B. Siswanto, Praptiningsih Gamawati Adinurani, S. Rahayu
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引用次数: 0
摘要
摘要:“在雨季,通过嫁接繁殖“暹罗madu”橙子的失败率约为50%至80%。本研究采用随机区组设计(RAK)的析因试验,研究砧木修剪长度和嫁接塑口时间对of“暹罗马度”橙子(Citrus nobilis L)初生生长的相互作用。第一个影响因素是剪枝长度(P), P1 = 0.5茎斑块眼以上5 cm, P2 =斑块眼以上5 cm, P3 =距茎部10 cm。第二个因素是接枝塑料的打开时间(B), B1 =接枝后25天(DAG), B2 = 30天(DAG), B3 = 35天(DAG)。观察参数包括嫁接生长率、新梢出现时间、叶片数、嫁接新梢长度、叶面积。结果表明:砧木剪枝长度(P)和塑枝开放时间(B)处理对地上部出现时间、叶片数、地上部长度和叶面积有显著的交互作用;观察到的组合变量处理效果最好的是砧木剪枝长度在眼罩以上5 cm,嫁接胶开启时间为25 DAG (P2B1),即新梢出苗时间(30.20 d),新梢长度为46 DAG (21.06 cm)。此外,叶数为46 DAG(10.66),叶面积为225.96 mm2 Â砧木;子嗣;营养繁殖
Aplikasi Waktu Pembukaan Okulasi dan Pemotongan Batang Bawah terhadap Pertumbuhan Awal Jeruk Siam Madu (Citrus nobilis L.)
Abstract— The percentage of failure to multiply "Siam madu" oranges by grafting in the rainy season is around 50 % to 80 %. The purpose of the study was to determine the interaction of rootstock pruning length and time of grafting plastic opening on the initial growth of "Siam madu" oranges (Citrus nobilis L). The study used a factorial experiment based on a randomized block design (RAK). The first factor was the length of pruning (P) were, P1 = 5 cm above of patch eye with 0.5 stems, P2 = 5 cm above of patch eye, and P3 = 10 cm from the shoot. The second factor is the opening time of grafting plastic (B) were B1 = 25 days after grafting (DAG), B2 = 30 DAG and B3 = 35 DAG. Observation parameters included the percentage of grafting growth, time of shoot appearance, number of leaves, length of grafting shoots, and leaf area. The results showed that there was a significant interaction between the treatment of rootstock pruning length (P) and plastic opening time (B) to shoot appearance time, the number of leaves, shoot length, and leaf area. The best results of the combination variable treatment observed were achieved by the treatment of rootstock pruning length of 5 cm above of patch eye and opening time of grafting plastic 25 DAG (P2B1), namely shoot emergence time (30.20 days), shoot length 46 DAG (21.06 cm). In addition, the number of leaves was 46 DAG (10.66) and leaf area (225.96 mm2) Keywords—: grafting percentage growing;; root stock; scions; vegetative propagation