Project Abstract

Abstract
Urban heat islands (UHIs) are a significant environmental issue that poses challenges to urban areas worldwide, impacting the health and well-being of residents. This research project focuses on the assessment of UHIs in a developing city through a case study approach. The study aims to investigate the extent and characteristics of UHIs within the selected city, identify contributing factors, and propose strategies for mitigation and adaptation. The introduction provides background information on UHIs, emphasizing their adverse effects on urban climates, energy consumption, and public health. The problem statement highlights the need to address UHIs in developing cities where rapid urbanization exacerbates heat island effects. The objectives of the study include mapping UHIs, analyzing land use patterns, and assessing the effectiveness of green infrastructure in reducing heat island intensity. The research methodology section outlines the data collection methods, including remote sensing techniques, field surveys, and spatial analysis. The study area is described, and the selection criteria for sampling locations are justified. Data analysis methods such as statistical modeling and GIS mapping are employed to visualize and interpret UHI patterns. The literature review synthesizes existing research on UHIs, urban planning strategies, and climate change adaptation measures. Key findings from previous studies are discussed to provide a theoretical framework for the current research. The review also explores the relationship between land use, urban form, and UHI intensity, highlighting the importance of green spaces and building design in mitigating heat island effects. The results of the study reveal significant variations in UHI intensity across different land use types within the developing city. High-density urban areas exhibit higher temperature anomalies compared to green spaces and water bodies. The discussion of findings emphasizes the role of urban planning policies, building materials, and vegetation cover in moderating UHI impacts and enhancing urban resilience. In conclusion, the research contributes to the understanding of UHIs in developing cities and provides valuable insights for policymakers, urban planners, and researchers. Recommendations are made for incorporating green infrastructure, cool roofs, and urban greening initiatives to mitigate heat island effects and improve urban climate resilience. The study underscores the importance of interdisciplinary approaches to address complex urban environmental challenges and promote sustainable urban development. Keywords Urban heat islands, Developing city, Climate change adaptation, Green infrastructure, Urban planning, Remote sensing

Project Overview