Objectives of POVAPSYS

1. Innovation of Flood warning and forecasting system on the Slovak republicPOVAPSYSMartina Holubecká, SHMI Košice,Slovakia

2. January 2000“Flood Protection Program in the Slovak Republic by the year 2010”“Flood warning and forecasting system on the Slovak republic”The Slovak Hydrometeorological institute (SHMU)

3. Objectives of POVAPSYS to improve the level of meteorological and hydrological service outputs (forecasting, warnings) increase of quality of life of the population in flood prone areas protection of property and health of the local population in flood prone areas more safety of population against flooding To reduce the damage caused by floods, especially loss of life, injury to human health and property of citizens, towns and villages

4. The measures Completion and upgrading of the existing data acquisition system, terrestrial stations, satellite data receiver, weather radars, lightning system, telemetry system Integrated information system - better software and hardware to run flood forecasting which manages the data between all components Database system Internet portal - data and informations deliver to relevant stakeholders Meteorological and hydrologic forecasting models

5. The expected outputs of the POVAPSYS The warning and forecasting system for Slovak republic A new method for communication and information flow A model structure coherent with Austria, the Czech republic, Germany, Hungary, Poland and Ukraine Local warning system

6. Subsystem of POVAPSYS Integrated Information of POVAPSYS The Networks of the Terrestrial Stations Remote Methods of the Monitoring Forecasting Methods and Models Telecommunication Centre and Computer Techniques Two levels: Procurement, realization, installation and setting into operation of technical facilities for data monitoring, transmission and processing Handling operational tasks, data management, conceptual tasks and research and development projects

7. 1. Integrated Information System of POVAPSYS

8. Branch of SVP Košice Branch of SVP Banská Bystrica The Ministry of Enviroment Branch of SVP Piešťany UPK SVP POVAPSYS Branch of SVP Bratislava KÚ BA SHMÚ CO HaZZ IZS KÚ BB Regional Office Bratislava Other users KÚ ZA Regional office Žilina KÚ PO KÚ NR Regional office Košice Regional office Banská Bystrica KÚ KE KÚ TN KÚ TT 1. Integrated Information System of POVAPSYS

9. 1. Integrated Information System of POVAPSYS requirements for aoperative database manage and store operative data for a certain period of time manage increasing number of different types and volume of data from existing and new monitoring and forecasting systems design it as an open system to which easily data types can be added or deleted

10. Operative data are: • Data from monitoring networks in Slovakia and abroad: (water stages, precipitation, air temperatures, water temperatures, ice phenomena) • Processed data (discharges, hydrological reporting, hydrological situation, processed information for input into hydrological models) • Images (observation from radar, observation from satellite) • Forecasted data (quantitative precipitation forecasts, meteorological and hydrological forecasts) • Quasi-steady data (metadata about monitoring stations, rating curves, degrees of flood activities, hydrological and climatologic characteristics)

11. 2. Networks of the terrestrial stations meteorological stations (34 stations, air, terrain and meteorological stations of nuclear power scheme)

12. 2. Networks of the terrestrial stations precipitation stations (77 automatic)

13. 2. Networks of the terrestrial stations hydrological stations (265 automatic, 79 prognosis)

14. 3. Systems of the remote methods of the monitoring Malý Javorník (west) Kojšovská hoľa (east)

15. 4. Forecasting methods and models Meteorological forecasting ALADIN model

16. 4. Forecasting methods and models Quantitative precipitation forecast

17. 4. Forecasting methods and models Meteorological warnings

18. 4. Forecasting methods and models Hydrological forecasting

19. 4. Forecasting methods and models Hydrological forecasts regular for 15 hydrological stations to stream Dunaj, Morava, Bodrog, Laborec, Topľa, Hornád and Poprad for the next day Hydrological forecasts for the 9 water reservoirs Mathematical models and forecasting methodologies Development of forecasting systems for 11 main watersheds of Slovakia by using mathematical models

20. 4. Forecasting methods and models Hydrological warnings

21. 4. Forecasting methods and models • Local warning system

22. 5. National Telecomunication Centre and computer technique

23. The main purposes of the telecommunication network: • Data transmission from terrestrial telemetric stations to • the Regional Offices and Central Office in Bratislava. • National and international exchange of the meteorological information (radar and satellite information), hydrological and climatological information • Data and information propagation to the users. Within the POVAPSYS: • complete upgrade of the telecommunication network including telecommunication computer finished. • insteadof some personal computers also supercomputer REGATTA was purchased and set into operation.

24. In conclusion • 2003 was started • 2003 - 2005 - the Slovak Government has funded a project • 2006 – 2008 -financing from the EU Structural Funds • 2006 funding from the Cohesion Funds for 2007 – 2013 • funds used for operating the system