Kingdom Plantae
... The male cones first produce spores by meiosis, which develop into pollen grains and rest on the edges of the cone. These are carried by the wind, and some will reach the female cones in pollination.. The pollen grains then directly enter the diploid sporangium in the ovule, and a female spore is ...
... The male cones first produce spores by meiosis, which develop into pollen grains and rest on the edges of the cone. These are carried by the wind, and some will reach the female cones in pollination.. The pollen grains then directly enter the diploid sporangium in the ovule, and a female spore is ...
Plant Reproduction
... 14. Whorl made up of the male reproductive structures 15. Mature ovary with seeds 18. Plant that can grow from leaf cuttings 19. Outer whorl of flower parts that may appear green and leaf-shaped 23. Production of one type of spore as in moss and ferns 24. A sugar solution made by plants to attract i ...
... 14. Whorl made up of the male reproductive structures 15. Mature ovary with seeds 18. Plant that can grow from leaf cuttings 19. Outer whorl of flower parts that may appear green and leaf-shaped 23. Production of one type of spore as in moss and ferns 24. A sugar solution made by plants to attract i ...
Sample exam #2
... as the family and division to which the plant belongs, E) randomly assigned names in Latin without meaning 13. In which of the following taxonomic levels would you find plants that were most closely related? A) kingdom, B) genus, C) family, D) division 19. The pulp of fruit (e.g. the part of an appl ...
... as the family and division to which the plant belongs, E) randomly assigned names in Latin without meaning 13. In which of the following taxonomic levels would you find plants that were most closely related? A) kingdom, B) genus, C) family, D) division 19. The pulp of fruit (e.g. the part of an appl ...
plant evolution
... PLANT EVOLUTION Chapter Outline IMPACTS, ISSUES: BEGINNINGS AND ENDINGS 21.1 EVOLUTIONARY TRENDS AMONG PLANTS From Haploid to Diploid Dominance Roots, Stems, and Leaves Pollen and Seeds 21.2 THE BRYOPHYTES—NO VASCULAR TISSUES 21.3 SEEDLESS VASCULAR PLANTS Club Mosses and Spike Mosses Whisk ...
... PLANT EVOLUTION Chapter Outline IMPACTS, ISSUES: BEGINNINGS AND ENDINGS 21.1 EVOLUTIONARY TRENDS AMONG PLANTS From Haploid to Diploid Dominance Roots, Stems, and Leaves Pollen and Seeds 21.2 THE BRYOPHYTES—NO VASCULAR TISSUES 21.3 SEEDLESS VASCULAR PLANTS Club Mosses and Spike Mosses Whisk ...
Lesson 3 | Plant Reproduction - Kapuk`s E
... 3. The female reproductive structure of a seed plant where the haploid egg develops is called the ovule ...
... 3. The female reproductive structure of a seed plant where the haploid egg develops is called the ovule ...
9 Asexual reproduction and cloning in plants
... Year 5 homework questions: Asexual reproduction and cloning in plants 1 In natural vegetative propagation, which 2 of the following structures are most likely to give rise to new individuals: (a) stems, (b) roots, (c) buds, (d) leaves, (e) flowers? (1) 2 The drawing shows a plant which reproduces ve ...
... Year 5 homework questions: Asexual reproduction and cloning in plants 1 In natural vegetative propagation, which 2 of the following structures are most likely to give rise to new individuals: (a) stems, (b) roots, (c) buds, (d) leaves, (e) flowers? (1) 2 The drawing shows a plant which reproduces ve ...
Dante Matero
... 5. Accessory Fruits: what we commonly call the fruit II. Flowering plants reproduce sexually, asexually or both ...
... 5. Accessory Fruits: what we commonly call the fruit II. Flowering plants reproduce sexually, asexually or both ...
Chapter 21 and 22 Notes - Plants
... spores (a unit of sexual reproduction) that undergo mitosis. These spores can fuse with each other or with another plant’s spore (sexual reproduction) to create a zygote. **The fertilized zygote from the gametophyte generation develops into a sporophyte, which has diploid cells. The cells of the spo ...
