 hPa.References: WMO-No. 485, Appendix II-4Remarks:  Met-Ocean Attribute: Icing Intensity Acronym: ICIINTCode: Attribute Type: EExpected Input: ID Meaning 01 light 02 moderate 03 severe 04 very severe Definition: Rate at which ice accretion occurs, expressed in units of depth per unit time. (WMO-No. 182, I0220) Light 1-3 cm/24 hr Moderate 4-6 cm/24 hr Severe 7-14 cm/24 hr Very severe >14 cm/24 hr References: WMO/TD-No. 850 Remarks:  Met-Ocean Attribute: Direction of Expected Movement Acronym: DIEXMOCode: Attribute Type: EExpected Input: ID Meaning 01 North (N) 02 North-east (NE) 03 East (E) 04 South-east (SE) 05 South (S) 06 South-west (SW) 07 West (W) 08 North-west (NW) Definition: North 337-022 degrees (true north) WMO/TD-No. 850, p.26 North-east 023-067 degrees (true north) WMO/TD-No. 850, p.26 East 068-112 degrees (true north) WMO/TD-No. 850, p.26 South-east 113-157 degrees (true north) WMO/TD-No. 850, p.26 South 158-202 degrees (true north) WMO/TD-No. 850, p.26 South-west 203-247 degrees (true north) WMO/TD-No. 850, p.26 West 248-292 degrees (true north) WMO/TD-No. 850, p.26 North-west 293-337 degrees (true north) WMO/TD-No. 850, p.26 References: WMO-No. 558, Appendix I.4Remarks:  Met-Ocean Attribute: Speed of Expected Movement Acronym: SPEXMOCode: Attribute Type: FDefinition: ---Minimum Value: 0Indication: Unit: defined in the VUNITS attribute of the M_UNIT meta object class, e.g. meter per second (m/s) Resolution: 1 m/s or 1 knot Format: xxExample: 3 for a speed of 2.5 m/s to 3.4 m/s.References: Remarks:  Met-Ocean Attribute: Category of Expected Change in Intensity Acronym: CATINTCode: Attribute Type: EExpected Input: ID Meaning 00 Much weakening 01 Weakening 02 No change 03 Intensification 04 Strong intensification 05 Not observed previously 06 Undetermined Definition: Specifies the expected change in intensity in the upcoming 24 hours.References: WMO-No. 306, Code Table 0252 Remarks:  Met-Ocean Attribute: Direction of Surface Current Acronym: DISUCUCode: Attribute Type: EExpected Input: ID Meaning 01 North (N) 02 North-east (NE) 03 East (E) 04 South-east (SE) 05 South (S) 06 South-west (SW) 07 West (W) 08 North-west (NW) Definition: Direction to which the surface current flows. North 337-022 degrees (true north) WMO/TD-No. 850, p.26 North-east 023-067 degrees (true north) WMO/TD-No. 850, p.26 East 068-112 degrees (true north) WMO/TD-No. 850, p.26 South-east 113-157 degrees (true north) WMO/TD-No. 850, p.26 South 158-202 degrees (true north) WMO/TD-No. 850, p.26 South-west 203-247 degrees (true north) WMO/TD-No. 850, p.26 West 248-292 degrees (true north) WMO/TD-No. 850, p.26 North-west 293-337 degrees (true north) WMO/TD-No. 850, p.26 References: WMO-No. 471, 2.3.2 WMO-No. 558, Part I, 3.2.2Remarks:  Met-Ocean Attribute: Speed of Surface Current Acronym: SPSUCUCode: Attribute Type: FDefinition: ---Minimum Value: 0Indication: Unit: defined in the VUNITS attribute of the M_UNIT meta object class, e.g. meter per second (m/s) Resolution: 1 m/s or 1 knot Format: xxExample: 3 for a speed of 2.5 m/s to 3.4 m/s.References: WMO-No. 471, 2.3.2 WMO-No. 558, Part I, 3.2.2Remarks:  Met-Ocean Attribute: Temperature Accuracy Acronym: TMPACCCode: Attribute Type: FDefinition: A physical quantity characterizing the mean random motion of molecules in a physical body. (WMO-No. 182, T0150) The extent to which the results of the readings of an instrument approach the true value of the calculated or measured quantities, supposing all possible corrections are applied. (WMO-No. 182, A0270 ( accuracy) Minimum Value: 0Indication: Unit: degrees Celsius (C) Resolution: 0.1 C Format: x.xExample: 0.2 for a temperature accuracy of 0.2 C.References: Remarks:  Met-Ocean Attribute: Value of Temperature Acronym: VALTMPCode: Attribute Type: FDefinition: ---Minimum Value: ---Indication: Unit: degrees Celsius (C) Resolution: 0.1 C Format: sxx.x s: sign, negative values only. Example: 12.2 for a temperature of 12.2 C.References: WMO-No. 485, Appendix II-4Remarks:  Met-Ocean Attribute: Value of Temperature Contour Acronym: VALTCOCode: Attribute Type: FDefinition: ---Minimum Value: ---Indication: Unit: degrees Celsius (C) Resolution: 1 C Format: sxx.x s: sign, negative values only. Example: 12 for a temperature of 12 C.References: Remarks:  Met-Ocean Attribute: Amount of Pressure Change Acronym: AMPRCHCode: Attribute Type: FDefinition: ---Minimum Value: 0Indication: Unit: hectopascal (hPa) Resolution: 0.1 hPa Format: xx.x Example: 1.7 for an atmospheric pressure of 1.7 hPa.References: WMO-No. 485, Appendix II-4Remarks:  Met-Ocean Attribute: Characteristic of Pressure Change Acronym: CHPRCHCode: Attribute Type: EExpected Input: ID Meaning 00 Increasing, then decreasing; atmospheric the same as or higher than three hours ago 01 Increasing, then steady; or increasing, then increasing more slowly; atmospheric pressure now higher than three hours ago 02 Increasing (steadily or unsteadily); atmospheric pressure now higher than three hours ago 03 Decreasing or steady, then increasing; or increasing, then increasing more rapidly; atmospheric pressure now higher than three hours ago 04 Steady; atmospheric pressure the same as three hours ago 05 Decreasing, then increasing; atmospheric pressure the same as or lower than three hours ago 06 Decreasing, then steady; or decreasing, then decreasing more slowly; atmospheric pressure now lower than three hours ago 07 Decreasing (steadily or unsteadily); atmospheric pressure now lower than three hours ago 08 Steady or increasing, then decreasing; or decreasing, then decreasing more rapidly; atmospheric pressure now lower than three hours ago Definition: Characteristic of pressure tendency during the three hours preceding the time of observation. (WMO-No. 485, App. II-4) References: WMO-No. 485, Appendix II-4Remarks:  Met-Ocean Attribute: Value of Isallobar Acronym: VALISACode: Attribute Type: FDefinition: ---Minimum Value: 0Indication: Unit: hectopascal (hPa) Resolution: 1 hPa Format: sxx s: sign, negative values only Example: 1 for an atmospheric pressure change of 1 hPa.References: WMO-No. 485, Appendix II-4Remarks:  Met-Ocean Attribute: Height of Cloud Base Acronym: HCLOBACode: Attribute Type: EExpected Input: ID Meaning 00: 0 to 50 m 01: 50 to 100 m 02: 100 to 200 m 03: 200 to 300 m 04: 300 to 600 m 05: 600 to 1000 m 06: 1000 to 1500 m 07: 1500 to 2000 m 08: 2000 to 2500 m 09: 2500 m or more, or no clouds 99: Height of base of cloud not known or base of clouds at a level lower and tops at a level higher than that of the station Note: A height exactly equal to one of the values at the ends of the ranges shall be coded in the higher range, e.g. a height of 600 m shall be reported by code figure 5. Definition: Height above the Earths surface of the base of the lower cloud layer whose amount exceeds a specific value. (WMO-No. 182, C0280 (1)) References: WMO-No. 306, Code table 1600 Remarks:  Met-Ocean Attribute: Total Cloud Cover Acronym: TCLOCOCode: Attribute Type: EExpected Input: ID Meaning 00: 0 01: 1 okta ro 1/10 or less, but not zero 02: 2 oktas or 