Abstract
Farmers are using chemical fertilizer for farming to extend the yield of crops. Chemical fertilizer reduces soils fertility and it also contaminate ground water table..Recycling of biowaste is necessary to reduces waste .It makes our campus clean likewise as contribute in sustainable development. This waste are often converted into useful fertilizer as a Vermicompost.Vermicompost will enrich the soil and its fertility. Vermicompost also results in decrease the environmental problems. Vermicompost could be a vital biofertilizer and Vermicompost is enriched with all beneficial soil bacteria and also contains many of the essential plant nutrients like N, P, K and micronutrients.(1) Vermicomposting is that the process of production of compost by breeding earthworms, leading to homogeneous and stabilized humus used as manure and significantly increased the quantity of N, P, K and C concentration in vermicompost. The aim of this paper to recycle biowaste and study various physicochemical property of soil and impact of vermicompost fertilizer on soils property of Aheri, Nagpur . The observed values of various physicochemical parameter in all soil samples, after addition of vemicompost is fairly good.
Highlights
Vermicompost materials are gaining acceptance as organic fertilizers in sustainable agriculture, and there has been a substantial increase in research dedicated to the study of the consequences of vermicompost like materials on soil properties and plant growth .As a results of the various processes involved within the producing of vermicompost, they exhibit different physical and chemical characteristics that affect soil properties and plant growth in diverse ways
A Waste Selection: Cattle dung, farm wastes, crop residues, vegetable waste, agro industrial waste, fruit market waste and every one other bio degradable waste are suitable for vermicompost production
The cattle dung should be decomposed before used for vermicompost production
Summary
Vermicompost materials are gaining acceptance as organic fertilizers in sustainable agriculture, and there has been a substantial increase in research dedicated to the study of the consequences of vermicompost like materials on soil properties and plant growth .As a results of the various processes involved within the producing of vermicompost, they exhibit different physical and chemical characteristics that affect soil properties and plant growth in diverse ways. Vermicomposting generally converts organic interest a more uniform size, which provides the ultimate substrate a characteristic earthy appearance, whereas the fabric resulting from composting usually features a more heterogeneous appearance. By using sort of earthworms waste are often converted into compost. We will use vegetable waste, domestic waste, paper, agro industrial. Revised Manuscript received on April 25, 2021. Manuscript published on May 10, 2021 * Correspondence Author. Waste, bio gas digester, effluent, sewage sludge and other industrial waste. Verimocompost unit was setup by utilizing college bio waste .Vermi bed has been setup at proper place, which is covered with shed
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