Owen L. Petchey

The paper shows that community performance curves predict temporal stability of ecological communities despite species interactions.

The paper shows that microbial consortia adapted to pharmaceuticals retain degradation capacity across wide concentration ranges and can be applied to real wastewater treatment.

This paper identifies barriers to response diversity research through expert surveys and proposes a coordinated research network to advance the field.

This study investigates how species diversity affects ecological forecasts under constant and declining light conditions, finding mixed evidence of an interactive effect on forecast accuracy.

This study investigates how species environmental responses affect ecosystem stability using microcosm experiments and shows that lower imbalance, through asynchrony or population stability, increases temporal stability.

This paper introduces a method to quantify response diversity in multifarious environmental change scenarios, showing how it depends on species response diversity, environmental variable effects, correlations, and temporal values.

The paper shows that pollutome complexity drives biodegradation of recalcitrant pharmaceuticals through microbial community shifts and high-order interactions.

Bemovi is a software tool for automated video analysis of microbial behavior and morphology, enabling trait measurement and species classification in multi-species communities.