Significant air temperature increases in urban areas is well known as the heat island phenomenon in a global scale. Therefore, we propose numerical model in order to analyze quantitative effects of building environmental factors on the heat island phenomenon in urban area. In this paper, thermal property of upper atmosphere is experimentally investigated for Sakae, Nagoya Japan. In conclusion, it was confirmed that the boundary layer of a urban canopy existed near the altitude of 139 m.
Tomio, A., 1996, Local meteorology, Univer-sity of Tokyo publishing company, pp. 200-211
Mochida, O., 2003, New frontiers in Archi-tecture for a Global Environment, Archi-tectural Institute of Japan, No. 1, pp. 128-133
Sugawara, H., Narita, K. and Mikami, T., 2001, Estimation of effective thermal property parameter on a heterogeneous urban surface, J. Meteorol. Soc. Japan, Vol.79, pp.1169-1181
Masson, V. A., 2000, Physically-Based Scheme of the Urban Energy Budget in Atmospheric Models, Boundary Layer Meteorology, Vol. 94(3), pp.357-397
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