Hassan, A., Osama, R., Haytham, M., Mohamed, A. (2017). Assessment of Soil Degradation and Agricultural Land Suitability for Sustainable Land Management in Alexandria and El-Behiera Governorates, Egypt. Alexandria Journal of Agricultural Sciences, 62(6), 423-434. doi: 10.21608/alexja.2017.65985
A. Ismail Hassan; R. Abd EL-Kawy Osama; M. Yehia Haytham; A. Allam Mohamed. "Assessment of Soil Degradation and Agricultural Land Suitability for Sustainable Land Management in Alexandria and El-Behiera Governorates, Egypt". Alexandria Journal of Agricultural Sciences, 62, 6, 2017, 423-434. doi: 10.21608/alexja.2017.65985
Hassan, A., Osama, R., Haytham, M., Mohamed, A. (2017). 'Assessment of Soil Degradation and Agricultural Land Suitability for Sustainable Land Management in Alexandria and El-Behiera Governorates, Egypt', Alexandria Journal of Agricultural Sciences, 62(6), pp. 423-434. doi: 10.21608/alexja.2017.65985
Hassan, A., Osama, R., Haytham, M., Mohamed, A. Assessment of Soil Degradation and Agricultural Land Suitability for Sustainable Land Management in Alexandria and El-Behiera Governorates, Egypt. Alexandria Journal of Agricultural Sciences, 2017; 62(6): 423-434. doi: 10.21608/alexja.2017.65985
Assessment of Soil Degradation and Agricultural Land Suitability for Sustainable Land Management in Alexandria and El-Behiera Governorates, Egypt
1Department of Soil and Water Sciences, Faculty of Agriculture, Alexandria University, Egypt.
2Soil Salinity and Alkalinity Department, Soil&water&environment Institute, Agricultural Research Centre, Ministry of Agriculture, Egypt
Receive Date: 24 December 2019,
Accept Date: 24 December 2019
Abstract
The old agricultural land in Egypt is under continuous threat by different forms of land degradation, especially chemical degradation. This research aimed to (1) assessing and mapping of soil degradation status in some parts of Alexandria and El-Behiera governorates, (2) addressing causes of soil degradation, and (3) developing a rational agricultural land use options to increase land productivity. Soil and water samples were collected for the assessment of soil degradation and land suitability. Soil degradation was assessed based on the methodology developed by the Food and Agriculture Organization (FAO). Land suitability assessment was performed using the ALESarid-GIS model. Field investigations and results of soil analyses indicated that the major type of land degradation in the study area is the chemical soil degradation (soil salinization and alkalinization) and the main drivers of degradation are the inappropriate land management practices. The results of soil chemical degradation showed that most of the investigated area (٨٩%) is moderately degraded soil, whereas the low degraded soils covers the remaining area (11%). Also, the results indicated that the whole investigated soils have a moderate level of biological degradation, which regards to the moderate level of soil organic matter content. The results from ALESarid-GIS indicated that eighteen crops are considered the most suitable to grow in the investigated area. The suitability classes of these crops vary among highly suitable (S1), moderately suitable (S2) and marginally suitable (S3), but (S1+S2) of each crop covers more than 72% of the investigated area. Seven crops can only be grown economically in in the highest levels of soil salinity and alkalinity in the study area, which are alfalfa, wheat, barley, onion, sugar beet, rice and pear, since only these crops are considered highly (S1) and moderately (S2) suitable to be grown in such levels of salinity and alkalinity
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