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Best practices to develop smart agriculture to support food demand with the rapid urbanization trends in Latin America

机译:发展智能农业以支持粮食需求与拉丁美洲快速城市化趋势的最佳实践

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摘要

One of the main problems in cities is scarce for natural resources like water, clean air, and fertile soil. Smart Cities uses Information Technology as a driver and enabler of better services towards a better quality of life citizens. With the rapid urbanization trend today, megacities need to deal in proximity to the constraint of food production to feed millions of citizens every day, reducing the carbon footprint as well as water footprint. Latin America is growing fast already with several megacities, pressing the supply of food in the surroundings of metropolitan areas. This work proposes suitable best practices to reduce the water footprint in agricultural crop fields with traditional methods. The mix of biochemistry and the internet of things helps to improve the competitiveness of agricultural economic activities near the cities and at the same time helping to avoid a water crisis. We take a case of study in Guadalajara Metropolitan Area, which is not still a Mega City but is rapidly evolving, needing innovative solutions respecting the natural environment and taking care of natural resources. We also present in the case of study a briefly successful international cooperation towards a culture development for a circular economy.
机译:城市的主要问题之一是水,清洁空气和肥沃土壤等自然资源的稀缺。智能城市使用信息技术作为驾驶员和更好服务的推动者,以更好的生活公民。随着城市化快速的趋势,巨型态度需要处理粮食生产的限制,每天喂养数百万公民,减少碳足迹以及水占地面积。拉丁美洲正在快速增长,已经拥有几种巨大的巨大,在大都市区的环境中迫使食物供应。这项工作提出了利用传统方法来减少农业作物领域水足迹的合适做法。生物化学和事物互联网的混合有助于提高城市附近农业经济活动的竞争力,同时有助于避免水危机。我们采取了瓜达拉哈拉大都市区的研究,该地区不是巨大的城市,而是正在快速发展,需要尊重自然环境的创新解决方案和照顾自然资源。我们还展示了研究循环经济的简要逐步成功的国际合作。

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