Which risk increases when significant bioturbation ceases within soil?

💡 Explanation

Reduced bioturbation inhibits soil porosity created by organisms, therefore reduced infiltration rates develop, because it disrupts natural pedogenesis. Without disruption and mixing, compaction increases, rather than enhanced drainage caused by bioturbation.

• Which topographic consequence results from the subduction of an oceanic plate beneath a continental plate lacking sufficient sediment?
• Which effect causes deflection of air masses, resulting in the formation of global wind patterns?
• Which landscape outcome results in arid regions with coalescing alluvial fans?
• Which outcome occurs when freshwater inflow reduces surface density within an ocean gyre?
• Which climatic response increases when weakened trade winds reduce upwelling during an El Niño event?
• Which long-term geomorphic consequence primarily results when isostatic rebound occurs after glacial retreat in fjord regions?