新的农业物理区划:基于模糊指标模型的土壤质量评价和农田分区、植物育种的物理技术基础和基于腐植酸的材料(综述)

D. Kurtener, C. Dianxiong, V. Dragavtsev, E. Krueger, Yu Zheng, H. Torbert, S. Tsukanov, U. Werner
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引用次数: 0

摘要

这项工作致力于回顾过去10-15年来农业物理学中出现的新的科学分支。其中包括:1)用模糊指标模型评价土壤质量;2)用模糊指标模型划分农田;3)植物育种的农业物理和物理技术基础;4)以腐植酸为基础的提高土壤肥力和解决环境问题的材料的开发、试验和应用。近年来,这些科学部门的发展与欧洲农业物理研究所的活动有关,特别是与欧洲农业物理杂志(EAJ)的创立(2013年)有关。在欧洲农业物理研究所的倡议下,该研究所在中国成立了一个分支机构。该科的计划工作包括研究稳定土壤退化过程、提高土壤肥力和解决环境问题。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
New Agrophysics Divisions: Soil Quality Assessment and Zoning of an Agricultural Field Using a Fuzzy Indicator Modeling, Physic-Technical Bases of Plant Breeding, and Materials Based on Humic Acids (review)
This work is devoted to review the new scientific divisions that emerged in agrophysics in the last 10-15 years.  Among them are the following: 1) soil quality assessment using a fuzzy indicator modeling, 2) zoning of an agricultural field using a fuzzy indicator modeling, 3) agrophysical and physic-technical bases of plant breeding, and 4) development, testing, and application of materials based on humic acids for improving soil fertility and solving environmental problems. In recent years, the development of these scientific divisions has been associated with the activities of the European Agrophysical Institute and, in particular, with the creation (in 2013) of the European Agrophysical Journal (EAJ). On the initiative of the European Agrophysical Institute, a branch of the Institute in China was created. The planned work of this branch include research on the stabilization of soil degradation processes, improving soil fertility, and solving environmental problems.
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