What natural phenomenon often accompanies extreme low pressure?

Extreme low pressure systems are typically associated with severe weather phenomena, and hurricanes are one of the most significant. When atmospheric pressure drops significantly, it indicates a strong upward motion of air, which can lead to the development of tropical storms and hurricanes. These systems form over warm ocean waters, where the low-pressure area draws in air from surrounding areas, leading to the characteristic spiral shape of a hurricane and its associated strong winds, heavy rainfall, and turbulent conditions.

In contrast, while fog is a result of high humidity and cooling temperatures rather than low pressure, and cold fronts are related to the movement of air masses rather than a specific low-pressure phenomenon, high tides are generally related to the gravitational pull of the moon and sun and do not correlate directly with atmospheric pressure levels. Hence, hurricanes are classically linked to extreme low pressure due to the dynamics of their formation and development.