Contents and risks of potentially toxic elements in wastewater-fed food production systems in Southeast Asia

Keyphrases

• Toxic Trace Elements 100%
• Food Production Systems 100%
• Hanoi 94%
• Phnom Penh 73%
• Water Spinach 63%
• Cd Concentration 26%
• Pb Concentration 26%
• Aquatic Foods 21%
• River Sediment 15%
• Control Site 15%
• Food Safety Risk 15%
• Tilapia 15%
• Zn Concentration 10%
• Domestic Wastewater 10%
• Pb-Zn 10%
• High Retention 10%
• Aquatic Vegetable 10%
• Cu-Ni 10%
• Industrial Wastewater 10%
• Swamp Eel 10%
• Arsenic Concentration 10%
• Element Transport 5%
• Natural Treatment 5%
• Clarias 5%
• Fe-Zn 5%
• Wastewater Treatment 5%
• Major Cities 5%
• Ipomoea Aquatica Forsk 5%
• Flooded Field 5%
• Soil Sediment 5%
• Soil Pores 5%
• Distribution Coefficient 5%
• Skin Tissue 5%
• Element Content 5%
• Oreochromis Niloticus 5%
• Fish Samples 5%
• Malaysia 5%
• Ni Concentration 5%
• Settlers 5%
• Estimated Daily Intake 5%
• Silver Carp Hypophthalmichthys Molitrix 5%
• High Accumulation 5%
• Monopterus Albus 5%
• Fish Production 5%
• Snakehead 5%
• Channa Striata 5%
• Fe Concentration 5%
• Penh 5%
• FeNi 5%
• Feed System 5%
• Ni-Zn 5%
• Receiving River 5%
• Vegetable Production 5%
• Feed Production 5%
• Natural Rivers 5%

Earth and Planetary Sciences

• Production System 100%
• Fluvial Deposit 37%
• Food Safety 37%
• Industrial Wastewater 25%
• Partition Coefficient 12%
• Sediment 12%
• Feed System 12%

Agricultural and Biological Sciences

• Ipomoea aquatica 100%
• Tilapia 23%
• Silver carp 15%
• Muscle Tissue 15%
• Monopterus albus 7%
• Clarias 7%
• Channa 7%
• Sediment 7%
• Detection Limit 7%
• Fish Production 7%