Daniel Aguirre de Cárcer

This study tracks rhizosphere microbiome assembly in tomato plants during early development, showing inoculum-constrained succession with increased phylogenetic clustering and diversity.

This study uses drift-driven simplification to generate simplified microbial communities that retain ecological cohesiveness and function.

This study investigates early rhizosphere community assembly in tomato using combinatorial community coalescence, revealing a consistent compositional and abundance structure across diverse inocula.

The paper uses computational simulations to study ecological drift in generating minimal microbiomes, identifying factors affecting their success.

The paper introduces a modular high-throughput pipeline for isolating and phylogenetically identifying bacteria from complex microbiomes using automated methods.

The paper investigates the tomato rhizosphere microbiome's assembly process and identifies phylogenetic and functional relationships that drive community composition.