... spores (a unit of sexual reproduction) that undergo mitosis. These spores can fuse with each other or with another plant’s spore (sexual reproduction) to create a zygote. **The fertilized zygote from the gametophyte generation develops into a sporophyte, which has diploid cells. The cells of the spo ...
Document
... Reproduction produces new living things (offspring). Sexual reproduction needs two parents to produce sex cells or gametes. The gametes fuse to produce a fertilised egg cell or zygote. The zygote uses cell division to grow into an embryo, which can grow into an adult and become a parent (completing ...
... Reproduction produces new living things (offspring). Sexual reproduction needs two parents to produce sex cells or gametes. The gametes fuse to produce a fertilised egg cell or zygote. The zygote uses cell division to grow into an embryo, which can grow into an adult and become a parent (completing ...
8B Plants and their Reproduction
... Reproduction produces new living things (offspring). Sexual reproduction needs two parents to produce sex cells or gametes. The gametes fuse to produce a fertilised egg cell or zygote. The zygote uses cell division to grow into an embryo, which can grow into an adult and become a parent (completing ...
... Reproduction produces new living things (offspring). Sexual reproduction needs two parents to produce sex cells or gametes. The gametes fuse to produce a fertilised egg cell or zygote. The zygote uses cell division to grow into an embryo, which can grow into an adult and become a parent (completing ...
Sexual Reproduction in Plants
... Plants can also reproduce sexually. The product of sexual reproduction in plants is a seed. Plants are classified (or organized) based on the type of seeds they produce. ...
... Plants can also reproduce sexually. The product of sexual reproduction in plants is a seed. Plants are classified (or organized) based on the type of seeds they produce. ...
Chapter 24 - Jamestown Public Schools
... Ovule female sex cells of a seed plant Pollination transfer of pollen grains from male reproductive structures to female reproductive structure ...
... Ovule female sex cells of a seed plant Pollination transfer of pollen grains from male reproductive structures to female reproductive structure ...
Plants Study Guide
... spores. The gametophyte stage is when they produce gametes (sex cells/sperm and egg). 5. List 3 the methods of seed dispersal: a. wind b. water c. other organisms 6. What are cotyledons? seed leaves 7. What type of vascular plant produces “naked seeds”? gymnosperms 8. What type of vascular plant pro ...
... spores. The gametophyte stage is when they produce gametes (sex cells/sperm and egg). 5. List 3 the methods of seed dispersal: a. wind b. water c. other organisms 6. What are cotyledons? seed leaves 7. What type of vascular plant produces “naked seeds”? gymnosperms 8. What type of vascular plant pro ...
PLANT REPRODUCTION AND HOW IT WORKS!
... mitosis and meiosis. • What type of cells does mitosis create? And meiosis? • Where do you think each process would occur in a flower? ...
... mitosis and meiosis. • What type of cells does mitosis create? And meiosis? • Where do you think each process would occur in a flower? ...
Plant Reproduction and Development
... – An unstable enviroment • New pathogens • Varied offspring means some can survive. ...
... – An unstable enviroment • New pathogens • Varied offspring means some can survive. ...
Unit B: Topic 3 PLANT REPRODUCTION AND BREEDING Asexual
... ● branch from the parent _________to the ground and covers with soil then grows ___________________ ...
... ● branch from the parent _________to the ground and covers with soil then grows ___________________ ...
LP-PartTwo - Warren`s Science Page
... › Female cones produce ovules that yield megaspores (female gametophyte) ...
... › Female cones produce ovules that yield megaspores (female gametophyte) ...
Plant reproduction
Plant reproduction is the production of new individuals or offspring in plants, which can be accomplished by sexual or asexual reproduction. Sexual reproduction produces offspring by the fusion of gametes, resulting in offspring genetically different from the parent or parents. Asexual reproduction produces new individuals without the fusion of gametes, genetically identical to the parent plants and each other, except when mutations occur. In seed plants, the offspring can be packaged in a protective seed, which is used as an agent of dispersal.