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Figure 4: The Variances of AI (A) and Aboveground Biomass (B) in Alpine Steppe and Meadow, Respectively.
doi 10.7717/peerj.7272/fig-4
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Figure 6: Using the SEM to Analyze the Directly and Indirectly Effects Among Variables in Alpine Steppe (Graph A) and Alpine Meadow (Graph B), Respectively.
Figure 5: Relationships Between Aboveground Biomass and the Aridity Index (AI).
Figure 4: PCA Scores and Loadings Plots of NAIs Against Influenza a (A and B, Respectively) and B (C and D, Respectively).
Warming and Nitrogen Addition Change the Soil and Soil Microbial Biomass C:N:P Stoichiometry of a Meadow Steppe
International Journal of Environmental Research and Public Health
Mutagenesis
Public Health
Environmental
Health
Toxicology
Occupational Health
Pollution
Table 2: Summary of the Direct, Indirect and Total Effects of Variables (AI, STN, SOC, C: N, COV, SR, BIO) in the SEM of Alpine Steppe and Alpine Meadow. Effects Were Calculated With Standardized Path Coefficients.
Figure 2: The Correlationships of Aboveground Biomass With Environmental Factors.
Figure 4: The Co-Expression Modules Detection of CHOL and KICH, Respectively.
Forest Aboveground Biomass Stock and Resilience in a Tropical Landscape of Thailand
Supplemental Information 1: Sample Data of 275 Plots at 55 Sites (Five Plots at Each Site, Including Alpine Steppe and Meadow) Across an Alpine Grassland of the Tibetan Plateau
