摘要
Conversion of natural habitats from forest to agricultural and industrial landscape and then to degraded land is a major factor resulting in reduced biodiversity. Species with different functional traits strongly affect on structure and function of ecosystem. Low biodiversity characterizes the degraded ecosystems which bring great concern in the world. The emerging of restoration ecology provides tool and opportunity to reverse the trend of losing species. Therefore, whether a degraded ecosystem could be recovered or not depends on the recovery of its biodiversity.
Conversion of natural habitats from forest to agricultural and industrial landscape and then to degraded land is a major factor resulting in reduced biodiversity. Species with different functional traits strongly affect on structure and function of ecosystem. Low biodiversity characterizes the degraded ecosystems which bring great concern in the world. The emerging of restoration ecology provides tool and opportunity to reverse the trend of losing species. Therefore, whether a degraded ecosystem could be recovered or not depends on the recovery of its biodiversity.
出处
《生态学杂志》
CAS
CSCD
北大核心
2000年第1期53-58,共6页
Chinese Journal of Ecology
基金
国家自然科学基金!重点( 39330 0 4 0 )
中科院"9.5"重大研究项目!(KZ951-B1- 110 )
中科院中国生态系统网络"9.5"重大资助
关键词
恢复生态学
退化生态系统
生物多样性
生态恢复
restoration ecology, degraded ecosystem, biodiversity, ecosystem function.
