reproduction
reproduction
Yes, moss does have a cuticle. The cuticle in mosses is a waxy layer covering the upper surface of the leaves, helping to prevent water loss and protect against environmental stresses.
The thicker cuticle on the upper surface of leaves helps to reduce water loss through transpiration and protect the leaf from environmental stresses like sunlight, wind, and pathogens. This adaptation helps the plant retain moisture and function more efficiently in photosynthesis and gas exchange.
reproduction
The waxy cuticle on the upper surface of leaves helps to reduce water loss through transpiration by forming a barrier that limits evaporation. It also acts as a protective layer against pests, pathogens, and harsh environmental conditions. Additionally, the cuticle can help reflect excess sunlight and reduce heat stress on the leaf surface.
The waxy waterproof layer that cover most plant leaves and stems is called a cuticle. The cuticle is thicker on the upper half of a leaf's surface, and it is waterproof so as the internal areas of the leaf are kept secure from flooding, That's why you water plants at the roots.
a waxy cuticle on the upper epidermis stomata that can open and close to minimise transpiration small surface area to volume ratio= less diffusion= less water loss
a waxy cuticle on the upper epidermis stomata that can open and close to minimise transpiration small surface area to volume ratio= less diffusion= less water loss
A cuticle is a protective film covering the epidermis of the leaves. Both the upper and lower epidermis are protected by this cuticle in many leaves, but leaves growing in dry areas have much thicker cuticles, serving as a structural support as well as protection.
No, the upper epidermis is covered by a cuticle.
As the upper surface is covered with a waxy cuticle which protects the plant from dehydration if the stomata were covered by a cuticle they would not be able to function.
The upper surface of the leaf is (generally) covered by a waxy layer called the cuticle, this is not a living layer, making it particularly hard for stoma to operate on the upper surface. Additionally, the upper surface of the leaf is more exposed (direct sunlight and wind) meaning that rate of evaporation would be increased. Interestingly enough some species of plants when propagated in tissue culture do actually form stoma on the upper surface of the leaf, as there is no cuticle present.