Dr. Basim Sh. Abed

@uobaghdad.edu.iq

Dept. of Water Resources Engineeing
College of Engineering, University of Baghdad

Dr. Basim Sh. Abed


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https://researchid.co/bassim.shabaa

EDUCATION

Ph. D. In Water resources Engineering

RESEARCH INTERESTS

Water Resources Engineering
Environmental Engineering
42

Scopus Publications

550

Scholar Citations

13

Scholar h-index

19

Scholar i10-index

Scopus Publications

  • Assessing the Accuracy of NASA POWER Data in Estimating Weather Variables (Precipitation and Temperature) for Khassa Chai River Watershed
    Alaa Jasim Mohammed, Basim Sh. Abed, Maysam Th. Al-Hadidi
    Journal of Engineering Iraq, 2026
    This study intends to evaluate the accuracy and reliability of satellite data from the NASA POWER project in capturing important climatic variables, which are precipitation and air temperature, compared with data collected from the National Climate Data Center (NCDC) ground-based weather stations located in the Khassa Chai River basin. The basin has a topographic gradient beginning on the northeastern highlands and sloping towards the southwest. The Khassa Chai River Basin experiences a semi-arid climate, with hot, dry summers and relatively cold and wet winters. Daily precipitation and temperature records (2010–2024) were collected from four weather stations, in addition to records from the NASA POWER recording at the nearest grid points. To evaluate the reliability of the datasets from NASA POWER, this study used several relevant statistical indicators (i.e., the coefficient of determination (R²), correlation coefficient (CC), Nash-Sutcliffe efficiency (NSE), mean bias error (MBE), and root mean square error (RMSE)) at daily, monthly, and yearly time scales. The analysis of precipitation indicated an excellent fit between the NASA POWER satellite data and in-situ data. For monthly comparison, the R² was 0.89, and the CC was 0.94, while for annual comparison, the R² was 0.81, and the CC was 0.88. Overall, the fit improved with longer time scales, which indicates the ability of the satellite data to accurately capture precipitation trends over time. The range of NSE values from 0.72 to 0.87 also reinforces the ability of the data to reproduce precipitation changes over time.
  • Weather Elements Generation and Future Runoff Simulation in Horan Valley, Western Desert, Iraq
    Wisam Abdulabbas Abidalla, Basim Sh. Abed
    Iraqi Geological Journal, 2026
    Two models were applied in this study for the aim to generate future weather elements and simulate future runoff in Horan Valley, one of the largest valleys in the Iraqi western desert. Weather data from the last ten years was used by the climate model to generate future weather elements for the next ten years (2026-2035), such as rain and temperature. The generated results indicate that maximum rainfall is expected in April 2026 (91.6 mm, November 2030 (60.3 mm, January 2031 (76.4 mm), and December 2035 (68.3 mm). Results of this model are used as weather input data in the hydrological model to simulate and predict future runoff for Horan Valley. In the model simulation, the watershed delineation yielded 106 hydrological response units and 24 sub-basins. The future runoff quantities estimated by this model represent the expected amount of water that will be directly added to the Euphrates River. Results from the model simulation show that the maximum runoff during the next ten years occurs in April 2026 (18.4 mm), November 2030 (13.3mm), and January 2033 (17.4 mm), where the runoff periods are concentrated during the rainy season from November to April. The estimation of future runoff quantity in Horan Valley is very important to provide accurate future forecasts of water resources in the study region.
  • Assessment of the Effect of Climatic Change on the Water Balance and Groundwater Recharge in Al-Teeb District, Southern Iraq
    Abrar M. Abd Al-Aali, Basim Sh. Abed, Alyaa Shakir Oleiwi
    Journal of Engineering Iraq, 2026
