Survivability of three bamboo species (Giant Bamboo: Dendrocalamus giganteus, Machiku Bamboo: Dendrocalamus latiflorus and Spiny Bamboo: Bambusa blumeana) on different potting media

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Research Paper 07/12/2022
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Survivability of three bamboo species (Giant Bamboo: Dendrocalamus giganteus, Machiku Bamboo: Dendrocalamus latiflorus and Spiny Bamboo: Bambusa blumeana) on different potting media

Romar R. Banadero
J. Biodiv. & Environ. Sci. 21(6), 118-124, December 2022.
Copyright Statement: Copyright 2022; The Author(s).
License: CC BY-NC 4.0

Abstract

At the Cagayan State University Gonzaga Campus, the study was carried out between July 2021 and October 2021 in a bamboo nursery-protected setting. Three species of bamboo (Giant Bamboo- Dendrocalamus giganteus, Machiku – Dendrocalamus latiflorus, and Spiny Bamboo– Bambusa blumeana) were the subject of the investigation to ascertain their survival rates as influenced by different soil media. It aimed to determine the following parameters after three months: average number of shoots, average length (cm) of shoots, average number of roots, average length (cm) of roots, and the percentage (%) of survival. The study used a Completely Randomized Design (CRD) with a single factor experiment. There are three treatments in the study which are T1– control, soil media composed of one-part vermicompost, one-part alluvial soil and one-part Raw Rice Hull (RRH); T2-soil media composed of one-part vermicompost, one-part alluvial soil and one-part carbonized rice hull (CRH); T3- soil media composed of one-part vermicompost, one-part alluvial soil and two parts carbonized rice hull (CRH). On the percentage of survival, giant bamboo is the only species significantly affected by the soil media composed of one-part vermicompost, one-part alluvial soil and one-part carbonized rice hull (CRH). It is concluded that the combination of alluvial soil, vermicompost and Carbonized Rice Hull (1:1:1) was the best combination of media results on all variables measured. This treatment leads in all the parameters gathered followed by Treatment 3, the combination of alluvial soil, vermicompost and Carbonized Rice Hull (1:1:2). As a result of the research’s findings and conclusions, it is advised that using carbonized rice hull as part of the media will greatly improve the soil’s ability to support the growth of the three kinds of bamboo propagules.

Banik RL. 2008. Issues in production of bamboo planting materials-lessons and strategies. Indian Forester 134(3), 291-304.

Battulayan CR. 2012. Survival of Giant Bamboo as Influenced by Different Kinds of Propagating Materials. Unpublished. Undergraduate Thesis. CSU Gonzaga.

Cogger CG. 2000. Soil Management for Small Farms. Cooperative Extension, Washington State University

Delgado. 2000.Rooting Side Branch. Report 24, Federal Experiment Station

Durand. 2000. Propagation studies (with bamboo) Report of Federal Experiment Station. Puerto Rico.

Garcia BG. 2008. Production and Propagation Methods of Bamboo.

Growing media by Europe AISBL. 2016. https://www.growing-media.eu/news-1

ILARRDEC. 2006. Spatial and seasonal standing crop of seagrass species.

Mclure FA. 2005. The Bamboos: A fresh Perspective. Cambridge, USA. Harvard University Pres. ISBN 9780674428713

Roxas CA. 2012. Handbook on Erect Bamboo Species found in the PH.ISBN 971883138X, 9789718831380.

Sharma B, Gatóo A, Bock M, Ramage M. 2015. Engineered bamboo for structural applications. Construction and building materials 81, 66-73.

Texas A and M AgriLife. Extension. Ornamental Production-Growing Media.

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