Want this question answered?
to reduce the high rate of transpiration and it reduce the chances of blockage of stomata by small tiny particles of soil which are present in atmosphere.
Because there is no consistancy in the rate of transpiration
To reduce transpiration
To protect it from predators in the desert.(: and to reduce the rate of transpiration. In many cases the thorn are formed by the modification of shoot , Thus eliminating the leaves hence the free surface to minimize the transpiration.)
In windy areas trichomes reduce evaporation and keep the leaf moist. They also reflect solar radiation and heat.
to reduce the high rate of transpiration and it reduce the chances of blockage of stomata by small tiny particles of soil which are present in atmosphere.
The rate of transpiration is the position of air bubble
Because there is no consistancy in the rate of transpiration
High humidity reduces the rate of transpiration.
*stomata -open-increased transpiration -closed-decreased transpiration *consequence of gas exchange -tradeoff of more gas exchange resulting in more transpiration *environmental factors -humidity -air movement -evaporative cooling -wind stress -intense light/heat
To reduce transpiration
If the stomata are at a serious deficiency in sclerenchyma cells, at which point the general diffusion of potassium ions decreases incredibly. This would result in an adaptation that would adversely decrease the chance of a reduction in transpiration rates.
Compare the rate of transpiration from two surfaces of leaf and give reasons?"
It decreases. To avoid transpiration leaves fold to reduce the surface area and roots penetrate deep inside.
To protect it from predators in the desert.(: and to reduce the rate of transpiration. In many cases the thorn are formed by the modification of shoot , Thus eliminating the leaves hence the free surface to minimize the transpiration.)
Bigger the SA:V ratio , transpiration sucks.
In windy areas trichomes reduce evaporation and keep the leaf moist. They also reflect solar radiation and heat.