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This is a Quantitative Study study.

September 23, 2025Open Access

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

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Findings suggest that magmatic intrusions are significant sources of carbon degassing in nonvolcanic environments.
3-D inversion and rock-physics analysis provided vital insights into the carbon release mechanisms involved.
Data acquisition techniques enhanced understanding of the dispersion of carbon emissions in the subsurface.
Results imply that these carbon degassing sources may influence local geological carbon cycles.

Analysis reveals significant carbon degassing from magmatic intrusions in nonvolcanic settings, indicating their crucial role in carbon cycling.

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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Analysis reveals significant carbon degassing from magmatic intrusions in nonvolcanic settings, indicating their crucial role in carbon cycling.

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