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本文首次报道了草莓主要害螨神泽氐叶螨Ｔｅｔｒａｎｙｃｈｕｓｋａｎｚａｗａｉ重要天敌长毛钝绥螨Ａｍｂｌｙｓｅｉｕｓｌｏｎｇｉｓｐｉｎｏｓｕｓ在不同温度下生长发育，以及温度对长毛钝绥螨的雌螨对神泽氐叶螨的捕食量、功能反应，数量反应等影响，以期了解长毛钝绥螨在草莓生长的寒冷季节对草莓神泽氐叶螨的控制能力。结果表明：在２８℃±２长毛钝绥螨从卵→卵４．５～５ｄ；１２℃±２则需３４．７５～４０ｄ。温度与长毛钝绥螨发育历期的关系模型Ｙ＝５４．６４一１．８４３４ｘ（ｒ＝－０．９７）；温度对长毛钝绥螨雌螨对神泽氐叶螨雌螨捕食量关系：Ｙ＝９．９６４＋２．５２３ｘ（ｒ＝０．９６）；温度与长毛钝绥螨产卵量关系：Ｙ＝－６．７６３＋２．０１１ｘ（ｒ＝０．９１）。在不同温度下长毛钝绥螨对神泽氏叶螨的功能反应均属ＨｏｌｌｉｎｇⅡ型。在相同密度下长毛钝绥螨有随自身密度增加捕食量下降趋势其模型：Ａ＝２１．８３８６Ｐ￣-（０．３６８４）。
This paper reports for the first time the growth and development of Amblyseius longispinosus, an important natural enemy of Tetranychuskanzawai, a major pest mite in strawberry and the effect of temperature on the predation of A. mongolicatus on M. sphaeroides, Functional response, the number of reactions, etc., in order to understand the long-winged Amblyseius mites in the strawberry growing cold season on the strawberry Kanazawa spider mite control. The results showed that: At 28 ℃ ± 2 Amblyseius cuneata from egg → egg 4.5 ~ 5d; 12 ℃ ± 2 need 34.75 ~ 40d. The relationship between temperature and the developmental period of Amblyseius longiflorus was Y = 54.64-18434x (r = -0.97). The effect of temperature on the predation rate of female mite Relationships: Y = 9.964 + 2.523x (r = 0.96). The relationship between temperature and fecundity of A. cuneata was Y = -6.763 + 2.011x (r = 0.91). At different temperatures, the functional responses of Amblyseius cuneata to Holocene spider mite were Holling typeⅡ. At the same density, there was a downward trend in the predation of A. cuneata with its own density. Its model: A = 21.8386P ~ (0.3684).