A structural adaptation of the sampaguita plant is the bright petals of the flower to attract insects. It also has cell walls on all its cells.
Hooks
The protective structure of a rose is the thorns. The thorns grow up and down the stems of the plant. It protects the plant from being eaten.
the protective structure of calamansi is thorns,fine hair
The protective structure of talahib is fine hairs
For plant cells, they have a cell membrane and covering the cell membrane is a cell wall. The cell wall is for the structure of the plant. For animal cells, they just have a cell membrane.
Hooks
Hooks
A cell wall is the protective structure of a plant. It is made up of cellulose.
The protective structure of a rose is the thorns. The thorns grow up and down the stems of the plant. It protects the plant from being eaten.
The protective structure of a rose is the thorns. The thorns grow up and down the stems of the plant. It protects the plant from being eaten.
The protective structure of a rose is the thorns. The thorns grow up and down the stems of the plant. It protects the plant from being eaten.
The protective structure of a rose is the thorns. The thorns grow up and down the stems of the plant. It protects the plant from being eaten.
Normally people have different misconceptions regarding plant protective structure. A common misconception is that plant seeds are not living and does not require food.
The protective structure of a rose is the thorns. The thorns grow up and down the stems of the plant. It protects the plant from being eaten.
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The outer support and protective structure of a plant cell is the cell wall. All plant cells have an outer cell wall composed of cellulose or lignin.
makahiya , kalachuchi , mushroom , durian , alugbati , talahib , amorseco , bamboo , kamachile , molds