The current research aimed to evaluate waste management education-related articles – in which a total of 172 articles were identified. At the same time, 70 articles were mainly connected to the research topic and considered high-rated journals as a database for the study. Consequently, qualitative content analyses of the articles were done manually and by analyzing the search results system. The content analysis results revealed the trend of the article's publication yearly theoretically, practically, and methodologically. The analysis disclosed less attention and emphasis given to 3Rs and landfill according to the percentage rating of 66 related articles on waste management education. Thus, the essence of waste reduction and waste education needs to be reinforced among various waste generators. This study significantly upon the ground of conclusion, calls for more papers and further research from various academic communities in context. Keywords: Academic Communities; Education; Landfill; Management; Waste; 3Rs (Reduce, Recycle and Re-use waste).

Numerous searches conducted across the globe on Climatic Change initiatives reveal that current human discharges of atmospheric glasshouse gases are of the utmost in the record. Recent weather conditions have had extensive effects on man and ecological communities. Diverse varieties of living things have been impacted negatively by the sudden changes in their ecological habitats, irregular transformation in atmospheric conditions, movement forms, supplies and varieties interrelationships in action to ongoing climatic variation. The current trends and forces on diverse living components will continue to expand, and varieties of living things will further reduce. This study assessed recent information on the impact of ecological communities worldwide and their impacts on climate change alleviation. The data guiding this study derived from the various reports from academic articles and other related studies which citations appropriately utilise in this ongoing study. The research offers information on the capability of previous administrative methods for wetlands, wildlands and pampas lands, coastland ecological communities and farmlands to support and promote carbon accumulation and carbon drifts. The research suggested increasing collaborations with climatic variation solutions, hazard threat reduction, viable growth, and ecological and living organisms. The diverse solutions offer broader land-use methods that consider all investors' viable advantages, information, and competencies. Empirical proof regarding living organisms' relevance for sustainable ecological communities and operation, thus the broad impact of a climatic change initiative, is vividly represented in this study.