Benoît Perez‐Lamarque

This study examines the ecological role of Myxococcota in soil habitats, finding they are more abundant and diverse in field soil than in sand biofilters, with distinct interaction patterns.

The paper reevaluates evidence for codiversification in mycorrhizal symbioses by analyzing 29 networks and finds cophylogenetic signal instead of phylogenetic congruence.

This study examines the factors shaping the microbial communities of lichen holobionts in Bolivian forests, finding that mycobiont identity and secondary metabolites significantly influence photobiome and mycobiome structure.

The paper reconstructs ancestral mutualistic networks and finds they maintain modular structure over millions of years due to evolutionary conservatism of interactions.

This study examines how pollination specialization by hawkmoths influenced speciation rates in angraecoid orchids, finding that micro-sphingophily is linked to higher speciation rates.