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Position: Home > Articles > Investigation of Insect Species in Modern Peach Orchard in Shenzhou Journal of Fruit Resources 2023 (1) 29-32

深州现代蜜桃园昆虫种类调查研究

作  者:
仲珂慧;于占晶;庞思佳;郭芳妮;底成成;张磊;孟纯
单  位:
衡水市气象局;衡水学院生命科学系;深州市良桑繁殖场
关键词:
深州;蜜桃园;害虫;天敌
摘  要:
【目的】深州蜜桃是衡水市的特色产品,但近年来,桃树种植区由于过量使用化学农药,不仅破坏了土壤结构,也使得部分害虫逐渐产生了较强的抗药性,给桃产品的质量带来了严重威胁,为此,进行了针对性的调查,以便有效进行生物防治并取得良好的防治效果。【方法】利用网捕法、灯诱法相结合的方法对深州蜜桃园昆虫种类和数量进行为期8个月的调查研究。【结果】截止到2022年8月,共诱集蜜桃园害虫及天敌8目53科153种98 198只,其中害虫124种,占79.89%;天敌29种,占20.11%。调查发现,1—3月份蜜桃园昆虫出现较少;4月份开始出现,捕捉到73只;5月份有所增加收集了482只;6月份昆虫数量大幅上升,捕捉到昆虫24 048只;7月昆虫数量达到顶峰,为68 444只,其中鞘翅目丽金龟科铜绿丽金龟的数量最多;8月之后昆虫的种类和数量逐渐减少。【结论】温度、湿度和昆虫数量呈正相关,昆虫数量随温度、湿度的提高而增多。
译  名:
Investigation of Insect Species in Modern Peach Orchard in Shenzhou
作  者:
ZHONG Kehui;YU Zhanjing;PANG Sijia;GUO Fangni;DI Chengcheng;ZHANG Lei;MENG Chun;College of Life Science, Hengshui College;Hengshui Meteorological Bureau;Shenzhou City Good Mulberry Breeding Ground;
关键词:
Shenzhou;;peach orchard;;pests;;natural enemies
摘  要:
【Objective】 Shenzhou peach is the characteristic product of Hengshui City, but in recent years, due to the excessive use of chemical pesticides in peach planting area, not only destroyed the soil structure, but also made some pests gradually develop strong resistance to drugs, which brought serious threat to the quality of peach products. Therefore, targeted investigation was carried out. In order to effectively carry out biological control and achieve good control effect. 【Methods】The species and quantity of insects in Shenzhou peach orchard were investigated by the combination of net trapping and light trapping for 8 months. 【Results】 The results showed that by August 2022, a total of 98 198 insects of 153 species of pests and natural enemies in 8 orders and 53 families were collected. There were 124 species of pests accounting for 79.89% and 29 species of natural enemiesaccounting for 20.11%.The investigation found that there were fewer insects in peach orchard from January to March. Insects began appearing in April with 73 collected.482 insects were collected in May.24 048 insects were caught in June with numbers rising. In July, the number of insects reached the peak of 68 444, among which the number of Anomalacorpulenta was the largest. The species and number of insects gradually decrease after August. 【Conclusion】 It is obvious that temperature, humidity and insect number are positively correlated, and insect number increases with the increase of temperature and humidity.

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