The main objective of the WSM300 project is the development of a methodology which guides and supports an improved water resources management on the level of small watersheds (up to 300 km²). The developed methodology is to be implemented into a software based tool within the framework of a generic Decision Support System (DSS). (Leichtfuss 2003, Schröter 2004). Core of the DSS is a "decision matrix", which has been implemented as a web based application (www.wsm300.de). The management objectives are represented by the indicators labeling the rows. They will be the result of a discussion of the objectives and problems in the specific sub-basin, which is supported by the catalogue of indicators. The matrix, once the labels are defined, serves as a plot for the planning process, defining clearly which objectives have to be considered and which indicator-values have to be calculated. The DSS further includes a concept and tools for the combination of existing software components and supports the processing of model-outputs to indicator-values. Filled with the indicator-values, the matrix allows a comparison of the scenarios and provides a good basis for a decision. If desired, multi-criteria decision aid methods can further help find the optimal scenario and mediate between stakeholders. As a co-product of the web-based DSS, the "River-Information-System" was established informing the public about the newest developments in their catchment.
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Research Article|
March 01 2006
Development of a decision support system for integrated water resources management in intensively used small watersheds
H. Sieker;
H. Sieker
*
1Ingenieurgesellschaft Prof. Dr. Sieker mbH, Rennbahnalle 109A, 15366 Hoppegarten bei Berlin, Germany
*Corresponding author, E-mail: [email protected]
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S. Bandermann;
S. Bandermann
1Ingenieurgesellschaft Prof. Dr. Sieker mbH, Rennbahnalle 109A, 15366 Hoppegarten bei Berlin, Germany
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K. Schröter;
K. Schröter
2Darmstadt University of Technology, Institute for Hydraulics and Water Resources Engineering, Section for Hydrology and Water Management, Petersenstrasse 13; 64287 Darmstadt; Germany
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M. Ostrowski;
M. Ostrowski
2Darmstadt University of Technology, Institute for Hydraulics and Water Resources Engineering, Section for Hydrology and Water Management, Petersenstrasse 13; 64287 Darmstadt; Germany
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A. Leichtfuss;
A. Leichtfuss
3SYDRO CONSULT, Mathildenplatz 8; 64283 Darmstadt; Germany
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W. Schmidt;
W. Schmidt
4Saxonian State Institute of Agriculture, P.O. Box 221161, 04131 Leipzig, Germany
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E. Thiel;
E. Thiel
4Saxonian State Institute of Agriculture, P.O. Box 221161, 04131 Leipzig, Germany
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C. Peters;
C. Peters
5 Berlin University of Technology (TU), Inst. for. technischen Umweltschutz, Straße des 17. Jun 135, 10623 Berlin, Germany
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R. Mühleck
R. Mühleck
5 Berlin University of Technology (TU), Inst. for. technischen Umweltschutz, Straße des 17. Jun 135, 10623 Berlin, Germany
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Water Practice and Technology (2006) 1 (1): wpt2006004.
Citation
H. Sieker, S. Bandermann, K. Schröter, M. Ostrowski, A. Leichtfuss, W. Schmidt, E. Thiel, C. Peters, R. Mühleck; Development of a decision support system for integrated water resources management in intensively used small watersheds. Water Practice and Technology 1 March 2006; 1 (1): wpt2006004. doi: https://doi.org/10.2166/wpt.2006.004
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