what are the reproductive methods of dieffenbachia?
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you can air layer or you can split the root/plant.
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1. Seed: a little baby plant, sleeping until the right time comes along\n2. Germination: the baby plant pokes out of its seed when there is enough moisture and the right temperature\n3. Growth: using energy from the sun and nutrients from the soil the plant grows to its full size\n4. Flowering: When it is big enough, the plant will start to make flowers so that it can make new seeds\n5. Pollination/fertilization: two types of plant parts must come together to make a new seed. Sometimes insects help this happen.\n6. New seed!
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First you have to find them.  They are very easy to\nfind in some places and difficult in others.  They\nare often found in clumps of moss, liverwort or\nlichen.  I have succeeded in culturing them in\nshallow glass dishes in aquatic fungus cultures.\nPut some water from a natural habitat in the dish\nwith some pieces of dead leaf or twig, and a couple of sesame seeds.  Aquatic fungi will grow\non the sesame seed and provide food for other\norganisms in the culture.  One such culture I made\nfrom leaf litter in Arizona mountains produced\nhundreds of tardigrades.  Add the tardigrades to\nthe culture after the fungus begins to grow.
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Parthenogenesis - do a little homework
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http://en.wikipedia.org/wiki/Special:Search?search=reproduction+in+animals&go=Go
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bleach\namonia(dont mix with bleach)\nAlcohol(pocibly boose and beer)\nAnti bacterial soap\nSpit/dog slober(ensymes)\nurin(amonia(eewww nasty))\nhot water\nsomething involving a microvave toster or some other heating apliance\nsalt water\nor you could shoot them(aim carefully, bacteria is small)
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The first example would be "halpodiploidy" that occurs in bees, ants and wasps. In this form of asexual reproduction, females lay unfertilized eggs. The eggs can then hatch without fertilization, giving an asexually produced male, or they can be fertilized by a male, giving a sexually produced female.\n\nA second example would be "parthenogenesis" (Greek for "virgin birth"), seen in some fish, reptiles and amphibians. One commonly studied reptile species, the lizard Cnemidophorus neomexicanus, contains only females. All progeny contain the exact genetic information as its mother, essentially making it a clone. The females still engage in lesbian sexual behavior, which is thought to stimulate the laying of eggs. No genetic information, however, is transferred during this sexual act.\n\nThere are many other examples, and the previous answer touched on a few. I would add that anthrax is a bacterium, and therefore NOT a many-celled organism.
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A. be able to reproduce by conjugation.
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I can't show diagrams here, but please follow the link below to see a diagram and learn how flowers reproduce.
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2.\nBy decreasing the temperature and increasing the pressure. As ussually done in Haber;s process\nAnother way is to keep on removing the ammmonia gas to make reaction go forward\nRead th Le Chatelier's principle for more detail.\n\n13.\n2 HCl + Na2CO3  -----> 2 NaCl + H2CO3\nH2Co3 can exist as water and carbon dioxide.\n\n14.\nBecause acid-base reaction is spontaneous.\n\n11.\nBecause of the formation of copper(II) carbonate which will settle down as precipitate.
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chiropterophily (pollination by bats)
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put the plant in a box, with only a small opening for light. by small i mean about 2 inches by 2 inches. the plant will actually grow and bend in the direction of the light. leaves and branches will eventually start to grow out of the hole. it has to, or else it will die. maybe you can see which species does this fastest? just an idea.
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Sponges are able to reproduce sexually or asexually. Most sponges are monoecious. Sperm are formed from choanocytes; and oocytes derive from choanocytes in some sponges, and archaeocytes in others. Sperm are released into open water. Some sponges have oviparous fertilization where sperm and eggs meet in open water. In other species sperm are taken into the bodies of other sponges and fertilized inside; this is known as viviparous fertilization. The free-swimming larvae, known as parenchymula, serve as one of the main forms of dispersal for this largely sessile phylum. Asexual reproduction of sponges is through budding, where a small piece of sponge falls off of the main sponge and grows into a new one. Many freshwater sponges form small structures known as gemmules, which function as overwintering devices. These are similar to a bacterium's endospore. Gemmules are made up of amoebocytes surrounded by a layer of spicules and can survive conditions that would kill adult sponges. When the environment becomes less hostile, the gemmule resumes growing.
