Pincelli M. Hull

This study shows that high temporal resolution reveals abrupt ecological changes and shifts in extinction selectivity during the Permian-Triassic mass extinction, which coarse resolution obscures.

The paper shows dormancy stabilizes oscillatory dynamics in structured food webs by converting high oscillation frequency into strong restoring force, but not in unstructured networks or those dominated by competitive or mutualistic interactions.

This study reconstructs marine food webs across the Permian-Triassic Mass Extinction to show that trophic collapse was not global and was influenced by environmental factors and species traits.

This study shows that population fluctuations favor the evolution of dormancy, which stabilizes dynamics and can lead to coexistence of dormancy strategies.

This paper introduces PFIM, a model that reconstructs ancient food webs using functional trait data, showing it can predict ~70% of trophic interactions in modern systems and ~90% when enforcing interaction distributions.