A multistage stochastic programming approach to the optimal surveillance and control of the emerald ash borer in cities

Business & Economics

• Comparative Analysis 5%
• Control Strategy 7%
• Cutting Planes 68%
• Damage 11%
• Economic Impact 5%
• Economics 3%
• Heuristics 5%
• Invasive Species 10%
• Managers 6%
• Methodology 3%
• Mixed Integer Programming 66%
• Multistage Stochastic Programming 100%
• Optimal Solution 5%
• Optimal Timing 17%
• Optimization Model 6%
• Resources 4%
• Scenarios 4%
• Stochastic Growth 10%
• Surveillance 74%
• Uncertainty 3%
• United States of America 5%
• Urban Forest 12%
• Wood 6%

Engineering & Materials Science

• Ashes 68%
• Boring 4%
• Economics 4%
• Integer programming 32%
• Managers 2%
• Stochastic programming 87%
• Surveying 3%
• Uncertainty 2%
• Wood 3%