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本文采用三因子五水平二次通用旋转组合设计，在实验室内人工条件下对温度、土壤湿度和埋土深度与根潜蝇蛹羽化关系，进行了系统的研究，建成了根潜蝇蛹羽化量和羽化率预测模型，分别为 ｙ＝ １１． ２８１１２ － ０．２９２８６３３ｘ１ ＋０．３４６１６４５ｘ２ ＋ ０． ０７６５８３７ｘ３ ＋ １． ７５ｘ１ｘ２ ＋ ｘ１ｘ３ ＋ ０． ７５ｘ２ｘ３ － ４． ６８８５２８ｘ１２ －２．２１４０２８ｘ２２ － ０．９７６７７８ｘ３ ２ 和 ｙ＝ ０．５６８０５６２－ ０．０１４６ｘ１ ＋ ０．１７３ｘ２ ＋ ０．０３８ｘ３ ＋０．０８７５ｘ１ｘ２ ＋ ０．０５ｘ１ｘ３＋ ０．０３７５ｘ２ｘ３－ ０．２３４４ｘ１２ － ０．１１０７ｘ２２ － ０．０４８８ｘ３２，可在预测中试用。
In this paper, three-factor five-level quadratic universal rotary combination design was used to systematically study the relationship between temperature, soil moisture and burial depth and pupae eclosion in laboratory under artificial conditions in laboratory. The amount and emergence rate prediction model, respectively, y = 11. 28112 - 0.2928633x1 + 0.3461645x2 + 0. 0765837x3 + 1. 75x1x2 + x1x3 + 0. 75x2x3 - 4. 688528x12 -2.214028x22 - 0.976778x3 2 and y = 0.5680562 - 0.0146x1 + 0.173x2 + 0.038x3 + 0.0875x1x2 + 0.05x1x3 + 0.0375x2x3 - 0.2344x12 - 0.1107x22 - 0. 0488x32, can be used in the forecast trial.