Some bacteria take in carbon dioxide and excrete oxygen and others do the opposite. Those that do excrete oxygen still do not replenish the atmosphere's oxygen, nothing does, not even the plants. There is simply a balance. While they are alive and growing, bacteria and plants give out oxygen but eventually they die and the carbon carbon they stored while they were growing is returned to the atmosphere. Once a bacteria colony or a forest has finished growing, the waste like dead bacteria or dead leaves, is in exact balance with the oxygen they give out.
Yes, autotrophic bacteria that perform photosynthesis release oxygen into the air as a byproduct of this process. These bacteria use sunlight to convert carbon dioxide into organic compounds and release oxygen as a waste product.
Most bacteria needs air for the process of breaking down food to obtain energy (respiration). But to survive, no.
Unlike aerobic bacteria, anaerobic bacteria do not use oxygen. Types of bacteria: aerobic - oxygen is essential facultatively aerobic - use oxygen if available, but can do without it anaerobic - oxygen is toxic for them Anaerobic bacteria can be found especially in extreme environments such as thermal vents or deep-sea vents.
No organisms make "air." Air is the natural atmosphere of the earth. Most of it is nitrogen. Most plants take in carbon-dioxide, and produce oxygen. Most animals take in oxygen, and produce carbon dioxide.
To increase oxygen levels in a room, you can add more plants as they release oxygen during photosynthesis. Opening windows and using air purifiers can also help improve air circulation and oxygen levels.
In a way, yes because they are making trees and plants grow bigger and stronger and then they replenish the oxygen in the air. Hope I helped! Contributors trust please. :D
To keep oxygen in the water for the bacteria that "eat" wastes in the water to help purify it. If the oxygen level gets to low, the bacteria die, and the water in the basin doesn't get cleaned.
Yes, autotrophic bacteria that perform photosynthesis release oxygen into the air as a byproduct of this process. These bacteria use sunlight to convert carbon dioxide into organic compounds and release oxygen as a waste product.
Mammals take in oxygen from the air they breathe. High concentrations of oxygen in the lungs replenish the oxygen-poor red blood cells that pass through. The cells then carry the oxygen through the body.
OxyphotobacteriaAnoxyphotobacteria is the term that describes bacteria that don't need air to grow
Most bacteria needs air for the process of breaking down food to obtain energy (respiration). But to survive, no.
Grass releases oxygen into the atmosphere through a process called photosynthesis. During photosynthesis, grass takes in carbon dioxide from the air and water from the soil, using sunlight to convert these substances into oxygen and glucose. The oxygen is then released into the air as a byproduct, helping to replenish the oxygen in the atmosphere.
Grass contributes to the production of oxygen through a process called photosynthesis. During photosynthesis, grass takes in carbon dioxide from the air and uses sunlight to convert it into oxygen and glucose. This oxygen is released into the atmosphere, helping to replenish the oxygen we breathe.
We produce carbon dioxide which we release into the atmosphere when we exhale. Trees absorb the carbon dioxide and in turn produce oxygen, which we need to breath. Green plants are the world's best air purifiers!
There are anaerobic and aerobic bacteria. Aerobic bacteria thrive in oxygen rich environments. Oxygen is potentially lethal to anaerobic bacteria. If the system is set up to use anaerobic bacteria, you want to keep out the air which brings in oxygen to maintain the best environment for the desired bacteria.
Rainforests have been likened to the lungs of the planet. The abundance of vegetation and humidity help replenish and refresh the air.
Yes, autotrophic bacteria that perform photosynthesis release oxygen into the air as a byproduct when using the sun's energy to produce food. This process is similar to how plants produce oxygen during photosynthesis.