The Parts of Plants
Last updated: Aug 05 2026
Key takeaways
Plants have six main parts—roots, stems, leaves, flowers, fruits, and seeds—each performing specialized functions.
Roots anchor plants, absorb water and nutrients, and store food, while stems support growth and transport materials throughout the plant.
Flowers enable sexual reproduction, fruits protect developing seeds, and seeds contain embryos that can grow into new plants.
Plants have many parts, each of which tends to have multiple functions. The various parts of plants (or organs, as they are often called) are made from different types of tissue. Tissue is made from cells, which are the building blocks of plants. The cells divide and specialize to form multiple types of tissue, which combine to create roots, stems, buds, leaves, flowers, fruits, and seeds. Each of these plant parts will be covered in more detail on subsequent pages.
Plant Tissues
There are two main types of plant tissues that make up the various parts of plants:
- Meristematic tissues (or meristems)
- Permanent tissues
Meristematic tissue is made of cells that are identical and actively divide to generate new cells. These meristematic cells then undergo a process called differentiation, whereby these identical cells develop and grow into cells that are different from one another and different from meristematic cells. These differentiated cells combine to make tissues and organs.
Apical meristems are found at the tips of shoots and roots. As the apical meristems multiply by dividing, they elongate, which lengthens the stem and roots. This is the primary way that plants grow.
While apical meristems allow plant stems to grow taller and their roots to grow deeper into the soil, lateral meristems cause secondary growth in stems and roots, making them thicker and increasing their girth. This helps to make the plant stems and roots stronger, adding stability and support.
There is a third type of meristem called an intercalary meristem that exists in grasses. It is located at the base of each leaf and produces new cells that regenerate leafy growth when the grass is mowed or grazed.
Once meristematic tissue is fully differentiated, it becomes permanent tissue. Permanent tissue is classified as either simple tissue, consisting of only one type of cell, or complex tissue consisting of multiple cell types. The epidermis is an example of simple tissue. Xylem and phloem are examples of complex tissues.
Written by
Abby Healy
Abby is an avid plant lover and the Director of Content at Trees.com. She grew up in Maine, graduated from Davidson College, and now resides in Charlotte, North Carolina with her husband and two dogs. Her previous roles include leading content teams at Red Ventures, a large digital media company, and launching the content and marketing functions at an ecommerce analytics start-up.
While her indoor plant collection is always growing, she also loves landscaping tips and learning more about plant care and maintenance. Her favorite plants are Japanese maples, roses of all kinds, and unique house plants.
