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Sugar is mainly transported in the phloem, which is one of the two types of vascular tissues in plants. The phloem is responsible for the translocation of organic nutrients, particularly sucrose, from sources such as leaves (where photosynthesis occurs) to sinks like roots, fruits, and growing tissues. This transport process is essential for plant growth and energy distribution.
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What substances is transported from leaves to the rest of the plant body?
Sugars (mainly glucose) produced through photosynthesis in the leaves are transported to the rest of the plant body for energy and growth. Additionally, water and minerals absorbed by the roots are also transported to the leaves through the xylem tissue.
Where does sugar come from in a phloem plant?
In phloem plants, sugar primarily comes from the process of photosynthesis, which occurs in the leaves. During photosynthesis, plants convert carbon dioxide and water into glucose using sunlight. This glucose is then transported through the phloem, the plant's vascular tissue, to various parts of the plant where it can be used for energy or stored as starch.
Are the vascular tissue that conducts water and nutrients in a plant is phloem?
Yes...........Phloem is the tissue that transports sugar from leaves to all parts of the plant by the process called Translocation.
How is sugar produced in the leave of a mango plant reach the fruit of the plant?
In a mango plant, sugar is produced in the leaves through the process of photosynthesis, where sunlight, carbon dioxide, and water are converted into glucose. This glucose is then transported down through the plant via the phloem, a type of vascular tissue. As the sugar travels, it is directed to growing fruits and other parts of the plant that require energy and nutrients for development. The movement of sugar is facilitated by the concentration gradient, with sugars being actively transported to areas of lower concentration in the fruits.
Does phloem transports water and minerals?
No, phloem is a type of vascular tissue in plants that is responsible for transporting organic nutrients, such as sugars and amino acids, produced during photosynthesis. Water and minerals are transported through the xylem, another type of vascular tissue in plants.
What do vascular tissues in plants do?
There are two types of vascular tissue that aid in transport and there are two substances that are transported. Xylem transports water and dissolved minerals and phloem transports sugar (sap).
What substances is transported from leaves to the rest of the plant body?
Sugars (mainly glucose) produced through photosynthesis in the leaves are transported to the rest of the plant body for energy and growth. Additionally, water and minerals absorbed by the roots are also transported to the leaves through the xylem tissue.
What carries sugar from leaves to rest of the plant?
The vascular tissue called the phloem.
Why does a plant's transport of sugar differ from it's transport of water?
A plant transports sugar through its phloem tissue using energy from photosynthesis. This process is called translocation. Water is transported through the xylem tissue via a process called transpiration, driven by evaporation and capillary action. These two systems are separate and serve different functions in the plant's overall health and growth.
What plant tissue transports sugar solution?
Phloem tissue is responsible for transporting sugar solution, along with other organic nutrients like amino acids and hormones, from the leaves where they are produced through to the rest of the plant. This transportation process occurs through sieve tubes, which are part of the phloem tissue.
Where does sugar come from in a phloem plant?
In phloem plants, sugar primarily comes from the process of photosynthesis, which occurs in the leaves. During photosynthesis, plants convert carbon dioxide and water into glucose using sunlight. This glucose is then transported through the phloem, the plant's vascular tissue, to various parts of the plant where it can be used for energy or stored as starch.
Vascular tissue is special tissue that connects all parts of a plant True or false?
Yes. The two types of vascular tissue are xylem and phloem. Xylem brings water and minerals up from the roots to throughout the plant. Phloem conducts the sugar products of photosynthesis to where they are needed in the plant.
Are the vascular tissue that conducts water and nutrients in a plant is phloem?
Yes...........Phloem is the tissue that transports sugar from leaves to all parts of the plant by the process called Translocation.
How is sugar produced in the leave of a mango plant reach the fruit of the plant?
In a mango plant, sugar is produced in the leaves through the process of photosynthesis, where sunlight, carbon dioxide, and water are converted into glucose. This glucose is then transported down through the plant via the phloem, a type of vascular tissue. As the sugar travels, it is directed to growing fruits and other parts of the plant that require energy and nutrients for development. The movement of sugar is facilitated by the concentration gradient, with sugars being actively transported to areas of lower concentration in the fruits.
Does phloem transports water and minerals?
No, phloem is a type of vascular tissue in plants that is responsible for transporting organic nutrients, such as sugars and amino acids, produced during photosynthesis. Water and minerals are transported through the xylem, another type of vascular tissue in plants.
What are the two different types of vascular tissue?
Phloem and xylem are the two main types of vascular tissue found in plants. Xylem is the tissue that mainly carries water, and a few minerals, in the system. Phloem is the tissue that carries photosynthetic materials through the plant.
How do all the cells in a vascular plant get sugar?
Vascular plants transport sugars through their phloem tissue, which forms a network throughout the plant. Sugars produced in photosynthetic tissues are loaded into the phloem, then transported to non-photosynthetic cells for energy or storage. This system ensures that all cells in a vascular plant receive the necessary sugars for metabolism and growth.
