NOVELTY - Preparing compost using Eucalyptus bark, by removing coarse fibers from Eucalyptus bark waste, shredding bark, sieving shredded bark, adding sawdust and chicken manure powders, drying and aerating mixture, adding and mixing dried mixture, coconut fiber smoothed powder, sawdust, chicken manure and bioactivator, mixing compost material with water, measuring pH, temperature, initial carbon to nitrogen ratio and water content every day, stirring compost material, adding water to the compost and testing nutrient levels and pH of the compost.    USE - The method is useful for preparing compost used as a medium for forestry crops/plants seedlings (all claimed).    ADVANTAGE - The method enables effective utilization of the Eucalyptus bark wastes for preparation of the compost that reduces usage of, and dependence on chemical fertilizers, and hence has low production cost. The method is simple, enables recycling nutrient components present in the Eucalyptus bark wastes for plants, reduces environment pollution caused by disposal of the wastes released from paper and pulp industry and labor intensity, and provides social, economic and ecological benefits.    DETAILED DESCRIPTION - Method for preparing compost using Eucalyptus bark, involves (a) separating or removing coarse fibers from Eucalyptus bark waste, (b) shredding the bark into pieces of 0.5-2 cm length and 0.2-0.4 cm width, (c) sieving shredded bark for separating other impurities, (d) adding additional components comprising sawdust and chicken manure in form of powder to sieved product and drying and aerating obtained mixture, (e) adding and mixing 40% Eucalyptus bark based dried mixture, 30% coconut fiber smoothed powder, 20% sawn wood dust, 10% chicken manure and bioactivator in large quantity to obtain 100% compost material, (f) adding the compost material to mortar, mixing the compost material with water to obtain mixture having 50% water content, and measuring pH, temperature and initial carbon to nitrogen ratio (CIN) of the compost material, (g) adding mixed compost material to mixing plastic container, (h) measuring water content and temperature of the compost material every day, (i) demoliting and stirring the compost material every day and adding water to the compost until water level reaches 50%, and (j) testing nutrient levels of phosphorus pentoxide, potassium oxide, calcium oxide and magnesium oxide, and final pH of the compost under laboratory conditions, where tested compost has CIN of 20.