Gaurav Baruah

The paper models how temperature affects plant-pollinator networks by integrating temperature tolerance and adaptive rewiring, showing declines in specialization and increases in connectance and nestedness with rising temperatures.

This study shows that prey dropping behavior reduces food-chain persistence, with dropper treatments having higher extinction risk than mixed or non-dropper treatments.

This study predicts the recoverability of collapsed food webs using dimension reduction and perturbation analysis, showing that topological features like connectance and predator links influence recovery.

This study shows that evolving genetic variance and network architecture enhance resilience of plant-pollinator networks to temperature shifts by promoting faster adaptation and reducing trait lag.

This study shows that non-nutritive plant metabolites increase social interactions and reduce lifespan in turnip sawflies.