Potentially toxic metals in lotic systems with aptitude for aquaculture at the watershed Mantaro River, Peru

Keyphrases

• Peru 100%
• Toxic Trace Elements 100%
• Mantaro Basin 100%
• Lotic Systems 100%
• Aquaculture 100%
• United States Environmental Protection Agency (USEPA) 100%
• Zinc 50%
• Heavy Metal Concentration 50%
• Significant Predictors 50%
• 3-Component 50%
• Climatic Periods 50%
• Discriminant Analysis 50%
• Cluster Analysis 50%
• Aquatic Life 50%
• Atomic Absorption Spectrophotometry 50%
• Low Load 50%
• Fish Farming 50%
• Multivariate Statistical Techniques 50%
• Continental Waters 50%
• Zn-Fe 50%
• Dry Season 50%
• Main Component Analysis 50%
• Metals in Water 50%
• Total Heavy Metals 50%
• Arsenic 50%
• Rainy Season 50%
• River Water 50%
• Farming Activities 50%
• Cu-Zn 50%

Agricultural and Biological Sciences

• Heavy Metal 100%
• Watersheds 100%
• Lotic Systems 100%
• River Water 50%
• Dry Season 50%
• Cluster Analysis 50%
• Discriminant Analysis 50%