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How does the stem of a plant affect the height of a plant?
plants with soft stems cant grow so high because they can fall over. woody stems grow taller because they can handle more than the soft stems.
What do plant stems do?
Plant stems support the rest of the plant.
Why are stems leaves and roots called the vegetative part of a plant?
Because stems, roots and leaves form the main part of the plant body. So long the plant is growing all along these parts, it is the vegetative growth only. When flowering initiates the plant enters in to the reproductive stage.
What happens to stems of plants placed on their sides?
When plant stems are placed on their sides, a phenomenon called gravitropism occurs. The plant senses the change in gravitational force and redirects its growth to orient itself upright. The stems will grow in the direction of the earth's gravitational pull to reach an upright position.
When a plant responds to the earth's gravitational pull what is it called?
When a plant responds to the earth's gravitational pull, it is called gravitropism. This phenomenon involves the growth response of plant organs, such as roots growing downward and stems growing upward, in relation to gravity.
How does the stem of a plant affect the height of a plant?
plants with soft stems cant grow so high because they can fall over. woody stems grow taller because they can handle more than the soft stems.
How can I prevent my spider plant from growing long stems?
To prevent your spider plant from growing long stems, make sure it receives enough sunlight, water it properly, and prune it regularly to encourage bushier growth.
What is growth that makes stems grow taller or roots grow longer called?
The growth that makes stems grow taller is called primary growth, which occurs at the apical meristems located at the tips of stems and roots. This process is primarily driven by cell division and elongation, allowing the plant to increase in length.
What do plant stems do?
Plant stems support the rest of the plant.
Why are stems leaves and roots called the vegetative part of a plant?
Because stems, roots and leaves form the main part of the plant body. So long the plant is growing all along these parts, it is the vegetative growth only. When flowering initiates the plant enters in to the reproductive stage.
What happens to stems of plants placed on their sides?
When plant stems are placed on their sides, a phenomenon called gravitropism occurs. The plant senses the change in gravitational force and redirects its growth to orient itself upright. The stems will grow in the direction of the earth's gravitational pull to reach an upright position.
What do plant stems support?
Plant stems support the rest of the plant.
When a plant responds to the earth's gravitational pull what is it called?
When a plant responds to the earth's gravitational pull, it is called gravitropism. This phenomenon involves the growth response of plant organs, such as roots growing downward and stems growing upward, in relation to gravity.
What is the definition of woody stem?
A woody stem is a type of plant stem that is hard and rigid due to the presence of lignin in its cell walls. These stems provide structural support to the plant and can persist through multiple growing seasons. Woody stems are common in trees and shrubs.
What do garbanzo beans need to grow?
They need to be started in a wet napkin. When they start growing leaves/stems then plant in a pot with soil.
Why are vascular plants taller than non vascular plants?
Vascular plants have specialized tissues that allow for the transport of water and nutrients throughout the plant, which supports their growth to taller heights. This vascular system helps deliver essential resources to all parts of the plant, enabling them to develop larger structures like stems and leaves. On the other hand, non-vascular plants lack this system, limiting their size and preventing them from growing as tall.
Which organisms benefit from having true roots stems and leaves?
Plants benefit from having true roots, stems, and leaves because these structures help support the plant, absorb water and nutrients from the soil, and carry out photosynthesis. These structures also allow plants to grow taller and compete for sunlight in order to maximize photosynthetic output.
