C. de Mazancourt

This study uses a Lotka-Volterra model to show that biodiversity required for ecosystem functioning increases with spatial or temporal scale, especially when environmental autocorrelation is low.

This study models how habitat fragmentation affects crop yields through pollination, showing that biodiversity and landscape structure are critical for stable food production.

This study explores high-dimensional coexistence in ecosystems using grassland biodiversity data, showing that biodiversity arises from collective organization rather than individual species interactions.

The paper develops a model to study trade-offs and synergies in ecosystem services in agroecosystems, showing how landscape composition affects service stability and crop production.

The paper models how time-delayed biodiversity loss affects sustainability by showing that social pressure and ecological feedbacks determine system stability and regime shifts.

The paper investigates factors determining synchrony in semiarid grassland species, finding environmental responses drive synchrony more than interactions or stochasticity.