The global availability of freshwater resources is significantly constrained and unequally distributed, resulting in severe water scarcity issues. The challenges associated with future water-food security are further intensified by climate change and other human-induced factors. Agriculture, as the primary consumer of water worldwide and a critical input for various sectors and industries, is highly susceptible to water-related issues. Therefore, effective agricultural water management plays a pivotal role in conserving the limited freshwater resources of the world and ensuring food security. In recent years, the field of agricultural water management has witnessed the growing influence of the Water Footprint (WF) methodology. The primary objective of this research is to analyze the role of the WF methodology in agricultural water management. The study provides a comprehensive explanation of the WF methodology and emphasizes its significance in the context of global water resources and the agricultural sector. Additionally, the study examines the impact of various agricultural water management strategies, such as deficit irrigation, mulching, optimization of agricultural crop patterns, and different types of irrigation practices, on the WF. Previous studies have demonstrated that the implementation of these strategies can result in substantial water savings and a significant reduction in the overall WF. These findings underscore the potential advantages of adopting sustainable agricultural practices to address water scarcity, to enhance water use efficiency, and to ensure food security in the agricultural industry.