Spatial variability of soil infiltrability
Boivin, Pascal, Touma, Jaoudat
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ABSTRACT The increasing use of wood and wood‐based composites in construction reflects a global shift toward renewable materials that support sustainable development objectives, including carbon reduction and responsible resource use. While wood offers substantial environmental benefits compared to conventional materials such as concrete and steel, its
Qaisar Munir +2 more
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Assessing impacts of rainfall intensity and slope gradient on runoff process and dissolved organic carbon loss via surface flow and interflow under simulated rainfall. [PDF]
Xu L, Lu J, Zhang D.
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Data-Driven Framework for Determining Site-Specific Attenuation Factors of Arsenic in the Vadose Zone. [PDF]
Tran THH +4 more
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The mechanism of seepage prevention of polymer grouting repair for longitudinal cracks in reconstructed and expanded pavement. [PDF]
Guo L +5 more
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Living Mulches, Rolled Cover Crops, and Plastic Mulch: Effects on Soil Properties, Weed Suppression, and Yield in Organic Strawberry Systems. [PDF]
Bozzolo A, Pecenka J, Smith A.
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Seasonal Shifts in Water Utilization Strategies of Typical Desert Plants in a Desert Oasis Revealed by Hydrogen and Oxygen Stable Isotopes and Leaf δ13C. [PDF]
Wang Y +5 more
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Evaluation of alkali residue-stabilized soil in road construction with optimization of mechanical properties and environmental risk assessment. [PDF]
Hua J +8 more
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Treatment Using Subsurface Soil Infiltration
2016Subsurface soil infiltration is a form of land-based treatment where effluent from a tank-based wastewater treatment unit is infiltrated into soil below the ground surface and treatment occurs during percolation through a soil profile and assimilation into the subsurface soil and groundwater environment.
R. Siegrist
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