Biology Science

Difference between Bryophytes and Pteridophytes

Main Difference

Bryophytes have the definition of a small but flowerless plant that has a green color and consists of mosses and liverworts that belong to the division Bryophyta. Pteridophytes have the definition of large and sometimes artificial plants that have different colors and consists of ferns and their alleles and belong to the division Pteridophyta.

Comparison Chart

Basis of DistinctionBryophytesPteridophytes
DefinitionA small but flowerless plant that has a green color and consists of mosses and liverworts that belong to the division Bryophyta.Large and sometimes artificial plants that have different colors and consists of ferns and their alleles and belong to the division Pteridophyta.
BodyThe body either exists as a leafy surface or has a thalloid structure.It has various segments into which it divides, and these include the stem, root, and leaves
NatureHaploidDiploid
TissuesNo existence of vascular tissues such as xylem and phloem.The vascular tissues such as xylem and phloem do exist as proper plant structure exists.
DependencyThe sporophyte phase depends on the gametophyte.The sporophyte phase does not depend on the gametophyte

Bryophytes

Bryophytes have the definition of a small but flowerless plant that has a green color and consists of mosses and liverworts that belong to the division Bryophyta. The word bryophyte is the aggregate term for greeneries, hornworts and liverworts and Bryology is the investigation of bryophytes. While there are stamped contrasts between these three gatherings of creatures, they are connected firmly enough to warrant a separate term that incorporates every one of the three. So, a greenery is a bryophyte, a liverwort is a bryophyte, and a hornwort is a bryophyte. Greeneries might be little. However, they may likewise be as mind boggling as blooming plants. They have stems with leaves, and there is just about as much variety in the frame and size of these plants as there is for the blooming plants. The 20,000-species run from being infinitesimal to over a meter; they might be upright, or crawling and greatly spread. They may develop in streams or abandons, on peaks or in ocean shower, from the Antarctic through tropical rain backwoods to the cold, and pretty much anyplace except in the sea itself. Bryophytes are little, non-vascular land plants that require water for multiplication. Arrive plants fall into two classifications: those that have exceptional tissues to transport water and different materials, called vascular plants; and those that don’t have the exclusive fabrics, called non-vascular plants. Bryophytes are non-vascular, so they don’t have the right sorts of muscles to create roots, stems, or takes off.

Pteridophytes

Pteridophytes have the definition of large and sometimes artificial plants that have different colors and consists of ferns and their alleles and belong to the division Pteridophyta. Pteridophytes differ significantly in size. There are little drifting greeneries utilized as “green manure” in rice paddies since they collaborate with microscopic organisms that draw nitrogen from the air and “fix” it in substance intensifies that different plants can utilize. In some tropical timberlands, the biggest plants are tree greeneries that can be over to 30 meters (100 feet) tall and have gigantic spreading surrenders up to 4.5 meters long. Pteridophytes likewise demonstrate a move from easy to complex clears out. Some pteridophyte gatherings, including the club greeneries and horsetails, have necessary microphyllous leaves, highlighting a single, unbranched vein and unobtrusive vascular supplies that don’t bring about breaks or holes in the stem vasculature. The good greeneries notwithstanding, have bigger, more intricate microphyllous leaves whose veins are frequently broadly extended, putting such expensive requests on the plant’s vasculature that glaring holes’ frame in the xylem and phloem of the stem. Spores that are twist borne to dark, sodden living spaces grow and yield multicellular, yet minute, gametophytes, the sexual phase of the life cycle. These fleeting, sensitive plants develop and create egg-shaping archegonia and sperm-delivering antheridia. Greenery leaves utilized as a part of decorative designs are a unique industry in Florida, and in a few societies, tree plant stems are used to make rich, commonly etched dishes.

Key Differences

  • Bryophytes have the definition of a small but flowerless plant that has a green color and consists of mosses and liverworts that belong to the division Bryophyta. On the other hand, Pteridophytes have the definition of large and sometimes artificial plants that have different colors and consists of ferns and their alleles and belong to the division Pteridophyta.
  • The body of bryophytes has a different nature than others, and either exists as a leafy surface or has a thalloid structure. On the other hand, the body of pteridophytes has various segments into which it divides, and these include the stem, root, and leaves.
  • The structure of cells that exist within the bryophytes is different from other and becomes haploid, on the other hand, the structure of the cell that exist within the pteridophytes becomes known as diploid.
  • There is no existence of vascular tissues such as xylem and phloem within the bryophytes as they do not have the structure. On the other hand, the vascular tissues such as xylem and phloem do exist as proper plant structure exists.
  • The most dominant trait within the life cycle of bryophytes becomes the gametophyte. On the other hand, the most dominant feature within the lifecycle of pteridophytes becomes sporophyte.
  • The sporophyte phase depends on the gametophyte when we talk about bryophytes. On the other hand, the sporophyte phase does not depend on anything in pteridophytes.

Video Explanation

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