    Groundwater resources in arid and semi-arid regions are highly sensitive to climate variability, and assessing future water balance conditions is essential for sustainable management. This study evaluates the effect of climate change on the water balance of the Al-Teeb district in southern Iraq under both historical (1993–2023) and future (2031–2050) climate conditions. The analysis was performed with the Thornthwaite-Lerner method, combined with statistically downscaled climate projections produced through Long Ashton Research Station Weather Generator (LARS-WG, v8) that was driven by HadGEM3-GC31-LL GCM for the SSP2-4. 5 scenarios. During the reference period, mean annual precipitation amounted to 178.9 mm/yr, and corrected potential evapotranspiration (PETc) was 2535 mm/yr, resulting in a large annual water deficit (2414 mm/yr) and indicating arid conditions in this region. Future simulations indicate a rise in precipitation (258.4 mm/yr), but a sharper increase in PETc to 4011 mm/yr, resulting in a larger deficit (3853 mm/yr) while the region remains arid. Groundwater recharge, estimated using the coefficient approach, was 8.9 mm/yr in the baseline and 12.9 mm/yr in the future scenario. Although rainfall is projected to increase, the strong evaporative demand severely restricts recharge opportunities. These findings highlight the urgent need for adaptive groundwater management strategies to mitigate intensifying aridity and secure long-term water availability in the Al-Teeb district.
  • Multi-Agent System Simulations for Human-Wildlife Conflict Resolution and Ecosystem Restoration Planning
    Muntadher MuhssanAlmusawi, Turki Meften Saad, Ayser Imad Abdul-Aziz, Basim Sh. Abed, Safa Jasim Tuama, et al.
    Journal of Animal Environment, 2025
    As habitat fragmentation and land-use changes increase alongside increased human activities, human wildlife conflict has risen and is currently posing dire consequences for biodiversity conservation and ecosystem stability. This paper presents an analysis, prediction, and mitigation of human-wildlife conflicts using a multi-agent system (MAS) simulation framework to facilitate ecosystem restoration planning. It is founded on the assumption that human beings, wildlife, and environmental units are represented as adaptive autonomous agents with adaptive behaviors as well as decision-making capabilities. The primary objective is to measure the impacts of agent interactions, movement, and resource competition patterns on the prevalence of conflict and habitat recovery. The spatial land-use, ecological properties of species, and patterns of human activity within an agent-based simulation environment form the methodology for experimenting with scenarios combining diverse management strategies. The simulation outcomes suggest that, with coordinated interventions (such as habitat corridors, buffer zones, and controlled land-use practices), the frequency of conflicts can be significantly reduced and the connectivity and success of ecosystems and restoration efforts can be enhanced. The findings highlight the application of MAS simulations in the decision-making process of conservation planning, and they help to avoid conflicts and sustainably manage ecosystems. Overall, the article highlights that agent-based modeling can align ecological dynamics with human preferences in problematic socio-ecological settings.
  • Effect of Repeated Earthquakes on Al-Adhaim Earth Dam Factor of Safety and Seismic Improvement Using Stone Columns
    Abdulsalam Mahdi Mirza, Zuhair Kadhim Jahanger, Basim Sh. Abed
    Journal of Engineering Iraq, 2025
    Earth dams in regions with moderate to high seismic activity are crucial for protecting downstream communities. Iraq and its neighboring areas have seen recurrent seismic activity, notably the 2017 Halabja Earthquake, which potentially compromised the integrity of the existing earth dam. The Darbandikhan Dam, affected by an earthquake, has inadequacies in its crest and downstream slope, presenting a greater danger of significant earthquake-induced damage compared to cyclic shocks. Consequently, evaluating the dam's safety is essential for safeguarding downstream residents and identifying optimal ways to avert slope stability failure amid recurrent seismic activity. Iraq's seismicity map is being updated to reflect earthquake magnitude, highlighting the need for immediate action. Stone columns are a ground improvement technique that utilizes compacted stone columns to enhance soil strength by increasing shear strength and reducing excess pore water pressure in non-cohesive soils. The behavior of prop stone columns on slopes under static and dynamic loads has not been extensively investigated. This study the influence of stone columns on the stability of the downstream slope of the Al-Adhaim Earth Dam in Diyala Governorate, Iraq, under static and dynamic loads induced by four earthquakes with a peak ground acceleration of 0.2 g for durations of 15 and 30 seconds, using Geo Studio software for various scenarios. The findings indicated that the stone column resulted in a very slight improvement in the safety factor of the downstream slope under static load conditions. The presence of the stone column significantlymproved the safety factor during all seismic occurrences relative to its absence.
