J. B. H. Martiny

The paper analyzes bacterial diversity across global habitats using the Earth Microbiome Project data, finding soils have highest alpha-diversity, sediments highest gamma-diversity, and sediments, biofilms, and inland waters highest beta-diversity.

The paper investigates how cervicovaginal microbiome composition influences metabolic profiles in healthy pregnancies across trimesters and the first year of life.

The paper examines genetic differentiation in free-living soil bacteria across a climate gradient, finding evidence for both isolation-by-environment and isolation-by-distance.