In the Pteridophyte division both the sporophyteand gametophytegenerations live as free living plants. The sporophyte is much larger and longer lived than the gametophyte. It is the dominant generation and what we recongnize as ferns, clubmosses, et cetera.

gametophyte is dominant in bryophytes whereas the sporophyte is dominant in pteridophytes.

Tags: Which of the following is a not characteristic of Pteridophytes? The dominant phase in the tracheophyte life cycle is the diploid (sporophyte) stage. The gametophytes are very small and cannot exist independent of the parent plant. The reproductive structures of the sporophyte (cones in gymnosperms and flowers in angiosperms), produce two different kinds of haploid spores: microspores (male) and megaspores

In pteridophytes the dominant generation is

gametophyte is dominant in bryophytes whereas the sporophyte is dominant in pteridophytes. Pteridophytes show a true alternation of generations. Here, the dominant sporophyte produces spores through meiosis. The gametophyte generation forms gametes by mitosis.

for example been manipulated for irrigation and power generation for generations (Jones the biocanal. The dominant fish species within the biocanal was. et correc- tions to the list of the Phanerogamae and Pteridophyta of the Fseröes.

The dominant generation in pteridophytes is

has been reduced In The pteridophytes of Mexico (pp. 686-692).

Answer: sporophytic generationThis means that a diploid generation (the sporophyte, which produces spores) is followed by a haploid generation (the gametophyte… amangpt6787 amangpt6787 28.04.2019 Biology Secondary School answered The dominant generation in pteridophytes is 1 See answer

4.triploid. Show Answer. Answer:3 Alternation of Generations For sexually reproducing multicellular organisms In contrast, in flowering plants (angiosperms), the sporophyte is the dominant form.

Add your answer and earn points. This means that a diploid generation (the sporophyte, which produces spores) is followed by a haploid generation (the gametophyte or prothallus, which produces gametes). Pteridophytes differ from bryophytes in that the sporophyte is branched and generally much larger and more conspicuous, and from seed plants in that both generations are independent and free-living.
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Only the sporophyte shows well developed conducting tissues (i.e., xylem and phloem). The dominant generation in pteridophytes is 1 See answer amangpt6787 is waiting for your help. Add your answer and earn points. This means that a diploid generation (the sporophyte, which produces spores) is followed by a haploid generation (the gametophyte or prothallus, which produces gametes). Pteridophytes differ from bryophytes in that the sporophyte is branched and generally much larger and more conspicuous, and from seed plants in that both generations are independent and free-living.

Xylem and phloem 2. Dominant sporophyte generation independent of the gametophyte Different from the bryophytes B. Cooksonia evolved over 400 million years ago: oldest known vascular plant 2. In Pteridophytes, the dominant generation is (a) gametophytic (b) haploid (c) diploid (d) triploid.
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Pteridophyta (Pteris). Bryophyta Dominant gametophytic generation is found in `:`. play What represent the gametophytic generation in pteridophytes? play.

The ploidy status of dominant generation of pteridophytes? 41 .Autoclave function at? 42.

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All pteridophytes have a true alternation of generations, in which a dominant sporophyte generation produces spores through meiosis , and a free-living gametophyte generation forms gametes (egg and sperm) by mitosis . Ferns can be used to illustrate the life cycle stages common to all pteridophytes.

D), Plants are The gametophyte is the dominant generation in a fern plant.