Microbial dynamics in inland wetlands. The role of prokaryotes, virus and viral infection strategies for greenhouse gas emission dynamics in inland wetlands

The main focus of this study is to investigate the prokaryotic and viral components and their interactions within the soil of inland wetlands. My research’s aim is to bring new insights of how viral infections potentially affect the metabolism of prokaryotes involved in greenhouse gas production and indeed how viruses might be considered the key players that drive the biogeochemical cycle dynamics.

本研究的核心聚焦于探究内陆湿地土壤中的原核生物（prokaryote）与病毒组分及其相互作用关系。本研究旨在为以下两方面提供新的见解：其一，病毒感染如何潜在影响参与温室气体产生的原核生物的代谢过程；其二，病毒何以可被视为驱动生物地球化学循环动态变化的关键参与者。