Yes ! They are primary tissues as there is no secondary growth.
secondary tissue are found tip of stem and tip of root
In a monocot stem, vascular bundles are scattered throughout the stem. However, because the of the lack of vascular cambium, no secondary growth occurs in the monocot stem. As a result of increased cell size, the monocot stem will only increase in height only.
monocot, with only the one stem of leaves.
They are scattered
Epidermis, hypodermis and primary cortex make up bark in a mature dicot stem when secondary growth in the cortical region sets in.
Yes ! They are primary tissues as there is no secondary growth.
secondary tissue are found tip of stem and tip of root
The function of the epidermis in the stem is to protect the underlying tissues.
because of the gravity of the earth
cortex- In dicot stems, the cortex is located in the area between thevascular bundles and the epidermis. In monocot stems, it occupies the area surrounding the vascularbundles. The center of the stem is pith and may function as storage.
In a monocot stem, vascular bundles are scattered throughout the stem. However, because the of the lack of vascular cambium, no secondary growth occurs in the monocot stem. As a result of increased cell size, the monocot stem will only increase in height only.
monocot, with only the one stem of leaves.
No, these are found in dicot & monocot's root, stem and leaves.
gumamela is a dicot stem
Stem cells are important cells found in all multi-celled organisms, that can divide and recognise problems. In mammals, there are two types of stem cells: embryonic cells, and adult stem cells, which are found in various tissues. In adult organisms, stem cells and progenitor cells act as a repair system for the body, renewing and restoring adult tissues.
No, no they do not. As well as not having a cortex, monocot stems don't have a pith either.
monocot stems