Mauro Oliveira
Engenheiro Agrônomo, mestre em Fitotecnia, doutor em Ciências. Desenvolve estudos e pesquisas com sistemas de produção, nutrição mineral de plantas e com a cultura da cana-de-açúcar desde 1987 até a presente data.
Engenheiro Agrônomo, mestre em Fitotecnia, doutor em Ciências. Desenvolve estudos e pesquisas com sistemas de produção, nutrição mineral de plantas e com a cultura da cana-de-açúcar desde 1987 até a presente data.
Sugarcane extracts large amounts of nutrients from the soil and accumulates them in the plant due to its large mass production. Thus, agricultural practices ensuring adequate supply of nutrients to the crop must be adopted to obtain high crop yields in the cane plant cycle and small decreases in the subsequent cycles. In this chapter, the following items will be addressed and discussed: soil sampling, soil fertility evaluation, liming, plastering, cane plant chemical fertilization, sprout chemical fertilization, sugarcane nutritional status evaluation, organic fertilization, use of cultural remains and residues from sugar and alcohol industry, use of humic substances, fertilization, and quality of the sugarcane broth.
Part of the book: Sugarcane
Sugarcane grown in small rural properties of the Zona da Mata region, located in the southeast of the state of Minas Gerais (MG), is generally intended for animal feed and the production of rapadura, brown sugar, cachaça, and ethanol. This chapter focuses on the authors’ experience on technologies recommended to small farmers for the implantation and management of sugarcane plantations. The following issues are addressed and discussed: planning and preparation of the sugarcane plantation; soil sampling and soil fertility assessment; application of lime and gypsum; setting up seedling nurseries; green fertilization in the areas of planting and renewal of sugarcane plantation; soil preparation, planting and chemical fertilization of plant-cane; weed and pest control; chemical fertilization of ratoon; assessment of sugarcane nutritional status; organic fertilization with crop residues and agroindustrial residues; mineralization of sugarcane straw; assessment of broth quality and sugar production; and renewal of the sugarcane plantation.
Part of the book: Multifunctionality and Impacts of Organic and Conventional Agriculture