Angus G. J. Buckling

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.

The paper shows that historical disturbance regimes leave lasting effects on microbial community composition and function, influencing responses to new disturbances and invasions.

The paper investigates how environmental conditions affect pairwise bacterial interactions, finding more negative interactions in nutrient-rich media and more positive interactions in nutrient-poor media.

This paper refines the SELECT method to predict no effect concentrations for resistance (PNECRs) of 32 antibiotics, aiding environmental risk assessments by ranking antibiotics based on their potential to select for antimicrobial resistance.

This study investigates how bacterial phylogeny influences virulence and phage efficacy in vivo, finding phylogenetic patterns in virulence but not in phage efficacy, and no correlation between in vitro and in vivo phage efficacy.

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.

This study compares phage therapy outcomes using mixed versus single bacterial isolates from an MRSA case study, finding mixed isolates better predict lung infection outcomes than blood infection outcomes.

This study shows macrophages reduce bacteriophage efficacy and increase bacterial resistance in Pseudomonas aeruginosa during phage therapy.

The paper examines how nutrient diversity affects microbial community diversity, finding no increase in within-community diversity but greater variation between communities.

The paper studies how competition between plasmids with the same antimicrobial resistance affects host-plasmid network structure in bacterial communities under different antibiotic conditions.

The paper shows that a mix of siderophore-producing and cheating strains of Pseudomonas aeruginosa outperforms pure cooperator or cheater populations in environments where siderophores are beneficial.

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

This study investigates phage-cyanobacteria interactions in Lake Champlain over a decade, finding that phages share environmental niches with bacteria but exhibit distinct dynamics and co-variation patterns.

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 tracks ecological and evolutionary changes in a bacterial community under copper stress, finding that siderophore production converges at intermediate levels through both species sorting and evolution.

This study shows that invading microbial communities immediately after a disturbance increases invader success but decreases resident diversity, while pre-disturbance invasions have greater overall success and community impact.

The paper shows that copper stress-induced evolution increases plasmid uptake probability in microbial clones.