高粱品种在不同时代作为饲料收割时生产的有机作物和质量以及武士2的生物质量

A. Najam, L. Abdullah, P. Karti, S. Hoeman
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摘要

高粱双色品种武士2号可作为反刍动物饲料青贮生产的原料。遇到的问题是难以获得商业高粱生产的认证种子。因此,有必要开展高粱双色品种“武士2号”的种子生产潜力及其品质研究。该研究是在茂物农业大学大学研究站-钟古尔动物教育和研究中心进行的。试验设计为随机区组设计,4个处理,5个重复。选取5株单株,测量每个处理组的变量。不同收获期分别为P95(种植后95天收获)、P100、P105和P110。观察的变量为:去壳种子干重、每穗种子重、穗柄重、穗重、每公顷制种量、种子含水量、种子活力试验和每公顷地上部生物量。结果表明:每公顷种子产量、穗干物质质量、鲜种子含水量、穗柄干质量差异不显著;去壳种子干重、每穗种子干重、穗干重、种子活力、每公顷生物量显著差异(p<0.05)。P105和P110的脱壳种子生产潜力、每穗种子干物质、种子活力和每公顷地上部生物量均以P105和P110最好。P105处理的脱壳种子产量潜力(4038 kg ha-1)、种子干重(54.87 g穗-1)、种子活力(92.8%)和生物量产量(55.88 t ha-1)最高。关键词:制种,茎部生物量,高粱双色,生存力
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Potensi Produksi dan Mutu Benih serta Produksi Biomassa Sorghum bicolor Varietas Samurai 2 pada Umur Panen Berbeda sebagai Bahan Pakan
Sorghum bicolor var. Samurai 2 can be used as raw material in silage production for ruminant feed. The problem encountered is the difficulty of obtaining certified seeds for commercial sorghum production. So that is necessary to do this research to investigate potential sorghum seed production and its quality of Sorghum bicolor var. Samurai 2. The study was conducted at University Research Station-Jonggol Animal Education and Research Unit, Bogor Agricultural University. The experimental design used was a randomized block design with 4 treatments and 5 replicates. Five individual plants were taken to measure the variables at each treatment set. The treatments consisted of different harvesting times, namely P95 (harvested 95 days after planting), P100, P105 and P110. The variables observed were dry weight of shelled seeds, seed weight per panicle, weight of panicle stalk, panicle weight, seed production per ha, seed moisture content, seed viability test, and shoot biomass production per ha. The results showed that seed production per ha, panicle dry matter weight, fresh seed moisture content, panicle stalk dry weight was not significantly different. Dry weight of shelled seeds, dry weight of seeds per panicle, panicle dry weight, seed viability, weight of biomass per ha were significantly different (p<0.05). The potential for the production of shelled seeds, dry matter of seeds per panicle was the best in the P105 and P110, the viability of the seeds in the P105 and shoot biomass production per ha in the P105. The potential for shelled seed production (4038 kg ha-1), seed dry weight per panicle (54.87 g panicle-1), seed viability (92.8%) and the best biomass production (55.88 tons ha-1) were in treatment P105. Key words:        seed production, shoot biomass, Sorghum bicolor, viability
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