Pengaruh Intensitas Penyinaran dan Komposisi Media Tanam terhadap Pertumbuhan Aglaonema Varietas Dud Unyamanee

Fitria Jasmine, Retni Mardu Hartati, Erick Firmansyah
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Abstract

Aglaonema is one of the horticultural agricultural commodities in the ornamental plant group which has high potential and high value. The community has several aglaonema, but some of them have pale leaves and don't grow well. Therefore, research is needed to find the right technical culture information for aglaonema growth. The purpose of this research is to find out how Aglaonema var. respond to growth. Dud unnyamanee on the composition of the planting medium and the irradiation intensity. This research was conducted in divided plots with a completely randomized design/CRD 2 factors using polybags measuring 20x20 cm. The first factor was the irradiation intensity (main plot) which can be as high as 15 percent using 85% paranet shading or as low as 30 percent with 70 percent paranet shading. The second factor was the method of making the planting medium (sub-plots): compost, husk charcoal, cocopeat. For each parameter, the findings show that there was no interaction between irradiation intensity and growing medium composition. It was possible that each treatment had a different effect. In the number of leaves parameter, the irradiation intensity of 15% showed that the number of leaves was greater than the intensity of 30%. The number of stomata which were primarily used for gas exchange such as carbon dioxide (CO2) that plants need during photosynthesis could be affected by shade. Soil levels of N, P, and K nutrients also affected the number of leaves. All observed parameters did not show a significant difference in the treatment of the planting medium composition.
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辐射的强度和栽培媒体成分对Dud Unyamanee品种Aglaonema的生长有影响
龙葵是观赏植物群中潜力大、价值高的园艺农产品之一。这个社区有几棵草,但其中一些叶子苍白,长得不好。因此,需要研究寻找适合黑斑生长的技术培养信息。本研究的目的是找出Aglaonema变异对生长的反应。对种植介质的组成和辐照强度有一定的影响。本研究采用完全随机设计/CRD 2因素,采用20 × 20 cm的塑料袋,分样进行。第一个因素是辐照强度(主图),使用85%的副反射阴影可高达15%,或使用70%的副反射阴影可低至30%。第二个因素是制作种植介质(子地块)的方法:堆肥,壳炭,椰子。对于各参数,研究结果表明辐照强度与生长介质组成之间没有相互作用。有可能每种治疗方法都有不同的效果。在叶片数参数中,15%的辐照强度表明叶片数大于30%的辐照强度。气孔的数量主要用于植物光合作用所需的气体交换,如二氧化碳(CO2),这些气孔的数量可能受到阴影的影响。土壤氮、磷、钾养分水平也影响叶片数量。各观测参数在种植介质组成处理中均无显著差异。
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