M. BERGHOUT Ali

MCA

Directory of teachers

Department

Department of HYDRAULIC

Research Interests

Berghout Modelisation hydrolologique Modélisation hydro-sedementologique Modélisation hydraulique

Contact Info

University of M'Sila, Algeria

Email : ali.berghout@univ-msila.dz

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Recent Publications

2024-06-01

EFFECTS OF SEASONAL CHANGES IN VEGETATION COVER ON THE HYDROLOGICAL RESPONSES OF THE CHEMORA WADI CATCHMENT TO EXTREME RAINFALL

EFFECTS OF SEASONAL CHANGES IN VEGETATION COVER
ON THE HYDROLOGICAL RESPONSES OF THE CHEMORA
WADI CATCHMENT TO EXTREME RAINFALL
Citation

M. BERGHOUT Ali, (2024-06-01), "EFFECTS OF SEASONAL CHANGES IN VEGETATION COVER ON THE HYDROLOGICAL RESPONSES OF THE CHEMORA WADI CATCHMENT TO EXTREME RAINFALL", [national] BULLETIN OF THE SERBIAN GEOGRAPHICAL SOCIETY , SCOPUS

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ESTIMATION AND MAPPING OF SOIL EROSION USING THE RUSLE MODEL AND GIS TOOLS: A CASE STUDY OF THE WAD EL HAI WATERSHED IN THE WESTERN AURÈS, NORTHEASTERN ALGERIA

ESTIMATION AND MAPPING OF SOIL EROSION USING THE
RUSLE MODEL AND GIS TOOLS: A CASE STUDY OF THE WAD
EL HAI WATERSHED IN THE WESTERN AURÈS, NORTHEASTERN
ALGERIA
Citation

M. BERGHOUT Ali, (2024-06-01), "ESTIMATION AND MAPPING OF SOIL EROSION USING THE RUSLE MODEL AND GIS TOOLS: A CASE STUDY OF THE WAD EL HAI WATERSHED IN THE WESTERN AURÈS, NORTHEASTERN ALGERIA", [national] BULLETIN OF THE SERBIAN GEOGRAPHICAL SOCIETY , SCOPUS

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ASSESSMENT OF SOIL EROSION IN THE BOUSSELLAM WATERSHED, ALGERIA: INTEGRATED APPROACH USING THE EROSION POTENTIAL METHOD (EPM) AND GIS

ASSESSMENT OF SOIL EROSION IN THE BOUSSELLAM WATERSHED, ALGERIA: INTEGRATED APPROACH USING THE EROSION POTENTIAL METHOD (EPM) AND GIS
Citation

M. BERGHOUT Ali, (2024-06-01), "ASSESSMENT OF SOIL EROSION IN THE BOUSSELLAM WATERSHED, ALGERIA: INTEGRATED APPROACH USING THE EROSION POTENTIAL METHOD (EPM) AND GIS", [national] BULLETIN OF THE SERBIAN GEOGRAPHICAL SOCIETY , SCOPUS

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2023-12-26

Identiication of soil erosion‑susceptible areas using revised universal soil loss equation, analytical hierarchy process and the fuzzy logic approach in sub‑watersheds Boussellam and K’sob Algeria

Water erosion in general is considered a natural danger that worsens with passing of years, and this is in the absence of human awareness and taking the necessary preventive measures to manage areas exposed to erosion. Most studies on water erosion have been subject to one framework, which is the evaluation of water erosion. This research contributed to the identification of soil erosion-prone areas in the sub-watershed of Boussellam and K’sob, Algeria, through the use of the Analytical Hierarchy Process (AHP), Fuzzy Boolean Modeling and the Modified Global Soil Loss Equation (RUSLE). A group of factors that affect soil erosion were used (Curvature, Slope, Aspect, Elevation, Rainfall Erosivity, Land use land cover, Drainage Density, K factor/Soil, Lithology, NDWI, Factor Ls, NDVI, Factor P, C Factor). Water erosion conditioning factors were integrated and erosion risk maps were extracted using the Geographic Information System. The study results, after using the RUSLE, fuzzy and AHP models, indicate areas with very high erosion risks occupied 12.91%, 12.98% and 9.49%, respectively, of the study area, and with the help of Receiver Operating Characteristics curves the risk maps were validated. Water erosion under the curve (AUC) and the results revealed that the models showed good predictive capabilities in determining soil erosion susceptibility zones with AUC values of 0.783, 0.806, and 0.644 for the AHP, fuzzy logic and RUSLE models, respectively. This study contributed to identifying the area’s most vulnerable to water erosion to help decision-makers to intervene quickly and take the essential strategies to reduce this problem in the research area.
Citation

M. BERGHOUT Ali, (2023-12-26), "Identiication of soil erosion‑susceptible areas using revised universal soil loss equation, analytical hierarchy process and the fuzzy logic approach in sub‑watersheds Boussellam and K’sob Algeria", [national] Environmental Earth Sciences , Springer

