Which outcome results when isostatic rebound lags accelerated melting of fjord glaciers?

💡 Explanation

Increased submarine landslide risk results. Rapid glacial melt outpaces isostatic rebound, increasing sediment loading of unstable fjord slopes via gravitational loading, because mass removal reduces counteracting forces. Therefore slopes fail more readily, rather than experiencing stabilization or influencing broader oceanic currents.

• Which mechanism causes the formation of an accretionary wedge at a subduction zone?
• Which mechanism explains stream meandering increases due to reduced sediment load below dams?
• Which process controls fjord sediment composition variation nearest the glacier terminus?
• Which geologic outcome intensifies when an oceanic plate subducts at a steeper angle beneath a continental plate?
• Which localized effect results when strong katabatic winds flow downslope from Antarctic ice sheets?
• Which mechanism causes island arc formation during subduction of an oceanic plate beneath another oceanic plate?