from your private
They come from england
Dennis J. Gregor has written: 'Trophic characterization of the U.S. and Canadian nearshore zones of the Great Lakes' -- subject(s): Eutrophication, Limnology, Water, Pollution
Near shore zones typically get their nutrients from a combination of sources, including runoff from land, upwelling from deeper waters, and decomposition of organic matter within the zone itself. These nutrients are often in the form of nitrates, phosphates, and silicates, which are essential for supporting the growth of phytoplankton and other primary producers in the ecosystem. The availability of these nutrients can have a significant impact on the overall productivity and biodiversity of near shore environments.
Is called neratic zone .
They can, though they are more dominant at subduction zones.
They get it from. None of your business NOOBS HAHAHAH. They get it from. None of your business NOOBS HAHAHAH. They get it from. None of your business NOOBS HAHAHAH. They get it from. None of your business NOOBS HAHAHAH.
Neritic zones are closer to shore, shallower, and warmer than open ocean zones. They also tend to have higher levels of nutrients and more sunlight penetration, supporting greater biodiversity and productivity compared to open ocean zones.
beacuse
Trenches are deep ocean features of subduction zones.
Mass movement, such as landslides or rockfalls, can have significant impacts on coastal zones. These events can contribute large volumes of material to the nearshore environment, affecting sediment dynamics, beach erosion, and habitat destruction. Mass movement can also increase the risk of coastal erosion and pose hazards to human populations and infrastructure located near the coast.
It does not have nutrients in a form that humans can utilise them.
composite volcanoes