Summary of statistics from model selection to identify the best sets of models that predicted flight of Pityophthorus juglandis in response to ambient temperature (T), light intensity (L), wind speed (W), and barometric pressure (P).

Of all 94 formulated models (see Appendix S2), Models 25 and 44 were the best models (based on wi>0.10) that predicted female flight activity, whereas Model 44 was the best model that predicted male flight activity. QAIC: Quasi-likelihood adjusted Akaike’s Information Criteria (AIC); the model with the minimum QAIC was considered the best model; Δi ( = QAICi–QAICmin): the plausibility that the fitted model is the best model given the data (the larger the Δi, the less plausible is the model); wi indicates the relative likelihood of the model i being the best model given the data; ER: Evidence ratio, is the weight of the best model divided by the weight of the fitted model j (the closer the ER to 1 the better). Computation and interpretation of statistics followed [29]. See Appendix S3 (Female) and S4 (Male) for detailed statistics.Summary of statistics from model selection to identify the best sets of models that predicted flight of Pityophthorus juglandis in response to ambient temperature (T), light intensity (L), wind speed (W), and barometric pressure (P).