Grafting and budding..
No not most of them have seeds because most of them grow with seeds and most do
Gardeners and farmers use artificial methods of vegetative propagation to increase the Stock of a plant. The following two are the most common methods of artificial vegetative propagation.1. Cuttings:Artificial vegetative propagation in which cuttings are taken from stem or root of parent and are placed in soil.In this method, cuttings may be taken mainly from the stems or roots of parent plant. These cuttings must have a meristematic region from which growth can occur. When cuttings are placed in a suitable soil and under right conditions (sufficient nutrients, water and sunlight), they form roots and shoots. Roots and shoots grow and develop into a plant identical to the parent plant from which the cuttings were taken.Example:Roses, ivy and grapevines are propagated by stem cuttings. Sweet potato is an enlarged root. Farmers place it in moist sand or soil until it produces several plantlets. Then the plantlets are removed and planted.Advantages:Cutting is used to produce many plants from a single plant. All new plants are exactly the same. This artificial vegetative propagation has been very beneficial on sugar cane plantation.2. Grafting:A type of artificial vegetative propagation in which a piece of stem is cut from the plant and is inserted into another plant with established root system.Explanation:In grafting, a piece of stem is cut from the plant and is attached with another plant with established root system. After a while, the vascular bundles of the attached stem piece and the host plant are connected to each other. The stem piece and the plant begin to grow together.Advantages:This method is used to propagate many roses, peach trees, plum trees and various seedless fruits (including grapes).email: shoaibbilal64@Yahoo.com
The pair of organisms with the most similar methods of reproduction would be plants and fungi, as both reproduce through the production of spores that are dispersed and germinate to form new individuals. Animals, on the other hand, reproduce through a variety of methods including internal fertilization, external fertilization, and asexual reproduction.
Auxin hormones, particularly indole-3-acetic acid (IAA), are the most useful in promoting the rooting of plant cuttings. They stimulate cell division and differentiation, encouraging the formation of roots. Hormones like auxin can be applied as rooting hormone treatments to aid in the successful propagation of plant cuttings.
Propagation is any number of ways that you can effectively reproduce a plant. Propagation can be achived through digging up and dividing bulbs on such plants as hostas and daffodils. Another way of propagtion is through cloning a plant with stem cutting. On certain plants you can cut off a section of a stem, dip it in a rooting hormone, and replant it and after a number of days or weeks it will grow roots and turn into an exact copy of the original plant. Place the cutting in pre moistened soil and only water it by slightly misting the leaves with a sprayer. Cuttings need high humidity and non-direct sunlight for best results. It is usually best to place some sort of a dome over the cutting to keep humidity in. Flourescent lights work great for cloning. But if you put it outside, put it in a place where it does not receive full sun. Propagation can also be achieved through collecting and planting the seeds from a plant. Although be aware that most store bought plants are hybrids and the resulting plant grown from a seed collected of it will often not grow to be the same exact plant you collected the seed from.
Cuttings can be taken from a plant's stem, roots, or leaves. Each type of cutting has its own specific requirements and methods for propagation. Stem cuttings are the most common type used for propagation as they have the highest success rate.
Some plants can be grown from leaves (leaf cuttings) including: Begonia and Saintpaulina. Most propagation is however done from either seeds (sexual propagation) or cuttings (asexual propagation).
Creating gardens has always been an endeavor of the poor because plants can be the biggest bargain on Earth. The key to joining the age old clan of budget gardeners is to learn the art of plant propagation, which is the various ways humans have used to make new plants from old. If you learn and practice the three most common methods of propagation, you'll discover there are thousands of great plants all around us available free of charge. Seed propagation means you can grow any plant you find that's producing seeds by gathering them and planting. Example: sunflower. Cutting propagation is taking a piece or slip of a plant and encouraging it to produce roots of its own, therefore becoming a new independent plant. Example: geranium. Division is a propagation method that takes overgrown clumps of plants and separating their growth points so each becomes a new plant. Example: daylily. The most challenging aspect of plant propagation is learning the best way to propagate each kind of plant. This begins with plant identification then research via books or online to determine the best way to propagate it. Master any of these techniques and you're well on your way to a magnificent free garden.
