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Pengaruh Interaksi Paclobutrazol Dan Tipe Tanam Jajar Legowo Pada Produksi Padi Metode Tanam Sri

机译:种植方式中多效唑的相互作用和Jajar Legowo种植类型对水稻生产的影响

摘要

This study aims to find the effect of interaction of paclobutrazol and type Legowo Row Planting in paddy fields that use SRI cultivation method to increase rice yield, and can determine the best combination of effective and can be applied in paddy fields to increase production. The research was conducted in the Village of Sulu, Tatapaan Sub-district, South Minahasa Regency. This study uses a field experiment with split plot design in groups of two factors. As the first factor is the type of Legowo Row Planting 2: 1 and 4: 1. The second factor is the provision of paclobutrazol by spraying the plants with a dose of: 0 ppm and 600 ppm. Paclobutrazol will be given only once, that when plants in active vegetative growth period (about 30 days old plants after transplanting). Data analysis was used Two-Factor Interactions calculation. The interaction of two factors occured, if the effect of a factor changes when the change level of other factors change. The results indicated that the existence of interaction between treatment paclobutrazol and Legowo row that high interaction in the inhibition of the vegetative growth of rice crops varieties Serayu, middle interactions on the rate of plant growth, middle interactions in the treatment of paclobutrazol and Legowo row to increase the content of chlorophyll a and chlorophyll b in the leaves, the influence of high interaction of the number of productive tillers, high interaction on panicle length, high interaction to the increased weight of 1,000 grains, high interaction of the increase in the weight of dry unhusked rice per plot, and the lack of interaction to increase the number of grains per panicle. Paclobutrazol 600 ppm treatment gave a positive response on Legowo row 2: 1 for the inhibition of vegetative growth of crops to prevent crop is too high and not easily fall, increased chlorophyll a, increasing the weight of 1,000 grains and increased the weight of milled rice per plot. Paclobutrazol 600 ppm treatment gave a positive response on Legowo row 4: 1 to increase the pace of growth, increased chlorophyll b, an increase in the number of productive tiller and panicle length.
机译:本研究旨在探讨多效唑与豆荚型排栽在使用SRI栽培技术提高水稻产量的稻田中的相互作用,并确定有效的最佳组合,并可以在稻田中应用以提高产量。这项研究是在南Minahasa摄政区Tatapaan街道Sulu村进行的。这项研究在两个因素的组中使用了带有分割图设计的现场实验。第一个因素是Legowo Row Planting 2:1和4:1的类型。第二个因素是通过以0 ppm和600 ppm的剂量喷洒植物来提供多效唑。当植物处于营养生长活跃期(移植后约30天大的植物)时,多效唑只给予一次。数据分析用于两因素相互作用计算。如果其他因素的变化程度发生变化时一个因素的影响发生变化,则会发生两个因素的相互作用。结果表明,多效唑和豆Leg行之间存在相互作用,这对抑制水稻作物Serayu的营养生长,植物生长速率的中间交互作用,多效唑和豆row行的中间交互作用均具有抑制作用。增加叶片中叶绿素a和叶绿素b的含量,对生产分number数的高相互作用,对穗长度的高相互作用,对增加1000粒增加的重量的高相互作用,对增加的谷物重量的高相互作用的影响每块地干糙米,并且缺乏相互作用,以增加每穗粒数。 Paclobutrazol 600 ppm处理对Legowo第2列和第1列产生积极反应,可抑制作物的营养生长,防止作物过高且不易倒下,增加叶绿素a,增加1,000粒的重量,并增加碾米的重量每个情节。多效唑600 ppm处理对Legowo第4:1行产生了积极的响应,以加快生长速度,增加叶绿素b,增加分till数和穗长。

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