The process that leads to the formation of cork tissue in the outer protective layer of a plant is called cork cambium activity, or phellogen activity. Cork cambium is a type of lateral meristem (a meristem is a tissue responsible for plant growth) found in the cortex of woody plants. It is responsiRead more
The process that leads to the formation of cork tissue in the outer protective layer of a plant is called cork cambium activity, or phellogen activity. Cork cambium is a type of lateral meristem (a meristem is a tissue responsible for plant growth) found in the cortex of woody plants. It is responsible for producing cork cells towards the outside and phelloderm cells towards the inside.
As the cork cambium divides, it produces layers of cells externally, forming the cork or bark of the plant. These cork cells are dead at maturity and contain suberin, a waxy substance that makes them impermeable to water and resistant to decay and mechanical damage. This process gradually leads to the formation of a protective outer layer, which helps to prevent water loss, protect against pathogens, and provide structural support for the plant.
What process leads to the formation of cork tissue in the outer protective layer of a plant?
The process that leads to the formation of cork tissue in the outer protective layer of a plant is called cork cambium activity, or phellogen activity. Cork cambium is a type of lateral meristem (a meristem is a tissue responsible for plant growth) found in the cortex of woody plants. It is responsiRead more
The process that leads to the formation of cork tissue in the outer protective layer of a plant is called cork cambium activity, or phellogen activity. Cork cambium is a type of lateral meristem (a meristem is a tissue responsible for plant growth) found in the cortex of woody plants. It is responsible for producing cork cells towards the outside and phelloderm cells towards the inside.
As the cork cambium divides, it produces layers of cells externally, forming the cork or bark of the plant. These cork cells are dead at maturity and contain suberin, a waxy substance that makes them impermeable to water and resistant to decay and mechanical damage. This process gradually leads to the formation of a protective outer layer, which helps to prevent water loss, protect against pathogens, and provide structural support for the plant.
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