The cold would affect it from growing in the deep water and depending on how deep the it would receive less and less sunlight which it needs to grow
The ocean is one of the largest CO2 sinks in existance. A sink is a system that takes carbon dioxide out of the air. The ocean does this by several mechanisms: * photosynthesis by all the algae * dissolving the gas into the water * fixing the carbon dioxide into corals and shell asa carbonate So yes the ocean could absorb all the CO2. However - dissolving CO2 creates problems for the ocean. As more CO2 is absorbed the ocean gets more acidic and the corals can't maintain their carbonate deposits, these dissolve back into the water, the pH interfered with osmotic pressures and breeding conditions for fish. In addition the increased CO2 promotes algae growth which may cause algae blooms (large algae clumps) which sink to the bottom of he ocean removig trace minerals from the water. So the answer is realy "Yes it can, but you probably don't want it to."
At the bottom of an ocean energy pyramid, you would typically find phytoplankton or algae, which are the primary producers that convert sunlight into energy through photosynthesis. These organisms form the base of the marine food chain, providing energy to the rest of the ecosystem.
Some everyday products made from the ocean include cosmetics (such as seaweed-based skincare products), food ingredients (like fish oil supplements), and clothing materials (such as fabrics made from algae or recycled plastic from the ocean).
The ocean has different colors due to the way water absorbs and scatters sunlight. Water molecules absorb colors like red and yellow, while blue and green are scattered, giving the ocean its blue color. Factors like depth, sediment, and algae can also affect the color of the ocean.
Great blooms of oceanic algae, or phytoplankton, take carbon out of the atmosphere during photosynthesis. It is then taken deep into ocean with them when they die. Scientists say that this helped cool the earth during the ice ages by removing carbon dioxide from the atmosphere and storing it at the ocean floor, where it cannot be recycled back into the atmosphere.
Yes, algae growth in ocean water is limited by their need for carbon dioxide and sunlight, as these are essential for photosynthesis, the process by which algae produce energy. Other factors such as nutrients and temperature can also affect algae growth but carbon dioxide and sunlight are critical for their survival.
The growth of algae in ocean water is limited by factors such as the availability of nutrients like nitrogen and phosphorus, sunlight for photosynthesis, and grazing pressure from herbivores. When these resources are scarce, algae populations can be limited in their growth and reproduction. This balance is crucial in maintaining a healthy ecosystem and preventing algae blooms.
carbon dioxide and sunlight.
Some ocean animals that eat algae include sea urchins, parrotfish, and certain species of snails and fish. These animals help to control algae growth in ocean ecosystems by grazing on algae as part of their diet.
The availability of sunlight is a major factor that limits where algae can be found in the open ocean. Algae rely on sunlight for photosynthesis, so they are usually found in the upper layers of the water column where light can penetrate. Nutrient levels and water temperature also play a role in determining the distribution of algae in the open ocean.
major limited factor for plant growth can be phosphorus and light.
the surface zone
yes I sw algae in ocean water. Algae grew on my ocean watered plants during a science expirement
water
You don't find any algae growing much deeper than 60 feet (20 meters) because the light that is necessary for their growth is filtered out by the water. Algae, therefore, is found only near the surface.
Holdfasts are the structures in large algae that take the place of roots. These holdfasts anchor the algae to the ocean floor, providing stability and allowing the algae to withstand ocean currents and waves.
Algae have very little to do with ocean currents, other than the fact that they ride it occasionally.