Challenges and Opportunities for the Global Cultivation and Adaptation of Legumes B. Opportunities for Increasing Legumes Production and Availability

A. Wf, Hegab Rh, Ellington Ef
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Abstract

Legumes cultivation is subjected to different constraints, which reduce productivity, particularly effects of global warming, and other constraints. While the large diversity of legumes play an important contributing role to food and nutrition security by the sustainable agriculture (crop and livestock systems) and food systems worldwide. Improving legumes production needs numerous strategies achievement proper production for humanity. Through different ways that include policy creativities to encourage legume cultivation, produce legume varieties adapted to changing climatic conditions. In addition to using proper agricultural strategies to increase the availability of legumes like increasing annual cultivation by both horizontal extensions by increasing planted area and reclamation the poor soil and using intensive planting system as a Vertical development tool. Besides, planting legumes with other crops in the intercropping system, as well as involving legumes into the annual agriculture system, improving postharvest processing to minimize crop losses. Furthermore, using modern technology in agriculture like smart agriculture to increase legumes productivity. There are many health benefits to legume crops due to their component, particularly protein, which reaches two or three-fold as in other crops such as cereals, which contain less than half of the protein in legumes. In addition to carbohydrates, folic acid, fibers, also, legumes are considered low-fat seeds. In addition, to using leguminous crops as fodder resources for animals both directly and as a part of different feeds for livestock and poultry.
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豆科植物全球种植与适应的挑战与机遇B.增加豆科植物产量和可得性的机遇
豆科作物的种植受到不同的限制,特别是全球变暖的影响和其他限制,从而降低了生产力。豆类的丰富多样性通过可持续农业(作物和牲畜系统)和全球粮食系统对粮食和营养安全发挥着重要的促进作用。提高豆科作物产量需要多种策略,以实现适合人类的生产。通过不同的方式,包括鼓励豆类种植的政策创新,生产适应不断变化的气候条件的豆类品种。除了使用适当的农业策略来增加豆科植物的可用性,如通过增加种植面积和开垦贫瘠土壤的水平扩展来增加年种植,并使用集约种植系统作为垂直发展工具。此外,在间作系统中与其他作物一起种植豆科作物,并将豆科作物纳入年度农业系统,改进采后加工,尽量减少作物损失。此外,在农业中使用智能农业等现代技术来提高豆科作物的产量。豆类作物由于其成分,特别是蛋白质,对健康有许多好处,其蛋白质含量是谷类等其他作物的两到三倍,而谷类的蛋白质含量不到豆类的一半。除了碳水化合物、叶酸、纤维,豆类也被认为是低脂肪的种子。此外,利用豆科作物直接作为动物饲料资源或作为不同畜禽饲料的一部分。
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