Seasonal Incidence of Insect-Pests of Field Pea

Q4 Environmental Science Environment and Ecology Research Pub Date : 2023-10-01 DOI:10.60151/envec/kvtm5678
Chauhan J. V., Bindu K. Panickar, Prajapati A. R., Gothi H. R.
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Abstract

During both seasons, aphid incidence peaked at 38.40 aphids/10cm shoot at the 5th SMW and 40.51 aphids/10cm shoot at the 4th SMW, respectively. While the activity of leafhoppers attained the peak of 14.20 leafhoppers/3 leaves during 7th SMW and 13.20 leafhoppers/3 leaves during 6th SMW during both seasons, respectively. During 2019-20, the whitefly population initiated at 5th WAS and persisted until the 13th WAS (1.44 to 11.28 whiteflies/3 leaves), whereas, in 2020-21, the population began in the 6th WAS and peaked during 12th WAS (12.21 whiteflies/3 leaves). Pod borer population started in 5th WAS and peaked (1.34 larvae/plant) in 10th WAS during 2019-20; in 2020-21, the population peaked (1.12 larvae/plant) during 11th WAS. The ladybird beetle population was active from 6th to 13th WAS and reached a peak (2.86 beetles/plant) during the 10th WAS in 2019-20. During the second season, the population of ladybird beetles started in the 7th WAS and peaked at 2.30 beetles/plant in 10th WAS. The spider appeared on the crop on the 5th WAS and remained active until 14th WAS, with the peak activity (0.34 and 0.30 spider/plant) reported during 6th SMW in both seasons. Significantly negative correlation was seen between evening relative humidity and leafhopper population during both seasons. Other insect-pests (aphid, leafhopper, whitefly and H. armigera) showed non significant impact of weather parameters during both seasons. Whereas, H. armigera larvae had positive correlation with bright sunshine hours and wind velocity during both seasons. Ladybird beetle showed highly significant and positive correlation with aphid, leafhopper and whitefly population during both seasons. Spider showed significant and positive correlation with aphid, leafhopper and whitefly population in both seasons.
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大田豌豆病虫害的季节发生
在这两个季节,蚜虫的发生率在第5和第4个季节分别达到了38.40和40.51只/10cm。而叶蝉的活性在第7季和第6季分别达到峰值,分别为14.20只/3片和13.20只/3片。2019- 2020年,白蝇种群从第5个群落开始,持续到第13个群落(1.44 ~ 11.28只/3叶),而2020-21年,白蝇种群从第6个群落开始,在第12个群落达到高峰(12.21只/3叶)。在2019- 2020年期间,豆荚螟种群数量从第5区开始,在第10区达到峰值(1.34只/株);2020-21年,第11次WAS期间种群数量达到峰值(1.12只/株)。瓢虫数量在第6 ~ 13个was期间活跃,在第10个was期间达到峰值(2.86只/株)。第二季瓢虫种群数量从第7季开始,在第10季达到峰值2.30只/株。蜘蛛在第5个月出现在作物上,一直活跃到第14个月,两个季节第6个月的活性最高,分别为0.34和0.30只/株。两个季节夜间相对湿度与叶蝉数量呈极显著负相关。其他害虫(蚜虫、叶蝉、粉虱和棉蚜)在两个季节对天气参数的影响均不显著。而两季棉铃虫幼虫与日照时数和风速均呈正相关。瓢虫与蚜虫、叶蝉和粉虱的数量呈极显著正相关。蜘蛛与蚜虫、叶蝉、粉虱的种群数量呈显著正相关。
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来源期刊
Environment and Ecology Research
Environment and Ecology Research Environmental Science-Pollution
CiteScore
1.30
自引率
0.00%
发文量
59
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