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.

• Near coastal island chains, which outcome results from increased wave refraction?
• Which geological morphology results when prolonged wind deflation lowers the desert surface to the water table?
• Which consequence results when levee compaction subsides unevenly?
• Which feedback cycle stabilises loess deposition against early erosion?
• Which coastline outcome accelerates when a stack's aspect ratio drops below 1:3?
• Near active stratovolcanoes, which consequence results when pyroclastic flows encounter a large body of water?