Details for: Wei Wei
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Wei Wei (Nanjing University)
Goldschmidt2016
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Note: abstracts are only listed if one of the following email addresses was provided when the abstract was submitted: lightvv@qq.com. Otherwise, try an advanced search.
(2016) Gypsum Sulfur Isotopic Record of the Early Cambrian: Implications for the Seawater Sulfur Cycle
Li D, Liu C, Wei W, Wei G & Shields-Zhou G(2016) Nitrogen and Sulphur Isotopic Records in Black Shale of the Early Cambrian: Implication for a Stratified Marine Redox Structure
Wei G, Ling H, Li D, Wei W, Chen X & Wang D(2016) Unraveling the Evolution of Atmosphere Oxygenation from Ediacaran to Early Cambrian, Evidenced from Cr Isotope
Wei W, Ling H, Frei R, Li D, Gilleaudeau G & Wei G(2023) Getting Salty: A History of the Development of Elemental Salinity Proxies for Shales
Algeo T & Wei W(2023) Seawater Contribution to the Early Cambrian (ca. 521 Ma) Polymetallic Mo-V Mineralization in the Yangtze Block and Widespread Oceanic Oxygenation: Clues from V Isotopes
Dong L, Wei W & Huang F(2021) Tracing the Evolution of the Global Marine Redox Conditions from the Late Ediacaran to Early Cambrian: Clues from Vanadium Isotopes
Wei W & Huang F(2021) Determination of Vanadium Isotope Compositions in Carbonates Using a Fe Co-precipitation Method and MC-ICP-MS
Dong L, Wei W & Huang F(2020) Dramatic Changes in the Biogeochemical Cycle of Barium Isotopes in the Ediacaran Yangtze Platform
Wei W, Zeng Z, Tian L-L & Huang F(2020) Elemental Proxies for Paleosalinity Analysis
Wei W & Algeo T(2018) Environmental Fluctuation Triggered the Cambrian Explosion?
Wei G, Planavsky N, Tarhan L, Chen X, Wei W, Li D & Ling H(2017) Rare Earth Elements Record of the Mid-Proterzoic (1.7-1.3 Ga) Carbonates from North China: Implications for the Seawater Redox Conditions
Li D, Wei W, Wei G & Ling H(2017) Geochemical Characteristics of the most Recent Volcanism in Tibet
Wei F, Prytulak J, Xu J, Wei W, Hammond J & Zhao B(2016) Unraveling the Evolution of Atmosphere Oxygenation from Ediacaran to Early Cambrian, Evidenced from Cr Isotope
Wei W, Ling H, Frei R, Li D, Gilleaudeau G & Wei G(2016) Nitrogen and Sulphur Isotopic Records in Black Shale of the Early Cambrian: Implication for a Stratified Marine Redox Structure
Wei G, Ling H, Li D, Wei W, Chen X & Wang D(2016) Gypsum Sulfur Isotopic Record of the Early Cambrian: Implications for the Seawater Sulfur Cycle
Li D, Liu C, Wei W, Wei G & Shields-Zhou G
