Differentiating between direct (physiological) and food-chain mediated (bioenergetic) effects on fish in metal-impacted lakes

Keyphrases

• Food Chain 100%
• Bioenergetics 100%
• Metal Concentration 100%
• Metal Detoxification 100%
• Metallothionein Induction 100%
• Quality Food 50%
• Mediating Effect 50%
• Food Web 50%
• Multiple Levels 50%
• Habitat Quality 50%
• Yellow Perch 50%
• Food Resources 50%
• Non-native Fish 50%
• Perca Flavescens 50%
• Cellular Level 50%
• Physiological Effects 50%
• Sentinel Species 50%
• Metallothionein 50%
• Ecological Factors 50%
• Cu-Ni 50%
• Zooplankton 50%
• Levels of Biological Organization 50%
• Stunted Growth 50%
• Zn Concentration 50%
• Population Status 50%
• Metal Levels 50%
• Metal Accumulation 50%
• Physiological Status 50%
• Metal Toxicity 50%
• Contamination Gradient 50%
• Metal Smelter 50%
• Subcellular Metal Partitioning 50%
• Precambrian Shield 50%

Agricultural and Biological Sciences

• Food Chain 100%
• Metallothionein 100%
• Metal Concentrations 66%
• Perca flavescens 66%
• Canadians 33%
• Zooplankton 33%
• Precambrian Shield 33%
• Food Web 33%

Earth and Planetary Sciences

• Metallothionein 100%
• Food Web 33%
• Precambrian 33%
• Ecological Factor 33%
• Habitat Quality 33%
• Zooplankton 33%