罗望子的软木嫁接

T. Priyanka, J. Hiremath, K. Nataraja, T. Pushpa, Sachinkumar Nandhimath, Dilipkumar A. Masuthi
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引用次数: 0

摘要

目的:研究利用低成本聚隧道、遮阳网和聚屋条件设施嫁接软木的技术。研究设计:采用分图设计技术进行资料收集。研究地点和时间:该实验于2022年在卡纳塔克邦阿拉哈维Kittur Rani chanamma园艺学院种植园、香料、药用和芳香作物系进行。方法:采用分块设计,以生长条件为主因子,嫁接月数为次因子。结果:结果表明,在不同处理组合中,C3M2(保利房+ 3月)对罗望子嫁接有显著的影响,分别记录了最短出芽天数(9.8)、90 DAG时最高嫁接成功率(90%)和嫁接成活率(85%)、最大芽长(48.90 cm)、芽直径(0.78 mm)、嫁接高度(67.26 cm)、嫁接周长(8.52 mm)、每枝一次枝数(7.63)、叶片数(60.06)、嫁接高度增量(9.30 cm)、150日嫁接活力指数(6095.56)和净收益(1944.86)。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Softwood Grafting in Tamarind (Tamarindus indica L.)
Aim: The study focused on softwood grafting techniques using low-cost poly tunnel, shade net and poly house condition facilities. Study Design: Split plot design technique was employed for data gathering. Place and Duration of Study: The experiment was carried out at the department of Plantation, Spices, Medicinal and Aromatic crops, Kittur Rani Channamma College of Horticulture, Arabhavi, Karnataka during the year 2022. Methodology: The experiment was carried out using split plot design which contained main factor as growing conditions and sub factor as months of grafting. Results: The results revealed that among different treatment combinations, C3M2 (poly house + March) had significant influence on tamarind grafts and recorded minimum number of days taken to first sprouting (9.8), highest graft success percentage (90%) at 90 DAG and graft survival Percentage (85%), maximum sprout length (48.90 cm), sprout diameter (0.78 mm), graft height (67.26 cm), graft girth (8.52 mm), number primary branches per graft (7.63), number of leaves (60.06), incremental height (9.30 cm), graft vigour index (6095.56) and net returns (₹1944.86) at 150 DAG.
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