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2023-12-09

MODELISATION ET CARTOGRAPHIE DES RISQUES D'EROSION HYDRIQUE PAR L'UTILISATION DE TELETEDECTION, SIG ET LE MODELE EPM DANS LE BV EL KSOB ALGERIE

MODELISATION ET CARTOGRAPHIE DES RISQUES D'EROSION HYDRIQUE PAR L'UTILISATION DE TELETEDECTION, SIG ET LE MODELE EPM DANS LE BV EL KSOB ALGERIE
Citation

M. BERGHOUT Ali, (2023-12-09), "MODELISATION ET CARTOGRAPHIE DES RISQUES D'EROSION HYDRIQUE PAR L'UTILISATION DE TELETEDECTION, SIG ET LE MODELE EPM DANS LE BV EL KSOB ALGERIE", [national] Environnement et gestion durable ( HYBRID SNEGD 23) , UNIVERSITE DE RELIZANE ALGERIE

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2023-10-30

Etude de la sensibilité des reponses hydrologiques du bassin versan oued Chemora (Algerie) aux changements saisoniers du couvert vegital durant les precipitations extremes et leurs effets sur les zones exposées aux inondations

Le dimensionnement des ouvrages hydrauliques dans les bassins non jaugés est basé sur des débits de crues calculés généralement par des formules empiriques
Pour cela, plusieurs formules empiriques ont été développées, on cite :
TURAZZA, MAC MATH, SOKOLOVSKY, GIANDOTTI, etc.
Ces formules fond appel à des méthodes de prédétermination basées sur les précipitations journalières maximales en tenant compte des différentes
caractéristiques du bassin versant y compris l'état de son couvert végétal
sans tenir compte de ses changements saisonniers.
Citation

M. BERGHOUT Ali, (2023-10-30), "Etude de la sensibilité des reponses hydrologiques du bassin versan oued Chemora (Algerie) aux changements saisoniers du couvert vegital durant les precipitations extremes et leurs effets sur les zones exposées aux inondations", [national] Gouvernance and local developement , Université Batna 2 Algerie

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2023-10-01

Evaluation de l'érosion des sols à l'aide de SIG dans le bassin d'oued Boussellem Algerie

Evaluation de l'érosion des sols à l'aide de SIG dans le bassin d'oued Boussellem Algerie
Citation

M. BERGHOUT Ali, (2023-10-01), "Evaluation de l'érosion des sols à l'aide de SIG dans le bassin d'oued Boussellem Algerie", [international] Internation seminar, Water, climat change, Agriculture and territorial development , Université Setif 1 Algerie

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2023-06-05

Potential soil loss estimation using RUSLE, GIS and Remote Sensing in Boussellam basin in Northeast Algeria

This study aimed to estimate the annual soil loss in the Boussellam watershed in the northeast of Algeria, using the Revised Universal Soil Loss Equation (RUSLE), geographic information system (GIS), and remote sensing. RUSLE model has been used for modeling the main factors involved in erosive phenomena. This basin is characterized by an altitude ranging from 189 m to 1757 m, with an average of 931 m and a slope ranging between 0 and 266 % with an average of 18 %. Results showed that the average erosivity factor R is 68 (MJ.mm/ha.h.an) with a maximum value of 140 (MJ.mm/ha.h.an). The soil erodibility factor K ranges from 0.04 to 0.21 with an average of 0.11 (t.h.ha)/(MJ.ha.mm). The LS topographic factor ranges from 0 to 216 with an average of 16. The mean P factor is estimated to be 0.77, and the average C factor is 0.076. The combination of the different maps of these parameters made it possible to deduce the erosion map from which, it appears that the phenomenon of erosion mainly affects the northern part of the basin with an average of 258 (t/ha/year) for July 2015.
Citation

M. BERGHOUT Ali, (2023-06-05), "Potential soil loss estimation using RUSLE, GIS and Remote Sensing in Boussellam basin in Northeast Algeria", [national] The 7th International Symposium on Flash Floods in Wadi Systems , Tlemcen, Algérie

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2023-05-03

Study of the evolution of soil erosion using RUSLE, GIS and remote sensing in Bousselam watershed, Algeria

The objective of this work is to study the evolution of soil erosion in the Boussellam watershed in the northeast of Algeria, using the Revised Universal Soil Loss Equation (RUSLE), geographic information system (GIS), and remote sensing. RUSLE model has been used for modeling the main factors involved in erosive phenomena. This basin covers an area of 4151 km² of elongated shape and low relief. It is characterized by an altitude ranging from 189 m to 1757 m, with an average of 931 m and a slope ranging between 0 and 266 % with an average of 18 %. Results showed that the average erosivity factor R is 68 (MJ.mm/ha.h.an) with a maximum value of 140 (MJ.mm/ha.h.an). The soil erodibility factor K ranges from 0.04 to 0.21 with an average of 0.11 (t.h.ha)/(MJ.ha.mm). The LS topographic factor ranges from 0 to 216 with an average of 16. The mean P factor is estimated to be 0.77, and the average C factor is 0.076. The combination of the different maps of these parameters made it possible to deduce the erosion map from which, it appears that the phenomenon of erosion mainly affects the northern part of the basin with an average of 258 (t/ha/year) for July 2015. These maps can be particularly useful in pinpointing potential areas of increased erosion risk underpinning targeted investigation and management action to support soil conservation for improved food and water security in this important watershed.
Citation

