Title: Evaluation of suitability of the conceptual Nash model for the simulation a flow hydrograph in a urbanized catchment considering rainfall depth scenarios

Authors: BARSZCZ, M.

Keywords: urbanized catchment, rainfall-runoff process, maximum flows of hydrographs, the Nash model

Abstract: The aim of this study was an evaluation of suitability of the conceptual Nash model for the simulation a flow hydrograph in a urbanized catchment – in the example of the Potok Służewiecki catchment in Warsaw. The evaluation of suitability of the model has been carried out on the basis of the analysis of the compatibility between measured and simulated maximum flows of hydrographs. This paper presents a procedure of the computer model developed by the author, which was used for simulation flows. The range of the work included the analysis of parameters of the Nash model (N, K), which were determined based on rainfall-runoff data for 13 selected events. The parameters in the Nash model were calculated using the method of statistical moments for two scenarios: assuming rainfall depths determined on the basis of one or two rainfall stations.

APA style references: Barszcz, M. (2014). Evaluation of suitability of the conceptual Nash model for the simulation a flow hydrograph in a urbanized catchment considering rainfall depth scenarios. Scientific Review Engineering and Environmental Sciences, 23 (2), 113-123.

APA style citation in text: The first time citation in text: (Barszcz, 2014), next citation: (Barszcz, 2014)

Chicago style references: Barszcz, Mariusz. "Evaluation of suitability of the conceptual Nash model for the simulation a flow hydrograph in a urbanized catchment considering rainfall depth scenarios." Scientific Review Engineering and Environmental Sciences, 64 ser., vol. 23, no 2, (2014): 113-123.

Chicago style citation in text: (Barszcz 2014)

Bibtxt style references: @article{Barszcz_2014_PNIKS, author={Barszcz, Mariusz}, title={Evaluation of suitability of the conceptual Nash model for the simulation a flow hydrograph in a urbanized catchment considering rainfall depth scenarios.}, journal={Scientific Review Engineering and Environmental Sciences}, URL={http://iks_pn.sggw.pl/PN64/A1/art1.pdf}, year={2014}, volume={23 (2)}, number={64}, pages={113-123}}

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