Laboratory population life table parameters including net reproductive rate (R₀), finite rate of increase (λ), doubling time for population (dt), intrinsic rate of natural increase (r_m) and mean generation time (T) of Amphitetranychus viennensis (Zacher) were studied at five constant temperatures. The lowest λ (1.0584) and r_m (0.0568) were observed at 15°C and the population could double in 12.2 days. The highest λ (1.3065) and r_m (0.2673) were obtained at 35°C and the population could double in 2.6 days. The highest R₀ (124.6083) and the lowest T (18.0483) were observed at 35°C. The highest mean number of eggs (157.40 eggs/female), with the highest daily oviposition rate (6.49 eggs/female/day), was observed at 35°C. The lowest daily oviposition rate (1.80 eggs/female/day) was observed at 15°C with a total of 99.30 eggs/female. The longevity (32.3±1.1 days) was the lowest at 35°C, and the highest longevity was 105.6±73.4 days at 15°C. The greatest daily oviposition was 17 eggs/female/day at 35°C.