Parker M. Bartz

This study shows that experimental warming increases nitrogen fixation rates in soil and leaf litter of a tropical forest, altering microbial communities and tree dynamics.

The paper investigates how environmental changes and microbial treatments affect root exudates and fungal communities in a tropical tree, finding that soil microbial legacy and moisture influence metabolite diversity, while antimicrobial treatments alter metabolite composition and fungal community structure.

This study shows that soil microbiome changes under warming conditions significantly affect leaf heat tolerance in tropical plants, with fungal pathogens playing a key role.