Extended Data Fig. 4: Regression coefficients for research areas as a function of research methods. | Nature Human Behaviour

Extended Data Fig. 4: Regression coefficients for research areas as a function of research methods.

From: Differences in psychologists’ cognitive traits are associated with scientific divides

Extended Data Fig. 4

Like Fig. 3, each cell here gives the regression coefficient for the simple model where individual research areas are regressed on individual research methods (though as the y-variable here is binary, unlike the controversial themes in Fig. 3, these are binomial regression coefficients expressed in logits). Cells marked with ‘x’ are non-significant (Bonferroni correction for multiple comparisons—the number of cells in the panel—yielding threshold p < .0001515). The margins of the plot show hierarchical clusters derived using Ward’s method. If the vectors of individual responses for research areas represent one high-dimensional space and the vectors of individual responses for research methods represent another high-dimensional space, then the correlation between all pairs of research-area vector cosine similarities and all pairs of research-methods cosine similarities is ρ = 0.22 (Figs. 5, 7), representing a conservative estimate for the overall association between these two types of response. For numeric results, see Appendix 2, Supplementary Table 6.

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