François Massol

The paper investigates how network architectures influence coevolutionary dynamics and adaptation in ecological communities through simulations across empirical and artificial networks.

This study investigates how genotype-to-phenotype architecture influences biodiversity dynamics in multilayer networks, showing that correlated and modular architectures affect diversity under different ecological conditions.

This study shows that biotic-abiotic feedbacks can generate nutrient spatial heterogeneity in a plant-herbivore model through varying dispersal, foraging, and recycling behaviors.

The paper develops a stacked model to predict missing links in food webs using species traits and network structure, showing high accuracy on synthetic and real-world data.

This paper introduces a stacked model to predict missing links in under-sampled plant-pollinator networks using species traits and network topology, showing it can reconstruct networks and identify important features.

The paper introduces the Ecological Coherence framework to analyze co-variation in community abundance dynamics across terrestrial and marine assemblages, finding weak correlations and key taxa influencing community responses.

This paper introduces Ecological Coherence (EC) and Ecological Network Coherence (ENC) to analyze how species co-responses to environmental changes are structured and how they predict ecological instability.

The paper simulates food web evolution to study how phylogenetic signal in trophic structure changes over time and examines its relationship with species network positions and diversification dynamics.

The paper examines nematode encapsulations in Galapagos snails to explore host-parasite interactions and their ecological and evolutionary implications.

The paper investigates factors driving invertebrate community structure in West-European coastal dunes, finding biogeography and marram grass characteristics are key drivers.

This study examines how co-occurrence of Daphnia species affects their gut microbiome, finding subtle changes in microbiome composition when grown in cocultures.

The paper analyzes the coevolution of parasite virulence and host resistance under different infection regimes using a nested co-evolutionary model.

The paper examines how temperature affects body mass evolution in food webs, showing that trophic position and attack rate temperature dependence influence whether body mass increases, decreases, or remains constant with warming.