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Land Characteristics Impact Productivity and Quality of Ginger (Zingiber officinale Rosc) in Java, Indonesia

机译:土地特征在印度尼西亚Java中产生姜(Zingiber Officinale Rosc)的生产力和质量

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Environmental condition plays an important on ginger production and its quality especially gingerol. Ginger exploration from various environmental conditions was carried out to obtain collection of ginger accessions that potentially developed as superior quality planting material. The study was aimed to assess the productivity and quality of gingers from different topography. The explorations of ginger accession was conducted in low-mid land and upland? area within Java island, Indonesia from June to August 2018. A total of 24 ginger accessions were collected, consisting of 11 big white ginger, 8 small white ginger, and 5 red ginger. Differences in environment condition (i.e topography) affected ginger productivity and gingerol content. The highest productivity of ginger for big white ginger, red and small white ginger were 32, 15 and 23 t/ha, respectively. The gingerol content was higher in red ginger (4-5%) than big white (3-4%) and small white (1%) gingers. However, there were two accessions of small white ginger contained gingerol above the average accessions of small white ginger, as well as higher than big white (4%) and red gingers (6%). Overall, land characteristics controlled yield and diameter of ginger rhizome through soil properties both chemical (e.g CEC) and physical (e.g soil texture). ?
机译:环境条件对姜生产作出重要作用及其优质尤其是姜醇。从各种环境条件下进行了姜勘探,以获得凝固的姜加入,可能被发展为优质种植材料。该研究旨在评估来自不同地形的GINERS的生产率和质量。姜加入的探索是在低中土和高地进行的?印度尼西亚爪哇岛内的地区于2018年6月至8月。收集了24棵姜加入,由11个大白姜,8个小白色姜和5个红色姜组成。环境状况(地形)的差异影响了姜的生产力和姜醇凝固素。大白姜,红色和小白姜的姜的最高生产力分别为32,15和23吨/公顷。红色姜的姜醇含量高于大白(3-4%)和小白色(1%)刺刀。然而,小白姜的含量含有两种含有姜醇的小白姜的平均牧草,以及高于大白(4%)和红色的姜(6%)。总体而言,通过土壤性质(例如CEC)和物理(例如土壤纹理)的土壤特性控制产量和直径。 ?

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