苍蝇灰和李金对种子发育和花生生产的影响(Vigna radiata L)

Maizar, Nursamsul Kustiawan
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摘要

本研究旨在了解粉煤灰与豆素互作对青豆种子发育和产量的影响,以及各处理的主要影响因素。本研究采用完全随机设计(RAL),由两个因素组成:4个处理水平的飞灰废物,即不加飞灰,给予飞灰1.0;1.5 kg和2.0 kg地块,分别接种4个处理水平,即不接种豆豉素,接种豆豉素5.0;10.0和15.0克/公斤种子。结果表明:豆粕素与粉煤灰接种对青豆种子的水分含量、干重、干物质收种率(KPBK)、有效播期(WPE)、荚果数和百粒重等生长均无显著影响。然而,它影响豆荚率和干种子收获重量。接种10 g豆豉素和1.5 kg粉煤灰足以产生最高产量。接种豆豉素对观察到的各项参数均有影响。在所有试验条件下,10.0 g豆素/kg的猪白四豆种子发育和产量最好。粉煤灰添加量对观测参数均有影响。每畦施用1.5 kg粉煤灰足以使绿豆植株种子发育和产量较高。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
PENGARUH FLY ASH DAN LEGIN TERHADAP PERKEMBANGAN BIJI DAN PRODUKSI KACANG HIJAU (Vigna radiata L)
The purpose of the research was to know the effect of Fly Ash and legin interaction on seed development and green bean production (Vigna radiata L), and the main influence of each treatment. The study used Completely Randomized Design (RAL) that consisted of two factors: Fly Ash waste with 4 treatment levels, i.e without fly ash, giving flay ash 1.0; 1.5 and 2.0 kg plots, and Legin Inoculation with 4 treatment levels, i.e without legin, inoculation of legin 5.0; 10.0 and 15.0 g / kg of seed. The results showed that the interaction of legin and fly ash inoculation did not affect the growth of green bean seeds, such as changes in seed moisture content, changes in dry seed weight, the rate of dry matter seed collecting (KPBK), effective seeding time (WPE), number of pods and weight of 100 grains seed. However, it affected the percentage of pods and the weight of dry seed harvest. Inoculation of 10 g of legin and 1.5 kg of fly ash was sufficient to produce the highest yield. Legin inoculation affected all parametrs observed. Inokulasi green beans with 10.0 g legin/kg seeds show the best seed development and production for all parameters that were observed. Fly ash feed affected all observation parameters. Giving 1.5 kg of fly ash/plot was sufficient for green bean plants to produce high seed development and production.
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