Spatial pattern of solid waste generation in Ara city, Bihar

Large-scale solid waste generation is still one of the key environmental issues facing developed as well as developing nations today. In the majority of the developing world, the production of solid waste has not been determined. Global solid waste generation is rising as a result of urbanization, population growth, substantial growth of the economy and rising living standards. According to the Ara Municipal Corporation, the average person produces 0.450 kg of solid waste per day, with dry, liquid, and hotel and food wastes making up 60, 40, and 10 percent of the total. The present paper attempts to analyze the spatial distribution of Ara city's solid waste generation in relation to its population. All of the necessary data and information have been obtained from secondary sources. These consist of secondary sources, interviews, and municipal data collecting. The Arc GIS 10.8 software was utilized to create the map. The results indicate that the generation of solid waste in Ara city varies geographically. Wards with a high population density produce more waste, and vice versa. With the increasing number of urban dwellers, waste management systems are unable to meet the demands of solid waste collection, treatment, and disposal. The absence of a scientific landfill site in the city at the present time is impeding the city's well-being. Through their ramifications, solid waste management needs to be improved at both the centralized and decentralized levels. To achieve solid waste management's long-term goal for the city's successful development. Ara municipality needs work with certain notable formal and informal sectors and organizations.

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Publication Details

Journal
International Journal of Applied Research
Published
2025-01-01
DOI
https://doi.org/10.22271/allresearch.2025.v11.i5d.12573
Primary Topic
Municipal Solid Waste Management
Type
article
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article

Spatial pattern of solid waste generation in Ara city, Bihar

R. Prakash, Sadaf
International Journal of Applied Research
Municipal Solid Waste Management
article

Spatial pattern of solid waste generation in Ara city, Bihar

R. Prakash, Sadaf
article en

Abstract

Large-scale solid waste generation is still one of the key environmental issues facing developed as well as developing nations today. In the majority of the developing world, the production of solid waste has not been determined. Global solid waste generation is rising as a result of urbanization, population growth, substantial growth of the economy and rising living standards. According to the Ara Municipal Corporation, the average person produces 0.450 kg of solid waste per day, with dry, liquid, and hotel and food wastes making up 60, 40, and 10 percent of the total. The present paper attempts to analyze the spatial distribution of Ara city's solid waste generation in relation to its population. All of the necessary data and information have been obtained from secondary sources. These consist of secondary sources, interviews, and municipal data collecting. The Arc GIS 10.8 software was utilized to create the map. The results indicate that the generation of solid waste in Ara city varies geographically. Wards with a high population density produce more waste, and vice versa. With the increasing number of urban dwellers, waste management systems are unable to meet the demands of solid waste collection, treatment, and disposal. The absence of a scientific landfill site in the city at the present time is impeding the city's well-being. Through their ramifications, solid waste management needs to be improved at both the centralized and decentralized levels. To achieve solid waste management's long-term goal for the city's successful development. Ara municipality needs work with certain notable formal and informal sectors and organizations.

International Journal of Applied ResearchVol. 11(5)
Sustainable cities and communities
Openalex Percentile: Top 86%
Municipal Solid Waste Management
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Spatial pattern of solid waste generation in Ara city, Bihar — R. Prakash, Sadaf · International Journal of Applied Research (2025) | TGRS Research Map | TGRS