Environmental Information Management Systems as Templates for Successful Environmental Decision Support
نویسندگان
چکیده
The mantra that successful Environmental Decision Support Systems (EDSS’s) are those that benefit from a high level of end-user involvement during the design phase and subsequent implementation is well founded. However the practical matter of eliciting the relevant information from stakeholders to develop a useful and robust EDSS is rarely adequate and this weakness contributes to the high rate of failed EDSS’s. Stakeholders sometimes have difficulty articulating the decisions they are called upon to make and cannot definitely describe the bounds of the decision space within which they operate. The EDSS developer is challenged by having to understand the system he/she is attempting to simulate to the same degree as the stakeholder. Environmental Information Management Systems (EIMS’s) have a better record of success than EDSS’s, though the distinction between the two is often blurry since information needs to organized and presented in an appropriate manner to inform decision making. The “handshake” between the stakeholder user of the EDSS and the EDSS itself is one of the most difficult features to determine. In the agricultural salinity management arena EDSS’s do not appear to have a high rate of adoption. However there have been very successful EIMS’s – some of which have user communities that number in the thousands. Perhaps the answer is to use the EIMS as a stepping stone to developing a fully functional EDSS. This paper examines a number of failed EDSS projects and compares and contrasts these systems with successful EIMS projects. The paper suggests some lessons for future EDSS initiatives.
منابع مشابه
A Bayesian model decision support system: dryland salinity management application
Addressing environmental management problems at catchment scales requires an integrated modelling approach, in which key bio-physical and socio-economic drivers, processes and impacts are all considered. Development of Decision Support Systems (DSSs) for environmental management is rapidly progressing. This paper describes the integration of physical, ecological, and socio-economic components i...
متن کاملDevelopment of decision support tool for municipal solid waste management system in Iran based on life cycle assessment approach
Background and Objective: Various aspects including the environmental burdens, social and economic consequences of the waste management(WM) scenarios must be considered to come up with a comprehensive WM plan. Life Cycle Assessment (LCA) approach is a systematic method to quantify the environmental burdens of each WM scenario. Materials and Methods: This study used an LCA approach to develop a...
متن کاملUsing life cycle assessment for municipal solid waste management in Tehran Municipality Region 20
Background: Due to the lack of a proper waste management system, Tehran Municipality Region 20 is facing economic and environmental problems such as the high costs of a disposal system and source pollution. Life cycle assessment (LCA) is a method for collecting and evaluating the inputs, outputs, and potential environmental impacts of a product system throughout its life cycle. The current stud...
متن کاملPotential site selection in ecotourism planning using spatial decision support tool
Northern areas of Pakistan have blessed with extremely beautiful natural landscapes, waterfalls, glaciated mountains, biodiversity rich valleys and forests and have extraordinary potential for ecotourism. Study is designed to propose potential sites for ecotourism in Kohistan, which is a least developed but biodiversity rich area of Pakistan. Poor planning and mismanagement of tourism practice...
متن کاملQuantifying the Rate of Environmental Factors Effect on Astragalus verus and Agropyron trichophorum Using Decision Support System and Multivariate Analysis of PCA
Vegetation cover over time and space is the result of interactions betweenvegetation cover and environmental factors. Changes occurred in range covers are caused bymatrix dominance, one of the most important environmental factors. Decision support system(DSS) could be used for determining the rate and importance of each factor. Actually, inmethods based on DSS, relations between input and outpu...
متن کامل