Mayo, Florida, located about 30 miles from the Gulf coast, is at risk of experiencing the indirect impacts of hurricanes such as heavy rainfall, flash floods, strong winds, and occasional tornadoes spawned from these systems. Although its distance from the coastline offers a buffer from storm surges and the initial destructive power of a hurricane, this doesn't entirely protect the community from flood risks. Its relatively low elevation adds to the flooding potential, particularly from heavy rain associated with slow-moving or large hurricane systems. The vulnerability of the region to fresh water flooding is further augmented by the region’s river valleys, including the Suwannee River and its tributaries. On average, Mayo gets about 54 inches of rain per year, and in a hurricane scenario where extreme rainfalls are likely, this could drastically increase the flood risk. On the historical front, Mayo was affected by major flooding in 2004 when Hurricane Frances and later Hurricane Ivan passed over Northern Florida. These systems generated massive amounts of rain, triggering significant freshwater flooding. The town was also indirectly affected by strong winds and excessive rain in 2016 due to Hurricane Hermine, the first hurricane to make landfall in Florida since 2005. In 2018, Hurricane Michael, one of the strongest hurricanes to hit the Florida Panhandle, passed to the west of Mayo but still brought torrential rains and powerful winds to the town. In addition to the immediate harm brought by these storms, the residual effects on agriculture, local economies, and community infrastructure can be felt for months or years following the event. Hence, preparing for such events, including storm surge, flooding, high winds, and even tornadoes, is vital for towns like Mayo, nestled in Northern Florida.