  • Comparison between Satellite Rainfall Data and Rain Gauge Stations in Al Ghadaf Valley, Iraq
    Basim Sh. Abed, Haneen A. Mohammed
    Iop Conference Series Earth and Environmental Science, 2025
    One of the most pressing issues that needs investigation and management is flooding. For this reason, a study was undertaken to determine the amount of surface runoff from the Al Ghadaf Valley situated In the Anbar Governorate arid region to the west, the Al-Ghadaf Valley is fed by three sub-basins. The highest possible surface runoff from this valley into Al-Razazza Lake was calculated. This study’s aims to conduct a hydrological analysis of the three basins using HEC-HMS, a highly dependable and effective tool for tracing the relationship between precipitation. Applying ArcGIS 10.8In order to investigate the basins’ hydrology in the Al-Ghadaf valley. simulations run using real rainfall data. The most excellent discharge into the Al-Ghadaf Valley was 4204.8 m 3 /sec on 20 October 2020, according to NASA rain data, which did not provide accurate findings when compared to actual rainfall data for the same time. After comparing NASA rainfall data with real rainfall data, it was determined that the former cannot be relied on.
  • Hydrological assessment of the Al Abyadh valley through HEC-HMS modeling: integration of land use land cover (LULC) and climate changes
    Basim Sh. Abed, Haneen A. Mohammed
    Iop Conference Series Earth and Environmental Science, 2025
    Al-Abyadh Valley faces challenges posed by increasing water demand and the effects of climate change, requiring innovative solutions for sustainable water management. This study was conducted to improve the long-term use of water resources in the Western Desert of Iraq. To achieve this, the study attempts to estimate the detection of land use change and pollution and their impact on water resources by analyzing the performance of the Hydrological Model (HEC-HMS) from 2008 to 2022. The HEC-HMS model identifies hydrological processes and evaluates the Temporal and spatial distribution of water resources in the watershed. The study results revealed that the maximum precipitation volume and runoff volume were achieved for each basin, respectively 14,11,20,10 (1231.4 mm, 24713.38 mm, 24713.38 mm, 1301.09 mm) and (1191.30 mm, 2466.863 mm, 2466.863 mm, 1261.01 mm) in Data (10 Nov 2020, 26 Mar 2010,26 Mar 2010, 23 Dec 2022). The impressive results of the HEC_HMS model demonstrate that it can be a promising decision support tool for predicting water balance and productivity in other watersheds in the Western Desert of Iraq, achieving sustainable water resource management where water quality and quantity are critical issues.
  • Numerical Simulation of Groundwater Drawdown Under Variable Pumping Conditions in Al-Teeb Area Using GMS
    Abrar M. Abd Alaali, Basim Sh. Abed
    Iop Conference Series Earth and Environmental Science, 2025
    This study presents a numerical simulation of groundwater drawdown in the Al-Teeb area, located in Maysan Governorate, Iraq, utilizing the Groundwater Modeling System (GMS) software supported by GIS-based spatial analysis. A calibrated three-dimensional groundwater flow model was developed by integrating field data, including well distribution, hydraulic properties, and long-term climate records. Four pumping scenarios were simulated: continuous extraction at current rates over 5, 10, and 25 years, and an intensified scenario involving quadrupled pumping over 25 years. Results indicated that after 5 years, drawdown remained moderate and localized. However, after 25 years, the drawdown reached up to 8.5 meters across the central and southern zones. In the intensified scenario, drawdown exceeded 12 meters and affected nearly the entire aquifer, indicating a critical risk of long-term depletion. These findings underscore the need for sustainable groundwater management strategies, including controlled extraction, alternating well operations, and artificial recharge, to ensure the long-term viability of the Al-Teeb aquifer.
  • STUDYING THE IMPACT OF DEAD STORAGE USE ON THE EUPHRATES RIVER WATER QUALITY (RAMADI BARRAGE TO FALLUJA BARRAGE AS A CASE STUDY)
    Wisam Abdulabbas Abidalla, Basim Sh. Abed
