Table 4 in Mites associated with egg masses of the viburnum leaf beetle Pyrrhalta viburni (Paykull) on Viburnum tinus L.

Table 4 Factors affecting (a) total mite abundance, (b) phytophagous/detritivorous mite abundance, (c) predaceous mite abundance, and (d) diversity of mite morphotypes on Viburnum tinus twigs artificially infested with Pyrrhalta viburni egg masses (ANOVA, α = 0.05) during the timing of mite infestation experiment (2016-2017). Bold values indicate significant effects.(a) Total mite abundancedfF-valueP -value8, 935.84Effects testedTime of collection26.04Site31.730.16Twig length (cm)10.620.43Number of intact egg masses113.85Number of damaged egg masses16.730.01(b) Phytophagous/Detritivorous mite abundancedfF-valueP -value8, 933.52Effects testedTime of collection25.53Site31.880.14Twig length (cm)10.20.65Number of intact egg masses13.390.07Number of damaged egg masses11.190.27(c) Predaceous mite abundancedfF-valueP -value10, 893.38Effects testedTime of collection20.610.54Site31.740.16Twig length (cm)10.580.44Number of intact egg masses115.54Number of damaged egg masses18.520.01(d) Total mite diversitydfF-valueP -value10, 893.93Effects testedTime of collection21.040.36Site33.270.02Twig length (cm)10.520.47Number of intact egg masses113.07Number of damaged egg masses12.980.09Notes:Published as part of Desurmont, Gaylord A., Kerdellant, Elven, Pfingstl, Tobias, Auger, Phillipe, Tixier, Marie-Stéphane & Kreiter, Serge, 2019, Mites associated with egg masses of the viburnum leaf beetle Pyrrhalta viburni (Paykull) on Viburnum tinus L., pp. 68 in Acarologia 59 (1) on page 68, DOI: 10.24349/acarologia/20194311, http://zenodo.org/record/4487683表4 2016-2017年螨类接种时间实验中，人工接种荚蒾瓢叶甲（Pyrrhalta viburni）卵块的地中海荚蒾（Viburnum tinus）小枝上，影响(a)螨类总丰度、(b)植食性/腐食性螨类丰度、(c)捕食性螨类丰度以及(d)螨类形态型多样性的影响因子（方差分析（ANOVA），显著性水平α=0.05）。其中加粗数值代表存在显著效应。 (a) 螨类总丰度 总自由度(df₁, df₂)与F值：8、93及5.84 检验因子及统计结果： 采集时间：F值=26.04 样地：F值=3.73，P值=0.16 小枝长度(cm)：F值=10.62，P值=0.43 完整卵块数量：F值=113.85 受损卵块数量：F值=16.73，P值=0.01 (b) 植食性/腐食性螨类丰度 总自由度(df₁, df₂)与F值：8、93及33.52 检验因子及统计结果： 采集时间：F值=25.53 样地：F值=3.88，P值=0.14 小枝长度(cm)：F值=10.20，P值=0.65 完整卵块数量：F值=13.39，P值=0.07 受损卵块数量：F值=11.19，P值=0.27 (c) 捕食性螨类丰度 总自由度(df₁, df₂)与F值：10、89及33.38 检验因子及统计结果： 采集时间：F值=20.61，P值=0.54 样地：F值=3.74，P值=0.16 小枝长度(cm)：F值=10.58，P值=0.44 完整卵块数量：F值=115.54 受损卵块数量：F值=18.52，P值=0.01 (d) 螨类形态型多样性 总自由度(df₁, df₂)与F值：10、89及33.93 检验因子及统计结果： 采集时间：F值=21.04，P值=0.36 样地：F值=33.27，P值=0.02 小枝长度(cm)：F值=10.52，P值=0.47 完整卵块数量：F值=113.07 受损卵块数量：F值=12.98，P值=0.09 注：本数据集源自Desurmont, Gaylord A.、Kerdellant, Elven、Pfingstl, Tobias、Auger, Phillipe、Tixier, Marie-Stéphane 与 Kreiter, Serge于2019年发表于《蜱螨学（Acarologia）》第59卷第1期第68页的论文《寄生于地中海荚蒾上荚蒾瓢叶甲卵块的螨类》，DOI: 10.24349/acarologia/20194311，数据链接：http://zenodo.org/record/4487683