September 24, 2025Open Access

Supplemental Material: Large, multilevel magmatic intrusions as an important carbon degassing source in a nonvolcanic setting

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Magmatic intrusions serve as a notable source for carbon degassing in geological contexts.
The study utilized 3-D inversion techniques to analyze the carbon release mechanisms involved.
Sensitivity tests confirmed the reliability of the data acquired from the nonvolcanic setting.
Rock-physics analysis validated the presence and impact of carbon degassing in these geological formations.

Implication

This analysis reveals carbon degassing from large magmatic intrusions, suggesting significant implications for nonvolcanic environments.

Details on data acquisition, 3-D inversion, sensitivity test, rock-physics analysis, and supplemental figures.

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Li et al. (2025) studied this question.

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This analysis reveals carbon degassing from large magmatic intrusions, suggesting significant implications for nonvolcanic environments.

Details on data acquisition, 3-D inversion, sensitivity test, rock-physics analysis, and supplemental figures.