​Beach lovers and mariners in several northern Leeward Islands are being urged to exercise caution as a high surf warning has been issued by the Antigua and Barbuda Meteorological Service.

This advisory highlights the potential dangers posed by the ocean over the coming days.

The Met Service has specified that the high surf warning will remain in effect until Monday night for Anguilla, extending until midnight Monday for the British Virgin Islands.

For Barbuda, the warning lasts until early Tuesday, while in Antigua, it will be active from this afternoon until Monday night. St. Kitts and Nevis will experience the warning from midnight until Monday afternoon.

Forecasters expect moderate to long-period swells to predominantly impact the northern and north-facing coastlines, creating a tumultuous scene.

Waves are anticipated to reach heights of approximately 2.4 to 3.1 meters (8 to 10 feet), with some areas potentially seeing even more dramatic surf, rising to 3.7 meters (12 feet).

​The Met Service cautions that these conditions are highly conducive to perilous rip currents, which can pose a significant threat to both seasoned swimmers and novices alike. It’s important to note that the surging surf could reach heights that are double those of the swells, influenced by the underwater topography of the coastal areas.

“In these circumstances, the potential for life-threatening situations is a real concern, as even the most proficient swimmers can be swept away by the strong currents,” the Met Service warned.

The advisory further notes the risk of high surf knocking spectators off precarious rocks and jetties, and breaking waves may sporadically affect harbors, rendering navigation through harbor channels particularly hazardous.

The public is strongly discouraged from entering the waters in the main warning areas. Additionally, everyone is urged to steer clear of rocky coasts and coastal structures along the affected shorelines.

The advisory also mentions the risk of coastal flooding and beach erosion, exacerbated by high tides coupled with onshore winds and the incoming swells.