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Factors affecting the rooting response of plants to growth regulator application

, : Factors affecting the rooting response of plants to growth regulator application. Acta Horticulturae (34): 93-105

Factors which influence the response of cuttings to treatment with root-promoting auxins are reviewed, with particular reference to the efficient entry of auxin into hardwood cuttings.

Accession: 000091171

DOI: 10.17660/ActaHortic.1973.34.11

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Related references

Izuka, T., 1956: The response of cuttings, more particularly their rooting, to the method of growth-regulator application.. A preliminary report, using 20-cm. cuttings from 2-year-old shoots of (1) a 3-year-old, (2) a 25-year-old Populus davidiana, and keeping one group of each (a) in water, changed weekly, (b) in river sand and water, the latter changed every 3 days,...

Fernandes, P.D.; Castro, P.R.C.; Kronka, S.N.; Aguiar, I.B., 1973: The action of a growth regulator on the rooting of cuttings of four ornamental plants. Cuttings from secondary branches of Rhododendron simsii, Cupressus sempervirens, Bougainvillea spectabilis and Thuya occidentalis collected in October were treated with Exuberone at 0, 10 or 20 ml/litre of water before planting. After 80 days the...

Schmidt D., 1985: Factors affecting the rooting of cuttings from various ornamental plants. Hortscience: 660

Knoche, M.; Lownds, N.K.; Bukovac, M.J., 2000: Spray application factors and plant growth regulator performance: IV. Dose response relationships. Effect of carrier volume (range 119 to 668 litre/ha) on rate response relationships of daminozide and GA3 was investigated using bean (Phaseolus vulgaris) seedlings as a model system. Carrier volume was varied by altering nozzle travel speed there...

Knoche, M.; Bukovac, M.J.; Nakagawa, S.; Crabtree, G.D., 1998: Spray application factors and plant growth regulator performance: I. Bioassays and biological response. Bioassays were adapted to investigate effects of droplet size and carrier volume on performance of daminozide, gibberellic acid (GA3) and 2,4-D using Phaseolus vulgaris as a model system. Response to plant growth regulators was indexed by inhibiti...

Knoche, M.; Bukovac, M.J., 2000: Spray application factors and plant growth regulator performance: V. Biological response as related to foliar uptake. Effects of droplet size and carrier volume on uptake and performance of growth regulators was investigated using a model system. A constant concentration of 2,4-D, daminozide (both at 100 micro g per leaf) or GA3 (2 micro g per leaf) was applied t...

Tallman, K.J.; Meyer, M.M.J., 1980: The effect of photoperiod and growth regulator application on the rooting of certain broad-leaved evergreen cuttings. Cuttings were taken of the current season's growth of Ilex opaca, Mahonia aquifolium and rhododendron cv. PJM. The cuttings were wounded by removing a thin strip of bark from one side of the basal 2.5 cm and were then dipped in IBA at 0, 10 0...

Olasantan, F.O.; Ezumah, H.C.; Lucas, E.O., 1997: Response of cassava and maize to fertilizer application, and a comparison of the factors affecting their growth during intercropping. A field experiment was conducted on a Paleustalf to examine the effect of fertilizer application and the possible yield limiting factors in a cassava-maize intercropping system. Application of N-fertilizer significantly increased maize grain and c...

Howard, B.H., 1986: Factors affecting the rooting response of fruit tree cuttings to IBA treatment. Auxin treatment allows expression of a latent rooting potential in cuttings inherent in the genotype or the physiological status of the shoot. Results are presented of trials with (1) hardwood cuttings of M.26 and MM.111 apple, Myrobalan B plum an...

Alley, C.J., 1961: Factors affecting the rooting of grape cuttings. II. Growth regulators. G A, IBA and NAA did not improve the rooting of cuttings of St. George, 1613 or AXR No. 1 root-stocks. The rooting of Salt Creek was improved by IBA, but GA was detrimental; rooting was not improved by the use of bottom heat. A mixture of IBA + NA...