Angela D. Kent

The paper examines nitrogen dynamics in Andropogoneae grasses, finding annual species conserve nitrogen while perennials vary in their impact on nitrification and nitrate loss.

This study identifies genetic variation in Zea mays that influences rhizosphere microbiome function related to nitrogen cycling, with implications for sustainable agriculture.

This study investigates how soil bacteria respond to PUREX chemicals, identifying tributyl phosphate as a contaminant that significantly alters microbial communities and potentially enables bioremediation through phosphotriesterase genes.

This study investigates how a deep-rooted grass and a shallow-rooted grass influence nitrifier communities and nitrification rates in topsoil and subsoil through different mechanisms.