Land management techniques in this study are grouped into a full tillage and no tillage practices. Full tillage which generally uses simple tools for heavy equipment is basically aimed at controlling weeds and loosening the soil so that aeration and soil infiltration capacity increases. This study aims to examine the effect of land preparation and land preparation on maize growth and maize production. This research was conducted at the location of farmers in Takalar Regency in the dry season. The effects of the planting system indicate that the system is without soil; plant height (240.6 cm), biomass in cobs (7.3 t / ha), straw weight (22.1 t / ha), cob length (16.6 cm) and corn production (10.1 t/ha ). OL Perfect Land technology results; plant height (239.2 cm), biomass on cob (6.7 t / ha), straw weight (19.1 t / ha), cob length (16.4 cm) and corn production (9.8 t /ha ). The effect of varieties shows that Bima-2 and Bima-3 varieties are higher in the growth and yield components of corn than other varieties. While the interaction effect shows that the Bima-2 variety with the No Grounding planting system gives straw weight (27.6 t / ha) and corn production (13.5 t / ha) higher than the same variety as the fully Soil Cultivation system, namely weight straw (26.6 t / ha) and corn production (13.2 t / ha). The Gumarang variety in the Soil planting system gives a straw weight (18.2 t / ha) and dry shell corn production (7.9 t / ha) while the Perfect Earth planting system gives a straw weight (15.1 t / ha) and dry production shells corn (7.9 t / ha). t / ha) lowest among other interaction treatments. Potential yield of corn biomass is between 15-27 t / ha. The weight of straw produced from corn biomass is generally used as a source of animal feed consisting of stems, leaves and cob. The composition of corn biomass containing cellulose, hemicellulose, lignin, ash and extractives with their chemical composition, utilization of stems, leaves and cob for the fulfilment of nutritious livestock feed is very prospective.