Thallophyta and bryophyta difference in short
Answers
Answered by
2
Thallophyta (Algae):
1. They are mostly aquatic.
2 The thallus consists of a single cell to well developed uniseriate or branched filaments
3. There is no or ill defined tissue differentiation
4. In each cell one or few chloropasts are present. In other cases instead of chloroplasts,
the chromatophores are present.
6. Generally rhizoids are not present and if present they are of simple type
7. Every cell is capable of growth and development.
8. Asexual reproduction takes place by means of zoospores or aplanospores. In many cases vegetative reproduction is commonly found.
9. Sexual reproduction may be isogamous, anisogamous or oogamous.
10. The sex organs are unicellular, and when multicellular every cell forms a gamete. There is no jacket of sterile cells.
11. The female sex organ is single-celled oogonium. It is not covered by any sterile jacket layer.
12. The zygote is liberated from the plant and passes into the resting stage.
13. No embryo is formed after fertilization.
14. They show ill defined homologous type of alternation of generations.
Bryophyta:
1. Mostly terrestrial and prefer damp and shady places.
2. The thalles is not filamentous except in protonema stage. It is made up of parenchymatous cells.
3. There is well defined tissue differentiation.
4. In each chlorophyllous cell many well developed chloroplasts are present.
5. The pores or stomata are present.
6. The rhizoids are present. They may be smooth walled, tuberculate or obliquely septate. The scales are also present.
7. Only the special cells are capable of growth and development.
8. Asexual reproduction is absent. Vegetative reproduction is common.
9. Sexual reproduction is only oogamous.
10. The sex organs are multicellular and remain protected by a jacket of sterile cells.
11. The female sex organ is flask-shaped, multicellular archegonium which remains covered by a sterile jacket layer. Neck canal cells, ventral canal cell and egg are found within archegonium.
12. The zygote is not liberated from the plant and does not undergo any testing period.
13. In all bryophytes the emphasis developed after fertilization.
14. They show well defined heteromorphic type of alternation of generations.
15. The sporophyte is dependent on gametophyte for its nutrition.
I hope this answer will useful to you
1. They are mostly aquatic.
2 The thallus consists of a single cell to well developed uniseriate or branched filaments
3. There is no or ill defined tissue differentiation
4. In each cell one or few chloropasts are present. In other cases instead of chloroplasts,
the chromatophores are present.
6. Generally rhizoids are not present and if present they are of simple type
7. Every cell is capable of growth and development.
8. Asexual reproduction takes place by means of zoospores or aplanospores. In many cases vegetative reproduction is commonly found.
9. Sexual reproduction may be isogamous, anisogamous or oogamous.
10. The sex organs are unicellular, and when multicellular every cell forms a gamete. There is no jacket of sterile cells.
11. The female sex organ is single-celled oogonium. It is not covered by any sterile jacket layer.
12. The zygote is liberated from the plant and passes into the resting stage.
13. No embryo is formed after fertilization.
14. They show ill defined homologous type of alternation of generations.
Bryophyta:
1. Mostly terrestrial and prefer damp and shady places.
2. The thalles is not filamentous except in protonema stage. It is made up of parenchymatous cells.
3. There is well defined tissue differentiation.
4. In each chlorophyllous cell many well developed chloroplasts are present.
5. The pores or stomata are present.
6. The rhizoids are present. They may be smooth walled, tuberculate or obliquely septate. The scales are also present.
7. Only the special cells are capable of growth and development.
8. Asexual reproduction is absent. Vegetative reproduction is common.
9. Sexual reproduction is only oogamous.
10. The sex organs are multicellular and remain protected by a jacket of sterile cells.
11. The female sex organ is flask-shaped, multicellular archegonium which remains covered by a sterile jacket layer. Neck canal cells, ventral canal cell and egg are found within archegonium.
