A detailed investigation of the evolution of recrystallization textures during annealing after hot rolling of an Al1Mn1Mg alloy and after hot and cold rolling of an Al1Mn0.5Mg alloy has been carried out, using the EBSP-technique for identification of the individual grain orientations. The growth of grains with a 40℃<111> orientation relationship to components in the rolling texture has been followed and compared to the growth of random oriented grains. No oriented growth effect due to an enhanced mobility of 40℃<111> boundaries could be detected. However, during low temperature annealing of one of the alloys grains belonging to different texture components were observed to grow at different rates.
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