文献类型：期刊文献

中文题名：中国红树林植被和土壤碳积累速率及其影响因素

英文题名：Carbon accumulation rates of vegetation and soil in mangroves of China and their influencing factors

作者：胡凯杰[1,2] 王蔚[1] 钱威[1] 姜仲茂[1] 熊燕梅[1]

第一作者：胡凯杰

机构：[1]中国林业科学研究院热带林业研究所,海南东寨港红树林湿地生态系统国家定位观测研究站,广州510520;[2]南京林业大学,南京210037

年份：2025

卷号：36

期号：1

起止页码：121-131

中文期刊名：应用生态学报

外文期刊名：Chinese Journal of Applied Ecology

收录：;北大核心:【北大核心2023】；

基金：广东省基础与应用基础研究基金项目(2022A1515010550);浙江省林业科技项目(2022SY08);广东省重点领域研发计划项目(2020B020214001)资助。

语种：中文

中文关键词：红树林;蓝碳;固碳速率;碳汇;碳储量;生产力

外文关键词：mangrove;blue carbon;carbon accumulation rate;carbon sink;carbon stock;productivity

分类号：S71

摘要：红树林碳汇是蓝碳碳汇的重要组成部分,尚缺乏我国红树林分布区域尺度植被和土壤碳积累速率及其影响因素的系统梳理。本研究基于文献收集和数据挖掘,整合分析我国红树林植被、土壤以及整个生态系统的碳积累速率及其影响因素。结果表明:红树林植被碳积累速率随林龄变化的趋势在不同群落存在差异,而土壤碳积累速率与林龄不相关。我国红树林碳积累速率研究较多的群落类型有白骨壤、秋茄、桐花树、红海榄、木榄、无瓣海桑、海桑,其中无瓣海桑和海桑群落的植被碳积累速率最高,但土壤碳积累速率在不同群落间无显著差异。我国红树林植被和土壤碳积累速率平均值分别为766.9和201.1 g·m^(-2)·a^(-1),其中广东省的平均值最高。基于全国分布区域平均值看,林分起源(天然林或人工林)和测定方法对植被、土壤和生态系统碳积累速率的测定值没有显著影响。综上,在全国分布区域尺度上红树林植被碳积累速率主要受林龄和群落类型影响,在红树林修复中可通过树种选择和林龄管理进行调控,而土壤碳积累速率的影响因素有待进一步研究揭示;需要增加对浙江和海南的红树林碳积累速率测定。
The mangrove forest constitutes an important part of blue carbon sink. A summary of carbon accumulation rates of vegetation and soil in mangrove forests and their influencing factors is lacking at the national scale of China. Based on literature collection and data mining, we analyzed the carbon accumulation rate and influencing factors of mangrove vegetation, soil, and the entire ecosystem in China. The results showed that vegetation carbon accumulation rate changed with the age of mangrove forests, with the pattern differing among different communities. Soil carbon accumulation rate differed little among forest ages. The mangrove community types with carbon accumulation rate being commonly reported were Avicennia marina, Kandelia obovata, Aegiceras corniculatum, Rhizophora stylosa, Bruguiera gymnorrhiza, Sonneratia apetala and Sonneratia caseolaris. Among them, S. apetala community and S. caseolaris community had the highest vegetation carbon accumulation rate, and soil carbon accumulation rate was not significantly different among communities. The mean carbon accumulation rates of vegetation and soil in mangroves of China were 766.9 and 201.1 g·m^(-2)·a^(-1), respectively, with Guangdong Province having the highest average values. Stand origin(natural or planted) and quantification methods had no significant effect on the carbon accumulation rates of vegetation, soil or entire ecosystem. In general, the vegetation carbon accumulation rate of mangroves is mainly influenced by forest age and community type at the national scale, which can be regulated by tree species selection and forest age management in mangrove restoration. However, the main factors influencing soil carbon accumulation rate need to be investigated by further research. More measurement of carbon accumulation rate of mangroves in Zhejiang and Hainan provinces are needed.