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climaticandgeographicfactorsaffectecosystemmultifunctionalitythroughbiodiversityinthetibetanalpinegrasslands
Pan Ying1; Wu Junxi1; Luo Liming2; Tu Yanli3; Yu Chengqun1; Zhang Xianzhou1; Miao Yanjun4; Zhao Yan1; Yang Junling1
2017
Source Publicationjournalofmountainscience
ISSN1672-6316
Volume14Issue:8Pages:1604
AbstractEcosystem multifunctionality (EMF), the simultaneous provision of multiple ecosystem functions, is often affected by biodiversity and environmental factors. We know little about how the interactions between biodiversity and environmental factors affect EMF. In this case study, a structural equation model was used to clarify climatic and geographic pathways that affect EMF by varying biodiversity in the Tibetan alpine grasslands. In addition to services related to carbon, nitrogen, and water cycling, forage supply, which is related to plant productivity and palatability, was included in the EMF index. The results showed that 72% of the variation in EMF could be explained by biodiversity and other environmental factors. The ratio of palatable richness to all species richness explained 8.3% of the EMF variation. We found that air temperature, elevation, and latitude all affected EMF, but in different ways. Air temperature and elevation impacted the aboveground parts of the ecosystem, which included plant height, aboveground biomass, richness of palatable species, and ratio of palatable richness to all species richness. Latitude affected EMF by varying both aboveground and belowground parts of the ecosystem, which included palatable species richness and belowground biomass. Our results indicated that there are still uncertainties in the biodiversity-EMF relationships related to the variable components of EMF, and climatic and geographic factors. Clarification of pathways that affect EMF using structural equation modeling techniques could elucidate the mechanisms by which environmental changes affect EMF.
Language英语
Funding Project[National Natural Science Foundation of China] ; [National Key Research and Development Program of China]
Document Type期刊论文
Identifierhttp://ir.igsnrr.ac.cn/handle/311030/126998
Collection中国科学院地理科学与资源研究所
Affiliation1.中国科学院地理科学与资源研究所
2.Agricultural Research Institute, Tibet Academy of Agricultural and Animal Sciences
3.Tibet Plateau Institute of Biology
4.西藏大学
First Author Affilication中国科学院地理科学与资源研究所
Recommended Citation
GB/T 7714
Pan Ying,Wu Junxi,Luo Liming,et al. climaticandgeographicfactorsaffectecosystemmultifunctionalitythroughbiodiversityinthetibetanalpinegrasslands[J]. journalofmountainscience,2017,14(8):1604.
APA Pan Ying.,Wu Junxi.,Luo Liming.,Tu Yanli.,Yu Chengqun.,...&Yang Junling.(2017).climaticandgeographicfactorsaffectecosystemmultifunctionalitythroughbiodiversityinthetibetanalpinegrasslands.journalofmountainscience,14(8),1604.
MLA Pan Ying,et al."climaticandgeographicfactorsaffectecosystemmultifunctionalitythroughbiodiversityinthetibetanalpinegrasslands".journalofmountainscience 14.8(2017):1604.
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