Decision support simulation model for water management at a regional and national scale (SIWARE)

D. Boels

    Research output: Chapter in Book/Report/Conference proceedingChapterAcademic

    Abstract

    The model includes modules for physical dimensions of the irrigation canal system, water allocation, simulation of distribution and salinity of irrigation including reuse of drainage water, on-farm water management including :evapotranspiration of crops and the dynamics of soil salinity, and regional drainage water discharge. The output relates to water and salt balances of irrigation system, sub-region, crop, drainage catchment, and the whole study area. The package facilitates the evaluation of decisions related to water use efficiency, supplied quantities, allocation policies, land reclamation, additional water resources, cropping pattern, groundwater reservoirs, global climate, water management and socio-economical developments.
    LanguageUndefined/Unknown
    Title of host publicationDutch experience in irrigation water management modelling
    EditorsB.J. van den Broek
    Pages69-86
    Publication statusPublished - 1996

    Cite this

    Boels, D. (1996). Decision support simulation model for water management at a regional and national scale (SIWARE). In B. J. van den Broek (Ed.), Dutch experience in irrigation water management modelling (pp. 69-86)
    Boels, D. / Decision support simulation model for water management at a regional and national scale (SIWARE). Dutch experience in irrigation water management modelling. editor / B.J. van den Broek. 1996. pp. 69-86
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    abstract = "The model includes modules for physical dimensions of the irrigation canal system, water allocation, simulation of distribution and salinity of irrigation including reuse of drainage water, on-farm water management including :evapotranspiration of crops and the dynamics of soil salinity, and regional drainage water discharge. The output relates to water and salt balances of irrigation system, sub-region, crop, drainage catchment, and the whole study area. The package facilitates the evaluation of decisions related to water use efficiency, supplied quantities, allocation policies, land reclamation, additional water resources, cropping pattern, groundwater reservoirs, global climate, water management and socio-economical developments.",
    author = "D. Boels",
    note = "Wageningen, SC-DLO, 1996. Report 123",
    year = "1996",
    language = "Undefined/Unknown",
    pages = "69--86",
    editor = "{van den Broek}, B.J.",
    booktitle = "Dutch experience in irrigation water management modelling",

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    Boels, D 1996, Decision support simulation model for water management at a regional and national scale (SIWARE). in BJ van den Broek (ed.), Dutch experience in irrigation water management modelling. pp. 69-86.

    Decision support simulation model for water management at a regional and national scale (SIWARE). / Boels, D.

    Dutch experience in irrigation water management modelling. ed. / B.J. van den Broek. 1996. p. 69-86.

    Research output: Chapter in Book/Report/Conference proceedingChapterAcademic

    TY - CHAP

    T1 - Decision support simulation model for water management at a regional and national scale (SIWARE)

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    N1 - Wageningen, SC-DLO, 1996. Report 123

    PY - 1996

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    N2 - The model includes modules for physical dimensions of the irrigation canal system, water allocation, simulation of distribution and salinity of irrigation including reuse of drainage water, on-farm water management including :evapotranspiration of crops and the dynamics of soil salinity, and regional drainage water discharge. The output relates to water and salt balances of irrigation system, sub-region, crop, drainage catchment, and the whole study area. The package facilitates the evaluation of decisions related to water use efficiency, supplied quantities, allocation policies, land reclamation, additional water resources, cropping pattern, groundwater reservoirs, global climate, water management and socio-economical developments.

    AB - The model includes modules for physical dimensions of the irrigation canal system, water allocation, simulation of distribution and salinity of irrigation including reuse of drainage water, on-farm water management including :evapotranspiration of crops and the dynamics of soil salinity, and regional drainage water discharge. The output relates to water and salt balances of irrigation system, sub-region, crop, drainage catchment, and the whole study area. The package facilitates the evaluation of decisions related to water use efficiency, supplied quantities, allocation policies, land reclamation, additional water resources, cropping pattern, groundwater reservoirs, global climate, water management and socio-economical developments.

    M3 - Chapter

    SP - 69

    EP - 86

    BT - Dutch experience in irrigation water management modelling

    A2 - van den Broek, B.J.

    ER -

    Boels D. Decision support simulation model for water management at a regional and national scale (SIWARE). In van den Broek BJ, editor, Dutch experience in irrigation water management modelling. 1996. p. 69-86