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#438, remove deprecated AAs, and add new AAs with path to ACs
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| Original file line number | Diff line number | Diff line change |
|---|---|---|
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| notation,name,description | ||
| aeronauticalMeteorology,Aeronautical meteorology,"Aeronautical meteorology covers worldwide, reliable provision of high quality, timely and cost-effective meteorological services to aviation users." | ||
| agriculturalMeteorology,Agricultural meteorology,Agricultural Meteorology relates to specific weather and climate services addressed to the agricultural community to help develop sustainable agricultural production systems. http://www.wmo.int/pages/prog/www/OSY/SOG/SoG-Agriculture.pdf | ||
| atmosphericCompositionForecasting,Forecasting atmospheric composition,Applications from global to regional scales (with horizontal resolutions similar to global NWP (~10 km and coarser) with stringent timeliness requirements (NRT) to support operations such as sand and dust storm and chemical weather forecasts [source: http://www.wmo.int/pages/prog/arep/gaw/documents/FINAL_GAW_221.pdf] | ||
| atmosphericCompositionMonitoring,Monitoring atmospheric composition,"Applications related to evaluating and analysing changes (temporally and spatially) in atmospheric composition regionally and globally to support treaty monitoring, climatologies and re-analyses, assessing trends in composition and emissions/ fluxes, and to better understand processes, using data of controlled quality (and with less stringent time requirements (not needed in NRT)), and used in products such as Ozone and Greenhouse Gas Bulletins, and State/Health of the Atmosphere reports [source: http://www.wmo.int/pages/prog/arep/gaw/documents/FINAL_GAW_221.pdf]" | ||
| climateApplications,Climate applications,"Climate applications cover the effective application of climate knowledge and information for the benefit of society and the provision of climate services, including the prediction of significant climate variations both natural and as a result of human activity. http://www.wmo.int/pages/prog/www/OSY/SOG/SoG-Climate- CCl.pdf" | ||
| climateMonitoring,"Climate monitoring (GCOS)","Climate monitoring (as supported through GCOS) covers the GCOS coordinated international network of global observing systems for climate, fundamental to detect, model and assess climate change, support adaptation to climate change, monitor the effectiveness of policies for mitigating climate change, develop climate information services, promote sustainable national economic development and meet other requirements of the UNFCCC and other convention and agreements. http://www.wmo.int/pages/prog/gcos/" | ||
| cryosphere,Cryosphere,EGOS-IP | ||
| energy,Energy sector,"Economic activities that produce or distribute energy, such as renewable energies, e.g. solar, thermal, wind" | ||
| globalNumericalWeatherPrediction,Global numerical weather prediction (GNWP),"Global numerical weather prediction (GNWP) covers numerical weather prediction on a global scale, required for weather forecasting for more than a few days ahead. NWP uses mathematical models of the atmosphere and oceans to predict the weather based on current conditions of the atmosphere and oceans. http://www.wmo.int/pages/prog/www/OSY/SOG/SoG-Global-NWP.pdf" | ||
| health,Health sector,"Health-related services, often provided to the public, particularly those related to prevention, e.g. pollen allergies, UV radiation, heat wave alerts" | ||
| highResolutionNumericalWeatherPrediction,High-resolution numerical weather prediction (HRNWP),"High-resolution numerical weather prediction (HRNWP) covers forecasting of meteorological events over a limited area with a 1-5 km horizontal resolution, for 1 or 2 days ahead. Its high spatial resolutions allows: (i) to get more realistic descriptions of the surface and of atmospheric phenomena such as clouds and precipitation or boundary layer processes; and (ii) to use denser and more frequent observations than global NWP over the area of interest. http://www.wmo.int/pages/prog/www/OSY/SOG/SoG-HighRes-NWP.pdf" | ||
| hydrology,Hydrology,"Hydrology covers the assessment of the quantity and quality of water resources, both surface and groundwater (in support of the National Authorities responsible for water management in a wide range of activities), in order to meet the needs of society, to permit mitigation of water-related hazards, and to maintain or enhance the condition of the global environment. http://www.wmo.int/pages/prog/www/OSY/SOG/SOG-Hydrology.pdf" | ||
