On mechanized planting of sugarcane the stem there are harvested and buried in the furrow in successive operations. In this system there is difficultysome difficulties to protect the crop againstto pests and soil diseaseson the without enlarge the , requiring spray technology of pesticides that respect the environment and production costs and the environmental impacts, needing development on the spray technology by pesticides. Due that, is increasing the importance of problems like pineapple disease, that affect the meristematic arise and growing up of plants from soil. The aim of this research was evaluate a spraying system conjugated with mechanized planter, to treatment of stem on its way to the soil, for controlling of pineapple disease.. This research aimed to evaluate a spraying system to control both soil pests and diseases, conjugated with a mechanized planter of sugarcane stems, taking pineapple rottenness as an indicative target. The experiment was designed in randomized blocks on area of commercial plantingfield of sugarcane crop, variety SP-891115. The spraying was over a planter gutter, where the stem slidesstems slide down to the soil. That It was evaluated the number of arise and crop production. The results The results were compared to with the number and percentage of arises and percentage of production as over then check plot. We It was concluded that spraying system of pesticides conjugated with mechanized planter, provided satisfactory control of pineapple disease, with increasing at productivity recovery until on sugarcane crop up to 15%.%, on major dose applied to control of pineapple rottenness, revealing to be a promising system to stem treatment aiming to protect sugarcane crop from both soil pests and rottenness.
Thielaviopsis paradoxa; sprayingapplication technology; placed spray
