Zhou Xianye, Wang Bosun, Li Mingguang, Liao Wenbo, Zhou Yunlong, Zan Qijie, Wang Yongjun
Collage of Life Science, South China Normal University, Guangzhou 510631, China.
Ying Yong Sheng Tai Xue Bao. 2005 Feb;16(2):350-4.
The analysis showed that 58 species of trees, short-trees and shrubs in Neilingding Island of Guangdong Province were damaged by M. micrantha, of which, woody trees accounted for 67%. Short-trees and sunny shrubs were damaged most seriously, followed by the communities with low canopy density consisted of only 2 dominant species, and those with high canopy density consisted of 5 or 6 dominant species. The coverage of M. micrantha mainly related to the vertical structure of plant communities. The taller the community height and the more the synusia, the lesser was the coverage of M. micrantha. The damaging ratio mainly related to species diversity and community density. The higher the species diversity and community density, the lower the damaging ratio was. The damaging degree mainly related to the coverage of other liana. The more the coverage of other liana, the higher was the damaging degree of M. micrantha.
分析表明,广东省内伶仃岛上的58种乔木、矮乔木和灌木受到薇甘菊危害,其中木本植物占67%。矮乔木和阳生灌木受危害最为严重,其次是仅由2个优势种组成的低郁闭度群落,以及由5或6个优势种组成的高郁闭度群落。薇甘菊的覆盖度主要与植物群落的垂直结构有关。群落高度越高、层片越多,薇甘菊的覆盖度越小。危害率主要与物种多样性和群落密度有关。物种多样性和群落密度越高,危害率越低。危害程度主要与其他藤本植物的覆盖度有关。其他藤本植物的覆盖度越大,薇甘菊的危害程度越高。