棕榈蓟马

用Schoolfield的酶促反应动力学模型拟合了棕榈蓟马发育与温度的关系。用直接最优法估算了棕榈蓟马不同发育阶段的温度阈值和所需热量。

Then Enzyme Reaction Kinetic Model was used to simulate the relationships between the developmental rate of Thrips palmi and temperature and the direct optimum method was used to estimate the thresholds of development and thermal constants in different development stages of Thrips palmi .

根据不同温度下的实验种群生命表资料拟合了棕榈蓟马不同发育阶段的存活率与温度关系的模型，拟合结果表明，低龄若虫、高龄若虫的理论最适温度分别为24.2℃、24.7℃。

The model was also fitted for the relationship between surviving rates of different stages of Thrips palmi and temperature . The theoretic optimum temperatures of low-instar larvae and high-instar larvae were 24.2 , 24.7 respectively according to the data of experiment population life table under different temperatures .

应用凹玻片饲养棕榈蓟马技术，具有装置简单、不易逃逸、操作方便以及便于在显微镜下连续观察等特点。

This MCS rearing technique of palm thrips is not only simple in apparatus , and effective in keeping thrips from escaping , but also easy to operate and observe under the microscope .