Lemongrass Oil Enhances the Storage Efficacy of Phosphine-Treated Grains Wheat

A. Allah, U. Razek, R. Soleiman
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Abstract

Under environmental conditions of Burj El-Arab warehouse, Alexandria Governorate, Egypt, a storage experiment was carried out from 30 May 2020 to 26 February 2021 to become conscious of the effect of treatment with some chemical compounds (insecticides) i.e. deltamethrin at 1 and 2 ppm, malathion at 10 and 15 ppm and phosphine at 3 and 5 tablets/m and natural compounds (botanical oils) i.e. clove, coriander and lemongrass oils at 10 and 15% on storage efficiency of wheat after 9 months from harvesting time. The experiment had arranged in a factorial experiment in a randomized complete block design (RCBD) with three replications. The lowest insect infestation percentage and grains weight loss percentage and highest number of dead insects/samples were resulted from treating wheat grains with phosphine at 5 tablets/m. Treating wheat grains with lemongrass oil at the rate of 15% recorded the lowest insect infestation percentage and grains weight loss percentage and highest number of dead insects/sample. This study recommended treating samples of wheat grains with phosphine at 5 tablets/m besides lemongrass oil at 15% to enhance storage efficacy characters under the environmental conditions of Burj El-Arab district, Alexandria Governorate, Egypt.
柠檬草油提高磷化氢处理小麦籽粒贮藏效果
在埃及亚历山大省Burj El-Arab仓库的环境条件下,于2020年5月30日至2021年2月26日进行了一项储存实验,以了解用一些化合物(杀虫剂)(即1和2 ppm的溴氰菊酯、10和15 ppm的马拉硫磷、3和5片/m的膦)和天然化合物(植物油)(即丁香)进行处理的效果。香菜油和柠檬草油对小麦收获9个月后贮藏效率的影响分别为10%和15%。试验采用随机完全区组设计(RCBD),设3个重复。以5片/m磷化氢处理小麦籽粒时,害虫侵染率和籽粒失重率最低,虫死/样数最高。以15%的柠檬草油处理小麦籽粒时,害虫侵染率和籽粒失重率最低,虫死数最高。本研究推荐在埃及亚历山大省Burj El-Arab地区的环境条件下,在15%柠檬草油的基础上,以5片/m磷化氢处理小麦样品,以提高贮藏效果。
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