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COUNTRY-SPECIFIC INFORMATION PACKAGE HUNGARY

Helsinki, 16-17 February 2006. COUNTRY-SPECIFIC INFORMATION PACKAGE HUNGARY. Zoltan Karacsonyi University of Debrecen Centre for Environmental Management and Policy Tunde Szabo University of Debrecen Centre for Environmental Management and Policy. Background (1). Background (2).

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COUNTRY-SPECIFIC INFORMATION PACKAGE HUNGARY

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  1. Helsinki, 16-17 February 2006 COUNTRY-SPECIFIC INFORMATION PACKAGE HUNGARY Zoltan Karacsonyi University of Debrecen Centre for Environmental Management and Policy Tunde Szabo University of Debrecen Centre for Environmental Management and Policy

  2. Background (1)

  3. Background (2)

  4. Characteristics of greatest lakes (1) Background (3)

  5. Characteristics of greatest lakes (2) Background (4) Balaton • Greatest lake in Central-Europe • Water supply from fall, River Zala as main supplier and smaller waterflows Lake Velencei • Water supply from fall, rhapsodic water level Lake Fertô • Border lake between Austria and Hungary • Shallow lake, it has been dried more times in past centuries (last time: 1866-67)

  6. Background (5) Water quality of greatest lakes (1) Lake Balaton • Not contaminated microbiologically • Ecological state was worst in 1995 • After 1995: better ecological state due to reduction of fertilizing, governmental measures, environmental investments, sewage treatment, waste management reforms • Danger of eutrophisation (possible warm weather, serious lack of water) • Reed degradation Ecological state changes of Lake Balaton

  7. Water quality of greatest lakes (2) Background (6) Lake Fertő • Strong fluctuation of dissolved oxygen and oxygen saturation in 2003 • Alkaline water (pH>8,0) • Significant quantity of magnesium, natrium, chloride and sulfate • Significant and balanced quantity of organic contents of natural origin (reed) • Relatively poor in nutrients available for plants (excluding phosphorous) Lake Velencei • dissolved organic and inorganic materials in a great extent (natrium, magnesium, potassium, chloride and sulfate) • Floating material quantity is not significant • pH value of water sometime exceeded 9,0 • No significant microbiological contamination • Trophic state was eutrophic in the ’90s • Recently (in the past 6-7 years): much less chlorophyll contents

  8. Background (7) Definition of eutrophisation 'Eutrophisation' means the enrichment of water by nutrients, especially compounds of nitrogen and/or phosphorus, causing an accelerated growth of algae and higher forms of plant life to produce an undesirable disturbance to the balance of organisms present in the water and to the quality of the water concerned. Eutrophisation in selected lakes

  9. Background (8) Eutrophisation in Lake Fertő (pilot area of UD)

  10. Background (9) Development of the condition of lakes – History and current scope of restoration (1) • Water management in Hungary: traditional task • 1807: water regulating associations • 1845: great flood on River Tisza – following this the regulation works started • 1885: Water Act • 1920: Trianon – divided catchments area – first cross-border agreements • 1947: National Water Management Office (since 1953: National Water Directorate) • 1964: new Water Act (centralized system) • 1990: reforms – democracy • 1995: Environmental Act • 1995: new Water Act • Based on 12 regional water directorates (belonging to the Ministry of Transport between 1990-2002) • Since 2002: belonging to the Ministry of Environment and Water • 2004: • National Chief Directorate for Environment, Nature and Water • 12 directorates of environment and water • National Chief Inspectorate of Environment and Water • 12 inspectorates of water (only authority function) • 2005: 12 regional inspectorates of environment, nature and water

  11. Background (10) Development of the condition of lakes – History and current scope of restoration (2) • Integrated Water Resources Development and Management • National Environmental Program (2004) includes substantial provisions and measures for the conservation and management of surface andsubsurface water resources • Some of the key targets and approved policy directions are: • regulationdevelopment to encourage sustainable and economical water use • improvement of water quality for themain watercourses/waterbodies (Danube and Tisza Rivers, Lake Balaton) • gradual increase (to a level of65%) of the number of settlements with sewers • at least biological treatment of wastewater from sewers • nitrate and phosphorous load reductions for highly protected and sensitive waters

  12. Background (11) Development of the condition of lakes – History and current scope of restoration (3) Integrated lake management • New ways of management of natural and artificial lakes/reservoirs • Munltifunctionality of lakes: habitat and resource • Resource to be treated well for sustainability • Reduction of silting • Regulation of water level and shoreline in accordance with regional development and spatial regulation plans • Revealing of bed status, shoreline status, filling-up status, etc.

