0000000000113884

AUTHOR

Sami Bhouri Khila

showing 2 related works from this author

Wetting Patterns Estimation Under Subsurface Drip Irrigation Systems for Different Discharge Rates and Soil Types

2018

Knowledge about the moisture distribution pattern shape and volume of soil wetted by an emitter is the basic need for better subsurface drip irrigation system. The dimensions of the pattern are imperative in selecting the right spacing between emitters and the suitable distance between laterals.

0106 biological sciencesSoil classificationSoil scienceDrip irrigation010501 environmental sciences01 natural sciencesPhysics::GeophysicsMoisture distributionVolume (thermodynamics)Physics::Accelerator PhysicsEnvironmental scienceWettingPhysics::Atmospheric and Oceanic Physics010606 plant biology & botany0105 earth and related environmental sciencesCommon emitter
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Assessing Hydrus-2D to Simulate Soil Water Content (SWC) and Salt Accumulation Under an SDI System: Application to a Potato Crop in a Semi-Arid Area …

2015

In this paper the suitability of the HYDRUS-2D model to simulate volumetric soil water content in the root zone of a potato crop under subsurface drip irrigation (SDI) is initially assessed on the basis of a field study. Then, considering that the crop is moderately sensitive to soil salinity, the model is tested to predict the salt distribution around a buried emitter, when two different water qualities (i.e. electrical conductivity of 1.0 and 4.0 dS m-1) are used during the growing season (treatments T1 and T2). Finally, the soil volume in which salt accumulates is distinguished by the model for the two treatments, for which the respective yields are not significantly different. The resul…

CropHydrusSoil salinityAgronomySoil waterArid areaSoil ScienceEnvironmental scienceDrip irrigationAgronomy and Crop ScienceLeaching modelTranspirationIrrigation and Drainage
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