摘要清单
我的稿件
196
Expanded marine anoxia in the wake of the Sturtian glaciation: Evidence from Uranium isotopes of the basal Datangpo Formation摘要待审

诚 林, 相力 王*

Theme 4: Microbial and Biogeochemical Evolution through Time > Session 4b: Roles of Microbes in Shaping Our Habitable Earth

195
Multidrug Tolerance of Enterococcus faecalis to Simulated Martian Extreme Parameters: Synergistic Effects of Low Pressure, Atmosphere, and Perchlorates with Molecular Mechanism Elucidation摘要待审

Zhou Zhiyng, 坚超 张*

#全体主题

194
Hydrogen gas oxidation-driven reductive mobilization of arsenic in solid phase contributing to arsenite contamination in groundwater: Insights from metagenomic and microcosm analyses摘要待审

Yang Li, Xian-Chun Zeng*

Theme 2: Geobiology of Modern Habitable Earth > Session 2c: Geomicrobiology of Hazardous Elements Generated by Anthropogenic Activities

193
Modified nano zero-valent iron coupling microorganisms to degrade BDE-209: Degradation pathways and microbial responses摘要待审

Jing Ma, Jiubin Chen*

Theme 2: Geobiology of Modern Habitable Earth > Session 2c: Geomicrobiology of Hazardous Elements Generated by Anthropogenic Activities

192
The Middle-Late Pennsylvanian events: Timing and mechanisms摘要待审

Yixin Wang, Keyi Hu*, Xiangdong Wang, Xunyan Ye

Theme 3: Earth-Life Co-evolution Through Time > Session 3d: Biotic and Environmental Changes during the Late Palaeozoic Ice Age

191
Warming stimulates viral turnover in the ocean摘要待审

威 危, 乐 谢, 锐 张*

Theme 2: Geobiology of Modern Habitable Earth > Session 2b: The Geological Roles and Records of Viruses

190
Mineral-Specific Niche Partitioning in Evolved Microbial Communities摘要待审

wang beibei, 坚超 张*

Theme 5: Life-Mineral Interaction and Evolutions > Session 5a: Microbe-mineral Interactions and Their Biosignatures: Integrating Laboratory Data with Field Insights

189
Composition and Structure of Rock Coatings in the Beishan Region of China: A Preliminary Study for Martian "Rock Varnish"摘要待审

Jiajun Wang*

Theme 6: Life Elsewhere: Biosignature Generation and Exploration > Session 6a: Recent Advances in Astrobiology

188
Application of Environment Simulation Technology and In Situ Test Technology in Deep Ocean Microbiological Research摘要待审

Yu Zhang*

Theme 1: Novel Tools and Techniques in Geobiology > Session 1c: Unraveling Life-Earth Interactions across Extreme Environments and Beyond from Innovative Approaches in Geobiology

187
Living Against Extremes: Microbial Communities in the Polyextreme Qaidam Basin Desert摘要待审

立 刘, 巍 林*

Theme 4: Microbial and Biogeochemical Evolution through Time > Session 4b: Roles of Microbes in Shaping Our Habitable Earth

186
Apatite transformations in banded iron formations from the Kongling Group: Insights into metamorphism and ancient seawater conditions摘要待审

Shuang Shi, Tongxuan Du, Kenan Cao, Tianyang Li, Zhenbing She*, Dominic Papineau

Theme 1: Novel Tools and Techniques in Geobiology > Session 1b: Advances in Geobiology Catalysed by Correlated Microscopy at the Nanoscale

185
Wildfire-driven terrestrial ecosystem collapse during the end-Permian served as a critical precursor to the marine mass extinction摘要待审

王 野, 静 鲁*, Longyi Shao, David Bond, Jason Hilton, 敏芳 杨, Peixin Zhang

Theme 3: Earth-Life Co-evolution Through Time > Session 3e: Mass extinctions and lesser calamities in the marine realm

184
Micro-boring chemolithotrophs in Paleoproterozoic hydrothermal hyaloclastites may have searched for phosphate nutrients摘要待审

Dominic Papineau*

Theme 1: Novel Tools and Techniques in Geobiology > Session 1b: Advances in Geobiology Catalysed by Correlated Microscopy at the Nanoscale

183
Cerium isotope evidence for rapid marine oxygen fluctuations in South China during the Late Ordovician mass extinction摘要待审

牧 刘*

Theme 3: Earth-Life Co-evolution Through Time > Session 3e: Mass extinctions and lesser calamities in the marine realm

182
Organic carbon Burial from Primitive Terrestrial Plants Reform Coastal Sedimentary Environment摘要待审

Shihao Fu, Bing Shen*

Theme 3: Earth-Life Co-evolution Through Time > Session 3c: Life-Mineral Interactions during the Plant Terrestrialization

重要日期

  • 会议日期

    06月10日

    2025

    至

    06月13日

    2025

  • 04月15日 2025

    初稿截稿日期

主办单位
National Natural Science Foundation of China
Geobiology Society
National Committee of Stratigraphy of China
Ministry of Science and Technology
Geological Society of China
Paleontological Society of China
Nanjing Institute of Geology and Palaeontology, Chinese Academy of Sciences (CAS)
Institute of Vertebrate Paleontology and Paleoanthropology, CAS
International Commission on Stratigraphy
International Paleontological Association
承办单位
State Key Laboratory of Biogeology and Environmental Geology, China University of Geosciences (CUG, Wuhan)
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