    Kufa Journal of Engineering, 2025
    The Stream Quality Model (QUAL2KW) used for simulation the Quality of Euphrates River Water. The study area extends along (78 km) of the river path from downstream of Ramadi Barrage to upstream of Falluja Barrage. Tharthar-Euphrates Canal carries the dead storage water from Tharthar reservoir to the Euphrates River at the meet point (52 km) from downstream of Ramadi Barrage. Statistical tests conducted between values of water quality parameter concentrations obtained from sites with the values simulated by this model. The results of statistical tests showed great convergence and gave reliability and credibility in adopting the use of this model for river quality simulation. To evaluate the effect of using the reservoir dead storage water on the river water quality, model operated with scenarios represented different releases of dead storage water by (30%, 60%, and 100%) lead to increases in these quality parameters concentration by (3%-9%), (5%-14%) and (8%-19%) respectively, which does not significantly affect the Euphrates River’s water quality. The results of applying the various scenarios showed that 30% is optimal for maintaining the quality of river’s water for drinking purposes after performing the required treatments, and 100% for maintaining the quality of river’s water for irrigation purposes without affecting the various plants
  • Modeling and Predicting Water Quality in the Euphrates River from Haditha Dam to Ramadi Barrage Using QUAL2KW
    Wisam Abdulabbas Abidalla, Basim Sh. Abed
    International Journal of Design and Nature and Ecodynamics, 2025
  • The Feasibility of Constructing Rainwater Harvesting Dams and Their Storage Capacity in Al-Abyadh Valley West of Iraq
    Haneen A. Mohammed, Basim Sh. Abed
    Journal of Engineering Iraq, 2025
  • Predicting Future Surface Runoff Delivered to the Euphrates River Using LARSWG and SWAT Models: (Sahiliya Valley in the Iraqi Western Desert as a Case Study)
    Wisam Abdulabbas Abidalla, Basim Sh. Abed
    Journal of Engineering Iraq, 2025
  • Evaluation of the Dagharah-Huriyh Irrigation Project
    Hadeel Majed Kadhum, Basim Sh. Abed
    Mathematical Modelling of Engineering Problems, 2024
  • Feasibility and Storage Capacity of Water Harvesting Dams in Al-Ghadaf Valley / Western Iraq
    Haneen A. Mohammed, Basim Sh. Abed
    International Journal of Design and Nature and Ecodynamics, 2024
  • Application of HEC-RAS Software for Steady and Unsteady Hydraulic Simulation of Al#Musayyab Canals
    Hasan Khalid Razzaq, Basim Sh. Abed, Alsaadi Anmar
    Mathematical Modelling of Engineering Problems, 2024
  • Modeling Surface Runoff in Al-Mohammadi Valley: Influence of Climate and Soil Parameters
    Mohammed Rashid Al-Juhaishi, Alyaa SH. Oleiwi, Basim SH. Abed
    International Journal of Design and Nature and Ecodynamics, 2024
  • Simulation of Bed Change in Al-Musayyab Canal using HEC-RAS Software
    Hasan Khalid Razzaq, Basim Sh. Abed, Anmar Joudah Jasim Al-Saadi
    Journal of Engineering Iraq, 2024
  • Impact of the sewage disposal from Kut City on the surface water of Al-Shuwaija Marsh, Iraq
    Caspian Journal of Environmental Sciences, 2024
  • Studying and Assessing Surface Water Use of Shuwaija Marsh within Wasit Governorate-Iraq
    Saif Ali Al-zubaidi, Basim Sh. Abed
    Journal of Engineering Iraq, 2024
  • Assessment of climate change impact on water productivity and yield of wheat cultivated using developed seasonal schedule irrigation in Euphrates basin
    Ban F. Hasan, Basim Sh. Abed
    Aip Conference Proceedings, 2024
  • Rainfall Prediction and Runoff Modelling under Climate Change Scenarios for Tigris River from Mosul to Baghdad Cities
    Alyaa Shakir Oleiwi, Basim Sh. Abed, Ban Flaieh Hasan
    International Journal of Design and Nature and Ecodynamics, 2023
  • Assessment of Climate Change Impact on Water Productivity and Yield of Wheat Cultivated Using Developed Seasonal Schedule Irrigation in the Nineveh Province
    Ban Flaieh Hasan, Basim Sh. Abed
    Journal of Engineering Iraq, 2023
  • Water Quality Assessment of Al-Najaf City Potable Water Network
    Hassan J. Al-Mousawey, Basim Abed
    Journal of Engineering Iraq, 2023
  • Comparison of Groundwater Quality and Quantity between Al-Rahbah and Al-Haydariyah Regions
    Hanadi Zwain, Basim Sh. Abed
    Journal of Engineering Iraq, 2023
  • Groundwater flow modeling and hydraulic assessment of Al-Ruhbah region, Iraq
    Hanadi H. Zwain, Basim Sh. Abed
    Journal of the Mechanical Behavior of Materials, 2023

