提升农村生活:农学家的农业-温室概念

H. Radoine, Hicham Mastouri, P. Drobinski, J. Badosa
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引用次数: 0

摘要

住房节能概念不断实现和推进。这种倾向主要针对城市层面的普通住宅建筑。有了这个部门设想的新前景,研究和发展必须延伸,特别注意城市外住房。需要在这一范围内进行初步升级,以确保在能源效率和环境特征的安排中实现农业住宅建筑新的可实现概念。不同的私人、公共和政府投资者越来越关注为育种者/栽培者/农民提供合适的住房,这导致了一些倡议,但只是在线索或想法阶段,具体的反应非常有限,这些反应主要是在总体上进行可持续农业生态。该项目探索了建造节能农业住宅模型的技术和技术,适应了大多数现有住宅的当地环境,使用当地材料。需要一种可持续的办法来处理这些出现的资源枯竭威胁和无法调节的农业中危及环境的做法。该项目还对发展中国家和撒哈拉以南非洲的可持续工业化农业的关键解决方案进行了前瞻性的探讨。本文的驱动力是通过开发实际规模的测试设施和实施适合摩洛哥背景的农业环境中最佳围护结构性能的适当适应模型,建立最有效的农业住房和相关实践的研究。该测试设施还将通过诸如农业可持续能源使用的项目评估等活动来解决节能政策和法规问题。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Upgrading Rural Living: Agri-Green House Concept for Agriculturists
Energy efficient concepts for housing are continuously actualizable and advancing. This bent is targeting generally the regular residential buildings at the urban level. With the new perspectives envisioned in this sector, research and development must stretch with a special attention to extra-urban housing. Nascent upgrading in this scope is needed to ensure achievement of new attainable concepts for agriculture-residential buildings in the arrangement of energy efficiency and environmental characteristic. The concern for instigating appropriate housing for breeders/cultivators/farmers is increasingly appearing of interest for different private, public, and government investors, leading to initiatives but only at clueing or ideas stages, with very limited concrete responses that mostly carry on the sustainable agri-ecology in general. This project explores the techniques and technologies of constructing an energy efficient model of agriculture housing, adapted to the local context for most existing residential dwellings from local materials. The need for a sustainable approach to address these appearing threats of resource exhaustion and environmentally alarming practices in agriculture that cannot be modulated. The project also contends with sustainable industrial agriculture key-solutions for developing countries and sub-Saharan Africa in perspective. The driver of this paper is to establish research of the best efficient agriculture housing and related practices through developing real scale test facility and implementing the suitably-adapted model to the Moroccan context for the optimum envelope performance in agricultural environments. This test facility will also address the energy savings policies and regulations through activities such as program evaluations for sustainable energy use in agriculture.
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