Study on Sustainable Water Resource Conservation—Toward Deepening of Homo Environmentics

Study on Sustainable Water Resource Conservation—Toward Deepening of Homo Environmentics
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可持续水资源保护研究——人类环境学的深化

DOI:
10.4236/jwarp.2018.103019
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发表时间:
2018
期刊:
Journal of Water Resource and Protection
影响因子:
--
通讯作者:
Yoshiro Yasuda
Yoshiro Yasuda
中科院分区:
--
文献类型:
--
作者:
A. Hiratsuka;Yugo Tomonaga;K. Wakae;Yoshiro Yasuda

文献摘要

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忘记可持续水资源保护的意义是当今世界持续、健康和优质用水的一个重要问题。本文首先考虑通过山溪上游的潺潺声(京都Pref.,日本)关于保护水资源的建议。第二,水是自由变化的,很容易接受所有声音的波长。因此,我们提到了流动和动态平衡来认识和理解水质净化过程。最后,以“唯识佛性”的水质观作为类比的方法,来认识和理解水质净化的过程。结果,我们已经证实了水质实验中的舒曼频率的净水能力。通过实验,我们认识到了为一个人的原始无意义寻找意义的重要性/意义,例如1)作为人类生活条件的生命,环境和经济之间的意义联系,2)热力学定律下的能量,熵和波动,3)基于意识理论的水质和十个世界相互拥有之间的隐喻,和4)通过水净化过程的奇妙感。
To unlearn the meaning of a sustainable water resource conservation is now an essential issue in using of sustained, sound, and high-quality water in the world. In this paper, a water quality purification by the Schumann frequencies was first considered through the murmuring sound of upper reach at the mountain stream (Kyoto Pref., Japan) regarding the conservation of water resources. Second, water is changing freely and easily accepting the wavelength of all the sounds. We therefore referred to a flow and dynamic equilibrium to realize and understand the water quality purification process. Finally, a “consciousness only Buddhist philosophy” of water quality as an analogical approach was introduced to realize and understand the water purification process. As a result, we have confirmed the water purification capability by Schmann frequencies in an experiment on water quality. And through the experiment, we have realized the importance/significance to find the meaning for a person’s primary meaningless such as 1) meaning connection among life, environment, and economics as a condition of human life, 2) energy, entropy and fluctuation under law of thermodynamics, 3) a metaphor between water quality and mutual possession of the ten worlds based on conscious-only theory, and 4) sense of wonder through the water purification process.
DOI: 10.1038/417397a
发表时间: 2002-05-23
期刊: NATURE
影响因子: 64.8
作者:
Tanda, S;Tsuneta, T;Hatakenaka, N
通讯作者: Hatakenaka, N