What are the garden plants suitable for grafting

Plants of the same subject can generally be grafted.

There are many, such as apples and begonias, you can choose apples and pears, plums and apricots, peaches and apricots, etc., you have to choose the right time, you have to master the right technique, you have to choose a warm environment, you have to make sure that there is enough light.

Plants that can be grafted on each other are apples and begonias, pears and apples, peaches and apricots, apricots and plums. When grafting, grafting can be achieved through professional grafting techniques, so that the whole grafting process can be completed.

There are many, such as eggplant and beans, depending on the crops and plants, different grafting methods should be chopped, cut, ventral, and butted.

1. The plants propagated by grafting are:

Plum, bergamot, wolf, osmanthus, rhododendron, camellia, tulipwood, dragon cypress, cherry, elm leaf plum and so on.

2. What are the benefits of grafting?

Since grafting is so troublesome, what are the benefits of grafting? In fact, grafting technology is now used in many agricultural planting processes, and the role of grafting is also obvious.

Through grafting, it can play a role in variety improvement between plants, improve the disease resistance of plants, improve stress resistance, and some can also change the situation that some plants can not be continuously cropped.

After the crop is grafted, in order to improve the growth, it can be obtained by topdressing the water-soluble fertilizer of fertile leaves.

Grafting is vegetative reproduction and does not produce new varieties!

In fruit tree planting, more than 90% of fruit trees need to be grafted, and grafting has the following benefits:

1. The seeds of many fruit trees are heterozygous, and sowing with seeds cannot maintain the excellent characteristics of woody;

2. Grafting can shorten the fruiting years, because the branches are generally collected from the adult mother tree, and the branches already have the ability to flower;

3. Grafting is a strong combination, which can better show the character of scion.

In the case of apples, if the apples are not grafted, they will still bear fruit, but the results will definitely be late and the fruit will be worse than the previous ones. Plants preceded humans in the evolution of the whole earth, and if seeds could not be turned into seeds, they could only be grafted then they would have become extinct long ago. Many fruit trees such as apples and pears are cross-pollinated plants, and the seeds produced contain the genetic characteristics of both parents.

In fact, a long time ago, the ancients propagated fruit trees, and at first they used the sowing method, they left the seeds in the delicious fruits to propagate, and the fruit trees they thought would retain their original good quality. However, it was disappointing that the results obtained were the opposite, and the fruit produced by this fruit tree was always different from the original, almost ten plants of ten species, and hundreds of plants of hundred varieties, and most of the quality deteriorated.

1. Bauhinia.

It can be used as rootstock for common bauhinia and giant bauhinia that grow strongly, but it is not suitable for use in northern areas because the cold tolerance of giant bauhinia is not strong. The buds or branches of excellent varieties such as Canadian red-leaved bauhinia are used as scion, and the scion requires the variety to be pure and vigorous, and the plants with no pests and diseases or fewer pests and diseases are selected to enrich the branches on the periphery of the sunny side, and the leaves are cut off after the scion is collected and grafted in time.

2. Monthly quarters. Wild rose is commonly used as rootstock for grafting, which is divided into two types: bud grafting and branch grafting. The survival rate of bud grafting is high, generally carried out in August to September, and the grafting site should be as close to the ground as possible.

3. Begonia. Grafted before bud break in spring or between July and September in autumn. Divide and propagate before bud break in spring or after falling leaves in autumn and winter. Spring striping and root cuttings.

Before spring sowing, the seeds must be treated with 30 days and 100 days of low temperature layer germination. After planting, the seedlings should always keep the soil loose and fertile, and pond mud or fertile soil can be cultivated in the rhizosphere every autumn.

Fruit trees that can be grafted with each other: apple grafted begonia; pears grafted with apples; apricots grafted with plums; peaches grafted with apricots; Persimmon is grafted to black dates; Walnuts are attached to the walnut tree.

Flowers: Cactus grafted crab claw orchid. Let the arrow lotus be grafted with cactus; Longevity flowers grafted with jade trees; Roses of different colors, moon seasons, etc. can also be grafted.

Plants that can be grafted on to each other.

