Which event develops when an eruption's gas pressure decreases mid-flow?

💡 Explanation

Subsidence occurs primarily because decreased exsolved gas during pahoehoe flow causes crustal cooling and contraction initiating inflation feature creation through differential degassing, therefore, forming tumuli and pressure ridges, rather than causing increased lahar risk.

• Which outcome occurs when glacial outwash interacts with strong winds?
• Which risk increases when magma viscosity rises in stratovolcanoes?
• Which consequence results when significant tephra deposition overtops drainage divides?
• Which landscape outcome results when 'cat steps' increase runoff?
• Which outcome occurs when transform fault locking duration increases?
• Which rock feature results when steady, strong winds cause ventifact creation?