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Distinct Distribution Of Archaea From Soil To Freshwater To Estuary: Implications Of Archaeal Composition And Function In Different Environments, Hualong Wang, Raven Bier, Laura Zgleszewski, Marc Peipoch, Emmanuel Omondi, Atanu Mukherjee, Feng Chen, Chuanlun Zhang, Jinjun Kan
Distinct Distribution Of Archaea From Soil To Freshwater To Estuary: Implications Of Archaeal Composition And Function In Different Environments, Hualong Wang, Raven Bier, Laura Zgleszewski, Marc Peipoch, Emmanuel Omondi, Atanu Mukherjee, Feng Chen, Chuanlun Zhang, Jinjun Kan
Agricultural and Environmental Sciences Faculty Research
In addition to inhabiting extreme territories, Archaea are widely distributed in common environments spanning from terrestrial to aquatic environments. This study investigated and compared archaeal community structures from three different habitats (representing distinct environments): agriculture soils (from farming system trials FST, PA, United States), freshwater biofilms (from White Clay Creek, PA, United States), and estuary water (Chesapeake Bay, United States). High-throughput sequencing of 16S rRNA genes indicated that Thaumarchaeota, Euryarchaeota, Nanoarchaeota, Crenarchaeota, and Diapherotrites were the commonly found dominant phyla across these three environments. Similar to Bacteria, distinct community structure and distribution patterns for Archaea were observed in soils vs. …