Modern-day plants likely acquired introns through evolutionary processes such as gene duplication, horizontal gene transfer, and the influence of transposable elements. As plants evolved and adapted to more complex environments, the incorporation of introns may have facilitated alternative splicing and increased genetic diversity. This evolutionary advantage would help in the development of more complex traits and regulatory mechanisms, distinguishing them from simpler organisms like liverworts and green algae, which have retained a more streamlined gene structure.
yes
Plants such as the mosses, liverworts, and hornworts.
Yes, liverworts are seedless plants that reproduce through spores. They are part of a group of plants known as bryophytes, which also includes mosses and hornworts. Liverworts have a simple structure with no vascular system for transporting water and nutrients.
anything with no true roots like moss, liverworts,hornworts.
Yes, Marchantia is a genus of liverworts, which are not mosses. Liverworts belong to the plant division Marchantiophyta, while mosses belong to the division Bryophyta. Both liverworts and mosses are classified as bryophytes, which are non-vascular plants.
The liverworts and the hornworts are non seed plants.
Mosses, ferns, and liverworts have no plants.
yes
vascular
liverworts
Liverworts.
Plants such as the mosses, liverworts, and hornworts.
Yes they are
false
vessells
Liverworts are not vascular plants. The Liverwort is a very primitive plant like moss and the slime mold. Liverwort reproduces using spores.
Liverworts lack a vascular system. They are non-vascular plants that absorb water and nutrients directly through their cells. Ferns, peanut plants, and oak trees all have vascular systems that transport water and nutrients throughout the plant.