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Arundinaria alpina
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Culm cutting method
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Ntirugulirwa et al. (2012).
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Soaking in water is not effective for sprouting. Middle part of culm most suitable for propagation.
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One-nodal culm cutting method
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Senyanzobe et al. (2013).
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Greenhouse in comparison to the polythene-shaded nursery house gave better growth of propagating material.
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Bambusa bamboos
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Two-nodal culm cutting, horizontal setting
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Saharia and Sen (1990).
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Two-year-old culms have higher survival than other age groups (one and 3 years).
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Bambusabalcooa
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Two-nodal culm cutting, horizontal setting
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Saharia and Sen (1990).
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Two-year-old culms had higher survival than other age groups.
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Culm cutting
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Joshi et al. (2012).
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Two-year-old culm cuttings with intermittent misting gave best response. Rooting per cent of culm cuttings set in different seasons showed response as Spring (March) > Summer (June) > Monsoon (August) > Autumn (October).
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Two-nodal culm cutting, horizontal setting
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Ray and Ali (2016).
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Coarse sand superior to either vermicompost or vermiculite for the successful regeneration of bamboo.
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B. nutans
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Culm cutting
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Stapleton (1985).
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The reorientation of noded cuttings in bedding material improved shooting and rooting percentage of cutting material.
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Single-node culm and culm-branch cuttings, horizontal setting
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Singh et al. (2011).
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Better rooting was recorded in culm cuttings (88.3%) compared to branch cuttings (46.6%), with the best rooting in the month of May.
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Culm cutting, 2–3 nodal, horizontal setting
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Gulabrao et al. (2012).
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Cuttings collected in summer showed maximum sprouting and rooting.
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B. tulda
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Culm cutting, 2–3 nodal, horizontal planting
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Singh et al. (2011).
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Culm cuttings of B. tulda recorded adventitious rooting only in May (23.3%), and no root induction occurred in the culm-branch cuttings.
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Culm cutting, 2–3 nodal, horizontal planting
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Gulabrao et al. (2012).
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Better rooting found in spring (46.67%) than summer (43.33%) and rainy season (40%).
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B. vulgaris
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Culm cutting
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Ntirugulirwa et al. (2012).
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Middle part of culm is most suitable for propagation, and soaking in water is not effective for sprouting.
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Culm cutting (1-, 2- and 3-nodal segments); setting orientation: horizontal, vertical and slanting
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Bhol and Nayak (2012).
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Planting of 1- or 2-noded cuttings horizontally superior over other alternatives for propagation.
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B. vulgaris
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One-nodal culm cutting
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Senyanzobe et al. (2013)
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Propagation of this species is effective in both of greenhouse and polythene shaded nursery house.
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Bambusa NagalandianaNaithani
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Culm cutting and branch cutting
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Deb et al. (2016).
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Rooting higher in culm cutting (~70.6%) than in branch cutting (~60.3%) during summer season
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B. pallida
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Two-nodal culm cutting, horizontal setting
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Saharia and Sen (1990).
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Two-year-old culms had higher survival than other age groups.
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Dendrocalamusasper
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Two-nodal culm cutting
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Singh et al. (2004).
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Culm cuttings better than branch cuttings in terms of sprouting and rooting
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D. hamiltonii
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Culm cutting, 2–3 nodal, horizontal setting
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Gulabrao et al. (2012).
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Cuttings collected in summer season showed maximum sprouting (66.67%) and rooting (56.67%).
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D. giganteus
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Culm cutting, 2–3 nodal, horizontal planting
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Gulabrao et al. (2012)
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Maximum rooting found in spring (73.33%) compared with the summer and rainy seasons (13.33%).
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D. strictus
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Culm cutting, 2–3 nodal, horizontal planting
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Gulabrao et al. (2012).
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Cuttings collected in summer showed maximum sprouting (70%) and rooting (53.33%)
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Melocanna bambusoides
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Two-nodal culm cutting, horizontal setting
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Saharia and Sen (1990).
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Two-year-old culms gave higher survival than 1-year or 3-year-old culms.
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