Evaluation of toxic metal pollution in freshwater surficial sediments using environmental indices and multivariate statistical approaches – A systematic review

Keyphrases

• Agriculture 50%
• Anthropogenic Contribution 50%
• Anthropogenic Sources 50%
• Aquatic Biota 50%
• Aquatic Systems 50%
• Arsenic 100%
• Body Integrity 50%
• Cadmium 100%
• Chromium 50%
• Cobalt 50%
• Data Variance 50%
• Ecological Risk 50%
• Ecological Status 100%
• Enrichment Factor 50%
• Environmental Analysis 50%
• Environmental Index 100%
• Fossil Fuel Emissions 50%
• Freshwater 100%
• Freshwater Ecosystems 50%
• Freshwater Sediment 100%
• Freshwater Systems 100%
• Geoaccumulation Index 50%
• Geogenic 50%
• Global Status 50%
• Hazard Quotient 50%
• High Linearity 50%
• Industrial Wastewater 50%
• Integral Component 50%
• Linear Correlation 50%
• Major Components 50%
• Mercury 50%
• Mining Activities 50%
• Mitigation Action Plan 50%
• Multivariate Statistical Techniques 100%
• Municipal Sewage 50%
• Municipal Wastewater 50%
• Non-Metric Multidimensional Scaling (nMDS) 50%
• Pearson Correlation Analysis 50%
• Politicians 50%
• Pollution 50%
• Pollution Impact 50%
• Pollution Status 50%
• Pollution Study 50%
• Principal Coordinate Analysis (PCoA) 50%
• Published Data 50%
• Remediation Actions 50%
• Sediment Investigations 50%
• Sediment Metals 50%
• Severe Pollution 50%
• Surface Runoff 50%
• Surface Sediments 100%
• Surficial Sediments 100%
• Toxic Metal Pollution 100%
• Toxic Metals 50%
• Toxic Pollutants 50%
• Water Bodies 50%
• Zinc 50%

Earth and Planetary Sciences

• Action Plan 50%
• Anthropogenic Source 50%
• Emissions 50%
• Environmental Analysis 50%
• Environmental Index 100%
• Fossil Fuel 50%
• Freshwater Ecosystem 50%
• Freshwater Sediment 100%
• Geoaccumulation Index 50%
• Industrial Wastewater 50%
• Municipal Wastewater 50%
• Principal Component Analysis 50%
• Surficial Sediment 100%
• Toxic Metal 100%
• Toxic Pollutant 50%
• Water Body 50%

Chemical Engineering

• Industrial Wastewater 100%
• Municipal Wastewater 100%
• Toxic Pollutant 100%