American Journal of Geophysics, Geochemistry and Geosystems
Articles Information
American Journal of Geophysics, Geochemistry and Geosystems, Vol.6, No.3, Sep. 2020, Pub. Date: Sep. 24, 2020
A Study of Some Specific Properties of the Irrigation Water Quality for Artesian Self-propelled Wells in Wadi Al-shatti Region in Southern Libya
Pages: 91-95 Views: 959 Downloads: 198
Authors
[01] Wafa Khalleefah Amhimmid, Chemistry Department, Azzaytuna University, Tarhuna, Libya.
[02] Emhemmad Jumha Emhemmad, Chemistry Department, Sebha University, Taraghun, Libya.
[03] Mahmoud Abdullha Ali, Faculty of Engineering and Technology, Sebha University, Taraghun, Libya.
[04] Aisha Ali Hassan, Chemistry Department, Sebha University, Taraghun, Libya.
[05] Ahlaam Amhimmid Alhouli, Chemistry Department, Sebha University, Taraghun, Libya.
Abstract
This research was conducted with the purpose of studying some specific properties of irrigation water quality for artesian self-propelled wells in Wadi Shati region in southern Libya, and assessing the quality of chemical water properties and their suitability for irrigation. This study included 10 artesian self-propelled wells where the results showed that all the chemical properties of irrigation water were within the permissible limits of the Food and Agriculture Organization of the United Nations and the American Salinity Laboratory standards. except for potassium (K) that exceeded the permissible limits, where the results showed that the (K) concentration is between 0.51-0.59 meq/L, and the values of electrical conductivity ranged between 917-1035 s/m³µ, while the total dissolved salts were between 587-662 mg/L, also the exponent values The pH is between 6.9-7.7, while the sodium (Na) concentration is between 2.48-3.09 meq/L, and the calcium (Ca) results ranged between 0.6-0.9 meq/L, and the chloride concentration ranged between 4.37 and 4.90 meq/L, and these sulphate concentrations were between 1-2.54 meq/L, while the bicarbonate concentration ranged between 1.25-1.51 meq/L, The results of the basic indicators in irrigation water indicated that the percentage of sodium ranged between 49-59%, and the rate of sodium adsorption ranged between 2.45-3.45 meq/L, and the modified sodium adsorption ratio was 3.13-4.07 meq/L and the magnesium (Mg) risk ratio 43-67%, Thereby the water studied was classified as highly salty and low in sodium risk.
Keywords
Artesian Wells, Self-propelled, Irrigation Water, Water Quality
References
[01] National center for disease control NCDC, assessment of water quality, sanitation and hygiene in Libyan schools. 2017.
[02] Fleifel, whole; Al-Zameli, Ayed 2014 Contrasting the characteristics of groundwater in the western plateau of the Najaf Governorate using geographical information systems. Journal of Geographical Research, Iraq, No. 19, pp. 219-239.
[03] Elssaidi, M. A. and Mohamed A. R., Quantitative and Qualitative Changes in Groundwater Properties of Murzuk Basin and their Impacts on Ecosystems, Libyan Agriculture Research Center Journal international 3 (S2), 1335-1350, 2012.
[04] Bachmat (1994). Ground water contamination and Control. Marcel Dekker, Inc, New York.
[05] Brika, B. 2019. The water crisis in Libya: causes, consequences and potential solutions, Desalination and Water Treatment, Doi: 10.5004/dwt.2019.24592.
[06] Mahmoud, Sahira; Hamid, Alaa 2016 Study of the suitability of groundwater for some wells of Kirkuk governorate for human, animal and irrigation consumption. Diyala Journal of Engineering Sciences, Iraq, Volume 9, No. 2, pp. 38-49.
[07] Ahwas, Punishment; Hoxha, Muhammad; Aymen, Khaled 2015 Evaluation of irrigation water quality for agricultural projects southeast of Zliten. The Second Conference of Environmental Sciences, Zliten, Libya: pp. 553-571.
[08] World Health Organization. 2018. A global overview of national regulations and standards for drinking-water quality, https://apps.who.int/iris/bitstream/handle/10665/272345/9789241513760-eng.pdf?ua=1.
[09] Hamed, Khadija (2019) field knowledge about the quality of drinking water in The Marzak area. Journal of Applied Sciences, Sabratha University, Special Issue 1, p. 90-99.
[10] American Public Health Association, APHA (1999). Standard Methods for Examination of Water and West water. 20th Ed. New York, USA.
[11] Kalash, Adna; Al-Maati, Mahmoud; Hassan, Mohamed (1981) Quality of irrigation water in Fezzan region. The sub-center for agricultural research in the Fezzan region, the General Administration for Agricultural Research and Education in Libya.
[12] El-Seeaidi, Mohamed; Vogerbrow, Raymond 1995 The validity of the groundwater in Wadi Shati for irrigation of agricultural lands. The First Water Conference, Benghazi, Libya.
[13] Abosathi, Masoud; Ahmad, Omar 2015 Evaluation and follow-up of irrigation water used in Barak-Akkdeh agricultural project. The second conference on environmental science, Al-Asmari Islamic University, Zliten, Libya, pp. 514-524.
[14] Muhammad, Aisha, 2008. Evaluation of the quality of irrigation water and the salinity of agricultural soils in Wadi Al-Shati. Department of Environmental Sciences, Sebha University, Master Thesis.
[15] Yassin, Musa; Ali Hussein; Adham, Ali, 1998. Use of well water in the Halayat desert area in Ramadi for agriculture. Journal of Agricultural Research Volume 2, Issue 2.
[16] Al-Hayali, Afaf 2010 A study of the quality of well water in Mosul and its environs and its suitability for drinking and irrigation. Journal of Education and Science, Iraq, Volume 23, No. 3, pp. 48-67.
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