Triticale is a man-made crop obtained by crossing the wheat with rye. Among the characteristics that make this species of interest are the high yields of grains and biomass in a great diversity of climatic conditions and crop technologies with low inputs. The aim of the paper is to present the dry biomass yield and biomass moisture content at different varieties of triticale studied under different soil tillage conditions, different preceding crops, and different nitrogen application variants. In this respect, there were studied two varieties of triticale (Gorun 1 and Tulus) under the following technological conditions: two soil tillage, respectively ploughing and harrowing; two preceding crop, respectively sunflower and maize; six nitrogen application variants, respectively 0+0+0 kg.ha^-1, 40+40+40 kg.ha^-1, 40+80+0 kg.ha^-1, 0+40+80 kg.ha^-1, 0+80+40 kg.ha^-1, and 0+120+0 kg.ha^-1. Research were performed in the agricultural year 2013-2014, in field experiments located in South Romania, respectively at Moara Domneasca Experimental Farm (44°29′44″ North latitude and 26°15′28.5″ East longitude) belonging to the University of Agronomic Sciences and Veterinary Medicine of Bucharest, on a reddish preluvosoil. The biomass determinations were performed at early dough growing stage. In the case of sunflower as preceding crop, the highest dry biomass yields were obtained for the nitrogen fertilization of type 40+40+40. For the soil tillage harrowing, when sunflower is the preceding crop for triticale, it was remarked also the nitrogen fertilization variant of type 40+80+0. In the case of maize as preceding crop and the soil tillage harrowing, the highest dry biomass yields were obtained for the nitrogen fertilization of type 0+120+0.