Title of article :
Decision Support Systems for implementing the European Water
Framework Directive: The MULINO approach
Author/Authors :
Carlo Giupponi، نويسنده , , b، نويسنده , , *، نويسنده ,
Issue Information :
ماهنامه با شماره پیاپی سال 2007
Abstract :
The EU Water Framework Directive, WFD (Dir. 2000/60/EC) introduces an innovative, integrated and holistic approach to the protection and
management of water resources. New methodologies and tools are required to support implementation of the new policy. To fulfil these requirements,
tools such as Decision Support Systems (DSSs) that integrate environmental, social and economic concerns and that facilitate the involvement
of interested parties in the formulation of strategies may be useful. The MULINO project has developed a methodology and a DSS tool to
tackle such problems. Focus is on connecting environmental tools and decision support methods by combining the DPSIR (Driving force, Pressure,
State, Impact and Response) approach with multi-criteria analysis methods in a Decision Support System called mDSS. The proposed
approach can be applied in decision processes in which a group of people (i.e. decision makers and stakeholders), share a common conceptual
framework and procedure, to structure the problem, discuss the decision and communicate the proposed solution. In this paper, the MULINO
approach is presented, focusing on its potential for the current implementation process of the WFD, according to the recently released guidance
documents and the experience gained in several case studies carried out during the research project. The evaluation of the potential of the tool for
applications in real-world management problems is carried out by taking into account the feedback from project partners and from end users,
within and outside the research consortium.
Keywords :
Decision support system , Multi-criteria analysis , water management , Software evaluation
Journal title :
Environmental Modelling and Software
Journal title :
Environmental Modelling and Software