On December 17th, a low pressure system developed in the Gulf of Mexico and traveled Northeast across the Florida peninsula to the Atlantic coast. The storm continued to strengthen as it approached the Carolinas, bringing coastal flooding, dangerous marine conditions, flash flooding, and strong wind gusts. Meteorologists call this type of storm a Nor’easter, which is a term used to categorize winter storms that develop in the Southeast with a Northeast trajectory. These storms typically occur between September and April, and can cause extensive damage.
SECOORA and its partners (including University of South Carolina, University of North Carolina Wilmington, University of California Santa Cruz, NOAA CO-OPS, USGS, and USACE) operate the Webcam Coastal Observation System (WebCOOS) with funding from NOAA. WebCOOS streamlines collection, storage, and access of coastal webcam imagery, and enables image analysis and development of products that can be used for decision making, including products related to shoreline change, rip currents, beach usage, and flood monitoring. WebCOOS cameras are primarily located in the SECOORA region, from Florida to North Carolina. The project team is working in partnership with the other IOOS Regional Associations to scale WebCOOS into a national system.
The storm caused major coastal flooding along the South Carolina coast, breaking records for highest non-tropical high tide. The Charleston Harbor Tide Gauge recorded 9.86 ft, which is the fourth highest tide on record right behind data collected during Hurricane Hugo. Additionally, rainfall records in downtown Charleston were broken, exceeding the previous record for this day by 2.68 inches. Check out the below video to see flooding impacts that occurred during this powerful storm in Charleston.
The North Carolina coast saw excessive rainfall, flooding, and extreme high tides. The Wilmington National Weather Service Forecast Office recorded 3.23 inches of rain on December 17th, which exceeds the previous record rainfall for that day by 2.35 inches. Preliminary data shows that high tide measurements peaked at 7 ft during the storm. Check out the below video of the extreme tides at Oak Island that occurred during the storm.
Webinar: Developing low-cost and open-source technologies for smart coastal communities
Join us Thursday, February 22nd at 12 PM ET for SECOORA's Coastal Observing in Your Community Webinar Series! Our speaker this month is Dr. Phil Bresnahan from the University of North Carolina Wilmington.
SECOORA Request for Quotes: Operate Nationwide Coastal Web Camera Network
SECOORA is soliciting proposals focused on installing, maintaining, and operating web cameras to scale from a regional to a national network of coastal web cameras (WebCOOS).
Meet the Winner of the 2023 SECOORA Data Challenge
Kaylee Mooney, a graduate student from Florida Gulf Coast University, is the winner of the SECOORA Data Challenge for her proposal Implementing Vulnerability into Historic Hurricane Normalizations.