Cost-effective long-term groundwater monitoring design using a genetic algorithm and global mass interpolation

Keyphrases

• Plume 100%
• Hybrid Method 100%
• Genetic Algorithm 100%
• Inverse Distance Weighting 100%
• Sampling Plan 100%
• Long-term Groundwater Monitoring 100%
• Monitoring Design 100%
• Computation Time 50%
• Transport Model 50%
• Significant Loss 50%
• Total Mass 50%
• Interpolation Method 50%
• Screening Tool 50%
• Groundwater Contamination 50%
• Long-term Monitoring 50%
• Plan Design 50%
• Ordinary Kriging 50%
• Kriging 50%
• Mass Estimate 50%
• Air Force 50%
• Dissolved Contaminants 50%
• Sampling Cost 50%
• Geostatistical Modeling 50%
• Tiered Approach 50%
• Cost-effective Sampling 50%

Engineering

• Genetic Algorithm 100%
• Hybrid Method 100%
• Sampling Plan 100%
• Computational Time 50%

Earth and Planetary Sciences

• Interpolation 100%
• Genetic Algorithm 100%
• Kriging 66%
• Groundwater Contamination 33%