Building Value Chains for Enhanced PGR Utilization and Sustainable Food Systems

J. Rana, SK Malik, Eleonora De Falcis
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Abstract

The World Food System is characterized by a high level of concentration and dependency. It is estimated that out of the above 5500 plant-known edible species, only 12 makeup of more than 75% of what we eat. Cereals provide the highest share in terms of calorie intake, with only three crops – rice, wheat, and maize – providing more than 50% of calorie intake. This impressive concentration on a few staple crops exposes the agricultural production system and their markets to vulnerability. Furthermore, recent UN report on World Population Prospects–2022 has made the whole World worry especially the countries like India where the population by 2050 would cross 1.66 billion and surpass the population of China (WPP, 2022). In such circumstances meeting the Sustainable Goals and providing healthy and nutritious food to increasing population would be a big challenge. Ensuring food and nutritional security side by side reducing pressure on natural resources, mitigating climate change and controlling price volatility due to conflicts and other disturbances is also a matter of deep concern for developing world.
构建价值链,促进植物遗传资源利用和可持续粮食系统
世界粮食系统的特点是高度集中和依赖。据估计,在5500种已知的植物可食用物种中,只有12种占我们食物的75%以上。就卡路里摄入量而言,谷物所占的份额最高,只有三种作物——水稻、小麦和玉米——提供了超过50%的卡路里摄入量。这种令人印象深刻的集中于几种主要作物的现象使农业生产系统及其市场容易受到伤害。此外,最近联合国关于世界人口前景- 2022的报告让整个世界感到担忧,特别是像印度这样的国家,到2050年人口将超过16.6亿,超过中国(WPP, 2022)。在这种情况下,实现可持续发展目标并为不断增长的人口提供健康和营养的食物将是一个巨大的挑战。在确保粮食和营养安全的同时,减少对自然资源的压力,减缓气候变化,控制冲突和其他动荡造成的价格波动,也是发展中国家深切关注的问题。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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