Some algae are edible. Nori, from the red alga, porphyra, is a favorite in Japanese cuisine. Caulpera, a green alga commonly called arosep, is prepared as salad. A number of important products are derived from the cell walls of algae. Agar,derived from red algae, is one product used in making processed cheese, pudding, mayonnaise, jelly, and ice cream. It is also used in making gel capsules for some medicines. It is an ingridient of lotion, ointment, shoe polish, and shaving cream. It is also used as an important growth medium for bacteria in laboratory research work. Another product derived from red algae is carrageenan, which is similar to agar. Carrageenan is used in the production of milk shake, ice cream, sherbet, instant pudding, and creamed soup. It is also a constituent of toothpaste and lotion. Derived from brown algae are thickeners, which are used in making ice cream, shaving cream, rubber, paint, and dental impression mold.Some brown algae are used as fertilizers, and as cattle feed supplements.
Coral polyps provide a home and nutrients for algae through photosynthesis, while the algae provide oxygen and essential nutrients to the coral polyps through their waste. This mutualistic relationship, known as coral-algae symbiosis, helps both organisms thrive in nutrient-poor ocean environments.
Oh, isn't that just lovely? When coral and algae work together in harmony, it's called a mutualistic relationship. They both give and receive, creating a beautiful and thriving ecosystem in the ocean. Just like how we can all support and uplift each other to create something truly special.
Parrotfish help maintain a healthy coral reef ecosystem by eating algae that can smother coral. Their feeding behavior helps prevent algae overgrowth, allowing coral to thrive and providing a balanced environment for other marine life.
Parrotfish play a crucial role in the ecosystem by eating algae that can smother coral reefs. By grazing on algae, parrotfish help to keep the coral healthy and allow new coral to grow. This helps to maintain the balance of the coral reef ecosystem and supports the overall health of the reef.
Coral reefs are one of the most productive aquatic biomes due to the diversity of species they support and the high rates of photosynthesis by coral and algae. These biomes play a crucial role in supporting marine life and ecosystems.
Coral polyps provide a home and nutrients for algae through photosynthesis, while the algae provide oxygen and essential nutrients to the coral polyps through their waste. This mutualistic relationship, known as coral-algae symbiosis, helps both organisms thrive in nutrient-poor ocean environments.
Coral and algae (specifically the algae called zooxanthellae) have an intimate symbiotic relationship. The algae live inside the coral, and provide it with sugars and other photosynthesis byproducts. The coral provides the algae with nutrients for photosynthesis and a safe place to live and reproduce.
Many corals, specifically hermatypic corals, contain symbiotic algae that provide the coral with sugar from photosynthesis. Algae also feed zooplankton, which corals feed on. Basically, algae provide corals with food, indirectly.
Zooxanthellae is the algae that has a symbiotic relationship with reef-building corals. These algae live within the coral's tissues and provide energy through photosynthesis, while the coral provides shelter and nutrients to the algae in return. This symbiotic relationship is crucial for the health and growth of coral reefs.
It had to start photosynthesis.
Yes, because algae provide coral reef with nutrients
The algae helps the coral by producing oxygen and other nutrients that are required by the coral. The coral produces carbon dioxide for the algae as well as other substances the algae requires.
When a coral polyp is formed it takes in the algae and the algae carries onto photosynthesis inside the coral. The algae later helps the coral change calcium salts in seawater into a hard calcium carbonate structure that makes up a coral reef. Without the algae helping to create calcium carbonate, a coral reef wouldn't have it's nice structure.
Coral live in shallow waters because they have a special relationship with algae. The algae live in shallow waters and carry on photosynthesis. Algae grow inside coral. They help the coral grow and build a skeleton.
Oh, isn't that just lovely? When coral and algae work together in harmony, it's called a mutualistic relationship. They both give and receive, creating a beautiful and thriving ecosystem in the ocean. Just like how we can all support and uplift each other to create something truly special.
It's a mutualistic symbiosis, and occours in corals, jellyfishes and other polyps.* The symbionts, called zoochlorellae if they are green algae or zooxanthellae if they are protozoans, with photosynthesis produce: # Sugars, wich can feed the host up to 90% of its energy request. # Oxygen. * The cnidarian (coral, jellyfish or hydropolyp) gives to zoochlorellae (or to zooxanthellae) his products of waste: # CO2 (which decreasing helps hermatypic corals forming their skeletons) # Minerals. # Nitrogen. In order to perform photosynthesis, zoochlorellae and zooxanthellae need light, so they can stay only in shallow waters.
Coral is not a carnivore. Coral is a marine invertebrate that obtains most of its nutrition from a symbiotic relationship with photosynthetic algae called zooxanthellae, which live inside the coral's tissues and provide energy through photosynthesis.