Daniel H. Buckley

The paper investigates how plant species and land management affect bacterial trophic dynamics in the rhizosphere by analyzing carbon assimilation patterns and microbial community composition.

This study investigates how phylogenetic and geographic factors constrain horizontal gene transfer in Streptomyces species, finding that core genome recombination is phylogenetically constrained while shell genes show geographic constraints.

This study shows that long-term tillage practices alter bacterial carbon assimilation dynamics by changing growth responses and carbon residence times in soil.

The paper introduces MetaSIPSim, a tool to simulate metagenomic-SIP datasets, demonstrating its advantages over conventional metagenomic sequencing in genome assembly and binning.

The paper introduces HTSSIP, an R package for analyzing HTS-SIP data, addressing the lack of accessible and well-documented tools for this task.

This paper evaluates the accuracy of DNA-SIP methods using a simulation tool (SIPSim) and compares two analytical approaches, finding HR-SIP more specific and robust than q-SIP.