Nicolas Loeuille

This study shows how evolution can trigger abrupt extinction events in ecological networks through self-organized dynamics, highlighting the role of interaction types in biodiversity loss.

The paper examines how urbanisation and habitat fragmentation affect ant communities, finding that urban areas favor thermophilic and monogynous species, altering community composition and thermal preferences.

The paper shows that 'Pretty Good Yield' strategies can recover substantial biodiversity by balancing yield and conservation in agricultural landscapes through spatial management.

The paper uses an eco-evolutionary model to show how mutualism and antagonism interact to influence diversification in ecological networks, finding that trait correlation affects diversification rates across guilds.

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

This study models how ocean acidification affects calcifying plankton communities and shows acidification reduces calcifying capacity and alters ecosystem functioning.

This study examines how evolution affects the robustness of marine food webs under fishing pressure, finding that evolution often enhances robustness but can also lead to negative outcomes under certain conditions.

This study evaluates reserve configurations to support species diversity and trophic levels, finding that larger, fewer protected areas enhance conservation metrics, while smaller reserves improve species abundance outside through spillover effects.

This paper examines how direct and community-driven selection influence body size evolution in harvested predator-prey systems, showing their combined impact on evolutionary trajectories and fishery yields.

The paper introduces a graphical approach to analyze eco-evolutionary dynamics and their impact on species coexistence, showing evolution can sometimes reduce coexistence stability.

This study shows overexploitation can suppress top-down control and prevent destabilization in food chains by modulating interaction strengths.

The paper investigates how spatial context influences the evolution of plant control over nitrification and its impact on ecosystem functioning.

This study examines how coevolution and immigration shape specialist-generalist community structures, finding that evolutionary rates and dispersal influence diversity and community composition.

The paper investigates how niche construction and resource diffusion can lead to facilitative interactions between sessile organisms in spatial systems.

This study investigates how pathogens influence host diversity by analyzing a host-pathogen system and finds that pathogens rarely drive diversification, resulting in low levels of stable coexistence.

This paper models how the curvature of fecundity-immunity trade-offs affects host evolution, pathogen spread, and host abundance using an SIR framework.

This study examines fishing strategies in multispecies fisheries, showing predators are more affected by fishing than prey, and high yields come with ecological trade-offs and risks.

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.