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Ishii, A., Katayama, T., Nishida, M., Hayashi, T., Shiozuki, Y., Tutsumi, J., Kitayama, H, Takayama, K., Murooka, H. and Ooguro, M. (1989) Thermal Environment in the Urban Area around the Park with a Large Pond, Comparison of When Water Filing and When Water Pumped Out for Cleaning the Bed. Summaries of Technical Papers of Annual Meeting Architectural Institute of Japan, D Environmental Engineering, 1087-1088.

has been cited by the following article:

• TITLE: The Influence of Environmental Stimuli upon the Human Body in Summer

  AUTHORS: Yoshihito Kurazumi, Emi Kondo, Kenta Fukagawa

  KEYWORDS: ETFe, Outdoor Environment, Paddy Field, Summer, Thermal Comfort, Thermal Sensation

  JOURNAL NAME: Health, Vol.12 No.7, July 16, 2020

  ABSTRACT: Green building practices benefit many users because it imposes less of a burden both on people and the environment and plays a central role in achieving a sustainable lifestyle. Covering rooftops with tall evergreen trees increases evaporation and reduces energy consumption by heating and air conditioning systems. Japan has a cereal-crop culinary culture and rice cultivation is a primary activity. According to the Biophilia Hypothesis exposure to a lush greenery environment conducive to survival facilitates more effective relaxation and recovery from fatigue than simple elimination of stress. The impact of rice paddies is not only about reduction of energy consumption, but also about mitigating the urban environment and its physiological and psychological effects on the human body. Focusing on the spread of the rice canopy and exposure of water surfaces, clarified the reaction of the human body to thermal sensory perception and outdoor thermal environments, and the correlation between them. Rice fields where the rice canopy was smaller, and where ample standing water surfaces received short wavelength solar radiation, have a high heat capacity, which works to increase the longwave length thermal radiation in the time period when the accumulated amount of short wavelength solar radiation increases. Meanwhile, where the spread of the rice canopy was greater, and the surface of the standing irrigation water covered with rice plants, a mitigation effect on the outdoor thermal environment evaluation index of ETFe (enhanced conduction-corrected modified effective temperature) through reduction of long wavelength thermal radiation came into play, and it became clear that thermal sensory perception improved through visual stimuli that engendered images of humidity. The purpose of this study was to clarify the environmental mitigation effect of rice fields in an urban environment. In addition to the physical environmental mitigation effect, it was also shown that rice fields engendered a psychological environmental mitigation effect through visual stimuli in the form of natural ground surfaces such as green spaces.