Host selection and responses to forest fragmentation in acorn weevils: Inferences from dynamic occupancy models

Keyphrases

• Acorn Production 20%
• Acorn Weevils 100%
• Agriculture 20%
• Bayesian Framework 20%
• Colonization Rate 20%
• Curculio 20%
• Detection Data 20%
• Detection-non-detection 20%
• Dynamic Landscape 20%
• Dynamic Occupancy Model 100%
• Dynamic Process 20%
• Eastern United States 20%
• Estimated Rates 20%
• Extinction Rate 20%
• Forest Density 20%
• Forest Fragmentation 100%
• Generalist 100%
• Habitat Modification 20%
• Host Response 100%
• Host Selection 100%
• Host Tree 40%
• Insect Seed Predators 20%
• Local Colonization 20%
• Local Extinction 40%
• Multi-seasonal 20%
• Niche Breadth 20%
• North America 20%
• Oak Trees 20%
• Occupancy 40%
• Occupancy Data 20%
• Occupancy Dynamics 20%
• Occupancy Rate 40%
• Patch Occupancy 20%
• Population Dynamics 20%
• Red Oak 60%
• Relative Abundance 20%
• Relative Variation 20%
• Sink Population 20%
• Site-occupancy Model 20%
• Species Response 20%
• Specific Information 20%
• Specific Survival 20%
• Tree Level 20%
• Vertebrates 20%
• Vital Rates 40%
• Weevils 40%
• White Oak 80%

Agricultural and Biological Sciences

• Curculio 20%
• Curculionidae 100%
• Forest Fragmentation 100%
• Granivore 20%
• Host Selection 100%
• Population Dynamics 20%
• Quercus 20%
• Quercus Alba 80%
• Quercus Rubra 60%