All abstracts by Jiasong Fang at Goldschmidt2021
| (2021) Transitions in Microbial Communities along Two Sediment Corescollected from the Landward Walls of the New Britain Trench
Wang L, Liu R & Fang J |
| (2021) Novel Chloroflexi Genomes from the Challenger Deep Reveal Metabolic Strategies for the Adaptation to Deep-Sea Habitats
Liu R, Wei X, Wang L, Song W & Fang J |
| (2021) PAM or FLM in Marine POM Decomposition: Microbial Community Succession in Phylogenetic and Functional Diversity and Capabilities with Hydrostatic Pressure
Fang J, Liu Y, Zhang L & Zeng M |
| (2021) Identification of Novel Key Microorganisms for Alkanes Degradation in the Deepest Biosphere, Sediment of the Mariana Trench
Liu Y, Xie Z & Fang J |
| (2021) Physiological and Genomic Properties of Anoxybacterium Hadale Gen. Nov. sp. Nov., a Novel Bacterial Genus Isolated Deep Water of the Mariana Trench
Cao J, Shao B, Zhang H & Fang J |
| (2021) Probing the Sedimentary DOM in the Deepest Sector of Earth’s Surface
Hu T, Luo M, Wünsch UJ, Xu Y, Fang J & Chen D |
| (2021) Distributions and Controls of Sediment Organic Carbon in Hadal Trenches
Xiao W, Xu Y, Fang J & Glud RN |
| (2021) Jiasongfangiella Alkanivorans Gen. Nov., sp. Nov., a Novel Bacterium with Degradation of Alkanes Isolated from the Sediment of the Mariana Trench
Wei Y, Wang J, Zhang Y & Fang J |
| (2021) Response of Secondary Metabolites of Hadal Fungi to High Hydrostatic Pressure
Peng Q, Li Y, Fang J & Yu X |
| (2021) Characterizing a Piezotolerant Catalase-Producing Halomonas Piezotolerans Bacterium Isolated from the New Britain Trench
Yan F, Xie Z & Fang J |
| (2021) Deciphering the Origin and Metabolic Potential of Deeply Buried Sediment Bacteria in the Deep Biosphere
Wang J, Hu X & Fang J |