Although all algae have chlorophyll not all kinds of algae are green. Fire algae are unicellular algae that are red in color because of too little oxygen in the water
Before the algae evolved, the oxygen % in the air was only a few%. After the algae, the % grew to over 20%. Which is why in the Carboniferous had giant plants and some large animals. Since then, the oxygen % of the air has diminished.
The most oxygen is made by Algae (in Latin) or seaweed. They are not plants.
As the third most abundant element, oxygen in the air is made by plants and algae.
Oxygen is produce by green plants by carbohydrates. This whole process is called photosynthesis.
No, they produce Co2 which is used for plants to breathe then the plants produce oxygen. This is wrong. Green algae produce 70 to 80% of the oxygen on earth. We would not exist without them.
Algae uses organic wastes in the water and produces oxygen. Plants produce oxygen after inhaling carbon dioxide.
Algae are plants and produce oxygen from carbon dioxide when exposed to sunlight by photosynthesis. At night they produce carbon dioxide though cellular respiration.
They produce oxygen as well as provide food for fish that are eaten by other fish. Allowing the cycle of life to continue!
Cyanobacteria or blue-algae are microbes that produce oxygen through the process of photosynthesis. Some scientists believe that these bacteria were the first to produce oxygen on Earth.
The useful effects of algae is that it provides oxygen for various living things. Algae is also a food resource for humans and fish. Algae can become harmful if they produce toxins. Too much algae in the water can kill fish because the algae consumes a great amount of oxygen and can block the sunlight from reaching underwater.
Although all algae have chlorophyll not all kinds of algae are green. Fire algae are unicellular algae that are red in color because of too little oxygen in the water
Oxygen was a waste product of the first organisms. They fed on the chemicals in the early sea, and spewed out oxygen, so much oxygen that oxygen replaced the carbon dioxide as an insulation layer. Plant today produce oxygen by photosynthesis.
Yes - through basic photosynthesis, like all other plants. What is remarkable about certain algae is their efficiency in doing so.
Coralline algae is classed as a red algae. Red algae is unique because it has adapted to be able to photosynthesise not only in light (producing O2) but also in darkness and at night (producing CO2). This means that coralline algae can still thrive in low light, as long as the water has a high enough oxygen content.
"Red tide" has nothing to do with oil spills. It is the result of the accumulation of algae with a reddish coloration in near shore waters. Some red tides are produce natural toxins, deplete of dissolved oxygen or have other harmful impacts which lead to fish deaths.
Green algae requires stronger sunlight for it needs it to under go photosynthesis to make it gree. Red algae does too use photosynthesis, but not to the extent to turn it green. The closer to the surface, the more oxygen too, so the green algae must need more oxygen for respiration.