This Topical Collection seeks to explore the convergence of cutting-edge technology, molecular science, and ecological principles to develop sustainable and highly effective pest management strategies. Traditional methods often face challenges from insecticide resistance, regulatory pressure, and concerns over environmental and non-target effects. This collection calls for original research, reviews, and short communications that showcase innovations moving agricultural entomology beyond conventional chemical control.
Topics of interest include, but are not limited to:
Precision Entomology: Application of drones, remote sensing, AI, machine learning, and IoT devices for real-time pest monitoring, forecasting, and site-specific treatment.
Advanced Biological Control: Novel uses of parasitoids, predators, and entomopathogens; genetic enhancement of biological control agents; and integration into complex cropping systems.
Molecular and Genetic Interventions: Research on RNA interference (RNAi), CRISPR/Cas9 for pest population suppression (e.g., Gene Drive), and molecular diagnostics for rapid pest/pathogen identification.
Ecologically-Informed IPM: Development of climate-smart pest management strategies, functional biodiversity enhancement (e.g., habitat manipulation), and landscape-level pest management.
Insecticide Resistance Management: New mechanisms of action for biopesticides and synthetic compounds, and innovative strategies to delay the evolution of resistance.
The goal is to provide a platform for research that can be rapidly translated from the lab or field plot into practical, sustainable applications for farmers globally.
This Topical Collection seeks to explore the convergence of cutting-edge technology, molecular science, and ecological principles to develop sustainable and highly effective pest management strategies. Traditional methods often face challenges from insecticide resistance, regulatory pressure, and co ...