A report on occurrence, morphology, population ecology and infestation of Ceroplastes rusci (Linnaeus: 1758) in Muzaffarnagar, Uttar Pradesh, India. Coccidae: Coccoidea: Hemiptera: Insecta

Shekhar Chand
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Abstract

The presence of Ceroplastes rusci , the Fig wax scale infestation was observed on Syzygium cumini, the Indian blackberry or Jamun tree twigs and leaves in Muzaffarnagar, Uttar Pradesh, India. The number of adult female scale insects, per leaf, was found 1 to 6, and per twig the number was observed as 1 to 9. The present study was carried out to assess the presence of scale insects per leaf and a single terminal twig. After analysis of collected data, the following results were calculated for the presence of scale insect on a leaf-as the mean value was calculated-2.1666, SD-1.6966, variance-2.8787 and margin of error-0.4897. Data were analyzed similarly for presence of scales per twig. The calculated values for twig were as-mean-3.83, SD-2.48, variance-6.15 and margin of error-0.7159. The percent infestation on Syzygium cumini plant on twig/ leaf was calculated and found that 52.30% plant twigs were affected. The categorized infested twigs with leaves showed 13.84% of grade one as low (+), 16.62% of grade two as moderate (++) and 21.53% of grade three as high (+++) level of infestation. The 47.69% twigs were found showing absence (-) of scale insects. Syzygium cumini was the type plant, found affected in Muzaffarnagar, the region of planes of northern India, indicating the ecological relationship and interaction between scale insect and affected plants. New generation was observed in first half of July 2023. No other type of surveyed plant was found infested.
印度北方邦木扎法那格尔地区rusci(林奈:1758)的发生、形态、种群生态学和侵染报告。球虫科;球虫总科;半翅目;昆虫纲
在印度北方邦Muzaffarnagar的木扎法尔纳格尔,观察到木扎法尔纳格尔的无花果蜡蚧、无花果蜡蚧侵染的存在。成年雌蚧虫每叶1 ~ 6只,每枝1 ~ 9只。本研究是为了评估每片叶子和单个顶枝上蚧虫的存在。对收集到的数据进行分析,计算出某片叶子上存在蚧虫的结果为:均值2.1666,SD-1.6966,方差2.8787,误差范围0.4897。对每根树枝上是否有鳞片的数据进行了类似的分析。枝条的计算值为as-mean-3.83, SD-2.48,方差-6.15,误差范围-0.7159。通过对细枝/叶片侵染率的计算,发现细枝侵染率为52.30%。其中,低(+)级占13.84%,中(++)级占16.62%,高(+++)级占21.53%。47.69%的枝条没有蚧虫(-)。在印度北部平面区Muzaffarnagar发现的鳞虫为模式植物,说明鳞虫与受影响植物之间的生态关系和相互作用。新一代在2023年7月上半月被观察到。调查中未发现其他类型的植物被侵染。
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