The effect of temperature increase from 15℃ to 28℃ on population dynamics pertaining to analysis on life table and survival analysis of Carmine spider mite (Tetranychus cinnabarinus) fed with White mulberry (Morus alba) was investigated under laboratory condition. Analysis using both linear and ‘Wang-Lan-Ding’ models based on population parameters was performed. Results revealed the increment of net reproductive rate（R0）, finite rate of increase（λ），intrinsic rate of natural increase（rm）, eggs laid per female per day, the reciprocal of doubling time for population（Dt）and mean generation time（T）were all represented linear relation with temperature increasing, whereas the average life and the maximum mortality age were both decreased with temperature increasing. Ratio of male/female and practical oviposition duration were basically unchanged within the temperature range. The population selected ‘trade-off’ strategy among reproduction, development and survival. Threshold temperature of development (female), threshold temperature of reproduction and population growth, optimal temperature of reproduction and population growth, optimal temperature of development were approximately 8, 13, 22℃ and 30℃, respectively.