  13. Stucture Administrative structure and legislation (1) • Ministry of Environment and Water • National Chief Inspectorate of Environment, Nature and Water • Water Centre and Public Collection (since 1 January 2006) • Regional bodies: • Inspectorates of Environment, Nature and Water (12 – authority) • Directorates of Environment and Water (12 - management) • National Park Directorates (10 – management in protected areas) • Municipalities • Water Management Associations • Water public utility associations • Water associations

  14. Legislation Administrative structure and legislation (2) • Water Framework Directive (EC Directive 2000/60) • Water Management Act of 1995/LVII regulates • Tasks relating to waters and water establishments • Ownerships • Public utilities of water • Water resources management • Protection against water damages • Properties related to public utilities of water • Authority tethers • Water management associations • Governmental Decree 183/2003. (XI. 5.) • Regulations on tasks in the field of water management • Governmental Decree49/2001. (IV. 3.) • Regulations on the protection against nitrate contamination of waters originating from agriculture • Governmental Decree221/2004. (VII. 21.) • Regulations on catchment management • Governmental Decree 219/2004.(VII.21.) on the protection of the quality groundwaters • Governmental Decree 220/2004.(VII.21.) on the rules of the protection of the quality of surface waters

  15. Administrative structure and legislation (3) WFD implementation • Implementation of the Water Framework Directive into the national law completed • National Report 2004 submitted • National Report 2005 submitted based on guidelines developed by the European Commission • Analysis of catchment area features • Studying the impacts of human activities on surface waters and groundwaters • Economic analysis of water use • List of areas to be protected specially • Submitted in 2 parts • A: Roof Report (for the whole Duna basin) • B: National Report (detailed report for own area including information originating from bilateral agreements with border countries)

  16. Administrative structure and legislation (4) National Report 2005 Main contents of the report: • Types of water bodies (surface and groundwaters) • Appointing of water bodies (surface and groundwaters) • Reference relations • Loading of water bodies • Recommendations of monitoring development • Current water use • Contaminant emissions • Cost-benefit analysis in water supply services • Economic and water management forecast until 2015 • Register of protected areas • Public involvement in water management decisions • International relations • Information about national projects related to WFD

  17. Administrative structure and legislation (5) Projects related to WFD (1) • Által-ér (MATRA-project, 2001-2003) • First international work in Hungary serving the implementation of WFD • Water management plan for Által-ér by Dutch experts • Szamos Pilot Project (2002-2003) • One of the 15 signed pilot catchment area in Europe testing the guidelines developed by international working teams for the tasks of WFD • Application of 4 WFD guidelines: surface water bodies, development of common GIS system, monitoring, economic analysis • Phare projects (2001-2005) • 2002-2003: twinning program (1 million EUR) • French partner’s assistance: development of protection system against extraordinary water contaminations • German partner’s assistance: monitoring of surface and groundwaters • Ecological state survey of surface waters: based on the survey of 5 creature groups of WFD (ECOSURV project) • Chemical state survey of groundwaters – appointing sampling points, 650 new groundwater monitoring wells, analytical tests, database • Institutional development of inspectorates of environment (German-Finnish-Hungarian twinning project)

  18. Administrative structure and legislation (6) Projects related to WFD (2) • Zagyva-Tarna catchment management pilot plan (2004-2006) • ISPA project • Results can be adapted in future possible EU funded projects • WFD training (2005) • UNESCO-IHE led consortium • Preparations for the tasks originating from WFD • Training of 160 persons in 16 days (4-day blocks) • Catchment management plan of Hernad (2004-2006) • Reconciliation about methods • Assessing current monitoring networks • Promoting the planning for catchments divided by country borders • Practical implementation of WFD in Hungary (2005-) • Development of method on the economic analysis of water use regarding cost efficiency, on the selection of most favourable measure programmes and on surveying cost-payback • Test and introduction of the results of economic analysis on the Hungarian catchment area of River Tisza as pilot area • Development of detailed strategy for public involvement in catchment management planning at national, regional and local level

