Phenetic relationship of Pasuruan snakefruits (Salacca zalacca (gaertn.) voss.)

Indah, Novita Kartika; Indriyani, Serafinah; Arumingtyas, Estri Laras; Azrianingsih, Rodiyati

doi:10.1063/1.5061847

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“…Voss (Uji 2007), S. ramosiana Mogea (Mogea 1986), S. edulis Reinw, S. magnifica Mogea, S. sarawakensis Mogea, S. flabellata Furtado, and S. dransfieldiana Mogea (Mogea 1986). In addition, the tree also has been reported to possess high genetic diversity, as investigated by RAPD-PCR (Random Amplified Polymorphic DNA-Polymerase Chain Reaction) (Budiyanti et al 2015;Herawati et al 2018;Elly et al 2018), and based on morphological as well as phylogenetic relationships (Suskendriyati et al 2000), and also variant diversity (Sumantra et al 2014;Indah et al 2019). Furthermore, salacca interacts with other organisms such as insects and fungi (Atmowidi et al 2021;Rai et al 2019;Siregar et al 2021).…”

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confidence: 99%

Radial variability of fibrovascular bundle properties of salacca (Salacca zalacca) fronds cultivated on Turi Agrotourism in Yogyakarta, Indonesia

et al. 2021

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Abstract. Hakim L, Widyorini R, Nugroho WD, Prayitno TA. 2021. Radial variability of fibrovascular bundle properties of salacca (Salacca zalacca) fronds cultivated on Turi Agrotourism in Yogyakarta, Indonesia. Biodiversitas 22: 3594-3603. Fibrovascular bundles have properties variability not only based on species and varieties but also parts of species. This study, therefore, aims to characterize the FVB fundamental properties (anatomical, chemical, physical and mechanical) of Salacca zalacca (Gaertn.) Voss fronds, based on radial direction. The salacca fronds were divided into three parts, outer, middle as well as inner positions. Then the FVB's anatomical and physical properties were observed by light microscope and gravimetry analysis, respectively. Meanwhile, the variability of chemical and mechanical properties was investigated based on the ASTM standard. According to the results, the outer position has a higher variability of diameter, density, cellulose, lignin, and mechanical properties than the inner position, but has a lower hemicellulose value than the middle and inner position. Furthermore, the relationships between the anatomical, physical, chemical, and mechanical properties were discovered to form a pattern where increasing the mechanical properties is influenced by density and ratio vascular tissue area to total transverse area. Based on the results, the fibrovascular bundle of S. zalacca frond was concluded to possess anatomical, physical, chemical, and mechanical properties variability on the radial direction. There was a correlation between anatomical properties and mechanical properties.

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