Higher concentration of auxins in the axillary buds does not allow these buds to grow hence there is apical dominance.
Removing the apical bud of a plant would result in the inhibition of vertical growth and branching. This is because the apical bud produces hormones that suppress the growth of lateral buds. As a result, the plant may become bushier as lateral buds are allowed to grow freely.
Plant hormones are natural, created by the plants themselves. Plant growth regulators, on the other hand, are usually synthetic in nature. Both serve to help plants grow at low concentration, and both can damage plants at high concentrations.
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Most plants will grow at different rates if (growth) hormones are applied to them. Depending on the type of hormone, the plants growth rate can either be speed up, slowed down or the size stunted. Hormone treatments are also used to keep plants a uniform size, initiate lateral branching (gives rise to bushy plant) as well as retard or stimulate flower formation.
Plant hormones balances the hormones of humans. For example, soybean (Glycine max) affect the level of HDL, also affect the level of blood pressure and sex hormones estrogen due the phytoestrogen concentration of the plant.
Plant hormones play a role in various aspects of plant development, including flowering and fruit setting in vegetables. However, the direct effect of plant hormones on fertilization is limited as fertilization mainly depends on pollination and the transfer of pollen to the stigma of the flower.
It is either one of these four. -Hormones -Chloroplasts -Carbohydrates -The Nervous System. I believe it is Hormones or Chloroplasts. My guess would have to go with Hormones Though.
The plant hormones different parts of the plants in a different way while the animal hormones affect the target cells in more than one organ.
Pinching back a plant involves removing the tip of a stem to encourage branching and promote fuller growth. To do this, use clean scissors or your fingers to pinch off the top growth just above a set of leaves or a node. This helps distribute growth hormones and nutrients to lower parts of the plant, leading to a bushier and healthier plant overall.
$122 from normal plant nursery's
Dichotomous branching is a type of branching where a stem divides into two equal branches or shoots. This results in a Y-shaped or V-shaped structure as the plant grows. It is commonly seen in some ferns, lichens, and fungi.
Fibrous roots. They are thin and branching, providing support and absorbing nutrients for the plant. They do not have a main central root like dicots.