Terms can be confusing. You read about vegetative propagation, cloning, asexual propagation, and much of the time these terms can be used interchangeably. This article addresses vegetative plant propagation and cloning asexual techniques to produce new identical plants.

Learning how to perform vegetative plant propagation, or cloning, sounds more intimidating than it is. Cloning involves creating a genetic copy of an organism – whether a plant or animal. The word “cloning” is derived from the Greek for “branch” and in the context of cloning plants, which largely describes the process: taking a cutting from a plant and its use to produce an identical plant. In this article we will touch on three key points in the learning how to clone plants: the reasons for the cloning of plants, methods of cloning and behind the growing needs of a plant has been cloned.

The cloning of a plant not to create an offspring of the plant, but creates an exact genetic replica of the plant. Since plants may vary in their strength and appearance, gardeners can find a unique spectacle worthy of plants and create a chain of clones with characteristics that plant. Clones of the same plant can produce over and over time, without affecting the quality of the plant. In fact, some European grape varieties were originally cloned more than 2,000 years – and they are still being cloned successfully today.

Vegetative propagation is one of the simplest methods when learning how to clone plants, and is generally an improvement natural processes. Cutting is a popular form of vegetative propagation. It is taking a small portion of a mother plant and placed in conditions that induce growth of a greenfield site. Cuttings usually can be taken from a plant root, stem, stems or leaves. Grafting is another common way of spreading vegetatively. Grafting involves the fusion of the root system of a plant with another plant cells. Here are two stories: one for the strength of its root system (this is called the stem of the plant root or securities), and the other for its fruit, flowers or leaves. The second plant, called the stem, use the stem of new roots to form a new plant. A third highly sophisticated form of cloning known as plant tissue culture. Growing plants in this way requires sterile environments for plant tissue. This tissue is exposed to the close control levels of nutrients, plant hormones and vitamins as well as sterile air filtration.

Once a plant has been cloned, the new material should be closely monitored. Fresh plant cuttings, buds or grafts should have adequate exposure to light, humidity, nutrition and infertility. If you are trying to grow their pot plants cloned, make sure the planting pots and tools are cleaned with soap before fill with rooting material. Common materials include rooting vermiculite, coarse sand (mixed with peat) and pellets of peat. Once seated, is essential to retain adequate moisture for their stakes. The soil should drain easily, and have a regular supply of fresh water. Normally, new cuts are covered with plastic to retain moisture.

Horticultural cloning has grown increasingly important as gardeners and scientists develop new methods that expands the range and type of plants you can grow. Dwarf plants, hybrid plants – even "artistic plants – all owe their existence to cloning. As you learn how to clone plants, learn new skills that improve the quality of your garden, and save you money that could otherwise spend on the purchase new plants.

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