The difference in soil carbon storage capacity between mangroves and salt marshes: A case study of the mangroves in Xinfeng and Gaomei Wetlands
Abstract
This study focuses on the mangroves in Hsinchu County, Taiwan, and the Gaomei Wetland in Taichung City. After conducting elemental analysis, particle size analysis, and density analysis, the research aims to compare the carbon storage capacity, depth variations, and differences with relevant international studies between the mangroves and salt marsh carbon sink systems.
Research Purpose
- Compare the carbon sequestration capacity between mangroves and salt marshes.
- Compare the differences between carbon sink systems in Taiwan and research abroad, along with the reasons for these differences.
Methodology
- Study Areas
Hsinchu County Mangroves and Gaomei Wetland - Elemental Analysis and Particle Size Analysis
Conclusions and Future Work
- Conclusions
The carbon storage capacity of Taiwanese mangroves is primarily influenced by environmental factors such as climate and hydrological conditions. This study suggests that Taiwan's carbon sink systems may not be able to store organic carbon over the long term in a stable manner. Therefore, conclusions from international studies may be challenging to apply directly to carbon sink systems in Taiwan. - Future Work
In the future, it is hoped that there can be more in-depth analysis of the sources of TOC and LOC in carbon sink systems. Additionally, determining the age of sedimentation and measuring carbon sequestration rates for these systems will be valuable.