Miami Florida for 07-04-2025

Coastal Waters Forecast Reveals Persistent Tropical Conditions for South Florida

The National Weather Service Miami has issued a comprehensive coastal waters forecast that paints a picture of typical summer maritime conditions across South Florida. Extending from Jupiter Inlet to Ocean Reef and encompassing Gulf coastal waters, the forecast highlights a persistent weather pattern characterized by scattered thunderstorms and moderate winds.

A stationary frontal boundary over northern Florida is driving south-southwest winds throughout the region. Mariners can expect generally calm seas around 2 feet, with occasional variations near thunderstorm activity. The Gulf Stream remains stable, with its western wall positioned just offshore from key coastal locations including Fowey Rocks and Port Everglades.

Coastal waters from Jupiter Inlet to Deerfield Beach will experience winds ranging from 5 to 15 knots, predominantly from the southwest. Wave heights will remain modest, typically less than 2 feet, with light chop in intracoastal waters. Similar conditions are anticipated for waters extending to Ocean Reef, with a likelihood of morning and afternoon showers.

Gulf coastal regions from Chokoloskee to Bonita Beach will see comparable maritime conditions. Southwest winds around 10 to 15 knots will prevail, with seas maintaining an average height of approximately 2 feet. Thunderstorms are expected intermittently, potentially causing temporary increases in wind and wave intensity.

Lake Okeechobee and Biscayne Bay will also experience similar weather patterns, with light winds and a high probability of scattered showers and thunderstorms. Boaters and maritime enthusiasts should remain weather-aware and prepared for rapid atmospheric changes typical of South Florida's summer climate.

The forecast suggests a consistent weather pattern through early next week, with minimal significant maritime hazards anticipated across the region.

This content was created in partnership and with the help of Artificial Intelligence AI