SPATIAL DISTRIBUTION AND DEGRADATION RISK ASSESSMENT OF SOME CULTIVATED ALLUVIAL SOILS OF AL-AZHAR UNIVERSITY, ASSIUT GOVERNORATE, EGYPT

Y. Sayed, A. El-Desoky
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Abstract

: This research aims to characterize soils of Al-Azhar university of Assiut and mapping them on a large scale for more information. Moreover, assessment the risk of soil degradation for understanding the current situation of land uses and its management. The characteristics of the investigated soils ranged from 1.39 to 2.72%, 1.37 to 1.48 dSm −1 , 2.07 to 4.85% and slowly to very slowly permeable as weighted means for CaCO 3 content, salinity, sodicity and permeability condition, respectively. The soils could be divided into two mapping unites; (1) nearly level deep fine textured soils which is the major one, (2) nearly level deep moderately fine textured soils. High hazard of compaction covered the total area as a result of human activities along with very high values of physical degradation and low to moderate effects of chemical degradation threaten the studied soils. Anthropogenic factor had a clear impact on processes of land degradation and actual hazard in terms of inadequate soil management, intensive irrigation procedures, using heavy machinery and absence of conservation measures. The running situation of land degradation within the studied area is very serious and misses a correct land use planning and management.
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埃及爱资哈尔大学部分栽培冲积土空间分布及退化风险评价
本研究旨在描述阿西尤特爱资哈尔大学的土壤特征,并对其进行大规模测绘,以获取更多信息。此外,评估土壤退化的风险,以了解土地利用及其管理的现状。caco3含量、矿化度、碱度和渗透性的加权平均值分别为1.39 ~ 2.72%、1.37 ~ 1.48 dSm−1、2.07 ~ 4.85%和缓慢~缓慢渗透。土壤可分为两个制图单元;(1)以近水平深细粒土为主;(2)近水平深中细粒土。人类活动导致的高压实危害覆盖了整个区域,同时,高物理退化值和低到中等的化学退化效应对研究土壤构成威胁。在土壤管理不足、密集灌溉程序、使用重型机械和缺乏养护措施等方面,人为因素对土地退化过程和实际危害有明显的影响。研究区土地退化的运行状况十分严重,缺乏正确的土地利用规划和管理。
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