Assessment Of Integrated Nutrient Management Practices On Yield And Growth, On Abelmoschus Esculentus Building And Storability In Agroecological Systems

The sustainability of a farm arrangement significantly be dependent on fertilizers and other participation. The various factors of soil including texture, soil water and, along with other related factor s such as soil organic matter, collective stability and agriculture activity, all of these have a combined impact on the sustainability of, particularly farmland than do the type or amount of soil alterations. Cultivators practice and implemented an extensive variety of methods to uphold or recover soil health for agriculture production and yield. These methods are generally part of long-term, site-specific administration programs that purpose to establish the best soil which have decent amount of organic matter, nutrients and also capture the water moisture for the plant growth as well as hinder the plant parasite. The field experiment was lead over three uninterrupted years (2016 and 2017), to notice the impact of organic alterations, industrial fertilizers and decayed organic matter on crop health, especially productivity and storability of commonly used Abelmoschus esculentus. Treatments included various fertilizer of cattle manure, goat and also collect some manure from poultry, green-waste and household decayed organic matter and industrial fertilizers of urea and superphosphate; a part from that six liquid extracts from cattle manure, poultry manures, green-waste, and household composts plus water as a control. After implementation the treatment, the result clarifies and showed that yield production is different between organic and chemical fertilizer. Comparatively the yield of chemical fertilizer treated plants are high than organic fertilizer. In the perspective of health of plants, the poultry manure showed lower diseases comparatively to chemical fertilizer. The goat manure and chemical fertilizer led to the highest total ladyfinger yield. Marketable yield was highest in poultry manures, of 18 t/ha, and lowest in chemical fertilizer, of 7t/ha, 6 weeks after storage. While the impact of liquid solution was not significant on any parameter of the ladyfinger the results were inconsistent. The compost made of poultry manure, therefore, appears to be a promising ecological alternative to classical fertilizers.