| Cold water (5) |  |
| Deep water (5) | |
| Fresh water (25) | |
| Groundwater (42) | |
| Meltwater (10) | |
| Salt water (8) | |
| Saltwater (10) | |
| Surface water (8) | |
| Warm water (5) | |
| Water (2769) | |
| Water level (11) | |
| Water quality (19) | |
| Water temperature (6) | |
| Water vapor (33) | |
| Cold water (5) | |
| Deep water (5) | |
| Fresh water (25) | |
| Groundwater (42) | |
| Meltwater (10) | |
| Salt water (8) | |
| Saltwater (10) | |
| Surface water (8) | |
| Warm water (5) | |
| Water (2769) | |
| Water level (11) | |
| Water quality (19) | |
| Water temperature (6) | |
| Water vapor (33) | |
Studies from the 1980s revealed that precession leads to a regular upwelling of deep water in the equatorial Atlantic ocean roughly every 23000 years.
and thus stable productivity. he rise of deep water spurs nitrogen fixation because that water is low in nitrogen
instead that at least half or more of all the fish living on the seafloor might get their energy from animals that migrate each day between the surface and deep water like jellyfish cephalopods and small fish.
indicating that the deep water came into contact with the air far too recently to have been carried there from one of the known AABW sinks.
the southern moonfish is known to be very active despite living in cold, deep waters.""They are very,
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