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Irrigated dry beans can achieve expressive yield gains. In either deficiency or excess of water situations, in the crop phonological phases, yield can be reduced in different proportions.Water stress in plants is greater the lower the water supply by the roots, making it necessary to know the capability of response to water stress, as well as the relationship between water consumption and yield. Dry beans cultivation in the dry season stands out for presenting yields above the annual average. It is the principal crop integrating the agricultural irrigation systems in the Brazilian Midwest and Southeast regions associated with available technological increments. Presently, the use of silicon is very important to resist biotic and abiotic stresses, resulting in higher resistance of plants to some insect pests and diseases. The experiment was carried out in an area of 0.3 ha, in an Oxisol of median texture. The experimental design was a randomized bloc with four replicates and arranged in a 2X5X5 split plot. Treatments were two cultivars (Estilo and Pérola), five water depths (125%, 100%, 75%, 50% and 25%). Yield in kg ha, number of pods per plant, number of grains per pod and 100-ben weight were evaluated. Beans were classified in oblong mesh sieves. Irrigation affected the production components of Estilo and Pérola cultivars. Bean yield (kg ha ), number of pods per plant and number of beans per pod were linear, with reduction of these components for higher water stress. However, 100-benweight reached the maximum value of 27.20 grams with a water reposition of 96%.

PRODUTIVIDADE DE FEIJÃO (Phaseolus vulgaris L.) COMBINADA A DOSES DE SILÍCIO EM DIFERENTES REPOSIÇÕES HÍDRICAS EM PLANTIO DIRETO