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Deployment, maintenance and further development of SPATSIM-Hydrological Decision Support Framework (HDSF)
Expanded Title:Integrated water resources (IWR) management is a key requirement of the National Water Act of South Africa (Act 36 of 1998) This has created a need for IWR modelling. One aspect of IWR modelling is the development of hydrological modelling frameworks to facilitate the integration of models, providing a common data model and common tools for data editing and analysis for use by a suite of models associated with the framework. The SPATSIM-HDSF framework is one such framework. This project has further developed and stabilised the restructured SPATSIM-HDSF modelling framework developed as part of WRC Project K5/1490. A more important outcome from this project has been the development of a comprehensive user manual for the SPATSIM-HDSF modelling framework and training of new and existing users. A National (DWA) RDM Database was generated to facilitate the management of Reserve studies and the results generated by DWA. Many of these results are generated by different teams of consultants (service providers) and the full details of the studies have not always archived (in many cases only the final results and a written report have been submitted to DWA). It has not always been a simple task to reproduce the results or to make changes based on new information, or to amend where management objectives for a specific river change. The SPATSIM-HDSF project has attempted to address this issue by providing a facility that can be used by DWA to manage the data used in and generated by Reserve studies. This report provides a facility for consultants to ‘check-out’ the most up-to-date version of the database with a unique identification code. Upon completion of the Reserve study, the consultant will then be required to ‘check-in’ their modified version of the database. The new facility allows DWA to run various integrity checks to ensure that the master database is not corrupted by errors or mistakes made by an individual consultancy team and that the master is only updated with legitimate information appropriate to the specific Reserve study. The value of this new facility and how it will be used in practice still needs to be assessed and this can only be done once DWA start to use the system. The incorporation of the ACRU agrohydrological model as one of the models available within the SPATSIM-HDSF modelling framework as part of WRC Project K5/1490, prompted a complete structuring of the structure of the model input files used to provide data to the ACRU model. As part of this project the structure of the ACRU model input files has been further developed and stabilised. In addition this project has resulted in significant further development and improvement of the tools associated with the ACRU model, especially the Configuration Editor, but also the ACRU Menu Converter and SPATSIM-HDSF ACRU Interface. In addition this project has resulted in the development of a comprehensive user manual for the ACRU 4 modelling system and training of new and existing users of the model through two workshops. In conclusion, the main objectives of the project, including further development and stabilisation of the SPATSIM-HDSF modelling framework, development of user manuals and training materials, training workshops, user support, improvement of models and development of RDM related tools have all been met. Significant improvements to the SPATSIM-HDSF modelling framework and the ACRU 4 modelling system have been made, and both are now in use and have reached a stable stage of development. It is anticipated that new challenges in hydrological modelling will arise and that there will be new requests and suggestions from users for additional functionality.
Date Published:01/08/2012
Document Type:Research Report
Document Subjects:Water Resource Management/IWRM - Planning and development, R & D - Information technology
Document Keywords:Hydrology
Document Format:Report
Document File Type:pdf
Research Report Type:Standard
WRC Report No:1870/1/12
ISBN No:978-1-4312-0295-9
ISBN Set No:978-1-4312-0298-0
Authors:Clark DJ; Hughes DA; Smithers JC; Thornton-Dibb SLC; Lutchminarain A; Forsyth DA
Project No:K5/1870
Organizations:School of Bioresources Engineering and Environmental Hydrology University of KwaZulu-Natal; Institute for Water Research, Rhodes University
Document Size:7 751 KB
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