SODA

A Computational Agent Model of Flood Management Strategies

Brouwers, Lisa and Boman, Magnus (2011) A Computational Agent Model of Flood Management Strategies. In: Computational Methods Applied to Agricultural Research: Advances and Applications. IGI Global, pp. 296-307.

This is the latest version of this item.

Full text not available from this repository.

Abstract

A geographically explicit flood simulation model was designed and implemented as a tool for policy making support, illustrated here with two simple flood management strategies pertaining to the Upper Tisza area in Hungary. The model integrates aspects of the geographical, hydrological, economical, land use, and social context. The perspectives of different stakeholders are represented as agents that make decisions on whether or not to buy flood insurance. We demonstrate that agent-based models can be important for policy issues in general, and for sustainable development policy issues in particular, by aiding stakeholder communication and learning, thereby increasing the chances of reaching robust decisions. The agent-based approach enables the highlighting and communication of distributional effects of policy changes at the micro-level, as illustrated by several graphical representations of outputs from the model.

Item Type:Book Section
ID Code:5218
Deposited By:Magnus Boman
Deposited On:07 Mar 2012 12:39
Last Modified:07 Mar 2012 12:39

Available Versions of this Item

Repository Staff Only: item control page