What is water holding capacity of a soil in construction?
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Soil water holding capacity in construction is influenced by various factors like soil texture, organic matter content, and additives. Different soil types exhibit varying water holding capacities. Clay soils, common in construction, have high water retention capabilities but can be modified using additives to enhance their properties. Organic matter and clay content play significant roles in determining a soil's water holding capacity. Studies show that soil with higher organic matter content can hold more water. Additionally, the texture of the soil, such as clay, influences its water retention capacity, with clay soils holding more water compared to sand and silt. Understanding these factors is crucial for optimizing soil properties in construction projects to ensure stability and durability.
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01 Feb 2017 1 Citations | Clay exhibits higher water-holding capacity compared to sand and silt in soil. The drying process reveals varying pore sizes discharging water, with complex redistribution dynamics. |
14 Citations | Water holding capacity of soil in construction is influenced by factors like clay content, soil moisture, altitude, and organic matter. Altitude is recommended as a predictor for improved predictive accuracy. |
| Soil water holding capacity in construction depends on texture and organic matter content. Increasing humus enhances water retention, with clay and silt holding more water than sand due to surface area. | |
5 Citations | The water holding capacity of multilayer soil profiles varies; for instance, SL-S-SiL showed the best water retention, making it suitable for land reclamation in open pit mines. |
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