Quantification of solid particle transport in suspension in a stream: Case of Wadi Zeddine Ain-Defla, Algeria

Arid and semi-arid areas are characterised by differentiation in meteorological conditions. Sometimes the rains are rare and not very intense and at other times they are dense and very intense, resulting in torrents that often lead to strong soil erosion. Most of the time, the losses occur at the so...

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Main Authors: Zohir Bouleknafet, Omar Elahcene
Format: Article
Language:English
Published: Polish Academy of Sciences 2023-03-01
Series:Journal of Water and Land Development
Subjects:
Online Access:https://journals.pan.pl/Content/126449/PDF/2023-01-JWLD-14.pdf
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author Zohir Bouleknafet
Omar Elahcene
author_facet Zohir Bouleknafet
Omar Elahcene
author_sort Zohir Bouleknafet
collection DOAJ
description Arid and semi-arid areas are characterised by differentiation in meteorological conditions. Sometimes the rains are rare and not very intense and at other times they are dense and very intense, resulting in torrents that often lead to strong soil erosion. Most of the time, the losses occur at the solids level because the erosion effect is too high. In this study, we want to evaluate the transfer of solid sediments as a function of liquid transport in the basin of Wadi Zeddine at Ain Defla in Algeria. To understand this phenomenon, we used the data of liquid flows ( Ql, m 3∙s –1) and concentration of suspended sediments ( C, g∙dm –3), transported in the river, the data collected by the NWRA (National Water Resources Agency), over 24 years have been used to find a relationship between these two quantities, to estimate the quantity of solid transport Qs (kg∙s –1) in the watercourse of the catchment area studied. The results obtained show a good correlation between solid and liquid flows, with a correlation coefficient estimated at 90%, and the average annual sediment supply recorded at the outlet of the Wadi Zeddine watershed is estimated at around 88,048 Mg, which corresponds to 202 Mg∙km –2∙y –1/ erosion rate. This value is comparable to those found in other regions with similar hydrological regimes.
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spelling doaj.art-792a4695ea484d12ac5043724f24f1c22023-06-14T15:13:41ZengPolish Academy of SciencesJournal of Water and Land Development2083-45352023-03-01No 56102108https://doi.org/10.24425/jwld.2023.143750Quantification of solid particle transport in suspension in a stream: Case of Wadi Zeddine Ain-Defla, AlgeriaZohir Bouleknafet0https://orcid.org/0000-0003-1184-9563Omar Elahcene1Ziane Achour University Djelfa, Sciences of Natural and Life Faculty, BP 3117, City Ain Chih, Djelfa, 17000, AlgeriaZiane Achour University Djelfa, Sciences of Natural and Life Faculty, BP 3117, City Ain Chih, Djelfa, 17000, AlgeriaArid and semi-arid areas are characterised by differentiation in meteorological conditions. Sometimes the rains are rare and not very intense and at other times they are dense and very intense, resulting in torrents that often lead to strong soil erosion. Most of the time, the losses occur at the solids level because the erosion effect is too high. In this study, we want to evaluate the transfer of solid sediments as a function of liquid transport in the basin of Wadi Zeddine at Ain Defla in Algeria. To understand this phenomenon, we used the data of liquid flows ( Ql, m 3∙s –1) and concentration of suspended sediments ( C, g∙dm –3), transported in the river, the data collected by the NWRA (National Water Resources Agency), over 24 years have been used to find a relationship between these two quantities, to estimate the quantity of solid transport Qs (kg∙s –1) in the watercourse of the catchment area studied. The results obtained show a good correlation between solid and liquid flows, with a correlation coefficient estimated at 90%, and the average annual sediment supply recorded at the outlet of the Wadi Zeddine watershed is estimated at around 88,048 Mg, which corresponds to 202 Mg∙km –2∙y –1/ erosion rate. This value is comparable to those found in other regions with similar hydrological regimes.https://journals.pan.pl/Content/126449/PDF/2023-01-JWLD-14.pdfalgeriaconcentration of sedimenterosionliquid flowsolid flowsuspensionwadi zeddine
spellingShingle Zohir Bouleknafet
Omar Elahcene
Quantification of solid particle transport in suspension in a stream: Case of Wadi Zeddine Ain-Defla, Algeria
Journal of Water and Land Development
algeria
concentration of sediment
erosion
liquid flow
solid flow
suspension
wadi zeddine
title Quantification of solid particle transport in suspension in a stream: Case of Wadi Zeddine Ain-Defla, Algeria
title_full Quantification of solid particle transport in suspension in a stream: Case of Wadi Zeddine Ain-Defla, Algeria
title_fullStr Quantification of solid particle transport in suspension in a stream: Case of Wadi Zeddine Ain-Defla, Algeria
title_full_unstemmed Quantification of solid particle transport in suspension in a stream: Case of Wadi Zeddine Ain-Defla, Algeria
title_short Quantification of solid particle transport in suspension in a stream: Case of Wadi Zeddine Ain-Defla, Algeria
title_sort quantification of solid particle transport in suspension in a stream case of wadi zeddine ain defla algeria
topic algeria
concentration of sediment
erosion
liquid flow
solid flow
suspension
wadi zeddine
url https://journals.pan.pl/Content/126449/PDF/2023-01-JWLD-14.pdf
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