摘要清单
我的稿件Warm eddy driving significant changes in prokaryotic growth and mortality rates in the tropical Pacific Ocean摘要录用
An-Yi Tsai*
#Session 26 - Microbial activity drives elemental cycling in the deep ocean: from single-cell to community
Sediment iron-sulfur cycles and phosphorus recycling enhanced by chemoautotrophy in a deep-sea methane seep摘要录用
Yuxuan Lin, Jing SUN, Xiaotian Zhou, Jiying Li*, Cheng Zhong
#Session 26 - Microbial activity drives elemental cycling in the deep ocean: from single-cell to community
Microbial activity and amino acid composition in coastal waters off Greenland摘要录用
Thomas Reinthaler, Julia Wolfer, Chie Amano*, Helena Cvetkovic, Gerhard J. Herndl
#Session 26 - Microbial activity drives elemental cycling in the deep ocean: from single-cell to community
Biogeochemical and physiologic observations of dark ocean respiration: The dark ocean microbial metabolism revisited.摘要录用
Thomas Reinthaler*, Paul Del Giorgio, Gerhard J. Herndl
#Session 26 - Microbial activity drives elemental cycling in the deep ocean: from single-cell to community
Degradation of complex organic matter and evolutionary adaptations of microorganisms in the hadal ocean摘要录用
Jiwen Liu*
#Session 26 - Microbial activity drives elemental cycling in the deep ocean: from single-cell to community
Distribution patterns and interaction relationships of marine picocyanobacteria and their viruses in the South China Sea摘要录用
chen Qiu, Jiandong Zhang, Chunshan li, Sijun Huang*
#Session 26 - Microbial activity drives elemental cycling in the deep ocean: from single-cell to community
The Ecological Function of Microorganisms in Deep Ocean High-pressure Environments摘要录用
Yu Zhang*
#Session 26 - Microbial activity drives elemental cycling in the deep ocean: from single-cell to community
Isolation and characterization of Flavobacteria phages from the sea-surface microlayer and foams of the Baltic Sea摘要录用
Oliver Bayfield, Shahinez Hanna-Elias, Maria Chechik, Jinlong Ru, Alfred Antson, Karin Holmfeldt, Janina Rahlff*, Bingli Clark Chai
#Session 26 - Microbial activity drives elemental cycling in the deep ocean: from single-cell to community
Comparative genomic analysis of antibiotic resistance genes in marine bacteria from anthropogenically influenced and pristine northern waters摘要录用
Dmytro Spriahailo*, Thomas Reinthaler, Adenike Adenaya, Thorsten Brinkhoff
#Session 26 - Microbial activity drives elemental cycling in the deep ocean: from single-cell to community
Microbial activity and carbon cycling in the deep ocean impacted by cold seep and hydrothermal plume摘要录用
Guangchao Zhuang*, Shihai Mao
#Session 26 - Microbial activity drives elemental cycling in the deep ocean: from single-cell to community
Cold seeps are hotspots of deep-sea nitrogen- loss driven by microorganisms across 21 phyla摘要录用
Qiuyun Jiang, Xiyang Dong*
#Session 26 - Microbial activity drives elemental cycling in the deep ocean: from single-cell to community
Elevated bacterial production supported by low nucleic acid prokaryotes at a cyclonic eddy edge in the Northwest Pacific摘要录用
Junyi Ni, Yao Zhang*
#Session 26 - Microbial activity drives elemental cycling in the deep ocean: from single-cell to community
Archaea, bacteria and protists share a depth–decay relationship of community similarity in deep oceans摘要录用
Wenxue Wu*, Wenqian Tang, Zhili He, Lei Wang
#Session 26 - Microbial activity drives elemental cycling in the deep ocean: from single-cell to community
Determination on microbial diversity and extracellular enzyme activities in sediments from the South China Sea shelf摘要录用
Zishen Wang, Xin LIN*
#Session 26 - Microbial activity drives elemental cycling in the deep ocean: from single-cell to community
Unlocking protistan grazing on prokaryotes in the South China Sea: from the euphotic zone to mesopelagic waters摘要录用
Dapeng Xu*
#Session 26 - Microbial activity drives elemental cycling in the deep ocean: from single-cell to community
重要日期
-
会议日期
01月14日
2025
至01月17日
2025
-
09月27日 2024
初稿截稿日期
-
12月14日 2024
注册截止日期
主办单位
联系方式
- JKejing GU
- xm******@xmu.edu.cn
- +86*********