RECENT SCHOLAR PUBLICATIONS

  • Assessing the Accuracy of NASA POWER Data in Estimating Weather Variables (Precipitation and Temperature) for Khassa Chai River Watershed
    AJ Mohammed, BS Abed, MT Al-Hadidi
    Journal of Engineering 32 (4), 123-142 , 2026
    2026
  • Weather Elements Generation and Future Runoff Simulation in Horan Valley, Western Desert, Iraq
    WA Abidalla, BS Abed
    The Iraqi Geological Journal, 164-174 , 2026
    2026
  • Assessment of the Effect of Climatic Change on the Water Balance and Groundwater Recharge in Al-Teeb District, Southern Iraq
    AM Abd Al-Aali, BS Abed, AS Oleiwi
    Journal of Engineering 32 (3), 193-208 , 2026
    2026
  • Using of Hydrological and Climatic Modeling to Estimate Future Runoff Reaching the Euphrates River from Hiqlan Valley.
    WA Abidalla, BS Abed
    Mathematical Modelling of Engineering Problems 12 (12) , 2025
    2025
  • Effect of Repeated Earthquakes on Al-Adhaim Earth Dam Factor of Safety and Seismic Improvement Using Stone Columns
    AM Mirza, ZK Jahanger, BS Abed
    Journal of Engineering 31 (12), 101-116 , 2025
    2025
  • Numerical Simulation of Groundwater Drawdown Under Variable Pumping Conditions in Al-Teeb Area Using GMS
    AM Abd Alaali, BS Abed
    IOP Conference Series: Earth and Environmental Science 1545 (1), 012035 , 2025
    2025
  • Comparison between Satellite Rainfall Data and Rain Gauge Stations in Al Ghadaf Valley, Iraq
    BS Abed, HA Mohammed
    IOP Conference Series: Earth and Environmental Science 1545 (1), 012018 , 2025
    2025
  • Hydrological assessment of the Al Abyadh valley through HEC-HMS modeling: integration of land use land cover (LULC) and climate changes
    BS Abed, HA Mohammed
    IOP Conference Series: Earth and Environmental Science 1545 (1), 012121 , 2025
    2025
  • STUDYING THE IMPACT OF DEAD STORAGE USE ON THE EUPHRATES RIVER WATER QUALITY (RAMADI BARRAGE TO FALLUJA BARRAGE AS A CASE STUDY).
    WA Abidalla, BS Abed
    Kufa Journal of Engineering 16 (4) , 2025
    2025
  • Modeling and Predicting Water Quality in the Euphrates River from Haditha Dam to Ramadi Barrage Using QUAL2KW
    WA Abidalla, BS Abed
    Journal homepage: http://iieta. org/journals/ijdne 20 (4), 803-811 , 2025
    2025
