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Understanding DPSIR Framework for Environment Assessment

Learn about DPSIR framework, a strategy for integrated environment assessment adopted by European Environment Agency, to manage environmental problems by providing feedback to policymakers on environmental quality, impacting political choices. Explore how it applies to water resource management with indicators, state evaluation, pressures, and response actions. Understand the role of informatics and semantics in enhancing interoperability and knowledge capture for DPSIR ontology.

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Understanding DPSIR Framework for Environment Assessment

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  1. Introduction to DPSIR Framework Han Wang March 9th, 2012

  2. What is it? • A strategy for Integrated Environment Assessment (IEA) adopted by European Environment Agency (EEA) • As an approach to manage environmental problems, it presents: • indicators needed to enable feedback to policy makers on environmental quality • resulting impact of the political choices made, or to be made Driver Pressure State Impact Response

  3. http://www.grida.no/graphicslib/detail/dpsir-framework-for-state-of-environment-reporting_379f#http://www.grida.no/graphicslib/detail/dpsir-framework-for-state-of-environment-reporting_379f#

  4. Example • Water resource management • State of waters • How is it? (nutrients, pesticides, heavy metals, …) • How much is there? (runoff, availability, demands, …) • Time trends • Getting better or worse? • Within or outside agreed limits? • What is causing the problems? • Pressures on the environment • Human • Industrial • Agricultural • State of actions or policies • Are they working towards targets?

  5. Water

  6. Water Quantity

  7. Informatics & Semantics • Informatics provides interoperability among diverse and heterogeneous data and information sources • Semantic web technologies capture knowledge from data • DPSIR  domain ontology • Information products (figures, tables) are produced to present the elements of DPSIR

  8. DPSIR Ontology

  9. Summary • DPSIR is an approach for environment/ecosystem assessment. • It identifies five different classes of indicators, which can be mapped to the needs of environmental management/evaluation. • Ontology with DPSIR helps.

  10. References • P. Kristensen, The DPSIR Framework, Workshop on a comprehensive / detailed assessment of the vulnerability of water resources to environmental change in Africa using river basin approach, UNEP Headquarters, Nairobi, Kenya, September 2004. • P. S. Levin, M. J. Fogarty, G. C. Matlock, and M. Ernst, Integrated Ecosystem Assessment, NOAA Technical Memorandum NMFS-NWFSC-92, June 2008 • S. Karetsos, D. Haralampopoulos, and K Kotis, An Ontology-based framework for Authoring Tools in the Domain of Sustainable Energy Education. • P. Fox and A. Mafffei, Facilitating Next Generation Science Collaboration: Respecting and Mediating Vocabularies with Semantics in Ecosystems Assessments. AGU 11 IN33E-01, December 2011. • P. Fox, A. Maffei, M. DiStefano, S. Lawrence, and C. Chandler. The Integrated Ecosystems Assessment Initiative – Enabling the Assessment of Impacts on Large Marine Ecosystems: Informatics to the Forefront of Science Based Decision Support. • http://www.grida.no/graphicslib/detail/dpsir-framework-for-state-of-environment-reporting_379f#

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