How Does Leaf Surface Area Affect Transpiration Rates. More stomata will provide more pores for transpiration. This will result in greater water loss.
See answer (1) best answer. Measure the amount of water left in the test tube. Yes, simply put the size of a leaf effects the temperature of a leaf and the temperature of the leaf effects the transpiration rate.
This will result in greater water loss. So we are keeping the leaves away from the window and we also will. Internal factors that affect transpiration rates the leaf area influences the rate of transpiration.
I = s/e+s × 100. The wider the leaf area, the greater the rate of transpiration because wide leaves tend to have more stomata [5]. The rate of transpiration is faster if the surface area of the leaf is more.
More leaves (or spines, or other photosynthesizing organs) means a bigger surface area and more stomata for gaseous exchange. Number of stomata per unit area of leaf is called stomatal frequency. But the rate of transpiration per unit surface area is more in smaller leaves than in larger leaves because of the higher number of stomata in smaller leaves.
Transpiration rates are influenced by various environmental factors such as temperature, light, external humidity, air circulation and soil moisture, (muller, 1979). Why should we calculate the total. The wider the leaf area, the greater the rate of transpiration because wide leaves tend to have more stomata [5].
Leaves that possess many hairs or pubescence will have larger boundary layers; More stomata will provide more pores for transpiration. Does number of leaves affect transpiration rate?
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