Hormetic and transgenerational effects in spotted-wing Drosophila (Diptera: Drosophilidae) in response to three commonly-used insecticides

Keyphrases

• Insecticide 100%
• Drosophilidae 100%
• Transgenerational Effects 100%
• Diptera 100%
• Hormetic Effect 100%
• Lethal Concentration 60%
• Sublethal Effects 40%
• Zeta-cypermethrin 40%
• Spinetoram 40%
• Genetic Resistance 20%
• Insecticide Application 20%
• Survivorship 20%
• Application Timing 20%
• Plant Architecture 20%
• Insect Pests 20%
• Reproductive Performance 20%
• Volatilization 20%
• Blueberry 20%
• Hormesis 20%
• Weather Patterns 20%
• Negative Impact 20%
• Success Rate 20%
• Chemical Degradation 20%
• Caneberry 20%
• Concentration-dependent 20%
• Lethal Dose 20%
• Movement Patterns 20%
• Sex-dependent 20%
• Complex Plants 20%
• Structural Complexity 20%
• Pyrethrins 20%
• Eclosion 20%
• Survival Effect 20%
• Pest Population 20%
• Sublethal Exposure 20%
• Insecticide Spray 20%
• Agricultural Settings 20%
• Enhanced Tolerance 20%
• Spray Rate 20%
• Insecticide Efficacy 20%
• Suzukii 20%
• Pest Population Dynamics 20%
• Hormetic Response 20%
• Offspring Viability 20%
• Insecticide Formulation 20%
• Fruit Pest 20%
• Reproductive Rate 20%

Agricultural and Biological Sciences

• Drosophilidae 100%
• Diptera 100%
• Cypermethrin 40%
• Insect Pests 20%
• Reproductives 20%
• Reproductive Performance 20%
• Insecticide Application 20%
• Blueberries 20%
• Eclosion 20%
• Hormesis 20%
• Population Dynamics 20%
• Genetic Resistance 20%
• Pyrethrin 20%