Optimizing conservation planning for multiple cohabiting species

Keyphrases

• Conservation Planning 100%
• Computational Complexity 50%
• Financial Resources 50%
• Computational Efficiency 50%
• Model Use 50%
• Model Complexity 50%
• Optimization Methods 50%
• Graph Theory 50%
• Optimization Framework 50%
• Spatial Contiguity 50%
• Central Site 50%
• Integer Programming Model 50%
• Georgia 50%
• Economic Problems 50%
• Sum Distance 50%
• Reserve Network 50%
• Generated Data 50%
• Spatial Habitat 50%
• Military Installation 50%
• Ecological Problems 50%
• Linear Integer Programming 50%
• Spatial Criteria 50%
• Gopher Tortoise 50%
• Nature Reserve 50%
• Path Graph 50%
• Spatial Compactness 50%
• Gopher Frog 50%
• Reserved Areas 50%

Computer Science

• Computational Complexity 100%
• Computational Efficiency 100%
• Programming Model 100%
• Optimization Framework 100%
• Integer Programming 100%
• Graph Theory 100%
• Financial Resources 100%
• Military Installation 100%

Earth and Planetary Sciences

• Conservation Planning 100%
• United States of America 50%
• Nature Reserve 50%
• Graph Theory 50%