Possible Answer:
The open water zone is beneath the littoral zone and is only as light can reach. The deep water zone is below the open water zone where no light reaches
I don’t know
The basic differences are that the deep water wave "spreads out" and moves very quickly across open water. Wave height is not "significant" in these waves. When the wave reaches shallow water, however, it "slows down" at the leading edge. This causes the wave to "bunch up" and increase in height, even to dangerous proportions. A 20 or 30 metre high wave would devastate a shoreline, but would be hardly noticeable if it passed beneath a ship in deep water.
the depth of the pelagic zone is 11 kilograms
Yes there are. There are tides in any open body of liquid, oceans, lakes, ponds, puddles... everywhere. In a teacup, the tidal effect is only about ten billionths of a meter deep but there is a difference between the two sides of a cup. FYI: that's about the size of a virus.
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Tsunamis in the open ocean are not dangerous at all; they aren't even noticeable. In deep ocean water a tsunamis is only a few feet to a few inches high and dozens of miles long. It is only when a tsunami reaches shallow water that it gains height.
Deep sea
The open water zone is beneath the littoral zone and is only as light can reach. The deep water zone is below the open water zone where no light reaches
in the open water down deep in the open
A lake is an enclosed body of (usually fresh) water. A sea is usually an open expanse of salt-water.
the difference between installment credit and open ended credit is they are the same..
11;11
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Either the open ocean biome or the deep sea.
one is open and the other is closed
there is no difference. they are both 42.
A long, narrow, deep inlet of the sea between steep slopes
Wave oscillation occurs in the open sea in deep water, wave energy moves forward, not the water itself. Wave of translations begins to form in shallower water when the water depth is about 1/2 of the wavelength (from crest(top) of wave 1 to crest of wave 2) and the wave begins to "feel bottom."