北阿坎德邦塔莱地区番茄作物粉虱和蚜虫的季节性发病率

N. Rawat
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引用次数: 1

摘要

本调查于2015-2016年在潘特纳格尔G.B.潘特农业技术大学蔬菜研究中心进行。为了解白蝇和蚜虫在番茄(Lakshmi hybrid1)上的季节性种群动态及其与天气参数的关系,进行了试验。结果发现,2015年第39个标准气象周(SMW)至第7个标准气象周(SMW)发生烟粉虱。白蝇在10月第一周达到高峰,发病时间一直持续到5月最后一周。对气象参数与烟粉虱种群进行了简单的相关分析,结果表明:清晨相对湿度、降雨量、日照时数、最高和最低温度与烟粉虱种群呈不显著负相关,而与夜晚相对湿度呈显著负相关。而在作物季节,风速与粉虱种群呈非显著正相关,而在2016年第40至第7个标准气象周期间,蚜虫的发病率呈显著上升趋势。结果表明,2015-2016年作物季节棉蚜种群数量与气象参数之间存在着不显著的正相关关系,与最高、最低温度、日照时数存在不显著的正相关关系,与最大相对湿度、风速、降雨量、最小相对湿度存在不显著的负相关关系。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Seasonal Incidence of Whitefly and Aphid on Tomato Crop at Tarai Region of Uttrakhand
The present investigation was carried out during 2015-2016 at Vegetable Research center, G.B. Pant University of Agriculture and Technology, Pantnagar . The trial was conducted to know the seasonal population dynamics of whitefly and aphid in tomato (Lakshmi hybrid1) and their relation to weather parameters. The results found that incidence of the Bemisia tabaci occurred from 39 th standard meteorological week (SMW) 2015 to 7 th standard meteorological week. Maximum population of whitefly was recorded during first week of October with incidence upto the last week of May. Simple correlation worked out between the weather parameters and the population of Bemisia tabaci revealed that there was non-significant negative correlation with morning relative humidity, rainfall, sunshine hours, maximum and minimum temperature but significant negative correlation with evening relative humidity. However, wind velocity exhibited a positive non-significant correlation with whitefly population during crop season while the incidence of the aphid spp was noticed from 40 th standard meteorological week (SMW) 2016 to 7 th standard meteorological week 2016. Persistent high population was noticed from 40 th to 43 rd (SMW) Simple correlation worked out between the weather parameters and population of Aphis gossypii revealed that there was non significant positive correlation with maximum and minimum temperature and sunshine hour, while maximum relative humidity, wind velocity, rainfall and minimum relative humidity showed non significant negative correlation with aphid population during crop season 2015-2016.
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