Soil Aquametry and Electromagnetic Metrology

W. Skierucha, M. Kafarski, A. Wilczek, A. Szypłowska, A. Lewandowski, J. Szerement, A. Woszczyk, J. Majcher
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引用次数: 0

Abstract

Water as the precious ecohydrological natural resource necessary to sustain life on the Earth should be used in a sustainable way. This is especially important to that part of water that directly affects living organisms, that is soil water. Its volume is not more than 0.05% of total water on the Earth but its importance in the habitat of all living creatures is priceless especially for food production. Water balance between agricultural production and natural ecosystems is not stable because irrigation water is lost to natural ecosystems and can lead to their decline. Therefore, soil water amount and quality should be monitored in automatic and non-invasive way. The paper presents electromagnetic methods and sensors for monitoring soil water content. Special attention is put of the respective microwave tools, their advantages and prospects for the future of soil moisture metrology.
土壤水学与电磁计量
水作为维持地球生命所必需的宝贵生态水文自然资源,应以可持续的方式加以利用。这对直接影响生物的那部分水,也就是土壤水来说尤其重要。它的体积不超过地球上总水量的0.05%,但它对所有生物的栖息地的重要性是无价的,特别是对食物生产。农业生产与自然生态系统之间的水平衡不稳定,因为灌溉用水流失到自然生态系统中,可能导致自然生态系统的衰退。因此,应采用自动、无创的方式监测土壤水量和水质。本文介绍了监测土壤含水量的电磁方法和传感器。重点介绍了各种微波测量工具及其优点,并对土壤湿度测量的发展前景进行了展望。
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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