Agronomic practices in faba beans

Abstract

An important legume crop with both nutritional and environmental advantages, the faba bean (Vicia faba L.) is an essential part of sustainable farming systems. Although improving its yield and quality requires effective agronomic techniques, faba bean cultivation is complicated by problems such as soil nutrient constraints, disease risks, and fluctuating climate conditions. This study looks at how different agronomic techniques, such as crop rotation, tillage, sowing rates, irrigation, and fertilizer management, affect the crop's capacity to fix nitrogen, grow, and produce. Because of their nitrogen-fixing symbiosis, faba beans can increase soil fertility when included in various cropping systems, reducing the need for synthetic fertilizers. The results show that in order to maximize yields and increase resistance to environmental challenges, a balanced nutrient application, an adequate water supply, and an appropriate plant density are essential. By improving soil health and overall production in a variety of farming scenarios, optimizing these techniques promotes the sustainability of faba bean cultivation. This study emphasizes how crucial agronomic strategies are to attaining the best yields and promoting ecologically friendly faba bean farming. © 2025 Nova Science Publishers, Inc.