Which consequence results when wind-deposited loess deposits experience prolonged saturation?

💡 Explanation

Soil liquefaction risk is increased because loess, consisting of loosely packed silt, becomes unstable under saturated conditions due to a loss of shear strength via weakened grain contacts; therefore, liquefaction occurs rather than cambisol formation requiring pedogenesis.

• Which mechanism primarily leads to the formation of an oxbow lake cutoff?
• Which process primarily maintains upwelling along the western coasts of continents?
• Which change of prevailing wind direction results from the combined Coriolis effect and decreasing pressure gradient force?
• Which process drives the upward transport of silica-rich magma at strike-slip fault zones?
• Which volcanic outcome results following increased magma hydration?
• Which process most directly shapes the long profile depth of a fjord's underwater topography after glacial retreat?