M. BERGHOUT Ali, (2023-05-03), "Study of the evolution of soil erosion using RUSLE, GIS and remote sensing in Bousselam watershed, Algeria", [international] The International Seminar Bioresources and Sustainable Development , Bouira, Algérie

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2022-11-01

Evaluation and mapping of erosion risk by RUSLE model in the Boussellam catchment in Northeast Algeria

Evaluation and mapping of erosion risk by RUSLE model in the Boussellam catchment in Northeast Algeria
Citation

M. BERGHOUT Ali, (2022-11-01), "Evaluation and mapping of erosion risk by RUSLE model in the Boussellam catchment in Northeast Algeria", [international] Euro-Mediterranean Conference for Environmental Integration (EMCEI 22) , Sousse Tinisia

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2019

Estimation of C-Factor for soil erosion modeling using NDVI in Boussellam watershed ALGERIA

In order to take measures to control soil erosion, it is necessary to estimate soil losses over the area of interest. Soil loss due to soil erosion can be estimated using predictive models such as the Universal Soil Loss Equation (USLE) and the Revised Universal Soil Loss Equation (RUSLE). The accuracy of these models depends on the parameters used in the equations. One of the most important parameters in the equations used in both models is the C-factor which represents the effects of vegetation and other land cover types. Land cover estimation by remote sensing image interpretation uses the Standard Difference Vegetation Index (NDVI), an indicator showing vegetation cover. The purpose of this study is to estimate the C-factor values for the Boussellam watershed using satellite images. The final C-factor map was generated using the regression equation in the Spatial Analyst tool of the Arcgis 10.3 software. It is found that most of the basin is characterized by C-factor values between 0.6 and 0.8 (45.29% of the total catchment area).
Keywords: Erosion, RUSLE, USLE, Factor C, Landsat, NDVI
Citation

M. BERGHOUT Ali, (2019), "Estimation of C-Factor for soil erosion modeling using NDVI in Boussellam watershed ALGERIA", [international] The First International Conference on Water and Climate , Annaba Algeria

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2018

Les barrages rigides

Le présent document consiste à donner un aperçu sur les différents barrages rigides. Il s’agit d’un support de cours de la matière " Les barrages rigides " destiné aux étudiants Master 2 Ouvrages Hydrauliques, Filière Hydraulique du domaine des Sciences et Technologies (ST).
Citation

M. BERGHOUT Ali, (2018), "Les barrages rigides", [national] Université Mohamed Boudiaf Msila

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Hydro-sedimentological modeling in wadi Labiod watershed during extreme floods by hec-hms model

The study includes the simulation of the hydrological behavior of the watershed during extreme precipitation in the first place using Hec-Hms, which takes into account the losses (infiltration losses, retention or evapotranspiration), the flow rate that takes into account surface runoff, storage, pressure drop and water behavior when it is in the bed of a watercourse. Secondly, its sedimentological behaviour with the aim of estimating solid inputs reaching the outlet of this watershed during the same precipitations.
Keywords:watershed, Labiodwadi, Extreme floods, Hec-Hms, Modelling, Rainfall-Runoff, Solid transport.
Citation

M. BERGHOUT Ali, MEDDI Mohamed, , (2018), "Hydro-sedimentological modeling in wadi Labiod watershed during extreme floods by hec-hms model", [international] The 8th Global FRIEND-Water Conference Hydrological Processes and Water Security in a Changing World November 6-9, 2018 Beijing, China , Beijing, China

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2016

SEDIMENT TRANSPORT MODELLING IN WADI CHEMORA DURING FLOOD FLOW EVENTS

The sediment transport is a complex phenomenon by its intermittent nature, randomness and by its spatio-temporal discontinuity. By reason of its scale, it constitutes a major constraint for develop-ment; it decreases storage capacity of dams and degrades state of ancillary structures. The study consists in modelling the transport of sediments by HEC-RAS software in wadi Chem-ora (Batna, Algeria). In order to do this, we have used hydrometric data (liquid flows, and solid flows) recorded at level of the four hydrometric stations existing in watershed of wadi Chemora, the MNT of the wadi and lithologic characteristics of the wadi. In the analyses of results we used the parameters from two different floods (the first one involved the whole watershed and the second – a part of the basin) along of system of wadi Chemora (wadi Chemora and its tributaries): sediment transport capacity, volume of sediments delivered to and leav-ing the system and areas sensitive to erosion and sedimentation. Key words: deposition, erosion, HEC-RAS, modelling, sediment transport, wadi Chemora, watershed
Citation

M. BERGHOUT Ali, Meddi Mohamed, , (2016), "SEDIMENT TRANSPORT MODELLING IN WADI CHEMORA DURING FLOOD FLOW EVENTS", [national] Journal of Water and Land Development. , Poland Polish academy of sciences

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