Hurricane Erin continued to track away from the United States on Friday, and attention is turning to two other potential storms in the Atlantic Ocean. The National Hurricane Center thinks both of the systems could become tropical depressions soon. And one seems to be on a path that those in the Caribbean will need to watch.

Increased surf and dangerous rip currents are expected to continue along the eastern seaboard as Hurricane Erin moves into the North Atlantic.

Hurricane Erin is bringing 100 mph winds and dangerous rip currents to coastal towns, prompting beach closures and tropical storm warnings from North Carolina to Virginia.

As Hurricane Erin moves east of the U.S., bringing impacts along the Atlantic coast, the National Hurricane Center continues to watch three areas in the tropics for possible development.

Hurricane Erin continues to move away from the United States and into cooler waters of the northern Atlantic. The storm is forecast to become a post tropical system by the start of the weekend as it moves northeast. Hurricane Erin will become a post tropical system as it moves into cooler waters. (WPEC)

Hurricane Erin’s core missed the U.S., but the cyclone led to flooded roadways and eroded dunes. Coastal flooding was reported in North Carolina, Virginia, Delaware, New Jersey and New York.

The International Space Station captured the unusually large storm as it swirled near the East Coast of the United States.

There's a one in five chance of a tropical storm reaching Tennessee in 2025, Colorado State University research shows. Here's the latest on Hurricane Erin and it's projected path.

Hurricane Erin's effects have triggered state-of-emergency declarations in New Jersey and North Carolina as the storm system moves along the East Coast.

The unusually large storm is moving away from the United States, but swells and dangerous rip currents will linger.

Hurricane Erin is affecting parts of the East Coast, including beach towns such as Ocean City, Md., and more. Here's a look at this week's weather.