Within the scope of a study of the microclimate of autumn raspberry plantations determinations were made of changes in air temperature and humidity in relation to the type of weather, measurement height above the ground, and the density of the canopy of raspberries. The paper presents the mean, maximum and minimum values of air temperature and humidity during high-pressure and low-pressure weather, in different variants of canopy density and measurement heights. The study was conducted on a raspberry plantation in Deszkowice Pierwsze. Air temperature measurements were performed using an automatic weather station, 24 times a day. The sensors were placed at heights of 5, 50 and 100 cm above the ground. The study revealed variations in air temperature values in relation to the height of measurement, observation time, degree of density of plantation, and weather type. The air temperature was significantly affected by canopy density of raspberries. The maximum air temperature increased with increasing height in the canopy, for each of the variants of canopy density. Two-factor analysis of variance Anova, at 0.05 significance level, confirmed significant differences in the values of maximum air temperature in relation to the height of measurement and to the canopy density of raspberries. With increase in height in the canopy of raspberries, in each of the variants of density, the minimum air temperature decreased. Statistical analysis revealed significant differences in the values of minimum air temperature in relation to the height of measurement. The mean and maximum air temperature values during low-pressure weather at the particular measurement heights decreased with increasing height. With increasing height the minimum air temperature decreased in each variant of canopy density. Two-factor analysis of variance showed significant differences in the values of minimum air temperature in relation to canopy density and to the measurement height above the ground. During high-pressure weather, air humidity decreased notably during the day, but during low-pressure weather the humidity remained at the same level 24 hours a day.