Vegetable Beans: Comprehensive Insights into Diversity, Production, Nutritional Benefits, Sustainable Cultivation and Future Prospects

Abstract

Vegetable beans, members of the Fabaceae family, have a rich historical significance as a source of plant-based proteins and nutrients. They have been cultivated worldwide for centuries, enriching the nutritional landscape and constituting a crucial component of human nutrition. The wide array of beans, including common bean, lima bean, tepary bean, mung bean, yard long bean, moth bean, adzuki bean, garbanzo bean, broad bean, soybean, velvet bean, carob bean, sword bean and jack bean, offers a plethora of health benefits, including the prevention of chronic diseases. However, the production and utilization of these vegetable beans face significant challenges, such as poor soil fertility, pest infestation and diseases. In response, innovative approaches like molecular breeding, precision agriculture and UAV-based phenotyping have been explored. These methods aim to mitigate the reliance on chemical treatments and promote sustainable farming practices. Furthermore, a range of disease control strategies, encompassing biological, chemical and cultural controls, have been adopted to combat the challenges posed by pests and diseases. This study offers a comprehensive review of vegetable beans, covering various aspects such as their nutritional composition, global production and consumption trends, advancements in cultivation techniques and strategies for managing diseases. Drawing upon a meticulous analysis of pertinent literature and scholarly resources, this review serves as a valuable resource for researchers and growers alike who are interested in optimizing vegetable bean production through sustainable agricultural practices.