A. Paquette

The paper tests if urbanization disrupts latitudinal gradients in seed predation across 14,000 km of latitude, finding that gradients persist despite habitat modification.

This study finds mixed-species planted forests store more aboveground carbon than monocultures, with higher carbon stocks in more diverse mixtures.

The paper synthesizes evidence showing biotic interactions are more influential at species' warm range edges compared to cool edges, supporting Darwin's hypothesis with a meta-analysis of 886 range limits.

This study investigates the factors influencing drought-induced tree mortality by analyzing hydraulic traits, carbon dynamics, and environmental interactions across 9,435 trees.

The paper examines how tree diversity and predator activity influence insect herbivory on urban trees, finding that higher diversity and predation reduce herbivory.

This study examines how tree diversity and environmental factors influence soil microbial functions across global experiments, finding that abiotic factors like soil water content are more significant than tree diversity in the short term.