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

Agriculture & Biology

• heavy metals 100%
• fish 64%
• species richness 64%
• species abundance 57%
• Centrarchidae 51%
• land cover 49%
• geographic information systems 46%
• trophic levels 42%
• sediment yield 32%
• suspended sediment 32%
• hydrologic models 29%
• rivers 29%
• Percidae 29%
• stream flow 27%
• minnows 25%
• ecotoxicology 23%
• Cyprinidae 22%
• bass 22%
• toxic substances 18%
• environmental factors 12%
• habitats 10%
• organisms 10%

Earth & Environmental Sciences

• heavy metal 82%
• contamination 74%
• species richness 38%
• cyprinid 29%
• catchment 25%
• trophic level 22%
• pollutant 20%
• geographic information system 19%
• land cover 18%
• river 11%
• suspended sediment 11%
• biota 10%
• streamflow 10%
• habitat 6%
• need 6%
• laboratory 6%
• sediment 5%
• effect 2%