Research Progress and Future Perspectives on Soil Carbon Sources and Stability in Mangrove Forests

March 1, 2026EARTH AND ENVIRONMENT

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Key Points

This research aims to clarify the sources and stability mechanisms of soil organic carbon in mangrove ecosystems.
Reviewed advancements in isotope techniques and biomarkers for tracing soil carbon sources.
Evaluated interactions between organic carbon sources, active minerals, and their roles in carbon preservation.
Analyzed the synergistic effects of microbial transformation and mineral protection on soil organic carbon stability.
Multivariate tracing methods enhance accuracy in identifying soil carbon sources.
The cooperation of microbial processes and mineral protection is critical for sustaining soil organic carbon.
Active iron minerals significantly contribute to the stabilization of labile organic carbon, though quantification of long-term effects remains limited.

Research progresses in understanding soil carbon sources and stability in mangrove forests, suggesting implications for coastal wetland conservation.

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Wang et al. (2026) studied this question.

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