Abstract

This study reviews the effect of urbanization on human thermal comfort over Nairobi city in Kenya. Urbanization alters urban center's land use and land cover, modifying the climate of the urban setting. The modification in climate affects human comfort and the environment at large. This study focuses on the recent studies conducted in Nairobi city and many other cities globally to examine modification of wind, temperature and humidity over Nairobi. There was observed reduction in wind speed and relative humidity over the city, posing threat to human and animal comfort and the environment at large. The city of Nairobi, just like other cities globally is observed to experience urban heat island (UHI). The observed increase in minimum temperature as compared to maximum temperature signifies overall warming. A combination of all these changes reduces human comfort. Borrowing lessons from developed cities, increasing the urban forest cover is thus suggested as one of the practical and effective measures that can help prevent further modification of weather and urban climates. The study recommends further research involving multi-sectoral urban stake holders, on forcing driving urban thermal comfort. In the short term, design and construction of appropriate structures can help minimize energy consumption and emissions, thus enhancing comfort.

Highlights

  • Thermal comfort expresses the level of human satisfaction in a given environment

  • The study affirmed that population is an indicator of urbanization; the results showed that a population of as a few people as 10,000 has effect on urban climate

  • Population growth in Nairobi city is partly explained by net migration into the city (KNBS, 2010) while the land albedo is observed to decrease over the city with time (Ongoma, et al, 2013a)

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Summary

Introduction

Thermal sensation of heat discomfort is felt under ‘stable state’, when the skin temperature is raised above the level corresponding to the state of comfort. People who are exposed or work in uncomfortable environments are more likely to underperform or get involved in accidents because their ability to make decisions and / or perform manual tasks deteriorates (Shanu, 2010; Yilmaz et al, 2007). Thermal comfort, both indoor and outdoor has been widely studied, and continues to gain interest owing to the changing living environments

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