Integrating biophysical and economic systems in a Bayesian Network Hydro-economic framework

Management of water resources needs to jointly consider the multiple, interdependent, uses of water. Decision support tools that aim to assist efficient integrated water resources management should integrate the environmental and socio-economic systems affected by changes in resource allocation. There exist, however, few models that assess the trade-offs between environmental and economic impacts of water management changes in an integrated framework. This paper presents a hydro-economic model that integrates hydrological and ecological systems with economic costs and nonmarket benefits in a Bayesian Network modelling framework. A suite of different modelling tools were used to assess the biophysical and economic impacts of catchment management scenarios, for a case study in Tasmania, Australia. The Bayesian Network provides a flexible modelling approach to incorporate different types of data and had the advantage of explicitly accounting for accumulated uncertainty in information.


Issue Date:
Jul 19 2013
Publication Type:
Working or Discussion Paper
PURL Identifier:
http://purl.umn.edu/153334
Total Pages:
27
JEL Codes:
C69; Q20; Q51; Q57
Note:
This paper has been published in a peer-reviewed journal as: Kragt, M.E. (2013) Hydro-economic modelling in an uncertain world: Integrating costs and benefits of water quality management. Water Resources and Economics. Online 1 December 2013. DOI: 10.1016/j.wre.2013.11.001
Series Statement:
Working Paper
1309




 Record created 2017-04-01, last modified 2017-05-27

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