12. The zygote is not liberated from the plant and does not undergo any testing period.
13. In all bryophytes the emphasis developed after fertilization.
14. They show well defined heteromorphic type of alternation of generations.
15. The sporophyte is dependent on gametophyte for its nutrition.
I hope this answer will useful to you
Answered by
5
┏─━─━─━─━∞◆∞━─━─━─━─┓
✭✮ӇЄƦЄ ƖƧ ƳƠƲƦ ƛƝƧƜЄƦ✮✭
┗─━─━─━─━∞◆∞━─━─━─━─┛
➧Subkingdom Cryptogamae divided into three groups:-▃▃▃▃▃▃▃▃▃▃▃▃▃▃▃▃▃▃▃⤵
❶❫ Thallophyta:- ▬▬▬▬▬▬▬▬▬▬▬☟
①❭ Plants body remains in the form of Undifferentiated.
②❭ Vascular System is Absent.
③❭ Mode of nutrition is Phototrophic & Autotrophic.
④❭ Reproduction is both Sexual & Asexual.
⑤❭ Asexual reproduction takes place by Spore formation.
⑥❭ Fertilization is not followed by Embryo formation.
▶Ex:- Spirogyra, Ulva, Fucus, Volvax & Chara
❷❫ Bryophyta:- ▬▬▬▬▬▬▬▬▬▬▬☟
①❭ Plant body is not differentiated into true roots, steam & leaves.
②❭ Non-vascular plant are not developed.
③❭ Fixation by rhzoids.
④❭ Gametophyte are the main plant.
⑤❭ Sex organs are multicellular.
⑥❭ Water is required for fertilization.
▶Ex:- Funaria & Riccia
❸❫ Pteridophyta:- ▬▬▬▬▬▬▬▬▬▬▬☟
①❭ Plant body is differentiated into true roots, steam & leaves.
②❭ Vascular plant are developed.
③❭ Fixation by roots.
④❭ Sporophyte are the main plant.
⑤❭ They are the first truly Terrestrial & vascular cryptogams.
⑥❭ Water is needed for fertilization.
▶Ex:- Azolla & Dryopteris
_________ Thanks...✊
✭✮ӇЄƦЄ ƖƧ ƳƠƲƦ ƛƝƧƜЄƦ✮✭
┗─━─━─━─━∞◆∞━─━─━─━─┛
➧Subkingdom Cryptogamae divided into three groups:-▃▃▃▃▃▃▃▃▃▃▃▃▃▃▃▃▃▃▃⤵
❶❫ Thallophyta:- ▬▬▬▬▬▬▬▬▬▬▬☟
①❭ Plants body remains in the form of Undifferentiated.
②❭ Vascular System is Absent.
③❭ Mode of nutrition is Phototrophic & Autotrophic.
④❭ Reproduction is both Sexual & Asexual.
⑤❭ Asexual reproduction takes place by Spore formation.
⑥❭ Fertilization is not followed by Embryo formation.
▶Ex:- Spirogyra, Ulva, Fucus, Volvax & Chara
❷❫ Bryophyta:- ▬▬▬▬▬▬▬▬▬▬▬☟
①❭ Plant body is not differentiated into true roots, steam & leaves.
②❭ Non-vascular plant are not developed.
③❭ Fixation by rhzoids.
④❭ Gametophyte are the main plant.
⑤❭ Sex organs are multicellular.
⑥❭ Water is required for fertilization.
▶Ex:- Funaria & Riccia
❸❫ Pteridophyta:- ▬▬▬▬▬▬▬▬▬▬▬☟
①❭ Plant body is differentiated into true roots, steam & leaves.
②❭ Vascular plant are developed.
③❭ Fixation by roots.
④❭ Sporophyte are the main plant.
⑤❭ They are the first truly Terrestrial & vascular cryptogams.
⑥❭ Water is needed for fertilization.
▶Ex:- Azolla & Dryopteris
_________ Thanks...✊
Similar questions