What are Pteridophytes:

Pteridophytes are referred to as cryptogram since they do not produce seeds or blooms, they have well-developed vascular tissue, xylem, and phloem these plants are classified as vascular plants. They can grow up to 30 meters long, and they are the closest relative of fruit and root-producing plants- angiosperm and conifers. 

The sporophytes are the most prominent in pteridophytes gametophytes & sporophytes are autotrophs, gametes are microscopic and multicellular. Gametophytes develop both antheridia and archegonia, archigonia produces eggs and antheridia produces sperm inside the same plants. Therefore pteridophytes are also known as unisexual plants. After fertilization zygote develops into sporophytes, pteridophytes consist of neither flowers nor seeds they reproduce via spores. Some pteridophytes are Microspores, and Megaspores & some are Homospores. 

E.g. Mosses, ferns, Spikemosses, etc.

Difference Between Bryophytes And Pteridophytes

The plant is classified into four major parts root, stem, leaf & flower. However, plants are also classified according to their flowering plants are called Angiosperm and others are called non-flowering plants Gymnosperm. Plants are all non-motile and autotrophic in nature.

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What are Bryophytes?

Bryophytes are non-vascular plants which means they do not have true vascular tissue xylem and phloem. The absence of the vascular system is viewable in Bryophytes, the simplest plants that grow in moist land, bryophytes lack true root structure rhizoids are present for anchorage. Due to this nature bryophytes are called amphibians of the plant kingdom....

What are Pteridophytes:

Pteridophytes are referred to as cryptogram since they do not produce seeds or blooms, they have well-developed vascular tissue, xylem, and phloem these plants are classified as vascular plants. They can grow up to 30 meters long, and they are the closest relative of fruit and root-producing plants- angiosperm and conifers....

Difference Between Bryophytes and Pteridophytes

Bryophytes Pteridophytes Definition Bryophytes, lack roots, stems, and leaves.  Pteridophytes grow six feet in height we can clearly differentiate in roots, stems, and leaves. Body Structure Thalloid body structure. Well-developed body structure. Plant structure Bryophytes are called plant amphibians. Pteridophytes are true plants. Vasculature Tissue Xylem and Phloem are absent. Xylem and Phloem are present. Vascular Tissue Bryophytes have no vascular tissue.  Pteridophytes have vascular tissues. Roots They lack true root structure, rhizoids are present aids in anchoring. Pteridophytes have true root presents. Stems and Leaves Bryophytes don’t have actual stem presents. Pteridophytes have actual stem  presents. Dominating Part Gametophyte dominating in bryophytes. Sporophytes dominating in pteridophytes. Cell Types Haploid cells are present in bryophytes due to their thalloid structure. Diploid cells are seen in the pteridophytes. Antheridium Antheridium is stalked. Antheridium is sessile. Archegonium In bryophytes archegonium whose made up of six rows of cells, a common site.  Archegonium is made up of four rows of cells in its neck. Sporophytes Phase Depends on the gametophyte phase. Self-content/autotrophic phase. Examples Mosses, Liverworts, etc. Clubmosses, Fern, etc....

Similarities Between Bryophytes and Pteridophytes

Bryophytes and Pteridophytes belong to the kingdom Plantae. Both require water and minerals for their survival bryophytes require moist are to survive. The best plant to study regarding the study of the evolution of plants. Both have Antheridium and Archegonium present. Bryophytes and Pteridophytes both produce neither seeds nor flowers. Both have a terrestrial lifestyle. Males are flagellates. Sex organs are surrounded by sterile jackets. Both have a definite alternation of sporophytic and gametophytic generation.  Both have archegonium and antheridium.  Cuticles present are present in both plants....

Conclusion

Bryophytes are avascular plants and have a thallus structure, does not have true root, stem, and leaves structure. Pteridophytes have special characteristic and are more advance than bryophytes they have a clear structure of the root, stem, and leaves, and grows six feet in height, pteridophytes show a clear development of the vascular body and show the development of the xylem and phloem.  The primary and major difference between bryophytes and pteridophytes is the structure of their dominant body size....

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