Response of Olive Hard Wood Cuttings to Different Growth Media and Basal Injuries for Propagation

Awan, Azmat Ali; Iqbal, Aqib; Rehman, Mian Javed ur; Idris, Ghulam

doi:10.3923/ajps.2003.883.886

Cited by 10 publications

(6 citation statements)

References 2 publications

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“…Coratina took less number of days to root which could be referred to its genotypic ability for regeneration in a conducive environment. So the results were in line with the finding of [19] who reported that rooting results of Coratina showed its quick ability to rooting than Baincullela. It seems that sand had more air spaces, good drainage and nutrients as compared to the other media of the experiment that's why sand media showed better results for rooting.…”

Section: Days To Rootingsupporting

confidence: 90%

“…Our results are also in lined with findings of research resulted maximum plant survival was observed by layering in silt followed by sand, while minimum plant survival was reported in FYM[19].…”

supporting

confidence: 92%

“…Similar findings are observed in Carnation's sand. Rooting and root duration indicated may be increased by the usage of perlite and sand substrate[19].…”

mentioning

confidence: 99%

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Rooting ability of Olive genotypes softwood cuttings under various rooting media

Pasha¹

2022

PAB

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Olea europaea is the most imperative high quality oil-producing fruit tree in the Mediterranean region and propagated through cuttings. This tree has shown good rooting ability in European countries. However, in Pakistan, propagation of olive through softwood cuttings showed moderate or even poor rooting performance due to the utilization of inappropriate rooting media. The objective of the research work was to determine the rooting ability of olive cuttings under most suitable media. For this purpose, five different growing media were used against two olive Genotypes Coratina & Frantoio at Agriculture Research Institute, Tarnab, Peshawar. Growing media consist of sand, silt, sawdust, perlite, and a mixture of (sand, silt & garden soil respectively 1:1:1). The data of morphological parameters like days to rooting, number of sprouted cuttings, number of rooted cuttings, root length and successful plant percentage was recorded. It was explicable from noted data that sand media took minimum number of days (115, 118) for rooting in both cultivars Coratina & Frantoio respectively. Maximum sprouted cuttings (90, 85) were observed in sand media for both the cultivars Coratina & Frantoio respectively. Maximum rooted cuttings (38, 41) were noted for both cultivars Frantoio & Coratina respectively again in sand media whereas maximum root length (8.6cm, 9.8cm,) for both the genotypes Coratina & Frantoio was recorded in compost. Considering media, Sand produced the best result regarding observed parameters overall whereas while considering genotype, Coratina as compare to Frantoio, performs better under subjected media in routing ability and other observed parameters.

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Section: Days To Rootingsupporting

confidence: 90%

supporting

confidence: 92%

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Rooting ability of Olive genotypes softwood cuttings under various rooting media

Pasha¹

2022

PAB

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“…Osaigbovo et al (2010) suggested that potting medium with top soil and cow dung in ratio of 2:1 produced the best seedling attributes in terms of plant height. Awan et al (2003) worked on response of olive hardwood cuttings to different growth media for propagation observed that the media with considerably higher organic matter content gave maximum number of leaves due to availability and release of essential nutrients which initiated early root development. Chaya cuttings with three nodes produced significantly tallest re-growth stem height and highest number of leaves.…”

Section: Effects Of Rooting Media and Number Of Nodes On Stem Height And Number Of Leavesmentioning

confidence: 99%

Effect of rooting media and number of nodes on growth and leaf yield of chaya (Cnidoscolus aconitifolius McVaugh) at Dire Dawa, Eastern Ethiopia

Yesuf

Mohammed

Woldetsadik

et al. 2021

Cogent Food & Agriculture

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“…multiplication (Dvin et al, 2011;Hartmann et al, 2002). Rooting ability of olive cuttings is subjective to several factors concerning rooting media (Awan et al, 2003;Isfendiyaroglu et al, 2009), cuttings types, olive varieties (Loreti and Hartmann, 1964;Turkoglu and Durmus, 2005), source of cutting material (Ahmed et al, 2002;Sebastiani and Tognetti, 2004) and the growth hormone with its concentration (Asl-Moshtaghi and Shahsavar, 2011;Hartmann et al, 2002). Light intensity is an important phenomenon for the successful propagation of rooted cuttings.…”

mentioning

confidence: 99%

Optimization of Light Intensity for Olive Propagation under Greenhouse Condition through Semi-Hardwood Cuttings

Rafique¹,

Iqbal²,

Haq³

et al. 2021

PJAR

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O live (Olea europaea L.) is long-lived and evergreen plant that belongs to the Oleaceae family, that has been originated in the Mediterranean region (Isfendiyaroglu, et al., 2009). The Oleaceae family contains about 26 genera and 700 species. Spain, Italy, Turkey, and Greece are the largest producers of olive oil followed by Portugal, Algeria, Tunisia, and Morocco. In addition to the Mediterranean region, olives are also grown in the United States, the Middle East, Australia and Argentina (Seyhan and Gezerel, 2005). The demand for olive sampling has increased in Asian markets due to its vast prospective and climatic adaptability in the region (Mehri, 2009). There are several asexual propagation methods like budding, grafting cuttings and air layering but propagation through cuttings is considered the easiest and economical method for olive Abstract | Olive cultivation in Pakistan is being commercialized at a fast pace in selected agro-climatic regions. The demand for local plants is increasing and no scientific study has been previously carried out to standardize propagation technology concerning optimization of light intensity under greenhouse conditions. The current study was conducted at Izhar farms (Pvt.) Ltd. under the collaboration with Barani Agricultural Research Institute (BARI) Chakwal to find out the appropriate light intensity for successful olive propagation under greenhouse conditions. The data regarding days to root initiation, number of roots, root length, days to shifting, rooted cutting percentage and callus percentage were collected under four different treatments. Cutting under the only green net (5944 lux), white net (11428 lux) only upper side white net (8484 lux) and both green and white net (5538). The results were found significant regarding the interaction between varieties and treatments; however, non-significant variation in varieties was found regarding the number of roots, days to root, and days to shift. The important observations regarding the results were found that minimum light intensity delayed the rooting percentage and increased the callus formation while higher light intensity increased mortality with increased root length in both varieties with moderate callus formation. Up to three weeks, there was no root development under all treatments. The cuttings under light intensity (8484 lux) produced more numbers of roots, with early initiation in both varieties. Variation in varietal performance was observed under different treatments however 8000 lux light gave better results in all the parameters.

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Response of Olive Hard Wood Cuttings to Different Growth Media and Basal Injuries for Propagation

Cited by 10 publications

References 2 publications

Rooting ability of Olive genotypes softwood cuttings under various rooting media

Rooting ability of Olive genotypes softwood cuttings under various rooting media

Effect of rooting media and number of nodes on growth and leaf yield of chaya (Cnidoscolus aconitifolius McVaugh) at Dire Dawa, Eastern Ethiopia

Optimization of Light Intensity for Olive Propagation under Greenhouse Condition through Semi-Hardwood Cuttings

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