Which atmospheric effect results because of large planetary rotation?

💡 Explanation

The atmospheric deflection along prevailing wind belts is due to the Coriolis effect, because momentum must be conserved as the earth rotates; therefore, air masses moving towards the poles are deflected, rather than following a straight line to areas with different rates.

• Which ecosystem change results when sequential pyroclastic flows deposit stratified materials atop one another?
• Which factor most directly elevates the likelihood of explosive volcanism along subduction zones?
• Which outcome is accelerated during subduction with serpentinization?
• Which mechanism sustains high sinuosity in meandering streams within humid continental regions?
• Which outcome occurs when alpine glaciers melt within cirques?
• Which phenomenon primarily drives meromictic conditions in certain deep lakes?