Juan A. Bonachela

The paper investigates whether macroscale prey spatial distribution can encode information about zooplankton feeding behavior and community dynamics, showing a shift from non-motile to motile feeding in low prey density areas.

A gut consumer-resource model with explicit metabolic pathways yields competition-dominated healthy and cooperation-dominated dysbiotic states; an interaction-balance index (ENBI) detects this shift in human disease cohorts.

This study introduces a tri-trophic model to explore how vegetation patterns and trophic interactions influence desertification transitions and ecosystem resilience.

This study links vegetation clump morphology to bistability in semi-arid ecosystems, suggesting clump changes can indicate an impending desertification transition.