Without marine algae to perform photosynthesis, the food chain at 200 meters below sea level would be severely impacted. Marine animals that rely on algae as a primary food source could struggle to find adequate nutrition. This could lead to changes in the abundance and diversity of species in this deep-sea ecosystem.
Marine algae require sunlight for photosynthesis, which is limited at depths below 200 meters due to decreased light penetration. Without sufficient light, marine algae cannot photosynthesize effectively and survive in deeper waters.
The difference in altitude between 5040 meters above sea level and 156 meters below sea level is 5196 meters. This is because you would be adding 5040 meters and 156 meters, which results in a total of 5196 meters difference in altitude between the two points.
Cirrus clouds are not likely to form below 2000 meters as they are high-altitude clouds found above 6000 meters. These clouds are wispy and thin, made up of ice crystals, and are often associated with fair weather.
The top layer of the ocean, known as the epipelagic zone, typically extends to a depth of around 200 meters. This zone is well-lit and is where most marine life resides due to the availability of sunlight for photosynthesis. Beyond this depth is the mesopelagic zone, which extends from 200 to 1000 meters deep.
Contours are lines connecting points of equal elevation on a map. If you have the same type of contour line both above and below sea level, it means that the elevation increase or decrease is consistent. For example, if you have a contour line at 100 meters above sea level and another at 50 meters below sea level, the difference between them is still 150 meters, even though one is above sea level and the other is below.
Marine algae require sunlight for photosynthesis, which is limited at depths below 200 meters due to decreased light penetration. Without sufficient light, marine algae cannot photosynthesize effectively and survive in deeper waters.
Marine algae require sunlight for photosynthesis, which is the process that provides them with energy. Light penetration decreases with depth, leading to insufficient light for photosynthesis beyond 200 meters. This absence of marine algae at depths below 200 meters can limit the availability of food and oxygen for other marine organisms, impacting the overall biodiversity and food web dynamics in these deep-sea ecosystems.
Marine algae have specialized pigments that enable them to capture sunlight for photosynthesis. Below 200 meters, there is not enough sunlight for photosynthesis to occur efficiently. Additionally, pressure and temperature conditions at those depths make it challenging for marine algae to survive.
Because algae is so numerous in the ocean
It can turn into a graveyard. The algae will grow and grow and suck up all the oxygen, thus, depriving the marine life below of sunlight and oxygen.
found 1 meter below the surface on cloudy days. The study concluded that sunlight penetration was the main factor affecting the depth distribution of the algae.
Living coral must remain relatively close to the surface of the water so that the symbiotic algae can have access to sunshine. The algae requires sunshine in order to complete photosynthesis which provides oxygen to the coral.
A prefix for marine is "sub-," which means below or beneath.
whats 40 meters below sea level
Marine algae are photosynthetic. At depths below 200m there is very little sunlight which would make photosynthesis extremely difficult.
"Marine One" ~ see related link below .
The Assistant Commandant of the Marine Corps.