Translocation experiment reveals capacity for mountain pine beetle persistence under climate warming

Keyphrases

• Climate Warming 100%
• Mountain pine Beetle 100%
• Translocation Experiment 100%
• Translocated 50%
• Low Elevation 50%
• Southern Range 33%
• United States 16%
• Environmental Factors 16%
• Climate Change 16%
• Western North America 16%
• Genetic Factors 16%
• Tree Mortality 16%
• Reproductive Success 16%
• Genetic Variability 16%
• Population Outbreaks 16%
• Response to Climate Change 16%
• Warm Climate 16%
• Geographic Region 16%
• Relative Role 16%
• Future Warming 16%
• Historical Distribution 16%
• Species Response 16%
• Sources of Variation 16%
• Western Canada 16%
• Temperature Limitation 16%
• Environmental Sources 16%
• Thermal Regime 16%
• Generation Time 16%
• Fitness Traits 16%
• Range Edge 16%
• Range Boundary 16%
• Genetic Source 16%
• Bivoltinism 16%
• Univoltine 16%
• Out of Range 16%
• Migration Potential 16%
• Significant Trees 16%
• Southward Migration 16%
• Suitable Host 16%
• Supercooling Point 16%

Agricultural and Biological Sciences

• Mountain Pine Beetle 100%
• Climate Change 16%
• Tree Mortality 16%
• Reproductive Success 16%
• Genetic Variability 16%
• Environmental Factor 16%

Immunology and Microbiology

• Pine 100%
• Genetic Variability 16%
• Tree 16%
• Reproductive Success 16%