A new perspective on human health risk assessment: Development of a time dependent methodology and the effect of varying exposure durations

Earth & Environmental Sciences

• arsenic 6%
• cancer risk 8%
• distribution 2%
• effect 17%
• exposure 43%
• forecasting 5%
• groundwater 4%
• health risk 68%
• human health 62%
• kinetics 4%
• methodology 44%
• parameter 2%
• rate 2%
• risk assessment 59%
• sorption 6%

Engineering & Materials Science

• Arsenic 10%
• Groundwater 8%
• Health risks 100%
• Managers 5%
• Risk assessment 74%
• Sorption 8%
• Uncertainty 17%

Chemical Compounds

• Groundwater 9%
• Risk Assessment 92%
• Sorption 5%
• Statistical Ensemble 8%
• Time 27%