Daniel Padfield

This study shows that higher temperatures increase antimicrobial resistance in E. coli by enhancing bacterial growth and susceptibility to kanamycin, leading to stronger selection of resistance.

This paper introduces a method to estimate bacterial respiration and growth rates simultaneously from oxygen dynamics, showing high accuracy and thermal response insights.

The study examines how community complexity affects coevolution between Pseudomonas fluorescens and Variovorax sp., finding that pairwise coevolution remains unaffected by the presence of other species.

This study shows that phage resistance evolution is inhibited in mixed bacterial communities compared to isolated pairs, highlighting the complexity of coevolution in natural systems.

The study examines how host-temperature and phage-temperature interactions affect the growth rate of two G4-like bacteriophages on different host clones of E. coli at varying temperatures.

The paper shows that phage resistance in Variovorax sp. increases host density, altering microbial community structure by reducing conspecific density.

The paper tests if community stability estimates based on single-species invasions are robust when multiple species are invaded simultaneously in a microbial community.

The paper studies biome transitions in Myxococcota bacteria, finding that generalists facilitate transitions between specialists, supporting the jack-of-all-trades trade-off.

This study shows that higher temperatures increase natural ARG abundance in river biofilms but accelerate the loss of invading wastewater-born ARGs.