1. Normal type of secondary growth in the cortical and vascular regions adding to the secondary xylem ,secondary phloem and periderm at their proper places 2. Various types of anomalous secondary growth putting paches of xylem & phloem abnormally.
Is a tulip woody or herbaceous? tulip is herbaceous, because it is a monocot. secondary growth doesn't occur in monocots, whereas secondary growth produces cork, which is the woody stem found in dicots
Dicot plants have secondary growth hence their stems are woody, in mocots true secondary growth is absent. The leaves of dicot plants have reticulate venation and monocots have parallel venation. The seeds in Dicots have two cotyledones in its embryo in monocots only one cotyledon in the form of scutellum is prominant.
Herbaceous stems lack woody tissue and growth rings unlike woody xylem. Wood is a composite of cellulose fibers which require the the process of phloem in the bark to contain nutrients unlike herbaceous stems that rely on xylem that contains vessel and vascular elements.
Vascular cambium is responsible for secondary growth in a stem.
1. Normal type of secondary growth in the cortical and vascular regions adding to the secondary xylem ,secondary phloem and periderm at their proper places 2. Various types of anomalous secondary growth putting paches of xylem & phloem abnormally.
Is a tulip woody or herbaceous? tulip is herbaceous, because it is a monocot. secondary growth doesn't occur in monocots, whereas secondary growth produces cork, which is the woody stem found in dicots
No, mosses do not have secondary growth. Secondary growth takes place in vascular plants. Mosses are non-vascular.
Dicot plants have secondary growth hence their stems are woody, in mocots true secondary growth is absent. The leaves of dicot plants have reticulate venation and monocots have parallel venation. The seeds in Dicots have two cotyledones in its embryo in monocots only one cotyledon in the form of scutellum is prominant.
Cork cambium (pl. cambia or cambiums) is a tissuefound in many vascular plants as part of theperiderm. The cork cambium is a lateralmeristem and is responsible for secondary growth that replaces the epidermis in roots and stems. It is found in woody and many herbaceous dicots,gymnosperms and some monocots, which usually lack secondary growth.
Herbaceous stems lack woody tissue and growth rings unlike woody xylem. Wood is a composite of cellulose fibers which require the the process of phloem in the bark to contain nutrients unlike herbaceous stems that rely on xylem that contains vessel and vascular elements.
Vascular cambium is responsible for secondary growth in a stem.
Primary Growth adds height, while secondary growth adds Girth.
Secondary growth in cortical region forms secondary cortex inside and periderm outside the cortical cambium
Primary growth is responsible for elongating the plant. In woody plants, primary growth is then followed by secondary growth which allows the plant stem to increase in thickness or girth.
monocots - adventitious or fibrous root system dicots- taproot system..
Primary growth is when the stem or root of a plant gets lengthens, and secondary growth is when the stem/root gets thicker.