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October 7, 2025Open Access

Supplemental Material: Episodic recurrence of deepwater methane seepage in the South China Sea over the past 133 k.y.

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Key Points

Episodic methane seepage was identified over the last 133,000 years, impacting local geology and ecosystems.
The study utilized mineral composition and carbon isotope analysis to investigate the seep carbonates more thoroughly.
Chronological data provided a timeline, revealing significant patterns of seepage recurrence in the region.
Understanding methane seepage is crucial for grasping natural gas emissions and their environmental impacts.

Implication

Analysis reveals methane seepage patterns using mineral and isotopic data, indicating geological activity.

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Cite This Study

Li et al. (2025) studied this question.

synapsesocial.com/papers/68e70da790569dd607ee5ac2 https://doi.org/10.1130/gsab.s.30300400.v1

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Synapse has enriched 5 closely related papers on similar clinical questions. Consider them for comparative context:

1Supplemental Material: Episodic recurrence of deepwater methane seepage in the South China Sea over the past 133 k.y.2025
2Supplemental Material: Late Oligocene–Miocene evolution of deep-water circulation in the abyssal South China Sea: Insights from Nd isotopes of fossil fish teeth2024
3Supplemental Material: Late Oligocene–Miocene evolution of deep-water circulation in the abyssal South China Sea: Insights from Nd isotopes of fossil fish teeth2024
4Supplemental Material: Copper and zinc isotopic compositions of methane-derived carbonates: Implications for paleo-methane seepage and paleoenvironmental proxies2024
5Supplemental Material: Copper and zinc isotopic compositions of methane-derived carbonates: Implications for paleo-methane seepage and paleoenvironmental proxies2024