Assessing bioremediation strategies for heavy-metal contaminated sites based on the biogeochemical mechanism in Taiwan heavy metal-rich extreme environments
Chemotrophic microorganisms face the steep challenge of limited energy resources in natural environments. This observation has important implications for interpreting and modeling the kinetics and the
Genome sequencing to study the core and pangenome of soil and plant-associated prokaryote with applications in energy production, global carbon cycling and sequestration, and biogeochemistry
Genome sequencing to study the core and pangenome of soil and plant-associated prokaryote with applications in energy production, global carbon cycling and sequestration, and biogeochemistry
