(PDF) Figure 3: (A, C, E) the Five-Source Mixing Model

Figure 3: (A, C, E) the Five-Source Mixing Model Biplots With Δ34S, Δ15N, and Δ13C Values After the TEF Corrections in Potential Food Sources and the Velvet Scoters (Model0). (B, D, F) the Simulated Mixing Polygons for the Biplots.

doi 10.7717/peerj.5128/fig-3

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Figure 2: The Mean Δ34S, Δ15N, and Δ13C Values (±SD) in the Velvet Scoters and Potential Food Sources.

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Table 1: Macrozoobenthos Organisms as the Food Sources for the Mixing Models of the Velvet Scoters.

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Appendix S4: The Simulated Mixing Polygons (Upper) and Probabilities for Individual Consumers to Appear Within Mixing Polygons (Lower) for the ModelC

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Table 2: Mean ± Standard Deviation Values of Δ13C and Δ15N of Algal Genus Considered in the Mixing Model Analysis Taken From Mahahual, Xahuayxol and Xcalak, the Asterisks Represent the Sources Under Sargassum Effect.

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Figure 5: The Estimated Relative Contributions of Food Sources (Model0).

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Figure 3: Correlation Between the Soil pH (A, B, C, D, E, F) and the Plant Nutrient Concentration and Uptake.

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B Lifetimes and Mixing With the SLD

Nuclear Physics B - Proceedings Supplements

1996

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Figure 3: Variation in Δ13C (A) and Δ15N (B) of Different Sponge Species Along the S-Se and E-Ne Side of the Saba Bank in 2011 and 2013.

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Potential Vorticity Mixing and Rapid Intensification in the Numerically Simulated Supertyphoon Haiyan (2013)

Journals of the Atmospheric Sciences

Atmospheric Science

2020

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Amanote Research

Figure 3: (A, C, E) the Five-Source Mixing Model Biplots With Δ34S, Δ15N, and Δ13C Values After the TEF Corrections in Potential Food Sources and the Velvet Scoters (Model0). (B, D, F) the Simulated Mixing Polygons for the Biplots.

doi 10.7717/peerj.5128/fig-3

Full Text

Abstract

Date

Authors

Publisher

Related search

Figure 2: The Mean Δ34S, Δ15N, and Δ13C Values (±SD) in the Velvet Scoters and Potential Food Sources.

Table 1: Macrozoobenthos Organisms as the Food Sources for the Mixing Models of the Velvet Scoters.

Appendix S4: The Simulated Mixing Polygons (Upper) and Probabilities for Individual Consumers to Appear Within Mixing Polygons (Lower) for the ModelC

Table 2: Mean ± Standard Deviation Values of Δ13C and Δ15N of Algal Genus Considered in the Mixing Model Analysis Taken From Mahahual, Xahuayxol and Xcalak, the Asterisks Represent the Sources Under Sargassum Effect.

Figure 5: The Estimated Relative Contributions of Food Sources (Model0).

Figure 3: Correlation Between the Soil pH (A, B, C, D, E, F) and the Plant Nutrient Concentration and Uptake.

B Lifetimes and Mixing With the SLD

Figure 3: Variation in Δ13C (A) and Δ15N (B) of Different Sponge Species Along the S-Se and E-Ne Side of the Saba Bank in 2011 and 2013.

Potential Vorticity Mixing and Rapid Intensification in the Numerically Simulated Supertyphoon Haiyan (2013)