Community Structure Characteristics and Species Diversity of Cyclobalanopsis pachyloma in Wuyanling National Nature Reserve of Zhejiang
JIANG Yan-ping
LIU Xi
PAN Xiang-dong
LEI Zu-pei
WU Jia-sen
Abstract:By taking Cyclobalanopsis pachyloma in Wuyanling National Nature Reserve of Zhejiang Province as the object,the plant species,quantitative composition,tree height,and diameter at breast height in forest community were comprehensively investigated and systematically studied by using the standard plot method.The results showed that there were 102 species of plants in the forest community,belonging to 46 genera and 43 families.The vertical structure of the community was obvious,with the dominant tree species in the arbor layer being Cyclobalanopsis pachyloma and Castanopsis eyrei,and the dominant species in the shrub layer being Rapanea neriifolia,Alyxia sinensis,Itea chinensis var.oblonga,and Syzygium austrosinense.The dominant species in the herb layer were Diplopterygium glaucum.The life form of plants in the community was dominated by the phanerophytes,accounting for 88.4%.The geographical components were dominated by the northern temperate distribution,accounting for 22.0%of the total genera,such as Rhododendro,Fagus,and Spiraea.The Shannon-Wiener diversity index,Simp-son dominance index,and Pielou evenness index of the arbor layer plants in the community were all higher than those of plants in the shrub layer and herbaceous layer.The tree height structure of the community was skew-normal distri-bution,and the diameter structure was"inverse J-shaped".In summary,the community of Cyclobalanopsis pachylo-ma had high stability,good regeneration status,and was able to steadily evolve and develop.
Keywords:Cyclobalanopsis pachylomaCommunity structureSpecies diversityWuyanling
Publication Date:2023-12-28
Online Publishing Date:2025-08-15(First online date of this platform, not the publication date of the document)
Pages:6( 1-6 )
Fujian Agricultural Science and Technology

Fujian Agricultural Science and Technology

ISSN:0253-2301
Year, Vol.(Issue):2023,54(12)