EFFECT OF TANNERY SLUDGE ADDED IN COMMERCIAL SUBSTRATE FOR PRODUCTION OF CHICKEN PEPPER SEEDLINGS

• Autor(a) principal: da Silva Berilli, Sávio
• Data de Publicação: 2020
• Outros Autores: Basílio Monteiro, Carla, Bravim dos Santos, Ana Terra, Emanuele Silva Costa, Fernanda, Souza Batista, Ringo, Orlando Menegueli, Hélio, José Valim Olmo, Francisco, Rodrigues Ferreira, Vinicius
• Tipo de documento: Artigo
• Idioma: por
• Título da fonte: Revista Eletrônica Debates em Educação Científica e Tecnológica
• Texto Completo: https://ojs.ifes.edu.br/index.php/ric/article/view/560
• topic: adubação; matéria orgânica; resíduo; qualidade de mudas; desenvolvimento sustentável; Capsicum frutescens L.; fertilization; organic matter; residue; seedling quality; sustainable development; Capsicum frutescens L

The use of agro-industrial waste is not very recurrent, although it is economically viable and beneficial to the environment. In turn, such materials have high portions of organic matter and nutrients, indicating high potential for agricultural use. Therefore, the objective was to evaluate the development and quality of chili pepper seedlings, grown on six different substrates, containing proportions from 0 to 90% of tannery sludge in a commercial Bioplant® substrate, in addition to the control substrate, Provaso®. At 21 days after sowing, seedling emergence was counted, and at 42 days, seedling development and quality characteristics. For most of the analyzed variables, the tannery sludge, in the substrates, promoted a good development of pepper seedlings, presenting a performance similar to Provaso®. However, the increase in sludge portions, applied above an optimum level, has a negative effect, with a decline in the parameters of growth and seedling quality. In addition, it was observed that Bioplant® needs mineral supplementation to meet the initial needs of the seedlings, which is basically supported by the tannery sludge added to the substrate mixture. Finally, the use of this residue as a complement to the commercial substrate Bioplant® for the production of pepper seedlings, proved to be viable agronomically, promoting good quality and satisfactory seedling development.