    Citations: 2
  • The Feasibility of Constructing Rainwater Harvesting Dams and Their Storage Capacity in Al-Abyadh Valley West of Iraq
    HA Mohammed, BS Abed
    Journal of Engineering 31 (3), 96-112 , 2025
    2025
    Citations: 4
  • Predicting Future Surface Runoff Delivered to the Euphrates River Using LARSWG and SWAT Models:(Sahiliya Valley in the Iraqi Western Desert as a Case Study)
    WA Abidalla, BS Abed
    Journal of Engineering 31 (2), 156-176 , 2025
    2025
    Citations: 3
  • Evaluation of the Dagharah-Huriyh Irrigation Project.
    HM Kadhum, BS Abed
    Mathematical Modelling of Engineering Problems 11 (11) , 2024
    2024
    Citations: 1
  • Feasibility and Storage Capacity of Water Harvesting Dams in Al‐Ghadaf Valley/Western Iraq
    HA Mohammed, BS Abed
    International Journal of Design & Nature and Ecodynamics 19 (5), 1715-1724 , 2024
    2024
    Citations: 1
  • Application of HEC-RAS Software for Steady and Unsteady Hydraulic Simulation of Al- Musayyab Canals
    AA Hasan Khalid Razzaq, Basim Sh. Abed
    Mathematical Modelling of Engineering Problems 11 (9), 2557-2565 , 2024
    2024
    Citations: 5
  • Modeling surface runoff in Al-Mohammadi Valley: Influence of climate and soil parameters
    MR Al-Juhaishi, AS Oleiwi, BS Aed
    International Journal of Design and Nature and Ecodynamics 19 (3), 1043-1049 , 2024
    2024
    Citations: 8
  • Impact of Humic Substances on Alleviation of Soil Salinity and the Enhancement of Plant Productivity: a review
    B Abed, EK Mahmood, AMS Addaheri
    University of Thi-Qar Journal of agricultural research 13 (1), 176-184 , 2024
    2024
    Citations: 2
  • Simulation of bed change in Al-Musayyab Canal using HEC-RAS software
    HK Razzaq, BS Abed, AJJ Al-Saadi
    Journal of Engineering 30 (05), 114-131 , 2024
    2024
    Citations: 7
  • Impact of the sewage disposal from Kut City on the surface water of Al-Shuwaija Marsh, Iraq
    SA Al-Zubaidi, BSH Abed
    Caspian Journal of Environmental Sciences 22 (2), 361-370 , 2024
    2024
    Citations: 1
  • Studying and assessing surface water use of Shuwaija Marsh within Wasit Governorate-Iraq
    SA Al-Zubaidi, BS Abed
    Journal of Engineering 30 (03), 159-176 , 2024
    2024
    Citations: 7

