俄罗斯和乌克兰之间持续的武装冲突如何影响全球小麦粮食安全?

K. Mottaleb, Velu Govindan
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Simulation results are presented by the geographic location of the sampled countries. To assess the potential impacts of the ongoing Ukraine-Russia armed conflict on wheat food security in the sampled countries, this study mainly sourced data from FAOSTAT. This study first calculates the share of wheat consumption imported from Russia and Ukraine. Then, this study calculates the daily total calorie and protein intake exclusively from the imported wheat from Russia and Ukraine in the sampled countries by their groups. It is found that 1 kg of wheat provides roughly 2,839–2,965 kilocalories (kcal) of energy, and between 81 and 88 g (gm) of protein, in the sampled countries. Using the conversion factors, this study assesses the impacts of a reduction of wheat exports in the global market due to the ongoing armed conflict between Russia and Ukraine applying an ex-ante assessment process. Specifically, this study assumes a 100% and 50% reduction in wheat exports by Russia and Ukraine, and then estimates its impact on daily calorie and protein intake in the sampled countries. Results: The ex-ante simulation shows that, under the assumption of a 100% reduction of wheat exports from Russia and Ukraine and assuming alternative wheat import sources are unavailable, yearly per capita wheat consumption would be reduced by 19% in South Asia, 57% in Sub-Saharan Africa, 26% in Southeast Asia, nearly 39% in Central Asia, the Middle East and North Africa, and 27% in other areas. Consequently, daily per capita calorie intake in South Asia would fall by more than 3%, in Sub-Saharan Africa by more than 6%, in Southeast Asia by 2.2%, in Central Asia, the Middle East, and North Africa by 14%, and in the other countries of our study by 6.2%. A 50% reduction of wheat exports by Russia and Ukraine without substitute supplies of wheat grain would also substantially reduce wheat consumption as well as daily calorie and protein intakes from wheat, in the sampled countries. Discussions: Malnutrition and hunger are widespread in many countries of Asia and Africa that depend on wheat and other imported cereals to meet their rising food demand. Rising wheat prices, particularly in countries that rely on imported wheat, can lead to violence and social unrest, as occurred during 2007-11. Based on the findings, to avoid hunger and supply shock related disaster in the future, this study urges to search alternative sources of wheat for the import-dependent, resource-poor countries. Eventually, as there are few alternatives to increase wheat supply other than enhancing yield gain, this study strongly suggests for steady public funding for adaptive and basic research to harness genetic gains for yield and climatic adaptation in wheat. 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引用次数: 2

