Plants that have tubes are called vascular plants.
In plants, the circulatory system involves the movement of water, nutrients, and hormones throughout the plant. This system is mainly facilitated by the xylem and phloem tissues. The xylem transports water and minerals from the roots to the leaves, while the phloem transports sugars and other organic compounds produced in the leaves to other parts of the plant.
Water and dissolved minerals travel to the leaves of a plant, where the water is combined with carbon (from carbon dioxide) to form carbohydrates, as well as more complex chemicals and enzymes.
The vascular tissue responsible for conducting water and nutrients in plants is called xylem. It transports water and minerals absorbed by the roots from the soil to other parts of the plant.
Ferns are plants that produce many spores that are dispersed by wind or water. Spores are released from structures called sporangia on the underside of fern leaves. These spores are lightweight and have a tough outer coat that helps them travel through the air or water to new locations for germination.
Absorbed nutrients from the intestines travel to the liver via the hepatic portal vein. This vein carries blood rich in nutrients from the intestines directly to the liver for processing and storage. Once in the liver, the nutrients are metabolized and distributed to the rest of the body as needed.
A chemical that is energized by photosynthesis
A chemical that is energized by photosynthesis
A chemical that is energized by photosynthesis
A chemical that is energized by photosynthesis
Very Fast! If roots are dry and leaves are drooping and you water them, it takes less than an hour or so before the leaves start standing back up towards the light...so i think it takes water less than an hour to travel from roots to all the leaves.
In plants, the circulatory system involves the movement of water, nutrients, and hormones throughout the plant. This system is mainly facilitated by the xylem and phloem tissues. The xylem transports water and minerals from the roots to the leaves, while the phloem transports sugars and other organic compounds produced in the leaves to other parts of the plant.
Water and nutrients are absorbed by the roots and travel through the xylem tissue in the stems via capillary action and transpiration pull. This process helps provide water for photosynthesis in the leaves and nutrients for growth and metabolism in the plant. The movement is facilitated by cohesion and adhesion forces within the plant's vascular system.
Just like the tospey turvey! Well, the water and nutrients travel very fast to the plants because the roots are at the top so the dont have to travel very far down.
Just like the tospey turvey! Well, the water and nutrients travel very fast to the plants because the roots are at the top so the dont have to travel very far down.
Plants receive their nutrience through their root. The nutrience travels throughtthe roots into the steam, and travel through the leaves, and through the rest of theplant!
Non-vascular plants is a general term for those plants without a vascular system (xylem and phloem). Although non-vascular plants lack these particular tissues, a number of non-vascular plants possess tissues specialized for internal transport of water. Non-vascular plants have no roots, stems, or leaves, since each of these structures is defined as containing vascular tissue. The lobes (rounded parts) of the liverwort may look like leaves, but they are not true leaves because they have no xylem or phloem. Likewise, mosses and algae have no such tissues. All plants have a life cycle with an alternation of generations between a diploid sporophyte and a haploid gametophyte, but nonvascular plants include the only plants that have a dominant gametophyte generation. In these plants, the sporophytes grow attached and are dependent on gametophytes for taking in water and other materials. Non-vascular plants grow from spores.
I'm assuming that you are referring to non-vascular plants, to which the answer is, despite having no vascular tissue (xylem and phloem) there are still tissues within that specialise in transportation of nutrients.