Projecting pest population dynamics under global warming: The combined effect of inter-and intra-annual variations

Keyphrases

• Global Warming 100%
• Population Size 100%
• Intra-annual 100%
• Interannual Variation 100%
• Pest Population Dynamics 100%
• Seville 100%
• Climatic Conditions 66%
• Modeling Framework 66%
• Annual Temperature 66%
• Montpellier 66%
• Israel 33%
• Negative Effects 33%
• Highly Sensitive 33%
• High Variability 33%
• Spain 33%
• 21st Century 33%
• Temperature Variation 33%
• France 33%
• Mediterranean Region 33%
• Growing Season 33%
• Population Response 33%
• General Circulation Models 33%
• Small Populations 33%
• Summer Season 33%
• Population Dynamics 33%
• Agroecosystem 33%
• Annual Mean Temperature 33%
• Mean Temperature 33%
• Pest Species 33%
• Natural Ecosystems 33%
• Bemisia Tabaci 33%
• Late Winter 33%
• Management Plan 33%
• Late Spring 33%
• Early Summer 33%
• Temperature Patterns 33%
• Prediction Method 33%
• Assessment Plan 33%
• Late Summer 33%
• Species Population 33%
• Agricultural Systems 33%
• Natural Variability 33%
• Temperature Anomaly 33%
• Response to Climate Change 33%
• Mean Annual Temperature 33%
• Complex Response 33%
• Population Dynamics Model 33%
• Stochastic Weather Generator 33%
• Seasonal Activity 33%
• Daily Temperature 33%
• Emission Scenarios 33%
• Pest Status 33%
• Generation Length 33%
• Annual Temperature Variation 33%
• Future Temperature 33%
• Thermal Factors 33%
• Annual Generation 33%
• Current Prediction 33%
• Large Population Size 33%
• Pest Risk Assessment 33%
• Pest Risk Management 33%
• Invasive Insect Pest 33%
• Generator Dynamics 33%

Agricultural and Biological Sciences

• Annuals 100%
• Global Warming 100%
• Population Dynamics 100%
• Population Size 50%
• Growing Season 12%
• Climate Change 12%
• Spring 12%
• Bemisia tabaci 12%
• Insect Pests 12%
• Dynamic Models 12%
• General Circulation Model 12%
• Agricultural Ecosystem 12%
• Risk Management 12%