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Environmental Anthropological Study of Watershed Management‐Water Quality Conservation of Forest as a Catchment Area in the Southern Part of Australia

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Journal of Water Resource and Protection 2014年第18期6卷 1691-1702页

作者： Akira Hiratsuka yugo tomonaga Yoshiro Yasuda Osaka Sangyo University Osaka Japan National Museum of Ethnology Osaka Japan University of Hyogo Kobe Japan

Authors have conducted an experiment of irradiation using sound waves (frequency) including ultrasonic waves into water such as drinking water, sea water and forest water and wastewater so far. As a result, almost the same effect of improvement of water quality was confirmed for each sound wave. Then, an environmental anthropological study of watershed management based on the sound was carried out assuming that a water quality management using the sound could be possible. The Goulburn River basin in the southern part of Australia in which indigenous peoples (Yorta Yorta) have been concerned with the management for a long time so far was selected as an objective drainage basin this time. As a result, a couple of environmental anthropological perspectives on watershed management were proposed.

关键词： Watershed Management Water Quality Conservation Water Quality Improvement by Sound Murray-Goulburn River Eco-Money (Environmental Tax)

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Improvement of Water and Wastewater Treatment Process Using Various Sound Waves—A Consideration from the Viewpoint of Frequency

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Journal of Water Resource and Protection 2014年第15期6卷 1464-1474页

作者： Akira Hiratsuka yugo tomonaga Yoshiro Yasuda Ryoji Tsujino Department of Civil Engineering Osaka Sangyo University Osaka Japan National Museum of Ethnology Osaka Japan University of Hyogo Kobe Japan SetsunanUniversity Osaka Japan

Application of sound waves is one of the novel techniques for the improvement of water treatment process. In this study, various sound waves such as 1) ultrasonic wave, 2) music box, and 3) windbell were irradiated to water and wastewater for removing contaminants such as nitrate, phosphorus and BOD/COD. As a result, a possibility of improvement of water and wastewater treatment process using sound waves with various frequencies was proposed.

关键词： Sound Waves (Frequency) Total Hardness (Ca2+ Mg2+) Nitrogen (N) Phosphorus (P) Water Treatment

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

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Journal of Water Resource and Protection 2018年第3期10卷 327-368页

作者： Akira Hiratsuka yugo tomonaga Kenzo Wakae Yoshiro Yasuda Environmental Humanities Former University Scholar Kyoto Japan Cultural Anthropology Ryukoku University Kyoto Japan Oriental History Ehime University Ehime Japan Management University of Hyogo Kobe Japan

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.

关键词： Schumann Frequency Water Purification Process Memory (Hysteresis) of Water Sound and Rhythm Homo Environmentics Analogical Approach (Conscious-Only Theory etc.)

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