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The difference between lateral and terminal buds?
a terminal bud occurs on the main axis of a stem,it helps in the elongation of the main axis. a lateral bud occurs on the sides of that main axis,it helps in the branching of the plant,generates new stem (secondary) to the main axis,those newly generated branches end also with terminal buds that help in their elongation and may have lateral buds to generate new branches and so on . A whole plant is simply a network of branches with lateral buds on the sides and terminal buds on the main axis.
What is the function of a lateral bud?
The lateral bud is responsible for the development of branches. Other buds are the terminal buds, which develop from the shoot.
What the function of a lateral bud?
The lateral bud is responsible for the development of branches. Other buds are the terminal buds, which develop from the shoot.
What type of tissue an axillary bud and terminal bud share in common?
Both axillary buds and terminal buds share the same type of tissue, which is meristematic tissue. This tissue is responsible for growth and differentiation, allowing the buds to develop into new shoots or branches.
What is a lateral buds?
A lateral bud is a bud growing from the side of a shoot below the terminal bud.
At the tip a dormant winter twig a deciduous tree one will normally find a terminal bud?
Yes, terminal buds are typically found at the tip of a winter twig on a deciduous tree. These buds contain the embryonic tissue for new growth and are responsible for the elongation of the twig in the following growing season.
What is the term for the point on a plant stem from which leaves grow?
Leaves develop from buds. A bud that grows out from an existing stem is called an axillary bud (buds that are at the tip of a developing stem are called terminal buds). The point of attachment between the stem and the petiole (the leaf stalk) is called a node.
Meristems producing new buds or root extensions?
Apical meristems are responsible for producing new buds, shoots, and leaves. Lateral meristems, such as vascular cambium in woody plants, can produce new root extensions and secondary growth in stems. This allows for the continuous growth and development of plants.
The bud at the tip of a stem?
The bud at the tip of a stem is called the apical bud. It is responsible for the vertical growth of the plant and produces hormones that inhibit the growth of lateral buds below it. The apical bud helps regulate the plant's overall growth and development.
What is Indeterminate and determinate growth?
Some plants will keep on growing, continuing extending their stems, branches, and twigs almost unstoppable by keep on growing their terminal buds vegetatively. The reproductive buds will also develop from time to time, but will side-lined as axillaries buds while the axillary buds just before that will take over the growth to extend the stem or the branches. This type of growth is called indeterminate growth. Examples of such plants are coconut trees, dates, rattans (example of monocotyledon groups), mangoes, pears, apples, mangosteens are some of the examples of the dicotyledonous plant groups. These type of plants that continuously produce fruits years after years, is grouped under perennial plantsThere are also plants that appeared to be stop growing any further once the terminal buds change from vegetative to reproductive buds. The terminal bud will develop into flowers and will further form fruits at the tip of the stem. The entire plants will be dead soon after that, unless there are other stems develop from the base of the plant such as sucker (example banana, sago) or the lower axillary buds will take over the growth of the plant (e.g., marigold, roses). This system of growth is called terminate growth
Do most conifers exhibit excurrent branching or deliquescent branching?
They exhibit excurrent branching because their terminal buds grow tall and straight with branches coming from a large central shaft.
How do trees grow branches?
Trees grow branches through a process called apical dominance, where the terminal bud at the top of the tree releases hormones that inhibit the growth of lateral buds lower down the tree. When the terminal bud is damaged or removed, the inhibition is lifted, allowing lateral buds to grow into branches. Branch growth is also influenced by environmental conditions, genetics, and the tree's overall health.
