Stenting of roses; a method for quick propagation by simultaneously cutting and grafting (original) (raw)

Propagation of Roses by Stenting - the Simultaneously Rooting and Grafting (2015)

It is often necessary to propagate new rose bushes by grafting selected rose cultivars onto rose rootstocks. Seedling rootstocks of Rosa canina, a preferred variety, show genetic variation. To develop a uniform crop these variations are not desired. For the most uniform quality rose rootstocks should be vegetatively propagated by the rooting of cuttings. STENTING is a method for the quick propagation of roses. Cutting and grafting is performed in one action. In Dutch the word "Stenting" means "to stem". It is a combination "stekken" meaning "to strike a cutting" and "enter" meaning "to graft". The success of simultaneous cutting and grafting is cost effective. In practice, the scion consists of the cultivar stem taken with one leaf and a dormant bud. The scion is grafted on a single internode of the non-rooted rootstock. Formation of the graft union and of adventitious roots on the rootstock occur simultaneously. The combined process takes three weeks.

Stenting: A new technique for rapid multiplication of plants

2020

Stenting is a method of rapid multiplication of plants. stenting can be an innovative technique to reduce the duration of plant multiplication, where rooting of clonal rootstock is not a complex phenomenon. In this method cutting and grafting is performed simultaneously. Stenting also provides the benefits of rootstock used. In this method, the scion is grafted onto non-rooted rootstock cuttings and the success mainly depends on callus formation between the cut surfaces of scion and stock and root initiation on the rootstock. Stenting is now being used world-wide by rose growers and can also be used for apple, cherry, peach, pear and pomegranate propagation. Thus, it can be a valuable technique for rapid mass multiplication and year-around production of different plants to meet the increasing demand.

Effect of Time, Cultivar and Rootstock on Success of Rose Propagation through Stenting Technique

American Journal of Plant Sciences, 2014

An experiment was undertaken to study the effects of two grafting times (1st of June and end of September) as well as kind of rootstock on growth and rooting of rose stentlings. Two Rosa species i.e. R. canina and R. manetti were selected as rootstock and three different hybrid tea rose cultivars namely Avalanch, Peach Avalanch and Dolcevita were grafted on them as scion through omega and splice techniques. The growth parameters were collected 57 days after grafting. The highest average of rooting, healing percentage, numbers of root, shoot and leaves were seen in September grafted plants. In overall Rosa canina was the best rootstock for Avalanch cultivar. Other observations did not lead to any prominent result as it varied with time of grafting, scion and rootstock cultivars.

Propagation of Three Cultivars of Rosa hybrida L. through Stenting Method

2020

In the commercial production of roses, introducing a method to reduce the time of propagation with maximum success is crucial. This study was conducted to investigate the effect of different concentrations (0, 1500, 3000, 4500 mg/L) of Indole-3-butyric acid (IBA) on propagation of three cultivars of Rosa hybrid L. ('Dolce Vita', 'Samurai' and 'Utopia') by stenting (simultaneous cutting and grafting) method under greenhouse conditions. The cultivars were grafted onto Rosa hybrida L. 'Natal Briar' rootstock. The factorial experiment was performed in a completely randomized design with three replications. The stentings were cultured in coco peat and perlite medium at 1:2 ratio in a greenhouse under mist system. After 60 days, the percentage of grafting, rooting percentage, root number, longest root length and fresh and dry weights of roots and shoot traits (including leaf number, shoot number, and longest shoot length) were determined on the stentings. T...

Influense of Indole Butyric Acid (IBA) for Stenting Propagation of Cut Rose

Current Research in Agricultural Sciences

Contribution/Originality: This study is one of very few studies which have been investigated for the improvement of the rooting capacity, growth and development of stenting-propagation of cut rose flowers treating with IBA-Hormone. Therefore, the present finding will contribute to flower growers and propagators through providing ideal concentration of IBA Hormone.