2/10-3/10 03: 3 oktas or 4/10 04: 4 oktas or 5/10 05: 5 oktas or 6/10 06: 6 oktas or 7/10-8/10 07: 7 oktas or 9/10 or more, but not 8 oktas or 10/10 08: 8 oktas or 10/10 09: 9 sky obscured, or cloud amount cannot be estimated 99: No measurements made Definition: Fraction of the celestial dome hidden by all the visible clouds. (WMO-No. 182, T1110) References: WMO-No. 485, Appendix II-4 WMO-No. 306, Code Table 2700 Remarks:  Met-Ocean Attribute: Velocity Units Acronym: VUNITSCode: Attribute Type: EExpected Input: ID Meaning 01 Meter per second 02 Knot Definition: Meter per second Velocities are specified in meter per second (SI units of velocity). Knot Velocities are specified in knot. References: Remarks:  Annex V REFERENCES IEC, 2008, Maritime navigation and radiocommunication equipment and systems Electronic chart display and information system (ECDIS) Operational and performance requirements, methods of testing and required test results, IEC 61174 IEC, 2008, Maritime navigation and radiocommunication equipment and systems Presentation of navigation-related information on shipborne navigational displays General requirements, methods of testing and required test results, IEC 62288 IHO, 2000, IHO Transfer Standard for Digital Hydrographic Data, IHO S-57. IHO, 2007, Hydrographic Dictionary Appendix 1 Glossary of ECDIS Related Terms, IHO S-32. IHO, 2008, IHO Specifications for Chart Content and Display Aspects of ECDIS Appendix 2 Colour and Symbol Specifications for ECDIS, IHO S-52. IMO, 1995, Performance Standards for Electronic Chart Display and Information Systems (ECDIS), Resolution A.817(19) IMO, 1996, Adoption of New and Amended Performance Standards, Resolution MSC.64(67) IMO, 1998, Adoption of New and Amended Performance Standards for Navigational Equipment, Resolution MSC.86(70) IMO, 2004, Performance Standards for the Presentation of Navigation-related Information on Shipborne Navigational Displays, Resolution MSC.191(79) IMO, 2006, Adoption of the Revised Performance Standards for Electronic Chart Display and Information Systems (ECDIS), Resolution MSC.232(82) IMO, 2007, Draft Strategy for the Development and Implementation of E-navigation, NAV 54/25 Annex 12. (working document) IMO, 2009, Development of an E-navigation Strategy Implementation Plan Results of a Worldwide E-navigation User Needs Survey, NAV 55/INF.9 (working document) IMO, 2009, ITU Matters, Including Radiocommunication; ITU-R Study Group Matters World Radiocommunication Conference 2011 Future Spectrum Requirement with Respect to E-navigation, NAV 55/8/2 (working document) IMO/IEC, 2002, Oceanographic Object Attribution Technical White Paper, HGMIO2/6e, Monaco (working document) IMO/IEC, 2002, Proposed Object Classes and Attributes for Weather, HGMIO2/10, Monaco (working document) IMO/IEC, 2007, Marine Information Objects (MIO), HGMIO4-4B, Durham, New Hampshire, USA (working document) IMO/IEC, 2007, General Content Specification for Marine Information Overlays (MIOs), HGMIO4- 7B, Durham, New Hampshire, USA (working document) IMO/IEC, 2007, Relationship of Marine Information Overlays (MIOs) to Current/Future IHO Standards, Version 4, HGMIO (Lee Alexander, Michel Huet) (working document) IOC, 1975, Guide to Oceanographic and Marine Meteorological Instruments and Observing Practices, IOC Manuals and Guides No. 4. IOC, 1991, Tsunami Glossary, IOC Technical Series No. 37. WMO,1990, Manual on Marine Meteorological Services, WMO-No. 558. WMO, 1992, Manual on the Global Data-processing and Forecasting System, WMO-No. 