This process is called an anabolic process Respiration is seen among the living beings like birds, animals, and plants. The green plants having chlorophyll pigments go through this process. This process continues through the lifetime Differences between Respiration and Photosynthesis Photosynthesis

It happens in the presence of sunlight during daytime. They have been presented through a box below Dissimilarities of Respiration and PhotosynthesisĪlthough it is seen that photosynthesis and respiration are connected to each other, there are some dissimilarities between these factors. It also produced different organic matters like lactic acid, oxalic acid, and citric acid. The process is responsible for the oxidation of foods that is incomplete and it is made with the help of alcohol and carbon dioxide. In contrast, the process of respiration that occurs in the absence of oxygen is called anaerobic respiration. It is considered the main source of energy for plants. Oxygen helps here to break the chemical bonds in glucose to liberate energy in high volumes. Here, aerobic respiration occurs due to the presence of oxygen. The division is done based on the presence and absence of oxygen. Respiration typesīiology gives the description of two types of respiration systems and they are Aerobic Respiration and Anaerobic Respiration. Thus, the process of respiration in leaves is completed with the help of stomata. The opening of stomata helps in the exchange of gases between the atmosphere and interior of the leaf and it happens due to this method of diffusion. These parts are regulated and enclosed by the guard cells and the diffusion method is important here. It is situated on the backside of the plants and each of them consists of a tiny pore at the centre. The presence of stoma in the leaves is responsible for the exchange of respiratory gases occurs through very small pores. Leaves are considered the effective parts of a plant and they are responsible for the process of photosynthesis. This is the process of respiration in stems and it helps the plants in getting chemical energy. They help in the passing of oxygen and in the liberating of carbon dioxide. Here, lenticels are nothing but cells that are dead and present in the woody plants. In the case of the plants having woody stems, the exchange of gases occurs in the lenticels. The exchange of gases is occurred in stomata and it helps in diffusing the air. In the respiration process of stems, stomata plays an important role. It is seen that respiration occurs in the daytime as well as at night and they form carbon dioxide. Root hairs plays an important role here as it helps in consuming oxygen from the soil particles. The process is very important for plants as it helps them in getting energy. In the process of respiration, plants liberate carbon dioxide and that is the reason people are hindered to go under a tree at night. This consumed oxygen is used for the transportation of minerals and salts from the soil. It helps in consuming oxygen from the gaps of the particle lies in the soil. The most essential part of a plant is the root and it is the underground part of a plant. “Oxygen + Glucose → Water + Carbon Dioxide with Energy” Respiration in Roots The matter is clear that this process uses oxygen for the production of carbon dioxide. In the case of plants, the respiration process executes through the parts like stem and root. They consume oxygen and liberate CO2 and this process is known as respiration. It is called a method that helps the cells to get chemical energy. Glucose is an essential element for starting this process and it is diverted into energy that helps in the production of carbon dioxide and water.

The process of respiration is considered a biochemical process that helps living organisms to get the required energy. Parts for the respiration of plants are leaves, stems, and roots. The process witnesses the inhalation of oxygen and exhalation of carbon dioxide gas. The movement of air between the atmosphere and cells of the species is seen. Plant respiration is a process and for this, they require oxygen and they return carbon dioxide.

Cellular respiration in plants