harzianum的高浓度和代谢对BLAS疾病、水稻作物的生长和生产的影响。

Pramono Hadi, D. Suyanto, Shalahudin Mukti Prabowo, Srie Juli Rachmawatie
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引用次数: 0

摘要

本研究的目的是了解哈茨木霉和哈茨木霉代谢次级浓度对水稻植株生长、产量和黑穗病防治的影响。该研究于2021年11月10日至2022年1月12日在Sukoharjo县Sukoharjo Subdistrik的Begajah村进行,在Regosol土壤类型,海拔120米的地方进行育种,鱼类和播种。本研究采用随机完全设计(RCD),包括两次治疗和三次重复。第一个影响因素为哈茨木霉浓度(T), T = 0 cc/l, T1 = 10 cc/l, T2 = 20 cc/l。第二个影响因素是哈茨木霉代谢次级物浓度(M)由三个水平组成(M0 = 0 cc/l, M1 = 10 cc/l, M2 = 20 g/l)。结果表明:哈兹木霉浓度处理对株高、冠干重有显著影响,对病害侵袭强度、冠鲜重、单粪收获粒干重极显著影响,对千粒重不显著影响。哈茨木霉代谢次级菌浓度处理对株高、冠干重有显著影响,对病害侵袭强度、冠鲜重、单粪收获粒干重极显著,对千粒重无显著影响。哈茨木霉与哈茨木霉代谢次级浓度处理之间的交互作用在各参数上均不显著。从T2M2处理组合(以哈茨木霉浓度为20 cc/l和哈茨木霉代谢次级浓度为20 cc/l时)开始,黑穗病发作强度最低4.49%,可产生收获粒干重最高4.29 g/粪便。从处理组合T0M0(未施哈茨木霉和未施哈茨木霉代谢次级浓度)起,黑穗病发作强度最高45.68%,可产生收获粒干重最低29.11 g/便。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
PENGARUH KONSENTRASI DAN METABOLIK SEKUNDER Trichoderma harzianum TERHADAP PENGENDALIAN PENYAKIT BLAS, PERTUMBUHAN DAN PRODUKSI TANAMAN PADI (Oryza sativa L.)
The aim of this research was to know the influence Trichoderma harzianum and Trichoderma harzianum metabolic secunder concentration to growth, yield and to bridle of blas attack at rice plant. This research have been conducted on November 10th 2021 until January 12th 2022 in seeding of breeding, fish and made insiminasi Begajah village, Sukoharjo Subdistrik, Sukoharjo regency, at Regosol soil type with the place hight 120 meters above the sea level. This research represent the factorial attempt use Randomized Completely Design (RCD), consisted of two treatment and three replications. The first factor were Trichoderma harzianum concentration (T), consisted of three level (T0 = 0 cc/l, T1 = 10 cc/l and T2 = 20 cc/l). The second factor were Trichoderma harzianum metabolic secunder concentration (M) consisted of three level (M0 = 0 cc/l, M1 = 10 cc/l and M2 = 20 g/l). The result of this research showed was : Trichoderma harzianum Concentration treatment significant toward height of plant, dry weight of crown, very significant toward blas attack intensity, fresh weight of crown, dry weight of harvesting grain per stool and was not significant toward weight of 1000 grain. Trichoderma harzianum metabolic secunder Concentration treatment significant toward height of plant, dry weight of crown, very significant toward blas attack intensity, fresh weight of crown, dry weight of harvesting grain per stool and was not significant toward weight of 1000 grain. Interaction between Trichoderma harzianum and Trichoderma harzianum metabolic secunder concentration treatment was not significant toward of all parameters. The blas attack intensity lowest 4,49%, mached from treatment combination T2M2 (to gift of Trichoderma harzianum concentration at 20 cc/l and Trichoderma harzianum metabolic secunder concentration at 20 cc/l), can to produce dry weight of harvesting grain highest 41,29 g/stool. The blas attack intensity highest 45,68%, mached from treatment combination T0M0 (without to gift of Trichoderma harzianum and without to gift of Trichoderma harzianum metabolic secunder concentration), can to produce dry weight of harvesting grain lowest 29,11 g/stool.
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