Gulf Stream and Ocean Research

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@DelightfulMagnolia

Study Notes

The Gulf Stream transports almost 100 times more water than all the rivers in the world combined, bringing warmth from the Gulf of Mexico to Northern Europe.
It follows the Eastern Coastline of the United States before crossing the Atlantic Ocean at Newfoundland, Canada, benefiting fishermen on both sides of the Atlantic and gardeners in Europe and the Arctic Circle.
The Gulf Stream originates near Cuba and is fed by the south equatorial current, reaching temperatures up to 30 degrees Celsius before leaving the Gulf of Mexico.
Key West, the most southern island of the Florida Keys, is influenced by the Gulf Stream, providing ideal conditions for various activities due to the high salt density in the water.
The Gulf Stream influences the weather patterns in Key West, affecting activities like fishing and rum production, creating unique flavors that cannot be replicated elsewhere.
Fishermen in Key West follow sustainable practices, fishing only what is in season to protect individual species, with local initiatives connecting fishermen and restaurants for seasonal menus.
The Gulf Stream flows along the Florida Keys for almost 200 kilometers before reaching Miami, influencing hurricanes' direction due to the Coriolis Force from the Earth's rotation.- Captain Don Casimir was responsible for navigating the submarine Ben Franklin during a unique Gulf Stream study in Switzerland.
The Gulf Stream research team, led by Jacques Picar, drifted 2,500 kilometers, providing valuable insights into the Gulf Stream's physics.
The Gulf Stream's warm water interacts with cold coastal water, causing unique wave patterns due to shearing action.
The researchers also investigated the biological aspects of the Gulf Stream, encountering swordfish and other marine life at over 300 meters below sea level.
Loggerhead sea turtles, endangered species, lay eggs on Melbourne Beach, with their hatchlings embarking on a mysterious journey in the Gulf Stream.
Scientist Kate Mansfield is studying the "Lost Years" of young sea turtles to understand their movements and survival during early stages.
Researchers at Florida Atlantic University are developing turbine rotors to harness energy from the Gulf Stream, potentially generating substantial power.
The Gulf Stream off the coast of North Carolina is known for its fast flow speed and interaction with the Labrador Current, leading to turbulent conditions.
Warm water fish are moving northwards along the East Coast, possibly linked to changes in the Gulf Stream due to recent climate change.
The Wampanoak tribe has a historical connection to whaling and the ocean, with members like Buddy Funderhoop continuing traditional fishing practices.- Lobster fishermen noticed strong currents and high water temperatures affecting their catches, with the Gulf Stream moving north and interacting with the continental shelf.
Drifter data showed the Gulf Stream's impact on lobster fishing, with currents causing losses of lobster pots.
Fishermen attached probes to traps to track sea floor water temperatures, revealing increasing temperatures affecting marine life.
The Woods Hole Oceanographic Institution in Massachusetts conducts marine research, studying Gulfstream Eddies and warm core rings.
Researchers use modern vessels like the Neil Armstrong for ocean research trips, deploying high sensitivity sonar to study ocean layers and organisms.
The Gulf Stream has warmed by about one degree Celsius in the last 100 years, impacting CO2 absorption and global warming.
Understanding ocean phenomena like the Gulf Stream is crucial for predicting and preparing for stronger storms and societal implications in the future.

Description

Explore the fascinating world of the Gulf Stream, its impact on climate, marine life, and human activities. Learn about the Gulf Stream's warm waters, unique wave patterns, interaction with various currents, and ongoing research initiatives. From historical connections to modern studies, delve into the significance of understanding this ocean phenomenon.