The most common are by taking cuttings and rooting them (usually with the aid of a rooting hormone), and grafting (which is more involved, and more difficult to do.) Google "plant propagation techniques" A couple of sites with good info that I've used are: http://www.rainyside.com/archives/cuttings.html http://gardening.about.com/od/gardenprimer/ss/Cuttings.htm www.plantpropagation.com
One of the most important things to consider when considering plant propagation is teh life of the new species and how it will thrive.
True. Owners of nurseries often use vegetative propagation methods, such as cuttings, grafting, and layering, to produce many identical plants and fruit trees efficiently. This technique allows for the rapid multiplication of desirable varieties while ensuring that the new plants maintain the same genetic traits as the parent plant. Additionally, vegetative propagation can be more reliable and faster than growing plants from seeds.
No not most of them have seeds because most of them grow with seeds and most do
Gardeners and farmers use artificial methods of vegetative propagation to increase the Stock of a plant. The following two are the most common methods of artificial vegetative propagation.1. Cuttings:Artificial vegetative propagation in which cuttings are taken from stem or root of parent and are placed in soil.In this method, cuttings may be taken mainly from the stems or roots of parent plant. These cuttings must have a meristematic region from which growth can occur. When cuttings are placed in a suitable soil and under right conditions (sufficient nutrients, water and sunlight), they form roots and shoots. Roots and shoots grow and develop into a plant identical to the parent plant from which the cuttings were taken.Example:Roses, ivy and grapevines are propagated by stem cuttings. Sweet potato is an enlarged root. Farmers place it in moist sand or soil until it produces several plantlets. Then the plantlets are removed and planted.Advantages:Cutting is used to produce many plants from a single plant. All new plants are exactly the same. This artificial vegetative propagation has been very beneficial on sugar cane plantation.2. Grafting:A type of artificial vegetative propagation in which a piece of stem is cut from the plant and is inserted into another plant with established root system.Explanation:In grafting, a piece of stem is cut from the plant and is attached with another plant with established root system. After a while, the vascular bundles of the attached stem piece and the host plant are connected to each other. The stem piece and the plant begin to grow together.Advantages:This method is used to propagate many roses, peach trees, plum trees and various seedless fruits (including grapes).email: shoaibbilal64@Yahoo.com
Gardeners and farmers use artificial methods of vegetative propagation to increase the Stock of a plant. The following two are the most common methods of artificial vegetative propagation.1. Cuttings:Artificial vegetative propagation in which cuttings are taken from stem or root of parent and are placed in soil.In this method, cuttings may be taken mainly from the stems or roots of parent plant. These cuttings must have a meristematic region from which growth can occur. When cuttings are placed in a suitable soil and under right conditions (sufficient nutrients, water and sunlight), they form roots and shoots. Roots and shoots grow and develop into a plant identical to the parent plant from which the cuttings were taken.Example:Roses, ivy and grapevines are propagated by stem cuttings. Sweet potato is an enlarged root. Farmers place it in moist sand or soil until it produces several plantlets. Then the plantlets are removed and planted.Advantages:Cutting is used to produce many plants from a single plant. All new plants are exactly the same. This artificial vegetative propagation has been very beneficial on sugar cane plantation.2. Grafting:A type of artificial vegetative propagation in which a piece of stem is cut from the plant and is inserted into another plant with established root system.Explanation:In grafting, a piece of stem is cut from the plant and is attached with another plant with established root system. After a while, the vascular bundles of the attached stem piece and the host plant are connected to each other. The stem piece and the plant begin to grow together.Advantages:This method is used to propagate many roses, peach trees, plum trees and various seedless fruits (including grapes).Email: shoaibbilal64@yahoo.com
Plant production is the multiplication and/ or propagation of more plants by either sexual (seed) or asexual propagation methods (cuttings). Sexual production involves the sowing of seeds which results in most new seedling being unique in genetic make up (unless you are using F1 generation seed). Asexual production involves taking cuttings from a desirable plant and encouraging them to form roots, thus new plants. The offspring are genetically identical to the parent plant. This includes tissue culture production.
gap junctions
yes, but rarely in plant cells. cycada are the most notable exception