Are the Endogenous Levels of Divalent Heavy Metals Responsible for the Oxidative Stress Response on Freshwater Phytoplankton Communities?

Engineering & Materials Science

• Oxidative stress 100%
• Phytoplankton 98%
• Heavy metals 74%
• Lakes 67%
• Biomarkers 26%
• Oxidation-Reduction 18%
• Principal component analysis 13%
• Redundancy 12%
• Antioxidants 9%
• Metals 9%
• Water levels 8%
• Toxicity 8%
• Water 7%
• Proteins 6%
• Oxidation 6%

Earth & Environmental Sciences

• oxidative stress 67%
• artificial lake 46%
• phytoplankton 45%
• heavy metal 41%
• biomarker 23%
• lake 19%
• principal component analysis 13%
• metal 9%
• antioxidant 8%
• toxic effect 8%
• defense 7%
• water level 6%
• toxicity 6%
• protein 5%
• oxidation 5%
• damage 5%
• water 4%
• analysis 4%

Chemistry

• Oxidative Stress 57%
• Heavy Metal 48%
• Biological Marker 31%
• Metal 10%
• pH Value 9%
• Antioxidant Agent 8%
• Toxic 8%
• Oxidation Reaction 5%
• Protein 4%