Fire modulates the structural drivers and functioning of individual-based plant-pollinator networks

Update (version 2) of the dataset and R codes of "Fire modulates the structural and functional drivers of individual-base plant-pollinator networks" by Larissa Alves de Lima & Diego Anjos et al. We used individual-based plant-pollinator networks to evaluate: (i) How do plant- (i.e., individual traits, phenology) and site-related attributes (i.e., spatial factors, local temperature) influence interaction patterns before and after a fire? (ii) How is individual plant fitness affected by the combination of these attributes and the role of individual plants within the interaction network (i.e., centrality) before and after fire? Our findings shows that facilitative interactions with conspecifics via pollinator sharing were diluted by fire, with potential delayed effects on population recovery. Our findings emphasize that fire causes a shift from facilitative processes to more competitive scenarios in plant-pollinator networks, with implications for population dynamics and community recovery.