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Pollen analysis
Leaves sampled for mite counting were also employed to assess pollen diversity and abundance. Pollen analysis was performed as described in Dusoet al. (2002). The pollen taxa were divided into arboreal pollen (AP) and non-arboreal pollen (NAP) and were identified according to Moore et al.(1991).
The effect of pollen application on phytoseiid abundance
Pollen of hop hornbeam (Ostrya carpinifolia Linnaeus) was sprayed onto a number of hornbeam plants (pure modules) by using an experimental sprinkler (Girolami et al., 2000) in order to demonstrate its positive effect on phytoseiids. Two treatments (pollen application, control), each made up of four replicates of five plants, were compared. Pollen was applied on a definite shoot per plant (approximately 9.5 mg per shoot every five days) from 31 August to 10 September 1999. Pollen grain numbers on treated or untreated leaves were estimated. Samplings were performed before the first application (31 August) and
Leaves sampled for mite counting were also employed to assess pollen diversity and abundance. Pollen analysis was performed as described in Dusoet al. (2002). The pollen taxa were divided into arboreal pollen (AP) and non-arboreal pollen (NAP) and were identified according to Moore et al.(1991).
The effect of pollen application on phytoseiid abundance
Pollen of hop hornbeam (Ostrya carpinifolia Linnaeus) was sprayed onto a number of hornbeam plants (pure modules) by using an experimental sprinkler (Girolami et al., 2000) in order to demonstrate its positive effect on phytoseiids. Two treatments (pollen application, control), each made up of four replicates of five plants, were compared. Pollen was applied on a definite shoot per plant (approximately 9.5 mg per shoot every five days) from 31 August to 10 September 1999. Pollen grain numbers on treated or untreated leaves were estimated. Samplings were performed before the first application (31 August) and
花粉分析
离京螨计数抽样也用来评估花粉多样性和丰富。花粉进行分析，在Dusoet报描述。 （2002年）。花粉类群分为乔木花粉（AP）和非乔木花粉（NAP）的确定和根据摩尔等。（1991年）。
对phytoseiid丰度的影响花粉的应用
跳角树的花粉（天目铁carpinifolia林奈）是走上了（纯模块，通过使用一个实验洒水（吉罗拉米等。，2000），以显示其对phytoseiids正面影响）角树喷洒植物数量。两种药物的治疗（花粉应用，控制），每组由4个重复的5家工厂，进行了比较。花粉是采用单株上明确拍摄（约9.5毫克每五天拍摄8月31日）至1999年9月10日。经处理或未经处理的叶片，估计花粉粒号码。抽样调查是在完成第一个应用程序（8月31日），并收集20个护理后，5日，10日和9月15日。另一项试验是在2001年完成（八月29日至9月30日）从1999年使用的类似的抽样程序，但在植物不同。在这个实验中采用花粉是每3-4天。
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花粉分析
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