X.-Y. L. Richter

This study combines experiments and modeling to show that nutrients and flow rates influence cyclic dominance among three Escherichia coli strains, with toxin retention predicting competition outcomes.

This study designs 3D-printed devices to investigate bacterial dispersal on hydrated surfaces, showing that non-motile cells require flow or motile cells for dispersal.

This study shows that spatial competition scales and a growth-motility tradeoff influence bacterial coexistence, with regional competition and dispersal networks promoting coexistence.

The paper examines sex differences in avian parental care across species, finding that care roles vary and are influenced by factors like sexual selection and paternity certainty.