Which outcome is accelerated by strong seasonal temperature differences interacting with large-scale pressure gradients and the Coriolis effect?

💡 Explanation

Intense extratropical cyclones form because baroclinic instability, enhanced by temperature gradients and the Coriolis effect, causes amplified wave-like disturbances. This results in rapid storm development rather than changing ice volume, biodiversity, or ocean salinity, which are linked to other longer-term climatic processes.

• Which mechanism primarily controls the orientation of cirque-formed valleys within a glaciated mountain range?
• Which phenomenon results from sudden frictional lock slip along strike-slip faults?
• Which outcome occurs when excessive aerosols accumulate over subtropical Hadley cells?
• Which outcome occurs when glacial melt rate exceeds outflow?
• Which risk increases when thawing permafrost destabilizes high-altitude mountain slopes covered with colluvium?
• Which increased risk follows loess deposit exposure to increased saturation?