How do Vascular Plants Reproduce?
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http://en.wikipedia.org/wiki/Gametophyte\nhttp://en.wikipedia.org/wiki/Sporophyte
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Here's what they have in common:\n1. Cell membrane is present.\n2. Vacuoles are present.\n3. Both are living cells.\n4. Mitochondria is present.\n5. Both are eukaryotic cells. \n6. Nucleus, nuclear membrane and chromatin fibers are present.\n7. Both can reproduce through mitosis. (Advanced animal cells reproduce through meiosis)\n\nPS : Don't take note of those who talk of the absence of mitochondria in plants. It's present. Only chloroplast is absent in animal cell.
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Vascular refers to the transport of materials through a network.  Our vascular system transports blood.  Plants   that have a vascular system (similar to the veins and arteries we have) transport water through it.   Simple plants don't have a vascular system and rely on being small (~1 to 2 cm high) so that they don't have to transport water.
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How do plants have mountains?
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>Reproduction occurs both sexually and by asexual budding. Sexual reproduction is by means of eggs and sperm, which are produced in the mesentaries and shed into the water. Fertilization results in a free-swimming larva, which attaches to a surface and secretes a skeleton, becoming (in colonial forms) the parent of a new colony.
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Asexual reproduction\n\n\nAsexual reproduction is the biological process by which an organism creates a genetically-similar or identical copy of itself without a contribution of genetic material from another individual. Bacteria divide asexually via binary fission; viruses take control of host cells to produce more viruses; Hydras (invertebrates of the order Hydroidea) and yeasts are able to reproduce by budding. These organisms do not have different sexes, and they are capable of "splitting" themselves into two or more individuals. Some 'asexual' species, like hydra and jellyfish, may also reproduce sexually. For instance, most plants are capable of vegetative reproduction—reproduction without seeds or spores—but can as well reproduce sexually. Likewise, bacteria may exchange genetic information by conjugation. Other ways of asexual reproduction include fragmentation and spore formation that involves only mitosis.\n\n\nSexual reproduction\n\nSexual reproduction is a biological process by which organisms create descendants that have a combination of genetic material contributed from two (usually) different members of the species. Each of two parent organisms contributes half of the offspring's genetic makeup by creating haploid gametes. Most organisms form two different types of gametes. In these anisogamous species, the two sexes are referred to as male (producing sperm or microspores) and female (producing ova or megaspores). In isogamous species the gametes are similar or identical in form, but may have separable properties and then may be given other different names. For example, in the green alga, Chlamydomonas reinhardtii, there are so-called "plus" and "minus" gametes. A few types of organisms, such as ciliates, have more than two kinds of gametes.\n\nHumans, most animals, and plants reproduce sexually. Sexually-reproducing organisms have two sets of genes for every trait (called alleles). Offspring inherit one allele for each trait from each parent, thereby ensuring that offspring have a combination of the parents' genes. Having two copies of every gene, only one of which is expressed, allows deleterious alleles to be masked, an advantage believed to have led to the evolutionary development of diploidy (Otto and Goldstein).
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In organisms that reproduce only sexually, the mutations in somatic cells normally don't go beyond the individual. But in the case of organisms that can reproduce asexually, by means of divisions of those somatic cells, a mutation in those cells could be passed to the descendants and thus be under the influence of evolutionary forces. \nThat's a common event in plants, especially a type of mutation called polyploidy (multiplication of the entire chromosome set). These types of mutations are also induced by man to obtain new varieties.
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Evolution of reproduction. Nature finds its way.
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FLowers are the sex organs of the plant.  They are pollinated and make seeds.
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Mayana plant reproduce through vegetative reproduction, it means new plants are obtained without production of seeds or spores. Its stem serves as its organ of vegetative reproduction. Mayana plants are easy to cultivate. Any of its stem can be replanted and grows quickly. Just make sure the plant itself had matured enough before cutting some of its stems to be replanted.♥
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gametophye (haploid)--*mitosis*-->gametes (haploid)--*fertilization-->zygote (diploid)--*mitosis*-->sporophyte (diploid)--*meiosis*-->spores (haploid)\n\nand then you're back to gametophyte again...This is "alternation of generations," it's cyclical. *denote a process*
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Insectivore/carnivore plants include:\n-The pitcher plant, which grows "pitchers" that hold digestive juices and is known to "consume" small frogs.\n-The sundew, which catches insects on sticky tentacle-like appendages on its leaves.\n-Bladderworts, which live in water and use bladder-like traps to catch prey.\nYou can find an extensive listing of carnivorous plants here:\nhttp://www.sarracenia.com/faq.html\n\nAs for the reproduction of the Venus flytrap, it can reproduce both sexually and asexually.  The plant produces flowers (which are pollinated by insects) which generate tiny seeds.\nThe plant can also reproduce asexually via its rhizome.\nThis site provides good information on how these plants reproduce:\nhttp://www.botany.org/bsa/misc/carn.html\n\nHope this is helpful :-)
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Many species of algae reproduce sexually and asexually.    Sexual reproduction in algae is often triggered by environmental stress\n\nDuring asexual reproduction, the algae first absorbs its flagellum, then the haploid cell divides mitotically up to three times, and from two to eight haploid flagellated cells called zoospores develop within the parent cell, lastly, the asexual reproductive cells break out of the parent cell, disperse, and eventually grow to full size. \n\nSexual reproduction begins by haploid cells dividing mitotically to produce either “plus” or “minus” gametes. A plus gamete and a minus gamete come into contact with one another and shed their cell walls, then they fuse and form a diploid zygote, which develops a thick protective wall; this resting stage of a zygote is called a zygospore.  A zygospore can withstand bad environmental conditions; during the bad environmental condition, the thick wall opens and the living zoospore emerges.\n\nyou can also refer following link to have more details.\n\nhttp://io.uwinnipeg.ca/~simmons/16labman05/lb1pg8.htm\n\nHope this helps!!!
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coniferophyta have cones. male and female cones are separate organs. \n\nanthophyta sure you don't mean angiophyta? \nThey have flowers. and male and female parts are found on the same flower.
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pollination is the transfer of pollen from the anther to the stigma of a plant.  Fertillization is the creation by the physical union of male and female gametes, pollen and ovule in a plant
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It is the vegetative propagation.In the vegetative propagation no variation takes place in the next generation.It is the adaptive process in the struggle for survival,where sexual reproduction is not possible.Some plant adopt dual security by adopting both the kind of reproduction.It is the mechanism of  evolution,to make survival of the plant  possible.
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Flower\nIf both sexes are in the same flower (and plant) then it is a HERMAPHRODITE\nIf not, then they will be female and male plants (of the same species)