Plant Tissues
This is the outermost protective tissue layer in plants.
These roots are typically found in monocots and branch extensively.
These are points on a stem where leaves or branches attach.
The flat, light-absorbing part of a leaf.
The primary function of leaves, where sunlight is used to produce food for the plant.
This tissue type is responsible for transporting water from roots to leaves.
This thick primary root is usually found in dicots and grows deep into the soil.
The tissue bundles containing both xylem and phloem.
The stalk that connects the leaf blade to the stem.
This is the process by which plants lose water through leaves, which helps pull water up from roots.
This tissue transports nutrients and is made of living cells called sieve tube elements.
Tiny root extensions that increase surface area for absorbing water and nutrients.
The part of the stem that is between two nodes.
Openings in the leaf surface that allow gas exchange.
The process in which plants absorb carbon dioxide and release oxygen.
This type of ground tissue has thin walls and stores food in plants.
This part of the root is made of ground tissue and stores food.
This type of stem has vascular bundles arranged in a ring pattern, typically found in dicots.
The leaf cells packed tightly together to absorb sunlight.
This type of tissue is responsible for producing new growth at the tips of shoots and roots.
This plant tissue produces new cells for growth through mitosis.
This root layer surrounds the vascular tissue and helps protect it.
Small growth points that can develop into new stems or leaves.
The cells surrounding the stomata, which control their opening and closing.
Movement of nutrients, especially sugars, through the phloem from sources (like leaves) to sinks (like roots or growing tissues) in a plant.
4o
Translocation