Flowering plants are the dominant plant form on land and they reproduce by sexual and asexual means. Often their most distinguishing feature is their reproductive organs, commonly called flowers. The anther produces male gametophytes, the sperm is produced in pollen grains, which attach to the stigma on top of a carpel, in which the female gametophytes (inside ovules) are located. After the pollen tube grows through the carpel's style, the sex cell nuclei from the pollen grain migrate into the ovule to fertilize the egg cell and endosperm nuclei within the female gametophyte in a process termed double fertilization. The resulting zygote develops into an embryo, while the triploid endosperm (one sperm cell plus two female cells) and female tissues of the ovule give rise to the surrounding tissues in the developing seed. The ovary, which produced the female gametophyte(s), then grows into a fruit, which surrounds the seed(s). Plants may either self-pollinate or cross-pollinate. Seeds develop from the ovules in the female plant, after they have been fertilized by the pollen from the male parent plant. This is termed 'sexual reproduction', as seeds contain the genes of both the male and female parent, and usually both male and female flowers are required to produce seeds. Sometimes, the male and female flowers are from separate plants, sometimes they are from the same plant, and sometimes a flower may be fertilized by its own pollen.
Most of the vascular plants have flowers, thus implying that they reproduce by seeds-gymnosperms. By contrast, non-vascular plants don't usually have flowers and thus reproduce by other means; for example, fungi reproduce by spores.
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Yes, plants typically have leaves, stems, and roots, which are essential parts of their structure. They possess vascular tissue, including xylem and phloem, which facilitates the transport of water, nutrients, and food throughout the plant. Many plants reproduce using seeds, which are produced through sexual reproduction, allowing for genetic diversity and adaptation. However, some plants may reproduce asexually and may not produce seeds.
Asexual reproduction allows organisms to reproduce exponentially and use many resources. Sexual reproduction generally does not allow organisms to reproduce as quickly, but there are fewer mutations.
It is similar to other organisms. Plants using reproduction. So they can make new plants.By regeneration and sexual reproduction
Animals use sexual reproduction while bacteria and some plants use asexual reproduction.
Most of the vascular plants have flowers, thus implying that they reproduce by seeds-gymnosperms. By contrast, non-vascular plants don't usually have flowers and thus reproduce by other means; for example, fungi reproduce by spores.
This is due to all the welsh using sheep to shag
tanong mo sa teacher mo!
Yes, plants typically have leaves, stems, and roots, which are essential parts of their structure. They possess vascular tissue, including xylem and phloem, which facilitates the transport of water, nutrients, and food throughout the plant. Many plants reproduce using seeds, which are produced through sexual reproduction, allowing for genetic diversity and adaptation. However, some plants may reproduce asexually and may not produce seeds.
Protists are mostly unicellular eukaryotic cells. The most common type of reproduction in protists is asexual binary fission. Some protists, though, are known to reproduce using sexual means.
Yes, some organisms are capable of using both sexual and asexual reproduction. For example, certain plants and animals can reproduce asexually through methods like budding or fragmentation, and also reproduce sexually through the fusion of gametes. This ability allows these organisms to adapt to different environmental conditions and ensure genetic diversity.
Asexual reproduction allows organisms to reproduce exponentially and use many resources. Sexual reproduction generally does not allow organisms to reproduce as quickly, but there are fewer mutations.
a first-rate advantage of sexual duplicate is the increased genetic diversity that it creates.
Citrus trees fruit using sexual reproduction.
Regeneration isn't really a form of reproduction. There are some animals organisms that are able to regenerate lost body parts. For example many lizards are able to regenerate lost tails. However, please read later notes on Fragmentation.There are two basic types of reproduction. Sexual and Asexual.Most multicellular organisms reproduce with Sexual reproduction. I.E. requiring both male and female components to reproduce in which half of the genes are contributed by the male and half contributed by the female. Even flowers use pollination for sexual reproduction.Asexual reproduction is generally done by smaller unicellular organisms, for example bacteria and yeasts. There are methods for bacteria to share genes using plasmids, and transformation.A subset of asexual reproduction is Fragmentation. This is where a chunk of cells can be broken off and reproduce the whole (or a similar) organism. For example with many plants you can cut starts off, plant them, and essentially the original plant will grow back. Starfish, as well as many molds and fungi can also reproduce using fragmentation.