Climate Change Act in Hungary The scientific background, Views of the National Council for Sustainable Development István Láng, co-chair of the Council.

Slides:



Advertisements
Similar presentations
Climate Change The Future is Upon Us. Climate Change Climate change is also known as global warming, which is the heating of the earth.
Advertisements

Carbon Emissions. Increasing atmospheric CO2 concentration Atmospheric increase = Emissions from fossil fuels + Net emissions from changes in land use.
Dr. Lajos CSEPI (State Secretary for Transport ) Hungary CLIMATE CHANGE: ENERGY AND TRANSPORT Issues, challenges and strategies in Hungary.
Communication on "Land as a Resource" Jacques DELSALLE Head of sector Land & Soil European Commission, DG Environment FoEE Conference "Putting resource.
The Economics of Global Warming
The current overall EU policy framework: Europe 2020 strategy, Innovation Union and Energy 2020 Strategy On March 2010, the Commission presented a Communication.
Basic Climate Change Science, Human Response and the United Nations Framework Convention on Climate Change (UNFCCC) Prepared for the National Workshop.
i nitiatives The Summit was convened for addressing urgent problems environmental protection and socio-economic development at the global level.
Renewable energy – EU policy update Mihail DUMITRU European Commission, Directorate-General for Agriculture.
Green Economy Initiative Derek Eaton UNEP UNCEEA, June 2010.
1 Climate Change: What Role for Parliamentarians? Dr Jan Wright Parliamentary Commissioner for the Environment.
A project implemented by the HTSPE consortium This project is funded by the European Union SUSTAINABLE GROWTH LIFE
REVIEW OF THE LEGAL FRAMEWORK AND POLICY TOOLS FOR ADDRESSING CLIMATE CHANGE: SUMMARY OF SEVEN ASIAN COUNTRY STUDIES SUPPORTED BY UNEP-AECEN Presented.
Chapter 19 Global Change.  Global change- any chemical, biological or physical property change of the planet. Examples include cold temperatures causing.
Should the U.S. ratify it? Daniela Sol 21 Oct PROTOCOL.
DEVELOPMENT OF THE NATIONAL INVENTORY SYSTEM IN THE REPUBLIC OF BELARUS Belarus has signed UNFCCC in June, 1992 Ratified in May, 2000.
Presentation By: Communities Adapting to Climate Change Climate Science, Local Impacts & Adaptation.
Climate change and Environmental Degradation Risk and Adaptation assessment Step 2 Collect scientific information.
5.2: The Greenhouse Effect Topic 5: Ecology & Evolution Miss Friedman.
Origins of the CDM - Climate Change and the Kyoto Protocol Capacity Development for the Clean Development Mechanism (CD4CDM) Project 2 nd National Workshop.
Dr. Filiz Demirayak WWF-Turkey CLIMATE CHANGE IN THE MEDITERRANEAN AND TURKEY.
Working with Uncertainty Population, technology, production, consumption Emissions Atmospheric concentrations Radiative forcing Socio-economic impacts.
Economics, Policy, and the FutureSection 1 Section 1: Economics and International Cooperation Preview Classroom Catalyst Objectives International Development.
LOCAL GOVERNMENTS and CLIMATE CHANGE CCP Campaign in Turkey Gülçin ÖZSOY REC Turkey Climate Change Work Programme 6 March 2008, Szentendre.
1 1 CURRENT ENERGY POLICY CHALLENGES. THE 2030 ENERGY AND CLIMATE FRAMEWORK DG Energy, European Commission.
Innovation and Knowledge Transfer for a Productive and Sustainable EU Agriculture Martin Scheele Directorate General for Agriculture and Rural Development.
EU Climate Action EU – Central Asia Working Group on
Global Sustainability: The Case for Collaboration Environmental Issues.
Kyrgyzstan priorities in environment protection B. Tolongutov, Director, State Regulation Center on Environment Protection & Ecological Safety Sector State.
Anni Podimata MEP Member, Committee on Industry, Research and Energy 8th Inter-Parliamentary Meeting on Renewable Energy and Energy Efficiency Budapest,
