The role of latitudinal, genetic and temperature variation in the induction of diapause of Papilio glaucus (Lepidoptera: Papilionidae)

Keyphrases

• Temperature Variation 100%
• Diapause 100%
• Genetic Variation 100%
• Papilio Glaucus 100%
• Lepidoptera 100%
• Papilionidae 100%
• Latitudinal Variation 100%
• Diapause Induction 100%
• Population Genetics 50%
• Critical Photoperiod 50%
• Adaptation 25%
• Divergence 25%
• Tiger 25%
• Genetic Causes 25%
• Hybrid Zone 25%
• Population Dynamics 25%
• Environmental Temperature 25%
• Wild-caught 25%
• Eastern United States 25%
• Genetic Disease 25%
• Larval Stages 25%
• Hybrid Progeny 25%
• Climatic Variability 25%
• Environmental Variability 25%
• Swallowtail Butterfly 25%
• Genetic Basis 25%
• Mendelian Inheritance 25%
• Growth Chamber Experiment 25%
• Seasonal Adaptation 25%
• Inheritance Pattern 25%
• Environmental Genetics 25%
• Variable Environmental Condition 25%
• Genetic Population 25%
• Genetic Consequence 25%
• Genetic Hybridization 25%
• Hybridization Factor 25%
• Ecological Model 25%

Agricultural and Biological Sciences

• Swallowtail Butterfly 100%
• Papilio glaucus 100%
• Lepidoptera 100%
• Diapause 100%
• Population Genetics 25%
• Photoperiod 25%
• Hybrid Zone 12%
• Panthera Tigris 12%
• Growth Chamber 12%
• Genetic Divergence 12%
• Population Dynamics 12%
• Ambient Temperature 12%
• Progeny 12%
• Offspring 12%
• Monogenic Inheritance 12%
• Hybridization 12%

Biochemistry, Genetics and Molecular Biology

• Genetics 100%
• Diapause 100%
• Lepidoptera 100%
• Photoperiodicity 25%
• Genetic Divergence 12%
• Progeny 12%
• Population Genetics 12%
• Hybrid Zone 12%
• Larval Stage 12%
• Genetic Variation 12%
• Population Dynamics 12%
• Environmental Temperature 12%
• Dominant Inheritance 12%
• Tiger 12%
• Mendelian Inheritance 12%
• Inheritance 12%
• Hybridization 12%