Plant conduct cell respiration during photosynthesis during which time they release O2 into the atmosphere and absorb CO2. Animals conduct cell respiration during respiration they breath out CO2 and absorb the O2 needed to break down sugars.
Photosynthesis requires light, so it will only occur during daylight hours. Respiration is a process necessary for the production of ATP, which is the molecule that carries energy to reactions in the cell that require it. These reactions occur both at night and during daylight hours, so respiration must take place all the time.
It is likely winter if the respiration rate of plants decreases. This decrease occurs because of reduced sunlight and colder temperatures that slow down metabolic processes in plants.
Plants carry out cellular respiration all the time, both during the day and at night. While they perform photosynthesis during the day, converting sunlight into energy and producing oxygen, they simultaneously use that energy for cellular respiration to generate ATP. At night, when photosynthesis ceases due to lack of sunlight, plants continue to respire using the stored energy. Therefore, respiration is a continuous process necessary for energy production in plants.
Organisms like humans, animals, and plants release carbon dioxide as a byproduct of respiration. Additionally, decomposers such as bacteria and fungi also release carbon dioxide during the decomposition process.
No. Transpiration is when plants lose water. Process that does release CO2 into the air (which I think you already know) is Respiration.
when plants take in oxygen and release carbondioxide DURING THE DAY TIME IN PRESENCE OF LIGHT IT IS CALLED RESPIRATION OR PHOTO-RESPIRATION IN PLANTS.
Respiration occurs in all living cells - days and nights (any time). Animals respire (breathe) taking in oxygen and exhaling carbon dioxide all the time. Plants - green plants - tend to take in carbon dioxide and give off oxygen during daylight hours, but reverse the process overnight.
Respiration via glycolysis
Plants respire for day and night like animals do. They produce carbon bi oxide, through out there respiration but this carbon bi oxide produced during day time is rapidly consumed by photosynthesis and so we can not note it's production. Respiration is essential for all cellular activity and as such biological oxidation process must go on to to give energy.
Photosynthesis requires light, so it will only occur during daylight hours. Respiration is a process necessary for the production of ATP, which is the molecule that carries energy to reactions in the cell that require it. These reactions occur both at night and during daylight hours, so respiration must take place all the time.
No,those things which are living in the world !!
It is likely winter if the respiration rate of plants decreases. This decrease occurs because of reduced sunlight and colder temperatures that slow down metabolic processes in plants.
Dead animals and plants decompose after some time
the seasonal cycle is affecting plants and animals by, 1 the seasonal cycle affects plants by what time of the year people will plant them. 2 the seasonal cycle affects animals by their biological clocks [ what time they awake and sleep.
Plants carry out cellular respiration all the time, both during the day and at night. While they perform photosynthesis during the day, converting sunlight into energy and producing oxygen, they simultaneously use that energy for cellular respiration to generate ATP. At night, when photosynthesis ceases due to lack of sunlight, plants continue to respire using the stored energy. Therefore, respiration is a continuous process necessary for energy production in plants.
CO2 at night is collected from respiration of plants and animals. During the day time it is processed in photosynthesis to form organic compounds like glucose and releases oxygen into air.
Plants at that time obtained energy through photosynthesis, converting sunlight into chemical energy. Animals would then consume these plants or other animals in order to obtain energy through the process of cellular respiration, breaking down organic molecules to release energy for metabolism. This ecosystem fueled the biodiversity and evolution of life during that period.