The use of probabilistic analysis to improve decision-making in environmental regulation in a developing context: The case of arsenic regulation in Chile

Medicine & Life Sciences

• Chile 82%
• Arsenic 81%
• Formal Social Control 68%
• Uncertainty 62%
• Decision Making 56%
• Professional Competence 31%
• Public Policy 25%
• Risk Management 24%
• Developing Countries 20%
• Technology 14%
• Costs and Cost Analysis 14%

Engineering & Materials Science

• Arsenic 100%
• Environmental regulations 88%
• Decision making 48%
• Uncertainty 42%
• Risk management 24%
• Developing countries 23%
• Costs 8%

Earth & Environmental Sciences

• environmental regulation 78%
• arsenic 60%
• decision making 50%
• regulation 47%
• policy 20%
• analysis 18%
• risk management 16%
• developing world 14%
• public 11%
• resource 9%
• cost 8%