Assessment of metal(loid) concentrations using diffusive gradient thin (DGT) films in marine, freshwater and wetland aquatic ecosystems impacted by industrial effluents

Engineering & Materials Science

• Aquatic ecosystems 100%
• Wetlands 90%
• Sediments 73%
• Aquatic organisms 70%
• Effluents 67%
• Thin films 56%
• Remediation 50%
• Gels 41%
• Impurities 38%
• Metals 38%
• Mercury (metal) 32%
• Sampling 27%
• Water 21%
• Risk management 21%
• Silica 20%
• Decision making 14%
• Planning 12%

Earth & Environmental Sciences

• industrial effluent 67%
• aquatic ecosystem 56%
• site characterization 48%
• wetland 46%
• sediment-water interface 45%
• aquatic organism 42%
• metal 35%
• gel 33%
• remediation 32%
• in situ 24%
• pollutant 23%
• methylmercury 23%
• sampling technique 22%
• risk management 19%
• mercury 16%
• silica 15%
• decision making 14%
• planning 12%
• detection 11%
• sampling 11%
• analysis 10%
• sediment 9%

Chemical Compounds

• Industrial Effluent 74%
• Ecosystem 71%
• Remediation 40%
• Sampling 32%
• Metal 26%
• Methylmercury(.) 26%
• Gel 24%