The epidermis of a root is typically thicker and lacks stomata, whereas the epidermis of a leaf is thinner and contains stomata for gas exchange. Additionally, root epidermis may have root hairs for absorption of water and minerals, while leaf epidermis may have trichomes for protection or water regulation.
the inner layer ---> novanet
is epidrmis present in root hairs
epidermis
Water and minerals pass through the root epidermis and root cortex cells to reach the xylem in plant roots. The root epidermis is the outermost layer of cells in the root, and the root cortex is a region of parenchyma cells between the epidermis and the vascular tissue (xylem and phloem).
The epidermis of a root is typically thicker and lacks stomata, whereas the epidermis of a leaf is thinner and contains stomata for gas exchange. Additionally, root epidermis may have root hairs for absorption of water and minerals, while leaf epidermis may have trichomes for protection or water regulation.
Root hairs are the single thread-like cells that are found on the root epidermis. They increase the surface area of the root for absorption of water and nutrients from the soil.
the inner layer ---> novanet
cuticle
lunula
lunula
is epidrmis present in root hairs
The special structural character that the root epidermis possess is the root hairs which enables it perform its functions effectively.
Root hairs are extensions of root epidermis cells that help increase the surface area of the root for improved absorption of water and nutrients from the soil.
Stomata
epidermis
The epidermis of the root contains root hairs for absorption of water and nutrients from the soil, while the epidermis of the stem does not have root hairs. The epidermis of the root is also thinner and lacks stomata, whereas the epidermis of the stem may have stomata for gas exchange.