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Esta pesquisa esta baseada na analise de dados primarios coletados no municipio de Espirito Santo do Pinhal - SP, com a finalidade de identificar diferentes Urban Climate Zones (UCZ) e suas relacoes com o vapor d’agua atmosferico. Para isso, utilizou-se seis mini estacoes meteorologicas instaladas a um metro do solo que coletaram a temperatura e umidade relativa do ar em diferentes setores da cidade e em um setor rural durante tres dias antes e tres dias depois de cada efemeride do ano de 2012. Por meio de equacoes obteve-se a umidade absoluta desses setores. Foi possivel identificar que os contrastes termicos e higrometricos estao diretamente relacionados aos atributos climaticos, a morfologia das construcoes, e os fatores naturais, como a vegetacao, e nao necessariamente tem maior intensidade no setor mais urbanizado. A maior diferenca termica encontrada foi de 6,8° C numa madrugada de inverno entre a zona rural e um bairro nobre. Todavia, identificou-se fortes evidencias de que os micro climas estao subordinados aos sistemas atmosfericos de escala regional, e podem se tornar de dificil identificacao em condicoes atmosfericas muito instaveis. Urban Climate Zones and Small City A B S T R A C T This research is based on the analysis of primary data collected in the city of Espirito Santo do Pinhal - SP to identify different Urban Climate Zones (UCZ) and their relationships with atmospheric water vapor. For this purpose, six mini meteorological stations were installed, one meter from the ground that collected the temperature and relative humidity of the air in different sectors of the city and in a rural sector for three days before and three days after each ephemeris of the year 2012. The absolute humidity of these sectors was obtained by means of equations. It was possible to identify that thermal and hygrometric contrasts are directly related to climatic attributes, the morphology of buildings, and natural factors, such as vegetation, and not necessarily more intense in the more urbanized sector. The greatest thermal difference was found to be 6.8°C in the winter dawn between the countryside and a noble neighborhood. However, strong evidence has been found that micro climates are subordinate to regional-scale atmospheric systems, and may become difficult to identify under very unstable atmospheric conditions. Keywords: Urban heat island, Espirito Santo do Pinhal, Absolute humidity, Urban Climate, Thermal Field.

Zonas Climáticas Urbanas em Cidade de Pequeno Porte