Dataset and R codes for: Meso-scale reorganisation emerges despite broad convergence in plant-bee interaction networks across the honeybee’s native and non-native ranges

However, whether its integration into ecological networks differs between native and non-native regions remains poorly understood. We conducted a systematic review and compiled 80 quantitative plant–bee interaction networks encompassing the native and non-native ranges of <i>A. mellifera</i> to test whether such differences emerge consistently across three organizational levels: overall network architecture (macro-scale), participation in motif classes (meso-scale) and species-level structural roles (micro-scale).

Macro- and micro-scale metrics did not differ between ranges, indicating broad convergence in network architecture and species-level structural roles across the honeybee's global distribution. However, motif composition differed consistently between ranges, with <i>A. mellifera</i> participating more frequently in fan motifs and less frequently in core–peripheral motifs in non-native regions. These findings suggest that, outside the native range, honeybees are more often embedded in asymmetric interaction structures that may reflect a more dominant pattern of resource use.