The bacterial sulfur cycle in expanding dysoxic and euxinic marine waters
DM van Vliet, FAB von Meijenfeldt… - Environmental …, 2021 - Wiley Online Library
Dysoxic marine waters (DMW,< 1 μM oxygen) are currently expanding in volume in the
oceans, which has biogeochemical, ecological and societal consequences on a global …
oceans, which has biogeochemical, ecological and societal consequences on a global …
Microbes involved in arsenic mobilization and respiration: a review on isolation, identification, isolates and implications
Microorganisms play an important role in arsenic (As) cycling in the environment. Microbes
mobilize As directly or indirectly, and natural/geochemical processes such as sulphate and …
mobilize As directly or indirectly, and natural/geochemical processes such as sulphate and …
Microbiomes in the Challenger Deep slope and bottom-axis sediments
YL Zhou, P Mara, GJ Cui, VP Edgcomb… - Nature communications, 2022 - nature.com
Hadal trenches are the deepest and most remote regions of the ocean. The 11-kilometer
deep Challenger Deep is the least explored due to the technical challenges of sampling …
deep Challenger Deep is the least explored due to the technical challenges of sampling …
Coupled anaerobic methane oxidation and reductive arsenic mobilization in wetland soils
Anaerobic methane oxidation is coupled to the reduction of electron acceptors, such as
sulfate, and contributes to their biogeochemical cycling in the environment. However …
sulfate, and contributes to their biogeochemical cycling in the environment. However …
Genome-resolved metagenomics and metatranscriptomics reveal that Aquificae dominates arsenate reduction in Tengchong geothermal springs
Elevated arsenic (As) is common in geothermal springs, shaping the evolution of As
metabolism genes and As transforming microbes. Herein, genome-level microbial …
metabolism genes and As transforming microbes. Herein, genome-level microbial …
Contradictory impacts of nitrate on the dissimilatory arsenate-respiring prokaryotes-induced reductive mobilization of arsenic from contaminated sediments …
XC Zeng, Y Xu, H Lu, J Xiong, H Xu… - Environmental Science & …, 2023 - ACS Publications
Dissimilatory arsenate-respiring prokaryotes (DARPs) are considered to be a key impetus of
the reductive dissolution of solid-phase arsenic. However, little is known about the …
the reductive dissolution of solid-phase arsenic. However, little is known about the …
Various microbial taxa couple arsenic transformation to nitrogen and carbon cycling in paddy soils
XD Zhao, ZY Gao, J Peng, KT Konstantinidis, SY Zhang - Microbiome, 2024 - Springer
Abstract Background Arsenic (As) metabolism pathways and their coupling to nitrogen (N)
and carbon (C) cycling contribute to elemental biogeochemical cycling. However, how …
and carbon (C) cycling contribute to elemental biogeochemical cycling. However, how …
Microbial functional diversity across biogeochemical provinces in the central Pacific Ocean
Enzymes catalyze key reactions within Earth's life-sustaining biogeochemical cycles. Here,
we use metaproteomics to examine the enzymatic capabilities of the microbial community …
we use metaproteomics to examine the enzymatic capabilities of the microbial community …
Single strain-triggered biogeochemical cycle of arsenic
The microbial metabolism of arsenic plays a prominent role in governing the
biogeochemical cycle of arsenic. Although diverse microbes are known to be involved in the …
biogeochemical cycle of arsenic. Although diverse microbes are known to be involved in the …
Insights into prokaryotic community and its potential functions in nitrogen metabolism in the Bay of Bengal, a pronounced oxygen minimum zone
Ocean oxygen minimum zones (OMZs) around the global ocean are expanding both
horizontally and vertically. Multiple studies have identified the significant influence of anoxic …
horizontally and vertically. Multiple studies have identified the significant influence of anoxic …