| integratedUrbanServices,Providing atmospheric composition information to support services in urban and populated areas,"Applications that target limited areas (with horizontal resolution of a few km or smaller and stringent timeliness requirements to support services related to weather/climate/pollution, such as air quality forecasting [source: http://www.wmo.int/pages/prog/arep/gaw/documents/FINAL_GAW_221.pdf])" | ||
| nowcasting,Nowcasting and very short-range forecasting (NVSRF),"Nowcasting and very short-range forecasting (NVSRF) covers the 0-12 hours forecasting range with high time and space resolution, focusing on rapid evolving phenomena like convection and using dedicated algorithms with combined relevant observed and model data, to produce forecasts usually near the surface, in a seamless way for the forecast range. http://www.wmo.int/pages/prog/www/OSY/SOG/SoG-Nowcasting-VSRF.pdf" | ||
| oceanApplications,Ocean applications,http://www.wmo.int/pages/prog/www/OSY/SOG/SoG-Ocean.pdf | ||
| spaceWeather,Space weather,"Space weather is a discipline which aims at observing, understanding and predicting the state of the Sun, of the interplanetary and planetary environments, their disturbances, and the potential impacts of these disturbances on biological and technological systems. http://www.wmo.int/pages/prog/www/OSY/SOG/SoG-SW.pdf" | ||
| seasonalForecasting,Sub-seasonal to longer predictions,"Sub-seasonal to longer predictions covers predictions in sub-seasonal to decadal time-ranges (roughly two weeks to 10 years), using numerical prediction models based on current and past observations and analyses. http://www.wmo.int/pages/prog/www/OSY/SOG/SoG-SSLP.pdf" | ||
| terrestrialEcology,Terrestrial ecology,"Activities and services related to the terrestrial environment, e.g., relating to bio-diversity" | ||
| transport,Transportation sector,"Economic activities related to transportation of people and goods, on land, air and water" | ||
| climateScience,Climate Science,"This application area aims at coordinating international research to improve the understanding, analysis and prediction of the Earth System" | ||
| unknown,unknown,Application area unknown. | ||
| inapplicable,inapplicable,No application area is applicable. | ||
| notation,path,name,description | ||
| 1,Atmospheric Applications,2.1 Global Numerical Weather Prediction and Real-time Monitoring,Global Numerical Weather Prediction | ||
| 2,Atmospheric Applications,2.2 High-Resolution Numerical Weather Prediction,"High-resolution (HR) Numerical Weather Prediction (NWP) focuses on observing systems required by high-resolution NWP models producing forecasts of meteorological events with a 1-5 km horizontal resolution, 6 hours to a few days ahead. Such forecasts are more detailed than those available from global models, due to more realistic descriptions of atmospheric phenomena such as clouds and precipitation. The added detail is made possible by a finer computational grid on a specific area, more detailed specification of terrain, more sophisticated prescription of physical processes mainly based on explicit rather than parameterised formulations, and, importantly, denser and more frequent observations (with respect to global NWP) to specify appropriately detailed initial conditions." | ||
| 3,Atmospheric Applications,2.3 Nowcasting / Very Short-Range Forecasting,"Nowcasting, as outlined by the World Meteorological Organization (WMO), involves detailed forecasting of local weather, utilizing any method to predict conditions from the present to six hours ahead. It provides a comprehensive portrayal of the current weather, leveraging real-time observational data such as surface observations, satellite imagery, lightning, radar data, etc. Nowcasting by extrapolation excels in delivering high-resolution forecasts of weather phenomena for the immediate (2 hour) future. Advancements in data assimilation systems enable Numerical Weather Prediction (NWP) to outperform nowcast extrapolation thereafter. The use of NWP with data assimilation forms the basis of Very Short Range Forecasting (VSRF) up to 12 hours. To ensure a seamless VSRF, crucial in high-impact weather situations, advanced centers blend both NWP and nowcasting. This integration plays a vital role in issuing timely warnings and aiding decision-makers across various sectors." | ||
| 4,Atmospheric Applications,2.4 Sub-Seasonal to Longer Predictions,"Sub-seasonal to longer predictions (SSLP) covers predictions in sub-seasonal to decadal time-ranges (roughly two weeks to 10 years), using numerical prediction models based on current and past observations and analyses." | ||
| 5,Atmospheric Applications,2.5 Atmospheric Climate Monitoring,"This AA covers the set of atmospheric observations defined by Global Climate Observing System (GCOS) as essential to detect, model and assess climate change and its impact; support adaptation to climate change; monitor the effectiveness of policies for mitigating climate change; and develop climate information services." | ||
