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Abacus to Determine Soils Salinity in Presence of Saline Groundwater in Arid Zones Case of the Region of Ouargla

机译:算盘在Ouargla区域的干旱地区存在下盐水地下水存在的土壤盐度

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In order to remedy the limit of salt intake to the soil surface, it is necessary to study the causes of the soil salinity and find the origin of these salts. The arid areas in the region of Ouargla lie on excessively mineralized groundwater whose level is near the soil surface (0 - 1.5 m). The topography and absence of a reliable drainage system led to the rise of the groundwater beside the arid climatic conditions contributed to the salinization and hydromorphy of the soils. The progress and stabilization of cultures yields in these areas can only occur if the groundwater is maintained (drained) to a depth of 1.6 m. The results of works done to the determination of soil salinity depend mainly on the groundwater's salinity, its depth and the climate.
机译:为了弥补盐的极限摄入到土壤表面,有必要研究土壤盐度的原因,并找到这些盐的起源。 Ouargla地区的干旱地区位于过度矿化的地下水上,该地下水在土壤表面附近(0-1.5米)。可靠的排水系统的地形和缺失导致了干旱气候条件旁边的地下水的上升,这有助于土壤的盐渍化和潮湿。如果地下水保持(排出)到1.6米的深度,才能发生培养物的进度和稳定性。为土壤盐度确定的作品结果主要取决于地下水的盐度,其深度和气候。

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