cellular respiration,aerobic:fermentation,anaerobic
Yes, plants that photosynthesize also undergo cellular respiration to generate ATP for cellular functions. During the day, they mainly perform photosynthesis to produce glucose, while at night or when there is low light, they rely on stored sugars and perform cellular respiration to break down glucose and produce energy.
In order to store energy, the plants need to photosynthesise at a greater rate than they perform respiration. In low light intensities, less photosynthesis can occur, as there is less light energy available for the light-dependent stage. Therefore, if less respiration is occurring, this allows for the lower rate of photosynthesis, thus allowing the plant to still store energy.
Yes, plants need light to perform photosynthesis, which is the process that produces energy for them. However, respiration is the process by which cells break down food molecules to release energy, and it occurs in both light and dark conditions.
Conditions necessary for photosynthesis include light, carbon dioxide, and water. The bacteria necessary for photosynthesis are cyanobacteria, which are capable of carrying out photosynthesis due to the presence of chlorophyll.
Yes totally. Photosynthesis occurs only in light conditions while cellular respiration is a 24 hour process.
No; fermentation is an alternative metabolic pathway to respiration, not photosynthesis. Both processes (photosynthesis and respiration) have alternative pathways depending on conditions.
cellular respiration,aerobic:fermentation,anaerobic
Root modifications are modifications of the roots that help them to survive in extreme conditions
In dormant seeds, cellular respiration is typically reduced to minimal levels due to limited oxygen availability and low metabolic activity. The seeds rely predominantly on anaerobic metabolism for energy production. Once the seeds germinate and become active, cellular respiration increases to support growth and metabolic processes.
Yes, plants that photosynthesize also undergo cellular respiration to generate ATP for cellular functions. During the day, they mainly perform photosynthesis to produce glucose, while at night or when there is low light, they rely on stored sugars and perform cellular respiration to break down glucose and produce energy.
In order to store energy, the plants need to photosynthesise at a greater rate than they perform respiration. In low light intensities, less photosynthesis can occur, as there is less light energy available for the light-dependent stage. Therefore, if less respiration is occurring, this allows for the lower rate of photosynthesis, thus allowing the plant to still store energy.
Well usually there is a good enough balance that this does not occur. If there is more photosynthesis than respiration the plants will thrive because they are being given the conditions that they need to be able to grow and reproduce. They are being given since photosynthesis is taking place, water, carbon dioxide and sunlight. During respiration oxygen and complex sugars are being taken out and carbon dioxide is released along with some leftover water. If there is more respiration than photosynthesis than the plants wouldn't thrive or grow because they are trying to thrive in an area lacking in their basic needs.
The compensation point occurs when the rate of photosynthesis in plants equals the rate of respiration, resulting in no net gain or loss of biomass. This typically happens under low light conditions or when a plant has just enough light to sustain its metabolic processes. At this point, the energy produced through photosynthesis is used entirely for respiration, meaning the plant is neither growing nor shrinking. The compensation point varies among different plant species and environmental conditions.
Yes, plants need light to perform photosynthesis, which is the process that produces energy for them. However, respiration is the process by which cells break down food molecules to release energy, and it occurs in both light and dark conditions.
Conditions necessary for photosynthesis include light, carbon dioxide, and water. The bacteria necessary for photosynthesis are cyanobacteria, which are capable of carrying out photosynthesis due to the presence of chlorophyll.
The process by which green plants prepare there own food is called photosynthesis.