Which phenomenon results in increased geostrophic wind speed?

💡 Explanation

The stronger pressure gradient leads to faster geostrophic wind speeds because the Coriolis effect balances it, therefore increased pressure gradients, rather than changes, result in quicker movement and higher speeds, rather than the alternative outcomes.

• Which risk increases when seismic waves encounter a soil layer with high pore water pressure during an earthquake?
• Which geomorphic outcome occurs when groundwater acidity overcomes limestone buffering?
• Which outcome occurs when a cave's groundwater calcium concentration decreases significantly?
• Which mechanism causes relatively shallow sill depths at the mouth of many fjords?
• Following repeated seasonal flash floods across alluvial fans in arid regions, which outcome directly results related to local aeolian processes?
• Which risk escalates inside deep canyons cutting through pyroclastic deposits?