Match the following clades with the characteristics that they share Clades: Bryophytes and Tracheophyta Embryophyta and Charophycea Chlorophyta and Streptophyta Bryophytes and Tracheophyta Characteristics: -Chlorophylls a and b are autotrophic -Alternation of generations -Rosettes in the plasma membrane -Sporangia with walled spores

Match the following clades with the characteristics that they share Clades: Bryophytes and Tracheophyta Embryophyta and Charophycea Chlorophyta and Streptophyta Bryophytes and Tracheophyta Characteristics: -Chlorophylls a and b are autotrophic -Alternation of generations -Rosettes in the plasma membrane -Sporangia with walled spores

Biology Today and Tomorrow without Physiology (MindTap Course List)

5th Edition

ISBN:9781305117396

Author:Cecie Starr, Christine Evers, Lisa Starr

Publisher:Cecie Starr, Christine Evers, Lisa Starr

Chapter14: Plants And Fungi

Section: Chapter Questions

Problem 3SQ

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Compare and contrast the three phyla of bryophytes using the specified bases in the Table below. Bases Hepatophyta Anthocerotophyta Bryophyta 1. Growth form (leafy or thallose) 2. Arrangement of leaves on the stem for leafy types 3. Mechanism of spore dispersal 4. Presence of stomata on the sporophytes 5. Presence of primitive conducting cells 6. Presence of chloroplast on the sporophyte 7. Structure of the protonema 8. Presence of symbiotic cyanobacteria 9. Length of the seta
Compare and contrast the three bryophyte groups in terms of distinguishing morphoanatomical features, reproduction, diversity and habitat. Bryophyte Group Criteria Hornworts Liverworts Mosses Gametophyte Morphology Dioicous/Monoicous* Asexual Reproduction Presence of conducting cells Photosynthetic Parts Presence of Stomata Presence of Cuticle Sporophyte Morphology/Appearance Other Distinct Features/Structures Habitat/Distribution No. of Species Worldwide Summary of Key Similarities Summary of Key Differences
Draw the life cycle of a typica bryophyte such as moss. Your drawing should contain the following terms: 2N and N, Sporophyte and Gametophyte, Sporangium, Meiosis, Spores, Protonema, Antheridium, Sperm, Archegonium, Egg and Fertilization
One of the genera of Lycophytes is Selaginella. Like other Lycophytes, Selaginellids bear their spores in a strobilus but they have an unusual strobilus which sets them apart from their relatives. Which answer below best describes this distinction? their spores are always diploid O they are gametophyte-dominant their spores are heterosporous their strobilus is dependnent upon the female gametophyte like mosses
The photo below is a longitudinal section (I.s.) of the strobilus of Selaginella at 40x. How does this photo illustrate the importance of the previous question?
Fill in the blanks: is the apical archegonial tissue that protects the maturing sporophyte.
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http://botit.botany.wisc.edu/botany_130/diversity/plants/mosses.html Make a complete moss life cycle with the following phases and structures. Note: download the images of Mnium from this link and arrange them in the exact sequence to make the lifecycle. Lifecycle structures with cell division: Meiosis, fertilization within archegonium, capsule (sporangium), spores (n), protonema (n) (Image), male gametophyte (n) (Image), female gametophyte (n) (Image), antheridia (Image), archegonia (Image), sperm, egg, water, zygote (2n), embryo, young growing sporophyte (2n), mature sporophyte (2n) (Image), rhizoids. You can insert the non-image part, using the textbox and fill out the suitable s text. For symbol, click on the shape option and inter in your lifecycle diagram at the required place
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