| 6,Atmospheric Applications,2.6 Atmospheric Composition Forecasting and Monitoring,"Applications related to evaluating and analysing temporal and spatial changes in atmospheric composition, at regional and global scale. They aim to support treaty monitoring, climatologies, and re-analyses, assessing trends in composition and emissions/fluxes, and to better understand processes, principally in the troposphere and stratosphere. The applications rely on the use of data of controlled quality with less stringent time requirements compared to the near-real-time requirements. These data are also used to derive products that are published in the WMO ozone and greenhouse gas bulletins and the state of the atmosphere reports (for example, Scientific Assessment of Ozone Depletion reports)." | ||
| 7,Atmospheric Applications,2.7 Atmospheric Composition Information Services in Urban and Populated Areas,"Applications that target limited areas (with horizontal resolution of a few km or smaller and stringent timeliness requirements to support services related to weather/climate/pollution, such as air quality forecasting." | ||
| 8,Atmospheric Applications,2.8 Aeronautical Meteorology,"Application of meteorological information to aviation taking into account relevant developments in science and technology and the study of aeronautical meteorological requirements in support of the safety, regularity, efficiency and environmental sustainability of aviation with users ranging from pilots, air traffic control and management to airline dispatch offices as well as airport authorities." | ||
| 9,Atmospheric Applications,2.9 Agricultural Meteorology,Applications of meteorology to agriculture (agrometeorology). | ||
| 10,Cryospheric Applications,5.1 Terrestrial Cryosphere Forecasting and Monitoring,Terrestrial Cryosphere Forecasting and Monitoring | ||
| 11,Cryospheric Applications,5.2 Sea-Ice Forecasting and Monitoring,Sea-Ice Forecasting and Monitoring | ||
| 12,Cryospheric Applications,5.3 Cryospheric Climate Monitoring,Cryospheric Climate Monitoring | ||
| 13,Hydrological and Terrestrial Applications,4.1 Hydrological Forecasting and Real-time Monitoring,Application covering the forecasting and the real-time monitoring in the field of terrestrial hydrology. | ||
| 14,Hydrological and Terrestrial Applications,4.2 Hydrological and Terrestrial Climate Monitoring,"This AA covers the set of hydrological and other terrestrial observations defined by Global Climate Observing System (GCOS) as essential to detect, model and assess climate change and its impact; support adaptation to climate change; monitor the effectiveness of policies for mitigating climate change; and develop climate information services." | ||
| 15,Integrated Earth System Applications,6.1 Earth System Forecasting and Monitoring,Earth System Forecasting and Monitoring | ||
| 16,Integrated Earth System Applications,6.2 Understanding Earth System Processes,Understanding Earth System Processes | ||
| 17,Oceanic Applications,3.1 Ocean Forecasting and Real-Time Monitoring,"This application covers the set of observations that provide essential information to support monitoring ocean state in near-real-time and ocean forecasting systems on global, basin, and regional scales. These observations are also vital for ocean modeling development and for the verification of numerical weather predictions from medium-range to seasonal forecasts." | ||
| 18,Oceanic Applications,3.2 Coastal Forecasting,"Coastal Forecasting encompasses the collection of observations that contribute to oceanographic forecasting systems spanning from the nearshore areas and estuarine entrances to the continental shelf and slope. These forecasting systems serve various purposes, such as issuing alerts for storm surges and coastal inundation, providing vital information for coastal and offshore industries, and supporting recreational activities in the coastal areas. Note: Coastal forecasts supporting maritime safety are included in AA3.6 Maritime Safety. Coastal flooding related to tsunamis are considered in AA 3.4." | ||
| 19,Oceanic Applications,3.3 Oceanic Climate Monitoring and Services,"Oceanic Climate Monitoring covers the set of observations defined by the Global Climate Observing System as essential to detect, model and assess climate change and its impact; support adaptation to climate change; monitor the effectiveness of policies for mitigating climate change; and develop climate information services" | ||
| 20,Oceanic Applications,3.4 Tsunami Monitoring and Detection,"Tsunami Monitoring and Detection refers to the systematic processes to detect and forecast tsunamis, assess their potential threat to the coasts, marinas and harbours and issue timely tsunami advisory information to the stakeholders. Data related to tsunamis are acquired with both high frequency and high precision. The essential elements for early detection include the real-time transmission of seismic data, sea-level observations, and GNSS (Global Navigation Satellite System) measurements, which together provide a critical foundation for the effective monitoring and early warning against tsunami threats." | ||