485. WMO, 1992, International Meteorological Vocabulary, WMO-No. 182 WMO, 1995, Manual on Codes Volume I.1 Part A Alphanumeric Codes, WMO-No. 306. WMO, 1998, Guide to Wave Analysis, WMO-No. 702. WMO, 1998, Handbook of Offshore Forecasting Services, WMO/TD-No. 850. WMO, 2001, Guide to Marine Meteorological Services, WMO-No. 471. WMO, 2002, Weather Information in Graphical Form for GMDSS Terms of Reference for the Rapporteur, ETMSS First Session, Lisbon, Portugal (working document) WMO, 2002, Weather Information in Graphical Form for GMDSS Report from the Services Programme Area Coordinator on Progress of Project with Inmarsat, ETMSS First Session, Lisbon, Portugal (working document) WMO, 2003, Manual on the Global Observing System Volume I Global Aspects, WMO-No. 544. WMO, 2006, Tropical Cyclone Operational Plan for the South-West Indian Ocean, WMO/TD-No. 577. WMO, 2007, Guide to the Global Observing System, WMO-No. 488. WMO, 2007, Technical Regulations Basis Documents No. 2 Meteorological Service for International Air Navigation, WMO-No. 49. WMO, 2007, Weather Information in Graphical Form for GMDSS, ETMSS Second Session, Angra dos Reis, Brazil (working document) WMO, 2007, Ice Objects Catalogue Version 4, ETSI Third Session, Geneva, Switzerland (working document) WMO, 2008, Guide to Meteorological Instruments and Methods of Observation Part II Observing System Chapter 4 Marine Observations, WMO-No. 8. WMO, 2008, Weather Reporting Volume D Information for Shipping, WMO-No. 9. WMO, 2009, Met-ocean Information in Graphical/Numerical Form and E-Navigation Charts, JCOMM/ETMSS TTMSI First Session, submitted by Dr Vasily Smolyanitsky, Geneva, Switzerland (working document) WMO, 2009, Met-ocean Information in Graphical/Numerical Form and E-Navigation Charts, JCOMM/ETMSS TTMSI First Session, submitted by IHB, Geneva, Switzerland (working document) WMO, 2009, Final Report, JCOMM Meeting Report No. 64, JCOMM/ETMSS TTMSI First Session, Geneva, Switzerland (working document) _____________ Annex VI ACRONYMS AND OTHER ABBREVIATIONS AIS Automatic Identification System EC Executive Council (WMO) ENC Electronic Navigational Chart ETMSS Expert Team on Maritime Safety Services (JCOMM) ETSI Expert Team on Sea Ice (JCOMM) GMDSS Global Maritime Distress and Safety System HGMIO Harmonization Group on Marine Information Objects/Overlays (IHO/IEC) IEC International Electrotechnical Commission IHB International Hydrographic Bureau IHO International Hydrographic Organization IMO International Maritime Organization IOC Intergovernmental Oceanographic Commission (of UNESCO) JCOMM Joint WMO-IOC Technical Commission for Oceanography and Marine Meteorology MIO Marine Information Overlays MMMS Manual on Marine Meteorological Services MSC Maritime Safety Committee (IMO) MSI Maritime Safety Information NAV Sub-committee on Safety of Navigation (IMO) RCC Rescue Coordination Centre SOLAS International Convention for the Safety of Life at Sea TG-ENCIO Task Group on Electronic Navigational Chart Ice Objects (JCOMM/ETSI) ToR Terms of Reference TTMSI Task Team on Maritime Safety Information (JCOMM/ETMSS) UNESCO United Nations Educational, Scientific and Cultural Organization WMO World Meteorological Organization ____________     PAGE  PAGE - 87 - S z l } ~   =.V23BCH{Z!!$7&8&9&a&q)))))ο hV^JhV^JmH sH  hVH* hV6hV5mH sH hVmH sH hVCJmH sH hVCJ hV5CJhVCJ(aJ( hV5CJ hV5hV5hmH sH  hVCJ(hVCJ(^JaJ( hV5CJ(hV4     QRS$a$$a$TL~LL ( 6 $x$If]a$ $If]$]a$ $$a$6 7 z { | } ~  $a$Xkd$$IfxF %S 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