The Gulf Stream is a well-known, fast, intense, and warm ocean current in the Along the east coast of Florida, the current meets the Antilles Current, and the of the Gulf Stream meet the cold winds accompanying the Labrador Current, one . The Labrador Current is a cold current in the North Atlantic Ocean which flows from the Arctic Ocean south along the coast of Labrador and passes around Newfoundland, It meets the warm Gulf Stream at the Grand Banks southeast of Newfoundland and again north of Outer Banks of North Carolina. The combination of. The Labrador Current and Gulf Stream usually meet right around the Cape Hatteras area. The clash between the cold and warm waters creates.
It is all happening here; everything important related to ocean currents, all in one place.
Also at play are strong winds and unusual underwater topography. Informally called PEACH Processes driving Exchange at Cape Hatterasthe project will study the ocean currents to determine what causes the exchange between offshore and inshore waters. The waters being studied have often been called the Graveyard of the Atlantic, home to many shipwrecks.
Labrador Current - Wikipedia
This research project will help explain why. PEACH will focus primarily on the physics of the ocean, according to Savidge, but the information gathered will also help scientists understand the chemistry and biology, and may cast light on issues like carbon cycling, global climate change and the feasibility of offshore drilling. Field work will continue until the fall of A variety of tracking systems will be used, including radar, buoys, moorings and gliders. Monitoring stations have been set up in the airport offices at Ocracoke and north of Frisco, and the data will be checked once a month The cables I had observed are connected to poles which contain high-frequency radar equipment, situated on sand dunes overlooking the ocean.The Gulf Stream Explained
With a range that extends 70 miles, they will monitor surface currents on the continental shelf all the way out to the shoreward edge of the Gulf Stream, providing real-time maps and detailed information over areas where circulation can change quite dramatically over short times and distances.
It originates in the Gulf of Mexico as the Florida Currentwith an approximate temperature of 80 degrees Fahrenheit, a breadth of no more than fifty miles and a depth of a mile or more. It passes through the Straits of Florida and up along the eastern coast of the United States to the Grand Banks of Newfoundland, Canada, driven northward by southwest winds.
At this confluence, the warm Gulf Stream waters combine with the cold winds accompanying the Labrador Currentforming one of the densest concentrations of fog in the world. Because of this immense heat transfer, atmospheric storms tend to intensify in this region. Also at this location, the Gulf Stream is split into two currents: The water temperature decreases with the northward flow and the breadth of the current spans several hundred miles at its widest.
The average speed of the Gulf Stream is four miles per hour, slowing to one mile per hour as the current widens to the north.
The Gulf Stream transports as much as 3. The current's core, or jet, follows the contours of the continental rise. The Gulf Stream played a major role in the settling of southeastern regions of the United States.