Its the way god and mother nature intended it to be
Because a daisy's stem has less particles but if it had more,it would probably have a woody stem. Because tehe daisy head is light it doesn't need a stronger wooden stem, so it has evolved with a light flexible stem
Because a daisy's stem has less particles but if it had more,it would probably have a woody stem. Because tehe daisy head is light it doesn't need a stronger wooden stem, so it has evolved with a light flexible stem
soft flexible woody stiff
A woody stem is usually much bigger and has a woody coating, like a tree. A herbaceous stem is softer and more flexible, like a flower stem.
No, their stems are green and quiet flexible, not woody.
Parsley is an herbaceous plant, meaning it has a non-woody stem that is soft and flexible.
No, the stem of a hibiscus plant is typically not woody. Hibiscus plants are known for their soft, herbaceous stems which are flexible and can be easily bent.
Non-woody stems are called herbaceous plants. (Hur~Ba~Shus)
Herbaceous plants lack bark because they have a soft, flexible structure that primarily consists of non-woody tissues. Unlike woody plants, which develop bark as a protective outer layer to shield their stems and support their growth, herbaceous plants generally have thinner stems that do not require such reinforcement. Instead, they rely on other adaptations, such as rapid growth and the ability to die back in unfavorable conditions, to survive. This allows them to thrive in environments where woody structures are not necessary.
A gumamela is a perennial flowering plant in the mallow family. It has a woody and shrubby stem that is ligneous.
well the hard stemm is woody so im guessin the other stem is the herbaceous stem
Stems are important for providing structural support, transporting nutrients and water, and serving as a site for photosynthesis. Flexible stems are adapted for bending to withstand wind or weight, while woody stems are rigid and strong for structural support and protection. The flexibility or rigidity of stems depends on the amount and arrangement of fibers and cells within the stem tissue.