Algae depend on sunlight to carry out photosynthesis. There is not enough sunlight below 200 meters.
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.
The average ground temperature varies at different depths below the surface. Generally, the temperature increases the deeper you go. This is due to the Earth's internal heat. At a depth of about 10 feet, the ground temperature remains relatively stable, around 50-60 degrees Fahrenheit.
Yes, soil composition, structure, and nutrient levels can vary at different depths below the surface due to factors such as organic matter accumulation, mineral content, and microbial activity. These variations can impact plant growth and root development.
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Magnetite can be found at varying depths below the Earth's surface, with some deposits located closer to the surface than others. In general, magnetite deposits can be found both near the surface and at deeper depths depending on geological conditions and the specific location.
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.
Because algae is so numerous in the ocean
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.
Marine algae are photosynthetic. At depths below 200m there is very little sunlight which would make photosynthesis extremely difficult.
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.
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.
The aphotic zone, also known as the midnight zone, is a marine biome characterized by deep water depths that never receive sunlight. This zone is found below the photic zone and is inhabited by organisms that do not rely on photosynthesis for energy.
Humpback whales are marine mammals that primarily inhabit oceanic waters and do not live at specific depths below sea level. They can dive to depths of up to 15,000 feet (approximately 4,500 meters) when foraging for food, but they are not confined to any particular depth and can be found in various depths depending on their feeding and migration patterns.
Yes, light is essential for photosynthesis in algae, which generates energy in the form of glucose. This energy is then used for cellular respiration to produce ATP, the primary energy source for cellular processes. Therefore, light indirectly affects cellular respiration in algae by providing the energy needed for metabolic activities.
they are located just below the skin at two depths
A prefix for marine is "sub-," which means below or beneath.
they are located just below the skin at two depths