Here's a breakdown:
* Stem: Cork cambium develops in the outer layer of the stem, typically replacing the epidermis as the plant ages. This is especially prominent in woody plants.
* Roots: Cork cambium also develops in the outer layer of the root, often replacing the epidermis. This is essential for protecting the root from damage and regulating water and nutrient uptake.
* Other Organs: While less common, cork cambium can also develop in other plant organs, such as:
* Leaves: Some leaves, especially those with thick cuticles, may develop cork cambium to protect them from environmental stresses.
* Fruits: Cork cambium can form in the outer layers of some fruits, contributing to their protective layer.
It's important to note that the formation of cork cambium is influenced by a variety of factors, including plant species, age, and environmental conditions.
