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The objective of this work was to develop a simplified numerical procedure for the estimation of accumulated monthly hours of solarized soil temperatures. The proposed model requires monthly means of daily solar radiation and maximum air temperature as input data, and a daily pattern of temperature variation assumed to be sine-shaped. The procedure was verified using observations made during the years 1992 and 1993 in Jaguariúna, SP. The proposed procedure can predict monthly temperature hours at 10 cm depth in the solarized soil, with acceptable accuracy, in the region for which it was developed. O objetivo deste trabalho foi desenvolver um procedimento numérico simplificado para estimar as horas mensais acumuladas de temperaturas de solo solarizado. A modelagem proposta requer como dados de entrada as médias mensais de densidade de fluxo de radiação solar diária e temperatura máxima diária do ar, e um perfil diário de variação de temperatura, admitida como senoidal. O procedimento proposto foi verificado usando-se observações realizadas durante 1992 e 1993, em Jaguariúna, SP. A modelagem desenvolvida prediz as horas mensais de temperatura de solo solarizado, a 10 cm de profundidade, para a região em que foi desenvolvida

Numerical procedure for estimating temperature in solarized soils