Application of WEQ model in some valleys of the western plateau, Iraq

Authors

  • Wafaa Mazen Abdullah Al-Mustansiriya University - College of Education - Geography Dept
  • Sabah A, Atti Al-Mustansiriya University - College of Education - Geography Dept

DOI:

https://doi.org/10.31973/aj.v2i136.1311

Keywords:

Wind Erosion, WEQ Model, Ruggedness Factor, Climatic Factor

Abstract

The current study aims to estimate the annual rate of wind erosion using WEQ equation according to climatic data. A model for computing wind erosion was applied on three selected basins extended on 11710 square kilometers in the study area. The results of applied WEQ model identified that, the first basin belong to a severe erosion conditions, whereas, the second basin was under moderate erosion condition, while, the third basin come within a weak erosion condition. The study concluded that, the wind is one of the most important corrosive factors in modification and reforming the landforms and landscapes in the study area as illustrated in   forms of wind caves and hills. The wind erosion depends on its ability and activity in ablation and sculpting processes. The wind speed is one of the most important factors affecting the process of erosion in dry areas. The susceptibility of wind to erosion is related directly to the wind speed, as the wind can transport sand particles with diameter not more than 0.2 mm with speed ranges between (4.5 -6.7) m/s.

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References

Abdulla Hamed Hassan, 2011, Morphometric Parameters Study for The Lower Part of Lesser Zap Using Gis Technique, Earth Science Department, College of Science, O.P. Cit.

Al-Jubouri, Hatem Khudair Salih and Nasir Hassan Al-Basrawi, 2002, Hydrogeological and Hydrochemical Study of the Brite Plate Area, General Authority for Geological Survey and Mining, Geological Survey Section, Groundwater Division

Al-Samarrai, Qusay Abdul Majeed, Abd Makhour al-Rihani,1999, The Geography of the Dry Land, House Al-Hikma Press.

Andreas Klik, 2013, Wind Erosion Assessment in Austria Using Wind Erosion Equation and Gis, Boku – University of Natural Resources and Applied Life Sciences Vienna Technology, Khadri Sfr, Ijpret; Volume 1(9).

Barawi, Anwar Mustafa, Nasira Aziz Saliwa, 1995, report on the geology of the Najaf plaque, translated by Azhar Ali Ghaleb, the general assessment of the geological survey, plate number NAEG 2-38G or 32, Baghdad.

Khadri S.F.R, Dhamankar, A.A, 2013, Morphometric Analysis of Bordi River Basin, Akola District Maharashtra, India Using Remote Sensing and Gis Techniques, International Journal of Pure and Applied Research in Engineering and Technology, Khadri Sfr, Ijpret, Volume 1(9).

Mahdi, Abdullah Al-Haq Ibrahim, Rule Yaqoub Youhanna, 1996, Report about the Geology of the Painting of Chantiness, translation by Azhar Ali Ghaleb, public Establishment for Geological Survey and Mining, Plate No. NA 38-13, Baghdad.

S.K. Saha, 2018, Water and Wind Induced Soil Erosion Assessment and Monitoring Using Remote Sensing and Gis Indian Institute of Remote Sensing, Dehra Dun, Satellite Remote Sensing and Gis Applications in Agricultural Meteorology.

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Published

2021-03-15

How to Cite

Mazen Abdullah, W., & Atti, S. A. (2021). Application of WEQ model in some valleys of the western plateau, Iraq. Al-Adab Journal, 2(136), 535-548. https://doi.org/10.31973/aj.v2i136.1311

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