Environmental Risks of the Fall Armyworm (Spodoptera frugiperda) in the Nile Delta

This book presents a comprehensive examination of the global distribution, agricultural damage, and environmental risks associated with the Fall Armyworm (Spodoptera frugiperda), with a focused case study of its invasion and management in Egypt's Nile Delta. It situates the pest's spread within comparative regional contexts worldwide and analyzes the environmental pollution arising from pesticide resistance and unsustainable control practices.

The volume engages critically with international frameworks for sustainable pest management, including guidance from the Food and Agriculture Organization (FAO) and its member states on designing and testing Integrated Pest Management (IPM) programs, identifying effective, low-risk control methods, and translating global recommendations into nationally appropriate strategies. It examines the FAO's position on pesticide risk reduction and the prioritization of biological and botanical alternatives, while acknowledging that national implementation varies according to regulatory, economic, and agro-ecological conditions.

The book discusses the latest innovative technologies and methods for controlling the Fall Armyworm, spanning the full spectrum of sustainable solutions. It covers enhanced monitoring efficiency and integrated pest management strategies; agro-ecological options as low-cost solutions for smallholders; biological control using natural enemies and biopesticides; the rational use of pesticides within IPM frameworks; breeding maize for Fall Armyworm resistance; green technology applications including biochar as a soil amendment and pest-suppressive tool; the efficacy of plant extracts as botanical insecticides; the integration of biopesticide delivery systems with nanotechnology; and the fabrication of synthesized silica nanoparticles for Fall Armyworm control and their effects on maize crop productivity. A dedicated chapter addresses Fall Armyworm management in the context of climate change and its risks to maize crops.

A detailed case study examines the procedures followed to control Fall Armyworm in the Nile Delta of Egypt, providing grounded, region-specific insights into the challenges and successes of implementing sustainable management in a major agricultural landscape. This timely and comprehensive publication bridges scientific gaps in Fall Armyworm management and meets the growing global demand for sustainable solutions to managing this invasive pest. It supports several SDGs.

The book is an essential reference for researchers, ministries of agriculture, environmental protection agencies, policymakers, stakeholders, agricultural producers and companies seeking to increase production sustainably, and decision-makers working to apply integrated, evidence-based Fall Armyworm management at local, national, and global levels.