Verifying the NPS-WASHMO urban runoff component of the ACRU model

The collection and analysis of rainfall, stream flow and water quality data are described for an urban catchment used in model development. The data illustrates the existing hydrological conditions in the Palmier River Catchment, and forms the basis of simulations for model verification. Grab water...

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Main Authors: Peter Schmitz, Gawie de Villiers
Format: Article
Language:English
Published: University of the Free State 2024-12-01
Series:Acta Academica
Online Access:https://journals.ufs.ac.za/index.php/aa/article/view/8883
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author Peter Schmitz
Gawie de Villiers
author_facet Peter Schmitz
Gawie de Villiers
author_sort Peter Schmitz
collection DOAJ
description The collection and analysis of rainfall, stream flow and water quality data are described for an urban catchment used in model development. The data illustrates the existing hydrological conditions in the Palmier River Catchment, and forms the basis of simulations for model verification. Grab water quality samples were collected once a week at ten points for two years and flow-related grab samples collected flood water quality samples at a weir. The results show an increase in water quality constituents in the flow from the Pinetown CBD and a decrease from the residential areas. The data is then used to verify the models, which are found to perform satisfactorily.
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id doaj-art-f92dfd0d4dda4e0fa04cf9c3aad62f81
institution Kabale University
issn 0587-2405
2415-0479
language English
publishDate 2024-12-01
publisher University of the Free State
record_format Article
series Acta Academica
spelling doaj-art-f92dfd0d4dda4e0fa04cf9c3aad62f812024-12-07T11:37:59ZengUniversity of the Free StateActa Academica0587-24052415-04792024-12-01322Verifying the NPS-WASHMO urban runoff component of the ACRU modelPeter SchmitzGawie de Villiers The collection and analysis of rainfall, stream flow and water quality data are described for an urban catchment used in model development. The data illustrates the existing hydrological conditions in the Palmier River Catchment, and forms the basis of simulations for model verification. Grab water quality samples were collected once a week at ten points for two years and flow-related grab samples collected flood water quality samples at a weir. The results show an increase in water quality constituents in the flow from the Pinetown CBD and a decrease from the residential areas. The data is then used to verify the models, which are found to perform satisfactorily. https://journals.ufs.ac.za/index.php/aa/article/view/8883
spellingShingle Peter Schmitz
Gawie de Villiers
Verifying the NPS-WASHMO urban runoff component of the ACRU model
Acta Academica
title Verifying the NPS-WASHMO urban runoff component of the ACRU model
title_full Verifying the NPS-WASHMO urban runoff component of the ACRU model
title_fullStr Verifying the NPS-WASHMO urban runoff component of the ACRU model
title_full_unstemmed Verifying the NPS-WASHMO urban runoff component of the ACRU model
title_short Verifying the NPS-WASHMO urban runoff component of the ACRU model
title_sort verifying the nps washmo urban runoff component of the acru model
url https://journals.ufs.ac.za/index.php/aa/article/view/8883
work_keys_str_mv AT peterschmitz verifyingthenpswashmourbanrunoffcomponentoftheacrumodel
AT gawiedevilliers verifyingthenpswashmourbanrunoffcomponentoftheacrumodel