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[Audio] Presentation on Canary Currents, presented by Gomez, Patrick Henry. Padua, Lennard. Section of BSMT SIV DELTA.

DESCRIPTION OF THE CURRENT 01. CONCLUSION 02. 03 WEATHER CONDITION.

DESCRIPTION OF CANARY CURRENT. The Canary Current is characterized by its cool temperature, as it transports cold water from the northern latitudes towards the tropical regions. The cool water brings important nutrients to the coastal areas it passes, making it a productive ecosystem that supports diverse marine life. This makes the region a significant fishing ground, supporting local fishing industries. Overall, the Canary Current plays an important role in the marine ecology, climate, and economies of the countries along the coast of North Africa. Its influence on the region's weather patterns and its support of marine life make it a crucial component of the Atlantic Ocean's circulation system..

In conclusion, the Canary Current is a cold ocean current that flows along the western coast of North Africa in the eastern Atlantic Ocean. It originates from the subpolar region near the Iberian Peninsula and moves southward, influenced by the prevailing northeast trade winds. The current is relatively shallow and brings cool water from the northern latitudes to the tropical regions, making it an important source of nutrients for the coastal areas it passes. The Canary Current supports a productive marine ecosystem and is a significant fishing ground, contributing to the local fishing industries. It also has an impact on the climate of the coastal areas, moderating temperatures and contributing to the formation of coastal fog. Overall, the Canary Current plays a crucial role in the marine ecology, climate, and economies of the countries along the coast of North Africa..

The Canary Current has a significant influence on the weather conditions along the western coast of North Africa. Here are some of the weather effects attributed to the Canary Current: Cooler Temperatures: The Canary Current brings cold water from the subpolar region towards the tropics. As the current flows southward along the coast, it helps to moderate temperatures, bringing cooler conditions Coastal Fog: The cool Canary Current interacts with the warm air masses near the coast, creating favorable conditions for the formation of coastal fog, also known as "garúa." This fog can have a cooling effect on the coastal areas and may contribute to increased humidity..

The Speed and Density of the speed of the Canary Current is relatively moderate compared to other major ocean currents. It typically ranges from about 10 to 40 centimeters per second (cm/s) or 0.2 to 0.8 knots. However, the speed can increase in areas of coastal upwelling where the current interacts with the prevailing winds and other oceanic features. The density of the Canary Current is primarily influenced by temperature and salinity. The current transports cold water from the subpolar region, which tends to be denser than warmer water..

The Canary Current brings several benefits to marine life and the coastal areas along its path. Nutrient Supply: The Canary Current transports cold, nutrient-rich water from the subpolar region towards the tropics. Cooling Effect: The presence of the Canary Current along the coast of North Africa has a cooling effect on the local climate. Overall, the Canary Current's influence on marine life and the coastal areas is highly beneficial. It supports thriving fisheries, sustains biodiversity, provides cooling effects, and contributes to the economic and recreational activities of the region..

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