The oceanic, wind driven Ekman spiral is the result of a force balance created by a shear stress force, Coriolis force and the water drag. This force balance gives a resulting current of the water different from the winds. In the ocean, there are two places where the Ekman spiral can be observed. At the surface of the ocean, the shear stress force corresponds with the wind stress force. At the bottom of the ocean, the shear stress force is created by friction with the ocean floor…

How Seawater Moves: Ekman Transport Center for …

WebThe Ekman spiral is caused by ___. the wind and Coriolis effect. Which type of current flow moves in a circular path around a subtropical convergence, reflecting Ekman transport, … WebThe Ekman spiral affects the direction of near surface water movement. If you lowered a current-measuring device over the side of a ship in the northern hemisphere, what would you observe? As the instrument descended, the current direction would move progressively to the right of the wind until it actually was going in the opposite direction ... phmsa dot hazmat registration

OCE Ch. 7 Flashcards Quizlet

WebMET1010 Exam 3. describe the various skills of motion and give an example for each. Click the card to flip 👆. microscale-small chaotic motions (tiny eddies) cause smke to tumble and turn...form by convection or wind. dont last long...minutes. mesoscale- middle scale. last longer (minutes, hours, a day). ex: local winds (form along shorelines ... WebStudy with Quizlet and memorize flashcards containing terms like What is the cause of the Ekman spiral?, What causes a moving object to be deflected to the right in the Northern Hemisphere and to the left in the Southern Hemisphere ?, What causes the deflection of … WebEfecto de la espiral de Ekman. 1:Viento 2:Fuerza aplicada desde arriba 3:Dirección efectiva del flujo de corriente 4: Efecto Coriolis. Es consecuencia del efecto de Coriolis que, al … phmsa drug and alcohol audit