why grafted seedlings ?
Why grafted tomato seedlings?
Although it varies according to the variety used as rootstock, it generally provides resistance and tolerance against the following soil-borne diseases:
It provides better results than production with ungrafted seedlings, especially in winter, in adverse soil conditions.
V: Verticillium
N: Nematode (resistance decreases when soil temperature exceeds 280C.)
P(K): Root rot (Fungus)
F: Fusarium
Fr: Fusarium root rot
Production with grafted seedlings provides stronger plant development, which allows long-term production and more yield is obtained.
There is a certain increase in fruit size.
Since less pesticide will be applied against soil-borne diseases, the negative effects on the life span and activities of bamboo bees used in pollination are reduced.
It allows for more economical production, more sensitive to the environment and human health with less pesticide use. It enables the reduction of residue problems that may occur in export and the cultivation of ecological, organic products.
Why grafted watermelon seedlings?
Provides tolerance to cold weather and soil conditions.
Provides the opportunity to plant in the same land every year on land where watermelon or melon has been grown before.
Shows strong plant development, so half seedlings are sufficient.
Provides 10-50% increase in yield.
Creates larger fruit.
The waiting period and shelf life of the ripe product in the field is long.
The use of grafted seedlings allows the cultivation of plants that are more resistant to pests and diseases. Thus, producers can reduce the use of chemical drugs and have a more natural and healthy production. In addition, the use of grafted seedlings contributes to soil health.
Info
The grafted seedling, which is created by combining the best features of two plants, provides many advantages to the producer.
Grafting is a technique that brings two plants together vegetatively. Instead of cross-pollinating two plants and producing a hybrid seed, the growth of the plant is achieved by combining the rootstock (lower part of the plant, i.e. the root part) of one plant with the scion (upper part) of the other plant. With this method, the best features of the two plants are combined.
From this point of view, the seedling that emerges as a result of combining the rootstock of one of two different types of seedlings with the scion part of the other is called a grafted seedling.
Benefits of Grafted Seedlings?
Since it is more productive than a standard seedling, an average of 60% fewer seedlings are used.
The root is resistant to pests as well as soil diseases.
Better nutrition is provided from the root due to the strength of the rootstock.
Water and elements in the soil are transmitted much better and stronger from the plant root upwards. In fact, this transmission is even carried out at much lower degrees than the natural root of the scion.
In adverse conditions, it gives better results than a normal seedling.
A grafted seedling, which is more resistant to soil diseases, provides savings by reducing the use of medicine.
If there is no significant disruption in maintenance and fertilization applications, it is more productive than a standard seedling.
How to order
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