Application Areas
A WMO Application Area is an activity involving the direct use of observations that allows National Meteorological and Hydrological Services or other organizations
to render services related to weather, climate and water, and other environmental events, contributing to public safety, socioeconomic well-being and development
in their respective countries. The concept of a WMO Application Area is used in the framework of the WMO RRR and describes a homogeneous activity for which it is
possible to compile a consistent set of observational user requirements agreed upon by community experts working in this area.
The table below lists all application areas and the respective focal points maintaining requirements for these. For any enquiries or questions on
particular requirements recorded in OSCAR, please contact the focal points directly, where an email address is provided.
| Name | Focal Point | Respons. Org. | Description | Earth System Application Category |
|---|---|---|---|---|
| 1.1 Sun, Heliosphere and Solar Wind Forecasting and Monitoring | Nicole Vilmer |
WMO | 1. Space Weather Applications | |
| 1.2 Energetic Particle and Magnetosphere Forecasting and Monitoring | Sergio Dasso |
WMO | 1. Space Weather Applications | |
| 1.3 Ionosphere, Thermosphere and Geomagnetic Field Forecasting and Monitoring | Kirsti Kauristie |
WMO | 1. Space Weather Applications | |
| 2.1 Global Numerical Weather Prediction and Real-time Monitoring | Kozo Okamoto |
WMO | Global Numerical Weather Prediction | 2. Atmospheric Applications |
| 2.2 High-Resolution Numerical Weather Prediction | WMO | High Resolution Numerical Weather Prediction | 2. Atmospheric Applications | |
| 2.3 Nowcasting / Very Short-Range Forecasting | Aitor Atencia Ruiz de Gopegui |
WMO | Nowcasting and Very Short Range Forecasting | 2. Atmospheric Applications |
| 2.4 Sub-Seasonal to Longer Predictions | Jeff Knight |
WMO | 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. | 2. Atmospheric Applications |
| 2.5 Atmospheric Climate Monitoring | Caterina Tassone |
GCOS | The WMO-IOC-UNEP-ICSU Global Climate Observing System (GCOS) is an internationally coordinated network of global observing systems for climate, designed to meet the requirements for climate observations, which are essential to climate monitoring. Climate observations are 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. | 2. Atmospheric Applications |
| 2.6 Atmospheric Composition Forecasting and Monitoring | Richard Eckman |
WMO | 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. | 2. Atmospheric Applications |
| 2.7 Atmospheric Composition Information Services in Urban and Populated Areas | Richard Eckman |
WMO | 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. | |
| 2.8 Aeronautical Meteorology | Yiu-Fai Lee |
WMO | Meteorological information in support of the safety and optimal efficiency of aviation | 2. Atmospheric Applications |
| 2.9 Agricultural Meteorology | Robert Stefanski |
WMO | Applications of meteorology to agriculture (agrometeorology). | 2. Atmospheric Applications |
| 3.1 Ocean Forecasting and Real-Time Monitoring | WMO | 3. Oceanic Applications | ||
| 3.2 Coastal Forecasting | Laura Tuomi |
WMO | 3. Oceanic Applications | |
| 3.3 Oceanic Climate Monitoring and Services | Belén Martín Míguez |
WMO | 3. Oceanic Applications | |
| 3.4 Tsunami Monitoring and Detection | WMO | 3. Oceanic Applications | ||
| 3.5 Marine Environmental Emergency Response | Graigory Sutherland |
WMO | 3. Oceanic Applications | |
| 3.6 Maritime Safety (ports to open ocean) | Anish Hebbar |
WMO | 3. Oceanic Applications | |
| 4.1 Hydrological Forecasting and Real-time Monitoring | Emmanuel Brocard |
WMO | Application covering the forecasting and the real-time monitoring in the field of terrestrial hydrology. | 4. Hydrological and Terrestrial Applications |
| 4.2 Hydrological and Terrestrial Climate Monitoring | Antonio Bombelli |
WMO | 4. Hydrological and Terrestrial Applications | |
| 5.1 Terrestrial Cryosphere Forecasting and Monitoring | WMO | 5. Cryospheric Applications | ||
| 5.2 Sea-Ice Forecasting and Monitoring | WMO | 5. Cryospheric Applications | ||
| 5.3 Cryospheric Climate Monitoring | WMO | 5. Cryospheric Applications | ||
| 6.1 Earth System Forecasting and Monitoring | Vijay Tallapragada |
WMO | 6. Integrated Earth System Applications | |
| 6.2 Understanding Earth System Processes | KK PP |
WMO | 6. Integrated Earth System Applications | |
| 6.3 AA Test | Alex Alex |
WMO | 6. Integrated Earth System Applications |