Fucoxantin
The question is, How does Algae help the ecosystems? The question is, How does Algae help the ecosystems?
yes, to an extend it can help but too much can be a defect to photosynthesis because the algae prevents the sun from coming through
algae and other marine plants help supplies 71 percent of the worlds oxygen. they also are used to help cleanse chemicals from farms.
Yes, dish soap does affect algae. Because of the chemicals and cleaning agents, the dish soap will help break down the algae.
Some important points that might help. I took them from one website as they were (didnt re-phrase) "Algae is currently used in many wastewater treatment facilities, reducing the need for more dangerous chemicals. Algae can be used to capture the runoff fertilizers that enter lakes and streams from nearby farms. Algae is used by some powerplants to reduce CO2 emissions. The CO2 is pumped into a pond, or some kind of tank, on which the algae feed."
The question is, How does Algae help the ecosystems? The question is, How does Algae help the ecosystems?
A seaweed extract called Carrageenan is used to help thicken ice cream. Agar is also a product from seaweed that is also used as a thickening agent.
algae help return nitrogen to te soil?
This is only a not well documented hypothesis.
red algae
Hi,There are many classification of algae but the one given by F.F. Fritsch (1935) is considered to be the most accepted. He divided algae into 11 classes that can be list in the following manner.Class 1. Chlorophyceae Green algae- e.g., Chlamydomnas, Spirogyra.Class 2. Xanthophyceae - Green-yellow algae; e.g., Vaucheria.Class 3. Chrysophyceae - Yellow-green algae; e.g., Chrysophaera.Class 4. Bacillariophyceae or Diatoms -Yellow or golden brown algae; e.g., Pinularia.Class 5. Cryptophyceae -Red or brown in colour; e.g., Cryptomonas.Class 6. Dinopnyceae - Dark yellow or brown in colour; e.g., Peridinium.Class 7. Chloromonadineae -Bright green in colour; e.g., Vacuolaria.Class 8. Euglenidae - Belonging to the euglena like animals. Euglena.Class 9. Phaeophyceae - Yellow brown in colour; e.g., Sargassum,Class 10. Rhodophyceae - Red algae; e.g., Polysiphonia.Class 11. Myxophyceae -Blue-green in colour; e.g., Nostoc.Hope this answer will help yu,Cheers!!
No it does not.
Basically, Carbohydrates are nutrients that are converted by the body to be used as energy for the cells. So in everyday life, the carbohydrates in the food that we it will help us have energy for our body to function normally.
The red, brown, yellow and green colors of algae help them blend in with the colors of the ocean floor,so they won't be found or eaten by their predators. Algae have special cells which make these colors appear so they can better use the light energy available to them while under water for photosynthesis. Another view: It is likely that the different pigments in algae allow them to compete for different wavelengths of light, either when crowded or when in different environments. Some algae have developed holdfasts to anchor them in place.
yes, to an extend it can help but too much can be a defect to photosynthesis because the algae prevents the sun from coming through
algae growing off of it supplies it with stuff to live and the algae gets help too:)
algae and other marine plants help supplies 71 percent of the worlds oxygen. they also are used to help cleanse chemicals from farms.