Joshua, Alanana AbuShittu, G.A.2023-12-142023-12-142011-05-10Abraham, C. (1971). The Language of Cities. Chicago. Eqquinox Books. N. Press UK pp. 50-55. Adedibu, A.A. (1982). A Comparative Analysis of Solid Waste Composition and Generation in Illorin and Ojfa, Kwara State. A paper presented at the National Conference on Development and the Environment, organized by NISER, at University of Ilorin, Nigeria. Adegoke, O.S. (Ed.) (1998). Investigation of certain Aspect of Refuse in Western States of Nigeria for Solid Waste management. N. Press U.K., Pp 30 - 50. Eze, E.C. (1977). Managing Urban Waste in Nigeria, Journal of Public Affairs 3, 30-35. Engelking, P. (2007). “Pollution Microsoft. Izuwane, A.C. (1992). Solid Waste Management, a major problem of 109https://keffi.nsuk.edu.ng/handle/20.500.14448/6157An assessment of the amount and composition of solid waste generated in four selected sites of Gwagwalada was conducted in October, 2004 and March, 2005. Various types of waste generated were sampled randomly and analyzed. Biodegradable waste accounted for 93.20% of total waste generated during the harvesting season and 92.12% of total waste generated during the harvesting season and 91.12% in planting season. Of the biodegradable waste, 13303.47g was generated in dry season (harvesting) while 13286.99g in wet season (planting). T-test analyzing revealed that significant differences existed both between the type and amount of waste generated in harvesting (dry) season and planting (wet) season (t=03668;P<0.05). From the above findings, it is cleared that more waste was generated during the harvest season than in planting seasonenAgricultural wastes, metals, plastics, glasses, biodegradable and non biodegradableArticle