Isotopic mixing space and SIAR results of published Brent geese data.

• Main Authors: Yutaka Osada (147131), Jun Matsubayashi (338604), Ichiro Tayasu (253330)
• Format: Still Image
• Language: unknown
• Published: 2021
• Subjects: Genetics; Ecology; Sociology; Immunology; Biological Sciences not elsewhere classified; Mathematical Sciences not elsewhere classified; Chemical Sciences not elsewhere classified; Information Systems not elsewhere classified; useful diagnostic tool; underdetermined mixing problem; marginal posterior median; joint posterior peak; >- dependent simm; >- dependent posterior; >&# 946 ;</; quantifying relative contributions; estimated relative contributions; quantitatively diagnose underdetermination; e .; intervals; div >< p; >- dependent simms; relative contributions; widely used; study theoretically; sound interpretation; simulation example; several sources; rigorously quantify; recommend reporting; rapidly evolved; quantify underdetermination; powerful methodology; ordinary simms; numerically confirmed; necessarily consistent; incompletely identifiable; expected underdetermination; diagnosing underdetermination; biologically feasible; bayesian simms; bayesian framework; although simms; brent geese
• Online Access: https://doi.org/10.1371/journal.pone.0257818.g003

The mixing space (left panel) represents the fractionally corrected isotopic values of individual consumers (black circles), and the means and standard deviations of isotopic values of four sources (colored circles and bars). The posterior distribution of each relative contribution was calculated from ordinary (blue area) and β -dependent SIAR model (red area).