This comprehensive review explores the dual facets of pesticides, emphasizing their critical role in enhancing agricultural productivity and disease control while addressing their associated environmental and health risks. It examines the benefits of pesticide use, including increased crop yields, protection against pests and disease vectors, and economic advantages. Conversely, it highlights the potential adverse effects such as environmental contamination, biodiversity loss, resistance development, and human health concerns. The review advocates for sustainable pest management strategies, including integrated pest management and innovative alternatives, to balance the benefits with the pressing need for environmental and public health protection.

Smart farming is a feasible solution to help farmers effectively and sustainably manage the potential threats and risks those traditional farmers face, such as product quality, increased production costs, the environment, climate change, natural catastrophes, pests, and inferior goods. Using a survey research design, this research examined smart farming adoption and risk management models by combining the Technology Acceptance Model (TAM) and the Innovation Diffusion Theory (IDT). The research sampled 400 farmers who are members of community enterprises in the northeastern region of Thailand. Data was collected using a questionnaire and analyzed using a statistical package program in four steps: confirmatory factor analysis, path analysis, structural equation model analysis (SEM), and Sobel's test. The findings revealed that government support variables had the most significant influence by adopting smart farming to risk management. Based on the research results, the government can apply this model to create strategies to encourage farmers to adopt smart farming and increase the production efficiency of agricultural products. The farmer can manage the risks of smart farming, which leads to sustainable smart farming and is useful for further academic acceptance and risk management studies. Furthermore, this study contributes to the existing literature on combining TAM and IDT in model adoption and risk management. The limitations include the small sample size adopted and the limited coverage area for the study, which restricts the generalization of the findings. However, the findings offer a glimpse into the benefits of smart farming.