By diffusion of the nutrients through the cell walls and membranes.
Yes, Nonvascular Plants do not have vessels. Nonvascular plants are found in damp environments and are only a few cells thick, so they are able to absorb water and nutrients from it directly through their cell walls. Vascular plants are more complex and are thick, so they need vessels to get their water and nutrients. See related question
Nonvascular Plants do not have vessels. Nonvascular plants are found in damp environments and are only a few cells thick, so they are able to absorb water and nutrients from it directly through their cell walls. Vascular plants are more complex and are thick, so they need vessels to get their water and nutrients. If you want to know more about it, and get the science textbook "Life Science" a Glencoe book written by: Lucy Daniel, Ed Ortleb, and Alton Biggs. But there were many contributing writers who where named: Linda Barr, Dan Blaustein, Pam Bliss, Mary Dylewski, Helen Frensch, Steve Glazer, Rebecca Johnson, Devi Mathieu, Nancy Ross-Flanigan, and Patricia West.
Nonvascular plants lack specialized tissues for transporting water and nutrients throughout their bodies. This means they rely on diffusion to move water and nutrients from cell to cell. Vascular plants, by contrast, have specialized tissues like xylem and phloem for efficient transport.
no
Vascular plants are plants that have transport tissues for carrying water, nutrients, and sugar to plant cells. Because they have transport tissues, many vascular plants can become very large. An example of a vascular plant is a full grown tree. The transport tissues form a system of tubes tat extends from the roots to all parts of the plant. These tubes are made up of two kinds of tissue: xylem and phloem. Xylem tissue carries water and nutrients from the roots to the leaves. Phloem tissue carries sugar from the leaves to other cells of the plants. Non vascular plants are plants that lack tissues that transport water, nutrients, and sugar. Some example of non vascular plants are mosses, liverworts, and hornworts. Non vascular plants don't have tissues to carry the materials that cells need to stay healthy. Because of this, they don't grow very large. These plants don't have true roots to absorb water. Instead, each cell absorbs the water and nutrients it needs directly from the soil or air. Because they tend to live very close together, the cells of these plants may also get materials they need from neighboring plant cells.
Water is useful to plants because cells need water to transport nutrients around the cell.
Non vascular plants have no internal "circulatory system" or any means of moving liquid and nutrients around their body. Therefore they need to grow low to the ground and in a moist environment in order to get their nutrients through osmosis through the ground. Vascular plants are able to get their nutrients delivered through the body through veins, allowing them to grow taller.
ricca and marchantia are two plants without tubes they are also non-vascular
since nonvascular plants don't have tubelike cells they try to absorb all the water from their surrounding they live near water and moist environments because they need to absorb as much eater as possible.
The difference between vascular and non-vacular plants is that, vascular plants have tubes that carry water up the plant/tree, non-vascular plants dont have those in which case, they need to live near water. Vascular plants are considered the "flowering plant", non-vascular plants have spores and don't need to "mate" with another plant to make a new one, they just need to get their seeds off of them the right way. Vascular plants have a system of cells that transport water through the plant, non-vascular plants do not.
by sokin up water
Nonvascular plants, like mosses and liverworts, can grow in new environments because they do not require a vascular system to transport water and nutrients—they can absorb these directly from their surroundings. Their small size and ability to reproduce quickly also contribute to their success as pioneer colonizers in new environments.