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When a submarine explores the ocean bottom what type of affect it?
tidal current
Why are tides higher in higher latitudes than in tropics?
Tides are generally higher in higher latitudes compared to the tropics due to the shape and dynamics of ocean basins. In higher latitudes, the continental shelf is often broader and shallower, which amplifies tidal ranges through a process called resonance. Additionally, the Coriolis effect is stronger at higher latitudes, influencing tidal currents and contributing to larger tidal variations. In contrast, the narrower, deeper ocean basins in tropical regions tend to produce smaller tidal ranges.
When a submarine explores the ocean bottom what type of currents affect it?
tidal current
Where do tidal wave occur?
mostly in the Pacific Ocean
How does gravity affect tides?
Tidal movements result mainly from the pull of the moons gravity on the ocean.
Ocean water rises and falls in a regular daily pattern called a?
Tidal movements
Some organisms will base what schedules on tidal movements?
Feeding and mating could be tied to tidal cycles for several organisms that occupy tidal basins or shorelines.
What color buoy marks a tidal basin?
A tidal basin is typically marked by a yellow buoy. This color indicates areas where tidal conditions may affect navigation and is part of the U.S. Aids to Navigation System. Yellow buoys can signify various marine features, including tidal basins, but it's essential to refer to local navigation charts for specific meanings.
Why aren't high ocean tides exactly 12 hours apart?
High ocean tides are not exactly 12 hours apart because the Earth rotates within the gravitational field of the moon, causing the tidal bulges to shift slightly every day. This leads to a tidal cycle that is typically around 12 hours and 25 minutes, known as the semidiurnal tide pattern. Multiple factors, such as the shape of coastlines and ocean basins, can also influence the timing and intensity of tides.
What is the definition of tidal resonance?
Tidal resonance is a phenomenon that occurs when the natural oscillation frequency of a body of water, such as a bay or estuary, aligns with the frequency of the tidal forces acting upon it. This alignment can amplify tidal amplitudes, leading to significantly higher tides than those observed in open ocean areas. Tidal resonance is influenced by factors like the shape and size of the water body, as well as local geographic features. It is most commonly observed in regions with narrow inlets or shallow basins.
What causes a tidal wave and how does it differ from a regular wave?
A tidal wave, also known as a tsunami, is caused by underwater earthquakes, volcanic eruptions, or landslides that displace a large amount of water. Unlike regular waves, which are caused by wind, tsunamis have much longer wavelengths and can travel across entire ocean basins at high speeds.
What do tides affect in tidal waters?
Tides primarily affect water levels, currents, and sediment movement in tidal waters. They play a significant role in shaping coastal landscapes, influencing marine life behavior, and providing opportunities for activities like surfing and fishing. Tidal fluctuations can also impact navigation and infrastructure in these areas.
