首 页 网络介绍 CERN新闻 规章制度 在研项目 论文与出版物 学术动态 生态知识 人员招聘 人员组成 English

    论文与出版物
   SCI论文目录
   SCI论文全文(PDF文件)
   核心期刊论文目录
   出版物目录
   研究报告目录

 研究报告目录
A climate change-induced threat to the ecological resilience of a subtropical monsoon evergreen broad-leaved forest in Southern China
------------------------------------------------------------------------------------------
出 版 社:Global Change Biology  
发表时间:2013  
台  站: 鼎湖山森林生态系统定位研究站  
作  者:周国逸等  
点 击 率:404937
------------------------------------------------------------------------------------------
关 键 字(英文):Ecological resilience, Growth trends, Mortality and recruitment, Species composition, Subtropical forests, Warming and drying environment  
摘  要(英文):Recent studies have suggested that tropical forests may not be resilient against climate change in the long term, primarily owing to predicted reductions in rainfall and forest productivity, increased tree mortality, and declining forest biomass carbon sinks. These changes will be caused by drought-induced water stress and ecosystem disturbances.Several recent studies have reported that climate change has increased tree mortality in temperate and boreal forests,or both mortality and recruitment rates in tropical forests. However, no study has yet examined these changes in the subtropical forests that account for the majority of China’s forested land. In this study, we describe how the monsoon evergreen broad-leaved forest has responded to global warming and drought stress using 32 years of data from forest observation plots. Due to an imbalance in mortality and recruitment, and changes in diameter growth rates between larger and smaller trees and among different functional groups, the average DBH of trees and forest biomass have decreased. Sap flow measurements also showed that larger trees were more stressed than smaller trees by the warming and drying environment. As a result, the monsoon evergreen broad-leaved forest community is undergoing a transition from a forest dominated by a cohort of fewer and larger individuals to a forest dominated by a cohort of more and smaller individuals, with a different species composition,suggesting that subtropical forests are threatened by their lack of resilience against long-term climate change.  
------------------------------------------------------------------------------------------
周国逸-2013-GCB-A Climate Change-Induced Threat to the Ecological Resilience of A Subtropical Monsoon Evergreen Broadleaved Forest in Southern China.pdf
相关文章:
酸雨对鼎湖山土壤的累积效应及荷木的反应
鼎湖山不同演替阶段森林土壤水分动态
钕掺杂提高TiO2光催化活性的机制
Sap flow response of Eucaylyptus (Eucalyptus urophylla) to environmental stress in South China
Capacity of stem water conductivity for two Eucaylyptus (Eucalyptus urophylla) plantations in South China
Hydrological impacts of reforestation with eucalyptus and indigenous species in Southern China
近50年广东寒害特征
由“诺贝尔奖与中国无缘”想到的
不同水肥处理对三种草坪草延迟冬绿期效果比较
百喜草研究与应用进展
相关文章分页:  共 201 页 2006 条记录 9 3[21][22][23][24][25][26][27][28][29][30]4 :

[关闭窗口]
中国生态系统研究网络 版权所有
| 网络介绍 | 联系方式 | 网站地图 |