The National Weather Service has issued a Coastal Flood Warning effective for parts of Washington D.C. area, including a forecast of scattered showers and potential thunderstorms. While today's high is expected to peak near 69 degrees Fahrenheit, conditions are set to deteriorate with increasing chances of precipitation going into the evening. Alongside humidity sustaining at 87%, the weather conditions are expected to cause moderate coastal flooding into the weekend, according to the NWS.
Residents in the District of Columbia, Arlington County, and the City of Alexandria have been warned to prepare for significant tidal flooding, with up to two feet of inundation above ground level in low-lying areas. The warning remains in effect until early tomorrow. Areas along the Southwest Waterfront and King Street in Alexandria are expected to see waters approach buildings. The unprotected area at the DC Seafood Market on the Southwest Waterfront is expected to flood, as per the NWS warning. Winds will persist around 6 mph from the east, possibly increasing overnight, while new rainfall amounts could range from a quarter to half an inch, with higher amounts possible during thunderstorms.
The outlook for the coming days indicates continued unsettled weather, with the NWS predicting a 60% chance of showers extending until tomorrow, potentially accompanied by thunderstorms after 2 PM and sporadic fog. The city is bracing for short-term weather disruptions and a series of tides that pose a risk of coastal flooding, especially Friday. The NWS Hazardous Weather Outlook urges residents to take protective measures and warns against driving through floodwaters or around barricades.
For further weather updates and specifics on high tide schedules, which notably include a 2:00 PM high tide at Washington Channel and a 2:18 PM rise in Alexandria, interested parties can visit the National Weather Service's official website. The NWS reminds individuals to take the necessary actions to protect flood-prone property, as the forthcoming days hold a potential continuation of the atmospheric pattern that blankets the region, persisting in adding layers of complexity to the existing hazards and keeping the threat of water's encroachment imminent, if not at one's doorstep.
