Pesticides are extensively used in modern agriculture to enhance crop productivity and control pests; however, their widespread and unregulated application has led to serious environmental consequences. This study evaluates the environmental influence of pesticides with particular emphasis on their effects on soil, water, air, and non-target organisms. After application, pesticides often disperse beyond their intended targets through processes such as surface runoff, leaching, volatilization, and atmospheric transport. Consequently, surface water and groundwater resources become contaminated, adversely affecting aquatic ecosystems and potable water quality. In soil systems, pesticide residues disrupt microbial communities, reduce soil fertility, and interfere with nutrient cycling, thereby threatening long-term agricultural sustainability. Non-target organisms, including pollinators, birds, fish, and beneficial insects, are highly susceptible to pesticide exposure, resulting in biodiversity loss and ecological imbalance. Persistent pesticides further pose risks through bioaccumulation and biomagnification across trophic levels, increasing toxicity within food chains and posing potential threats to wildlife and human health. Additionally, pesticide drift contributes to air pollution and is associated with respiratory and neurological health effects, particularly among agricultural workers and rural populations. These environmental impacts highlight the urgent need for sustainable pest management strategies. The adoption of Integrated Pest Management (IPM), use of biopesticides, and implementation of strict regulatory policies are essential to minimize environmental damage while maintaining agricultural productivity.
B. et al. (2026) studied this question.