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An experiment and a numerical simulation on soil column consisting of a root zone underlain by lower layers containing no roots were conducted under the same crop growth stage, root distribution and environmental conditions to evaluate the influence of soil characteristics (Mass and Kuroboku soils) and hydraulic conditions of lower boundary (water table and impervious layer) on soil moisture depletion distribution and upward capillary movement resulting from transpiration. For the water tabledoi:10.5109/23869 fatcat:3g5vuh5d3rhhxilbxvw5pu2vbm