Jake M. Robinson

The paper demonstrates that invertebrate species produce distinct acoustic profiles under controlled conditions, suggesting potential for automated soil biodiversity monitoring.

The paper identifies shared metabolic trends between degraded soils and T2D gut microbiomes, showing increased sugar metabolism and reduced lignin and branched-chain fatty acid metabolism.

This study shows acoustic stimulation increases fungal biomass, organic matter decomposition, and spore activity in soil fungi.

The paper uses ecoacoustics to measure soil biodiversity in a restoration chronosequence, finding higher acoustic complexity and diversity in revegetated and remnant plots compared to cleared plots.

The paper quantifies the compound processing potential of gut and soil metagenomes to link microbiome function to human health and ecosystem quality.

This study examines how soil conditions and land cover type influence aerobiome diversity and composition in urban greenspaces using 16S rRNA data from Adelaide, finding that soil pH and iron levels significantly shape bacterial diversity.