Clostridium botulinum and the bacteria which live near hydrothermal vents on the deep-sea ocean floor.
Differences 1)the animals take in oxygen and give out carbon-di-oxide. 2) plants they take in carbon-di-oxide and give out oxygen. 3)the animals have a complex breathing mechanism. 4)the plants have a simple mechanism of breathing
Great question! Not as we do, with lungs. which is an active process, but they do breathe by a passive process. Both plants and animals carry on a process called respiration which occurs on a cellular level and involves an exchange of oxygen and carbon dioxide. Plants mostly do this in their leaves, which in some ways are similar to our skin (which, incidentally, is the largest organ in our bodies). The process by which all respiration takes place is called diffusion - plants 'breathe' through their leaves - the really cool thing is that they 'exhale' - ready? oxygen...which is why we want trees - because they breathe by 'inhaling' carbon dioxide and 'exhaling' oxygen for us to use in our bodies to do our own respiration.BTW - Animals breathe differently than plants. We do it in two places, in our lungs - as most people are aware - and also in our body tissues. Our lungs take in oxygen (that came from the plants respiration) and we put it in our blood, and at the same time release the carbon dioxide from the blood and put it into the atmosphere so the plants can use it. In addition, we also have a second type of breathing that occurs in all our bodies called tissue respiration. In our tissues, we take the oxygen from the blood and put it in the tissues, and at the same time take the carbon dioxide from the tissues and put it in the blood to be taken to the lungs.
Plants need Water (H2O) and Carbon Dioxide (CO2) to produce glucose - which is used as food. The hydrogen (H2) part of the water is used with the carbon dioxide to produce glucose, the food. The remaining oxygen (from the water) is waste.
some specifications of living beings are they respire they breathe they move they respond
Some plants have thorns that hurt when you are stabbed with them, some plants cause allergic reactions, and some plants are poisonous to eat and/or touch. Plants are very helpful in life but some really are not.
Yes, algae can respire anaerobically, although most prefer aerobic respiration when oxygen is available. In anaerobic conditions, some algae may utilize fermentation processes to generate energy. However, this is less efficient than aerobic respiration, and not all algal species are capable of anaerobic metabolism. Generally, the majority of algae thrive in oxygen-rich environments.
Athlete's foot, caused by fungal infections like Trichophyton, does not respire in the same way that animals do. Fungi obtain energy through a process called fermentation or respiration, utilizing organic matter. They absorb nutrients from their environment, typically from the keratin in skin cells, and some fungi can respire anaerobically, while others require oxygen for aerobic respiration. Essentially, they break down organic compounds to generate energy for growth and reproduction.
All living organisms can respire in some form, including animals, plants, fungi, and even some bacteria. Respiration is the process by which organisms take in oxygen and produce carbon dioxide to generate energy for survival.
Cells respire anaerobically by breaking down glucose without the use of oxygen, resulting in the production of energy through processes like fermentation. In humans and many animals, this results in the formation of lactic acid, while in yeast and some bacteria, it produces ethanol and carbon dioxide. Anaerobic respiration yields less energy compared to aerobic respiration, typically generating only 2 ATP molecules per glucose molecule. This process allows cells to continue producing energy in low-oxygen environments.
No, not all organisms breathe. While most animals have a respiratory system that involves breathing to exchange gases like oxygen and carbon dioxide, some organisms like plants and certain microbes rely on different mechanisms, such as photosynthesis or simple diffusion, to obtain the gases they need.
Sea plants which are deeper are coloured, they do not have chlorophyll or green coloured pigment, but all other colours are seen.Besides the plants which have cholorophll are not deeper, they do use some of the penetrating light rays.
They knew some of the plants and animals names
Cactus
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Some names of woodland plants include ferns, mosses, trilliums, violets, and bluebells. These plants thrive in the shaded and moist environment of woodland areas.
aloe vera
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