An Effective Production, Distribution and Performance Analysis of Jeevamirtham towards the Smart Agronomy for Plants and Crops

Background: Agriculture not only provides food for the living beings, it also maintains the environmental balance in the globe. Water management and manure supply management to the plants and crops is the important factors to be considered for healthy and heavy yielding. Manures plays major role in the effective agriculture process. Both non organic and organic manures are effectively utilized by the farmers now a day. By considering the soil, air, water and the entire environmental safety, feeding non organic manure has been slowed down by the formers and governments. Hence, the only chance remains are the traditional organic manure feeding for the effective growth and yielding. Many organic manure has been proposed and tested by many researchers for its effectiveness on all plants and crops. Among all the organic manures tested, one organic manure “Jeevamirtham” have provided best results in almost allplants and crops. Preparation and feeding of Jeevamirtham is a tedious and time consumingprocess and it needs high man power and water source. Hence, to handle this Jeevamirtham, the traditional method of manure feeding needs help from technology. Methods: To satisfy the needs of agriculture activities, a smart method of organic manure preparation and feeding has been proposed and tested in this work. This new method consists of automatic mixer, jeevamirtham producing tank, slurry pump and distribution setup. It is a semi-automated method which provides manure to individual plant and crop in equal volume. Result: This proposed method is capable of producing 3000 litres of Jeevamirtham in 72 hours of time and supplies almost equally to all plants and crops in the field. Further, this new method has achieved notable improvements in plant growth, yielding, disease resistance, draught resistance, 95% of fertility with longer life time in various soil environments. The PM also has an improvement of 2-4% in the yielding with comparatively small quantity of water, time and manpower requirement than all other existing methods.