The bioeconomics of tritrophic systems: Applications to invasive species

Keyphrases

• Invasive Species 100%
• System Application 100%
• Energy Allocation 100%
• Bioeconomics 100%
• Tritrophic System 100%
• Food Chain 66%
• Renewable Resources 66%
• Energy Acquisition 66%
• Physiological Parameters 33%
• Cotton 33%
• Evolutionary 33%
• Ecological Economics 33%
• Ecological Theory 33%
• Environmental Hazards 33%
• Time to Market 33%
• Economic Theory 33%
• Physiologically Based Models 33%
• Environmental Degradation 33%
• Physiologically Based 33%
• Newly Established 33%
• Individual Utility 33%
• Central America 33%
• Behavioral Parameters 33%
• Trophic Level 33%
• Aphid Species 33%
• Resource Exploitation 33%
• Economic Foundations 33%
• Population Dynamics Model 33%
• Resource Management Problem 33%
• Allocation Strategy 33%
• Human Harvesting 33%
• Acquisition Strategies 33%
• Parameter Degradation 33%
• K-strategy 33%
• Expected Uncertainty 33%
• American Cotton 33%
• Renewable Resource Management 33%

Agricultural and Biological Sciences

• Invasive Species 100%
• Renewable Resource 100%
• Food Chain 66%
• Evolution 33%
• Environmental Hazard 33%
• Dynamic Models 33%
• Americans 33%
• Population Dynamics 33%
• Trophic Level 33%
• Environmental Degradation 33%
• Ecological Economics 33%

Earth and Planetary Sciences

• Renewable Resource 100%
• Invasive Species 100%
• Dynamic Models 33%
• Environmental Hazard 33%
• Trophic Level 33%
• Ecological Theory 33%
• Ecological Economics 33%
• Resource Exploitation 33%
• Environmental Degradation 33%