Demonstrating the Role of Stakeholder Participation:
An Agent Based Social Simulation Model of Water Demand Policy and Response

CPM Report No.: 00-76
By: Scott Moss, Thomas E. Downing and Juliette Rouchier
Date: 11h December 2000


This paper reports the successful implementation of a prototype model integrating representations of both natural and social systems and developed in collaboration with stakeholders.  The model integrates a hydrological model parameterised to represent the effects of precipitation and temperature on water availability in the Thames region of southern England (including Oxford, London and the Southeast) with a model of demand for water by households.  It is the first of a series of models to be developed as part of a project on Freshwater Integrated Resource Management with Agents (FIRMA).  Models are being developed for five regions of Europe where the consequences of climate change for water use and availability could well be significant.  The model reported here differs from economic models of demand in that its empirical validity is achieved by taking interaction a`mong agents explicitly into account whereas economic models typically (for simplicity) find some means of excluding dense patterns of agent interaction.

: water demand, modelling, integrated assessment, stakeholder participation, social psychology, agent based social simulation, uncertainty, demand management

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