MOST CITED SCHOLAR PUBLICATIONS

  • Simulation and Assessment of Groundwater for Domestic and Irrigation Uses
    BSA Majed Rodhan Hussain
    Civil Engineering Journal 5 (9), 1863-1876 , 2019
    2019
    Citations: 60
  • Application of Multivariate Statistical Techniques in the surface water quality Assessment of Tigris River at Baghdad stretch, Iraq
    BS Abed
    Journal university of Babylon 22 (2), 450-462 , 2014
    2014
    Citations: 56
  • WATER QUALITY MODELLING AND MANAGEMENT OF DIYALA RIVER AND ITS IMPACT ON TIGRIS RIVER
    AHI BASIM SH. ABED, MARIAM H. DAHAM
    Journal of Engineering Science and Technology 16 (1), 122-135 , 2021
    2021
    Citations: 34
  • Water quality index toward a reliable assessment for water supply uses: a novel approach
    BS Abed, AAR Farhan, AH Ismail, S Al Aani
    International Journal of Environmental Science and Technology 19 (4), 2885-2898 , 2022
    2022
    Citations: 31
  • One and two-dimensional hydraulic simulation of a reach in Al-Gharraf River
    MH Daham, BS Abed
    Journal of Engineering 26 (7), 28-44 , 2020
    2020
    Citations: 28
  • Flow characteristics of Tigris River within Baghdad City during drought
    BI Asaad, BS Abed
    Journal of Engineering 26 (3), 77-92 , 2020
    2020
    Citations: 24
  • Experimental and theoretical investigations of seepage reduction through zoned earth dam material with special core
    ZN Alzamily, BS Abed
    Materials Today: Proceedings 61, 998-1005 , 2022
    2022
    Citations: 23
  • Simulation of Sediment Transport in the Upper Reach of AlGharraf River
    DBSAMH Daham
    IOP Conference Series: Materials Science and Engineering 901 (012012), 1-10 , 2020
    2020
    Citations: 20
  • Estimation of surface runoff to Bahr Al-Najaf
    AA Farhan, BS Abed
    Journal of Engineering 27 (9), 51-63 , 2021
    2021
    Citations: 19
  • Comparison of seepage trough zoned earth dam using improved light-textured soils
    ZN Alzamily, BS Abed
    Journal of Engineering 28 (3), 32-45 , 2022
    2022
    Citations: 17
  • Water Distribution and Interference of Wetting Front in Stratified Soil Under a Continues and an Intermittent Subsurface Drip Irrigation
    DBS Abed
    Journal of Green Engineering 10 (2), 1-19 , 2020
    2020
    Citations: 17
  • The behavior of scouring around multiple bridge piers having different shapes
    BS Abed, HQ Majeed
    IOP Conference Series: Materials Science and Engineering 745 (012158), 1-13 , 2020
    2020
    Citations: 14
  • Assessment and Modelling of Water Quality along Al-Gharraf River (Iraq)
    HAAT Basim Sh. Abed, Mariam H. Daham
    Journal of Green Engineering 10 (12), 13565-13579 , 2020
    2020
    Citations: 13
  • Assessing of the morphology and sediment transport of Diyala River
    WA Jassam, BS Abed
    Journal of Engineering 27 (11), 47-63 , 2021
    2021
    Citations: 12
  • CFD SIMULATION FOR THE OPERATION EFFECT OF GATES OPENINGS OF AL-HAY REGULATOR ON THE LOCAL EROSION
    MSS HAYDER Q. MAJEED, BASIM S. ABED
    Journal of Engineering Science and Technology 16 (2), 1098-1109 , 2021
    2021
    Citations: 12
  • Groundwater Simulation and Wells Distribution at Qazaniyah City in Diyala Governorate
    MRH Basim Sh. Abed
    Journal of Engineering / University of Baghdad 26 (9), 95-113 , 2020
    2020
    Citations: 12
  • Assessment of Climate Change Impact on Water Productivity and Yield of Wheat Cultivated Using Developed Seasonal Schedule Irrigation in Euphrates Basin
    BSA Ban F. Hassan
    AIP Conf. Proc. 2864, 020012 (2024) , 2024
    2024
    Citations: 11
  • Improvement of the hydrodynamic behavior and water quality assessment of Al-Chibayish Marshes, Iraq
    WJ Al-Rikabi, BS Abed
    Journal of Engineering 27 (12), 50-68 , 2021
    2021
    Citations: 10
  • Hydraulic characteristics of the lower part of Diyala River
    WA Jassam, BS Abed
    IOP Conference Series: Materials Science and Engineering 1105 (1), 012107 , 2021
    2021
    Citations: 10
  • Rainfall prediction and runoff modelling under climate change scenarios for Tigris River from Mosul to Baghdad cities.
    AS Oleiwi, BS Abed, BF Hasan
    2023
    Citations: 9