Fish assemblage–environment relationships suggest differential trophic responses to heavy metal contamination

Keyphrases

• Heavy Metals 100%
• Trophic Responses 100%
• Metal Contamination 100%
• Species Abundance 75%
• Fish Diversity 75%
• Centrarchids 75%
• Contaminated Sites 50%
• Large Rivers 50%
• Geographic Information System 50%
• Cyprinids 50%
• River Catchment 50%
• Percids 50%
• Systems Approach 25%
• Non-associated 25%
• Controlled Experiment 25%
• Scaling Design 25%
• Bass 25%
• Potential Impact 25%
• Natural Systems 25%
• Environmental Variables 25%
• Trophic Level 25%
• Low Abundance 25%
• Toxicants 25%
• Species Response 25%
• Natural Settings 25%
• Suspended Sediment Concentration 25%
• Ecotoxicology 25%
• Species Richness 25%
• Missouri 25%
• Hydrologic Modeling 25%
• Catchment Scale 25%
• Topographic Data 25%
• Systems-based Approach 25%
• Land Cover 25%
• Model Output 25%
• Field-based Studies 25%
• Higher Trophic Levels 25%
• Land Cover Data 25%
• Sunfish 25%
• Cyprinidae 25%
• Fish Assemblages 25%
• Minnow 25%
• Darter 25%
• Streamflow Regime 25%
• Landscape Variables 25%
• Mining Activities 25%
• Centrarchidae 25%
• Percidae 25%
• Freshwater Taxa 25%
• Lead Mining 25%
• Heavy Metals Impact 25%

Earth and Planetary Sciences

• Heavy Metal 100%
• Species Richness 57%
• Trophic Level 28%
• Land Cover 28%
• Geographic Information System 28%
• Cyprinid 28%
• Percid 28%
• United States of America 14%
• Suspended Sediment 14%
• Streamflow 14%
• Missouri 14%
• Ecosystem Toxicology 14%

Agricultural and Biological Sciences

• Heavy Metal 100%
• Trophic Level 28%
• Geographic Information System 28%
• Land Cover 28%
• Cyprinidae 28%
• Sediments 14%
• Suspended Sediment 14%
• Groundwater Model 14%
• Perch 14%
• Cyprinid 14%
• Sunfish 14%
• Minnows 14%
• Centrarchidae 14%