photic zone and aphotic zone
Yes, that's correct. The marine biome is divided into different zones based on factors such as light penetration, distance from the shore, and depth. These zones include the intertidal zone, neritic zone, oceanic zone, and abyssal zone, each with unique characteristics and ecosystems.
yes it really is
Invertebrates found in the deeper zones of the body of water, usually where there is no effective light penetration.
The three ocean light zones are known as the "photic" zones. The Greek root photic means light.§ The Euphotic Zone:extends from 0m to 80mmeans "full of light". In this light zoneenough light penetration for green plant growth.§ The Disphotic Zone:extending from 80m to approximately 200mmeans "partial light"Variety of blue-green light here.§ The Aphotic Zone:extending beyond the 200m markmeans "without light"any life in this region must survive without light.In other curtailed words - the sunlight zone, the twilight zone and the midnight zone.
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.
Intertidal zone, coastal ocean, and open ocean.
Intertidal zone, coastal ocean, and open ocean.
Ocean zones are determined based on depth and distance from the shore. The main criteria used are the amount of light that penetrates the water, temperature, and the presence of marine life. These criteria help scientists classify the ocean into distinct zones like the sunlight zone, twilight zone, and midnight zone.
The open ocean of any depth is called the pelagic zone. This zone encompasses all the water in the ocean that is not near the shore or the ocean floor. Within the pelagic zone, there are different regions based on depth and light penetration, such as the epipelagic, mesopelagic, bathypelagic, and abyssopelagic zones.
The order of ocean zones, from the surface to the deep ocean, are the epipelagic zone, mesopelagic zone, bathypelagic zone, abyssopelagic zone, and hadalpelagic zone. Each zone has unique characteristics based on depth, light availability, and the organisms that thrive there.
The amount of light they need * * * * * ---- * * * * * * * * * * purple ponie ----
The division between the epipelagic and mesopelagic zones occurs at a depth of approximately 200 meters (656 feet) in the ocean. The epipelagic zone, also known as the sunlight zone, is characterized by sufficient light penetration for photosynthesis, while the mesopelagic zone, or twilight zone, experiences decreasing light levels and is home to different marine life adapted to lower light conditions. This transition marks a significant change in temperature, light availability, and biodiversity.