Main Article Content

Omar Ali Ahmed
oa230056prt@st.tu.edu.iq
Taghreed Khalil Mohammed
oa230056prt@st.tu.edu.iq

Abstract

River erosion in the study area is considered one of the geomorphological phenomena that has a direct impact on the soil of the region, whether through flooding, erosion, transport, and sedimentation to other areas. The area from the left side of Qayyarah district, up to the borders of Makhmur, is one of the areas that experiences these phenomena, represented by the occurrence of seasonal floods, especially during the rainy season from the Greater Zab River in the north of the region, as a result of the high volume of river discharges from the Tigris River adjacent to the region, or from the lands sloping from the northeast of the Makhmur Highlands.

Metrics

Metrics Loading ...

Article Details

How to Cite
Ahmed, O. A., & Mohammed, T. K. (2025). Using Soil Erosion Indicators and Identifying the Potential for Water Harvesting from the Makmur Border to the Left Side of the Qayyarah District. Journal of Tikrit University for Humanities, 32(12, 1), 210–232. https://doi.org/10.25130/jtuh.32.12.1.2025.12
Section
Articles

References

Khalaf Hussein Al-Dulaimi, Landforms - A Practical Applied Geomorphological Study, Safaa Publishing and Distribution House, Amman, 1st ed., 2005.

Talib Girgis Dawood, Applied Geomorphology, University House for Printing, Publishing, and Translation, Baghdad, 2002.

Nadim Hashim, Maysoun Al-Zghoul, Soil Erosion Risk Assessment and Classification in the Amman-Zarqa Basin Based on the Global Equation (RUSEL) and Geospatial Techniques, Journal of the Faculty of Arts, Cairo University, Volume (84), Issue (1), January 2024.

Habfa Muhammad Al-Nafie, Estimating Surface Runoff Volume and Flood Risk in the Upper Basin of Wadi Arna, East of Mecca, Using Remote Sensing and Geographic Information Systems, Master's Thesis (unpublished), Umm Al-Qura University, College of Social Sciences, Department of Geography, 2010. J.A. Schwab et al., Soil and Climate Conservation Engineering, translated by Ali Abdul Fahd, Mosul University Press, Baghdad, 1984.

Ruqayya Muhammad Amin et al., Estimation of Surface Runoff Volume in Diyala Governorate Using the Soil Conservation Method (SCS-CN) and its Analysis Using Digital Remote Sensing Data, Diyala Journal of Humanities Research, Issue (92), 2022.

Abdul Malik bin Abdul Rahman Al Sheikh, Rainwater and Flood Harvesting and its Importance for Water Resources in the Kingdom of Saudi Arabia, Second International Conference on Water Resources and Arid Environment, Riyadh, 2006.

Vijith, H. Suma, M. Rekha, VB. Shiju, C. & Rejith, PG. (2012). An assess- ment of soil erosion probability and erosion rate in a tropical mountainous watershed using remote sensing and GIS[J]. Arab J Geosci(5),797-805..

Resource : Soil Conservation Service- Urban Hydrology For Small Watershed.Technical releases 55,2nd, U.S. Dept of Agriculture, Washington D.C.,1986.

USDA-TR55، 1986، Urban Hydrology for Small Watersheds،Department of Agriculture، USA.

Taylor & Francis, The antecedent soil moisture condition of the curve number procedure, Hydrological Sciences Journal,1982,p4-5.

R.E. Schulze, Mapping Hydrological Soil Groups over South Africa for Use with theSCS –SA Design Hydrograph Technique: Methodology and Results, School of Agricultural, Earth and Environmental Sciences, University of KwaZulu-Natal, Pietermaritzburg, South Africa.

USDA, Urban Hydrology for Small Watersheds TR-55, Engineering Division, 1986,p6-1.

USDA, Natural Resources Conservation Service, Hydrology National Engineering Handbook,2010,p13.

Elena V. Brevnova,Green-Ampt Infiltration Model Parameter Determination Using SCS Curve Number (CN) and Soil Texture Class, and Application to the SCS Runoff Model, requirements for the degree of Master, College of Engineering and Mineral Resources, at West Virginia University,2001,p6.

Shadeed, S. and Almasri, M. Application of GIS-Based SCS-CN Method in West Bank Catchments, Palestine, Water Science and Engineering,2010,p1-13.