Tropical Storm Ophelia was a strong but short-lived tropical storm that impacted the East Coast of the United States in September 2023. The fifteenth named storm of the 2023 Atlantic hurricane season, Ophelia originated from a disturbance off the east coast of Florida before making landfall in North Carolina the next day as a strong tropical storm. Flood waters inundated coastal communities and roadways from North Carolina to New Jersey, and winds downed trees and power lines, and caused sporadic property damage.
Meteorological history
On September 17, the NHC first noted the potential for tropical cyclone development near the southeast coast of the United States in its seven day outlook.[3] A few days later, a large area of disorganized showers and thunderstorms developed east of Florida within an offshore trough of low pressure.[4] A broad non-tropical area of low pressure formed within the area on September 21. Anticipating that the low could acquire some tropical or subtropical characteristics as it continued to form, coupled with its close proximity to the Southeastern United States, the NHC initiated advisories on it as Potential Tropical Cyclone Sixteen at 15:00 UTC that day.[5] The system's minimum barometric pressure fell appreciably on the morning of September 22, as it moved generally northward, still attached to a frontal feature. It was generating sustained tropical storm-force winds within its broad, asymmetric wind field, and the deep convection was concentrated to the north of the poorly formed, indistinct low level center of the circulation.[6] Later that day, it became detached from the frontal feature, and was designated Tropical Storm Ophelia.[7] The storm made landfall at 10:15 UTC, near Emerald Isle, North Carolina, about 25 mi (40 km) west-northwest of Cape Lookout, with winds of 70 mph (115 km/h) and a minimum pressure of 981 mbar (28.97 inHg).[8] By 0:00 UTC on September 24, the system had lost its tropical characteristics, becoming a post-tropical cyclone after crossing into southeast Virginia.[2] The next day, its remnant circulation moved eastward off the New Jersey coast, as rains from the system swept northward into New England.[9] The remnants of Ophelia were absorbed by another offshore low-pressure area a few days later. This low pressure ended up causing severe floods in New York City on the evening of September 29.[10]
The highest storm surge was 3.67 ft (1.12 m) above mean sea level at Sewell's Point, Virginia.[15] Tropical storm‑force winds from Ophelia downed trees and power lines and caused sporadic property damage along its path.[16][18][19] Five people were rescued in a sailing vessel in coastal North Carolina.[20] Rainfall totals reached 7.65 in (194 mm) in Cape Carteret, North Carolina, [15] and 9.51 in (242 mm) in Greenville, North Carolina.[21] An EF0 tornado occurred in Belvidere, North Carolina early on September 23. [22] At the height of storm, more than 70,000 electric utility customers in North Carolina and Virginia were without power.[11]
Heavy rain also fell along the Mid-Atlantic, with state maximums occurred at Huntingtown, Maryland; Millsboro, Delaware; and Carlisle, Pennsylvania, and a regional maximum at 5.63 in (143 mm) in Toms River, New Jersey.[26] A person was injured in Washington D.C. when a tree fell on a Metrobus.[27] In Ocean City, Maryland, wind gusts reached 48 mph (77 km/h), causing $21,000 in damage throughout the city,[28] with a 40 mph (64 km/h) wind gust in Salisbury, Maryland also causing $21,000 in damage.[29] Over 13,000 power outages occurred in the state of New Jersey alone, where wind gusts reached as high as 62 mph (100 km/h) in North Beach Haven.[30][31] On September 25, slick roads resulted in several bridges in Staten Island having speed limits reduced.[32] On September 26, at Citi Field, a New York Mets game against the Miami Marlins was postponed due to unplayable field conditions from the heavy rainfall from the previous four days.[33]
^National Weather Service in Wakefield, Virginia (2023). North Carolina Event Report: EF0 Tornado (Report). National Centers for Environmental Information. Retrieved December 18, 2023.