“…Common linear model tended to give higher T min and lower K values than the Ikemoto The survival rate of L. haraldusalis at constant temperature was analyzed using Tukey's-b test and Chi-square analysis, p b 0.05; n, number of individuals. linear model (Pakyari et al, 2011;Karimi-Malati et al 2014); the lower temperature thresholds for the immature developmental stages were 11.34°C and 11.20°C using Common and Ikemoto linear models, which are significantly lower than those of other warehouse moth species, i.e., P. interpunctella with 16.6°C-18°C, 15.35°C, and 15.2°C (Johnson et al, 1992;Subramanyam and Hagstrum, 1993;Na and Ryoo, 2000), Corcyra cephalonica with 14.75°C (Subramanyam and Hagstrum, 1993), M. sieboldii with 16.47°C (Shang et al, 2012), and P. farinalis with 14.82°C (Shang et al, 2013). The T min values for Ephestia cautella, E. calidella, E. figulilella (Subramanyam and Hagstrum, 1993), and P. interpunctella (Savov, 1973) (11.52°C, 11.95°C, 12.33°C, and 13.5°C, respectively) are close to the values obtained in the present Table 4 The fitted coefficients and measurable parameters (value ± SE) of seven nonlinear models fitting to temperature-dependent developmental rates of L. haraldusalis fed on P. strobilacea.…”