Bayesian sediment fingerprinting provides a robust tool for environmental forensic geoscience applications

Keyphrases

• Sediment Fingerprinting 100%
• Environmental Forensics 100%
• Forensic Geoscience 100%
• Unmixing 100%
• Geoscience Applications 100%
• Forensic 50%
• Median Value 50%
• Group Variability 50%
• Soil Erosion 50%
• Environmental Data 50%
• Confidence Level 50%
• Quantitative Determination 50%
• Erosion Testing 50%
• Confounding Factors 50%
• Bayesian Analysis 50%
• Sampling numbers 50%
• Nonconservative 50%
• Sediment Sources 50%
• Grouping Property 50%
• Number of Sources 50%
• Underlying Assumptions 50%
• Peer-reviewed Literature 50%
• Sediment Supply 50%
• Sediment Provenance 50%
• Enrichment Depletion 50%
• Conservative Tracer 50%
• Spatial Source 50%
• Modeling Uncertainty 50%
• Coefficient Value 50%
• Multivariate Problems 50%
• Sediment Delivery Processes 50%
• Bayesian Approach 50%
• Spatial Categories 50%
• Group Sampling 50%
• Model Output 50%
• Sampling Density 50%
• Model Accuracy 50%

Earth and Planetary Sciences

• Earth Science 100%
• Bayesian Analysis 100%
• Quantile 100%
• Uncertainty Modeling 100%
• Environmental Data 100%