| 21,Oceanic Applications,3.5 Marine Environmental Emergency Response,"Marine environmental emergency response (MEER) refers to the response of any immediate and imminent threat of harm to the marine environment. This response is highly time sensitive as marine pollutants drift and disperse in the surrounding fluid and, thus, increasing the extent of the potential environmental harm. The time sensitivity of the data required to monitor and predict the transport of pollutants is of the utmost importance to mitigate damage to the marine environment." | ||
| 22,Oceanic Applications,3.6 Maritime Safety (ports to open ocean),It covers the sets of observations to provide the services and warnings for the protection of life and property on all ships on all voyages at sea and in all [port] waters connected therewith. | ||
| 23,Oceanic Applications,3.7 Ocean Biogeochemical Cycles,Ocean Biogeochemical Cycles | ||
| 24,Space Weather Applications,"1.1 Sun, Heliosphere and Solar Wind Forecasting and Monitoring","This AA aims to monitor and forecast the conditions of the Sun, the heliosphere and the solar wind which are relevant to space weather and space climate. This AA includes the monitoring and forecasting of solar disturbances propagating through the heliosphere and solar wind." | ||
| 25,Space Weather Applications,1.2 Energetic Particle and Magnetosphere Forecasting and Monitoring,"This AA is related to the monitoring and forecasting of energetic particles (in the interplanetary medium, in the magnetosphere, atmosphere, and at ground level), and of the magnetic field in the Earth�s magnetosphere." | ||
| 26,Space Weather Applications,"1.3 Ionosphere, Thermosphere and Geomagnetic Field Forecasting and Monitoring",This AA is related to the monitoring and forecasting of space weather parameters in the ionosphere and thermosphere and of geomagnetic field variations at the surface of the Earth. |
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|---|---|---|
| @@ -1,2 +1,22 @@ | ||
| table,url,label,status,date | ||
| table,url,name,status,date | ||
| 5-02-01,http://codes.wmo.int/wmdr/ObservedVariableAtmosphere/270,Sunshine duration,invalid,FT2023-2 | ||
| 2-01,http://codes.wmo.int/wmdr/ApplicationArea/agriculturalMeteorology,Aeronautical meteorology,retired,FT2025-1 | ||
| 2-01,http://codes.wmo.int/wmdr/ApplicationArea/atmosphericCompositionForecasting,Agricultural meteorology,retired,FT2025-1 | ||
| 2-01,http://codes.wmo.int/wmdr/ApplicationArea/atmosphericCompositionMonitoring,Forecasting atmospheric composition,retired,FT2025-1 | ||
| 2-01,http://codes.wmo.int/wmdr/ApplicationArea/climateApplications,Monitoring atmospheric composition,retired,FT2025-1 | ||
| 2-01,http://codes.wmo.int/wmdr/ApplicationArea/climateMonitoring,Climate applications,retired,FT2025-1 | ||
| 2-01,http://codes.wmo.int/wmdr/ApplicationArea/cryosphere,Climate monitoring (GCOS),retired,FT2025-1 | ||
| 2-01,http://codes.wmo.int/wmdr/ApplicationArea/energy,Cryosphere,retired,FT2025-1 | ||
| 2-01,http://codes.wmo.int/wmdr/ApplicationArea/globalNumericalWeatherPrediction,Energy sector,retired,FT2025-1 | ||
| 2-01,http://codes.wmo.int/wmdr/ApplicationArea/health,Global numerical weather prediction (GNWP),retired,FT2025-1 | ||
| 2-01,http://codes.wmo.int/wmdr/ApplicationArea/highResolutionNumericalWeatherPrediction,Health sector,retired,FT2025-1 | ||
| 2-01,http://codes.wmo.int/wmdr/ApplicationArea/hydrology,High-resolution numerical weather prediction (HRNWP),retired,FT2025-1 | ||
| 2-01,http://codes.wmo.int/wmdr/ApplicationArea/integratedUrbanServices,Hydrology,retired,FT2025-1 | ||
| 2-01,http://codes.wmo.int/wmdr/ApplicationArea/nowcasting,Providing atmospheric composition information to support services in urban and populated areas,retired,FT2025-1 | ||
| 2-01,http://codes.wmo.int/wmdr/ApplicationArea/oceanApplications,Nowcasting and very short-range forecasting (NVSRF),retired,FT2025-1 | ||
| 2-01,http://codes.wmo.int/wmdr/ApplicationArea/spaceWeather,Ocean applications,retired,FT2025-1 | ||
| 2-01,http://codes.wmo.int/wmdr/ApplicationArea/seasonalForecasting,Space weather,retired,FT2025-1 | ||
| 2-01,http://codes.wmo.int/wmdr/ApplicationArea/terrestrialEcology,Sub-seasonal to longer predictions,retired,FT2025-1 | ||
| 2-01,http://codes.wmo.int/wmdr/ApplicationArea/transport,Terrestrial ecology,retired,FT2025-1 | ||
| 2-01,http://codes.wmo.int/wmdr/ApplicationArea/climateScience,Transportation sector,retired,FT2025-1 | ||
| 2-01,http://codes.wmo.int/wmdr/ApplicationArea/unknown,Climate Science,retired,FT2025-1 |