-CO2 Autotroph
-Organic compounds Heterotroph
For a plant to live, it breathes in carbon dioxide. When a plant dies it still has to go somewhere if it isn't used, because the plant will start to decompose, so the carbon dioxide is released
The advancement of the process of breakdown of compostable materials is the way in which microbes can be useful in compost bins. The microbes in question may appear as beneficial bacteria and fungi. They decompose carbon- and nitrogen-rich recyclables and thereby generate the energy and heat which ensure efficient decomposition in less than a year.
Early microbes did not significantly change Earth's atmosphere or climate because they did not produce enough oxygen as a byproduct of their metabolism to have a large-scale impact on the environment.
When grass decays, the organic matter in the grass is broken down by microbes through the process of decomposition. During this process, carbon stored in the plant material is released as carbon dioxide as a byproduct. This carbon dioxide is released into the atmosphere.
No, not all microbes are pathogens. Microbes can be beneficial or harmful, depending on the context. Many microbes are essential for processes such as digestion, nutrient cycling, and immune system function.
Microbes that prefer an atmosphere of carbon dioxide are known as carbon dioxide-loving or CO2-loving microbes. Some examples include certain types of bacteria and archaea that thrive in environments with high levels of carbon dioxide.
Nitrogen, carbon, microbes and water.
i think maybe carbon dioxide
Essentially they all do ... but not all of them all of the time (i.e. plant cells).
For a plant to live, it breathes in carbon dioxide. When a plant dies it still has to go somewhere if it isn't used, because the plant will start to decompose, so the carbon dioxide is released
Cellulose is good for microbes because it is a complex carbohydrate that serves as a source of energy and carbon for many microorganisms. Microbes that can break down cellulose, such as cellulolytic bacteria and fungi, play a crucial role in recycling organic matter and nutrient cycling in ecosystems. The ability to degrade cellulose allows these microbes to thrive in environments rich in plant material.
The advancement of the process of breakdown of compostable materials is the way in which microbes can be useful in compost bins. The microbes in question may appear as beneficial bacteria and fungi. They decompose carbon- and nitrogen-rich recyclables and thereby generate the energy and heat which ensure efficient decomposition in less than a year.
Early microbes did not significantly change Earth's atmosphere or climate because they did not produce enough oxygen as a byproduct of their metabolism to have a large-scale impact on the environment.
Yes, microbes need nutrients to survive and grow. These nutrients can include carbon, nitrogen, phosphorus, sulfur, and trace elements. Microbes obtain these nutrients from their environment to support their metabolic processes.
Microbes need a source of energy, such as organic matter or sunlight, to survive. They also require water, a suitable environment with the right temperature and pH, and essential nutrients like carbon, nitrogen, and phosphorus. Some microbes may also need oxygen for respiration.
No plants, no animals above a few anaerobic microbes. Plants turn carbon dioxide into oxygen, which animals need.
Yes, carbon is a fundamental element of life on Earth. All living organisms, from microbes to plants to animals, contain carbon atoms in their molecular structure. Carbon is essential for forming the complex molecules that make up biological systems.