Adaptation to Climate Change Actions in Mongolia Adaptation Workshop IFAD, Rome May 2007.
National Policy on Combating Climate Change, 2007 Justine Conaty Legal Services Division National Summit on Climate Change Apia, May 28-29, 2009.
Second National Communication of the Republic of TAJIKISTAN under the UNFCCC Ilhomjon RAJABOV Head, Climate Change Centre Side Event: Thirteenth Session.
Climate Change-Related Priorities. Turkmenistan Almaty
Expert meeting on “Environment, Climate Change and Security in the Artic” 28 February 2013 EEA activities on climate change impacts and adaptation in Europe.
Stanley J. Kabala, Ph.D. Center for Environmental Research & Education Duquesne University Pittsburgh, Pa. U.S.A.
1 All Island Environmental Health Forum Tomorrow’s Environmental Health Developments in the International Climate Change Agenda Owen Ryan Department of.
Philip Wright Head of Climate Change and Air, ERAD Changing our Ways Executive action on climate change.
SOGE, 05/16-17/05, Bonn, Germany Switzerland. SOGE, 05/16-17/05, Bonn, Germany Switzerland, as a Party to the UNFCCC and a member of the international.
1. Sustainable Development. International commitment. COORDINATION. A LONG-TERM VISSION. Policies Enhance the economic growth. Certainty and Economic.
ENVIRONMENT AND CLIMATE CHANGE PresentationBy Dr. James Kamara United Nations Environment Programme Rotary Meeting Nairobi, Kenya, 18 November 2009.
Chapter 20 Global Climate Change. Climate Change Terminology  Greenhouse Gas  Gas that absorbs infrared radiation  Positive Feedback  Change in some.
What Are We Learning Today? How do the economic platforms of political parties differ from one another?
1 Preparation for Climate Change: A Hungarian Case Study Prof. Zsolt HARNOS Head of Department Corvinus University of Budapest Department of Mathematics.
Environment education for achieving awareness for the role of renewable energy technologies in the districts, included in “Natura 2000” Gancho Mitev, eng.
Tuesday, May 6, 2008 Mykhaylo Komarnytskyy Iryna Bilotserkivska Marcie Hawranik.
INTERNATIONAL ACTIVITIES OF LITHUANIAN MUNICIPALITIES IN THE SPHERE OF CLIMATE CHANGE The Associacion of Local Authorities in Lithuania
CLRTAP/EMEP/TFIAM Oslo, May 2002 INERIS/Guy Landrieu Remarks about Uncertainty Treatment _________________________________________________________.
Dutch presidency agenda on ensuring industrial competitiveness Erik Janssen, Ministry of Economic Affairs The Netherlands.
HOW DO ENVIRONMENTAL ISSUES INVOLVE POLITICAL AND ECONOMIC DECISIONS What are environmental issues What is the relationship between the environment, economics.
Chapter 19 Global Change.  Global change- any chemical, biological or physical property change of the planet. Examples include cold temperatures causing.
Climate Change and Forestry —Possible Legal and Policy Instruments to Address Potential Effects of Forest Carbon Offsets Ding Zhi (Department of Law of.
Agriculture and Food security related challenges Jerome Mounsey Policy Officer Land Use and Finance for Innovation DG Climate Action European Commission.
Chapter 19 Global Change.
Energy Sources and Sustainability
Chapter 19 Global Change.
The Paris Agreement and CDR/NETs
Global Change.
Section 1: Economics and International Cooperation
Chapter 9 How should governments in Canada respond to political and economic issues?
The Kyoto Protocol is a legally binding international
Chapter 19 Global Change.
Central Asia is considered a global hotspot with respect to impacts of climate change on the mountain cryosphere and downstream societies, most notably.
Kyoto Protocol.
Section 1: Economics and International Cooperation
Chapter 15 Global Change.
Investment and Financial Flows (I&FF) Assessment
The EU Strategy for Adaptation to climate change
Directorate General for Agriculture and Rural Development
Chapter 19 Global Change.
Presentation transcript:

