巴西米纳斯吉拉斯州棉花种植的雨水收集和补充灌溉

Calderan Gregolin Adriana, Salgado‐Funes Emmanuel, Tiburcio Jose, Zabaleta Ingrid
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摘要

位于巴西东南部的内陆大州米纳斯吉拉斯州北部正在经历80年来最严重的干旱,仅与20世纪30年代发生的干旱相比,当时农业和畜牧业遭受了普遍的破坏。尽管如此,棉花作物仍然是该区域为数不多的能够产生收入和就业机会的农业替代作物之一,因为它具有抵抗干旱影响的特点,而其他传统作物则没有这种特点。为此,卡图蒂农村生产者合作社在卡图蒂、马托佛得州、Monte Azul和Pai Pedro等城市安装了8个棉花“示范单位”(DUs),通过雨水收集进行补充灌溉。本研究旨在证明通过“补充灌溉”方法在关键时期对棉花生产系统进行适应,为家庭农民提供并保证可持续的棉花生产,另一方面,评估适合北米纳斯气候现实的生产模式。自实施该技术以来,棉纤维产量比2015年增加了72%,面积缩小了19%,棉花总产量增加了58%。截至2022年,棉花生产商继续使用这种补充灌溉方法,这表明该技术是可行的,影响棉花生产,并且是应对气候变化和干旱的有效措施。此外,这项技术被证明符合巴西的公共政策,增加了棉花生产的价值,解决了粮食安全问题,并成为米纳斯吉拉斯州和巴西其他地区灌溉倡议的典范。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Rainwater harvesting and supplemental irrigation for cotton cultivation in Minas Gerais, Brazil
Abstract The North of Minas Gerais, a large inland state in southeastern Brazil, is going through the worst drought of the last 80 years, only compared with the drought that occurred in the 1930s, when there was general devastation in the agricultural and livestock sector. Nevertheless, the cotton crop continues to stand out in the region as one of the few agricultural alternatives capable of generating income and employment due to its characteristic resistance to the effects of drought, which is not the case with other traditional crops. To this end, the Cooperativa dos Produtores Rurais de Catuti Ltda ‐ COOPERCAT (Cooperative of Rural Producers of Catuti) installed eight “Demonstration Units” (DUs) of cotton under supplemental irrigation through rainwater capture in the municipalities of Catuti, Mato Verde, Monte Azul, and Pai Pedro. This study aims to demonstrate that the adaptation of cotton production systems through the “Supplemental Irrigation” method in critical periods provides and guarantees family farmers sustainable cotton production and, on the other hand, to evaluate a production model suitable to the climatic reality of Northern Minas. Since the implementation of this technology, cotton fiber production has increased by 72% from 2015 to date in a 19% smaller area, and total cotton production increased by 58%. As of 2022, cotton producers continue to use this supplemental irrigation methodology, demonstrating that the technology is viable, impacts cotton production, and is effective as a resilience measure to climate change and drought. In addition, this technology proves to be in line with Brazilian public policies, adds value to cotton production, addresses food security, and acts as a model for irrigation initiatives in Minas Gerais and other areas of Brazil.
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