Flooding has already begun to affect parts of Buxton, North Carolina, as rising water levels along NC-12 are causing significant disruptions. Coastal communities, especially in low-lying areas of Dare County, are bracing for further flooding as high tide is expected to peak around 5 p.m. today.
The National Weather Service in Newport/Morehead City reports that water levels along the Outer Banks are rising ahead of schedule, with Buxton seeing saltwater pooling across NC-12, particularly in the southbound lanes. This trend of flooding is expected to intensify as high tide approaches, leading to even more hazardous conditions along the coastline.
Drivers in the area are strongly urged to avoid NC-12 and other nearby roads, as saltwater inundation has already made travel difficult. Coastal towns from Hatteras to Rodanthe are experiencing water-covered roadways, and emergency officials are advising against non-essential travel along the Outer Banks. As the tides continue to rise, onshore winds are pushing water further inland, exacerbating the flooding risk.
Residents in the affected areas are being advised to take proactive steps to protect their property and safety. It is important for individuals to move vehicles to higher ground to avoid damage from rising waters. There may also be disruptions to local services, including road closures, and residents are urged to prepare for these potential impacts as the flooding event unfolds.
This coastal flooding follows a pattern similar to last summer’s August king tide event, where similar conditions led to extensive flooding in the Outer Banks. With high tide expected to crest just after 5 p.m. ET, additional coastal flooding advisories may be issued if conditions worsen, so residents and visitors are urged to remain vigilant.
The coastal flooding in Buxton is likely to worsen as high tide approaches, with significant impacts on local roads and communities. Anyone in the area should stay alert to updates from emergency officials and avoid unnecessary travel to ensure their safety.
