Transforming Tuta absoluta Management: A Synergistic Approach Integrating Sustainability, Biological Control, and Biotechnological Innovations

Abstract

Tuta absoluta (Meyrick, 1917), commonly known as the tomato pinworm, is a destructive pest of tomato and other solanaceous crops worldwide that leads to large yield losses. Because of the increasing resistance to chemical insecticides, alternative means of control are required. This review is focused on the actual integrated management with regard to natural, chemical, and advanced biotechnological control systems for T. absoluta. Traditional chemical methods of control, most commonly insecticides, have become less efficient as resistance develops. On the other hand, natural enemies such as predatory mirids, parasitoids, and microbial organisms seem to be promising in suppressing them. Moreover, biotechnology tools, such as RNA interference (RNAi), CRISPR/Cas9, and the Sterile Insect Technique (SIT), provide targeted and durable strategies against pests. Nano-bio-insecticides prepared using nanotechnological tools can enhance pest control through optimizing stability, toxicity, and release of active molecules. These improvements not only optimize pesticide monitoring but also contribute to sustainable farming. Integrated into a holistic IPM system, such innovative tools decrease dependence on chemical pesticides and offer environmentally friendly and effective solutions for T. absoluta control. This multi-modal approach outlines the need for further studies and the harnessing of these advanced techniques to suppress the emerging hazardous consequences posed by this invasive pest.