Climate Change Act in Hungary The scientific background, Views of the National Council for Sustainable Development István Láng, co-chair of the Council

Climate change creates a risk for the entire Hungarian national economy and society and thus it forms an enforcing power for launching adaptive-preventive actions for the society as a whole. The quality of life of the population, water and land resources, forest ecosystems and the security of food production are endangered by the changing temperature and precipitation conditions, by the potential shifting of the seasons of the year, by the amplification and increased frequency of meteorological and hydrometeorological extreme phenomena. To face the seemingly unavoidable changes the societies need to reduce the emission of greenhouse gases and strengthen the adaptive capacities.

Hungarian scientists had forecasted the expectable changes and their harmful impacts already in The Meteorological Scientific Committee of the Hungarian Academy of Sciences has adopted, in November 1991, a statement on the future of the climate in Hungary. Some statements of this document are quoted below:

„In Hungary we have to deal with the changes of the climate at national level; the more so since these processes will likely result in the deterioration of the environment in many respects. We could contribute to the global efforts with more efficient use of energy resources and with the substitution of fossil fuels with energy resources that do not cause greenhouse gas emissions, with other means of reducing emissions and with the shift to appropriate forest management.

We also need to explore in more details the risk of climate changes along with the details of the related uncertainties. Intensified research into the efficient management of natural resources is needed along with that into the strengthening of environmentally friendly production and consumption behaviours and with the use of the international results of the relevant research and technological development.”

Eighteen years later the Presidential Committee of Environmental Sciences of the Hungarian Academy of Science prepared a statement on the changes of the climate and the related tasks in Hungary. In the period between these two declarations (1991 and 2009) the population of the Earth was increased from 5.37 billion to 6.75 billion. This increase was larger than the number of people that was living on Earth at the time of the foundation of the Hungarian Academy of Science in 1825.

According to the model forecasts, referred to in this declaration, considerable temperature rise can be expected in the Carpathian Basin along with certain decreasing of the precipitation and growing dryness (and water scarcity). The growing intensity, frequency and duration of extreme weather phenomena are also expectable. Warming will result in higher summer temperatures and more frequent and lasting heat waves. All these indicate that considerable changes of the climate cannot be avoided. The world of science has a kind of agreement that there is still a possibility of avoiding the catastrophic consequences with the substantial reduction of the emissions and with preparations for adapting to the impacts of climate changes.

Climate policy rests on two basic pillars: 1.Decreasing of emissions (mitigation); 2. Adaptation to expectable conditions, the implementation of defensive strategies.

Hungary fulfils its obligations that stem from the Kyoto Protocol. In accordance with the harmonized standpoint of the European Union Hungary has to decrease its emission with 6% by the year This target is being achieved time-proportionally and even tradable quota is also available. The fulfilling of Hungary’s obligation that stem from the Kyoto Protocol is specified as obligation in several government decrees and a law (which latter was adopted by the Hungarian Parliament in 2007).

The system of strategies to be followed was summarized in the Project „Global climate changes: Hungarian impacts and responses project of the short title VAHAVA (an acronym formed from the abbreviation of the Hungarian first letters of the words for Changes-Impacts-Responses). The Project VAHAVA was launched in 2003 jointly by the Hungarian Academy of Sciences and the Ministry for the Environment and Water Management. As it is well known in 2003 there was an extreme heat in Europe and in Hungary 500 deaths were registered as victims of the heat waves.

The Project has been completed in The Project VAHAVA was a novel synthesizing project of the systems approach type, in which the main focus was on the issues of adaptation to the situations created by the changing climate. The project formulated proposals towards representatives of the government and for the various actors of the society and economy of the country.

The project VAHAVA yielded the scientific basis for the development of the National Climate Change Strategy, which was prepared by the Ministry for the Environment and Water Management and has been univocally adopted by the Hungarian Parliament in March This Strategy requested the Government to prepare action programmes for two year periods. These programmes should enhance the implementation of the actions of the Strategy.

The scientific work is being continued. A new programme is being developed with the title of „Climate Change and Safety/security)”. In this programme the investigations of the state of safety and security involve the followings:

Safety and protection of the natural and near- natural ecosystems and habitats and of biodiversity in general. Safety and protection of the properties and quality of life of the population. Protection of production and servicing systems needed for the normal operation of the society, that is the protection of „Critical Infrastructures”. Security of the undisturbed operation of the economy.

The major factors which can enhance climate- safety/security include the followings: Meteorological services,-monitoring of greenhouse gases. Catastrophe-defence and ambulance services;- contingency systems of local governments and enterprises. Economic and legal regulatory instruments (incentives, restrictions-limitations, prohibitions, penalties). Climate-awareness, education, trainings, popular sciences, professional advisory systems.

Stabilisation and decreasing of the level of greenhouse gases in the atmosphere are the long- term means of providing climate-security/safety. The guarantee for short term climate-security is adaptation, including preventive strategies, defensive strategies and reconstruction/remediation of damaged systems.

These two directions of action do not substitute but supplement each other, and form together the basis of sustainable development, the realisation of the interests of the present population and of the future generations.

The primary task of the Hungarian Climate Change Act under preparation is to provide a schedule for the reduction of greenhouse gas emission for the time horizon of In addition to this the law will also provide for the improvement of the vegetation cover of the country’s territory and for the development of adaptation strategies and procedures.

Thank you for your kind attention!