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to have a good idea have a look at the article below. hoppe it helps... it's a bit long but will have what you need properly explained...\n\n\n\nPollination Adaptations\nFlowers need to be pollinated. Pollination is the process of moving the pollen grain from the anther of a stamen to the stigma of a carpel. There are a few flowers that can self-pollinate all on their own, but this limits them to inbreeding. Most species rely upon some kind of pollination vector to accomplish pollination. The vector can be any agent that can move pollen from anther to stigma. \n\nThere is evidence of water and wind as the pollination vector in certain species, but many species do not depend upon the random or downstream-only pollination pathways offered by these vectors. Indeed such vectors are only useful in situations where large populations of a very limited number of species are present. \n\nMost flowers have evolved to use a "smart bomb" or "magic bullet" vector...animals! These vectors have sensory organs to locate flowers, they have locomotion to get them to the flowers in spite of large spaces between individuals, and they have enough intelligence to remember that they can depend upon a reward if they visit one particular species repeatedly. \n\nAttracting the Pollinator\nIn order to effectively use an animal pollination vector, a flower needs to attract the animal for the first visit. This can be done in one of two ways: visual cues and olfactory cues. \n\nVisual Cues\nSome species use a color pattern known as a "bull's eye" to mark their position in the environment...to stand out against a background of green foliage. Obviously not too many animal-pollinated flowers are leaf-green! \n\na black-eyed susan...recall that there are over 100 species of unrelated black-eyed susans...one of the problems of common names. This one is in the genus, Rudbeckia. Notice its obvious bull's eye target appearance. The bull's eye is black and the yellow ring surrounds it to make it quite noticeable. \n\n\nThe daylily (Hemerocallis) also shows a prominent bull's eye, but notice how the color pattern is reversed. The bull's eye is light in color and the ring around it is very dark. The effect is the same however, the flower is going to be obvious to a potential pollinator flying overhead. \n\n\nIt is important that whatever color pattern is used is within the visible range of colors observable by the pollinator. Colors obvious to one animal may be invisible to another. Gaillardia (painted daisy). This species obviously uses a yellow bull's eye with surrounding red and yellow rings. One gets the appearance of a dartboard just looking at it. The pollinator visiting is butterflies. Butterflies definitely are attracted to red/yellow patterns, and they need the large landing platform provided by this wide flower. \n\n\nOn the other hand, Gaillardia does not limit its pollination to just butterflies. An afternoon of observation will tell you that even more visits are made by honeybees! Bees have no ability to perceive red colors, so how does that red/yellow pattern look to a bee? This requires some mental translation and some special photography for a human to appreciate what a bee might observe. \n\nFirst we need to eliminate red from the image. This can only be accomplished with fancy video work or black-and-white photography.\n\n\nBee vision does not include red, but it does extend into the ultraviolet. In other words, bees see colors that are invisible to us! Our film is not very sensitive to ultraviolet because it has been developed for showing images visible to humans. To correct that and see the ultraviolet patterns in these flowers, we need to use yet another filter. This filter blocks visible light and allows ultraviolet light to expose the film. Below is the ultraviolet image of the same two daisies taken seconds later with both filters in place: \n\n\ncenter of each daisy is totally absorbin
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Venus fly trap (Dionaea muscipula)\nButterwort\nPticher plants (Sarracenia sp.)\nSundews
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you cant tell sex till light changes ..or you till\nchange light artificially.They wont get pollinated unless you plant them near pollinating marujuana male which chances are low in the wild.Just put them outside and pluck those males as they appear
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There have been hundreds of thousands of such experiments done. Moreover you can easily do them yourself using some nutriemt agar and an incubator with a few hundred dollars to pay someone to do the genetic workup.\n\ntalk.origins is your one stop shop for these types of quetsions. The site is highly reputable, well refernces, cites peer reveiewed science journals and most importantly lists literally hundreds of experimenst that show exactly what you describe.\n\nI've attached a couple link to pages that list a dozenor so such mutation studies, but the site has many hundreds of others.