Contents of this series Current cassolette article: Tomato Grafting: all info. (Serie tomato grafting, Part 1) Tomato grafting, japanese buy ting (Serie tomato grafting, part 2) Cup-slit seal (Series Tomato grafting, Part 3) Nursing Ting (Serie tomato grafting, Part 4) Tomato grafting, Brielle grafting (Serie tomatoes scions, part 5) buy grafted tomato plants?
This is the first part of the workshop "self-seeding tomatoes." During my experiments, the last season it became clear that grafting is feasible cassolette for anyone who just has his own tomato plants to grow. Really it is not difficult and the success rate is very high. Now read the first part of this series and subscribe to the free newsletter to stay informed cassolette of the appearance of the following parts.
Through the daily newsletter regularly you can read a particle in this series. Step by step you explain how best to proceed. And this for three different methods. cassolette Photos and videos cassolette of my experiments support than the whole. And you read in between a lot of tips to make the graft a successful experiment.
What is grafting of tomatoes? Grafting means that we the aboveground part of the tomato variety that we just have to grow will allow fuse to a rootstock cassolette is very vigorous and has many disease resistance. The root system is that of the rootstock, the above-ground portion of the desired tomato variety.
Introduction. Grafting tomatoes is already used for a long time. Previously, cassolette this was done by the grower himself in the horticultural. When it became possible to decontaminate the soil, and there was also switched lost on hydroculture tomatoes to the grafting of interest. When some root diseases and vascular diseases are also in the hydroponic cultivation cassolette erupted graft came late eighties renewed interest. Meanwhile, cassolette a new simplified grafting method was developed. This made the task of seeding almost completely taken over by plant cultivation companies.
It was from then on for the fans possible to buy grafted plants. Inoculate himself, however, was still not on the agenda, due to the unavailability of seeds of enthusiast onderstammmen.
Why use grafted tomato plants? The problem of soil exhaustion with tomato, for the most part caused by the corky root disease and partly by nematodes having appeared in several articles Vegetables Info. Due to the inevitable lack of crop rotation in the greenhouse takes the vigor of tomatoes year after year. Grafting is a preventive measure against soil fatigue. Important background information in this regard can be found also in these two reports. Cork root in tomatoes is everywhere! Soil Fatigue in tomatoes
Benefits. Grafting ensures that you can extend the production period of the tomato (for example: you can instead of four bunches easy seven clusters grow a plant, without the vigor slipping) The greater vigor will reap you more and more fruit. The increase in production is often spectacular. The stronger vigor, it is possible to hold two stems per plant. Thus the argument that grafted plants cost much money or inoculating himself much energy and time demands off the table. The stronger growth vigor and great disease resistance cassolette can grow careless tomatoes. Problems with deficiency diseases, decaying flowers, yellowing leaves, blossom end rot, climate shocks etc .. hardly cassolette come for. The root system is only as strong that there are virtually no problems with water intake cassolette or absorption of fertilizers.
Resistances The modern tomato varieties (F1) have been a lot of resistance. However in all races two major absentees: the potato pest and corky root. Potato Pest can not be solved with a resistant rootstock, should it exist. cassolette After all, the disease infects the above-ground portions. Cork Carrot and nematodes, however, are managing well with a resistant rootstock. An absolute requirement is that the rootstock is resistant against corky root and root knot nematodes. The rootstocks are also more resistant to other land-related illnesses. such as resistance to Fusarium or wilt (Fusarium oxysporum f.sp..lycopersici) Resistance to Fusariumvoetrot (Fusarium oxysporum lycopersici f.sp.radicis-) or resistance to Verticillium wilt (Verticillium albo-atrum and Verticillium cassolette dahliae) Resistance to Tomatenmozaiëkvirus
All of these resistances are actually already present in modern hybrid varieties. cassolette Resistance to Root-knot nematodes (Meloidogyne species) is very recent races sometimes present. But must be abos lutely clear in the resistance pattern of the rootstock is the difference
