Moss is non-vascular. Because a moss is non-vascular, it relies on osmosis and diffusion to receive mainly oxygen and carbon dioxide from the air for nutrients.
nonvascular it has no roots too
An example of a non-vascular plant is a moss because these are land plants,and show considerably more tissue complexity than the green algae.
no it is not, it is a vascular plant
A nonvascular plant that you might find in your back yard would be a moss.
Sphagnum moss is a nonvascular plant. It belongs to the division Bryophyta, which includes mosses, liverworts, and hornworts, all of which lack vascular tissues (xylem and phloem) that are found in vascular plants. Instead, sphagnum moss absorbs water and nutrients directly through its cells, allowing it to thrive in wet environments.
nonvascular it has no roots too
An example of a non-vascular plant is a moss because these are land plants,and show considerably more tissue complexity than the green algae.
no it is not, it is a vascular plant
no it is nonvascular
Is a dandelion a vascular or nonvascular plant
Depends if you are talking about a non-vascular plant like moss.
Hornworts are non-vascular seedless plants they also lack vascular tissue such as moss, and liverworts
A nonvascular plant that you might find in your back yard would be a moss.
Sphagnum moss is a nonvascular plant. It belongs to the division Bryophyta, which includes mosses, liverworts, and hornworts, all of which lack vascular tissues (xylem and phloem) that are found in vascular plants. Instead, sphagnum moss absorbs water and nutrients directly through its cells, allowing it to thrive in wet environments.
Nonvascular
No, peat moss is a non-vascular plant. It lacks specialized tissues for transporting water and nutrients, such as xylem and phloem.
Yes, moss is a nonvascular plant. This means that it lacks specialized tissues for transporting water and nutrients, such as xylem and phloem, which are found in vascular plants like trees and flowering plants. Moss typically absorbs water and nutrients directly through its cells from its surrounding environment.