There would be more light-induced damage to the cells.
No, tomato plants do not undergo photorespiration. Photorespiration is a process that occurs in C3 plants, where oxygen is mistakenly used instead of carbon dioxide in the initial steps of photosynthesis. However, tomato plants are classified as C4 plants, which have evolved mechanisms to minimize photorespiration.
Photorespiration occurs in dry situations, where there is intense light. Desert plants are a great example. Therefore, no, photorespiration is not independent of light intensity.
Gases enter plants through the Stomata, microscopic mouth like structures on the bottoms of leaves, for the purpose of inhaling CO2 for Photorespiration.
No, in fact most respiration plants perform occurs at night. There is a form with sunlight, called photorespiration, but its performed rarely as photosynthesis is more common.
pruning, poor sunlight and deficient soil conditons.
No, tomato plants do not undergo photorespiration. Photorespiration is a process that occurs in C3 plants, where oxygen is mistakenly used instead of carbon dioxide in the initial steps of photosynthesis. However, tomato plants are classified as C4 plants, which have evolved mechanisms to minimize photorespiration.
Plants have adapted to avoid photorespiration
Plants have adapted to avoid photorespiration
Photorespiration occurs in dry situations, where there is intense light. Desert plants are a great example. Therefore, no, photorespiration is not independent of light intensity.
There is no need to increase photorespiration . It is an injurious process for plants . It is increased by strong sun light and high temperature as it happens at mid day .It specially happens in tropical regions .
the use PEP carboxylase to initially fix CO2
potassium deficient plants have brown scorched blooking leaves
The plants will not grow as well, as large, or as healthy as they would otherwise. The crop yield will probably be lower as well.
Gases enter plants through the Stomata, microscopic mouth like structures on the bottoms of leaves, for the purpose of inhaling CO2 for Photorespiration.
No, in fact most respiration plants perform occurs at night. There is a form with sunlight, called photorespiration, but its performed rarely as photosynthesis is more common.
Israel Zelitch has written: 'Photosynthesis, photorespiration, and plant productivity' -- subject(s): Photosynthesis, Plants, Respiration
Insectivorous plants (flycatcher, sundew and slug catcher, to name only three) can grow in nutrient (mineral) deficient soils because they can catch insects and absorb the insect's nutrients.