Light is reflected by the water and by waterborne particles, so the light intensity decreases with depth. It eventually becomes insufficient to power photosynthesis.
This is because after this depth, sunlight amounts are insufficient for photosynthesis. Most creatures hunt or use chemosynthesis after this depth.
This is because after this depth, sunlight amounts are insufficient for photosynthesis. Most creatures hunt or use chemosynthesis after this depth.
False.
False.
Sure, it just depends on the location and your depth, because some bodies of water don't have turtles and they are at a certain depth.
Dissolved oxygen typically decreases with depth in natural water bodies. This is because oxygen levels are influenced by factors such as photosynthesis, surface aeration, temperature, and organic matter decomposition. As depth increases, less light penetrates to support photosynthesis and oxygen consumption from organic matter decomposition exceeds oxygen production.
Photiczone is the depth or area of the water in a lake or ocean, that is exposed to sufficient sunlight for photosynthesis. At a certain depth, not enough light bets through to allow for plant growth that needs sunlight.
I think it might be about 2000 feet.
The photic zone or euphotic zone is the depth of water in a lake or ocean that receives enough sunlight for photosynthesis to take place!
Marine algae are primarily restricted to the top 100 meters of the ocean due to the availability of sunlight, which is essential for photosynthesis. Sunlight penetration diminishes rapidly with depth, making it difficult for algae to thrive beyond this zone. Additionally, the upper layers of the ocean support nutrient availability and warmer temperatures, both of which are conducive to algal growth. Beyond this depth, conditions become less favorable for photosynthetic organisms.
we use a chart for that. which helps us calculate how long we can stay in a certain depth. dive planning
The Cousteau limit was proposed by Jacques Cousteau, a renowned French oceanographer, and diver. It suggests that marine life can only thrive up to a certain depth due to the lack of sufficient sunlight for photosynthesis beyond that limit.