Population Dynamics on The Main Faba Bean Insect Pests in Relation to Certain Ecological Factors in Kafr El-Sheikh Region, Egypt.

El-Dessouki A.
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Abstract

biotic factors, whereas, in the 2022 season the relationship was significant with R.H%, wind velocity and plant age. The percentage of explained variance was 38 and 84 % during the two seasons, respectively. For Empoasica spp, in the first season, the population of insect density was significantly correlated for minimum temperature, while, in 2022 season population was significant with RH% and predators. Plant age was a significant effect on the population fluctuations of A. craccivora and Empoasica spp during the second season . The percentage of Explained variance for the effect of climatic factors, and biotic factors on Empoasica spp were 75 and 74 % during the two seasons, respectively. This research aims to utilize the obtained results in developing the IPM programs against the main faba bean insect pests through activation of the effect of temperature, relative humidity and wind velocity on insect numbers.
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埃及Kafr El-Sheikh地区蚕豆主要害虫种群动态与某些生态因子的关系
而在2022年季节,与R.H%、风速和株龄的关系显著。两个季节的解释方差百分比分别为38%和84%。第1季Empoasica spp种群密度与最低气温显著相关,2022季种群密度与RH%和捕食者显著相关。二季期间,植物年龄对黄颡鱼和黄颡鱼的种群波动有显著影响。两季气候因子和生物因子的解释变异率分别为75%和74%。本研究旨在利用上述研究成果,通过激活温度、相对湿度和风速对蚕豆主要害虫数量的影响,开发针对蚕豆主要害虫的IPM方案。
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42
审稿时长
5 weeks
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