Fig. 4: Pesticide resistance of the diamondback moth.
From: Climate warming promotes pesticide resistance through expanding overwintering range of a global pest
a Weighted mean resistance (ratio) and relative frequencies of different resistance levels (percentages in the pie charts) in the permanent, marginal and transient sites. b Relationship between the top 15% (0.85 quantile) resistance ratio (log10 transformed) and low-temperature degree-days (LTDD) (n = 1806). The significance of the slope (P value) in the quantile regression was tested by two-sided t-test. c Predicted distribution of the top 15% pesticide resistances in China. d Global distribution of sampling sites for pesticide resistance tests used in meta-analysis and the predicted geographic distribution of the top 15% pesticide resistance. Source data are provided as a Source data file.
