The Effect of indole butyric acid hormone concentration and rootstock on propagation of rose Cv. "Olivia" through stenting technique

Subject Areas : Agroecology Journal

Mahmoud Reza Khalili ¹ ( M.Sc., Jihad-e-Agriculture office, Saveh, Iran. )
fatemeh nekonam ² ( M.Sc. Student, Tehran University, respectively. )
mohamad khsosi ³ ( Associate Prof.Tehran University, respectively. )
rohangiz Naderi ⁴ ( Associate Prof.Tehran University, respectively )
javad jabarzadeh ⁵ ( M.Sc. Horticulture, Tehran University, respectively. )

Received: 2009-10-24 Accepted : 2010-05-18 Published : 2011-01-21

Keywords: Indole Butyric Acid, Rose Cv. Olivera, Rootstock, Stenting technique,

Abstract :

In order to study the effect of different indole butyric acid (IBA) concentrations and rootstocks on propagation of rose by stenting technique, an experiment was conducted as a factorial design based on completely randomized design with three replications. First factor was rootstock (Rosa canina L., R. indica var. Major, R. multiflora L.) and second factor was 11 IBA concentrations including 0, 25, 50, 250, 500, 1000, 1500, 2000, 3000, 4000, 5000 ppm. The results showed that in R. indica ‘Major’ rootstock and 25 ppm IBA had highest rooting percentage. Maximum root number was observed in R. Indica ‘major’with 25 and 500 ppm IBA and the minimum number belonged to the control. High callus production was observed in 0, 5000 and 2000 ppm IBA. R. multiflora L. had highest shoot length compared to other rootstocks. According to results R. indica ‘Major’ and 25, 250, 1000 ppm IBA improved the success of  stenting technique.

References:

Aslam-Khan M, khurram Z, Iftikhar A (2004) Effect of various hormones and different rootstocks on rose propagation. Pakistan Journal of Biological Sciences 7(10): 1643-1646.

Choi BJ, Chae K (2001) Effect of rooting promoter and light intensity on rooting and root growth of rose cutting. CAB abstract.

Dole JM, Wilkins HF (2005) Floriculture principles and species. Prentice Hall, Inc. USA, p. 1023.

Ersishli S, Eshitken A, Anapali O, Shahin (2005) Effect of substrate and IBA–concentration on adventitious root formation on hard wood cutting of rose dumalis. Acta Horticulture, 690: 149-152.

Fuches HWM (2001) Root regeneration of rose plants as influenced by applied auxins. Agricultural University, Department of Horticulture Publisher: Friend Science Publisher.

Hambrick CE, Davies JFT, Pem-Berton HB (1990) Seasonal change in carbohydrate /nitrogen levels during field rooting of Rosa multiflora hard wood cutting. Scientia Horticulture 46:137-146.

Hazar D, Ibrahim B (2005) Graft compatibility between two cut rose cultivers and a dog rose rootstock. Acta Horticulturae 690: 143-148.

Hosafci H, Arslan N,  Sarihan EO (2005) Propagation of dog rose (Rosa canina L.) plants by softwood cuttings. Acta Horticulture, 690: 139-142.

Nazari F, Khosh-Khui M, Salehi H (2009) Growth and flower quality of four Rosa hybrida L. cultivars in response to propagation by stenting or cutting in soilless culture. Science Horticulture 119: 302–305.

Khorshidi M (1997) Plant multiplications: principals and methods. Shiraz University publishes. 529 pp. [In Persian with English Abstract].

Piveta KFL, Martins AG, Ruffini Fk, Leadera LR (1999) Effect of rooting media, indol butyric acid and fertilization on the rooting of rose (Rosa sp.) leaf cutting. Acta Horticulturae 482: 339-342.

Pol PA, Jooston MH, Keizer H (1986) Stenting of rose starch depletion and accumulation during the early development. Acta Horticulture, 189: 51-59.

Thomson K (1999) Simultaneous grafting and rooting of roses. Agriculture Notes ISSN 1329- 8062.

Van del Pol PA, Breukelaar A (1982) Stenting of rose: a method for quick propagation by simultaneously cutting and grafting. Science Horticulture 17: 187–196.