通过改变种植介质和施用生长调节剂提高 G1 马铃薯的生长和产量

Irfan Suliansyah, Dini Hervani, Silvia Permata Sari, Muhsanati Muhsanati, Fitri Ekawati, Ekawati
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引用次数: 0

摘要

马铃薯栽培的成功在于使用优质马铃薯种子。优质马铃薯种子的生产要经过从试管培养到推广种子生产的几个阶段。马铃薯种子生产的重要阶段之一是生产第一代(G1)马铃薯种子。可以通过改变种植介质和应用生长调节剂来努力提高 G1 块茎的产量。本研究旨在通过调整种植介质的成分和使用生长抑制剂来生产 G1 马铃薯块茎。研究包括两个系列的实验。每项实验均采用完全随机设计法进行,共有六个处理,每个处理重复四次。实验 1:a.椰糠(CP)100% + 木炭壳(CH)0%;b.椰糠(CP)20% + 木炭壳(CH)80%;c.椰糠(CP)40% + 木炭壳(CH)60%;d.椰糠(CP)60% + 木炭壳(CH)40%;e. 椰糠(CP)80% + 木炭壳(CH)20%;f. 椰糠(CP)0% + 木炭壳(CH)100%。实验 2:a. 达米氮特 0 ppm;b. 达米氮特 500 ppm;c. 达米氮特 1000 ppm;d. 达米氮特 1500 ppm)。从研究结果中可以得出以下结论(1) CP 60% + CH 40% 组合处理对 G1 马铃薯块茎的生长和数量是最好的;(2) 达米诺酰胺对 G1 马铃薯种块的生长和产量的最佳浓度是 3500 ppm。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Pertumbuhan dan Hasil Kentang G1 Melalui Modifikasi Media Tanam dan Aplikasi Zat Pengatur Tumbuh
Success in cultivating potatoes is the use of good quality potato seeds. Good quality potato seeds are produced through several stages starting from in vitro culture to extension seed production. One of the important stages in potato seed production is the production of first generation (G1) potato seeds. Efforts to increase the yield of G1 tubers can be made through modifying the planting media and applying growth regulators. This research aims to produce G1 potato tubers by adjusting the composition of the planting media and applying a growth inhibitor. The research consisted of two series of experiments. Each experiment was carried out using a Completely Randomized Design with six treatments, each repeated four times. Experiment 1: a. Cocopeat (CP) 100% + charcoal husk (CH) 0%; b. CP 20% + CH 80%; c. CP 40% + CH 60%; d. CP 60% + CH 40%; e. CP 80% + CH 20%; f. CP 0% + CH 100%. Experiment 2: a. Daminozide 0 ppm; b. Daminozide 500 ppm; c. Daminozide 1000 ppm; d. Daminozide 1500 ppm). From the research results it can be concluded: (1) Composition treatment CP 60% + CH 40% is the best treatment for the growth and number of G1 potato tubers; and (2) The best concentration of daminozide for the growth and production of G1 potato seed tubers is 3500 ppm.
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