  19. Actors + Sources of funding for restoration projects (1)

  20. Actors + Sources of funding for restoration projects (2) Research • Most important research institution: VITUKI (Environmental and Water Management Research Institution) • National Programme for Environmental Research and Development: formulated jointly by the Ministry for Environment and Water and the NCTD (National Committee for Technological Development). The programmes place special emphasis on improving the technical and technological conditions for environmental protection. Elements of these programmes include: • development of environmentally sound public utilities • technologies for healthy drinking water supply • environmentally-sound technologies integrated into production • material, energy and water saving technologies • environmental sanitation Research and education • Universities and colleges Education • Higher education: universities and colleges (e.g.: Budapest University of Technology and Economics, Eötvös József College, specialization in water management • Mainly agricultural universities and faculties of sciences • Secondary level: secondary schools (specialization in water management and geodesy)

  21. Actors + Sources of funding for restoration projects (3) Sources of funding

  22. For the greatest lakes: separate restoration and management plans • For smaller ones: ad hoc plans Restoration planning and implementation procedures (1) Lake Balaton • Governmental measures since 1971 (Water Management Development Programme for Lake Balaton) • 1994: worst situation – hypertrophic state • 1994: Action Plan for Lake Balaton (Governmental Decree 1068/1996.) • Improvement of water quality • Satisfactory condition of beaches as regards public health • Reduction of internal and external contamination of the lake • Regulation of contamination and nutrition emission (technological guidelines) • Regulation of angling and fisheries • Reed rehabilitation • Updated environmental survey of the catchment of Lake Balaton • Professional and authentic information and forecast about the lake’s condition • Act Balaton (2000) • Regulates the spatial development of the Balaton Holiday Area relating to building rules, land use, protection of surface and groundwaters, etc. • 2003: study about the possible solution of the water supplement of Lake Balaton from rivers (due to continuous water level reduction concerning water quality, ecological state, fisheries and touristic sector) • Overall consequence: due to ecological reasons this cannot be implemented • 2004-2005: favorable tendency (+41 mm) resulted in the current satisfactory water level, water supplement not necessary

  23. Restoration planning and implementation procedures (2) Lake Velencei Lake Fertő • Water level regulation: higher level in spring and in the beginning of summer (increasing habitat and spawning places) • Reduction of external burden (wastewater cleaning program) • Improvement of flow conditions for oxygen supply of reed • Austrian study: water supplement from River Duna – yet not accepted • Future developments: • Enhancement of fresh water supply of reed stock • Channel management • Avoiding the direct burden impact of external waters • Water level increase • Stakeholders’ involvement • 1971: Development Plan of Lake Velencei • Its objectives: • Rehabilitation of the waterlogged lake • Development of the lake to be a holiday site including water sports • 1995: Governmental Decree (1031/1995.) • Conservation of touristic and natural values • Improvement of water quality • Water Management Development Programme of Lake Velencei (development tasks until 2010) • 2004: development of the sewage system of surrounding settlements at Lake Velencei

  24. National best practices and special expertise in methods and projects National special expertise, innovations • Lake Fertő: • Water refreshing channels • Active and strong cross-border co-operation • At national level: • Promotion of agri-environmental programmes to reduce the diffuse pollution of lakes Completed restoration projects • River restoration projects • River Tisza • New flood management programme (8 flood reservoirs, dike building) • River Raba • ‘River of the decade’ project • First Hungarian integrated river management plan aiming at the conservation of the river’s natural state, water stock management, touristic burden management and expanding the program on the whole cathcment • River Szamos • Integrated test of WFD guidelines for surface water bodies, development of common GIS system, monitoring, economic analysis • Lake restoration projects • Lake Balaton: development of sewage network in the surroundings of the lake completed

  25. Summary and needs for development • Water management has a significant importance for Hungary (Duna, Tisza, lakes, inland water) • Hungary has a developed structure and good professionals, experts • A really significant new flood management program has started (Tisza) • Active participation in the development/implementation of WFD • More effective application of ‘space for water/river’ approach • Strengthening effective stakeholder involvement Floodplain management (River Tisza, Lakepromo activity) • Degraded floodplain • Revitalisation of traditional floodplain management • Fisheries habitat development • Harmonisation of flood control and biodiversity enhancement

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