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Evaluation of quality and variety of Indonesian cassava (Manihot esculenta Crantz)

机译:印度尼西亚木薯质量和品种评价(Manihot Esculenta Crantz)

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The evaluating cassava varieties for productivity necessary to assess the cassava stem characteristics for their suitability as planting material and to improve the capability of cassava farmers to select good quality cassava varieties. Cassava varieties are generally distinguished from each other by their morphological characteristics, which include leaf, stem and tuber colour. The cassava planting material used in this study and some of characteristics by five cassava varieties, consisted of mature stem cuttings of about 20 cm in length, containing between 10 and 12 nodes and planted in a vertical position along the top of the ridges. Each plot consisted of 30 plants, with date being taken from ten plants within each plot. Cassava varieties Malang-6 presented the highest yield average is 13.81 tones ha-1 followed by Singgah and Adira-4 i.e. 11.98 t ha-1 and 11.11 t ha-1 of different varieties 1 yang Ketan, which only weighs 6.63 t ha-1. Harvest index varieties of Adira-4, Malang-6, UJ 5 and Singgah were found 0.78, 0.77, 0.77 and 0.76, respectively higher and significantly different IP varieties of glutinous Ketan is 0.58. Malang varieties and Malang-6 that produces the highest tuber weight, has a low dry matter content is 5.65% and 5.62%. The Ketan varieties and UJ-5 has a tuber weight was significantly lower with dry matter content higher than that dried 8.69% and 8.68%. The UJ-5 varieties has a tuber weight starch HCN 230,17 higher and significantly other variety.
机译:评估Cassava品种的生产率,以评估木薯茎干的适用性,以适应种植材料,提高木薯农民选择优质木薯品种的能力。木薯品种通常通过它们的形态特征彼此区分,其包括叶,茎和块茎颜色。本研究中使用的木薯种植材料和五种木薯品种的一些特征,长度长度为约20cm,含有10至12个节点,并在沿脊的顶部种植在垂直位置。每种绘图包括30个植物,其中日期从每种绘图中的十个植物服用。木薯品种Malang-6呈现出最高的产量平均值是13.81色调HA-1,然后是Singgah和Adira-4,即11.98 T HA-1和11.11 T HA-1不同品种1杨酮,只有6.63 T HA-1 。发现Adira-4,Malang-6,UJ 5和Singgah的收获指数品种0.78,0.77,0.77和0.76,分别更高,不同的IP品种粘蛋白酮类为0.58。 MALANG品种和MALANG-6产生最高的肿块重量,干物质含量低5.65%和5.62%。酮品种和UJ-5具有比干燥8.69%和8.68%的干物质含量显着降低块茎重量。 UJ-5品种具有块茎重量淀粉HCN 230,17,较高,其它多样化。

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