Which consequence results when unconsolidated loess deposits saturate?

💡 Explanation

Soil liquefaction risk increases because Intergranular pore pressure rises during saturation in unconsolidated loess deposits, and the effective stress reduces dramatically, therefore causing the soil to behave like a liquid rather than exhibiting strength; thus its instability rather than pavement.

• Which outcome occurs when a large, high-speed river flows northward past a deflection-free peninsula, given the conditions of the Northern Hemisphere?
• Which outcome is enhanced during lahar initiation due to colluvial soil presence?
• Which mechanism causes enhanced coastal upwelling when trade winds weaken along the equator?
• Which risk dramatically increases when groundwater recharge rates decline within karst regions overlying soluble carbonate rocks?
• Which process primarily drives thermohaline circulation in the ocean during winter?
• Along coastlines, which outcome occurs when persistent offshore winds drive surface water away from the shore?