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基于种群波动的生物杀虫剂和大量诱捕在阿尔巴尼亚温室条件下防治害虫的效果。

Effectiveness of bio-insecticides and mass trapping based on population fluctuations for controlling under greenhouse conditions in Albania.

作者信息

Shahini Shpend, Bërxolli Ajten, Kokojka Frans

机构信息

Department of Plant Protection, Agricultural University of Tirana, Albania.

Department of Agri-food, University Fan S. Noli, 7001, Albania.

出版信息

Heliyon. 2021 Jan 4;7(1):e05753. doi: 10.1016/j.heliyon.2020.e05753. eCollection 2021 Jan.

Abstract

is a major pest of tomato crops that causes high yield losses. Cultivated areas in Albania have reported high levels of infestations despite the application of control measures. The present study aims to describe population fluctuations of during tomato cultivation for three consecutive years in the winter-summer growing season under greenhouse conditions. Delta traps baited with pheromones were used to monitor the population fluctuations, and the appropriate treatment period was determined. The effectiveness of mass trapping, Indoxacarb and treatments at maintaining the pest populations below the economic injury level was tested. Even under greenhouse conditions, the population levels were high during spring and peaked in summer. The infestation rate increased by up to 85% on leaves and fruit. The application of , Indoxacarb, and mass trapping reduced the infestation rate on fruits by approximately 29%, 43% and 52%, respectively, which represented significant differences in effectiveness. In conclusion, the results indicate that performing an intervention that includes combined methods in the proper period might reduce the infestation rate from 80-95%.

摘要

是番茄作物的主要害虫,会导致严重的产量损失。尽管采取了防治措施,阿尔巴尼亚的种植区仍报告了高水平的虫害。本研究旨在描述在温室条件下,连续三年冬夏生长季节番茄种植期间该害虫的种群波动情况。使用用性信息素诱捕的三角诱捕器监测种群波动,并确定合适的处理时期。测试了大量诱捕、茚虫威和其他处理措施将害虫种群数量维持在经济损害水平以下的有效性。即使在温室条件下,春季种群数量也很高,并在夏季达到峰值。叶片和果实上的侵染率最高增加了85%。其他处理、茚虫威和大量诱捕措施分别使果实上的侵染率降低了约29%、43%和52%,这在有效性上存在显著差异。总之,结果表明,在适当的时期采取包括联合方法在内的干预措施可能会将侵染率降低80%-95%。 (注:原文中有部分未明确的表述,用“其他处理”等替代)

https://cdn.ncbi.nlm.nih.gov/pmc/blobs/4571/7797375/51449855e3b6/gr1.jpg

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