植物粗提物作为潜在生物肥料及防治番茄植株侵染的影响

P. M. Etaware, Elizabeth Ufuoma Etaware, O. Olaoluwa, Oyetunji Oj, O. Olapeju, Aiyelaagbe, A. Odebode
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引用次数: 3

摘要

尼日利亚和世界各地的番茄种植受到疾病感染的严重威胁。无土栽培和基因工程是世界范围内用于确保生产优质无病蔬菜的现代创新;然而,每年的作物损失仍然存在。2011年,尼日利亚伊巴丹州Apao¹tao的一个商业蔬菜农场被一系列疾病感染彻底摧毁。对6个品种的36份侵染番茄进行了灭活处理,并进行了实验室分析。采用植物粗提取物作为处理。试验植株按4 × 3 × 2 × 3 × 3(试验区)和4 × 3 × 3(对照区)布置。番茄植株基本上受到真菌病害的感染。施用植物制剂(100%健康番茄植株)可完全根除病害症状。处理番茄植株的株高分别为30.9 cm、30.2 cm、27.5 cm和26.5 cm,显著高于对照(24.1 cm、22.3 cm、23.3 cm和18.6 cm)。目前的研究结果表明,植物提取物是番茄病害管理中系统有害化学物质的有效替代品。
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The Impact Crude Plant Extracts: As Potential Biofertilizers and Treatment against Tomato Plant Infection
Tomato cultivation in Nigeria and around the world is seriously threatened by disease infection. Soilless cultivation and gene engineering are modern innovations used worldwide to ensure production of quality disease-free vegetables; yet annual crop loss still persists. In 2011, a commercial vegetable farm in Apao¹tao¹, Ibadan, Nigeria was totally ravaged by a fleet of disease infection. 36 infected tomato samples were annihilated from 6 cultivars for laboratory analysis. Crude plant extracts were employed as treatments. The test plants were arranged in 4 × 3 × 2 × 3 × 3 (experimental plots) and 4 × 3 × 3 (control plot) layouts. The tomato plants were basically infected by fungal diseases. The disease symptoms were totally eradicated by the applied botanicals (100% healthy tomato plants). There was an appreciable increase in plant heights of the treated tomato plants (30.9 cm, 30.2 cm, 27.5 cm and 26.5 cm respectively) compared to those in the control plots (24.1 cm, 22.3 cm, 23.3 cm and 18.6 cm, respectively). The results obtained so far showed that plant extracts was an effective alternative for the systemic and hazardous chemicals used in tomato plant disease management.
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