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Most organisms live in the neritic zone because it is the productive area of the ocean where sunlight penetrates, allowing for photosynthesis to occur. This leads to abundant food availability, making it an ideal habitat for a diverse range of marine species. Additionally, the neritic zone provides ample space and shelter for organisms to thrive.

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1y ago

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Why do most organisms live near the edges of the shallow portion or a water biome?

because the water i there they live on it, they will have lessons to learn about the sea if they just transfered how about there clothes and here more like us humans we eat fried chickens so we do :) Ty visit a place where you can absorb the organisms and their natural habitat, it' really yummy for them but. is this yummy for us?! XD> Learn about it literally.


What animals live in the Littoral zone?

Animals that live in the littoral zone include crabs, sea stars, small fish, snails, mussels, and algae. These organisms are adapted to fluctuating water levels and exposure to air during low tide. They play important roles in the ecosystem by providing food and habitat for other marine species.


What plants and animals live in the Hadopelagic?

Hadopelagic or hadalpelagic means open ocean farther than the neritic zone and at least 6000m deep. The organisms that live here are hard to classify. There are the hydrothermal vents, which house chemosynthetic bacteria and some worms with red feathery looking things at the top for feeding. Most of the hadopelagic zone is unexplored and before the new discovery of hydrothermal vents, it was thought that nothing lived there at all. Due to lack of deep ocean exploration it is unknown what and how much lives down there. Jellies and ctenophores probably. But very little detritus falls that far.


Which ocean zone is both biologically the most productive and physically the most demanding?

The oceanic zone that is both biologically the most productive and physically the most demanding is the euphotic zone. This zone receives the most sunlight, supporting high levels of photosynthesis, which in turn results in abundant marine life. However, the euphotic zone also faces physical challenges such as the need to adapt to high light levels, strong wave action, and competition for resources.


What determines whether the benthic zone in a lake will sustain photosynthesis?

The amount of light penetration into the benthic zone, nutrient availability, and the presence of photosynthetic organisms such as phytoplankton and aquatic plants are key factors that determine whether photosynthesis can occur in the benthic zone of a lake. If there is sufficient light and nutrients, photosynthesis can be sustained in the benthic zone.