摘要

前言:本研究考察了俄乌武装冲突对小麦消费和贸易以及小麦粮食安全的潜在影响。俄罗斯和乌克兰的小麦供应量占国际市场总量的四分之一以上。由于俄罗斯和乌克兰之间持续的武装冲突,这两个国家的小麦出口严重中断。本研究运用事前影响评估程序,检视俄乌武装冲突对小麦消费、贸易及小麦粮食安全的潜在影响。方法:本研究考虑了115个国家,并根据其地理位置进行分组。抽样国家分为:南亚、撒哈拉以南非洲、东南亚、中亚、北非、中东和世界其他地区。模拟结果由采样国家的地理位置给出。为了评估正在进行的乌克兰-俄罗斯武装冲突对抽样国家小麦粮食安全的潜在影响,本研究的数据主要来自粮农组织统计数据库。本研究首先计算了从俄罗斯和乌克兰进口的小麦消费份额。然后,本研究计算了样本国家按群体每日完全从俄罗斯和乌克兰进口小麦的总热量和蛋白质摄入量。研究发现,在抽样国家中,1公斤小麦提供大约2839 - 2965千卡的能量,以及81 - 88克的蛋白质。使用转换因子,本研究采用事前评估过程评估了由于俄罗斯和乌克兰之间持续的武装冲突而导致的小麦出口减少对全球市场的影响。具体来说,本研究假设俄罗斯和乌克兰的小麦出口分别减少100%和50%,然后估计其对样本国家每日卡路里和蛋白质摄入量的影响。结果:事先模拟表明,假设俄罗斯和乌克兰的小麦出口减少100%,并且没有替代的小麦进口来源,南亚的年人均小麦消费量将减少19%,撒哈拉以南非洲减少57%,东南亚减少26%,中亚、中东和北非减少近39%,其他地区减少27%。因此,南亚的每日人均卡路里摄入量将下降3%以上,撒哈拉以南非洲下降6%以上,东南亚下降2.2%,中亚、中东和北非下降14%,我们研究的其他国家下降6.2%。如果俄罗斯和乌克兰在没有小麦替代供应的情况下减少50%的小麦出口,也将大大减少样本国家的小麦消费量以及每日从小麦中摄取的卡路里和蛋白质。讨论:营养不良和饥饿在亚洲和非洲的许多国家普遍存在,这些国家依靠小麦和其他进口谷物来满足日益增长的粮食需求。小麦价格上涨,特别是在依赖进口小麦的国家,可能导致暴力和社会动荡,就像2007- 2011年发生的那样。根据研究结果,为了避免未来发生饥饿和供应冲击相关的灾害,本研究敦促依赖进口、资源贫乏的国家寻找小麦的替代来源。最后,由于除了提高产量之外,几乎没有其他增加小麦供应的方法,本研究强烈建议为适应性和基础研究提供稳定的公共资金,以利用小麦的遗传收益来提高产量和气候适应。此外,从长远来看,有必要探索在合适的国家扩大小麦种植面积的可能性。例如,最近的一项研究证实了阿根廷和巴西小麦种植面积扩大的潜力。此外,撒哈拉以南非洲国家也有可能扩大小麦种植面积。探索在适当国家扩大和可持续加强小麦生产的机会,有助于确保撒哈拉以南非洲的小麦供应自给自足。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
How the ongoing armed conflict between Russia and Ukraine can affect the global wheat food security?
Introduction: This study examines the potential impacts of Russia-Ukraine armed conflict on the consumption and trade of wheat and wheat food security. Russia and Ukraine jointly supply more than one-fourth of total wheat in the international market. Because of the ongoing armed conflict between Russia and Ukraine, wheat export from these two countries is heavily disrupted. Applying an ex-ante impact assessment procedure, this study examines the potential impacts of Russia-Ukraine armed conflict on the consumption and trade of wheat and wheat food security. Methods: This study considered 115 countries and grouped them based on their geographic location. The sampled countries are grouped as: South Asia, Sub-Saharan Africa, Southeast Asia, Central Asia, North Africa, Middle East, and rest of the world. Simulation results are presented by the geographic location of the sampled countries. To assess the potential impacts of the ongoing Ukraine-Russia armed conflict on wheat food security in the sampled countries, this study mainly sourced data from FAOSTAT. This study first calculates the share of wheat consumption imported from Russia and Ukraine. Then, this study calculates the daily total calorie and protein intake exclusively from the imported wheat from Russia and Ukraine in the sampled countries by their groups. It is found that 1 kg of wheat provides roughly 2,839–2,965 kilocalories (kcal) of energy, and between 81 and 88 g (gm) of protein, in the sampled countries. Using the conversion factors, this study assesses the impacts of a reduction of wheat exports in the global market due to the ongoing armed conflict between Russia and Ukraine applying an ex-ante assessment process. Specifically, this study assumes a 100% and 50% reduction in wheat exports by Russia and Ukraine, and then estimates its impact on daily calorie and protein intake in the sampled countries. Results: The ex-ante simulation shows that, under the assumption of a 100% reduction of wheat exports from Russia and Ukraine and assuming alternative wheat import sources are unavailable, yearly per capita wheat consumption would be reduced by 19% in South Asia, 57% in Sub-Saharan Africa, 26% in Southeast Asia, nearly 39% in Central Asia, the Middle East and North Africa, and 27% in other areas. Consequently, daily per capita calorie intake in South Asia would fall by more than 3%, in Sub-Saharan Africa by more than 6%, in Southeast Asia by 2.2%, in Central Asia, the Middle East, and North Africa by 14%, and in the other countries of our study by 6.2%. A 50% reduction of wheat exports by Russia and Ukraine without substitute supplies of wheat grain would also substantially reduce wheat consumption as well as daily calorie and protein intakes from wheat, in the sampled countries. Discussions: Malnutrition and hunger are widespread in many countries of Asia and Africa that depend on wheat and other imported cereals to meet their rising food demand. Rising wheat prices, particularly in countries that rely on imported wheat, can lead to violence and social unrest, as occurred during 2007-11. Based on the findings, to avoid hunger and supply shock related disaster in the future, this study urges to search alternative sources of wheat for the import-dependent, resource-poor countries. Eventually, as there are few alternatives to increase wheat supply other than enhancing yield gain, this study strongly suggests for steady public funding for adaptive and basic research to harness genetic gains for yield and climatic adaptation in wheat. Also, in the long run, it is necessary to explore the possibility of wheat area expansion in the suitable countries. For example, a recent study confirmed the potentiality of wheat area expansion in Argentina and Brazil. Also, there is also a possibility of expansion of wheat area in Sub-Saharan African countries. Exploring opportunities for the expansion and sustainable intensification of wheat production in suitable countries can be instrumental to ensuring self-sufficiency in wheat supplies in Sub-Saharan Africa.
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