1. Apple grafted begonia.

Apples are one of the most common fruits in our lives, and if you want to say what apples can be grafted with, you must mention begonias. Using the begonia tree as a rootstock and then grafting the apple tree, the apples grown will become very sweet, and the color is also red, which is very beautiful.

2. Graft pears with apples.

Many fruit growers use pear trees to graft apple trees, because both fruits are plants of the Rosaceae family, and apple trees are used as rootstocks, and grafting will produce very beautiful and sweet plums. If you use a pear as a rootstock and graft an apple branch on it, a beautiful apple will grow. There will be no hybrids between the two.

3. Apricot grafted with plums.

Many people don't know which fruit trees can be grafted with each other, but there is a pattern. There are only two plants of the same family, and the more similar the attributes, the better the new plants will be. Apricots and plums can also be grafted with each other, and different plants are inserted on the rootstock to produce different flavors.

4. Peaches grafted with apricots.

Peaches and apricots can also be grafted with each other, which will not only make the fruit more palatable, but also increase the number of grafted buds. The apricots grafted with peach trees not only taste good, but also have a peach aroma in them.

Two plants grafted with each other, so generally speaking, these two positions, their personal relationship should be relatively close.

Grafting refers to the cutting of a part of the branches or leaves of a plant by a plum and grafting it onto another plant to make the two become a new plant.

The branches or buds on the pruned plant are called scion, and the grafted plant is called rootstock.

1.Advantages of grafting: Plant growth and development, flowering and fruiting after grafting, can keep the traits of the original variety unchanged.

Grafted seedlings grow faster than cuttings and seedlings.

Enhance the ability to adapt to poor environments.

The plant is highly resistant to pests and diseases.

2.From the perspective of plant taxonomy, the closer the genetic relationship of the plant grafting, the easier it is to survive, which is caused by the difference in plant tissue structure.

The survival of grafting depends first of all on the degree of healing residue of callus formed between the rootstock and the scion cutting surface.

After grafting, the callus of the rootstock and ear cutting surface is formed quickly, and the plants with a large amount of formation are easy to survive, and vice versa, it is difficult to survive.

Grafting survival refers to the close connection between the cutting surface cambium of the rootstock and the scion, and the callus is differentiated from the cutting surface of both sides, which is the regeneration ability of the plant itself.

The developing calli combine to fill the gaps, and the nutrients absorbed by the rootstock are transported to the scion through the callus.

In the process of callus formation, scion sprouts and begins to grow.

Of course, the difficulty of grafting is also affected by the shape of the rootstock and scion at the time, external factors and operation technology.

3.Grafting affinityGrafting affinity refers to the long-term normal growth and development from a seedling to an adult tree after the grafting survives.

If the tree gradually weakens and dies after the grafting is lived, or if the grafted part is underdeveloped and easily blown off by the wind, it is considered incompatible.

However, some incompatibility phenomena are manifested as dwarfing of the tree, yellowing of leaves, thick at the top or thin at the bottom, or thin at the top and thick at the bottom.

However, from a cultivation point of view, if the tree develops normally after these phenomena, it can be used in garden cultivation or bonsai.

Plant grafting is a common propagation method, which is generally divided into branch grafting and bud grafting. The scion of the graft is a thick and full branch, while the bud graft has only a budding branch. The rootstock should also be treated, the bark and xylem should be cut, the xylem of the scion and the rootstock should be bonded together, and it should be bandaged tightly to avoid wound infection.

There are many benefits of grafting, the first point is that the excellent characteristics of the scion variety will not change, so that the excellent characteristics will be inherited; The second point is to be able to increase production.

The more common grafting methods are grafting and bud grafting, as well as the grafting method of relying on grafting. The advantage in this is that it can make the fruit tree grow better, can help the fruit tree develop better, can make the fruit tree harvest more, will increase the value of the fruit tree, and can prevent some diseases.

branch grafting, bud grafting, grafting, docking; Maintain excellent varieties, promote early fruiting of plants, improve the resistance of plants to diseases and pests, and improve resistance to moisture, waterlogging and cold.

Be sure to choose plants of the same category, choose old roots when grafting, and then water and fertilize in time, which can improve the survival rate and increase the inoculation rate.